mhurhangee/patent-ind-claim-en huggingface dataset:
A controller including a circuit board ; a retaining member ; a bus bar that has an embedded portion embedded in and retained by the retaining member and an exposed portion that is exposed from the retaining member and that is electrically connected to the circuit board; and an electrical element that has a terminal connected to the exposed portion of the bus bar , wherein the bus bar is formed in such a manner that a metal plate of which the outer surface is plated with a plating layer is cut along a predetermined cutting plane , wherein the metal plate is exposed on said cutting plane ; the cutting plane at the exposed portion of the bus bar has a parallel portion that is arranged parallel to the principal surface of the circuit board ; wherein said parallel portion , wherein the metal plate is exposed on said cutting plane , and said terminal are joined to each other.
A power supply comprising: a floor reference voltage generator circuit configured to provide a floor reference voltage (115-1); a phase configured to produce an output voltage to power a load as a function of an output voltage feedback signal derived from the output voltage and the floor reference voltage (115-1); a reference voltage generator configured to produce a reference voltage ; characterised in that the power supply further comprises: an adjustor circuitry configured to adjust a magnitude of the reference voltage to maintain regulation of the output voltage as specified by a desired voltage setpoint ; and a mode controller configured to switch between operating the power supply in a continuous conduction mode and a diode emulation mode, wherein the mode controller is configured, in the diode emulation mode, to control a magnitude of the floor reference voltage (115-1) based on the reference voltage generated by the reference voltage generator , and wherein the mode controller is configured, in the continuous conduction mode, to control a magnitude of the floor reference voltage (115-1) based upon a magnitude of the desired voltage setpoint and variations in the magnitude of the output voltage feedback signal as sensed by a sense amplifier . a floor reference voltage generator circuit configured to provide a floor reference voltage (115-1); a phase configured to produce an output voltage to power a load as a function of an output voltage feedback signal derived from the output voltage and the floor reference voltage (115-1); a reference voltage generator configured to produce a reference voltage ; characterised in that the power supply further comprises: an adjustor circuitry configured to adjust a magnitude of the reference voltage to maintain regulation of the output voltage as specified by a desired voltage setpoint ; and a mode controller configured to switch between operating the power supply in a continuous conduction mode and a diode emulation mode, wherein the mode controller is configured, in the diode emulation mode, to control a magnitude of the floor reference voltage (115-1) based on the reference voltage generated by the reference voltage generator , and wherein the mode controller is configured, in the continuous conduction mode, to control a magnitude of the floor reference voltage (115-1) based upon a magnitude of the desired voltage setpoint and variations in the magnitude of the output voltage feedback signal as sensed by a sense amplifier .
A remote CCTV module for a wireless monitoring system , comprising: a battery ; a communications interface configured to transmit data to a server over a wireless telecommunications network; a sensor interface configured to receive sensor data from a sensor ; a CCTV camera (200-1); and a controller configured to: control the communications interface to transmit the sensor data over the wireless telecommunications network at a first periodicity; process the sensor data to detect an event in an environment proximate to the remote CCTV module , and in response to detecting the event, control the communications interface to transmit the sensor data over the wireless telecommunications network at a second periodicity, wherein the second periodicity is higher than the first periodicity, wherein the remote CCTV module is configured to receive a notification from the server , the notification indicating an event detected by another remote CCTV module , and in response transmit the sensor data over the wireless telecommunications network at an increased periodicity. a battery ; a communications interface configured to transmit data to a server over a wireless telecommunications network; a sensor interface configured to receive sensor data from a sensor ; a CCTV camera (200-1); and a controller configured to: control the communications interface to transmit the sensor data over the wireless telecommunications network at a first periodicity; process the sensor data to detect an event in an environment proximate to the remote CCTV module , and in response to detecting the event, control the communications interface to transmit the sensor data over the wireless telecommunications network at a second periodicity, wherein the second periodicity is higher than the first periodicity, control the communications interface to transmit the sensor data over the wireless telecommunications network at a first periodicity; process the sensor data to detect an event in an environment proximate to the remote CCTV module , and in response to detecting the event, control the communications interface to transmit the sensor data over the wireless telecommunications network at a second periodicity, wherein the second periodicity is higher than the first periodicity,
Device for generating torques, the device having a beam which is rotatably mounted without play and has a guide , characterized in that at least one true-to-shape weight in spherical form rolling in the guide and a length measuring unit operating without contact for measuring the displacement of the center of the weight.
Siphon arrangement comprising a housing with an inlet port , and outlet port as well as a siphon reception arranged between the inlet port and the outlet port , and a siphon element arranged in the siphon reception , the siphon element comprising a siphon section and an inflow port directed towards the inlet port and comprising a discharge port leading into the siphon reception , wherein water can be guided from the inlet port via the inflow port into the siphon section and from the discharge port into the siphon reception and subsequently to the outlet port , wherein the siphon element is mounted in the housing in a movable manner, preferably in a pivotable manner, from a use position to a servicing position, and wherein the siphon element is removable from the servicing position, preferably retractable, from the housing via an access opening , characterized in that the siphon element has the form of a bent tube .
A method for adjusting an operation of at least one door system , wherein the door system has at least one at least partially automatically operated door component for carrying out at least one door function and at least one drive unit , wherein the door component is designed as a movable door leaf of a door for people, wherein the drive unit is operatively connected to the door component in order to bring the door component into at least one movement state for carrying out the at least one door function, wherein the door system has a control unit for controlling at least the door function, and wherein the door system has at least one detection unit for determining at least one drive parameter (P), wherein at least one drive parameter (P) determined by the detection unit is transmitted wirelessly either by the detection unit or by a transmission unit of the door system and/or a communication unit of the door system to a memory system remote from the door system, wherein at least the transmitted drive parameter (P) is evaluated such that an adjustment specification (AV) is determined, wherein the at least one door function is adjusted by the control unit based on the adjustment specification (AV), wherein the evaluation takes place at least partially remote from the door system, wherein for this purpose the at least one drive parameter (P) is received during the wireless transmission by the memory system remote from the door system and stored persistently, and is read out and evaluated by an evaluation unit in order to determine the adjustment specification (AV), wherein the determined adjustment specification (AV) is transmitted wirelessly to the door system such that the door function can be adjusted in the door system , characterized in that the drive parameter (P) is correlated with an ambient temperature of the door component .
Diagnostic tool having a diagnostic plug for connection to a vehicle diagnostic socket , the diagnostic tool implementing a communication interface, at least one universal transceiver (USTn) being provided in the diagnostic tool , which universal transceiver (USTn) is connected to a pin of the diagnostic plug via a signal line , the universal transceiver (USTn) comprising a configurable driver block for setting the electrical high level and/or low level of the signal line and a configurable load block for setting an electrical resistance between the signal line and a reference voltage and/or between the signal line and ground, characterized in that a digital multiplexer is provided in the diagnostic tool , which digital multiplexer is connected to the universal transceiver (USTn) and to a data-communication control block and which, according to the communication interface, establishes the required connection between the digital output and input of the universal transceiver (USTn) and the output and inputs of the data-communication control block .
A method of recycling a solar cell module comprising an enclosing layer that encloses a solar cell therein, a light-receiving surface layer laminated on one surface of the enclosing layer , and a back sheet laminated on the other surface of the enclosing layer , the method comprising: a first removing step (S3) of mechanically removing the back sheet ; characterized by a second removing step (S4) of mechanically removing from a side on which the back sheet is removed the entire solar cell and the enclosing layer to such a depth that a part of the enclosing layer having a predetermined thickness remains on the light-receiving surface layer , after the first removing step (S4); and a third removing step (S5) of removing the part of the enclosing layer remaining on the light-receiving surface layer by immersion in a solution that causes swelling of the enclosing layer , after the second removing step (S4). a first removing step (S3) of mechanically removing the back sheet ; characterized by a second removing step (S4) of mechanically removing from a side on which the back sheet is removed the entire solar cell and the enclosing layer to such a depth that a part of the enclosing layer having a predetermined thickness remains on the light-receiving surface layer , after the first removing step (S4); and a third removing step (S5) of removing the part of the enclosing layer remaining on the light-receiving surface layer by immersion in a solution that causes swelling of the enclosing layer , after the second removing step (S4).
A surgical instrument , comprising: a shaft; an end effector extending distally from said shaft; and a housing extending proximally from said shaft, said housing comprising: a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a power management circuit programmed to selectively transmit said second power from said secondary power source to said motor to restore said surgical instrument to a default status when said primary power source is detached from said housing. a shaft; an end effector extending distally from said shaft; and a housing extending proximally from said shaft, said housing comprising: a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a motor configured to generate at least one motion to effectuate said end effector; a primary power source configured to supply a first power to operate said motor, wherein said primary power source is detachable from said housing; and a secondary power source configured to supply a second power to said motor; a power management circuit programmed to selectively transmit said second power from said secondary power source to said motor to restore said surgical instrument to a default status when said primary power source is detached from said housing.
An image capturing method, comprising: displaying an image capturing preview interface of an image capturing program, the image capturing preview interface displaying a preview image; determining whether a level of a digital zoom is greater than a preset level in a night view image capturing mode; in response to determining that the level of the digital zoom is greater than the preset level, identifying an image capturing scene of the preview image by calling a machine learning model for identifying a moon image capturing scene; and in response to determining that the image capturing scene identified belongs to the moon image capturing scene, activating a moon image capturing mode in the image capturing program, the moon image capturing mode being an image capturing mode configured to capture an image of the moon in a night sky. displaying an image capturing preview interface of an image capturing program, the image capturing preview interface displaying a preview image; determining whether a level of a digital zoom is greater than a preset level in a night view image capturing mode; in response to determining that the level of the digital zoom is greater than the preset level, identifying an image capturing scene of the preview image by calling a machine learning model for identifying a moon image capturing scene; and in response to determining that the image capturing scene identified belongs to the moon image capturing scene, activating a moon image capturing mode in the image capturing program, the moon image capturing mode being an image capturing mode configured to capture an image of the moon in a night sky.
A delivery capsule configured to be swallowed to deliver medication inside the gastrointestinal tract, comprising: an encasement that enables gases to penetrate by diffusion into the delivery capsule ; a pressure sensor for measuring the internal pressure in the delivery capsule reflecting a magnitude of hydrostatic pressure within the delivery capsule due to the gas diffusion from outside the delivery capsule into the delivery capsule ; one or more compartments for storing medication; and a controller configured to control the release a dose of medication from a compartment responsive to the measurements of the pressure sensor ; and characterized by the controller being configured to record the measurements of the pressure sensor , analyze them to determine a location of the delivery capsule inside the gastrointestinal tract based on the hydrostatic pressure. an encasement that enables gases to penetrate by diffusion into the delivery capsule ; a pressure sensor for measuring the internal pressure in the delivery capsule reflecting a magnitude of hydrostatic pressure within the delivery capsule due to the gas diffusion from outside the delivery capsule into the delivery capsule ; one or more compartments for storing medication; and a controller configured to control the release a dose of medication from a compartment responsive to the measurements of the pressure sensor ; and characterized by the controller being configured to record the measurements of the pressure sensor , analyze them to determine a location of the delivery capsule inside the gastrointestinal tract based on the hydrostatic pressure.
A walk training apparatus comprising: a walking assist device configured to be attached to a leg of a user so as to assist the user in walking; a first tensile portion configured to pull at least one of the walking assist device and the leg of the user toward a vertically upper side and toward a front side; a second tensile portion configured to pull at least one of the walking assist device and the leg of the user toward the vertically upper side and toward a rear side; and a controlling portion configured to control a tensile force of the first tensile portion and a tensile force of the second tensile portion , respectively; characterized in that the controlling portion is configured to independently control the tensile forces of the first and second tensile portions so as to adjust a resultant force of a vertically upward component of the tensile force of the first tensile portion and a vertically upward component of the tensile force of the second tensile portion , and a resultant force of a horizontal component of the tensile force of the first tensile portion and a horizontal component of the tensile force of the second tensile portion , respectively. a walking assist device configured to be attached to a leg of a user so as to assist the user in walking; a first tensile portion configured to pull at least one of the walking assist device and the leg of the user toward a vertically upper side and toward a front side; a second tensile portion configured to pull at least one of the walking assist device and the leg of the user toward the vertically upper side and toward a rear side; and a controlling portion configured to control a tensile force of the first tensile portion and a tensile force of the second tensile portion , respectively; characterized in that the controlling portion is configured to independently control the tensile forces of the first and second tensile portions so as to adjust a resultant force of a vertically upward component of the tensile force of the first tensile portion and a vertically upward component of the tensile force of the second tensile portion , and a resultant force of a horizontal component of the tensile force of the first tensile portion and a horizontal component of the tensile force of the second tensile portion , respectively.
A process for preparing a N -alkyl-4-pyridinamine of formula I, wherein R 1 is hydrogen or an alkyl having 1 to 11 carbon atoms, which comprises the catalytic hydrogenation of the compound of formula II characterized in that the hydrogenation process is carried out in presence of an acid, a palladium catalyst, and an alcoholic solvent. wherein R 1 is hydrogen or an alkyl having 1 to 11 carbon atoms, which comprises the catalytic hydrogenation of the compound of formula II characterized in that the hydrogenation process is carried out in presence of an acid, a palladium catalyst, and an alcoholic solvent.
Polymer composition, comprising or consisting of a) a matrix made of at least one crystallisable, thermoplastic polymer, b) at least one azine dye, and also c) at least one ionic liquid. a) a matrix made of at least one crystallisable, thermoplastic polymer, b) at least one azine dye, and also c) at least one ionic liquid.
A transmission device comprising: a transmission unit configured to transmit a predetermined format container having a predetermined number of audio sub streams including a plurality of group encoded data; and an information insertion unit configured to insert attribute information and stream correspondence information, into a layer of the container, wherein the attribute information indicates an attribute of each of the plurality of group encoded data, wherein the stream correspondence information indicates an audio stream including each of the plurality of group encoded data, wherein the stream correspondence information comprises, for each of the plurality of group encoded data, a group identifier for identifying a group of the group encoded data, a switch group identifier indicating a switch group to which the group belongs, and a stream identifier for identifying an audio sub stream including the group, wherein the plurality of group encoded data includes, in a switch group, first speech dialog object encoded data of a first language and second speech dialog object encoded data of a second language. a transmission unit configured to transmit a predetermined format container having a predetermined number of audio sub streams including a plurality of group encoded data; and an information insertion unit configured to insert attribute information and stream correspondence information, into a layer of the container, wherein the attribute information indicates an attribute of each of the plurality of group encoded data, wherein the stream correspondence information indicates an audio stream including each of the plurality of group encoded data, wherein the stream correspondence information comprises, for each of the plurality of group encoded data, a group identifier for identifying a group of the group encoded data, a switch group identifier indicating a switch group to which the group belongs, and a stream identifier for identifying an audio sub stream including the group, wherein the plurality of group encoded data includes, in a switch group, first speech dialog object encoded data of a first language and second speech dialog object encoded data of a second language.
A battery module comprising: two or more battery cells ( 210a, 210b, 210c,) which can be charged and discharged, stacked in a state of being adjacent to each other in a vertical direction; and sheathing members for respectively fixing the battery cells to form a battery cell stack, wherein each of the battery cells has electrode leads electrically connected to an electrode assembly, which is mounted in a battery cell case of each of the battery cells, in a state of protruding outward from the battery cell case, the electrode leads of the battery cells of the battery cell stack are coupled to each other by welding to form a coupled portion of the electrode leads, and the coupled portion of the electrode leads or the remaining portion of the electrode leads excluding the coupled portion of the electrode leads is provided with a damping structure for absorbing or buffering external force applied to the battery module or vibration generated during welding, characterized in that - the battery cells comprise a first battery cell and a second battery cell adjacent to each other in the vertical direction, and each electrode lead of the second battery cell comprises a first bent portion bent toward a corresponding electrode lead of the first battery cell such that the first bent portion is adjacent to the corresponding electrode lead of the first battery cell , an inclined portion extending from the first bent portion , and a second bent portion extending from the inclined portion and horizontally bent such that the second bent portion is connected to the corresponding electrode lead of the first battery cell, the second bent portion being located more adjacent to a main body of the first battery cell than the first bent portion . - the battery cells comprise a first battery cell and a second battery cell adjacent to each other in the vertical direction, and each electrode lead of the second battery cell comprises a first bent portion bent toward a corresponding electrode lead of the first battery cell such that the first bent portion is adjacent to the corresponding electrode lead of the first battery cell , an inclined portion extending from the first bent portion , and a second bent portion extending from the inclined portion and horizontally bent such that the second bent portion is connected to the corresponding electrode lead of the first battery cell, the second bent portion being located more adjacent to a main body of the first battery cell than the first bent portion .