mhurhangee/patent-ind-claim-en huggingface dataset:
An optical stack (150; 500; 1200) comprising: a first basic transparent conductor (156: 530; 1110) having a first substrate (158; 532; 1112) and a plurality of networking silver nanostructures (160; 534; 1114); a second substrate (168; 538; 1130), a UV-blocking OCA layer (166; 536; 1120) positioned between the second substrate (168; 538; 1130) and the first basic transparent conductor (156; 530; 1110), wherein the first basic transparent conductor (156; 530; 1110) contacts the UV-blocking layer (166; 536; 1120) by the first substrate (158; 532; 1112), wherein a direct contact between the networking silver nanostructures (160; 534; 1114) and the UV-blocking OCA layer is avoided. a first basic transparent conductor (156: 530; 1110) having a first substrate (158; 532; 1112) and a plurality of networking silver nanostructures (160; 534; 1114); a second substrate (168; 538; 1130), a UV-blocking OCA layer (166; 536; 1120) positioned between the second substrate (168; 538; 1130) and the first basic transparent conductor (156; 530; 1110), wherein the first basic transparent conductor (156; 530; 1110) contacts the UV-blocking layer (166; 536; 1120) by the first substrate (158; 532; 1112), wherein a direct contact between the networking silver nanostructures (160; 534; 1114) and the UV-blocking OCA layer is avoided.
A method of detecting the presence of target molecules within a population of molecules, the method comprising : (a) contacting a plurality of magnetic particles with the population of molecules potentially containing the target molecules, wherein the target molecules bind to the magnetic particles ; (b) directing a fluorescence excitation energy beam into the population of molecules ; (c) creating a cyclic magnetic field gradient using two electromagnetic poles , driven with a frequency of cycling of current between the two poles ; and (d) detecting emission from said condensed target molecules with bound magnetic particles as they cross the path of the fluorescence excitation energy beam ; characterized in that said electromagnetic poles include parabolic shaped pole tips configured to achieve an increase in magnetic field gradient outside said poles; and whereby said magnetic field gradient condenses the magnetic particles as a cloud of condensed target molecules with bound magnetic particles, wherein said magnetic field gradient defines a narrow path between the poles, and said cyclic magnetic field gradient moves the cloud of condensed target molecules with bound magnetic particles along the narrow path which crosses the fluorescence excitation energy beam. (a) contacting a plurality of magnetic particles with the population of molecules potentially containing the target molecules, wherein the target molecules bind to the magnetic particles ; (b) directing a fluorescence excitation energy beam into the population of molecules ; (c) creating a cyclic magnetic field gradient using two electromagnetic poles , driven with a frequency of cycling of current between the two poles ; and (d) detecting emission from said condensed target molecules with bound magnetic particles as they cross the path of the fluorescence excitation energy beam ;
A braze repair method comprising: heating a damaged component to a first temperature and holding at the first temperature for a first time period to dissolve a grain boundary eutectic; cooling the component in a first cooling step; braze repairing the damaged component at a braze temperature after the component has cooled characterized in comprising: after the first cooling step and prior to braze repairing the damaged component , heating the damaged component to a second temperature greater than the first temperature and holding the second temperature for a second time period to further dissolve the grain boundary eutectic; and cooling the component . heating a damaged component to a first temperature and holding at the first temperature for a first time period to dissolve a grain boundary eutectic; cooling the component in a first cooling step; braze repairing the damaged component at a braze temperature after the component has cooled characterized in comprising: after the first cooling step and prior to braze repairing the damaged component , heating the damaged component to a second temperature greater than the first temperature and holding the second temperature for a second time period to further dissolve the grain boundary eutectic; and cooling the component .
A closure capsule for closing a container, comprising: - a cap that can be associated with a container and comprising a frangible mouth ; - a cutter comprising a cutting edge designed to open said frangible mouth - the cutter also comprising a widening zone , wherein, as it moves away from the cutting edge , the cross section of the cutter increases; - a covering that protects both said cap and said cutter and comprises an intactness band ; wherein said closure capsule is movable from a rest configuration, wherein the frangible mouth and the intactness band are intact, to an operative configuration, wherein the intactness band is removed and the frangible mouth is broken; in the rest configuration, the cap , the cutter and the covering contribute to the definition of walls of a reservoir for containing a product to be dropped into the container in the operative configuration; characterized in that said capsule comprises: - a first toothed connection means afforded on the covering and on the cutter and that makes said cutter and at least a first part of said covering rotate integrally; - a threaded connection means , which, in passing from the rest configuration to the operative configuration, couples the covering and the cap , thereby bringing about rotational-translational movement of the first part of the covering and the cutter with respect to said cap ; the covering comprising a first portion , which, in turn, comprises a part of the first toothed connection means ; the covering also comprising a second portion that is connected to said first portion so that they rotate integrally; the second portion comprising a receptacle that contributes to definition of said reservoir . - a cap that can be associated with a container and comprising a frangible mouth ; - a cutter comprising a cutting edge designed to open said frangible mouth - the cutter also comprising a widening zone , wherein, as it moves away from the cutting edge , the cross section of the cutter increases; - a covering that protects both said cap and said cutter and comprises an intactness band ; - a first toothed connection means afforded on the covering and on the cutter and that makes said cutter and at least a first part of said covering rotate integrally; - a threaded connection means , which, in passing from the rest configuration to the operative configuration, couples the covering and the cap , thereby bringing about rotational-translational movement of the first part of the covering and the cutter with respect to said cap ; the covering comprising a first portion , which, in turn, comprises a part of the first toothed connection means ; the covering also comprising a second portion that is connected to said first portion so that they rotate integrally; the second portion comprising a receptacle that contributes to definition of said reservoir .
A method for wireless communication by a user equipment, UE, comprising: obtaining from a base station information regarding a beam refinement procedure of an established beam pair link, BPL, between the UE and the base station, wherein the beam refinement procedure involves a set of reference signal, RS, resources for transmitting RS, the information indicating whether RS resources are to be transmitted by the base station using a same transmit beam or a set of different transmit beams; wherein the information is provided as an index into a table with different combinations of transmit beam patterns for transmitting the RS resources; wherein the beam patterns are transmitted across frequencies, symbols, or sub-symbols; deciding , based on the information, which receive beam or set of receive beams to use for reception of the RS resources transmitted by the base station; and receiving the RS resources in accordance with the decision. obtaining from a base station information regarding a beam refinement procedure of an established beam pair link, BPL, between the UE and the base station, wherein the beam refinement procedure involves a set of reference signal, RS, resources for transmitting RS, the information indicating whether RS resources are to be transmitted by the base station using a same transmit beam or a set of different transmit beams; wherein the information is provided as an index into a table with different combinations of transmit beam patterns for transmitting the RS resources; wherein the beam patterns are transmitted across frequencies, symbols, or sub-symbols; deciding , based on the information, which receive beam or set of receive beams to use for reception of the RS resources transmitted by the base station; and receiving the RS resources in accordance with the decision.
Device (1; 101) for limiting the pressure in a fluid circulating in a system for cleaning at least one glazed surface of a motor vehicle, having a movable first member (10; 110) having a movable portion (11; 111) inserted in an internal duct (25, 26; 125, 126) of a fixed second member (20; 120), said movable portion being formed by at least one elastically deformable element (15; 115) and an element (16; 116) for shutting off the internal duct (25, 26; 125, 126) of the fixed second member (20; 120), characterized in that the at least one elastically deformable element is able to lengthen under the effect of the washer fluid pushing on the shut-off element (16; 116).
A seat belt installation apparatus comprising: a seat belt installation anchor fixed to a vehicle body and having a lower end portion of a seat belt installed at one side thereof; and a cover configured to shield the anchor and a rotation prevention bead formed on a bottom surface of the vehicle body, wherein the cover is assembled by being rotated and coupled to a front end portion of the anchor with a rear end portion thereof being coupled to a lower end of a bending portion of the anchor where the seat belt is installed, so as to prevent a breakage or a damage of the seat belt installed on the anchor when the cover is assembled to the anchor , characterized in that one pair of locking bumps protrude outward from both sides of the bending portion , respectively, and wherein one pair of coupling bumps protrude from the rear end portion of the cover to be coupled and caught on lower portions of the one pair of locking bumps . a seat belt installation anchor fixed to a vehicle body and having a lower end portion of a seat belt installed at one side thereof; and a cover configured to shield the anchor and a rotation prevention bead formed on a bottom surface of the vehicle body, wherein the cover is assembled by being rotated and coupled to a front end portion of the anchor with a rear end portion thereof being coupled to a lower end of a bending portion of the anchor where the seat belt is installed, so as to prevent a breakage or a damage of the seat belt installed on the anchor when the cover is assembled to the anchor , characterized in that one pair of locking bumps protrude outward from both sides of the bending portion , respectively, and wherein one pair of coupling bumps protrude from the rear end portion of the cover to be coupled and caught on lower portions of the one pair of locking bumps .
A blower comprising: a rotor shaft ; a rotor assembled to the rotor shaft ; an impeller assembled to the rotor shaft concentrically with the rotor ; a blower case housing the impeller ; a motor ; a driving circuit for driving and controlling the motor ; a motor board having the driving circuit; a flange portion rotatably supporting the rotor shaft ; and a motor case to which the motor board is assembled, the motor case being integrally assembled to the blower case with the flange portion sandwiched therebetween; a stator core ; a plurality of pole teeth ; and a plurality of motor coils formed around the pole teeth of the stator core ; wherein an air blowing port is provided in a part of the flange portion so as to be opened to the blower case , an air blowing channel communicating with the air blowing port is formed between the motor board assembled to the motor case and the flange portion , the air blowing channel is provided with a heat exchanger mounted on the motor board in a state where the heat exchanger is exposed toward the blower case from an opening of the flange portion , and heat radiation is performed by starting the motor , obtaining a part of air blown by rotation of the impeller through the air blowing port , and directly blowing the blown air to the motor coils through the air blowing channel provided with the heat exchanger and circulating the blown air to the impeller . a rotor shaft ; a rotor assembled to the rotor shaft ; an impeller assembled to the rotor shaft concentrically with the rotor ; a blower case housing the impeller ; a motor ; a driving circuit for driving and controlling the motor ; a motor board having the driving circuit; a flange portion rotatably supporting the rotor shaft ; and a motor case to which the motor board is assembled, the motor case being integrally assembled to the blower case with the flange portion sandwiched therebetween; a stator core ; a plurality of pole teeth ; and a plurality of motor coils formed around the pole teeth of the stator core ; wherein an air blowing port is provided in a part of the flange portion so as to be opened to the blower case , an air blowing channel communicating with the air blowing port is formed between the motor board assembled to the motor case and the flange portion , the air blowing channel is provided with a heat exchanger mounted on the motor board in a state where the heat exchanger is exposed toward the blower case from an opening of the flange portion , and heat radiation is performed by starting the motor , obtaining a part of air blown by rotation of the impeller through the air blowing port , and directly blowing the blown air to the motor coils through the air blowing channel provided with the heat exchanger and circulating the blown air to the impeller .
A method of processing status data captured from an electronic device (101.1; 101.2; 101.3), that is to be sent to a remote server , the electronic device comprising a button actionable to switch between at least a first state and a second state, said first and second states being associated with respective status tags in a database of the electronic device, the method comprising the following steps carried out by the electronic device: - upon capturing status data, checking a current state of the actionable button; - retrieving a status tag from the database, based on the current state of the actionable button; and - sending the captured status data associated with the retrieved status tag to the remote server; wherein the method further comprises the following steps, carried out by the remote server : - upon receiving (300; 301) the captured status data and the associated retrieved status tag, setting predetermined privacy parameters of the captured status data with a set of rules based on the associated retrieved status tag; - managing accessibility of the captured status data based on the privacy parameters; wherein the remote server is adapted to be accessed via a user terminal so as to define new privacy parameters or modify the privacy parameters that have been set at the remote server . - upon capturing status data, checking a current state of the actionable button; - retrieving a status tag from the database, based on the current state of the actionable button; and - sending the captured status data associated with the retrieved status tag to the remote server; wherein the method further comprises the following steps, carried out by the remote server : - upon receiving (300; 301) the captured status data and the associated retrieved status tag, setting predetermined privacy parameters of the captured status data with a set of rules based on the associated retrieved status tag; - managing accessibility of the captured status data based on the privacy parameters; wherein the remote server is adapted to be accessed via a user terminal so as to define new privacy parameters or modify the privacy parameters that have been set at the remote server .
A method of controlling a vapor cycle system having first and second compressors , wherein each of the first and second compressors has an electric motor, the method comprising: operating the first compressor to compress refrigerant while the second compressor is idle; operating the second compressor by: sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and limiting the maximum duration of the preheating mode to a preheating time period, such that the preheating mode is turned off after being activated for the preheating time period. operating the first compressor to compress refrigerant while the second compressor is idle; operating the second compressor by: sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and limiting the maximum duration of the preheating mode to a preheating time period, such that the preheating mode is turned off after being activated for the preheating time period.
A hybrid holographic gun sight , comprising: a housing having a viewing end and an opposing target end, a viewing path being defined from the viewing end to the target end; a light source operable to project a light beam along a path; a holographic optical element (HOE) disposed in the path of the light beam , the HOE reconstructing an image of a reticle; and a non-diffraction element (NDE) reflecting the image of the reticle, the non-diffraction element being disposed in the viewing path such that a user views a target along the viewing path through the non-diffraction element from the viewing end. a housing having a viewing end and an opposing target end, a viewing path being defined from the viewing end to the target end; a light source operable to project a light beam along a path; a holographic optical element (HOE) disposed in the path of the light beam , the HOE reconstructing an image of a reticle; and a non-diffraction element (NDE) reflecting the image of the reticle, the non-diffraction element being disposed in the viewing path such that a user views a target along the viewing path through the non-diffraction element from the viewing end.
An antenna device comprising a ground conductor plate and an antenna element , wherein the antenna element includes: a first vertical portion and a second vertical portion which are erected substantially perpendicularly from the ground conductor plate ; and a connecting portion which includes a portion extending substantially parallel to the ground conductor plate and which connects one end of the first vertical portion and one end of the second vertical portion to each other, wherein the other end of the first vertical portion serves as a feeding point and is located at a position that is distant from an outer periphery of the ground conductor plate to a center side of the ground conductor plate , wherein the other end of the second vertical portion is grounded, wherein the connecting portion includes an along-edge portion which extends along the outer periphery of the ground conductor plate when viewed from a direction perpendicular to the ground conductor plate , characterized in that the feeding point is located within a virtual area whose center is common to a center of the ground conductor plate and which is formed so as to have an area that is 1/2 of an area of the ground conductor plate by reducing the ground conductor plate by a same factor in longitudinal and lateral directions. wherein the antenna element includes: a first vertical portion and a second vertical portion which are erected substantially perpendicularly from the ground conductor plate ; and a connecting portion which includes a portion extending substantially parallel to the ground conductor plate and which connects one end of the first vertical portion and one end of the second vertical portion to each other, a first vertical portion and a second vertical portion which are erected substantially perpendicularly from the ground conductor plate ; and a connecting portion which includes a portion extending substantially parallel to the ground conductor plate and which connects one end of the first vertical portion and one end of the second vertical portion to each other, wherein the other end of the first vertical portion serves as a feeding point and is located at a position that is distant from an outer periphery of the ground conductor plate to a center side of the ground conductor plate , wherein the other end of the second vertical portion is grounded, wherein the connecting portion includes an along-edge portion which extends along the outer periphery of the ground conductor plate when viewed from a direction perpendicular to the ground conductor plate , characterized in that the feeding point is located within a virtual area whose center is common to a center of the ground conductor plate and which is formed so as to have an area that is 1/2 of an area of the ground conductor plate by reducing the ground conductor plate by a same factor in longitudinal and lateral directions.