mhurhangee/ep-ind-claims huggingface dataset:
A piezoelectric generator, comprising - a piezo unit, which can be stressed to generate an alternating current; - a drivable eccentric shaft, controlling the stressing; - a stroke transmission device, by way of which the piezo unit is in operative connection with the eccentric shaft, so that the piezo unit can be stressed substantially in a radial direction in relation to the axis of rotation of the eccentric shaft; and - a housing, which is arranged around the eccentric shaft and on which the piezo unit is fastened by means of a mounting device, wherein a) the piezo unit is arranged outside the housing; and b) the stroke transmission device is in operative connection with the piezo unit by way of a through-opening in the housing; characterized c) in that the stroke transmission device has a resiliently stressed transmission pin, guided movably in a radial direction in relation to the axis of rotation of the eccentric shaft, and a guide sleeve, in which the transmission pin is movably guided and which is fastened on the housing in the region of the through-opening. - a piezo unit, which can be stressed to generate an alternating current; - a drivable eccentric shaft, controlling the stressing; - a stroke transmission device, by way of which the piezo unit is in operative connection with the eccentric shaft, so that the piezo unit can be stressed substantially in a radial direction in relation to the axis of rotation of the eccentric shaft; and - a housing, which is arranged around the eccentric shaft and on which the piezo unit is fastened by means of a mounting device, wherein a) the piezo unit is arranged outside the housing; and b) the stroke transmission device is in operative connection with the piezo unit by way of a through-opening in the housing; characterized c) in that the stroke transmission device has a resiliently stressed transmission pin, guided movably in a radial direction in relation to the axis of rotation of the eccentric shaft, and a guide sleeve, in which the transmission pin is movably guided and which is fastened on the housing in the region of the through-opening. a) the piezo unit is arranged outside the housing; and b) the stroke transmission device is in operative connection with the piezo unit by way of a through-opening in the housing; characterized c) in that the stroke transmission device has a resiliently stressed transmission pin, guided movably in a radial direction in relation to the axis of rotation of the eccentric shaft, and a guide sleeve, in which the transmission pin is movably guided and which is fastened on the housing in the region of the through-opening.
A brake device for a saddle-type vehicle, comprising a front wheel brake and a rear wheel brake that are hydraulic, and a first control unit that is configured to control operations of the front wheel brake and the rear wheel brake, wherein a second control unit comprises a collision possibility determining section that is configured to determine a possibility of collision of an own vehicle with an obstacle ahead, the first control unit comprises an automatic brake controller that is configured to perform automatic brake control to automatically increase braking forces of the front wheel brake and the rear wheel brake, the first control unit comprises an antilock brake controller that is configured to adjust a pressure of the rear wheel brake to avoid lock of the rear wheel, characterized in that the brake device is configured such that in case where the collision possibility determining section determines that there is the possibility of collision: the automatic brake controller pressurizes the rear wheel brake to brake a rear wheel, and simultaneously pressurizes the front wheel brake up to a predetermined pressure at which a vehicle body posture is not changed by braking of a front wheel, the automatic brake controller determines whether an antilock operation by the antilock brake controller is activated, the automatic brake controller further pressurizes the rear wheel brake and maintains the front wheel brake at the predetermined pressure, when the antilock operation by the antilock brake controller is not activated, and the automatic brake controller further pressurizes the front wheel brake of the predetermined pressure to brake the front wheel, when an antilock operation by the antilock brake controller is activated. the automatic brake controller pressurizes the rear wheel brake to brake a rear wheel, and simultaneously pressurizes the front wheel brake up to a predetermined pressure at which a vehicle body posture is not changed by braking of a front wheel, the automatic brake controller determines whether an antilock operation by the antilock brake controller is activated, the automatic brake controller further pressurizes the rear wheel brake and maintains the front wheel brake at the predetermined pressure, when the antilock operation by the antilock brake controller is not activated, and the automatic brake controller further pressurizes the front wheel brake of the predetermined pressure to brake the front wheel, when an antilock operation by the antilock brake controller is activated.
A device for dispensing a fastener to be implanted within a patient, the device comprising: a magazine defining a longitudinal axis and having a distal opening, said magazine sized and dimensioned to hold a series of fasteners, the series of fasteners insertable through said distal opening; a support having a splined guide bore aligned with said longitudinal axis of said magazine, said support connected to said magazine to be rotatable radially with respect to said longitudinal axis; a shaft (126, 138) slideably disposed within said support; a biasing element connected between said support and said shaft (126, 138), said biasing element configured to urge said shaft (126, 138) along said longitudinal axis in a direction towards said distal end relative to a location of said support; characterized in that, the device includes a ratchet (140, 164) connected to said shaft (126, 138) and engageable with said magazine to permit sliding of said shaft (126, 138) in first a direction towards said distal end, to prevent sliding of said shaft (126, 138) in a second direction away from said distal end in a first position, and to enable sliding of said shaft (126, 138) in said second direction in a second position, said ratchet (140, 164) movable from said first position to said second position when said support is rotated radially with respect to said longitudinal axis.
A method of wireless communications for a user equipment, UE (604, 704), comprising: receiving (703, 804), from a serving cell, a configuration for a beam measurement report to measure the downlink-downlink interference based on a same reception beam on which the UE (604, 704) receives a downlink transmission from the serving cell (602, 702); performing an interference measurement, comprising detecting a signal from a neighbor cell (642, 742), the signal from the neighbor cell (642, 742) interfering (606, 706) with communication between the UE (604, 704) and the serving cell (602, 702); estimating a downlink-downlink interference (606, 706) of the neighbor cell (642, 742), wherein the LTE (604, 704) estimates the downlink-downlink interference of the neighbor cell based on said same reception beam on which the UE (604, 704) receives the downlink transmission from the serving cell (602, 702); and transmitting (710, 812) an interference measurement report to the serving cell (602, 702), the interference measurement report comprising an indication of the downlink-downlink interference of the neighbor cell. receiving (703, 804), from a serving cell, a configuration for a beam measurement report to measure the downlink-downlink interference based on a same reception beam on which the UE (604, 704) receives a downlink transmission from the serving cell (602, 702); performing an interference measurement, comprising detecting a signal from a neighbor cell (642, 742), the signal from the neighbor cell (642, 742) interfering (606, 706) with communication between the UE (604, 704) and the serving cell (602, 702); estimating a downlink-downlink interference (606, 706) of the neighbor cell (642, 742), wherein the LTE (604, 704) estimates the downlink-downlink interference of the neighbor cell based on said same reception beam on which the UE (604, 704) receives the downlink transmission from the serving cell (602, 702); and transmitting (710, 812) an interference measurement report to the serving cell (602, 702), the interference measurement report comprising an indication of the downlink-downlink interference of the neighbor cell.
Control panel for an electrical domestic appliance, comprising a front side, behind which a control unit of the appliance is located in the appliance interior in a region of an opening, and opposite the front side on the outside of the appliance an operating element connected to the control unit for actuating the control unit through the opening and a protection part, which is arranged on the outside and in contact with the front side on at least one part of the edge of the opening, characterised in that the protection part comprises at least one means for fastening to the control unit and a front side bracket with at least one hole for connecting the operating element to the control unit and for passing through the fastening of the protection part to the control unit is located between the front side and the control unit.
A method of preparing a flavored jerky product, the method comprising: applying a curing agent to at least one of an external skin surface and an exposed muscle surface of a meat source; curing the meat source with the curing agent; cold smoking the meat source in a first cold smoking step at a temperature of about 16 °C to about 38 °C; chilling the meat source; removing the external skin surface from the meat source; slicing or segmenting the meat source into a meat portion; marinating the meat portion in a marinade solution; and cold smoking the meat portion in a second cold smoking step at a temperature of about 16 °C to about 38 °C. applying a curing agent to at least one of an external skin surface and an exposed muscle surface of a meat source; curing the meat source with the curing agent; cold smoking the meat source in a first cold smoking step at a temperature of about 16 °C to about 38 °C; chilling the meat source; removing the external skin surface from the meat source; slicing or segmenting the meat source into a meat portion; marinating the meat portion in a marinade solution; and cold smoking the meat portion in a second cold smoking step at a temperature of about 16 °C to about 38 °C.
An electromagnetic relay comprising: a pair of fixed contact terminals, each of which has a fixed contact (38a, 38b); a movable contact spring that has a pair of movable pieces (18a, 18b) and a coupler that couples the pair of movable pieces, each of the pair of movable pieces having a movable contact (36a, 36b) that is configured to contact and be separated from the fixed contact, wherein a current flowing between the movable contacts flows via the pair of movable pieces and the coupler; an armature that has a flat plate to be adsorbed to an iron core and a hanging portion bent from the flat plate and extending downward, and is configured to move the movable contact spring by a rotation operation; and an electromagnetic device configured to drive the armature, characterised in that the hanging portion has a projection to fix the movable contact spring on a face thereof facing the electromagnetic device and a pulling portion (16b2) that extends downward more than the projection and pulls the movable contact spring when a current flows between the fixed contact and the movable contact. a pair of fixed contact terminals, each of which has a fixed contact (38a, 38b); a movable contact spring that has a pair of movable pieces (18a, 18b) and a coupler that couples the pair of movable pieces, each of the pair of movable pieces having a movable contact (36a, 36b) that is configured to contact and be separated from the fixed contact, wherein a current flowing between the movable contacts flows via the pair of movable pieces and the coupler; an armature that has a flat plate to be adsorbed to an iron core and a hanging portion bent from the flat plate and extending downward, and is configured to move the movable contact spring by a rotation operation; and an electromagnetic device configured to drive the armature, characterised in that the hanging portion has a projection to fix the movable contact spring on a face thereof facing the electromagnetic device and a pulling portion (16b2) that extends downward more than the projection and pulls the movable contact spring when a current flows between the fixed contact and the movable contact.
A gas meter management system comprising: multiple gas meters that are installed in a residence of each customer, and include flow rate measurers; and a center device that collects information obtained by each gas meter, wherein the information includes positional information, wherein the center device manages the positional information indicating a position of the gas meter, and displays the information together with the position of the gas meter on a map, wherein the information includes flow rate information obtained by the flow rate measurer of each gas meter, and measurement conditions of the flow rate measurer, wherein the gas meter includes a shutoff unit that shuts off gas, and the information includes shutoff information indicating whether or not the shutoff unit shuts off gas, and the center device displays the shutoff information obtained from each gas meter in the position of the gas meter on the map, characterized in that the center device extracts one or more gas meters installed in a specified region, the specified region having a higher priority of a recovery operation, the extraction being based on the positional information of each gas meter, and compares the measurement conditions of the flow rate measurers of the extracted gas meters, so as to determine whether or not any of the extracted gas meters has a failure, and displays on the map a position of at least one gas meter that has been determined to have the failure, said higher priority being related to a shutoff indication corresponding to a higher relative amount of gas meters being shut off in the region. multiple gas meters that are installed in a residence of each customer, and include flow rate measurers; and a center device that collects information obtained by each gas meter, wherein the information includes positional information, wherein the center device manages the positional information indicating a position of the gas meter, and displays the information together with the position of the gas meter on a map, wherein the information includes flow rate information obtained by the flow rate measurer of each gas meter, and measurement conditions of the flow rate measurer, wherein the gas meter includes a shutoff unit that shuts off gas, and the information includes shutoff information indicating whether or not the shutoff unit shuts off gas, and the center device displays the shutoff information obtained from each gas meter in the position of the gas meter on the map, characterized in that the center device extracts one or more gas meters installed in a specified region, the specified region having a higher priority of a recovery operation, the extraction being based on the positional information of each gas meter, and compares the measurement conditions of the flow rate measurers of the extracted gas meters, so as to determine whether or not any of the extracted gas meters has a failure, and displays on the map a position of at least one gas meter that has been determined to have the failure, said higher priority being related to a shutoff indication corresponding to a higher relative amount of gas meters being shut off in the region.
A method of performing uplink transmission by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, a precoded sounding reference signal, SRS, for each of a plurality of SRS resources configured for the UE; the method being characterized by receiving, from the base station, downlink control information, DCI, comprising (i) an SRS resource indication, SRI, that indicates an SRS resource among the plurality of SRS resources, and (ii) a precoding indication that indicates a precoder, for the uplink transmission, that corresponds to the SRS resource indicated by the SRI; performing the uplink transmission to the base station by applying the precoder that is indicated by the precoding indication and that corresponds to the SRS resource indicated by the SRI on an antenna port of an SRS transmitted in an SRS resource selected by the SRI. transmitting, to a base station, a precoded sounding reference signal, SRS, for each of a plurality of SRS resources configured for the UE; the method being characterized by receiving, from the base station, downlink control information, DCI, comprising (i) an SRS resource indication, SRI, that indicates an SRS resource among the plurality of SRS resources, and (ii) a precoding indication that indicates a precoder, for the uplink transmission, that corresponds to the SRS resource indicated by the SRI; performing the uplink transmission to the base station by applying the precoder that is indicated by the precoding indication and that corresponds to the SRS resource indicated by the SRI on an antenna port of an SRS transmitted in an SRS resource selected by the SRI.
A method to generate an output signal from a chemical detection circuit, comprising: selecting a chemical detection pixel (3302.1) from a column of chemical detection pixels for readout, wherein the chemical detection pixel (3302.1) comprises a chemically-sensitive transistor (3304.1) that is an ion-sensitive field effect transistor (ISFET) and the column of chemical detection pixels comprises a current source, a plurality of chemical detection pixels, an amplifier, and a capacitor, wherein the chemically-sensitive transistor (3304.1) has a first terminal connected to a first side of a row-select switch (3306.1) and a second terminal connected to ground, the row-select switch (3306.1) having a second side that is connected to the current source and is coupled to an input of the amplifier, and wherein the capacitor and the amplifier form an integrator that is shared by the column of chemical detection pixels; providing a direct current bias current from the current source to the chemical detection pixel (3302.1); integrating a readout current from the chemical detection pixel (3302.1) to the integrator, wherein the readout current is read out from the chemical detection pixel (3302.1) through the same line of the chemical detection pixel (3302.1) through which the direct current bias current is provided to the chemical detection pixel (3302.1); and reading out an output voltage of the integrator. selecting a chemical detection pixel (3302.1) from a column of chemical detection pixels for readout, wherein the chemical detection pixel (3302.1) comprises a chemically-sensitive transistor (3304.1) that is an ion-sensitive field effect transistor (ISFET) and the column of chemical detection pixels comprises a current source, a plurality of chemical detection pixels, an amplifier, and a capacitor, wherein the chemically-sensitive transistor (3304.1) has a first terminal connected to a first side of a row-select switch (3306.1) and a second terminal connected to ground, the row-select switch (3306.1) having a second side that is connected to the current source and is coupled to an input of the amplifier, and wherein the capacitor and the amplifier form an integrator that is shared by the column of chemical detection pixels; providing a direct current bias current from the current source to the chemical detection pixel (3302.1); integrating a readout current from the chemical detection pixel (3302.1) to the integrator, wherein the readout current is read out from the chemical detection pixel (3302.1) through the same line of the chemical detection pixel (3302.1) through which the direct current bias current is provided to the chemical detection pixel (3302.1); and reading out an output voltage of the integrator.
Female housing for electrical contacts comprising at least one guide cone for insertion of a contact pin; wherein the guide cone is arranged in a recess, said recess being able to be coupled with a corresponding protrusion of a housing for male contacts; the female housing for electrical contacts being characterised in that it further comprisesg: an inner housing adapted to house electrical contacts (230, 231); and an outer casing adapted for assembly at the inner housing; wherein the recess and the guide cone are formed on a connection face of the outer casing. an inner housing adapted to house electrical contacts (230, 231); and an outer casing adapted for assembly at the inner housing; wherein the recess and the guide cone are formed on a connection face of the outer casing.
An isolated monoclonal antibody to MUC1*, which is bivalent or monovalent for MUC1*, which specifically binds to the amino acid sequence of SEQ ID NO:1, wherein the monoclonal antibody comprises: a heavy chain variable region comprising three heavy chain complementarity determining regions (CDRs), HC-CDR1, HC-CDR2 and HC-CDR3; wherein the HC-CDR1, the HC-CDR2 and the HC-CDR3 comprise amino acid sequences set forth in SEQ ID NO:331, SEQ ID NO:334 and SEQ ID NO:374, respectively; and a kappa chain variable region comprising three light chain complementarity determining regions (CDRs), LC-CDR1, LC-CDR2 and LC-CDR3; wherein the LC-CDR1, the LC-CDR2 and the LC-CDR3 comprise amino acid sequences set forth in SEQ ID NO:340, SEQ ID NO:342 and SEQ ID NO:344, respectively. a heavy chain variable region comprising three heavy chain complementarity determining regions (CDRs), HC-CDR1, HC-CDR2 and HC-CDR3; wherein the HC-CDR1, the HC-CDR2 and the HC-CDR3 comprise amino acid sequences set forth in SEQ ID NO:331, SEQ ID NO:334 and SEQ ID NO:374, respectively; and a kappa chain variable region comprising three light chain complementarity determining regions (CDRs), LC-CDR1, LC-CDR2 and LC-CDR3; wherein the LC-CDR1, the LC-CDR2 and the LC-CDR3 comprise amino acid sequences set forth in SEQ ID NO:340, SEQ ID NO:342 and SEQ ID NO:344, respectively.