mhurhangee/patent-ind-claim-en huggingface dataset:
: A method comprising: receiving , from a client device, a first access request for an administered resource that is subject to an administrative policy which governs access to the administered resource, the first access request including a unique identifier of the client device; determining, based at least in part on the unique identifier and a client registry, whether the client device is compliant with the administrative policy; in response to determining that the client device is not compliant with the administrative policy, causing the client device to install a client application, the client application configured to apply the administrative policy to the client device; after the client application has been installed on the client device, receiving, from the client application executing at the client device, a second access request for the administered resource, the second access request including the unique identifier of the client device; determining , based on the unique identifier, and the client registry, whether the client device is compliant with the administrative policy; and in response to determining that the client device is compliant with the administrative policy, sending , to the client device, a token that provides access to the administered resource. receiving , from a client device, a first access request for an administered resource that is subject to an administrative policy which governs access to the administered resource, the first access request including a unique identifier of the client device; determining, based at least in part on the unique identifier and a client registry, whether the client device is compliant with the administrative policy; in response to determining that the client device is not compliant with the administrative policy, causing the client device to install a client application, the client application configured to apply the administrative policy to the client device; after the client application has been installed on the client device, receiving, from the client application executing at the client device, a second access request for the administered resource, the second access request including the unique identifier of the client device; determining , based on the unique identifier, and the client registry, whether the client device is compliant with the administrative policy; and in response to determining that the client device is compliant with the administrative policy, sending , to the client device, a token that provides access to the administered resource.
Liquid medium for transport and/or preservation containing or intended to contain a sample of mycobacteria of the Mycobacterium tuberculosis complex for transport and/or preservation of said mycobacteria of the Mycobacterium tuberculosis complex, comprising a basic culture medium of said mycobacteria and antibiotic compounds without activity towards mycobacteria, and at least one decontaminating agent, preferably chlorhexidine and malachite green, characterized in that it further comprises a proportion of at least 2.5% by volume of complete culture supernatant of Mycobacterium bovis strain BCG as an additional component, said supernatant being harvested before the stationary growth phase after less than two weeks of culture.
Method for adjusting the cutting gap in a slicing device for cutting food products, wherein the slicing device has a rotationally driven cutting blade , a cutting edge and an adjusting device which moves the cutting blade towards the cutting edge or away from the cutting edge perpendicularly to the cutting edge, characterized in that the cutting blade or the cutting edge is connected to an electrical voltage source and the cutting blade and the cutting edge are moved towards each other until an increase in electric current and/or a reduction in electrical resistance is measured.
Household refrigeration appliance having an interior for receiving food, which is delimited by walls of an inner container , and having a fresh food container for food, which is arranged in the interior and has a drawer and a lid arranged for covering the drawer , and having a storage device with which the lid for opening and closing the drawer is mounted in the interior such that it can be raised and lowered, and having a control element with which the lid can be actuated, and having a partition which is arranged directly above the lid in the interior , characterised in that the partition has a separate panel arranged on the top side as an information element on a top side facing away from the lid , and the household refrigeration appliance has a display unit for displaying, in particular for displaying by means of symbols, the moisture content in the fresh food container , and that the display unit and the control element are formed on the panel and the function as an information element is formed by the display unit , and that the control element can be rotated about a vertical axis.
A method of making a seal, comprising: fabricating a seal body comprising a first friction surface comprising nickel and cobalt; contacting the first friction surface on the seal body with a metal counter-body surface comprising nickel; applying pressure and heat between the seal body and the counter-body; applying motion between the seal body and the counter-body with respect to each other in a direction parallel to the first friction surface ; and separating the seal from the counter-body. fabricating a seal body comprising a first friction surface comprising nickel and cobalt; contacting the first friction surface on the seal body with a metal counter-body surface comprising nickel; applying pressure and heat between the seal body and the counter-body; applying motion between the seal body and the counter-body with respect to each other in a direction parallel to the first friction surface ; and separating the seal from the counter-body.
A rock drilling rig , comprising: a movable carrier ; at least one drilling boom connected movably to the carrier and equipped with a rock drilling unit , wherein the rock drilling unit comprises a feed beam and a rock drilling machine supported movably on the feed beam ; characterised in that the drilling unit is provided with optical positioning apparatuses ; and wherein each positioning apparatus comprises at least one pattern illuminating device for producing two-dimensional light patterns on a rock surface (RS) for assisting positioning of the rock drilling machine ; wherein a positioning apparatus is mounted on a front end (FE) of the feed beam of the rock drilling unit and is directed forwards for producing a two-dimensional light pattern against the surface being drilled; and a positioning apparatus is mounted on a rear end (RE) of the feed beam of the rock drilling unit and is directed perpendicularly relative to longitudinal axis of the rock drilling unit . a movable carrier ; at least one drilling boom connected movably to the carrier and equipped with a rock drilling unit , wherein the rock drilling unit comprises a feed beam and a rock drilling machine supported movably on the feed beam ; characterised in that the drilling unit is provided with optical positioning apparatuses ; and wherein each positioning apparatus comprises at least one pattern illuminating device for producing two-dimensional light patterns on a rock surface (RS) for assisting positioning of the rock drilling machine ; wherein a positioning apparatus is mounted on a front end (FE) of the feed beam of the rock drilling unit and is directed forwards for producing a two-dimensional light pattern against the surface being drilled; and a positioning apparatus is mounted on a rear end (RE) of the feed beam of the rock drilling unit and is directed perpendicularly relative to longitudinal axis of the rock drilling unit .
A display system that displays a screen for a user, the system comprising: a touch panel display configured to display the screen and accept a manipulation performed on the screen , a position at which to display the screen being variable; and a display control means configured to control a display of the screen on the touch panel display ; characterized in that the display control means decides whether the screen to be displayed has visual content for appreciation according to a predetermined criterion; if the screen to be displayed includes no visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively close to the user; if the screen to be displayed has visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively distant from the user. a touch panel display configured to display the screen and accept a manipulation performed on the screen , a position at which to display the screen being variable; and a display control means configured to control a display of the screen on the touch panel display ; characterized in that the display control means decides whether the screen to be displayed has visual content for appreciation according to a predetermined criterion; if the screen to be displayed includes no visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively close to the user; if the screen to be displayed has visual content for appreciation, the display control means displays the screen at a suitable-for-manipulation position comparatively distant from the user.
A noncrystalline fluoroelastomer which is a copolymer consisting essentially of vinylidene fluoride, a fluoromonomer represented by the general formula : CH 2 =CFR f wherein R f is a straight or branched fluoroalkyl group containing 1 to 12 carbon atoms, and another monomer copolymerizable with both vinylidene fluoride and said fluoromonomer of formula , and has a vinylidene fluoride units/fluoromonomer units mol ratio of 85/15 to 20/80, contains the other monomer units in an amount of 1 to 40 mol percent of all the monomer units and has a glass transition temperature of not higher than 25°C. wherein R f is a straight or branched fluoroalkyl group containing 1 to 12 carbon atoms, and another monomer copolymerizable with both vinylidene fluoride and said fluoromonomer of formula , and has a vinylidene fluoride units/fluoromonomer units mol ratio of 85/15 to 20/80, contains the other monomer units in an amount of 1 to 40 mol percent of all the monomer units and has a glass transition temperature of not higher than 25°C.
An apparatus, comprising: a rotary position sensor housing ; a first rotor disposed in the rotary position sensor housing , the first rotor including a first magnet coupled thereto; a second rotor disposed in the rotary position sensor housing , the second rotor including a second magnet coupled thereto; the first rotor and the second rotor being independently rotatable, wherein a bore is defined through the first rotor and the second rotor , the bore to accommodate a shaft ; a ring element to provide a dividing barrier between the first rotor and the second rotor , first and second sensors disposed adjacent to the first magnet; and third and fourth sensors disposed adjacent to the second magnet. a rotary position sensor housing ; a first rotor disposed in the rotary position sensor housing , the first rotor including a first magnet coupled thereto; a second rotor disposed in the rotary position sensor housing , the second rotor including a second magnet coupled thereto; the first rotor and the second rotor being independently rotatable, wherein a bore is defined through the first rotor and the second rotor , the bore to accommodate a shaft ; a ring element to provide a dividing barrier between the first rotor and the second rotor , first and second sensors disposed adjacent to the first magnet; and third and fourth sensors disposed adjacent to the second magnet.
A circuit, comprising: a first clock control device for a first clock domain , the first clock control device receiving signals comprising a first fast clock signal , a test signal , and a slow clock signal , the first clock control device comprising first circuitry configured to select clock pulses of the first fast clock signal as scan capture clock pulses for the first clock domain based on a first clock pulse of the slow clock signal and the test signal ; and a second clock control device for a second clock domain , the second clock control device receiving signals comprising a second fast clock signal , the test signal , and the slow clock signal , the second clock control device comprising second circuitry configured to select clock pulses of the second fast clock signal as scan capture clock pulses for the second clock domain based on a second clock pulse of the slow clock signal and the test signal , wherein the first clock pulse and the second clock pulse are different clock pulses of the slow clock signal . a first clock control device for a first clock domain , the first clock control device receiving signals comprising a first fast clock signal , a test signal , and a slow clock signal , the first clock control device comprising first circuitry configured to select clock pulses of the first fast clock signal as scan capture clock pulses for the first clock domain based on a first clock pulse of the slow clock signal and the test signal ; and a second clock control device for a second clock domain , the second clock control device receiving signals comprising a second fast clock signal , the test signal , and the slow clock signal , the second clock control device comprising second circuitry configured to select clock pulses of the second fast clock signal as scan capture clock pulses for the second clock domain based on a second clock pulse of the slow clock signal and the test signal , wherein the first clock pulse and the second clock pulse are different clock pulses of the slow clock signal .
An air conditioner, comprising: a box-type body unit configured to be disposed in a ceiling back space (T2) of an air-conditioned room (R); and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioned room (R), the decorative panel being provided with an air suction part and an air blowing part which includes air blowing ports , wherein a dotted surface texture including a plurality of projections is formed along a panel opening that forms the air blowing ports in the decorative panel , and the projections are disposed at intervals which allows condensation water adhered to a panel surface of the decorative panel to flow along the panel surface , wherein the air blowing part has a raised part protruding toward the air-conditioned room (R) more than the panel surface of the decorative panel , and the entire raised part forms the dotted surface texture including the plurality of projections . a box-type body unit configured to be disposed in a ceiling back space (T2) of an air-conditioned room (R); and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioned room (R), the decorative panel being provided with an air suction part and an air blowing part which includes air blowing ports , wherein a dotted surface texture including a plurality of projections is formed along a panel opening that forms the air blowing ports in the decorative panel , and the projections are disposed at intervals which allows condensation water adhered to a panel surface of the decorative panel to flow along the panel surface , wherein the air blowing part has a raised part protruding toward the air-conditioned room (R) more than the panel surface of the decorative panel , and the entire raised part forms the dotted surface texture including the plurality of projections .
Progressivity device for a friction clutch disk, including: a support flange with central rotation axis (X) in which an annular central part is adapted to cooperate with a torsional vibration damper and an external part carries progressive action blades and friction pads fitted to the progressive action blades, in which the progressive action blades extend circumferentially over at least one of the faces of the support flange, characterized in that the progressive action blade has an end fixed to the external part , another end that is a free end and bends extending in an orthoradial direction relative to the rotation axis (X), the free end of the progressive action blade including a retaining means passing through the support flange , wherein the free end of the progressive action blade is retained axially relative to the support flange via the retaining means when the progressivity device is free of any axial compression force. a support flange with central rotation axis (X) in which an annular central part is adapted to cooperate with a torsional vibration damper and an external part carries progressive action blades and friction pads fitted to the progressive action blades, in which the progressive action blades extend circumferentially over at least one of the faces of the support flange, characterized in that the progressive action blade has an end fixed to the external part , another end that is a free end and bends extending in an orthoradial direction relative to the rotation axis (X), the free end of the progressive action blade including a retaining means passing through the support flange , wherein the free end of the progressive action blade is retained axially relative to the support flange via the retaining means when the progressivity device is free of any axial compression force.
An audiometric test system comprising: a sound generator configured to deliver, as part of a noise stress test, a noise stimulus to drive purinergic hearing adaptation, for a duration of at least two minutes to a subject and a stimulus in the form of two pure tones separated by a defined ratio and concurrently presented for a predetermined time period to enable measurement of distortion product otoacoustic emissions (DPOAE); one or more sensor modules configured to record data measuring one or more indicators comprising changes in otoacoustic emissions reflecting a subject's purinergic hearing adaptation to noise exposure from the noise stimulus; and a processor configured to drive the sound generator to deliver the stimulus, receive the recorded data and analyse the data to quantify for one or more of the measured indicators degree of change and rate of change, and output data quantifying the subject's purinergic hearing adaptation to noise exposure from the noise stimulus, wherein the measured otoacoustic emissions are analysed to quantify change in amplitude and rate of change of the otoacoustic emissions during the noise stimulus. a sound generator configured to deliver, as part of a noise stress test, a noise stimulus to drive purinergic hearing adaptation, for a duration of at least two minutes to a subject and a stimulus in the form of two pure tones separated by a defined ratio and concurrently presented for a predetermined time period to enable measurement of distortion product otoacoustic emissions (DPOAE); one or more sensor modules configured to record data measuring one or more indicators comprising changes in otoacoustic emissions reflecting a subject's purinergic hearing adaptation to noise exposure from the noise stimulus; and a processor configured to drive the sound generator to deliver the stimulus, receive the recorded data and analyse the data to quantify for one or more of the measured indicators degree of change and rate of change, and output data quantifying the subject's purinergic hearing adaptation to noise exposure from the noise stimulus, wherein the measured otoacoustic emissions are analysed to quantify change in amplitude and rate of change of the otoacoustic emissions during the noise stimulus.
A method for wireless communication at a user equipment, UE, comprising: receiving a plurality of reference signals, wherein each reference signal of the plurality of reference signals corresponds to at least one transmission opportunity for a random access channel, RACH, preamble message transmission; determining a number of RACH preamble messages to transmit in response to the received plurality of reference signals, wherein the determining is based at least in part on a capability of the UE to simultaneously monitor for random access response, RAR, messages corresponding to the number of RACH preamble messages; and transmitting the determined number of RACH preamble messages based at least in part on the determining, wherein each RACH preamble message of the number of RACH preamble messages corresponds to a reference signal of the received plurality of reference signals. receiving a plurality of reference signals, wherein each reference signal of the plurality of reference signals corresponds to at least one transmission opportunity for a random access channel, RACH, preamble message transmission; determining a number of RACH preamble messages to transmit in response to the received plurality of reference signals, wherein the determining is based at least in part on a capability of the UE to simultaneously monitor for random access response, RAR, messages corresponding to the number of RACH preamble messages; and transmitting the determined number of RACH preamble messages based at least in part on the determining, wherein each RACH preamble message of the number of RACH preamble messages corresponds to a reference signal of the received plurality of reference signals.
A method for positioning a volume to be imaged for computed tomography imaging, in which method, an arrangement is used which comprises a computed tomography imaging apparatus including X-ray imaging means, a control system of the computed tomography imaging apparatus and a means for showing image information arranged into a functional connection with the computed tomography imaging apparatus, in which method a human or animal head including a volume desired to get imaged is positioned in the imaging area of the computed tomography imaging apparatus, said human or animal head is imaged by at least two optical cameras from at least two different directions and at least a first and a second image taken from at least two different directions produced by said cameras are shown by said means for showing image information, in connection with said first and second images, a volume positioning indicator is shown which indicates a position within the area imaged by said at least two cameras of the volume to get imaged by the computed tomography imaging apparatus, characterized in that said at least a first and a second image are live images of said human or animal head and position of the volume desired to get imaged by said computed tomography apparatus is pointed, selected or determined by means of said volume positioning indicator by positioning the volume positioning indicator to a desired point in said live images. a human or animal head including a volume desired to get imaged is positioned in the imaging area of the computed tomography imaging apparatus, said human or animal head is imaged by at least two optical cameras from at least two different directions and at least a first and a second image taken from at least two different directions produced by said cameras are shown by said means for showing image information, in connection with said first and second images, a volume positioning indicator is shown which indicates a position within the area imaged by said at least two cameras of the volume to get imaged by the computed tomography imaging apparatus, characterized in that said at least a first and a second image are live images of said human or animal head and position of the volume desired to get imaged by said computed tomography apparatus is pointed, selected or determined by means of said volume positioning indicator by positioning the volume positioning indicator to a desired point in said live images.