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MIRA INFORM REPORT
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Report No. : |
497743 |
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Report Date : |
20.03.2018 |
IDENTIFICATION DETAILS
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Name : |
SMITHS
DETECTION INC. |
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Registered Office : |
Registered Agent Information
The Corporation Trust Company of Nevada 701 S Carson St STE 200 Carson City
NV 89701 |
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Country : |
United States |
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Financials (as on) : |
2015 |
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Date of Incorporation : |
1851 |
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Legal Form : |
Incorporation |
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Line of Business : |
Subject develops, manufactures, and markets threat
detection and screening technologies for military, transportation, homeland
security, and resilience applications worldwide. It offers biological agent
detection, cargo and vehicle inspection, chemical agent detection, chemical
identification, explosives detection (liquids), explosives/narcotics
detection, radiation detection, security checkpoint, and X-ray inspection
products and solutions; and integrated and people screening systems. The
company also provides iCmore, an advanced software suite for the automatic
identification of suspicious items or dangerous threats, concealed within
vehicles and maritime containers; and services and support in the areas of
product training, on-site service, technical support, parts/logistics,
in-house repair, service contract, and product service aspects. It serves
critical infrastructure sectors, ports and borders, and emergency responders.
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No. of Employees : |
389 |
RATING & COMMENTS
(Mira Inform has adopted New Rating mechanism w.e.f. 23rd
January 2017)
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MIRA’s Rating : |
A+ |
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Credit Rating |
Explanation |
Rating Comments |
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A+ |
Low Risk |
Business dealings permissible with low
risk of default |
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Status : |
Good |
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Payment Behaviour : |
Regular |
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Litigation : |
Clear |
NOTES :
Any query related to this report can be made
on e-mail : infodept@mirainform.com
while quoting report number, name and date.
ECGC Country Risk Classification List
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Country Name |
Previous Rating (30.09.2017) |
Current Rating (31.12.2017) |
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United States |
A1 |
A1 |
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Risk Category |
ECGC
Classification |
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Insignificant |
A1 |
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Low Risk |
A2 |
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Moderately Low Risk |
B1 |
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Moderate Risk |
B2 |
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Moderately High Risk |
C1 |
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High Risk |
C2 |
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Very High Risk |
D |
UNITED STATES - ECONOMIC OVERVIEW
The US has the most technologically powerful economy in the world, with a per capita GDP of $57,300. US firms are at or near the forefront in technological advances, especially in computers, pharmaceuticals, and medical, aerospace, and military equipment; however, their advantage has narrowed since the end of World War II. Based on a comparison of GDP measured at purchasing power parity conversion rates, the US economy in 2014, having stood as the largest in the world for more than a century, slipped into second place behind China, which has more than tripled the US growth rate for each year of the past four decades.
In the US, private individuals and business firms make most of the decisions, and the federal and state governments buy needed goods and services predominantly in the private marketplace. US business firms enjoy greater flexibility than their counterparts in Western Europe and Japan in decisions to expand capital plant, to lay off surplus workers, and to develop new products. At the same time, businesses face higher barriers to enter their rivals' home markets than foreign firms face entering US markets.
Long-term problems for the US include stagnation of wages for lower-income families, inadequate investment in deteriorating infrastructure, rapidly rising medical and pension costs of an aging population, energy shortages, and sizable current account and budget deficits.
The onrush of technology has been a driving factor in the gradual development of a "two-tier" labor market in which those at the bottom lack the education and the professional/technical skills of those at the top and, more and more, fail to get comparable pay raises, health insurance coverage, and other benefits. But the globalization of trade, and especially the rise of low-wage producers such as China, has put additional downward pressure on wages and upward pressure on the return to capital. Since 1975, practically all the gains in household income have gone to the top 20% of households. Since 1996, dividends and capital gains have grown faster than wages or any other category of after-tax income.
Imported oil accounts for nearly 55% of US consumption and oil has a major impact on the overall health of the economy. Crude oil prices doubled between 2001 and 2006, the year home prices peaked; higher gasoline prices ate into consumers' budgets and many individuals fell behind in their mortgage payments. Oil prices climbed another 50% between 2006 and 2008, and bank foreclosures more than doubled in the same period. Besides dampening the housing market, soaring oil prices caused a drop in the value of the dollar and a deterioration in the US merchandise trade deficit, which peaked at $840 billion in 2008. Because the US economy is energy-intensive, falling oil prices since 2013 have alleviated many of the problems the earlier increases had created.
The sub-prime mortgage crisis, falling home prices, investment bank failures, tight credit, and the global economic downturn pushed the US into a recession by mid-2008. GDP contracted until the third quarter of 2009, making this the deepest and longest downturn since the Great Depression. To help stabilize financial markets, the US Congress established a $700 billion Troubled Asset Relief Program (TARP) in October 2008. The government used some of these funds to purchase equity in US banks and industrial corporations, much of which had been returned to the government by early 2011. In January 2009, Congress passed and President Barack OBAMA signed a bill providing an additional $787 billion fiscal stimulus to be used over 10 years - two-thirds on additional spending and one-third on tax cuts - to create jobs and to help the economy recover. In 2010 and 2011, the federal budget deficit reached nearly 9% of GDP. In 2012, the Federal Government reduced the growth of spending and the deficit shrank to 7.6% of GDP. US revenues from taxes and other sources are lower, as a percentage of GDP, than those of most other countries.
Wars in Iraq and Afghanistan required major shifts in national resources from civilian to military purposes and contributed to the growth of the budget deficit and public debt. Through 2014, the direct costs of the wars totaled more than $1.5 trillion, according to US Government figures.
In March 2010, President OBAMA signed into law the Patient Protection and Affordable Care Act, a health insurance reform that was designed to extend coverage to an additional 32 million Americans by 2016, through private health insurance for the general population and Medicaid for the impoverished. Total spending on healthcare - public plus private - rose from 9.0% of GDP in 1980 to 17.9% in 2010.
In July 2010, the president signed the DODD-FRANK Wall Street Reform and Consumer Protection Act, a law designed to promote financial stability by protecting consumers from financial abuses, ending taxpayer bailouts of financial firms, dealing with troubled banks that are "too big to fail," and improving accountability and transparency in the financial system - in particular, by requiring certain financial derivatives to be traded in markets that are subject to government regulation and oversight.
In December 2012, the Federal Reserve Board (Fed) announced plans to purchase $85 billion per month of mortgage-backed and Treasury securities in an effort to hold down long-term interest rates, and to keep short-term rates near zero until unemployment dropped below 6.5% or inflation rose above 2.5%. In late 2013, the Fed announced that it would begin scaling back long-term bond purchases to $75 billion per month in January 2014 and further reduce them as conditions warranted; the Fed ended the purchases during the summer of 2014. In 2014, the unemployment rate dropped to 6.2%, and continued to fall to 5.5% by mid-2015, the lowest rate of joblessness since before the global recession began; inflation stood at 1.7%, and public debt as a share of GDP continued to decline, following several years of increases. In December 2015, the Fed raised its target for the benchmark federal funds rate by 0.25%, the first increase since the recession began. With US GDP growth below 2%, the Fed opted to raise rates three times since then, and in mid-June 2017, the range for the target rate stood at 1% to 1.25%.
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Source
: CIA |
STATUTORY INFORMATION
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Legal Name: |
SMITHS DETECTION
INC. |
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Trade Name: |
SMITHS DETECTION
INC. |
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NV Business ID: |
NV19971304028 |
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Entity Number: |
C23520-1997 |
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Date Created: |
1851 |
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Date Incorporated: |
10/22/1997 |
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Legal Address: |
Registered Agent
Information THE CORPORATION
TRUST COMPANY OF NEVADA 701 S CARSON ST STE
200 CARSON CITY NV 89701 USA |
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Operative Address: |
2202 Lakeside
Boulevard Edgewood, MD 21040 USA |
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Telephone: |
+00 1 (0) 800 297
0955 +00 1 (0) 410 612
2625 |
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Fax: |
+00 1 (0) 410 510
9496 |
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Legal Form: |
Incorporation |
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Email: |
Investor enquiries:
Jemma Spalton, Smiths Group jemma.spalton@smiths.com Media enquiries:
Andrew Lorenz, FTI Consulting smiths@fticonsulting.com Media enquiries:
Deborah Scott, FTI Consulting smiths@fticonsulting.com |
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Registered in: |
NEVADA |
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Website: |
www.smithsdetection.com |
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Contact: |
Roland Carter,
President Shan Hood,
President, Smiths Detection Inc. Americas |
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Staff: |
SMITHS DETECTION
INC. has approximately 389 full-time employees in USA. Today Smiths Group
plc has over 23,000 employees in over 50 countries. |
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Activity: |
NAICS 1: Totalizing
Fluid Meter and Counting Device Manufacturing SIC 1: Mechanical
And Electromechanical Counters And Devices |
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BANKS: |
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The company
does not make its banking data public |
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HISTORY
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The company was
founded in 1851 |
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Key Developments: |
Smiths Detection Inc. was formerly known as Smiths
Heimann, Inc. Smiths Detection to Supply Full Range of Security
Scanners for the New Passenger Terminal B and Cargo Complex LLC at Moscow’s
Sheremetyevo International Airport Feb 5 18 Smiths Detection will supply a full range of
security scanners for the new passenger Terminal B and Cargo Complex LLC
(‘Moscow Cargo’) at Moscow’s Sheremetyevo International Airport. The new
facilities are part of the airport’s plans to handle the increased passenger
volumes expected for the 2018 FIFA World Cup and one of the most important
stages in a larger-scale development of the airport, which will continue
through to 2026. Negotiated by Smiths Detection distributor, NEOSCAN Russia,
this substantial contract includes a total of 91 advanced X-ray inspection
systems delivering a broad array of screening functions, from passenger
checkpoint and hold baggage through to cargo. It includes: 30 HI-SCAN 5180si
X-ray systems for screening passenger baggage at the entrance to the airport,
32 HI-SCAN 6046si checkpoint scanners for carry-on bags and personal
belongings and two HI-SCAN10080 XCT and four HI-SCAN 10080 EDX-2is for hold
baggage. Seventeen HI-SCAN 100100T systems will screen larger, out of gauge
items in the passenger terminal. In the Cargo Complex, seven HI-SCAN
180180-2is pro models will take care of large scale, consolidated and
palletised goods, two HI-SCAN 100100V-2is scanners will handle break bulk and
other cargo and visitors will be checked using a further three HI-SCAN 6046si
scanners. Terminal B has been developed for domestic airlines and is expected
to cater for the potential 20 million passengers predicted to pass through
the airport in 2018. Installation of the new equipment will be completed in
December 2017. Düsseldorf Airport to Deploy ECAC Screening
Technology from Smiths Detection Jan 30 18 Smiths Detection announced that is supplying hold
baggage scanners to support the upgrade to ECAC Standard 3 explosives
detection systems (EDS) at Düsseldorf Airport. Awarded by the Procurement
Office of the German Ministry of Interior, the contract includes 14 advanced
HI-SCAN 10080 XCT scanners, which deliver exceptional levels of security; and
can be further updated as necessary in the future to detect new explosive
threats. There is also an associated eight year service agreement. HI-SCAN
10080 XCT scanners combine high resolution X-ray technology; computed
tomography (CT); and advanced detection algorithms to increase both security
and operational efficiency significantly. With a very fast belt speed and
large rectangular tunnel, these scanners offer a continuously high throughput
of up to 1,800 bags per hour. Extremely sharp, full colour, high resolution
images, as well as a low false alarm rate also support the higher performance
levels required by the new regulations. Narita International Airport Chooses Smiths
Detection to Supply Latest Passenger Screening Capabilities Oct 16 17 Smiths Detection has been chosen to supply
innovative solutions for people screening and search functions in Tokyo's
Narita International Airport. Following a national directive from the Japan
Civil Aviation Bureau (JCAB) to upgrade checkpoint security to comply with
the latest international standards, Narita Airport, along with several
regional hub airports, held a formal evaluation of potential solutions and
chose to install 13 eqo portals from Smiths Detection. The new equipment has
been operational since March 2017. |
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PRINCIPAL ACTIVITY
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Smiths Detection
Inc. is a mature organization in the fluid meter and counting device
manufacturers industry located in Edgewood, MD. |
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Products/Services
description: |
Smiths Group has
five divisions - John Crane, Smiths Medical, Smiths Detection, Smiths
Interconnect and Flex-Tek. They are focused on the threat & contraband
detection, medical devices, energy, communications and engineered components
markets worldwide. Smiths Detection
Inc. develops, manufactures, and markets threat detection and screening
technologies for military, transportation, homeland security, and resilience
applications worldwide. It offers biological agent detection, cargo and
vehicle inspection, chemical agent detection, chemical identification,
explosives detection (liquids), explosives/narcotics detection, radiation
detection, security checkpoint, and X-ray inspection products and solutions;
and integrated and people screening systems. The company also provides
iCmore, an advanced software suite for the automatic identification of
suspicious items or dangerous threats, concealed within vehicles and maritime
containers; and services and support in the areas of product training,
on-site service, technical support, parts/logistics, in-house repair, service
contract, and product service aspects. It serves critical infrastructure
sectors, ports and borders, and emergency responders. Products: Chemical &
Radiation Detection Explosive &
Narcotic Detection Heavy Cargo &
Vehicle Inspection People Screening X-ray Screening Integrated Solutions: Checkpoint
Solutions Hold Baggage
Solutions Air Cargo Solutions |
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Brands: |
NA |
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Sales are: |
Wholesale |
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Clients: |
GRUPO EMPRES.PREVEN-TEC S Paraguay American Airlines Inc. Peru INTERAMERICANA DE SISTEMAS Y SEGURIDAD S.A Colombia Segman S.A. De C.V. Mexico |
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Suppliers: |
FASTRON HUNGARIA
KFT Hungry Smiths Heimann Gmbh Germany SMO DETECTION
EQUIPMENT (SHANGHAI) China Smiths Detection
International France |
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Operations area: |
National and
International |
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The company imports
from |
Hungry, Germany,
China and France |
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The company exports
to |
Worldwide |
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The subject employs |
SMITHS DETECTION
INC. has approximately 389 full-time employees in USA. Today Smiths Group
plc has over 23,000 employees in over 50 countries. |
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Payments: |
Regular |
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LOCATION
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Headquarters : |
2202 Lakeside
Boulevard Edgewood, MD 21040 USA |
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Comments: |
NA |
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Branches: |
Newark, California 7151 Gateway Blvd Newark, CA 94560 USA T: +00 1 (0)
510-739-2400 F: +00 1 (0)
510-739-6400 Alcoa, Tennessee 3202 Regal Drive
(US 80) Alcoa, TN 37701 USA T: +00 1 (0) 865 738 1010 F: +00 1 (0) 865 984 0607 |
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Main Competitors |
Remote Systems 13009 Glenview Dr Burnsville,
Minnesota 55337-1886 Advanced Utility
Products Inc. 1207 Trotwood Blvd Winter Springs,
Florida 32708-3732 Omnisys Controls
Inc. 8163 Timberwood Dr Plainfield, Indiana 46168-7871 Ra-Vid Technologies
Llc 1673 Bryn Mawr Cv Germantown,
Tennessee 38138-2647 Insight Process
Solutions Llc 29 Thistlewood Ln Hendersonville, North
Carolina 28791-8000 |
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Related Companies: |
Canada 6865 Century Avenue Suite 3002 Mississauga Ontario Canada L5N 7K2 T: +00 1 (0) 905 817 5990 F: +00 1 (0) 905 817 5992 Singapore (APAC
Headquarters) (APAC sales office -
Except for countries listed on this page) 100 Beach Road #20-06 Shaw Tower Singapore 189702 T: +00 65 6 466
1700 F: +00 65 6 469
2506 Australia Unit 5 Botany Grove
Estate 14A Baker St Botany NSW, 2019 Australia T: +00 61 (2) 8338
9722 F: +00 61 (2) 8338
9733 China Room 3018 South Tower Beijing Kerry
Center No.1, Guanghua Road Chaoyang District Beijing China T: +00 86 (0) 10
5632 0809 India Unit 412, Time
Tower MG Road Gurgaon, 122002 India T: +00 91 (0) 124
470 2670 Japan Metro City
Kamiyacho Bldg 3F 5-1-5, Toranomon,
Minato-ku Tokyo 105-0001 Japan T: +00 81 (0) 3
5776 4700 F: +00 81 (0) 3
5776 4710 New Zealand 1/180 Montgomerie
Rd Airport Oaks Auckland 2022 New Zealand T: +00 64 (0) 9
9180 540 F: +00 64 (0) 9
9162 260 Malaysia Lot 8 Jalan SiLC 1 Kawasan
Perindustrian SiLC 79200 Iskandar
Puteri Johor Bahru Johor Malaysia T: +00 60 (7) 5600
888 F: +00 60 (7) 5600
887 Thailand 99/3 Moo 5,
Kingkaew Road Tambon Rachatheva,
Amphur Bangplee Samutprakarn
Province 10540 Thailand T: +00 66 (0) 217
821 915 F: +00 66 (0) 217
821 96 Global Head Office 1 Sheldon Square Paddington London W2 6TT T: +00 44 (0) 20
7004 1600 F: +00 44 (0) 20
7004 1644 France (covering
Africa) Including all
Africa enquires 36 rue Charles
Heller 94405
Vitry-sur-Seine France T: +00 33 (0) 1
5553 5555 F: +00 33 (0) 1
4680 3499 Germany (EMEA sales office
- except for countries listed on this page and Military sales.) Im Herzen 4 65205 Wiesbaden Germany T: +00 49 (0) 611
9412 – 0 F: +00 49 (0) 611
9412 229 Italy Smiths Detection Via Giotto 3 20835 Muggiň (MB) Italy T: +00 39 (0) 39
61167 1 F: + 00 39 (0) 39
61167 201 Russia Oktyabrskaya Emb.
104 Build. 14 193079 St.
Petersburg Russia T: +00 7 (812) 4495
944 F: +00 7 (921)
9547157 UAE Including Iraq,
Jordan, Kuwait, Saudi Arabia, Yemen Dubai Airport Free
Zone Light Industrial
Unit Block F – F01 &
F02 Post Box 48225 Dubai, United Arab
Emirates T: +00 971 (0) 4
702 9555 F: +00 971 (0) 4
702 9500 UK & Ireland (Also Military
& ER Sales in Europe & Africa) Century House Maylands Avenue Hemel Hempstead HP2 7DE United Kingdom T: +00 44 (0) 1923
658 000 F: +00 44 (0) 1923
240 285 |
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GROUP STRUCTURE AND SUBSIDIARY
COMPANIES
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Listed at the stock
exchange: |
NO |
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No Par Share Count: |
0 |
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Par Share Count: |
20,000,000.00 |
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Par Share Value: |
USD$ 0.0001 |
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Capital Amount: |
USD$ 2,200.00 |
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Shareholders: |
This is a private
company. The company does not disclose information on shareholders. The following
information has been obtained through private sources and could not be
confirmed: Smiths Detection
Inc. operates as a subsidiary of Smiths Group plc. Smiths Group plc (This information
was confirmed by the company) Information about Smiths
Group plc: Address: 11-12 Street
James's Square 4th Floor London SW1Y 4LB United Kingdom Telephone: 44 20 7004 1600 Sector: Industrial Goods Industry: Diversified
Machinery Full Time
Employees: 23,000 employees |
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Major Holders of
Smiths Group plc.: (All numbers in
GBP) |
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Principal Subsidiaries
of Smiths Group plc. in USA: |
Smiths Medical ASD,
Inc. John Crane, Inc. Titeflex
Corporation Flexible
Technologies, Inc. Tutco, LLC. Hypertronics
Corporation Smiths Interconnect
Americas, Inc. |
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Principal Subsidiaries
of Smiths Group plc. in other countries: |
England Smiths Detection –
Watford Ltd Smiths Medical
International Limited John Crane UK
Limited Europe Smiths Heimann SAS
(France) Smiths Heimann GmbH
(Germany) Smiths Medical
France SA (France) Smiths Medical
Deutschland GmbH (Germany) John Crane Italia
SpA (Italy) Other Smiths Detection
(Asia-Pacific) Pte Ltd (Singapore) Smiths Medical
Japan Limited (Japan) John Crane Middle
East FZE (UAE) |
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Management: |
Roland Carter,
President Shan Hood, President,
Smiths Detection Inc. Americas Tony Tielen, Vice
President Europe, Middle East & Africa Jerome de Chassey,
Vice President Asia-Pacific Region Matt Clark, Vice
President, Technology & Product Development Diana Houghton,
Vice President Strategy & Communication Henrik Akerson,
Vice President Global Operations & Supply Chain Michael Cavanaugh,
Vice President Global Services & Digital Solutions Kini Pathmanathan,
Vice President Human Resources Alain McInnes,
Chief Financial Officer Adam Ramsay, General
Counsel Lily Liu, Vice
President of Finance David Anning, Vice
President of Global Operations Shan Hood, Vice
President of Product & Technology Brian Bark, Chief
Information Officer Nick Pape,
Divisional Business Partner Steve Ellis, Vice
President, Business Development Richard Beers,
Treasurer David Moorehouse,
Director Andrea Wilson,
Secretary |
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FINANCIAL INFORMATION
|
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SMITHS DETECTION
INC. does not make its financial statements public. The following information
has been provided by private sources: |
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USD 2015 |
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Revenue |
57,600,000 |
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Cash flow |
Normal |
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We also attach the
latest financial statements of Smiths Group plc. |
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LEGAL FILINGS
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Patents: |
METHOD AND SYSTEM FOR MULTICAST DELIVERY OF
MULTIMEDIA CONTENT ON DEMAND Publication number: 20130159544 Abstract: A server in connection with a plurality of
multimedia sources that has a plurality of clients. The server determines if
at least one of the clients is requesting to receive at least one of the
sources. The server then multicasts these requested sources to the requesting
clients, respectively. If none of the clients is requesting a particular
source, the server does not multicast that particular source. If all of the
clients cease requesting a particular source that the server is currently
multicasting, the server terminates the multicast of that particular source. Type: Application Filed: October 22, 2012 Publication date: June 20, 2013 Applicant: Smiths Detection Inc. Inventor: Smiths Detection Inc. Portable detection system and method Patent number: 8138909 Abstract: A method and apparatus for providing assay
information to a portable detection unit, by way of a remote server in
communication with the portable detection unit or a consumable with stored
information for use with the portable detection unit. Global Positioning
System (GPS) information is provided to a portable detection unit having a
GPS receiver, so that the unit can determine its current position, including
altitude. Based on the determined position, assays and parameters, such as
PCR melt temperatures, can be selected. Assays to be performed by the
portable detection unit can be selected based on the results of a prior
assay. Type: Grant Filed: July 2, 2008 Date of Patent: March 20, 2012 Assignees: Smiths Detection Inc., Smiths
Detection—Watford Limited Inventors: Jay Lewington, John Walter Czajka,
Douglas Jason Green, Carmelo Volpe Ion funnel for efficient transmission of low mass-to-charge
ratio ions with reduced gas flow at the exit Patent number: 9564305 Abstract: A sample inlet device and methods for use
of the sample inlet device are described that include an ion funnel having a
plurality of electrodes with apertures arranged about an axis extending from
an inlet of the ion funnel to an outlet of the ion funnel, the ion funnel
including a plurality of spacer elements disposed coaxially with the
plurality of electrodes, each of the plurality of spacer elements being
positioned between one or two adjacent electrodes, each of the plurality of
spacer elements having an aperture with a diameter that is greater than a
diameter of each adjacent electrode. The ion funnel is configured to pass an
ion sample through the apertures of the electrodes and the spacer elements to
additional portions of a detection system, such as to a mass analyzer system
and detector. Type: Grant Filed: July 29, 2014 Date of Patent: February 7, 2017 Assignee: Smiths Detection Inc. Inventors: Vadym Berkout, Jan Hendrikse Fiber optic detection system Patent number: 7933011 Abstract: A sealed and decontaminated fiber optic
detection apparatus includes an optics portion with individual chambers. Each
chamber housing optical and electro-optical components. A manifold
accommodates fibers, with each of the fibers being in optical communication
with the optical and electro-optical components of a corresponding chamber.
The apparatus also includes a sample holder that holds a sample to be tested
and a mounting device provided between the sample holder and the manifold.
The mounting device and the manifold form a sealed fiber optic interface
between the sample holder and the optics portion. Type: Grant Filed: July 11, 2008 Date of Patent: April 26, 2011 Assignee: Smiths Detection Inc. Inventors: Douglas Jason Green, Jordan Fields DETECTION ALGORITHM FOR PCR ASSAY Publication number: 20110151461 Abstract: The application provides methods for
improving the detection accuracy of the binding of labeled nucleic acid
probes, such as those used in PCR reactions. One such method comprises
measuring the label intensity, e.g. fluorescence, at two different
temperatures, a higher temperature and a lower temperature, and then
calculating the ratio of the label intensity at the lower temperature over
the label intensity at the higher temperature. Another method comprises
measuring the label intensity at least two points in time post-PCR and
calculating the slope of the label intensity as a function of time. Measuring
the hybridization kinetics of the probe binding to the target nucleic acid
allows an on-rate slope to be calculated which gives this method good
specificity of detection. Type: Application Filed: August 10, 2009 Publication date: June 23, 2011 Applicant: Smiths Detection-Edgewood Inc. Inventors: John Robert Link, Barry Edward Boyes IDENTIFICATION AND DIFFERENTIATION OF NUCLEIC ACID
SEQUENCE USING TEMPERATURE-DEPENDENT HYBRIDIZATION Publication number: 20120100526 Abstract: Oligonucleotide probes are provided that are
capable of hybridizing to different target nucleic acid sequences in a
temperature-dependent manner allowing for detection of more than one target
sequence by the same probe or by different probes having reporter labels with
identical or similar detection characteristics. Also provided is a method for
detecting target nucleic acid sequences using an oligonucleotide probe
capable of hybridizing to the sequences in a temperature-dependent manner or
using different probes having reporter labels with identical or similar
detection characteristics. Type: Application Filed: December 7, 2009 Publication date: April 26, 2012 Applicant: SMITHS DETECTION INC. Inventors: John W. Czajka, Harry A. Glorikian Chemical identification of peroxide-based explosives Patent number: 7439496 Abstract: A method of detecting the presence of an
analyte in an ion mobility spectrometer using an amide ionization reagent is
provided. This method is particularly useful for the detection of
peroxide-based explosives. Type: Grant Filed: May 4, 2006 Date of Patent: October 21, 2008 Assignee: Smiths Detection Inc. Inventors: William Ronald Stott, Sabatino Nacson,
Gabriela Iulia Eustatiu Device for polymerase chain reactions Patent number: 7170594 Abstract: A detection device includes a housing
containing a chamber configured to receive a specimen, a heating element
disposed in the chamber, and an optical window to permit observation of the
chamber. The housing includes a passage configured to allow fluid flow
through the chamber to thereby provide cooling. Type: Grant Filed: May 4, 2004 Date of Patent: January 30, 2007 Assignee: Smiths Detection, Inc. Inventor: Douglas Jason Green METHOD FOR REDUCING LOSS OF ELECTROMAGNETIC
RADIATION IN DETECTION APPLICATIONS Publication number: 20120133933 Abstract: The application provides a method for
reducing the loss of electromagnetic radiation caused by passing
electromagnetic radiation through material with a rough surface. The method
comprises applying a surface layer, such as a liquid or plastic film, to the
material. The surface layer masks or decreases the surface irregularities or
effects therefrom resulting in decreased loss of electromagnetic energy. Type: Application Filed: May 10, 2010 Publication date: May 31, 2012 Applicant: SMITHS DETECTION INC. Inventors: Peng Zou, Dustin Levy Aligned particle based sensor elements Patent number: 7113069 Abstract: The present invention relates to a sensor
array for detecting an analyte in a fluid, comprising first and second
sensors formed by chemically sensitive resitors, wherein the first sensor
comprises a region of aligned conductive material; or where each of the
sensors comprises alternating regions of nonconductive regions and aligned
conductive regions with each resistor providing an electrical path through
both the nonconductive region and the aligned conductive region, while each
sensor manifests a different electrical resistance during contact with sample
fluids having different analyte concentrations via the monitoring arrangement
of having the sensors electrically connected to an electrical measuring
apparatus. The aligned conductive particle material is aligned by exposure to
either of an electric, magnetic, optical, photo-electric, electromagnetic or
mechanical field, which serves to improve signal to noise ratio of vapor
sensors allowing Lower Detection Limits for vapors being sensed. Type: Grant Filed: November 30, 1999 Date of Patent: September 26, 2006 Assignee: Smiths Detection Inc. Inventors: Steven A. Sunshine, Beth C. Munoz Method and apparatus for meat scanning Patent number: 7164749 Abstract: A system and apparatus for scanning food
products to determine at least one property of the food product. In one
embodiment, two sources of the food product, such as a low fat and a high fat
source, controllably feed into a grinder. The grinder feeds into an x-ray
analysis apparatus which is adapted to determine the desired property of the
food product by x-ray analysis. A controller then forms a feedback loop which
controls the relative amount of food product being feed from each of the food
product sources. Type: Grant Filed: June 28, 2004 Date of Patent: January 16, 2007 Assignee: Smiths Detection, Inc. Inventors: Todd Schrock, Brook Nash, Earl Smith Detection, diagnosis, and monitoring of a medical
condition or disease with artificial olfactometry Patent number: 7819803 Abstract: Methods and devices for rapid diagnosis
and monitoring a patient for disease or effectiveness of treatment in real
time. In preferred embodiments, the methods and devices comprise contacting
an array of sensors with a sample from a mammal suspected of having a disease
to generate a sensor array profile, measuring a clinical diagnostic marker
for the suspected disease, and then developing a diagnosis using the sensor
array profile in combination with the clinical diagnostic marker. Type: Grant Filed: July 20, 2007 Date of Patent: October 26, 2010 Assignee: Smiths Detection Inc. Inventors: Timothy E. Burch, C. William Hanson, III,
Erica R. Thaler Sensor system with close-loop-adsorption circulation Patent number: 8650932 Abstract: A detection and identification system
includes a sensor unit (100) having a sensor array that detects and
identifies at least one chemical included in an air flow. The system also
includes a pump (120) that drives the air flow through the detection and
identification system, in which the pump receives the air flow that has
passed out of the sensor unit. The system further includes an adsorption unit
(130) that dries and cleans the air flow within the detection and
identification system, to obtain a substantially dry and clean air flow, in
which the adsorption unit receives the air flow that has passed out of the
pump. The system also includes at least one valve (140) that receives the
substantially dry and clean air flow that has passed through the adsorption
unit. The valve provides the substantially dry and clean air flow to the
sensor unit in a close-loop circulation operation to thereby clean a sensor array. Type: Grant Filed: October 15, 2009 Date of Patent: February 18, 2014 Assignee: Smiths Detection Inc. Inventor: Shou-Hua Zhang Detection, diagnosis, and monitoring of a medical
condition or disease with artificial olfactometry Patent number: 7255677 Abstract: Methods and devices for rapid diagnosis
and monitoring a patient for disease or effectiveness of treatment in real
time. In preferred embodiments, the methods and devices comprise contacting
an array of sensors with a sample from a mammal suspected of having a disease
to generate a sensor array profile, measuring a clinical diagnostic marker
for the suspected disease, and then developing a diagnosis using the sensor
array profile in combination with the clinical diagnostic marker. Type: Grant Filed: March 4, 2003 Date of Patent: August 14, 2007 Assignees: Smiths Detection Inc., Trustees of
University of Pennsylvania Inventors: Timothy E. Burch, C. William Hanson, III,
Erica R. Thaler Aligned particle based sensor elements Patent number: 7471185 Abstract: The present invention relates to a sensor
array for detecting an analyte in a fluid, comprising first and second
sensors formed by chemically sensitive resitors, wherein the first sensor
comprises a region of aligned conductive material; or where each of the
sensors comprises alternating regions of nonconductive regions and aligned
conductive regions with each resistor providing an electrical path through
both the nonconductive region and the aligned conductive region, while each
sensor manifests a different electrical resistance during contact with sample
fluids having different analyte concentrations via the monitoring arrangement
of having the sensors electrically connected to an electrical measuring
apparatus. The aligned conductive particle material is aligned by exposure to
either of an electric, magnetic, optical, photo-electric, electromagnetic or
mechanical field, which serves to improve signal to noise ratio of vapor
sensors allowing Lower Detection Limits for vapors being sensed. Type: Grant Filed: September 25, 2006 Date of Patent: December 30, 2008 Assignee: Smiths Detection, Inc. Inventors: Steven A. Sunshine, Beth C. Munoz Non-destructive inspection of material in container Patent number: 7164750 Abstract: An apparatus and method for non-destructive
inspection of materials housed in containers involves orienting an X-ray beam
emitter and detector to direct and detect an X-ray beam at an angle
substantially parallel to a sloped surface of the container to be inspected.
A first X-ray apparatus is located opposite a second X-ray apparatus, and
both the first and second X-ray apparatus are adapted to provide two X-ray
beams. This arrangement provides for imaging of the entire area of a sloped
portion of the container without any shadow or hidden spots. Type: Grant Filed: June 25, 2004 Date of Patent: January 16, 2007 Assignee: Smiths Detection, Inc. Inventors: James Nabors, Brook Nash, Todd Schrock,
Dick Wyman, Norbert Hartwig, Earl Smith, Adam Williamson Mixed statistical and numerical model for sensor
array detection and classification Patent number: 7672813 Abstract: A method and system for detecting and
classifying biosensor and chemical sensor data includes processing data
fetched from an array of sensors. A statistical analysis of the processed
data is performed, to obtain statistically analyzed sensor data. A
determination is made, based on the statistically analyzed sensor data,
whether or not there a response signal has been generated from the array of
sensors. If a response signal is determined to have been generated, a
numerical pattern recognition is performed on the data collected from the
array of sensors, in order to categorize the data. Type: Grant Filed: December 3, 2007 Date of Patent: March 2, 2010 Assignee: Smiths Detection Inc. Inventors: Sichu Li, Mary E. Tabacco Gas flow assisted ion transfer system with improved
transfer efficiency Patent number: 9786477 Abstract: An ion transfer system includes an ion source
coupled to an ion inlet; an ion transfer tube assembly including a concentric
ion transfer tube with a porous material that is permeable to a gas, the
concentric ion transfer tube coupled to the ion inlet and the ion source,
where a first gas that includes an ion stream flows through the concentric
ion transfer tube; and a concentric gas tube, the concentric ion transfer
tube disposed within the concentric gas tube, where a second gas flows
between the concentric ion transfer tube and the concentric gas tube; an ion
detection device coupled to a capillary tube that is coupled to the
concentric ion transfer tube, where the capillary tube transports the ion
stream to the ion detection device; and a pump coupled to at least one of the
concentric ion transfer tube or the concentric gas tube. Type: Grant Filed: June 30, 2016 Date of Patent: October 10, 2017 Assignee: Smiths Detection Inc. Inventors: Henryk Zaleski, Reno DeBono MASS SPECTROMETRY (MS) IDENTIFICATION ALGORITHM Publication number: 20140260536 Abstract: A system includes a gas chromatograph
configured to determine experimental chromatographic data including retention
times associated with samples. The system also includes a mass spectrometer
configured to determine experimental mass spectral data associated with
samples. The mass spectrometer can include a quadrupole field ion trap that
uses a non-classical detection technique. The system. determines a retention
index for an unknown sample based upon retention times for a calibration
sample and the unknown sample, and identifies reference mass spectral data
using the retention index. The reference mass spectral data can include
spectra measured using a classical detection technique. The system can
compare the experimental mass spectral data to the reference mass spectral
data using one or more comparison metrics, such as a percent fragment match
and/or a variance match. A score can be determined to identify the unknown
sample using one or more of the metrics. Type: Application Filed: March 14, 2014 Publication date: September 18, 2014 Applicant: Smiths Detection Inc. Inventors: Charles S. Sadowski, Greger Andersson,
Kevin Judge Dual spectrometer Patent number: 9869585 Abstract: Systems and techniques for optical
spectrometer detection using, for example, IR spectroscopy components and
Raman spectroscopy components are described. For instance, a system includes
a first electromagnetic radiation source configured to illuminate a sample
with a first portion of electromagnetic radiation in a first region of the
electromagnetic spectrum (e.g., an IR source) and a second electromagnetic
radiation source configured to illuminate a sample with a second portion of
electromagnetic radiation in a second substantially monochromatic region of
the electromagnetic spectrum (e.g., a laser source). The system also includes
a detector module configured to detect a sample constituent of a sample by
analyzing a characteristic of electromagnetic radiation reflected from the
sample associated with the first electromagnetic radiation source and a
characteristic of electromagnetic radiation reflected from the sample
associated with the second electromagnetic radiation source. Type: Grant Filed: July 3, 2013 Date of Patent: January 16, 2018 Assignee: Smiths Detection Inc. Inventors: David W. Schiering, Maxim Frayer, Peng
Zou |
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Trademarks: |
CHEMALERT Chemical sensors
for the detection, discrimination, monitoring, alarm and notification of
chemical agents for use in a variety… Owned by: SMITHS
DETECTION INC. Serial Number:
78276906 SABRE 4000 Spectrometer used
to detect trace amounts of narcotics, explosives and chemical weapons Owned by: SMITHS
DETECTION INC. Serial Number:
78388590 SABRE CENTURION Spectrometers in
the nature of air quality monitors used to detect trace amounts of narcotics,
explosives and chemical weapons… Owned by: SMITHS
DETECTION INC. Serial Number:
78388584 IONSCAN 500 DT Particle detector
used to detect trace chemical elements, namely, narcotics, explosives and
other chemical weapons Owned by: SMITHS
DETECTION INC. Serial Number:
78388596 CHEMBIOALERT Chemical sensors
for the detection, discrimination, monitoring, alarm and notification of
chemical agents for use in a variety… Owned by: SMITHS
DETECTION INC. Serial Number:
78276908 IONSCAN SENTINEL walk-through
particle detector used to detect trace chemical elements, namely, narcotics,
explosives and other chemical… Owned by: SMITHS
DETECTION INC. Serial Number:
78074053 MMTD Chemical, gas and
vapour detectors; ion mobility spectrometers Owned by: SMITHS
DETECTION - TORONTO LIMITED Serial Number:
77111032 CENTURION Air quality
monitors for use where toxic industrial chemicals and chemical warfare agents
pose a threat Owned by: SMITHS
DETECTION INC. Serial Number:
78623843 PROCLAIMS Computer software
for use with ion mobility scanners, namely, software that detects and
quantifies trace analytes Owned by: SMITHS
DETECTION INC. Serial Number:
77170800 HI-SCAN 9075 Electrical and electronic
security and inspection apparatus and instruments for detecting articles and
substances; x-ray… Owned by: SMITHS
DETECTION INC. Serial Number:
78590963 HI-SCAN 7555I Electrical and
electronic security and inspection apparatus and instruments for detecting
articles and substances; x-ray… Owned by: SMITHS
DETECTION INC. Serial Number:
78590964 HI-SCAN 6040I Electrical and
electronic security and inspection apparatus and instruments for detecting
articles and substances; x-ray… Owned by: SMITHS DETECTION
INC. Serial Number:
78590962 HI-SCAN 100100T Electrical and
electronic security and inspection apparatus and instruments for detecting
articles and substances; x-ray… Owned by: SMITHS
DETECTION INC. Serial Number:
78590965 HI-SCAN 6046SI Electrical and
electronic security and inspection apparatus and instruments for detecting
articles and substances; x-ray… Owned by: SMITHS
DETECTION INC. Serial Number:
78590966 MAIL SENTRY Low volume mail and
parcel screening machine for use in the detection and identification of
chemical and biological agents… Owned by: SMITHS
DETECTION-EDGEWOOD, INC. Serial Number:
78346094 REACHBACKID Educational
services, namely, providing training, workshops and seminars and remote
online and telephonic instruction related… Owned by: SMITHS
DETECTION INC. Serial Number:
85066589 REACHBACK Educational
services, namely, providing training, workshops and seminars and remote
online and telephonic instruction related… Owned by: SMITHS
DETECTION INC. Serial Number:
85066576 LIVEWAVE entertainment
services, namely, the production and distribution of live and on-demand
television programming, distributed… Owned by: SMITHS
DETECTION INC. Serial Number:
75775741 SBS Biological agent
detectors Owned by: SMITHS
DETECTION INC. Serial Number:
77378630 IDENTIFYIR Portable infra-red
based chemical detection apparatus Owned by: SMITHS
DETECTION INC. Serial Number:
78794663 |
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Filling History: |
Smiths Detection Inc.
was formerly known as Smiths Heimann, Inc. |
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Lawsuits: |
Morpho Detection,
Inc. v. Smiths Detection, Inc., No. 2:2011cv00498 - Document 416 (E.D. Va.
2013) Court Description: OPINION
AND ORDER - Conclusion For the reasons set forth above, Morpho's motion is
GRANTED, in part, and DENIED, in part. Prejudgment interest is AWARDED at the
prime rate, compounded quarterly, and post-judgment interest is AWARDED at
the s tatutory rate set forth at 28 U.S.C. § 1961. Damages from the
accounting period that can be recovered in this Court are limited to the
eighteen sales made to customers other than TSA because the United States has
directly assume d liability for the infringing sales made to TSA, and Morpho
is required to recover its reasonable and entire compensation for such
infringement in the United States Court of Federal Claims. As to the eighteen
sales before this Court, lost profit s are awarded on nine sales and a
reasonable royalty is awarded on nine sales, for a combined total of
$418,719.51. As for any post-judgment infringement by Smiths, the ongoing
royalty rate for each post-judgment infringing sale is $9,375. Signed by
District Judge Mark S. Davis and filed on 10/17/13. Copies distributed to all
counsel of record 10/18/13.(ldab, ) DSA Detection, LLC
v. Smiths Detection, Inc. Plaintiff: DSA
Detection, LLC Defendant: Smiths
Detection, Inc. Case Number:
1:2016cv11012 Filed: June 1, 2016 Court:
Massachusetts District Court Office: Boston
Office County: Middlesex Presiding Judge:
Richard G. Stearns Nature of Suit:
Other Contract Cause of Action:
28:1332 Jury Demanded By:
Plaintiff WHITE v. SMITHS
DETECTION, INC. et al, No. 2:2010cv04078 - Document 144 (D.N.J. 2013) Court Description:
OPINION. Signed by Magistrate Judge Michael A. Hammer on 4/29/2013. (nr, ) |
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UCC: |
No records found |
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OFAC Sanctions List Search: |
The company is not
listed in the OFAC list. |
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Maximum Credit
Provided |
USD 1 000 000 |
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SUMMARY
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Founded in 1851,
Smiths Detection Inc. is a mature organization in the fluid meter and
counting device manufacturers industry located in Edgewood, MD. SMITHS DETECTION
INC. has approximately 389 full-time employees in USA. Today Smiths Group
plc has over 23,000 employees in over 50 countries. Smiths Detection
Inc. generates an estimated USD 57.600 million in annual revenue. The company imports
from Hungry, Germany, China and France, and exports worldwide, operating
within national and international markets. Smiths Detection
Inc. operates as a subsidiary of Smiths Group plc. Smiths Group plc This has been an
ACTIVE company incorporated in NEVADA in 1997. |
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RISK INFORMATION
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DEBTS |
Controlled |
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PAYMENTS |
Regular |
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CASH FLOW |
Normal |
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SUGGESTED CREDIT
LINE |
USD 1 000 000 |
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STATUS |
ACTIVE |
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INTERVIEW
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NAME |
Jess |
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POSITION |
Operator |
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COMMENTS |
She confirmed legal
name, trade name, telephone, website, address, principal activity and
operations area. She confirmed
branches and major holders. She asked the
reason of the call and refused to provide further information through the
phone. |
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FOREIGN EXCHANGE RATES
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Currency |
Unit
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Indian Rupees |
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US Dollar |
1 |
INR 65.04 |
|
|
1 |
INR 90.56 |
|
Euro |
1 |
INR 79.78 |
|
US Dollar |
1 |
INR 65.22 |
Note :
Above are approximate rates obtained from sources believed to be correct
INFORMATION DETAILS
|
Analysis Done by
: |
NIS |
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Report Prepared
by : |
TRU |
RATING EXPLANATIONS
|
Credit Rating |
Explanation |
Rating Comments |
|
A++ |
Minimum Risk |
Business dealings permissible with minimum
risk of default |
|
A+ |
Low Risk |
Business dealings permissible with low
risk of default |
|
A |
Acceptable Risk |
Business dealings permissible with
moderate risk of default |
|
B |
Medium Risk |
Business dealings permissible on a regular
monitoring basis |
|
C |
Medium High Risk |
Business dealings permissible preferably
on secured basis |
|
D |
High Risk |
Business dealing not recommended or on
secured terms only |
|
NB |
New Business |
No recommendation can be done due to
business in infancy stage |
|
NT |
No Trace |
No recommendation can be done as the
business is not traceable |
NB is stated where there is insufficient information to facilitate rating. However, it is not to be considered as unfavourable.
This score serves as a reference to assess SC’s
credit risk and to set the amount of credit to be extended. It is calculated
from a composite of weighted scores obtained from each of the major sections of
this report. The assessed factors are as follows:
·
Financial
condition covering various ratios
·
Company
background and operations size
·
Promoters
/ Management background
·
Payment
record
·
Litigation
against the subject
·
Industry
scenario / competitor analysis
·
Supplier
/ Customer / Banker review (wherever available)
This report is issued at
your request without any risk and responsibility on the part of MIRA INFORM
PRIVATE LIMITED (MIPL) or its officials.