mhurhangee/patent-ind-claim-en huggingface dataset:
A table having a table top containing an opening , and a heating appliance in said opening wherein said heating appliance extends at least beneath said table top , and said table top opening comprising a recess in which said heating appliance is received, said recess having at least one wall below said table top , wherein said heating appliance has a substantially sealed chamber for receiving combustible fuel with which said heating appliance is used, said chamber having at least one window , wherein said chamber has a chamber opening for placing said combustible fuel in said chamber , and a door for closing said chamber opening ; and said heating appliance includes an air inlet for supplying air to an inside of said chamber for combusting said combustible fuel . said heating appliance has a substantially sealed chamber for receiving combustible fuel with which said heating appliance is used, said chamber having at least one window , wherein said chamber has a chamber opening for placing said combustible fuel in said chamber , and a door for closing said chamber opening ; and said heating appliance includes an air inlet for supplying air to an inside of said chamber for combusting said combustible fuel .
A device for generating an oscillatory motion of a mass , comprising an ultrasonic oscillator that is configured to transform an oscillating electrical signal into a mechanical oscillation, an oscillation generator that is configured to generate the oscillating electrical signal, and a signal transmitting device for transmitting the oscillating electrical signal from the oscillation generator to the oscillator, wherein the signal transmitting device comprises a signal sender and a signal receiver , the signal sender being configured to transmit the oscillating electrical signal to the signal receiver , and the signal receiver being configured to transmit the received oscillating electrical signal to the ultrasonic oscillator , wherein the signal sender is configured to transmit the oscillating electrical signal wirelessly to the signal receiver , characterized in that the signal receiver and the ultrasonic oscillator form an oscillation module that is configured to be repeatedly separated from and connected to a power module of the device , the power module comprising the signal sender .
Method for carrying out autonomous braking in the case of a single-track motor vehicle, in which - the need for a vehicle deceleration is detected by means of an environment sensor system , - depending on that, rider-independent vehicle deceleration is initiated , - once the vehicle deceleration has been initiated , a rider readiness variable characterizing the readiness of the rider to control the vehicle deceleration manoeuvre is ascertained and - depending on the rider readiness variable, the temporal progression of the vehicle deceleration is continued , characterized in that the rider readiness variable can assume three values, wherein - one of the three values signals a state of the rider in which the rider is ready for the vehicle deceleration manoeuvre , - another of the three values signals a neutral state of the rider , and - the remaining one of the three values signals a state of the rider in which the rider is not ready for the vehicle deceleration manoeuvre , and in that - in the case of a ready state of the rider , the autonomous braking is carried out with a planned setpoint braking force progression , - in the case of a neutral state of the rider , the autonomous braking is carried out with a braking force progression which has a lower deceleration and/or a less intense jolt in comparison with the planned setpoint braking force progression, - in the case of an unready state of the rider, the autonomous braking is either discontinued or is carried out with a braking force progression which has a lower deceleration and/or a less intense jolt in comparison with the braking force progression in the case of a neutral state of the rider . - the need for a vehicle deceleration is detected by means of an environment sensor system , - depending on that, rider-independent vehicle deceleration is initiated , - once the vehicle deceleration has been initiated , a rider readiness variable characterizing the readiness of the rider to control the vehicle deceleration manoeuvre is ascertained and - depending on the rider readiness variable, the temporal progression of the vehicle deceleration is continued , - one of the three values signals a state of the rider in which the rider is ready for the vehicle deceleration manoeuvre , - another of the three values signals a neutral state of the rider , and - the remaining one of the three values signals a state of the rider in which the rider is not ready for the vehicle deceleration manoeuvre , and in that - in the case of a ready state of the rider , the autonomous braking is carried out with a planned setpoint braking force progression , - in the case of a neutral state of the rider , the autonomous braking is carried out with a braking force progression which has a lower deceleration and/or a less intense jolt in comparison with the planned setpoint braking force progression, - in the case of an unready state of the rider, the autonomous braking is either discontinued or is carried out with a braking force progression which has a lower deceleration and/or a less intense jolt in comparison with the braking force progression in the case of a neutral state of the rider .
A plastic bottle manufacturing device comprising: a preform heating part that heats a preform and that includes a plurality of heating bodies disposed in a longitudinal direction of the preform ; a blow-molding part that molds a plastic bottle by blow-molding the preform heated by the preform heating part ; a preform temperature measuring part that is provided between the preform heating part and the blow-molding part and that measures temperatures of the preform at a plurality of measurement points (P) in the longitudinal direction of the preform ; and a control unit that is connected to the preform temperature measuring part and that controls the preform heating part , wherein the plurality of measurement points (P) are provided in correspondence with the plurality of heating bodies , wherein the control unit controls an output of each heating body of the preform heating part based on an optimal temperature distribution at each measurement point (P) of the preform that has been predetermined and an actually measured temperature distribution at each measurement point (P) of the preform measured by the preform temperature measuring part , and wherein the control unit divides the preform into a plurality of zones (Z) in the longitudinal direction and sets each measurement point (P) at a location at which a temperature is highest in a corresponding one of the zones (Z). a preform heating part that heats a preform and that includes a plurality of heating bodies disposed in a longitudinal direction of the preform ; a blow-molding part that molds a plastic bottle by blow-molding the preform heated by the preform heating part ; a preform temperature measuring part that is provided between the preform heating part and the blow-molding part and that measures temperatures of the preform at a plurality of measurement points (P) in the longitudinal direction of the preform ; and a control unit that is connected to the preform temperature measuring part and that controls the preform heating part , wherein the plurality of measurement points (P) are provided in correspondence with the plurality of heating bodies , wherein the control unit controls an output of each heating body of the preform heating part based on an optimal temperature distribution at each measurement point (P) of the preform that has been predetermined and an actually measured temperature distribution at each measurement point (P) of the preform measured by the preform temperature measuring part , and wherein the control unit divides the preform into a plurality of zones (Z) in the longitudinal direction and sets each measurement point (P) at a location at which a temperature is highest in a corresponding one of the zones (Z).
A communication method, comprising: receiving a radio resource control RRC connection reconfiguration message sent by a network device , wherein the RRC connection reconfiguration message comprises one or more secondary cells configured by the network device for a terminal , information used to indicate to activate the one or more secondary cells, and a start moment at which the terminal reports channel state information CSI; and starting to report the CSI of the one or more secondary cells at the start moment; characterized in that the start moment is used to indicate a moment at which the terminal listens to a physical downlink control channel, PDCCH, and the terminal starts to listen to the PDCCH when the start moment arrives. receiving a radio resource control RRC connection reconfiguration message sent by a network device , wherein the RRC connection reconfiguration message comprises one or more secondary cells configured by the network device for a terminal , information used to indicate to activate the one or more secondary cells, and a start moment at which the terminal reports channel state information CSI; and starting to report the CSI of the one or more secondary cells at the start moment; characterized in that the start moment is used to indicate a moment at which the terminal listens to a physical downlink control channel, PDCCH, and the terminal starts to listen to the PDCCH when the start moment arrives.
An apparatus comprising: a conducting probe configured to couple with an electrical conductor of an electrical terminal of a power device; a sensor in contact with the conducting probe; and a controller circuit electrically coupled to the sensor, wherein the controller circuit is configured to monitor values of the sensor, and the controller circuit is configured to, when the values of the sensor are determined to be abnormal, initiate/command the lowering of the current flowing through the electrical conductor; wherein the conducting probe comprises a recess configured to receive a jumper bridge, wherein the jumper bridge is inserted in the recess, the conducting probe is electrically coupled to the electrical terminal and the jumper bridge, thereby electrically coupling the electrical terminal and the jumper bridge. a conducting probe configured to couple with an electrical conductor of an electrical terminal of a power device; a sensor in contact with the conducting probe; and a controller circuit electrically coupled to the sensor, wherein the controller circuit is configured to monitor values of the sensor, and the controller circuit is configured to, when the values of the sensor are determined to be abnormal, initiate/command the lowering of the current flowing through the electrical conductor; wherein the conducting probe comprises a recess configured to receive a jumper bridge, wherein the jumper bridge is inserted in the recess, the conducting probe is electrically coupled to the electrical terminal and the jumper bridge, thereby electrically coupling the electrical terminal and the jumper bridge.
An intact immunoglobulin-type antibody, wherein said antibody penetrates the cell and localizes in the cytosol and binds specifically to an activated RAS in the cytosol, wherein the antibody comprises a heavy chain variable region (VH) that binds specifically to activated RAS comprising: a CDR1 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 8, 11, 14, 17, 20, 23, and 26; a CDR2 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 9, 12, 15, 18, 21, 24, and 27; and a CDR3 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 10, 13, 16, 19, 22, 25, and 28, and a light-chain variable region (VL) having an ability to penetrate living cells and localize in the cytosol, comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 29, 30 and 31, wherein said activated RAS is GTP-bound RAS (RAS-GTP). a CDR1 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 8, 11, 14, 17, 20, 23, and 26; a CDR2 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 9, 12, 15, 18, 21, 24, and 27; and a CDR3 comprising an amino acid sequence having an amino acid sequence selected from the group consisting of SEQ ID Nos: 10, 13, 16, 19, 22, 25, and 28, and a light-chain variable region (VL) having an ability to penetrate living cells and localize in the cytosol, comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 29, 30 and 31, wherein said activated RAS is GTP-bound RAS (RAS-GTP).
A method of making a carbon nanotube heater comprising: impregnating a carbon nanotube fiber matrix with an electrically conductive resin matrix, wherein the electrically conductive resin matrix comprises an organic resin and an electrically conductive filler material; and curing the impregnated carbon nanotube fiber matrix. impregnating a carbon nanotube fiber matrix with an electrically conductive resin matrix, wherein the electrically conductive resin matrix comprises an organic resin and an electrically conductive filler material; and curing the impregnated carbon nanotube fiber matrix.
Device for separating workpieces that preferably consist at least in portions of wood, wood-based materials, plastics material or the like, comprising: a workpiece magazine having a magazine region for holding ready a plurality of workpieces , in particular a stack of workpieces, a dispensing mechanism for dispensing a workpiece from the workpiece magazine , wherein the device comprises a feed mechanism , which is designed to feed at least one workpiece held ready in the workpiece magazine to the dispensing mechanism , the feed mechanism comprising at least one second feed element , which is arranged at a distance from edges of the magazine region at least in portions, characterised in that the second feed element is bolt-shaped at least in portions. a workpiece magazine having a magazine region for holding ready a plurality of workpieces , in particular a stack of workpieces, a dispensing mechanism for dispensing a workpiece from the workpiece magazine , wherein the device comprises a feed mechanism , which is designed to feed at least one workpiece held ready in the workpiece magazine to the dispensing mechanism , the feed mechanism comprising at least one second feed element , which is arranged at a distance from edges of the magazine region at least in portions, characterised in that the second feed element is bolt-shaped at least in portions.
A window shade assembly comprising: a first member ; a second member disposed apart from the first member; a film having a first end coupled to the first member and a second opposed end coupled to the second member, the film having an opaque portion and a transparent portion ; and an actuating device coupled to the first member or the second member for moving the first member or the second member to move the film between the first and the second members, characterized in that the actuating device comprises a control member , a first gear , a second gear , a third gear , a fourth gear , a fifth gear and a chain or belt , wherein the control member comprises a knob which rotates with a first shaft , wherein the first gear is concentrically connected to the first shaft so that when the control member is rotated the first shaft is rotated causing the first gear to rotate, wherein the first gear is aligned in parallel arrangement against the second gear to rotate the second gear around or with a second shaft , wherein the second gear is aligned in parallel arrangement against the third gear to rotate the third gear around or with a third shaft , wherein the third gear is aligned in perpendicular arrangement against the fourth gear to rotate the fourth gear , wherein the chain or belt is coupled between the fourth gear , which is connected to the first member , and the fifth gear connected to the second member . a first member ; a second member disposed apart from the first member; a film having a first end coupled to the first member and a second opposed end coupled to the second member, the film having an opaque portion and a transparent portion ; and an actuating device coupled to the first member or the second member for moving the first member or the second member to move the film between the first and the second members, characterized in that the actuating device comprises a control member , a first gear , a second gear , a third gear , a fourth gear , a fifth gear and a chain or belt , wherein the control member comprises a knob which rotates with a first shaft , wherein the first gear is concentrically connected to the first shaft so that when the control member is rotated the first shaft is rotated causing the first gear to rotate, wherein the first gear is aligned in parallel arrangement against the second gear to rotate the second gear around or with a second shaft , wherein the second gear is aligned in parallel arrangement against the third gear to rotate the third gear around or with a third shaft , wherein the third gear is aligned in perpendicular arrangement against the fourth gear to rotate the fourth gear , wherein the chain or belt is coupled between the fourth gear , which is connected to the first member , and the fifth gear connected to the second member .
A user terminal comprising: a transmitting/receiving section configured to perform physical uplink control channel, PUCCH, transmission over multiple slots; and a control section configured to control the PUCCH transmission such that a PUCCH spatial relation is not changed during the PUCCH transmission. a transmitting/receiving section configured to perform physical uplink control channel, PUCCH, transmission over multiple slots; and a control section configured to control the PUCCH transmission such that a PUCCH spatial relation is not changed during the PUCCH transmission.
A breathing apparatus comprising a breathing circuit provided with a patient interface , wherein the breathing circuit is configured to provide an inspiratory patient gas mixture to the patient interface , wherein the breathing apparatus comprises a control unit configured to control operation of the breathing apparatus based on at least a first input value (V1) and a second input value (V2), wherein said first and second input values are physical parameters controllable by the breathing apparatus, and wherein the breathing apparatus comprises a graphical user interface connected to the control unit , characterised in that the control unit is configured to display a visual output on the graphical user interface comprising an area defined by a first axis (A1) and a second axis (A2), wherein the first axis (A1) represents values of the first input value (V1) and the second axis (A2) represents values of the second input value (V2), wherein the area comprises at least a first sub-area (c1), wherein the first sub-area (c1) represents how a combined setting of the first and second input values (V1, V2) affects the operation of the breathing apparatus and represents a preferred operational area, wherein the preferred operational area comprises selectable portions at positions relative the first and second axis (A1, A2) representative of first and second input values (V1, V2) within the preferred operational area, and wherein the breathing apparatus further comprises an input unit (9.1) configured to provide selection of a portion of the area , wherein the control unit is configured to set the first input value (V1) in response to the position of the selected portion relative the first axis (A1), and to set the second input value (V2) in response to the position of the selected portion relative the second axis (A2). the control unit is configured to display a visual output on the graphical user interface comprising an area defined by a first axis (A1) and a second axis (A2), wherein the first axis (A1) represents values of the first input value (V1) and the second axis (A2) represents values of the second input value (V2), wherein the area comprises at least a first sub-area (c1), wherein the first sub-area (c1) represents how a combined setting of the first and second input values (V1, V2) affects the operation of the breathing apparatus and represents a preferred operational area, wherein the preferred operational area comprises selectable portions at positions relative the first and second axis (A1, A2) representative of first and second input values (V1, V2) within the preferred operational area, and wherein the breathing apparatus further comprises an input unit (9.1) configured to provide selection of a portion of the area , wherein the control unit is configured to set the first input value (V1) in response to the position of the selected portion relative the first axis (A1), and to set the second input value (V2) in response to the position of the selected portion relative the second axis (A2).
A work light , in particular for agricultural vehicles, agricultural machines, construction machines, industrial vehicles, forklifts, forest machines or mining vehicles, vessels or the like, with a housing with at least one RGBW-LED and/or at least one LED arrangement with an R-LED, a G-LED, a B-LED and a W-LED, for illuminating an environment and/or objects , wherein furthermore a sensor is provided integrated into the housing , for optical detection of the environment and/or the objects , with a control unit by means of which sensor signals of the sensor can be evaluated, for controlling the at least one RGBW-LED and/or the at least one LED arrangement as a function of the sensor signal for adaptation of the emitted light in order to reach a natural colour representation of the object and/or the environment as they are illuminated by means of the work light, and wherein the sensor is or has a colour sensor or a photodiode.
Wiper blade device for connecting a wiper blade to a wiper arm of a vehicle, comprising an adapter (30; 30'; 30") configured to be connected to a wiper arm and a blade connector configured to be connected to a wiper blade, said adapter (30; 30'; 30") and blade connector being arranged pivotably with respect to each other in a rotation axis (R) destined to be perpendicular to the longitudinal direction (L) of the wiper blade, a fluid channel being arranged into the adapter (30; 30'; 30"), the fluid channel having an inlet destined to be plugged-in a water hose and ending by at least one spray nozzle enabling the spraying of a washing fluid, wherein the fluid channel comprises an intermediate fluid portion which extends in a direction parallel to the rotation axis (R), characterized in that the adapter (30; 30'; 30") is configured to cooperate with complementary connecting elements of the wiper arm device (2; 2') to connect the wiper arm device (2; 2') with the wiper blade device after two movements of the wiper blade device perpendicularly with respect to each other.