mhurhangee/ep-ind-claims huggingface dataset:
Door for a motor vehicle having a door reinforcing bar, comprising a door framework, static-linking means (4, 5) for connecting the bar to the framework in an initial configuration, comprising dynamic-linking means for connecting the bar to the framework in a deformed configuration of the door framework, said dynamic-linking means comprising at least one longitudinal stop, which extends opposite the front end portion of the bar in order to counter the transverse displacement thereof during a frontal impact, the framework comprising a box surmounted by a frame, which is intended for receiving a glazing element, a hinges reinforcement and a fastening reinforcement for fastening a rear-view mirror, the hinges reinforcement being fastened to the box, in particular at the front transverse edge thereof, and to the frame, in particular at a front lower end zone, characterized in that the stop is produced directly in the hinges reinforcement by stamping.
Heating device, comprising a shaped body, which contains a ceramic material with a positive temperature coefficient of electrical resistance and comprises at least one first region and one second region, wherein the first region comprises a ceramic material of a first composition and the second region comprises a ceramic material of a second composition, which is different from the first composition, and wherein the first region and the second region of the shaped body have a Curie temperature which falls in a range of -30°C to 340°C.
Glove-like device, comprising: a carrier structure, a camera, a switching arrangement, wherein the camera is configured to take an image or a sequence of images upon receiving a contact signal, the carrier structure being configured to be attached without further provisions to a hand and/or a wrist of a user such that, in a state pulled over the hand, at least parts of the carrier structure surround the hand of the user, the camera and the switching arrangement being attached to the carrier structure, and the switching arrangement comprising a component to be actuated which is arranged and configured such that it is actuated by an actuating movement of a thumb of the user towards a finger of the same hand and/or towards a finger joint of the same hand, thereby triggering the contact signal and forwarding it to the camera, characterized in that the camera being attached to the carrier structure at a position which lies on the palm and/or wrist in the state pulled over the hand.. a carrier structure, a camera, a switching arrangement, wherein the camera is configured to take an image or a sequence of images upon receiving a contact signal, the carrier structure being configured to be attached without further provisions to a hand and/or a wrist of a user such that, in a state pulled over the hand, at least parts of the carrier structure surround the hand of the user, the camera and the switching arrangement being attached to the carrier structure, and the switching arrangement comprising a component to be actuated which is arranged and configured such that it is actuated by an actuating movement of a thumb of the user towards a finger of the same hand and/or towards a finger joint of the same hand, thereby triggering the contact signal and forwarding it to the camera, characterized in that the camera being attached to the carrier structure at a position which lies on the palm and/or wrist in the state pulled over the hand..
A method for coating a workpiece with powder by means of a powder spray gun, - wherein the depth of the workpiece is measured, - wherein the width of the workpiece is measured, - wherein recesses (s3, s4), if any are possibly present in the workpiece, are measured, - wherein coating parameters (P1 - Pn) are determined by means of an evaluation and control unit (10 - 12) based on the depth, the width and the recesses (s3, s4), and - wherein the powder spray gun is operated with the coating parameters (P1 - Pn) determined for the workpiece and the workpiece is coated. - wherein the depth of the workpiece is measured, - wherein the width of the workpiece is measured, - wherein recesses (s3, s4), if any are possibly present in the workpiece, are measured, - wherein coating parameters (P1 - Pn) are determined by means of an evaluation and control unit (10 - 12) based on the depth, the width and the recesses (s3, s4), and - wherein the powder spray gun is operated with the coating parameters (P1 - Pn) determined for the workpiece and the workpiece is coated.
Gas container having an inner volume for holding gas, comprising a base body with a base body head, wherein the base body forms the inner volume at least in sections and wherein a substance capsule, which contains a substance, is arranged in the base body at least in the region of the base body head, wherein furthermore the base body head as well as the substance capsule are closed by means of at least one cap, wherein the substance capsule has a throughflow opening arranged opposite the at least one cap, which is closed by means of a closure (12, 15) in order to ensure separation of the substance from the gas, characterized in that the closure (12, 15) is designed as a membrane or as a throughflow closure in such a way that, when the at least one cap is pierced, the closure (12, 15) can be irreversibly transferred from a closed state into an open state by a gas pressure inside the gas container, in order to allow complete emptying of the gas from the gas container.
A display apparatus, comprising: a plurality of receivers for receiving a plurality of contents; a signal processor for generating image frames by processing the plurality of contents; an output unit for outputting a plurality of content views by displaying the image frames of each of the plurality of contents alternately; a synchronization signal generator for generating a synchronization signal to synchronize a plurality of glasses apparatuses matched to the plurality of content views; an interface unit for transmitting the synchronization signal to at least one of the glasses apparatuses; a storage unit, characterized in that the display apparatus further comprises; a controller for, in response to a user input for a depth control command regarding one of the plurality of content views being received, storing information related to a depth adjusted according to the depth control command before the one of the plurality of content views is turned off, into the storage unit; and wherein the controller in response to the one of the plurality of content views being turned on from the turn-off state, reads the information related to the depth from the storage unit and controls the signal processor to output the one of the plurality of content views according to the information related to the depth. a plurality of receivers for receiving a plurality of contents; a signal processor for generating image frames by processing the plurality of contents; an output unit for outputting a plurality of content views by displaying the image frames of each of the plurality of contents alternately; a synchronization signal generator for generating a synchronization signal to synchronize a plurality of glasses apparatuses matched to the plurality of content views; an interface unit for transmitting the synchronization signal to at least one of the glasses apparatuses; a storage unit, characterized in that the display apparatus further comprises; a controller for, in response to a user input for a depth control command regarding one of the plurality of content views being received, storing information related to a depth adjusted according to the depth control command before the one of the plurality of content views is turned off, into the storage unit; and wherein the controller in response to the one of the plurality of content views being turned on from the turn-off state, reads the information related to the depth from the storage unit and controls the signal processor to output the one of the plurality of content views according to the information related to the depth.
Agricultural distribution machine having: a distributor boom, a chassis which is supported on the ground, is able to be set in motion in a forward direction and to which the distributor boom is fastened, wherein the distributor boom has a width measured transversely to the forward direction, said width being a multiple of the transport width of the distribution machine, and an electronic controller, which is operable to actuate an actuator, influencing the advancing speed (v) and/or direction of travel of the chassis and/or of the distributor boom, in order to reduce a vibration, directed in the forward direction, of the distributor boom, characterized in that the controller is set up to actuate the actuator in reaction to a sensed or expected vibration of the distributor boom in such a way that, as a result of the resultant change in speed (Δv 2) and/or change in direction of travel of the chassis and/or distributor boom, a vibration of opposite phase to the sensed or expected vibration of the distributor boom is induced in the distributor boom, this causing the vibration of the distributor boom to be reduced or eliminated. a distributor boom, a chassis which is supported on the ground, is able to be set in motion in a forward direction and to which the distributor boom is fastened, wherein the distributor boom has a width measured transversely to the forward direction, said width being a multiple of the transport width of the distribution machine, and an electronic controller, which is operable to actuate an actuator, influencing the advancing speed (v) and/or direction of travel of the chassis and/or of the distributor boom, in order to reduce a vibration, directed in the forward direction, of the distributor boom, characterized in that the controller is set up to actuate the actuator in reaction to a sensed or expected vibration of the distributor boom in such a way that, as a result of the resultant change in speed (Δv 2) and/or change in direction of travel of the chassis and/or distributor boom, a vibration of opposite phase to the sensed or expected vibration of the distributor boom is induced in the distributor boom, this causing the vibration of the distributor boom to be reduced or eliminated.
A multi-part dental bleaching system comprising: an aqueous dental bleaching composition that comprises at least one dental bleaching agent and that has an acidic pH; and a neutralizing composition comprising less than 1% unbound water suitable for mixing with the aqueous dental bleaching composition and that comprises at least one polymeric thickening agent mixed with at least one particulate base selected from the group consisting of metal oxides, metal hydroxides, ammonium hydroxide, and metal carbonates, wherein the at least one particulate base would cause the neutralizing composition to have a pH in a range of 11 to 14 if mixed with sufficient water to produce a pH reading, the polymeric thickening agent comprising at least one of an acrylic acid-based polymer or carboxypolymethylene. an aqueous dental bleaching composition that comprises at least one dental bleaching agent and that has an acidic pH; and a neutralizing composition comprising less than 1% unbound water suitable for mixing with the aqueous dental bleaching composition and that comprises at least one polymeric thickening agent mixed with at least one particulate base selected from the group consisting of metal oxides, metal hydroxides, ammonium hydroxide, and metal carbonates, wherein the at least one particulate base would cause the neutralizing composition to have a pH in a range of 11 to 14 if mixed with sufficient water to produce a pH reading, the polymeric thickening agent comprising at least one of an acrylic acid-based polymer or carboxypolymethylene.
A method, comprising: identifying, by one or more processors associated with a vehicle, a plurality of user devices (150, 154) (operation 302); determining, by the one or more processors, at least one of the plurality of user devices (150, 154) as a driver's user device (operation 304); identifying, by the one or more processors, a user profile associated with the driver's user device (operation 306); receiving, by the one or more processors, one or more sensor signals; determining, by the one or more processors, a drive characteristic based at least in part on the one or more sensor signals (operation 308); receiving, by the one or more processors, a communication from the driver's user device (operation 312); and transmitting, by the one or more processors, the communication to another user device from the plurality of user devices based at least in part on the drive characteristic and the user profile. identifying, by one or more processors associated with a vehicle, a plurality of user devices (150, 154) (operation 302); determining, by the one or more processors, at least one of the plurality of user devices (150, 154) as a driver's user device (operation 304); identifying, by the one or more processors, a user profile associated with the driver's user device (operation 306); receiving, by the one or more processors, one or more sensor signals; determining, by the one or more processors, a drive characteristic based at least in part on the one or more sensor signals (operation 308); receiving, by the one or more processors, a communication from the driver's user device (operation 312); and transmitting, by the one or more processors, the communication to another user device from the plurality of user devices based at least in part on the drive characteristic and the user profile.
An equipment for a communication system comprising: a compound semiconductor layer composed of compound semiconductor provided on a substrate; an inductor formed on the compound semiconductor layer; a capacitor formed on the compound semiconductor layer; and a MISFET provided on the compound semiconductor layer, wherein the MISFET comprises, an active region provided on the compound semiconductor layer, a gate insulating film formed on the active region, a gate electrode formed on the gate insulating film, and source/drain regions formed on both sides of the gate electrode in the active region, wherein the compound semiconductor layer is made of SiC, wherein a part interposed between the source/drain regions in the active region is composed by alternately stacking a plurality of first semiconductor layers and a plurality of second semiconductor layers, which contain an impurity for the carriers at a higher concentration than the first semiconductor layers and whose film thicknesses are smaller than the film thicknesses of the plurality of first semiconductor layers in such a way that the carriers are distributed therein under a quantum effect, the first and second semiconductor layers being disposed in contact with each other, wherein the first semiconductor layer functions as a carrier flow region, wherein the gate insulating film on the active region is in contact with the uppermost layer of the first semiconductor layers; and wherein the MISFET is disposed in a transmitter in the communication system. a compound semiconductor layer composed of compound semiconductor provided on a substrate; an inductor formed on the compound semiconductor layer; a capacitor formed on the compound semiconductor layer; and a MISFET provided on the compound semiconductor layer, wherein the MISFET comprises, an active region provided on the compound semiconductor layer, a gate insulating film formed on the active region, a gate electrode formed on the gate insulating film, and source/drain regions formed on both sides of the gate electrode in the active region, wherein the compound semiconductor layer is made of SiC, wherein a part interposed between the source/drain regions in the active region is composed by alternately stacking a plurality of first semiconductor layers and a plurality of second semiconductor layers, which contain an impurity for the carriers at a higher concentration than the first semiconductor layers and whose film thicknesses are smaller than the film thicknesses of the plurality of first semiconductor layers in such a way that the carriers are distributed therein under a quantum effect, the first and second semiconductor layers being disposed in contact with each other, wherein the first semiconductor layer functions as a carrier flow region, wherein the gate insulating film on the active region is in contact with the uppermost layer of the first semiconductor layers; and wherein the MISFET is disposed in a transmitter in the communication system.
A fluid ejection device (10, 10a, 10b) comprising: a pulsation giving unit for ejecting fluid in a fluid chamber; a fluid supplying unit configured to supply the fluid to the fluid chamber through a first channel; and an ejection pipe configured to communicate with a second channel, which communicates with the pulsation giving unit, and eject the fluid from an ejection port, wherein a cross-sectional area of the second channel is larger as a cross-sectional area of the first channel, characterized in that a connecting part of the first channel and the fluid chamber and a connecting part of the second channel and the fluid chamber are arranged in positions opposed to each other via a vicinity of a center of the fluid chamber, the fluid ejection device further comprising a guiding section configured to guide a user to use the fluid ejection device (10, 10a, 10b) in a state in which the connecting part of the second channel and the fluid chamber is located above the connecting part of the first channel and the fluid chamber in the vertical direction. a pulsation giving unit for ejecting fluid in a fluid chamber; a fluid supplying unit configured to supply the fluid to the fluid chamber through a first channel; and an ejection pipe configured to communicate with a second channel, which communicates with the pulsation giving unit, and eject the fluid from an ejection port, wherein a cross-sectional area of the second channel is larger as a cross-sectional area of the first channel, characterized in that a connecting part of the first channel and the fluid chamber and a connecting part of the second channel and the fluid chamber are arranged in positions opposed to each other via a vicinity of a center of the fluid chamber, the fluid ejection device further comprising a guiding section configured to guide a user to use the fluid ejection device (10, 10a, 10b) in a state in which the connecting part of the second channel and the fluid chamber is located above the connecting part of the first channel and the fluid chamber in the vertical direction.
Method for controlling a drive device of a motor vehicle, comprising an internal combustion engine of the forced-induction diesel type; a circuit for the partial recirculation, at high pressure, of the exhaust gases to the intake, provided with a controlled valve; and means (11, 12) for varying the timing of the poppet valves (13, 14) of the engine, said method comprising a step of nominal setting of the drive device, for each stabilized operating point of the engine, in which said controlled valve is opened and the poppet valves (13, 14) have a relatively small overlap, said method further comprising: - a step of measuring a temperature value (T eau) representative of the operation of the engine; - a step of comparing said temperature with a first threshold (T v1); and, - when said temperature (T eau) is lower than said first threshold (T v1), a step of adjusting the drive device in which said controlled valve is closed and the poppet valves (13, 14) have a relatively large overlap, said overlap being greater than that of the nominal setting for a same stabilized operating point of the engine, CHARACTERIZED in that it further comprises: - a step of comparing said temperature (T eau) with a second threshold (T v2) that is above the first threshold (T v1); and, - when said temperature (T eau) is between the first and second temperature thresholds (T v1, T v2) a step of adjusting the drive device in which said controlled valve is partially opened and the poppet valves (13, 14) have a relatively large overlap identical to the overlap of step which is carried out when said temperature (T eau) is below said first threshold (T v1), for a same stabilized operating point of the engine. - a step of measuring a temperature value (T eau) representative of the operation of the engine; - a step of comparing said temperature with a first threshold (T v1); and, - when said temperature (T eau) is lower than said first threshold (T v1), a step of adjusting the drive device in which said controlled valve is closed and the poppet valves (13, 14) have a relatively large overlap, said overlap being greater than that of the nominal setting for a same stabilized operating point of the engine, - a step of comparing said temperature (T eau) with a second threshold (T v2) that is above the first threshold (T v1); and, - when said temperature (T eau) is between the first and second temperature thresholds (T v1, T v2) a step of adjusting the drive device in which said controlled valve is partially opened and the poppet valves (13, 14) have a relatively large overlap identical to the overlap of step which is carried out when said temperature (T eau) is below said first threshold (T v1), for a same stabilized operating point of the engine.
Radial turbine having a housing (1, 4, 11) which has a housing channel for the inflow of working fluid and comprises a diffuser having a channel for the outflow of working fluid, an impeller accommodated on an impeller shaft which is rotatable about an axis of rotation being positioned in the housing (1, 4, 11), a plurality of vanes being arranged on the impeller and forming vane channels which have a vane channel opening facing the axis of rotation for the flow-through of working fluid to the channel for the outflow of working fluid, the channel having an impeller-side opening for the outflow of working fluid, the working fluid being led through an intermediate region which extends from the vane channel opening of the vane channels to the impeller-side opening in the channel for the outflow of working fluid, and a guiding body (3, 3', 3") being provided for deflecting working fluid flowing through the intermediate region, which guiding body extends from the intermediate region into the channel for the outflow of working fluid, the housing channel for the inflow of working fluid having a constriction and being expanded on the impeller side such that the inflowing working fluid can reach supersonic speeds and the guiding body is arranged coaxially with the axis of rotation of the impeller, characterized in that the diffuser is connected downstream of the guiding body, the guiding body being designed as an impeller cone of the impeller which extends in portions into the channel of the diffuser to a channel portion of which the flow cross section increases in the direction of the axis of rotation of the impeller shaft as the distance from the impeller increases.