mhurhangee/patent-ind-claim-en huggingface dataset:
Motor-vehicle-lock arrangement having a motor-vehicle lock for a motor-vehicle door and having an adjustable functional element which is separate from the motor-vehicle lock , wherein the motor-vehicle lock has a latch mechanism and a catch as locking elements, wherein the latch mechanism is able to be brought into a preliminary locking position and into a main locking position, in which it is in holding engagement with a locking part , wherein the latch mechanism is able to be brought into an open position, in which the locking part is in a state released from the latch mechanism , wherein the droppedin catch holds the latch mechanism in the locking position, and wherein, during an opening procedure, the catch is able to be lifted out of holding engagement with the latch mechanism , which is in the locking position, wherein the motor-vehicle lock has a drive arrangement which forms with at least one of the locking elements a drive train for motorized adjustment of the locking element , wherein the drive arrangement forms with the catch a drive train for adjustment of the catch , wherein the drive arrangement forms with the latch mechanism a drive train for adjustment of the latch mechanism , and wherein the drive train forms with the latch mechanism a drive train for opening of the motor-vehicle door by pushing, and wherein the functional element is a door outer handle which is adjustable between a deactivation position and an engagement position, characterized in that , during the opening procedure, the motorized adjustment of the catch brings about an adjustment of the door outer handle into the engagement position in that a component of the respective drive train, made up of drive arrangement and catch , is coupled or couplable to the door outer handle . wherein the drive arrangement forms with the catch a drive train for adjustment of the catch , wherein the drive arrangement forms with the latch mechanism a drive train for adjustment of the latch mechanism , and wherein the drive train forms with the latch mechanism a drive train for opening of the motor-vehicle door by pushing, and wherein the functional element is a door outer handle which is adjustable between a deactivation position and an engagement position, characterized in that , during the opening procedure, the motorized adjustment of the catch brings about an adjustment of the door outer handle into the engagement position in that a component of the respective drive train, made up of drive arrangement and catch , is coupled or couplable to the door outer handle .
A separator for a non-aqueous secondary battery, the separator comprising: a porous substrate; and a heat-resistant porous layer that is provided on one side or on both sides of the porous substrate, and that contains a polyvinylidene fluoride type resin A that is a polyvinylidene fluoride type resin containing a tetrafluoroethylene unit; a polyvinylidene fluoride type resin B that is a polyvinylidene fluoride type resin other than the polyvinylidene fluoride type resin A; and a filler wherein the filler contains at least one selected from the group consisting of metal sulfate particles, metal hydroxide particles, metal oxide particles, and metal nitride particles, wherein an average primary particle diameter of the filler contained in the heat-resistant porous layer is from 0.03 μm to 1.0 μm, wherein the average primary particle diameter is measured according to the method described in the description; wherein the polyvinylidene fluoride type resin B is a homopolymer of vinylidene fluoride or a copolymer of vinylidene fluoride and monomers other than tetrafluoroethylene; and wherein the total content of the PVDF type A resin and the PVDF type B resin contained in the heat-resistant porous layer is 100% by mass with respect to the total amount of binder resin contained in the heat-resistant porous layer. a porous substrate; and a heat-resistant porous layer that is provided on one side or on both sides of the porous substrate, and that contains a polyvinylidene fluoride type resin A that is a polyvinylidene fluoride type resin containing a tetrafluoroethylene unit; a polyvinylidene fluoride type resin B that is a polyvinylidene fluoride type resin other than the polyvinylidene fluoride type resin A; and a filler wherein the filler contains at least one selected from the group consisting of metal sulfate particles, metal hydroxide particles, metal oxide particles, and metal nitride particles, wherein an average primary particle diameter of the filler contained in the heat-resistant porous layer is from 0.03 μm to 1.0 μm, wherein the average primary particle diameter is measured according to the method described in the description; wherein the polyvinylidene fluoride type resin B is a homopolymer of vinylidene fluoride or a copolymer of vinylidene fluoride and monomers other than tetrafluoroethylene; and wherein the total content of the PVDF type A resin and the PVDF type B resin contained in the heat-resistant porous layer is 100% by mass with respect to the total amount of binder resin contained in the heat-resistant porous layer.
A circuit for testing failure of a connection between a radio frequency, RF, integrated circuit and external circuitry , the circuit comprising: an amplifier having first and second input paths and first and second output paths ; a first power detector coupled to one of said first or second output paths; at least one connection between said first and second output paths and said external circuitry , connecting said output paths to a RF combiner on said external circuitry; said circuit characterized by further comprising at least one disabling circuit coupled to at least one of said first and second output paths between said amplifier and said power detector, or on at least one of said first and second input path , of said amplifier; for disabling one of said inputs or outputs; wherein when said first or second input or output path is disabled (206 207), and the path that is not disabled is configured to output a signal along the enabled output path , the power detector on said disabled output path is configured to detect if there is a failure in said at least one connection . an amplifier having first and second input paths and first and second output paths ; a first power detector coupled to one of said first or second output paths; at least one connection between said first and second output paths and said external circuitry , connecting said output paths to a RF combiner on said external circuitry; said circuit characterized by further comprising at least one disabling circuit coupled to at least one of said first and second output paths between said amplifier and said power detector, or on at least one of said first and second input path , of said amplifier; for disabling one of said inputs or outputs; wherein when said first or second input or output path is disabled (206 207), and the path that is not disabled is configured to output a signal along the enabled output path , the power detector on said disabled output path is configured to detect if there is a failure in said at least one connection .
A method performed by a keypad device , the method comprising: receiving data from a security panel of a property , where the keypad device receives the data by intercepting commands on a keypad bus of the security panel using an interceptor , wherein the interceptor is configured to intercept incoming communications on the keypad bus of the security panel ; determining a keypad bus protocol of the security panel based on the data received from the security panel; receiving sensor data from one or more sensors located within the property; determining, based on the obtained sensor data, an emergency condition; determining a monitoring system command that is not specified within the keypad bus of the security panel, wherein: i) the monitoring system command that is not specified within the keypad bus of the security panel is determined based on the obtained sensor data, and ii) the monitoring system command adjusts a security status of the monitoring system based on the detected emergency condition; converting the monitoring system command to a panel command using the keypad bus protocol; and transmitting the panel command on the keypad bus of the security panel, wherein the panel command is processed and executed by the security panel in the same way as a command entered on the keypad device. receiving data from a security panel of a property , where the keypad device receives the data by intercepting commands on a keypad bus of the security panel using an interceptor , wherein the interceptor is configured to intercept incoming communications on the keypad bus of the security panel ; determining a keypad bus protocol of the security panel based on the data received from the security panel; receiving sensor data from one or more sensors located within the property; determining, based on the obtained sensor data, an emergency condition; determining a monitoring system command that is not specified within the keypad bus of the security panel, wherein: i) the monitoring system command that is not specified within the keypad bus of the security panel is determined based on the obtained sensor data, and ii) the monitoring system command adjusts a security status of the monitoring system based on the detected emergency condition; i) the monitoring system command that is not specified within the keypad bus of the security panel is determined based on the obtained sensor data, and ii) the monitoring system command adjusts a security status of the monitoring system based on the detected emergency condition; converting the monitoring system command to a panel command using the keypad bus protocol; and transmitting the panel command on the keypad bus of the security panel, wherein the panel command is processed and executed by the security panel in the same way as a command entered on the keypad device.
A composition comprising (i) tetrafluoroethene polymer selected from tetrafluoroethene homopolymers and tetrafluoroethene copolymers containing from 0 to 1.0 % by weight of comonomers other the tetrafluoroethene based on the weight of the polymer; (ii) fibers selected from carbon fibers, and fibers containing silicon nitrides, silicon carbides or inorganic oxides selected from silica or alumina, and combinations thereof; (iii) hollow particles containing inorganic oxides selected from silica and alumina and combinations thereof. (i) tetrafluoroethene polymer selected from tetrafluoroethene homopolymers and tetrafluoroethene copolymers containing from 0 to 1.0 % by weight of comonomers other the tetrafluoroethene based on the weight of the polymer; (ii) fibers selected from carbon fibers, and fibers containing silicon nitrides, silicon carbides or inorganic oxides selected from silica or alumina, and combinations thereof; (iii) hollow particles containing inorganic oxides selected from silica and alumina and combinations thereof.
A rebar cage assembly system comprising: a modular jig for forming a rebar cage comprising: a plurality of jig subcomponents , the jig subcomponents each comprising a jig attachment feature and a rebar retention feature , the rebar retention feature being configured to detachably receive rebar segments ; a fixture base on which the plurality of jig subcomponents are customizably arrangeable to form a modular jig to cooperatively position rebar segments in the rebar retention features ; characterised by : a robotic system having a first robot and a second robot , wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage. a plurality of jig subcomponents , the jig subcomponents each comprising a jig attachment feature and a rebar retention feature , the rebar retention feature being configured to detachably receive rebar segments ; a fixture base on which the plurality of jig subcomponents are customizably arrangeable to form a modular jig to cooperatively position rebar segments in the rebar retention features ; characterised by : a robotic system having a first robot and a second robot , wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage. a robotic system having a first robot and a second robot , wherein the first robot is arranged and disposed to independently retrieve and position jig subcomponents and rebar segments and the second robot is arranged and disposed to join rebar segments to form a rebar cage.
A galvano motor configured to scan or deflect light from a light source, the galvano motor comprising: a rotating shaft ; a rotating drive unit configured to rotationally drive the rotating shaft ; and a rotating angle detector which is joined to one end of the rotating shaft , characterized in that the rotating shaft is configured so that a deflection member which is heavier than the rotating angle detector at the other end opposite to the one end to which the rotating angle detector is joined, when the deflection member is joined to the rotating shaft , a phase crossover frequency fphase in open-loop characteristics of the galvano motor , a torsion resonance frequency fscale between a center part of the rotating shaft and the rotating angle detector , and a torsion resonance frequency fmirror between the center part of the rotating shaft and the deflection member satisfy the relation of fphase < fscale ≤ fmirror, and phases at the torsion resonance frequencies fscale and fmirror are other than -180 degrees. a rotating shaft ; a rotating drive unit configured to rotationally drive the rotating shaft ; and a rotating angle detector which is joined to one end of the rotating shaft , characterized in that the rotating shaft is configured so that a deflection member which is heavier than the rotating angle detector at the other end opposite to the one end to which the rotating angle detector is joined, when the deflection member is joined to the rotating shaft , a phase crossover frequency fphase in open-loop characteristics of the galvano motor , a torsion resonance frequency fscale between a center part of the rotating shaft and the rotating angle detector , and a torsion resonance frequency fmirror between the center part of the rotating shaft and the deflection member satisfy the relation of fphase < fscale ≤ fmirror, and phases at the torsion resonance frequencies fscale and fmirror are other than -180 degrees.
A balloon catheter comprising: an outer tube shaft having a lumen ; an inner tube shaft located in the lumen of the outer tube shaft ; and a balloon fixed to a distal side of the inner tube shaft and a distal side of the outer tube shaft , characterized in that the inner tube shaft has a first layer and a second layer located on an inner surface side of the first layer , the outer tube shaft is fusion-bonded to the first layer and recessed toward the inner tube shaft side, wherein the outer tube shaft and the inner tube shaft have a fusion-bonded portion in a portion fusion-bonded in a state where the outer tube shaft is recessed toward the inner tube shaft side, the first layer is formed of a material having a higher optical absorption property than the outer tube shaft and the second layer , and the second layer is formed of a material having a melting point higher than that of the first layer , wherein the inner tube shaft has a third layer between the first layer and the second layer , and the third layer has a higher affinity for the second layer than the first layer , wherein the third layer is formed of a material having a lower optical absorption property than the first layer . an outer tube shaft having a lumen ; an inner tube shaft located in the lumen of the outer tube shaft ; and a balloon fixed to a distal side of the inner tube shaft and a distal side of the outer tube shaft , characterized in that the inner tube shaft has a first layer and a second layer located on an inner surface side of the first layer , the outer tube shaft is fusion-bonded to the first layer and recessed toward the inner tube shaft side, wherein the outer tube shaft and the inner tube shaft have a fusion-bonded portion in a portion fusion-bonded in a state where the outer tube shaft is recessed toward the inner tube shaft side, the first layer is formed of a material having a higher optical absorption property than the outer tube shaft and the second layer , and the second layer is formed of a material having a melting point higher than that of the first layer , wherein the inner tube shaft has a third layer between the first layer and the second layer , and the third layer has a higher affinity for the second layer than the first layer , wherein the third layer is formed of a material having a lower optical absorption property than the first layer .
A thermochromic polymer composition comprising: a base polymer material; a temperature sensitive material, which changes a color of the thermochromic polymer composition in response to a temperature change; and a stabilizer, which enhances stability performance of the thermochromic polymer composition, characterised in that the weight ratio of the temperature sensitive material to the stabilizer is from 1:0.1 to 1:10, a total amount of the temperature sensitive material is from about 0.01 wt% to about 20%, based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch; and a total amount of the stabilizer is from about 1 wt% to about 30wt% based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch.. a base polymer material; a temperature sensitive material, which changes a color of the thermochromic polymer composition in response to a temperature change; and a stabilizer, which enhances stability performance of the thermochromic polymer composition, characterised in that the weight ratio of the temperature sensitive material to the stabilizer is from 1:0.1 to 1:10, a total amount of the temperature sensitive material is from about 0.01 wt% to about 20%, based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch; and a total amount of the stabilizer is from about 1 wt% to about 30wt% based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch.. the weight ratio of the temperature sensitive material to the stabilizer is from 1:0.1 to 1:10, a total amount of the temperature sensitive material is from about 0.01 wt% to about 20%, based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch; and a total amount of the stabilizer is from about 1 wt% to about 30wt% based on the total weight of the thermochromic polymer composition as a composition formed from a masterbatch..
A method , performed by a first client device having one or more processors and memory storing instructions for execution by the one or more processors, the method comprising: receiving , from a second client device that is distinct from the first client device, a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining , independently of the container file, from a first server, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving , from a second server, the segment of the media item; and playing the content corresponding to the first position using the retrieved segment. receiving , from a second client device that is distinct from the first client device, a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining , independently of the container file, from a first server, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving , from a second server, the segment of the media item; and playing the content corresponding to the first position using the retrieved segment.
An apparatus, comprising: a host; and a memory device including a controller , a number of block buffers , a number of block configuration registers , and a memory array, wherein the host is configured to program the number of block configuration registers to set a buffer start address and a buffer end address for each of the number of block buffers , wherein the buffer start address and the buffer end address for each of the number of block buffers determines the size of the respective block buffer, wherein the memory device is configured to perform operations on the number of block buffers based on commands received from the host wherein the number of block configuration registers includes a number of target address registers that identify a number of target addresses of data in the memory array associated with the operations, wherein the target address registers are paired with the buffer start address and the buffer end address for each of the number of block buffers, and wherein the operations are performed to read data from the number of block buffers that is retrieved from the target addresses in the memory array and write data to the number of block buffers on the memory device that is then written to the target addresses in the memory array, characterized in that the memory array is an array of memory cells, and in that the size of each of the number of block buffers matches the block size in the memory array. a host; and a memory device including a controller , a number of block buffers , a number of block configuration registers , and a memory array, wherein the host is configured to program the number of block configuration registers to set a buffer start address and a buffer end address for each of the number of block buffers , wherein the buffer start address and the buffer end address for each of the number of block buffers determines the size of the respective block buffer, wherein the memory device is configured to perform operations on the number of block buffers based on commands received from the host wherein the number of block configuration registers includes a number of target address registers that identify a number of target addresses of data in the memory array associated with the operations, wherein the target address registers are paired with the buffer start address and the buffer end address for each of the number of block buffers, and wherein the operations are performed to read data from the number of block buffers that is retrieved from the target addresses in the memory array and write data to the number of block buffers on the memory device that is then written to the target addresses in the memory array, characterized in that the memory array is an array of memory cells, and in that the size of each of the number of block buffers matches the block size in the memory array.