mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: sending, by a security verification system to a client device executing an application accessing a service from an application server distinct from the security verification system, a set of security tests for execution by the application on the client device , the set of security tests comprising executable code which, when executed by the application, performs the set of security tests; receiving, at the security verification system from the client device , a set of test results reflecting the execution of the set of security tests by the application of the client device , the set of security tests associated with one or more characteristics of the application of the client device ; comparing, the set of test results to a set of expected test results associated with the one or more characteristics of the application to determine a security score based on differences between the set of test results and the set of expected test results; after the comparing, generating, by the security verification system , a security token for the application including the security score; and sending, by the security verification system , the security token to the client device for the application to provide to the application server as verification of the client device . sending, by a security verification system to a client device executing an application accessing a service from an application server distinct from the security verification system, a set of security tests for execution by the application on the client device , the set of security tests comprising executable code which, when executed by the application, performs the set of security tests; receiving, at the security verification system from the client device , a set of test results reflecting the execution of the set of security tests by the application of the client device , the set of security tests associated with one or more characteristics of the application of the client device ; comparing, the set of test results to a set of expected test results associated with the one or more characteristics of the application to determine a security score based on differences between the set of test results and the set of expected test results; after the comparing, generating, by the security verification system , a security token for the application including the security score; and sending, by the security verification system , the security token to the client device for the application to provide to the application server as verification of the client device .
An electron beam radiation system adapted to irradiate a target site on a patient with electron beam radiation dose having a controlled and adjustable penetration depth, said system comprising: a) an electron beam generation unit adapted to aim an electron beam at the treatment site, said electron beam having an adjustable and controllable electron beam energy that can be adjusted to correspond to a desired penetration depth; and b) a control system configured to permit controlling the electron beam, wherein the control system comprises a feedback system , comprising: i) first and second sensors presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog characteristic and a reference value to derive an error signal, and wherein the controller is adapted to generate a control signal from the error signal and to cause the control signal to control the penetration depth of the electron beam. a) an electron beam generation unit adapted to aim an electron beam at the treatment site, said electron beam having an adjustable and controllable electron beam energy that can be adjusted to correspond to a desired penetration depth; and b) a control system configured to permit controlling the electron beam, wherein the control system comprises a feedback system , comprising: i) first and second sensors presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog i) first and second sensors presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog
A method for atomic layer deposition comprising: placing a substrate in a first reaction zone with a first temperature and a first pressure and a first atmosphere that is capable of being in gas isolation from a first purge zone and a second reaction zone ; contacting the substrate in the first reaction zone with a first reactant at a first temperature to allow atoms in the reactant to combine with reaction sites on the substrate to form a first layer of the reactant on the substrate; placing the substrate in the first purge zone ; that is configured to be in gas isolation from the first and second reaction zones ; purging the substrate in the first purge zone with flowing inert gas at a second pressure and second temperature; placing the substrate in the second reaction zone that is configured to be in gas isolation from the first reaction zone and first purge zone , wherein the second reaction zone has a third atmosphere and a third temperature to decompose adsorbed first reactant and form desired phases and/or crystallinity to form a first layer of new material; placing the substrate in the first purge zone or a second purge zone; purging the substrate in the first or second purge zone with flowing inert gas at the second pressure and second temperature; placing the substrate in the first reaction zone with the first atmosphere, first reactant, and first temperature and repeating the process until a layer of material of desired thickness is formed on the substrate, wherein the first reactant is a single source reactant; characterised in that : the substrate is a turbine engine component. placing a substrate in a first reaction zone with a first temperature and a first pressure and a first atmosphere that is capable of being in gas isolation from a first purge zone and a second reaction zone ; contacting the substrate in the first reaction zone with a first reactant at a first temperature to allow atoms in the reactant to combine with reaction sites on the substrate to form a first layer of the reactant on the substrate; placing the substrate in the first purge zone ; that is configured to be in gas isolation from the first and second reaction zones ; purging the substrate in the first purge zone with flowing inert gas at a second pressure and second temperature; placing the substrate in the second reaction zone that is configured to be in gas isolation from the first reaction zone and first purge zone , wherein the second reaction zone has a third atmosphere and a third temperature to decompose adsorbed first reactant and form desired phases and/or crystallinity to form a first layer of new material; placing the substrate in the first purge zone or a second purge zone; purging the substrate in the first or second purge zone with flowing inert gas at the second pressure and second temperature; placing the substrate in the first reaction zone with the first atmosphere, first reactant, and first temperature and repeating the process until a layer of material of desired thickness is formed on the substrate, wherein the first reactant is a single source reactant; characterised in that : the substrate is a turbine engine component.
A fluid collection device comprising an elongate container having an opening at one end, and a swab that is insertable into the container through said opening, wherein: the swab comprises a shaft , an absorbent collector at or near a distal end of the shaft for acquiring a fluid sample in use, and a closure at or near a proximal end of the shaft , the closure being adapted to engage with the container and to close the opening of the container with the absorbent collector and the shaft inside the container ; the internal cross-sectional area of the container becomes smaller in a direction away from the opening; and the closure further comprises an outlet through which, in use, fluid within the container can be dispensed, subsequent to the closure having been engaged with the container ; characterised in that the container tapers along its length and the internal cross-sectional area of the container decreases smoothly along its length so as to cause the absorbent collector to be progressively radially compressed as the swab is inserted into the container and the absorbent collector is advanced along the length of the container in use, thereby causing the absorbent collector to release at least some of the fluid sample held therein. the swab comprises a shaft , an absorbent collector at or near a distal end of the shaft for acquiring a fluid sample in use, and a closure at or near a proximal end of the shaft , the closure being adapted to engage with the container and to close the opening of the container with the absorbent collector and the shaft inside the container ; the internal cross-sectional area of the container becomes smaller in a direction away from the opening; and the closure further comprises an outlet through which, in use, fluid within the container can be dispensed, subsequent to the closure having been engaged with the container ; characterised in that the container tapers along its length and the internal cross-sectional area of the container decreases smoothly along its length so as to cause the absorbent collector to be progressively radially compressed as the swab is inserted into the container and the absorbent collector is advanced along the length of the container in use, thereby causing the absorbent collector to release at least some of the fluid sample held therein.
A power semiconductor module , comprising: a housing ; at least two power semiconductor chips within the housing ; power terminals protruding from the housing and electrically interconnected with power electrodes of the semiconductor chips ; auxiliary terminals protruding from the housing and electrically interconnected with gate electrodes of the semiconductor chips and power electrodes of the semiconductor chips ; at least two coaxial terminal arrangements , each coaxial terminal arrangement comprising an inner auxiliary terminal and two outer auxiliary terminals , which are arranged on opposing sides of the inner auxiliary terminal ; wherein the inner auxiliary terminal is electrically interconnected with the gate electrode or one of the power electrodes of one of the power semiconductor chips and the two outer auxiliary terminals are electrically connected with the other one of the gate electrode and the one of the power electrodes . a housing ; at least two power semiconductor chips within the housing ; power terminals protruding from the housing and electrically interconnected with power electrodes of the semiconductor chips ; auxiliary terminals protruding from the housing and electrically interconnected with gate electrodes of the semiconductor chips and power electrodes of the semiconductor chips ; at least two coaxial terminal arrangements , each coaxial terminal arrangement comprising an inner auxiliary terminal and two outer auxiliary terminals , which are arranged on opposing sides of the inner auxiliary terminal ; wherein the inner auxiliary terminal is electrically interconnected with the gate electrode or one of the power electrodes of one of the power semiconductor chips and the two outer auxiliary terminals are electrically connected with the other one of the gate electrode and the one of the power electrodes .
Method for heat treating a silicon wafer in which timepiece components are etched, in which method the wafer is thermally oxidized in an oxidation furnace, the wafer being supported during the oxidation by a support member comprising a support plate and spacers and retaining elements carried by the support plate , the spacers maintaining a spacing between the support plate and the wafer , the retaining elements preventing the wafer from moving horizontally.
A foam discharge cap that is used while mounted on a container main body storing a liquid agent and discharges foam in response to a pushing operation, the foam discharge cap comprising: a discharge port that is opened in an opposite direction of a pushing direction of the pushing operation and discharges the foam; a pushing portion that keeps a distance between a discharge target body receiving the foam and the discharge port constant; characterized by : a primary discharge port that discharges the foam; an anterior chamber in which the foam discharged from the primary discharge port spreads in an internal space; and a facing portion that is arranged so as to face the primary discharge port with the anterior chamber interposed between the facing portion and the primary discharge port and has the discharge port formed in the facing portion . a discharge port that is opened in an opposite direction of a pushing direction of the pushing operation and discharges the foam; a pushing portion that keeps a distance between a discharge target body receiving the foam and the discharge port constant; characterized by : a primary discharge port that discharges the foam; an anterior chamber in which the foam discharged from the primary discharge port spreads in an internal space; and a facing portion that is arranged so as to face the primary discharge port with the anterior chamber interposed between the facing portion and the primary discharge port and has the discharge port formed in the facing portion . a primary discharge port that discharges the foam; an anterior chamber in which the foam discharged from the primary discharge port spreads in an internal space; and a facing portion that is arranged so as to face the primary discharge port with the anterior chamber interposed between the facing portion and the primary discharge port and has the discharge port formed in the facing portion .
A method for setting lash on a rocker arm assembly having a lost motion stroke, the method comprising: - providing a rocker arm having a lost motion shaft including a collar , the lost motion shaft biased toward a valve bridge by a lost motion spring , the lost motion shaft configured to translate along a bore defined in the rocker arm ; and - adjusting an adjusting screw until a desired lash is attained. characterized by - inserting a feeler gage in an area between the collar and the rocker arm ; and wherein the valve bridge comprises a wall that inhibits insertion of the feeler gage between the bridge and an e-foot associated with the lost motion shaft . - providing a rocker arm having a lost motion shaft including a collar , the lost motion shaft biased toward a valve bridge by a lost motion spring , the lost motion shaft configured to translate along a bore defined in the rocker arm ; and - adjusting an adjusting screw until a desired lash is attained. - inserting a feeler gage in an area between the collar and the rocker arm ;
Telematic device for motor vehicles, comprising at least one outer container body which can be fixed to the windscreen (A) of a motor vehicle (B), inside of the compartment of said motor vehicle (B), at least one communication unit accommodated inside of said container body and configured for the transmission/receiving of data to/from at least one remote processing control unit (C), wherein said container body has an elongated conformation and comprises a lateral resting portion positioned in contact with and fixed on the inner surface of said windscreen (A), a first extreme portion positioned in use between a lower end area of the windscreen (A) and the dashboard (D) of the motor vehicle (B), when said lateral resting portion is fixed to the windscreen (A), wherein said first extreme portion has a smaller cross section than the overall cross section of said container body , and a second extreme portion , opposite said first extreme portion , provided with at least a first camera facing towards the outside of said motor vehicle (B), configured to acquire images relating to the outside of the motor vehicle (B), and at least a second camera facing towards the inside of the compartment of said motor vehicle (B), configured to acquire images relating to the inside of the motor vehicle (B).
A holder for cards, comprising a housing which preferably tightly fits around a stack of at least three cards and has at least one card opening for locating and removing cards, while within the housing, preferably opposite the card opening , a card eject feature is provided such that the cards through the card opening can be partly slid from the housing, which card eject feature comprises an ejector arm which is designed to move within the housing between a first and a second position and during said movement ejects the cards by engaging and forcing the cards simultaneously to partly exit the housing, and the holder comprises an external actuating feature, e.g. finger button , to provide the force to eject the cards by the card eject feature, characterised in that the ejector arm provides a short lever arm designed to engage the cards and a long lever arm designed to engage the cards, wherein the long lever arm is at least 10% longer than the short lever arm.
Method for the detection of cholesterol-binding toxins in a biological sample characterized in that the biological sample is incubated with heparin so that the cholesterol-binding toxins are bound and can be detected by immunological detection methods.
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves and a connecting member connecting two side faces of adjacent contacting elements , the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a rib for forming the groove between adjacent contacting elements , at least two rib side faces forming the side faces of the contacting element , the rib having a notching portion , the molding element being characterized in that a guiding member made of a material different from a material of the molding element is received in the notching portion and has two opposite side faces configured to form a part of the side faces of the contacting element and a top face configured to form a part of a bottom of the groove , said material of the guiding member having a modulus at 10% elongation lower than that of the molding element, the guiding member having a guiding slit extending from one of the two opposite side faces to the other of the two opposite side faces through the guiding member and radially from the top face , the top face of the guiding member being partly covered by a pair of rib projecting members projecting from opposed side faces of the notching portion , and a rib projection opening portion being formed between the pair of rib projecting members , a distal end of each of the rib projecting members having a chamfered surface facing to an obliquely upward direction for guiding the connecting member toward the guiding slit .
Sanitary drain fitting with a linear guide having - a fixed guide element , - - which has a first defined guide surface , and - a movable guide element - - which has a second guide surface which is larger than the guide surface of the fixed guide element , wherein the guide elements are made of plastic, characterized in that the guide surface of the movable guide element has interruptions at regular intervals in the direction of movement of the linear guide, in such a way that the contact surface and thus the surface of contacting material areas of the guide elements is smaller than the guide surface of the fixed guide element . - a fixed guide element , - - which has a first defined guide surface , and - a movable guide element - - which has a second guide surface which is larger than the guide surface of the fixed guide element ,
A shoe care apparatus comprising: a main body; a care room provided inside the main body and configured to accommodate shoes; and a door configured to open and close the care room , wherein the door comprises: a front panel forming a front surface of the door , and including a side trim provided on a rear surface of the front panel or a magnet provided on the rear surface of the front panel; a rear body forming a rear surface of the door ; and a reinforcement plate positioned between the front panel and the rear body , and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion configured to accommodate at least one portion of the side trim ; and a magnet coupling portion coupled with the magnet by a magnetic force of the magnet , and arranged in parallel to the recess portion . a main body; a care room provided inside the main body and configured to accommodate shoes; and a door configured to open and close the care room , wherein the door comprises: a front panel forming a front surface of the door , and including a side trim provided on a rear surface of the front panel or a magnet provided on the rear surface of the front panel; a rear body forming a rear surface of the door ; and a reinforcement plate positioned between the front panel and the rear body , and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion configured to accommodate at least one portion of the side trim ; and a magnet coupling portion coupled with the magnet by a magnetic force of the magnet , and arranged in parallel to the recess portion . a front panel forming a front surface of the door , and including a side trim provided on a rear surface of the front panel or a magnet provided on the rear surface of the front panel; a rear body forming a rear surface of the door ; and a reinforcement plate positioned between the front panel and the rear body , and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion configured to accommodate at least one portion of the side trim ; and a magnet coupling portion coupled with the magnet by a magnetic force of the magnet , and arranged in parallel to the recess portion . a recess portion configured to accommodate at least one portion of the side trim ; and a magnet coupling portion coupled with the magnet by a magnetic force of the magnet , and arranged in parallel to the recess portion .