mhurhangee/ep-ind-claims huggingface dataset:
A method for the configuration of preconfigured transmission resources in a cellular communications network, the method comprising the steps of configuring periodic transmission resources for the transmission of data from a mobile device to a base station; transmitting an indication of the periodic transmission resources from the base station to the mobile device in a configuration message, wherein the indication includes a time reference SFN or part thereof, and an offset from a time reference to the periodic transmission resources, wherein the time reference is the most recent previous occurrence of the time reference SFN prior to the reception of the configuration message, wherein the period of the transmission resources is not a divisor of the hyperframe length, which is 1024 frames. configuring periodic transmission resources for the transmission of data from a mobile device to a base station; transmitting an indication of the periodic transmission resources from the base station to the mobile device in a configuration message, wherein the indication includes a time reference SFN or part thereof, and an offset from a time reference to the periodic transmission resources, wherein the time reference is the most recent previous occurrence of the time reference SFN prior to the reception of the configuration message, wherein the period of the transmission resources is not a divisor of the hyperframe length, which is 1024 frames.
A range finding apparatus comprising: a generation unit that generates a plurality of range finding signals; a modulation unit that generates transmission light acquired by performing quadrature modulation, polarization modulation, or both on an optical carrier wave by using each of the generated range finding signals; a transmission unit that transmits the generated transmission light; a reception unit that receives reflection light which is the transmission light reflected by an object to be measured; an extraction unit that extracts reception signals corresponding to the respective range finding signals by demodulating the reflection light; and a computation unit that computes a distance to the object to be measured by using any one or more of the extracted reception signals, characterized in that the generation unit generates a plurality of range finding signals according to at least two range finding methods being different from each other, the plurality of range finding signals being generated in the at least two range finding methods respectively using at least two different settings so as to generate in total at least four range finding signals. a generation unit that generates a plurality of range finding signals; a modulation unit that generates transmission light acquired by performing quadrature modulation, polarization modulation, or both on an optical carrier wave by using each of the generated range finding signals; a transmission unit that transmits the generated transmission light; a reception unit that receives reflection light which is the transmission light reflected by an object to be measured; an extraction unit that extracts reception signals corresponding to the respective range finding signals by demodulating the reflection light; and a computation unit that computes a distance to the object to be measured by using any one or more of the extracted reception signals, characterized in that the generation unit generates a plurality of range finding signals according to at least two range finding methods being different from each other, the plurality of range finding signals being generated in the at least two range finding methods respectively using at least two different settings so as to generate in total at least four range finding signals.
A method in a gateway device (110, 210, 310, 510, 610) for establishing a communication channel between a client device (170, 370, 590, 690) communicatively coupled to a client interface (216, 316) of the gateway device and a server (120, 320) communicatively coupled to a host interface (218, 318) of the gateway device, the method comprising: receiving client messages on the client interface, refraining from sending a client response message out the client interface until a predetermined sequence of client messages is received on the client interface; sending a predetermined sequence of server messages out the host interface; and establishing a communication channel to communicate user messages between the client device and the server, the communication channel being established after: receiving the predetermined sequence of client messages on the client interface; and receiving a server response message on the host interface only after the predetermined sequence of server messages has been sent by the gateway device, wherein the client interface comprises a plurality of client ports (217, 317) and the predetermined sequence of client messages comprises client synchronize messages that are received on the plurality of client ports in a predetermined client port order. receiving client messages on the client interface, refraining from sending a client response message out the client interface until a predetermined sequence of client messages is received on the client interface; sending a predetermined sequence of server messages out the host interface; and establishing a communication channel to communicate user messages between the client device and the server, the communication channel being established after: receiving the predetermined sequence of client messages on the client interface; and receiving a server response message on the host interface only after the predetermined sequence of server messages has been sent by the gateway device, receiving the predetermined sequence of client messages on the client interface; and receiving a server response message on the host interface only after the predetermined sequence of server messages has been sent by the gateway device, wherein the client interface comprises a plurality of client ports (217, 317) and the predetermined sequence of client messages comprises client synchronize messages that are received on the plurality of client ports in a predetermined client port order.
A system comprising a racket having a handle, a frame attached to the handle, and strings (18, 20) comprising at least two perpendicular strings stretched in the frame, each string (18, 20) running back and forth in the frame through openings formed therein, characterized in that the system comprises: - for each string (18, 20), a piezoelectric sheath coating said string (18, 20) along most of its length, said sheath being divided along its length into at least three piezoelectric areas (28, 30, 32), each comprising a piezoelectric layer interposed between two conductive layers (34, 38) respectively forming a first and a second electrodes, the piezoelectric layer and at least one of the electrodes of each piezoelectric area forming an assembly electrically insulated from the piezoelectric layers and the electrodes (36, 38) of the other piezoelectric layers so that each piezoelectric area generates between its electrodes an independent voltage according to mechanical stress exerted on the strings; and - an electronic circuit connected to the piezoelectric areas (28, 30, 32) of the strings (18, 20) to identify a portion of the strings submitted to the highest mechanical stress according to the voltages generated by the piezoelectric areas of the strings. - for each string (18, 20), a piezoelectric sheath coating said string (18, 20) along most of its length, said sheath being divided along its length into at least three piezoelectric areas (28, 30, 32), each comprising a piezoelectric layer interposed between two conductive layers (34, 38) respectively forming a first and a second electrodes, the piezoelectric layer and at least one of the electrodes of each piezoelectric area forming an assembly electrically insulated from the piezoelectric layers and the electrodes (36, 38) of the other piezoelectric layers so that each piezoelectric area generates between its electrodes an independent voltage according to mechanical stress exerted on the strings; and - an electronic circuit connected to the piezoelectric areas (28, 30, 32) of the strings (18, 20) to identify a portion of the strings submitted to the highest mechanical stress according to the voltages generated by the piezoelectric areas of the strings.
Selection process for an active ingredient composition, based on a therapeutically effective antibody or its determinant, comprising the steps: (i) selecting a disease-relevant protein; (ii) cloning and expressing an antigenic fragment of the disease-relevant protein in a microorganism which expresses, secretes and presents the antigenic fragment on the cell surface, anchored in the membrane; (iii) examining a number of sera from mammals for the presence of antibodies against said antigenic fragment of the disease-relevant protein; (iv) eliciting antibodies against said antigenic fragment of the disease-related protein; (v) testing the antibodies for a therapeutic effect in a non-human model.
An attachment mechanism for securing a framed solar module to a support structure, the attachment mechanism comprising: a support member (110a, 110b) extending along a mounting surface, the support member forming a portion of the support structure; a bracket coupled with the support member; a seat coupled with the bracket, the seat configured to support at least a portion of the framed solar module, the seat comprising a seat surface; a clip having an opening configured to receive the seat surface and a flange of the framed solar module to secure the framed solar module between the seat surface and the clip, characterized in that the attachment mechanism further comprises a hinge configured to couple the seat with the bracket, wherein the seat is configured to rotate about the hinge within the bracket. a support member (110a, 110b) extending along a mounting surface, the support member forming a portion of the support structure; a bracket coupled with the support member; a seat coupled with the bracket, the seat configured to support at least a portion of the framed solar module, the seat comprising a seat surface; a clip having an opening configured to receive the seat surface and a flange of the framed solar module to secure the framed solar module between the seat surface and the clip, characterized in that the attachment mechanism further comprises a hinge configured to couple the seat with the bracket, wherein the seat is configured to rotate about the hinge within the bracket.
A method of producing transformed sugar cane plant cells comprising introducing a nucleotide sequence of interest into at least one cell obtained from a leaf roll segment excised from a sugar cane immature shoot, wherein said immature shoot is between one month and five months of age and is collected from a greenhouse sugar cane plant.
An information processing apparatus comprising: a line-of-sight information acquisition unit which is configured to acquire line-of-sight information related to a line-of-sight direction of a user; a movement information acquisition unit which is configured to acquire a center-of-gravity movement information related to a center-of-gravity movement direction of a body of the user; and a display control unit which is configured to perform a first display control for controlling a display device to provide the user with a visual field image according to an imaging posture of an imaging unit by moving a viewpoint of the imaging unit in the center-of-gravity movement direction while substantially maintaining the imaging posture of the imaging unit when an angle difference between the line-of-sight direction and the center-of-gravity movement direction does not exceed a first threshold value and is configured to perform a second display control for controlling the display device to provide the user with the visual field image by rotating the imaging posture of the imaging unit and moving the viewpoint of the imaging unit in the center-of-gravity movement direction when the angle difference between the line-of-sight direction and the center-of-gravity movement direction exceeds the first threshold value. a line-of-sight information acquisition unit which is configured to acquire line-of-sight information related to a line-of-sight direction of a user; a movement information acquisition unit which is configured to acquire a center-of-gravity movement information related to a center-of-gravity movement direction of a body of the user; and a display control unit which is configured to perform a first display control for controlling a display device to provide the user with a visual field image according to an imaging posture of an imaging unit by moving a viewpoint of the imaging unit in the center-of-gravity movement direction while substantially maintaining the imaging posture of the imaging unit when an angle difference between the line-of-sight direction and the center-of-gravity movement direction does not exceed a first threshold value and is configured to perform a second display control for controlling the display device to provide the user with the visual field image by rotating the imaging posture of the imaging unit and moving the viewpoint of the imaging unit in the center-of-gravity movement direction when the angle difference between the line-of-sight direction and the center-of-gravity movement direction exceeds the first threshold value.
An adjustable flow shunt for treating glaucoma in a human patient, the shunt comprising: an elongated outflow drainage tube having a proximal inflow region and a distal outflow region; and an inflow control assembly at the proximal inflow region, wherein the inflow control assembly comprises a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; wherein the proximal inflow region comprises one or more apertures defining a fluid inlet area positioned to allow fluid to flow therethrough and into the outflow drainage tube, wherein the spring element is configured to be activated by a non-invasive energy and, upon activation, slidably actuate the control element along the proximal inflow region such that (a) the one or more apertures are accessible and have a first fluid flow cross-section or (b) the one or more apertures are at least partially covered by the control element and have a second fluid-flow cross-section less than the first fluid flow cross-section. an elongated outflow drainage tube having a proximal inflow region and a distal outflow region; and an inflow control assembly at the proximal inflow region, wherein the inflow control assembly comprises a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; a control element sized and shaped to slidably engage the proximal inflow region; and a spring element operably coupled between the control element and an anchor element engaged with the proximal inflow region; wherein the proximal inflow region comprises one or more apertures defining a fluid inlet area positioned to allow fluid to flow therethrough and into the outflow drainage tube, wherein the spring element is configured to be activated by a non-invasive energy and, upon activation, slidably actuate the control element along the proximal inflow region such that (a) the one or more apertures are accessible and have a first fluid flow cross-section or (b) the one or more apertures are at least partially covered by the control element and have a second fluid-flow cross-section less than the first fluid flow cross-section.
A deep tissue temperature probe with a support assembly comprising: a two-sided substrate being coated with copper on both sides; a plurality of sections (202, 204) defined in the substrate, in which each section is joined to at least one adjacent section at a common peripheral location; two thermal sensors, each supported on a respective one of two adjacent sections and whose junctions (207, 209) are at the respective centers of the adjacent sections; the two adjacent sections folded together at the common peripheral location joining the two sections; and a thermal resistor disposed between the two thermal sensors when the two adjacent sections are folded, at least one of the sections supports a heater, wherein a first and a second signal lead (211, 213) are connected to the respective junction (207, 209) of each thermal sensor and a third common lead is coupled to the common peripheral location thereby electrically coupling both thermal sensors. a two-sided substrate being coated with copper on both sides; a plurality of sections (202, 204) defined in the substrate, in which each section is joined to at least one adjacent section at a common peripheral location; two thermal sensors, each supported on a respective one of two adjacent sections and whose junctions (207, 209) are at the respective centers of the adjacent sections; the two adjacent sections folded together at the common peripheral location joining the two sections; and a thermal resistor disposed between the two thermal sensors when the two adjacent sections are folded, at least one of the sections supports a heater, wherein a first and a second signal lead (211, 213) are connected to the respective junction (207, 209) of each thermal sensor and a third common lead is coupled to the common peripheral location thereby electrically coupling both thermal sensors.
A facade or transparent roof construction having a support construction, comprising a) at least one insulating glass pane (3, 103, 203, 303), which is secured on at least one profile (2, 102, 202, 302), b) wherein a groove (8, 108, 232) is provided on at least sections of the edge of the insulating glass pane (3, 103, 203, 303), c) in which a holding arm (13, 113, 223) of a glass holder (9, 109, 207) engages, which may be secured on a screw groove (6, 106, 206) of the profile (2, 102, 202) via at least one screw, wherein d) an essentially flat contact surface and/or bottom (14, 114, 212), which may be applied to the front edges of the screw grooves (6, 106) of the profile (2, 10), is implemented on the glass holder (9, 109, 207) on the side facing toward the profile (2, 102, 202, 302), e) wherein a strip-shaped shoulder (117, 13) is preferably provided on the bottom of the glass holder (9, 109, 207), which may be inserted slightly into the screw groove for centering the glass holder (9, 109, 207), characterized in that f) two channels are provided in the contact surface, into which the front edges of the screw groove may be inserted during positioning of the at least one lateral holding arm in the groove of the insulating glass element, and g) the front edges of the screw grooves may be received in an essentially form-fitting way in the channels. a) at least one insulating glass pane (3, 103, 203, 303), which is secured on at least one profile (2, 102, 202, 302), b) wherein a groove (8, 108, 232) is provided on at least sections of the edge of the insulating glass pane (3, 103, 203, 303), c) in which a holding arm (13, 113, 223) of a glass holder (9, 109, 207) engages, which may be secured on a screw groove (6, 106, 206) of the profile (2, 102, 202) via at least one screw, wherein d) an essentially flat contact surface and/or bottom (14, 114, 212), which may be applied to the front edges of the screw grooves (6, 106) of the profile (2, 10), is implemented on the glass holder (9, 109, 207) on the side facing toward the profile (2, 102, 202, 302), e) wherein a strip-shaped shoulder (117, 13) is preferably provided on the bottom of the glass holder (9, 109, 207), which may be inserted slightly into the screw groove for centering the glass holder (9, 109, 207), characterized in that f) two channels are provided in the contact surface, into which the front edges of the screw groove may be inserted during positioning of the at least one lateral holding arm in the groove of the insulating glass element, and g) the front edges of the screw grooves may be received in an essentially form-fitting way in the channels.
A power assembly of an electric scooter, comprising: a case having a base, wherein the base is provided with a separating layer to divide a space in the base into a first space and a second space; an electric motor, which is provided in the case, having an output shaft and a driving gear connected to the output shaft, wherein the driving gear is received in the first space of the base; a driven gear, which is received in the first space of the base and meshed with the driving gear, wherein a gear shaft is connected to the driven gear, and the gear shaft has an end extending out of the case; and a controller provided in the second space of the base and electrically connected to the electric motor;wherein the first space is divided into a first gear room and a second gear room; the driving gear of the electric motor is received in the first gear room, and the driven gear is received in the second gear room; the power assembly being characterised in that: the base is provided with a first axial bore communicated with the first gear room and a second axial bore communicated with the second gear room; the output shaft of the electric motor passes through the first axial bore, and the gear shaft of the driven gear passes through the second axial bore;a shaft lid received in the second space of the base and fixed to the base to cover the output shaft of the electric motor. a case having a base, wherein the base is provided with a separating layer to divide a space in the base into a first space and a second space; an electric motor, which is provided in the case, having an output shaft and a driving gear connected to the output shaft, wherein the driving gear is received in the first space of the base; a driven gear, which is received in the first space of the base and meshed with the driving gear, wherein a gear shaft is connected to the driven gear, and the gear shaft has an end extending out of the case; and a controller provided in the second space of the base and electrically connected to the electric motor;wherein the first space is divided into a first gear room and a second gear room; the driving gear of the electric motor is received in the first gear room, and the driven gear is received in the second gear room; the power assembly being characterised in that: the base is provided with a first axial bore communicated with the first gear room and a second axial bore communicated with the second gear room; the output shaft of the electric motor passes through the first axial bore, and the gear shaft of the driven gear passes through the second axial bore;a shaft lid received in the second space of the base and fixed to the base to cover the output shaft of the electric motor.