mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting the presence of a rail vehicle, comprising a housing , a feeler (3.1, 3.2) outside the housing, at least one rod (4.1, 4.2) which carries the feeler and which is mounted in the housing so as to pivot between a high position and a low position of the feeler, a member (10.1, 10.2; 20.1) for slowing the rod in rotation from the low position to the high position of the feeler, a member (5.1, 5.2) for returning the rod to the high position of the sensor, characterised in that the slowing member comprises a shaft (10.11, 10.21; 9.1) connected in rotation to the rod and movable in rotation relative to a braking member (10.12, 10.13, 10.22, 10.23; 20.11, 20.12) arranged to cooperate by friction with a portion connected in rotation to the shaft in order to brake the latter, and in that the braking member (10.1, 10.2) comprises a friction centrifugal regulator.
An in vitro method for screening for an agonist or inhibitor of a target ion channel, wherein the method uses cells provided with a voltage-dependent Na ion channel that prolongs the duration of an action potential associated with depolarization, a K ion channel that deepens the resting membrane potential in the negative direction, and a target ion channel that is an ion channel that contributes to deepening the resting membrane potential in the negative direction and/or that shortens the duration of the action potential associated with depolarization, wherein the Na ion channel, the K ion channel, and the target ion channel constitute a cell death induction system with which cell death is induced by the induction of depolarization in the presence of an inhibitor for the K ion channel, and is provided with a step of supplying the inhibitor for the K ion channel to the cells; a step of supplying the cells with a test compound having the potential to inhibit or activate the target ion channel; and a step of evaluating the effect on cell death of the cells due to the supply of the test compound. uses cells provided with a voltage-dependent Na ion channel that prolongs the duration of an action potential associated with depolarization, a K ion channel that deepens the resting membrane potential in the negative direction, and a target ion channel that is an ion channel that contributes to deepening the resting membrane potential in the negative direction and/or that shortens the duration of the action potential associated with depolarization, wherein the Na ion channel, the K ion channel, and the target ion channel constitute a cell death induction system with which cell death is induced by the induction of depolarization in the presence of an inhibitor for the K ion channel, and is provided with a step of supplying the inhibitor for the K ion channel to the cells; a step of supplying the cells with a test compound having the potential to inhibit or activate the target ion channel; and a step of evaluating the effect on cell death of the cells due to the supply of the test compound.
A polyurethane/polyurea material that comprises the reaction product of: (A) (i) a (cyclo)aliphatic polyisocyanate or (ii) (cyclo)aliphatic polyisocyanate prepolymer having an NCO group content of about 4 to 60 weight-%, and an average functionality of 1.8 to 6, wherein the (cyclo)aliphatic polyisocyanate prepolymer comprises an organic compound (A) having at least 2 hydroxyl groups and a number average molecular weight of 200 to 1,000; with (B) an isocyanate-reactive component comprising at least one aromatic diamine compound which contains from 1 to 8 thiomethyl groups, and has a number average molecular weight of from 150 to 1000; in the presence of (C) one or more catalysts selected from the group consisting of tin (II) catalysts, bismuth (III) catalysts and mixtures thereof; wherein the relative quantities of (A) and (B) are such that the Isocyanate Index is from about 70 to about 130. (A) (i) a (cyclo)aliphatic polyisocyanate or (ii) (cyclo)aliphatic polyisocyanate prepolymer having an NCO group content of about 4 to 60 weight-%, and an average functionality of 1.8 to 6, wherein the (cyclo)aliphatic polyisocyanate prepolymer comprises an organic compound (A) having at least 2 hydroxyl groups and a number average molecular weight of 200 to 1,000; with (B) an isocyanate-reactive component comprising at least one aromatic diamine compound which contains from 1 to 8 thiomethyl groups, and has a number average molecular weight of from 150 to 1000; in the presence of (C) one or more catalysts selected from the group consisting of tin (II) catalysts, bismuth (III) catalysts and mixtures thereof; wherein the relative quantities of (A) and (B) are such that the Isocyanate Index is from about 70 to about 130.
A method for dynamically adjusting fluorescent imaging, used in a device , comprising: emitting, by a light emitting diode , light to illuminate teeth in an oral cavity, wherein the light is used to generate fluorescence from the teeth ; filtering, by an optical filter , the fluorescence; receiving, by an image sensor , an adjusting signal input by a user and adjusting a gain value of an analog-to-digital converter according to the signal; converting, by the analog-to-digital converter , the filtered fluorescence into a digital signal and adjusting the digital signal according to the gain value; and generating, by a processor , an output image signal that corresponds to the gain value from the digital signal, characterised in that the image sensor adjusts the gain value that corresponds to a blue light channel of the analog-to-digital converter according to the adjusting signal. emitting, by a light emitting diode , light to illuminate teeth in an oral cavity, wherein the light is used to generate fluorescence from the teeth ; filtering, by an optical filter , the fluorescence; receiving, by an image sensor , an adjusting signal input by a user and adjusting a gain value of an analog-to-digital converter according to the signal; converting, by the analog-to-digital converter , the filtered fluorescence into a digital signal and adjusting the digital signal according to the gain value; and generating, by a processor , an output image signal that corresponds to the gain value from the digital signal, characterised in that the image sensor adjusts the gain value that corresponds to a blue light channel of the analog-to-digital converter according to the adjusting signal.
Method for automatically managing a pitch rate gyrometer mounted on an airborne missile, which is capable of rotating, method wherein, when using said pitch rate gyrometer , said missile is automatically controlled so that it can be rotated about its longitudinal axis by regularly alternating the direction of rotation, the direction of rotation being changed at each turn so as to cancel the scale factor effect of said pitch rate gyrometer , as well as to correct drifts, which are corrected by rotating the missile .
A vehicle pixelated lighting device, comprising a pixel illumination light source and a lens group arranged along a light-emitting direction, the pixel illumination light source having an overall light-emitting surface facing the lens group , wherein the device further comprises a light-transmitting element fixedly arranged between the pixel illumination light source and the lens group , wherein the light-transmitting element is arranged at a boundary of the pixel illumination light source and covers at least a part of a boundary of the overall light-emitting surface of the pixel illumination light source ; wherein the light-transmitting element comprises a light incident surface facing the pixel illumination light source and a light-emitting surface facing the lens group ; wherein the light-transmitting element is used for changing a deflection angle of a light ray from the pixel illumination light source , and emitting a deflected light ray to the lens group , wherein a reverse extension line of the deflected light ray intersects with a plane where the overall light-emitting surface is located at a position outside of a light-emitting point of the incident light ray corresponding to the deflected light ray, wherein the light-emitting surface of the light-transmitting element comprises at least one of an arc-shaped surface segment , a vertical plane segment , a horizontal plane segment , and an oblique plane segment ; or the light incident surface of the light-transmitting element comprises at least one of an arc-shaped surface segment , a vertical plane segment , a horizontal plane segment , and an oblique plane segment , characterized in that the light-transmitting element is a loop member that covers all boundaries of the overall light-emitting surface of the pixel illumination light source . wherein the light-emitting surface of the light-transmitting element comprises at least one of an arc-shaped surface segment , a vertical plane segment , a horizontal plane segment , and an oblique plane segment ; or the light incident surface of the light-transmitting element comprises at least one of an arc-shaped surface segment , a vertical plane segment , a horizontal plane segment , and an oblique plane segment , characterized in that the light-transmitting element is a loop member that covers all boundaries of the overall light-emitting surface of the pixel illumination light source .
A balancing device , particularly for turbocompressors, comprising a base structure which supports elastically a supporting structure which has a flange for supporting a receptacle of a rotating element and a rotating element , said rotating element being movable with a rotary motion about its own rotation axis, and further comprising actuation means adapted to actuate lever means along a substantially radial direction, said lever means being adapted to generate a force for fixing said receptacle to said flange in a direction which is substantially parallel to said rotation axis, characterized in that elastic elements are comprised between said actuation means and said lever means , act in a substantially radial direction and are adapted to uncouple mechanically said actuation means from said lever means .
A method for producing a prestressed concrete body, characterized in that 1.) filament yarns based on cellulose and/or derivatives thereof are clamped into a shaping container, 2.) the clamped filament yarns are wetted with water to make them swell, 3.) a prestress of approximately 0.5 to 10.0 kg/4000 dtex is applied to the wetted filament yarns, 4.) liquid concrete is poured into the shaping container containing the prestressed filament yarns, 5.) the liquid concrete contained in the shaping container is cured to form precast concrete, maintaining the indicated applied prestress. 1.) filament yarns based on cellulose and/or derivatives thereof are clamped into a shaping container, 2.) the clamped filament yarns are wetted with water to make them swell, 3.) a prestress of approximately 0.5 to 10.0 kg/4000 dtex is applied to the wetted filament yarns, 4.) liquid concrete is poured into the shaping container containing the prestressed filament yarns, 5.) the liquid concrete contained in the shaping container is cured to form precast concrete, maintaining the indicated applied prestress.
A vehicle-mounted image processing device, comprising: an image acquisition unit that is configured to acquire captured images taken by cameras (1 - 4) disposed on front, rear and sides of a vehicle , a bird's eye view image generation unit that is configured to convert the acquired captured images (21 - 24) to generate a bird's eye view image , a parking space boundary recognition unit that is configured to perform parking space boundary recognition processing to recognize a parking space boundary (WL) based on one of the captured images (21 - 24) and the bird's eye view image , characterized in that the parking space boundary recognition unit is configured to perform first parking space boundary recognition processing based on the bird's eye view image to recognize a parking space boundary (WL) in a predetermined range of the bird's eye view image , and second parking space boundary recognition processing to set an image processing area of the one of the captured images (21 - 24) so as to process only an area that is further away from a predetermined range of the bird's eye view image and recognize a parking space boundary in the image processing area based on the one of the captured images. an image acquisition unit that is configured to acquire captured images taken by cameras (1 - 4) disposed on front, rear and sides of a vehicle , a bird's eye view image generation unit that is configured to convert the acquired captured images (21 - 24) to generate a bird's eye view image , a parking space boundary recognition unit that is configured to perform parking space boundary recognition processing to recognize a parking space boundary (WL) based on one of the captured images (21 - 24) and the bird's eye view image , characterized in that the parking space boundary recognition unit is configured to perform first parking space boundary recognition processing based on the bird's eye view image to recognize a parking space boundary (WL) in a predetermined range of the bird's eye view image , and second parking space boundary recognition processing to set an image processing area of the one of the captured images (21 - 24) so as to process only an area that is further away from a predetermined range of the bird's eye view image and recognize a parking space boundary in the image processing area based on the one of the captured images.
A compact strain gage comprising: a deformable substrate ; at least one conductive pattern defining a continuous side-by-side array of generally parallel lines, said at least one conductive pattern being formed on said deformable substrate , with said at least one conductive pattern being adhered to said deformable substrate by means of an adhesive or using a casting technique; and an electrically insulating layer formed over said conductive pattern ; characterized in that : at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern ; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad . a deformable substrate ; at least one conductive pattern defining a continuous side-by-side array of generally parallel lines, said at least one conductive pattern being formed on said deformable substrate , with said at least one conductive pattern being adhered to said deformable substrate by means of an adhesive or using a casting technique; and an electrically insulating layer formed over said conductive pattern ; characterized in that : at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern ; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad . at least one electrical connection pad is formed over said electrically insulating layer and at least partially overlies said conductive pattern ; and at least one via extends through said electrically insulating layer and electrically connects said conductive pattern to said at least one electrical connection pad .
An additive manufacturing apparatus for building a deposit on a substrate , the apparatus comprising: a feeding unit to feed a build material to a feeding position; an irradiation unit to irradiate the feeding position with a laser beam that melts the build material; a control unit to perform control for building the deposit by stacking beads formed by movement of the feeding position with respect to the substrate and melting of the build material; and an arithmetic unit to execute an arithmetic process of computing parameters for the control unit to perform the control, wherein the beads include two beads (22-1, 22-2) stacked on each other, the two beads are a first bead (22-1) and a second bead (22-2) stacked on the first bead, the first bead being formed earlier than the second bead, the feeding position being a first position (C1) in formation of the first bead, the feeding positon being a second position (C2) in formation of the second bead, characterized in that the arithmetic unit calculates an interval (KS) between the first position and the second position in a set direction on a basis of a width (BW) of the first bead and a diameter (LD) of the laser beam, the set direction being a direction of the width of the first bead, and the control unit performs control for setting the second position to a position shifted from the first position in the set direction by the interval, so as to allow a part of the second bead to protrude from the first bead in the set direction. a feeding unit to feed a build material to a feeding position; an irradiation unit to irradiate the feeding position with a laser beam that melts the build material; a control unit to perform control for building the deposit by stacking beads formed by movement of the feeding position with respect to the substrate and melting of the build material; and an arithmetic unit to execute an arithmetic process of computing parameters for the control unit to perform the control, wherein the beads include two beads (22-1, 22-2) stacked on each other, the two beads are a first bead (22-1) and a second bead (22-2) stacked on the first bead, the first bead being formed earlier than the second bead, the feeding position being a first position (C1) in formation of the first bead, the feeding positon being a second position (C2) in formation of the second bead, characterized in that the arithmetic unit calculates an interval (KS) between the first position and the second position in a set direction on a basis of a width (BW) of the first bead and a diameter (LD) of the laser beam, the set direction being a direction of the width of the first bead, and the control unit performs control for setting the second position to a position shifted from the first position in the set direction by the interval, so as to allow a part of the second bead to protrude from the first bead in the set direction.
A method of communicating a message using an I1 interface, the I1 interface providing a session control channel between a user agent, UA, and a network node, the method comprising: sending , by the UA, a 3GPP I1 INVITE message comprising an information element, IE, and an indicium from the UA to the network node, wherein the IE comprises an information element code, and the indicium comprises American Standard Code for Information Interchange, ASCII, strings or hex data associated with a particular string; wherein the step of sending the I1 INVITE message from the user agent to the network node further comprises converting a feature tag to the indicium. sending , by the UA, a 3GPP I1 INVITE message comprising an information element, IE, and an indicium from the UA to the network node, wherein the IE comprises an information element code, and the indicium comprises American Standard Code for Information Interchange, ASCII, strings or hex data associated with a particular string; wherein the step of sending the I1 INVITE message from the user agent to the network node further comprises converting a feature tag to the indicium.
A method of sending an encrypted message from a client device to a server , the method comprising: selecting, by the client device , a subgroup of neighbouring devices (206A-N, 304A-N); computing, by the client device , a ring signature based on a secret key of the client device , a hash value generated by the client device , and a public key of each neighbouring device; calculating, by the client device , a session key based on a concatenation of a public server key and the generated hash value; and encrypting, by the client device , a message using the session key and sending the encrypted message to the server with the generated hash value and the ring signature. selecting, by the client device , a subgroup of neighbouring devices (206A-N, 304A-N); computing, by the client device , a ring signature based on a secret key of the client device , a hash value generated by the client device , and a public key of each neighbouring device; calculating, by the client device , a session key based on a concatenation of a public server key and the generated hash value; and encrypting, by the client device , a message using the session key and sending the encrypted message to the server with the generated hash value and the ring signature.
A gasket handling method of separating a gasket main body from a carrier film in a gasket including a combination of the gasket main body including a rubber-like elastic body and the carrier film that holds the gasket main body by being adhered to the gasket main body , comprising using a suction jig when separating the gasket main body from the carrier film , wherein the suction jig includes a suction surface at a position facing the carrier film ; the suction surface is formed with a suction groove having a shape that corresponds with a planar shape of the gasket main body , the suction groove being formed with a plurality of suction paths at a required interval over the entire periphery; and separating the gasket main body from the carrier film by fixing the carrier film , and suctioning one surface in a thickness direction of the gasket main body to the suction groove with a suction force (P) from the suction paths in the suction jig .
A method for determining paging time points for a plurality of mobile subscriber stations by a paging controller in a broadband wireless access communication system including a base station , the plurality of mobile subscriber stations in a cell controlled by the base station, and the paging controller connected to the base station, the method comprising performing, by the paging controller, the steps of: receiving from the base station an idle mode request message requesting that a mobile subscriber station from among the plurality of mobile subscriber stations mode-transits from an awake mode having transmission of traffic into an idle mode having no transmission of traffic, the idle mode request message containing a preferred paging cycle for the mobile subscriber station; selecting a paging cycle for the mobile subscriber station based on the preferred paging cycle; determining an offset value for the mobile subscriber station, wherein the offset value is a first paging time point calculated by using Hash function employing a medium access control, MAC, address of the mobile subscriber station; wherein the selected paging cycle and the determined offset value define a set of time points at which the mobile subscriber station is to monitor for paging messages for the mobile subscriber station after mode-transitioning to the idle mode; and transmitting to the base station an idle mode response message including the selected paging cycle and the determined offset value. receiving from the base station an idle mode request message requesting that a mobile subscriber station from among the plurality of mobile subscriber stations mode-transits from an awake mode having transmission of traffic into an idle mode having no transmission of traffic, the idle mode request message containing a preferred paging cycle for the mobile subscriber station; selecting a paging cycle for the mobile subscriber station based on the preferred paging cycle; determining an offset value for the mobile subscriber station, wherein the offset value is a first paging time point calculated by using Hash function employing a medium access control, MAC, address of the mobile subscriber station; wherein the selected paging cycle and the determined offset value define a set of time points at which the mobile subscriber station is to monitor for paging messages for the mobile subscriber station after mode-transitioning to the idle mode; and transmitting to the base station an idle mode response message including the selected paging cycle and the determined offset value.