mhurhangee/ep-ind-claims huggingface dataset:
A method for performing measurement for a Bluetooth device, that is executed by a sending device, the method comprising: determining, based on a measurement event for the Bluetooth device that is to be performed by a user equipment, UE, a minimization of drive tests, MDT, configuration signaling that includes the measurement event for the Bluetooth device to be performed by the UE, wherein the measurement event for the Bluetooth device comprises an event of measuring at least one of: a media access control, MAC, address of the Bluetooth device, or a received signal strength of the Bluetooth device; and sending, to a receiver, the MDT configuration signaling, characterized in that, the UE is performing an initial access, the sending device is a core network device, and determining, based on the measurement event for the Bluetooth device that is to be performed by the UE, the MDT configuration signaling comprises: adding at least one of a first bit or a second bit to a measurement-to-activate information unit of an MDT configuration signaling in an S1 application protocol, S1AP, so as to obtain the MDT configuration signaling, wherein the first bit is configured to indicate whether the UE is to measure the MAC address of the Bluetooth device, and the second bit is configured to indicate whether the UE is to measure the received signal strength of the Bluetooth device. determining, based on a measurement event for the Bluetooth device that is to be performed by a user equipment, UE, a minimization of drive tests, MDT, configuration signaling that includes the measurement event for the Bluetooth device to be performed by the UE, wherein the measurement event for the Bluetooth device comprises an event of measuring at least one of: a media access control, MAC, address of the Bluetooth device, or a received signal strength of the Bluetooth device; and sending, to a receiver, the MDT configuration signaling, characterized in that, the UE is performing an initial access, the sending device is a core network device, and determining, based on the measurement event for the Bluetooth device that is to be performed by the UE, the MDT configuration signaling comprises: adding at least one of a first bit or a second bit to a measurement-to-activate information unit of an MDT configuration signaling in an S1 application protocol, S1AP, so as to obtain the MDT configuration signaling, wherein the first bit is configured to indicate whether the UE is to measure the MAC address of the Bluetooth device, and the second bit is configured to indicate whether the UE is to measure the received signal strength of the Bluetooth device.
Wind turbine tower ring segment, wherein the wind turbine tower ring segment is configured as a jacket segment, and preferably as a concrete element, having two abutment locations for abutting abutment locations of at least one further wind turbine tower ring segment, and having at least one clearance in the region of each abutment location, wherein in the region of each abutment location in each case a first connection element is incorporated in the wind turbine tower ring segment, wherein the respective first connection element (300, 400) comprises an anchoring bar (310, 410) having a first end (311, 411) and a second end (312, 412), a connection flange, disposed on the first end (311, 411) of the anchoring bar (310, 410), for connecting the connection element (300, 400) to a second connection element (301, 401) which is incorporated in a further wind turbine tower ring segment so as to, on account thereof, connect the two wind turbine tower ring segments (210, 220), at least supporting the connection of the two latter, and two, three, or a plurality of anchoring elements (313, 413) which are disposed in a portion of the anchoring bar (310, 410) that is adjacent to the second end (312, 412), wherein the anchoring elements (313, 413) are configured as head bolts and the anchoring bar (310, 410) in a manner orthogonal to the longitudinal axis thereof has a rectangular cross section, and wherein the respective first connection element is incorporated in the wind turbine tower ring segment in such a manner that a second end (312, 412) of the anchoring bar (310, 410) by way of the anchoring elements (313, 413) configured as head bolts is hidden in the wind turbine tower ring segment, and the first end (311, 411) of the anchoring bar (310, 410) by way of the connection flange protrudes outward into the clearance.
Device for storing a solid biological sample and allowing transfer of heat for disrupting the secondary structures of the solid biological sample, the device comprising: - a biological sample carrier having a portion for receiving a solid biological sample, - at least one sealing means (9, 13, 15) for sealing the portion, wherein the solid biological sample is intended to be between the portion and the sealing means (9, 13, 15) and where the sealing means (9, 13, 15) adopts a shape in line with the solid biological sample; - a heat transfer segment that --extends at least essentially through at least one of the portion and the sealing means (9, 13, 15), --presents a ratio between a heat conductivity of and a thickness of the heat transfer segment that is larger than 500 W/m K in order to enable heat transfer to the biological sample via the heat transfer segment leading to that secondary structures of the biological sample are disrupted by fast and uniform heating. - a biological sample carrier having a portion for receiving a solid biological sample, - at least one sealing means (9, 13, 15) for sealing the portion, wherein the solid biological sample is intended to be between the portion and the sealing means (9, 13, 15) and where the sealing means (9, 13, 15) adopts a shape in line with the solid biological sample; - a heat transfer segment that --extends at least essentially through at least one of the portion and the sealing means (9, 13, 15), --presents a ratio between a heat conductivity of and a thickness of the heat transfer segment that is larger than 500 W/m K in order to enable heat transfer to the biological sample via the heat transfer segment leading to that secondary structures of the biological sample are disrupted by fast and uniform heating. --extends at least essentially through at least one of the portion and the sealing means (9, 13, 15), --presents a ratio between a heat conductivity of and a thickness of the heat transfer segment that is larger than 500 W/m K in order to enable heat transfer to the biological sample via the heat transfer segment leading to that secondary structures of the biological sample are disrupted by fast and uniform heating.
Battery cell with two battery cell terminals (11, 12) which are contactable from inside and/or outside the battery cell, and an electrochemical part configured, for example, as a jelly roll and comprising a plurality of electrodes and at least one separator, wherein the battery cell comprises a rapid discharge unit which is connectable between the battery cell terminals (11, 12) and has a predefined resistance value, characterized in that, upon the achievement of a predefined temperature, the at least one separator is at least partially impermeable to ions which can be generated in the electrochemical part, the predefined resistance value is selected such that, when the rapid discharge unit is brought into circuit, the at least one separator achieves the predefined temperature in the absence of a short-circuit path in the interior of the battery cell within a predefined first time interval and, in the presence of a short-circuit path in the interior of the battery cell, within a predefined second time interval, and, in the absence of the short-circuit path, a first quantity of electrical energy which, as a result of a discharge current flowing through the rapid discharge unit during a variable third time interval, is converted into heat, undershoots a first energy limit, wherein the first energy limit is selected such that overheating of the entire battery cell, thus initiating a thermal runaway of the battery cell, can only occur in the event of the overshoot thereof by the first quantity of energy, and wherein the first and second time intervals commence respectively upon the switching-in of the rapid discharge unit, and end respectively upon the achievement of the predefined temperature, and the third time interval commences simultaneously with the first time interval, and has a maximum duration which is equal to or greater than the duration of the first time interval.
A vehicle control device comprising: a communication unit for communication with an external communication target; a response data transmission control unit that, in response to a request code to request vehicle information being received by the communication unit, transmits response data including vehicle information corresponding to the request code from the communication unit; and characterized in that it comprises a conversion rule transmission control unit that, in response to a conversion rule request requesting a conversion rule to convert vehicle information being received by the communication unit, transmits a conversion rule corresponding to the conversion rule request from the communication unit. a communication unit for communication with an external communication target; a response data transmission control unit that, in response to a request code to request vehicle information being received by the communication unit, transmits response data including vehicle information corresponding to the request code from the communication unit; and characterized in that it comprises a conversion rule transmission control unit that, in response to a conversion rule request requesting a conversion rule to convert vehicle information being received by the communication unit, transmits a conversion rule corresponding to the conversion rule request from the communication unit.
A hair collector for a hair cutting appliance having a cutting element, the hair collector comprising: - a housing; and - an attachment portion; wherein, the housing comprises a plurality of walls; wherein at least one side wall of the plurality of walls of the housing comprises a structure forming a plurality of openings; wherein, the attachment portion is configured to attach the hair collector to the hair cutting appliance; wherein, when the hair collector is connected to the hair cutting appliance, a cut hair collection chamber is formed, the cut hair collection chamber comprising the plurality of walls of the housing and the cutting element; and wherein, when the hair collector is connected to the hair cutting appliance, the hair collector is configured such that the cutting element can contact skin of a user of the hair cutting appliance. - a housing; and - an attachment portion; wherein, the housing comprises a plurality of walls; wherein at least one side wall of the plurality of walls of the housing comprises a structure forming a plurality of openings; wherein, the attachment portion is configured to attach the hair collector to the hair cutting appliance; wherein, when the hair collector is connected to the hair cutting appliance, a cut hair collection chamber is formed, the cut hair collection chamber comprising the plurality of walls of the housing and the cutting element; and wherein, when the hair collector is connected to the hair cutting appliance, the hair collector is configured such that the cutting element can contact skin of a user of the hair cutting appliance.
A device for determining an operating related parameter of a wire comprising: - a body defined by an external perimeter and an internal perimeter and having a first empty space within the body, wherein the body is made of a flexible material, wherein a wire is allowable to pass through the internal perimeter, the first empty space is adapted to be filled with a gas for expanding the body such that the body forms grip onto the wire; - a valve adapted to be opened to allow flow of the gas out of the body; - a gas container comprising a second empty space and a vibration element, wherein the gas is allowed to flow in the second empty space when the valve opens and to actuate the vibration element; - a vibration sensor adapted to sense a first vibration from the vibration element and to generate a first vibration value; and - a processor adapted to receive and process the first vibration value and to determine a cross-section of the wire. - a body defined by an external perimeter and an internal perimeter and having a first empty space within the body, wherein the body is made of a flexible material, wherein a wire is allowable to pass through the internal perimeter, the first empty space is adapted to be filled with a gas for expanding the body such that the body forms grip onto the wire; - a valve adapted to be opened to allow flow of the gas out of the body; - a gas container comprising a second empty space and a vibration element, wherein the gas is allowed to flow in the second empty space when the valve opens and to actuate the vibration element; - a vibration sensor adapted to sense a first vibration from the vibration element and to generate a first vibration value; and - a processor adapted to receive and process the first vibration value and to determine a cross-section of the wire.
A method of filtering water of a swimming pool or spa wherein the method comprises: a. positioning a filter assembly in a water-circulation system of the swimming pool or spa, the filter assembly comprising: - a wall, including one or more mesh panels, wound in a generally spiral pattern; - a framework (i) into or to which the one or mesh panels are inserted or attached and (ii) including at least one spacer; and b. causing water of the swimming pool or spa to flow through the filter assembly. a. positioning a filter assembly in a water-circulation system of the swimming pool or spa, the filter assembly comprising: - a wall, including one or more mesh panels, wound in a generally spiral pattern; - a framework (i) into or to which the one or mesh panels are inserted or attached and (ii) including at least one spacer; and - a wall, including one or more mesh panels, wound in a generally spiral pattern; - a framework (i) into or to which the one or mesh panels are inserted or attached and (ii) including at least one spacer; and (i) into or to which the one or mesh panels are inserted or attached and (ii) including at least one spacer; and b. causing water of the swimming pool or spa to flow through the filter assembly.
An organic semiconductor material comprising a compound represented by the formula and a compound represented by the formula: wherein R 1 and R 2 independently represent an unsubstituted or halogen-substituted C1-C36 aliphatic hydrocarbon group; and wherein Ar 1 represents a phenyl group substituted with a halogen atom, a C1-C12 alkyl group, a C1-C12 alkoxyl group, a C1-C12 halogeno alkyl group, a C1-C12 halogeno alkoxyl group or a cyano group, Ar 2 and Ar 3 independently represent a phenyl group substituted with a hydrogen atom, a halogen atom, a C1-C12 alkyl group, a C1-C12 alkoxyl group, a C1-C12 halogeno alkyl group, a C1-C12 halogeno alkoxyl group or a cyano group, and n is an integer of 6 or greater, and the compound represented by the formula has a molecular weight of 5,000 or greater. wherein Ar 1 represents a phenyl group substituted with a halogen atom, a C1-C12 alkyl group, a C1-C12 alkoxyl group, a C1-C12 halogeno alkyl group, a C1-C12 halogeno alkoxyl group or a cyano group, Ar 2 and Ar 3 independently represent a phenyl group substituted with a hydrogen atom, a halogen atom, a C1-C12 alkyl group, a C1-C12 alkoxyl group, a C1-C12 halogeno alkyl group, a C1-C12 halogeno alkoxyl group or a cyano group, and n is an integer of 6 or greater, and the compound represented by the formula has a molecular weight of 5,000 or greater.
Operator control arrangement for operating at least one electrical apparatus (17, 18) in a motor vehicle, having an operator control element to which a force can be applied by an operator when the operator control element is activated in a first activation direction viewed from a home position of the operator control element, and with a force sensor by means of which the force which can be applied can be sensed, wherein where a predetermined first force threshold value is exceeded the operator control arrangement generates a switching signal for operating the electrical apparatus (17, 18), wherein the operator control arrangement has an actuator, wherein when the first force threshold value is exceeded a control device of the operator control arrangement generates a control signal to the actuator, and the actuator generates a first haptic signal to be haptically perceived at the operator control element by the operator, wherein the operator control element is a rocker switch, characterized in that the operator control arrangement has, in the direction of the first activation direction of the operator control element, at least one second predetermined force threshold value which is greater than the first force threshold value, and when the second force threshold value is exceeded the control device generates a control signal to the actuator, and the actuator generates a second haptic signal to be haptically perceived at the operator control element by the operator, and the operator control arrangement has, in the direction of the first activation direction, a third predetermined force threshold value, wherein the third force threshold value is lower than the first force threshold value, wherein the third force threshold value can be brought about by activating the operator control element starting from the position of the operator control element when the first force threshold value is achieved in a second activation direction which is opposed to the first activation direction, and when the third force threshold value is then undershot the control device generates a control signal to the actuator, and the actuator generates a third haptic signal to be haptically perceived at the operator control element by the operator, and/or the operator control arrangement has, in the direction of the first activation direction, a fourth predetermined force threshold value, wherein the fourth force threshold value is lower than the second force threshold value, wherein the fourth force threshold value can be brought about by activating the operator control element starting from the position of the operator control element when the second force threshold value is achieved in a second activation direction which is opposite to the first activation direction, and when the fourth force threshold value is then undershot the control device generates a control signal to the actuator, and the actuator generates a fourth haptic signal to be haptically perceived at the operator control element by the operator.
Laundry treatment appliance with at least one bearing shield, a laundry drum and at least one spray unit arranged on the bearing shield for spraying a spray mist into the laundry drum, wherein the spray unit has a holding unit which can connect to a bearing shield and a nozzle unit which is connected to the holding unit such that it can be detached in a non-destructive manner, wherein the nozzle unit has a nozzle section arranged facing towards the laundry drum with at least one nozzle opening, on the outer peripheral surface of which an agitator contour is embodied, wherein the nozzle unit is connected to the holding unit with a positive or non-positive fit such that it can be detached in a non-destructive manner, characterised in that at least one latching means for establishing a latching connection between the holding unit and the bearing shield is embodied on the holding unit.
Apparatus for treating a workpiece, in particular for cutting or engraving a sheet workpiece made of paperboard, paper or film, having a laser source, a treatment area for treating the workpiece by means of a laser beam from the laser source, a conveying device for transporting the workpiece into the treatment area of the apparatus and out of the treatment area of the apparatus, wherein the conveying device has a conveyor belt that can be moved in a conveying direction, wherein the conveyor belt has a carrier structure, wherein the carrier structure has a plurality of bearing rods, wherein the conveyor belt has a multiplicity of supporting elements arranged at a distance from one another, wherein the respective supporting element has a bearing section and a supporting section, wherein the respective supporting element is detachably supported by its bearing section in the carrier structure, and wherein the supporting section of the respective supporting element projects with respect to the carrier structure at an end facing away from the bearing section, wherein the respective supporting element is mounted in two bearing rods, wherein the respective supporting element is pivotably mounted in the respective bearing rod, wherein the supporting element has two recesses (11, 12), wherein one recess accommodates one bearing rod of the two bearing rods, and the other recess accommodates the other bearing rod of the two bearing rods, characterized in that the supporting sections of the adjacent supporting elements form a supporting surface for the workpiece, wherein (i) the supporting section is plate-like, wherein opposite main extension surfaces of the supporting section are formed at an angle to the conveying direction, wherein outer edges of the supporting section of the supporting elements, formed between the main extension surfaces, form the supporting surface for the workpiece, wherein the outer edge forming the supporting surface has a plurality of projections projecting in the direction facing away from the carrier structure in order to avoid reflections of the laser beam onto an underside of the workpiece, and/or (ii) the supporting section of the supporting element has a cross section tapering in the direction facing away from the carrier structure to avoid reflections of the laser beam onto the underside of the workpiece. (i) the supporting section is plate-like, wherein opposite main extension surfaces of the supporting section are formed at an angle to the conveying direction, wherein outer edges of the supporting section of the supporting elements, formed between the main extension surfaces, form the supporting surface for the workpiece, wherein the outer edge forming the supporting surface has a plurality of projections projecting in the direction facing away from the carrier structure in order to avoid reflections of the laser beam onto an underside of the workpiece, and/or (ii) the supporting section of the supporting element has a cross section tapering in the direction facing away from the carrier structure to avoid reflections of the laser beam onto the underside of the workpiece.