mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic disconnection mechanism for switches, which is installed together with a photovoltaic switch as an automatic disconnection system for the photovoltaic switch, comprising a shell , wherein the inside of the shell is hollow, and the shell is provided with a spindle , a cam sleeved on the spindle , a rotary ratchet sleeved on the spindle , a torsional spring sleeved on the spindle , a control ratchet needle that mates with the rotary ratchet , and a limiting mechanism (1.3) for limiting the rotation range of the cam ; the rotary ratchet is provided with external teeth that mates with the control ratchet needle on the outer periphery; the spindle penetrates the shell and is integrated with the shaft of the photovoltaic switch; the cam is fixedly connected to the spindle , and one end surface thereof is provided with a guide pin (3.1); the rotary ratchet is disposed on a side of the cam on which the guide pin (3.1) is provided, the rotary ratchet and the spindle are matched by a hole-fitting manner; the rotary ratchet is provided with a long elliptical hole (4.1) that mates with the guide pin (3.1), and the corresponding angle of the long elliptical hole (4.1) is 10°; the torsional spring is disposed on a side of the rotary ratchet , wherein one end of the torsional spring is connected to the shell and other end thereof is fixedly connected to the cam or one end of the torsional spring is connected to the shell and the other end thereof is fixedly connected to the spindle , and wherein this enables the torsional spring to be in a tightened state when the spindle rotates clockwise with the shaft of the photovoltaic switch; the control ratchet needle is disposed on a side of the rotary ratchet ; the control ratchet needle comprises a lock plate (6.3) and a release plate (6.2), and the connection portion of the lock plate (6.3) and the release plate (6.2) is sleeved on a short shaft (6.1) fixedly connected to the shell ; the lock plate (6.3) is arranged corresponding to the outer teeth of the outer edge of the rotary ratchet , so that when the spindle rotates clockwise with the shaft of the photovoltaic switch, the rotary ratchet is fixed and locked by the lock plate (6.3); both sides of the release plate (6.2) are also provided with a trigger mechanism for impacting the release plate (6.2) to move the lock plate (6.3) away from the rotary ratchet and eventually disengaging from the rotary ratchet , and a reset mechanism for returning the release plate (6.2) to the original position after being impact by the trigger mechanism .
A method comprising: determining , at a user equipment, a set of licensed and unlicensed frequency bands that are available for wireless communication; selecting , at the user equipment, a first subset of the set as targets for a handover involving at least one unlicensed frequency band; transmitting to a base station, from the user equipment, information indicating the first subset; receiving from the base station a second subset in response to transmitting the information indicating the first subset; and negotiating with the base station a third subset in response to receiving the second subset. determining , at a user equipment, a set of licensed and unlicensed frequency bands that are available for wireless communication; selecting , at the user equipment, a first subset of the set as targets for a handover involving at least one unlicensed frequency band; transmitting to a base station, from the user equipment, information indicating the first subset; receiving from the base station a second subset in response to transmitting the information indicating the first subset; and negotiating with the base station a third subset in response to receiving the second subset.
A method comprising: detecting if a jammer is present; outputting a control signal based on the detecting ; tuning a resonant frequency of an LNA away from a frequency of the jammer in response to the control signal to increase jammer rejection if the jammer is present; and tuning the resonant frequency of the LNA to a selected operating frequency in response to the control signal if the jammer is not present. detecting if a jammer is present; outputting a control signal based on the detecting ; tuning a resonant frequency of an LNA away from a frequency of the jammer in response to the control signal to increase jammer rejection if the jammer is present; and tuning the resonant frequency of the LNA to a selected operating frequency in response to the control signal if the jammer is not present.
A method for operating a wireless device, comprising: obtaining a first plurality of broadcast information blocks from a first base station ; characterized by receiving a second plurality of broadcast information blocks associated with the first base station , wherein said receiving the second plurality of broadcast information blocks is from a source other than a base station, and wherein at least a subset of the second plurality of broadcast information blocks are different than the first plurality of broadcast information blocks; determining if the second plurality of broadcast information blocks correspond to the first plurality of broadcast information blocks based on version information specified in the first plurality of broadcast information blocks; when the second plurality of broadcast information blocks correspond to the first plurality of broadcast information blocks, using the first and second pluralities of broadcast information blocks to perform communication with the first base station without obtaining the second plurality of information blocks from the first base station . obtaining a first plurality of broadcast information blocks from a first base station ; characterized by receiving a second plurality of broadcast information blocks associated with the first base station , wherein said receiving the second plurality of broadcast information blocks is from a source other than a base station, and wherein at least a subset of the second plurality of broadcast information blocks are different than the first plurality of broadcast information blocks; determining if the second plurality of broadcast information blocks correspond to the first plurality of broadcast information blocks based on version information specified in the first plurality of broadcast information blocks; when the second plurality of broadcast information blocks correspond to the first plurality of broadcast information blocks, using the first and second pluralities of broadcast information blocks to perform communication with the first base station without obtaining the second plurality of information blocks from the first base station .
A method for manufacturing a hybrid structure comprising an effective layer of piezoelectric material that has an effective thickness arranged on a supporting substrate that has a supporting thickness and a coefficient of thermal expansion lower than that of the effective layer , the method comprising: a) A step of providing a bonded structure comprising a piezoelectric material donor substrate and the supporting substrate , the bonded structure having a bonding interface between these two substrates; b) A first step of thinning the donor substrate b) A first step of thinning the donor substrate to form a thinned layer , that has an intermediate thickness, arranged on the supporting substrate ; the assembly forming a thinned structure ; c) A step of heat treating the thinned structure at an annealing temperature; d) A second step, after step c), of thinning the thinned layer to form the effective layer ; the method being characterized in that it comprises, prior to step b), a step a') of determining a range of intermediate thicknesses that prevent the thinned structure from being damaged during step c), the range being defined by a threshold thickness and a maximum thickness, and the intermediate thickness of the thinned layer being selected from within this range. a) A step of providing a bonded structure comprising a piezoelectric material donor substrate and the supporting substrate , the bonded structure having a bonding interface between these two substrates; b) A first step of thinning the donor substrate b) A first step of thinning the donor substrate to form a thinned layer , that has an intermediate thickness, arranged on the supporting substrate ; the assembly forming a thinned structure ; c) A step of heat treating the thinned structure at an annealing temperature; d) A second step, after step c), of thinning
Arrangement of a bumper and of a body element of a motor vehicle, the bumper comprising a wall having a visible outer face and a concealed inner face , the wall being edged by a flange inclined toward the inner face , the body element having, in succession, a first part disposed in the extension of the wall of the bumper with a predetermined play thereof, a second part extending substantially parallel to the flange of the bumper and a third part extending facing the inner face of the wall of the bumper, the bumper and the body element being fixed to one another by means of a fixing piece which comprises: - a fixing part of which one face is bearing against the inner face of the wall of the bumper and of which an opposite face is secured to the third part of the body element, and - a longitudinal flange extending substantially at right angles to the faces of the fixing part , along a longitudinal edge thereof, and secured to the flange of the bumper by snap-fitting, characterized in that the longitudinal flange of the fixing piece comprises a securing finger , or several securing fingers of the same orientation, each generally L-shaped securing finger having: - a first arm secured to the fixing piece and passing through corresponding orifices of the flange of the bumper and of the second part of the body element, and - a second arm extending substantially parallel to the second part of the body element, this second arm having a bearing surface in contact against a face of the second part of the body element opposite a face facing the flange of the bumper. - a fixing part of which one face is bearing against the inner face of the wall of the bumper and of which an opposite face is secured to the third part of the body element, and - a longitudinal flange extending substantially at right angles to the faces of the fixing part , along a longitudinal edge thereof, and secured to the flange of the bumper by snap-fitting, - a first arm secured to the fixing piece and passing through corresponding orifices of the flange of the bumper and of the second part of the body element, and - a second arm extending substantially parallel to the second part of the body element, this second arm having a bearing surface in contact against a face of the second part of the body element opposite a face facing the flange of the bumper.
A rotor assembly for a turbine engine with gas bearings including a permanent magnet , a first shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the first shaft as well as a thrust disk, characterised in that the rotor assembly also includes a band and a second shaft , in that the permanent magnet is a solid magnet which is press-fitted inside the band made of a nonmagnetic material, in that the band forms an integral assembly with the first shaft in the extension thereof, and in that the second shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the second shaft , extends from the band on the opposite side of the first shaft , coaxially with the first shaft such that the first shaft , the band , and the second shaft form an integral assembly. characterised in that the rotor assembly also includes a band and a second shaft , in that the permanent magnet is a solid magnet which is press-fitted inside the band made of a nonmagnetic material, in that the band forms an integral assembly with the first shaft in the extension thereof, and in that the second shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the second shaft , extends from the band on the opposite side of the first shaft , coaxially with the first shaft such that the first shaft , the band , and the second shaft form an integral assembly.
A mutant-type glucose dehydrogenase having glucose dehydrogenase activity and having decreased reactivity with xylose, wherein said mutant-type glucose dehydrogenase comprises a mutant-type α-subunit comprising an amino acid sequence of 520 to 550 amino acids containing the following peptide sequences (i) to (v) in this order, except that the asparagine at position 4 in the peptide sequence (v) is substituted with another amino acid, and optionally one or both amino acid residue(s) selected from the group consisting of the glycine at position 10 in the peptide sequence (iii), and the histidine at position 4 in the peptide sequence (iv), is/are substituted with another/other amino acid(s): (i) Val/Ile Val/Ile Val/Ile Gly Ser Gly Val Ala Gly (SEQ ID NO:21); (ii) Cys Cys Gly Asn Asn Asn Cys Met Pro Ile Cys (SEQ ID NO:22); (iii) Val Gly Arg Asn Leu Met Asp His Pro Gly Thr Gly (SEQ ID NO:23); (iv) Lys Lys Ile/Leu His Leu Ser Asn (SEQ ID NO:24); (v) Phe Ala Pro/Asn Asn Asn His Ile (SEQ ID NO:25), wherein optionally, in addition to the above one or more substitutions, the amino acid residue(s) corresponding to at least one amino acid residue selected from the group consisting of Met at position 8 in the peptide sequence (ii), Gly at position 12 in the peptide sequence (iii), Ser at position 6 in the peptide sequence (iv), Ala at position 2 in the peptide sequence (v), Pro/Asn at position 3 in the peptide sequence (v), Asn at position 5 in the peptide sequence (v), and Ile at position 7 in the peptide sequence (v) is/are substituted with another/other amino acid residue(s). (i) Val/Ile Val/Ile Val/Ile Gly Ser Gly Val Ala Gly (SEQ ID NO:21); (ii) Cys Cys Gly Asn Asn Asn Cys Met Pro Ile Cys (SEQ ID NO:22); (iii) Val Gly Arg Asn Leu Met Asp His Pro Gly Thr Gly (SEQ ID NO:23); (iv) Lys Lys Ile/Leu His Leu Ser Asn (SEQ ID NO:24); (v) Phe Ala Pro/Asn Asn Asn His Ile (SEQ ID NO:25),
A silicon carbide semiconductor device comprising: an insulation film, and a silicon carbide layer having a surface covered with said insulation film and having a trench formed at said surface, said trench including a first side face (S1), said first side face (S1) having a first plane orientation at least partially, an off orientation of said first plane orientation to a plane being within a range of ± 5° to a <1-100> direction, an off angle of said first plane orientation to a {03-38} plane in the <1-100> direction being greater than or equal to - 3° and less than or equal to 3°, and an inclination of said first plane orientation to a (000-1) plane being less than 90°, said trench including a second side face (S2) adjacent to said first side face (S1), said second side face (S2) having a second plane orientation different from said first plane orientation, at least partially, an off orientation of said second plane orientation to a plane being within the range of ± 5° to a <1-100> direction, an off angle of said second plane orientation to a {03-38} plane in the <1-100> direction being greater than or equal to - 3° and less than or equal to 3°, and an inclination of said second plane orientation to a (000-1) plane being less than 90°, characterised in that : a main surface (TS, MS) of the silicon carbide layer has an off angle within 5° to the (000-1) plane. an insulation film, and a silicon carbide layer having a surface covered with said insulation film and having a trench formed at said surface, said trench including a first side face (S1), said first side face (S1) having a first plane orientation at least partially, an off orientation of said first plane orientation to a plane being within a range of ± 5° to a <1-100> direction, an off angle of said first plane orientation to a {03-38} plane in the <1-100> direction being greater than or equal to - 3° and less than or equal to 3°, and an inclination of said first plane orientation to a (000-1) plane being less than 90°, said trench including a second side face (S2) adjacent to said first side face (S1), said second side face (S2) having a second plane orientation different from said first plane orientation, at least partially, an off orientation of said second plane orientation to a plane being within the range of ± 5° to a <1-100> direction, an off angle of said second plane orientation to a {03-38} plane in the <1-100> direction being greater than or equal to - 3° and less than or equal to 3°, and an inclination of said second plane orientation to a (000-1) plane being less than 90°, characterised in that : a main surface (TS, MS) of the silicon carbide layer has an off angle within 5° to the (000-1) plane.
An endoscope auxiliary device, comprising an operating handle and a probing body connected with each other, wherein a switching device is provided on the operating handle ; optical mesh points are provided on a surface of the probing body ; a light source is controlled by the switching device and a reflective housing is configured to reflect light of the light source into the probing body provided on one end of the probing body close to the operating handle ; and a health information collecting probe including a humidity collecting probe or a humiture collecting probe provided on another end of the probing body away from the operating handle and configured to collect and monitor health information on humidity or humiture of an ear canal and earwax in real time; a controller in communication with the humidity collecting probe or the humiture collecting probe and configured to process the health information on the humidity or the humiture of the ear canal and the earwax received by the health information collecting probe ; and a display device in communication with the controller wherein the controller is configured to send the processed health information to the display device , wherein the display device is configured to display the processed health information on humidity or humiture of the ear canal and the earwax received from the controller . a switching device is provided on the operating handle ; optical mesh points are provided on a surface of the probing body ; a light source is controlled by the switching device and a reflective housing is configured to reflect light of the light source into the probing body provided on one end of the probing body close to the operating handle ; and a health information collecting probe including a humidity collecting probe or a humiture collecting probe provided on another end of the probing body away from the operating handle and configured to collect and monitor health information on humidity or humiture of an ear canal and earwax in real time; a controller in communication with the humidity collecting probe or the humiture collecting probe and configured to process the health information on the humidity or the humiture of the ear canal and the earwax received by the health information collecting probe ; and a display device in communication with the controller wherein the controller is configured to send the processed health information to the display device , wherein the display device is configured to display the processed health information on humidity or humiture of the ear canal and the earwax received from the controller .
Mobile device for heating a rail of a railway track , comprising: at least one heating module comprising at least one heating zone and at least one radiating heat source which is oriented toward the heating zone ; and a vehicle for transporting the heating module that is capable of traveling along a railway track in a laying direction so that, at each moment, a portion of a rail of the railway track that is not fixed to a sleeper of the railway track passes through the heating zone in a forward direction ; the heating module comprising at least one heating unit , characterised in that the heating unit comprises a plurality of electric infrared-radiation lamps which are distributed around the edge of the heating zone and oriented toward the heating zone , each of the electric infrared-radiation lamps comprising at least one radiation source which is capable of emitting infrared radiation having a maximum power spectral density for a wavelength of less than 2 μm, and at least one primary reflector which is oriented so as to reflect the infrared radiation emitted by the radiation source toward the heating zone , the radiation source being arranged, directly facing the heating zone , between the primary reflector and the heating zone , the heating unit further comprising a secondary reflector having a concave reflective surface which surrounds the heating zone and is capable of returning reflected rays, which pass between the electric infrared-radiation lamps , toward the heating zone .
A method of wireless communication by a user equipment, UE , in a 3GPP system, the method comprising: receiving semi-persistent scheduling, SPS, signaling from a base station semi-statically configuring the UE with a plurality of PUCCH resources to be used to transmit feedback, wherein each of the plurality of PUCCH resources is associated with a SPS group radio network temporary identifier, G-RNTI; receiving control information from the base station that indicates an identifier corresponding to a particular data service that the UE has requested to receive, wherein the identifier is SPS G-RNTI; receiving point-to-multipoint, PTM, data from the base station , the PTM data comprising error detection information scrambled by the identifier received by the UE ; attempting to decode the PTM data including the error detection information based on the identifier; and determining whether to transmit feedback information to the base station based on the attempt to decode the PTM data, and wherein if determined to transmit feedback information, transmit the feedback information on one of the PUCCH resources received in the SPS signaling, wherein the PUCCH resource is selected based on the identifier. receiving semi-persistent scheduling, SPS, signaling from a base station semi-statically configuring the UE with a plurality of PUCCH resources to be used to transmit feedback, wherein each of the plurality of PUCCH resources is associated with a SPS group radio network temporary identifier, G-RNTI; receiving control information from the base station that indicates an identifier corresponding to a particular data service that the UE has requested to receive, wherein the identifier is SPS G-RNTI; receiving point-to-multipoint, PTM, data from the base station , the PTM data comprising error detection information scrambled by the identifier received by the UE ; attempting to decode the PTM data including the error detection information based on the identifier; and determining whether to transmit feedback information to the base station based on the attempt to decode the PTM data, and wherein if determined to transmit feedback information, transmit the feedback information on one of the PUCCH resources received in the SPS signaling, wherein the PUCCH resource is selected based on the identifier.