mhurhangee/patent-ind-claim-en huggingface dataset:
Device for providing electric power, wherein the device has: integrated temperature sensors (3-1, 3-2), which detect operating temperature progressions of components (2-1, 2-2) of the device , and a monitoring unit , which monitors the operating state of a device cooling arrangement of the device on the basis of the detected operating temperature progressions and the power, characterised in that the device cooling arrangement of the device has at least one ventilation unit as a component, which delivers cooling air from the vicinity of the device to other components (2-1, 2- 2) of the device along a cooling air path inside a housing of the device , wherein the monitoring unit has access to an internal or external data memory which stores a data model of the components (2-1, 2-2, 6) contained in the device and their spatial position along the cooling air path , wherein in the event of the deviation of the monitored operating state of the device cooling arrangement from a normal operating state of the device cooling arrangement the monitoring unit is provided to analyse the detected operating temperature progressions of various components (2-1, 2-2) in order to determine at least one potential cause of the operating state deviation, wherein the monitoring unit takes account of the data model stored in the data memory. integrated temperature sensors (3-1, 3-2), which detect operating temperature progressions of components (2-1, 2-2) of the device , and a monitoring unit , which monitors the operating state of a device cooling arrangement of the device on the basis of the detected operating temperature progressions and the power, characterised in that the device cooling arrangement of the device has at least one ventilation unit as a component, which delivers cooling air from the vicinity of the device to other components (2-1, 2- 2) of the device along a cooling air path inside a housing of the device , wherein the monitoring unit has access to an internal or external data memory which stores a data model of the components (2-1, 2-2, 6) contained in the device and their spatial position along the cooling air path , wherein in the event of the deviation of the monitored operating state of the device cooling arrangement from a normal operating state of the device cooling arrangement the monitoring unit is provided to analyse the detected operating temperature progressions of various components (2-1, 2-2) in order to determine at least one potential cause of the operating state deviation, wherein the monitoring unit takes account of the data model stored in the data memory.
A brake control method for a variable-frequency motor of a washing machine, characterized in that the method comprises: after a high-speed dewatering of the washing machine, controlling a motor rotating speed to gradually decrease with decelerations in hierarchical increments, in a smaller to greater sequence, wherein the deceleration is set to be the smallest when the motor operates at the highest rotating speed, and as the motor rotating speed decreases, the deceleration is appropriately increased.
A communication device comprising: a receiver , which, in operation, is adapted to receive first control information, which includes resource assignment information indicating a first resource allocated to the communication device in a first component carrier (CC) out of multiple CCs configured for the communication device, and to receive second control information, which includes resource assignment information indicating a second resource allocated to the communication device in a second CC out of the multiple CCs, the first control information and the second control information being received on one out of the multiple CCs, wherein the first control information is assigned to a first search space configured for resource assignment in the first CC, and the second control information is assigned to a second search space configured for resource assignment in the second CC, the first search space being different from the second search space, and the communication device comprises circuitry , which, in operation, is adapted to decode the first control information on the first search space and the second control information on the second search space by blind-decoding. a receiver , which, in operation, is adapted to receive first control information, which includes resource assignment information indicating a first resource allocated to the communication device in a first component carrier (CC) out of multiple CCs configured for the communication device, and to receive second control information, which includes resource assignment information indicating a second resource allocated to the communication device in a second CC out of the multiple CCs, the first control information and the second control information being received on one out of the multiple CCs, wherein the first control information is assigned to a first search space configured for resource assignment in the first CC, and the second control information is assigned to a second search space configured for resource assignment in the second CC, the first search space being different from the second search space, and the communication device comprises circuitry , which, in operation, is adapted to decode the first control information on the first search space and the second control information on the second search space by blind-decoding.
An implant alignment and resection guide system , comprising : a target base configured to couple to the exterior of a patient in a first location that is in substantial alignment with an alignment axis associated with an anatomical structure of interest of a patient ; a target member configured to couple to the target base , comprising a visual indication of the location of the alignment axis; a laser device configured to project a laser light line ; and an implant guide configured to couple to the patient proximate to the anatomical structure of interest and couple with the laser device , wherein the implant guide comprises a guide block with a slot and a resection guide comprising at least one resection guide aperture configured to guide the resection of at least one portion of the anatomical structure of interest , wherein the laser device comprises a tang configured to removably mate within the slot of the guide block to removably couple the laser device and the guide block together, and wherein the implant guide is configured such that when the tang of the laser device is mated within the slot and the laser light line is substantially aligned with the visual indication of the target member , resection of the anatomical structure of interest via the resection guide facilitates implantation of an implant in the resected anatomical structure of interest such that the implant is in alignment with the alignment axis. a target base configured to couple to the exterior of a patient in a first location that is in substantial alignment with an alignment axis associated with an anatomical structure of interest of a patient ; a target member configured to couple to the target base , comprising a visual indication of the location of the alignment axis; a laser device configured to project a laser light line ; and an implant guide configured to couple to the patient proximate to the anatomical structure of interest and couple with the laser device , wherein the implant guide comprises a guide block with a slot and a resection guide comprising at least one resection guide aperture configured to guide the resection of at least one portion of the anatomical structure of interest , wherein the laser device comprises a tang configured to removably mate within the slot of the guide block to removably couple the laser device and the guide block together, and wherein the implant guide is configured such that when the tang of the laser device is mated within the slot and the laser light line is substantially aligned with the visual indication of the target member , resection of the anatomical structure of interest via the resection guide facilitates implantation of an implant in the resected anatomical structure of interest such that the implant is in alignment with the alignment axis.
An optical communications system comprising an optical transmitter that is adapted to transmit positive real valued optical signals and an encoder for encoding at least one bipolar signal having both positive and negative signal components , the encoder being configured to encode a magnitude or absolute value of the at least one bipolar signal into at least one unipolar signal and the system is further configured to optically transmit the at least one unipolar signal with the optical transmitter using optical wireless communications using at least one of: intensity modulation, spatial modulation, colour modulation, or multi-level intensity modulation; and to encode and transmit signs of at least one bipolar signal separately and/or differently to the corresponding magnitude or absolute value of the at least one bipolar signal, wherein the signs indicate that the signal component is either positive or negative.
An electronic device comprising: a plug-in module including a printed substrate on which an electronic circuit is mounted; and a baseplate to which the plug-in module is detachably connected, wherein a predetermined option function is included in the plug-in module , the electronic device further comprises an intermediate stopper which is configured to stop a movement of the plug-in module temporarily before the plug-in module is connected to the baseplate and after the plug-in module is disconnected from the baseplate , the baseplate comprises a system side on one side of the plug-in module , the system side comprising connectors for detachable connection to one or more input-output modules and a field side on an opposite side of the plug-in module , the field side comprising connectors for detachable connection to a plurality of terminal blocks , and the system side and the field side of the plug-in module are connected with each other when the plug-in module is connected to the baseplate , characterized in that the plug-in module comprises a front lever which is openable and closable, and a connection between the system side and the field side is disconnected selectively in conjunction with a rotation of the front lever , the baseplate has a projection , the intermediate stopper is a latch which is movable in conjunction with the rotation of the front lever , the latch has a notch which is configured to engage with the projection , and the latch is configured to stop the movement of the plug-in module in a state that the notch engages with the projection . a plug-in module including a printed substrate on which an electronic circuit is mounted; and a baseplate to which the plug-in module is detachably connected, wherein a predetermined option function is included in the plug-in module , the electronic device further comprises an intermediate stopper which is configured to stop a movement of the plug-in module temporarily before the plug-in module is connected to the baseplate and after the plug-in module is disconnected from the baseplate , the baseplate comprises a system side on one side of the plug-in module , the system side comprising connectors for detachable connection to one or more input-output modules and a field side on an opposite side of the plug-in module , the field side comprising connectors for detachable connection to a plurality of terminal blocks , and the system side and the field side of the plug-in module are connected with each other when the plug-in module is connected to the baseplate , characterized in that the plug-in module comprises a front lever which is openable and closable, and a connection between the system side and the field side is disconnected selectively in conjunction with a rotation of the front lever , the baseplate has a projection , the intermediate stopper is a latch which is movable in conjunction with the rotation of the front lever , the latch has a notch which is configured to engage with the projection , and the latch is configured to stop the movement of the plug-in module in a state that the notch engages with the projection .
A processor comprising: at least one core ; a level one cache ; a translation lookaside buffer, TLB ; and a level two cache ; characterized by : a page tracker buffer, PTB, the PTB including a plurality of entries to store an address to a cache page, an access signature and a reuse signature , the access signature to indicate lines of a page in TLB that were accessed by the at least one core in a prior addressing of the page in TLB 110, and the reuse signature to indicate lines of the page that were accessed multiple times by the at least one core in a prior addressing of the page in TLB ; and a PTB handler , the PTB handler to: load entries into the PTB after a TLB miss, use a retrieved access signature for prefetching, and prioritize, in a replacement policy, cache lines of the page indicated by the reuse signature as having been previously accessed multiple times. at least one core ; a level one cache ; a translation lookaside buffer, TLB ; and a level two cache ; a page tracker buffer, PTB, the PTB including a plurality of entries to store an address to a cache page, an access signature and a reuse signature , the access signature to indicate lines of a page in TLB that were accessed by the at least one core in a prior addressing of the page in TLB 110, and the reuse signature to indicate lines of the page that were accessed multiple times by the at least one core in a prior addressing of the page in TLB ; and a PTB handler , the PTB handler to: load entries into the PTB after a TLB miss, use a retrieved access signature for prefetching, and prioritize, in a replacement policy, cache lines of the page indicated by the reuse signature as having been previously accessed multiple times. load entries into the PTB after a TLB miss, use a retrieved access signature for prefetching, and prioritize, in a replacement policy, cache lines of the page indicated by the reuse signature as having been previously accessed multiple times.
A 3-junction photovoltaic cell , comprising: a GaInP subcell comprising a disordered group-III sublattice base, wherein the disorder of the group-III sublattice base is induced by growth on a semiconductor growth substrate misoriented from a plane toward a plane, wherein the semiconductor growth substrate is a Ge substrate, wherein a 1%-In GaInAs subcell is disposed below the GaInP subcell , wherein the GaInP subcell has been thickened for bringing a photogenerated current density in the GaInP subcell to match the photogenerated current density of the 1%-In GaInAs subcell ; the semiconductor growth substrate forms a Ge subcell and is disposed below the 1%-In GaInAs subcell comprising a surface misoriented from a plane by an angle of 15.8 degrees toward a nearest plane, wherein the surface comprises a surface. a GaInP subcell comprising a disordered group-III sublattice base, wherein the disorder of the group-III sublattice base is induced by growth on a semiconductor growth substrate misoriented from a plane toward a plane, wherein the semiconductor growth substrate is a Ge substrate, wherein a 1%-In GaInAs subcell is disposed below the GaInP subcell , wherein the GaInP subcell has been thickened for bringing a photogenerated current density in the GaInP subcell to match the photogenerated current density of the 1%-In GaInAs subcell ; the semiconductor growth substrate forms a Ge subcell and is disposed below the 1%-In GaInAs subcell comprising a surface misoriented from a plane by an angle of 15.8 degrees toward a nearest plane, wherein the surface comprises a surface.
A valve, comprising: a valve body defining a pathway and an aperture which is open to the pathway ; a diaphragm configured to assume first or second conditions in which the diaphragm blocks or permits fluid flow through the pathway, respectively, the diaphragm being biased toward assumption of the first condition, the diaphragm including a diaphragm section and a plate section surrounding the diaphragm section , the plate section being secured to a sidewall of the valve body and the diaphragm section being positioned at the aperture ; and a wire coupled to the diaphragm and having an uncontracted length in an unheated state whereby the wire permits assumption of the first condition by the diaphragm due to the bias and a contracted length in a heated state whereby the wire pulls the diaphragm toward assumption of the second condition in opposition to the bias; characterised in that the wire has a first end and a second end, the second end of the wire being coupled to a hook extending from the diaphragm section . a valve body defining a pathway and an aperture which is open to the pathway ; a diaphragm configured to assume first or second conditions in which the diaphragm blocks or permits fluid flow through the pathway, respectively, the diaphragm being biased toward assumption of the first condition, the diaphragm including a diaphragm section and a plate section surrounding the diaphragm section , the plate section being secured to a sidewall of the valve body and the diaphragm section being positioned at the aperture ; and a wire coupled to the diaphragm and having an uncontracted length in an unheated state whereby the wire permits assumption of the first condition by the diaphragm due to the bias and a contracted length in a heated state whereby the wire pulls the diaphragm toward assumption of the second condition in opposition to the bias; characterised in that the wire has a first end and a second end, the second end of the wire being coupled to a hook extending from the diaphragm section .
A motor electric control unit (ECU) for an electromechanical power steering mechanism or a steer-by-wire steering mechanism, which controls current through an electric assist motor in response to steering mechanism sensors' signals, wherein the ECU comprises at least three channels, wherein each channel has the steering mechanism sensors in a redundancy concept and wherein at least one voter assigned to an actuator is designed to vote on the correct steering mechanism sensors' outputs of the at least three channels, characterized in that three voters are provided each assigned to a separate actuator and wherein the voters are designed to drive each actuator with the same majority voted signal.
A fastening system comprising the components (A) and (B) with (A) a component (A) containing at least one resin (B) a component (B) acting as a curing agent, containing - at least one peroxide which is dibenzoyl peroxide, and - at least one benzoate selected from ethylene glycol dibenzoate and diethylene glycol dibenzoate; and (F) optionally, a filler component (F) mixed with the at least one benzoate; wherein the components (A) and (B) are present separately from one another, wherein the weight ratio of the at least one peroxide according to component (B) to the sum of the weight of the at least one benzoate according to component (B) and optionally the at least one filler according to component (F) mixed with the at least one benzoate is in the range from 2:1 to 1:2, and wherein the component (B) and, optionally, other components mixed with component (B) are solid and/or granular. (A) a component (A) containing at least one resin (B) a component (B) acting as a curing agent, containing - at least one peroxide which is dibenzoyl peroxide, and - at least one benzoate selected from ethylene glycol dibenzoate and diethylene glycol dibenzoate; and - at least one peroxide which is dibenzoyl peroxide, and - at least one benzoate selected from ethylene glycol dibenzoate and diethylene glycol dibenzoate; and (F) optionally, a filler component (F) mixed with the at least one benzoate; wherein the components (A) and (B) are present separately from one another, wherein the weight ratio of the at least one peroxide according to component (B) to the sum of the weight of the at least one benzoate according to component (B) and optionally the at least one filler according to component (F) mixed with the at least one benzoate is in the range from 2:1 to 1:2, and wherein the component (B) and, optionally, other components mixed with component (B) are solid and/or granular.
An LED light distribution structure, comprising: a ring-shaped light distribution element and a plurality of LED chips ; wherein the ring-shaped light distribution element is provided with a light source cavity in a ring shape, and the light source cavity has a ring center and (a) a center line (b) surrounding the ring center (a) in a ring shape; and wherein the ring-shaped light distribution element is a ring-shaped refractive lens or a ring-shaped total reflection lens; the plurality of LED chips are arranged in a ring shape in the light source cavity , each of the LED chips comprises an LED and a chip substrate , and the LED is on the chip substrate ; wherein the LEDs on all the LED chips are uniformly arranged along a ring-shaped wiring line (c), the ring-shaped wiring line (c) is in a concentric ring with the center line (b), and the ring-shaped wiring line (c) is located inside or outside of the center line (b), wherein the chip substrate has a center (d), and the LED is at the center (d) or not at the center (d) characterized in that the center (d) of the chip substrate is inside or outside the center line (b). wherein the ring-shaped light distribution element is provided with a light source cavity in a ring shape, and the light source cavity has a ring center and (a) a center line (b) surrounding the ring center (a) in a ring shape; and wherein the ring-shaped light distribution element is a ring-shaped refractive lens or a ring-shaped total reflection lens; the plurality of LED chips are arranged in a ring shape in the light source cavity , each of the LED chips comprises an LED and a chip substrate , and the LED is on the chip substrate ; wherein the LEDs on all the LED chips are uniformly arranged along a ring-shaped wiring line (c), the ring-shaped wiring line (c) is in a concentric ring with the center line (b), and the ring-shaped wiring line (c) is located inside or outside of the center line (b), wherein the chip substrate has a center (d), and the LED is at the center (d) or not at the center (d) characterized in that the center (d) of the chip substrate is inside or outside the center line (b).