mhurhangee/patent-ind-claim-en huggingface dataset:
A power device , comprising a first motor and a control panel, the control panel comprising a pushing rod connected to a machine body; a panel assembly reciprocatingly sliding on said pushing rod ; and a locking assembly connected to said panel assembly , said locking assembly being adapted to lock said panel assembly on said pushing rod and unlock said panel assembly from said pushing rod ; characterized by a self-propelled switch , electrically connected with the locking assembly and the first motor and adapted to start and close the first motor , wherein, when the self-propelled switch is closed, the first motor is configured to start and change the power device from a manual-power driving mode to a self-propelled driving mode.
A liquid ejection head comprising: an ejection orifice through which a liquid is ejected; a first liquid flow path which is in communication with the ejection orifice ; a second liquid flow path which is in communication with the ejection orifice on the opposite side of the first liquid flow path with respect to the ejection orifice , wherein the liquid is to be supplied through the first liquid flow path to the ejection orifice for ejection, wherein liquid which is not ejected from the ejection orifice is to be guided through the second liquid flow path ; characterised in that the liquid ejection head further comprises a first electrode and a second electrode provided in the first liquid flow path and the second liquid flow path , respectively, wherein the second electrode is configured to generate an electro-osmotic flow in the liquid supplied to the ejection orifice together with the first electrode . an ejection orifice through which a liquid is ejected; a first liquid flow path which is in communication with the ejection orifice ; a second liquid flow path which is in communication with the ejection orifice on the opposite side of the first liquid flow path with respect to the ejection orifice , wherein the liquid is to be supplied through the first liquid flow path to the ejection orifice for ejection, wherein liquid which is not ejected from the ejection orifice is to be guided through the second liquid flow path ; characterised in that the liquid ejection head further comprises a first electrode and a second electrode provided in the first liquid flow path and the second liquid flow path , respectively, wherein the second electrode is configured to generate an electro-osmotic flow in the liquid supplied to the ejection orifice together with the first electrode .
A high impact liquid spray nozzle assembly comprising an elongated nozzle body having a liquid passageway with a section that extends with an inwardly tapered diameter in a downstream direction along a longitudinal axis of the liquid passageway, a spray tip at a downstream end of said nozzle body having an elongated discharge orifice oriented transverse to the longitudinal axis of the liquid passageway for emitting and directing a flat liquid spray pattern , a liquid inlet communicating with an upstream end of said nozzle body liquid passageway upstream of said spray tip, a one-piece multi-stage vane segment disposed in said liquid passageway upstream of said spray tip, said one-piece vane segment comprising a first stage upstream vane section and a second stage downstream vane section downstream of said first stage upstream vane section, said first stage upstream and second stage downstream vane sections each having a plurality of flat vane elements defining a plurality of longitudinally extending circumferentially spaced laminar flow passageways communicating between said liquid inlet and said spray tip for directing liquid longitudinally in a direction parallel to the longitudinal axis of the liquid passageway, and said radial vane elements of said second downstream vane section being circumferentially offset to the radial vane elements of said first upstream vane section.
Method for operating an electronic display apparatus that is wearable on the head, in which a relative movement of the electronic display apparatus in relation to a vehicle interior of a vehicle is ascertained by a detection apparatus arranged on the electronic display apparatus and a virtual perspective of a wearer of the electronic display apparatus , the wearer being located in the vehicle interior , is adapted to displayed virtual content in accordance with the relative movement ascertained, wherein a contour of the vehicle interior is also detected by the detection apparatus , wherein a pair of virtual-reality glasses is used as the electronic display apparatus , characterised in that a virtual contour corresponding to the contour of the vehicle interior is displayed, and a game is displayed by means of the electronic display apparatus and the virtual contour corresponding to the contour of the vehicle interior is adapted to a present scene of the game, wherein the virtual contour is continually displayed. characterised in that a virtual contour corresponding to the contour of the vehicle interior is displayed, and a game is displayed by means of the electronic display apparatus and the virtual contour corresponding to the contour of the vehicle interior is adapted to a present scene of the game, wherein the virtual contour is continually displayed.
An ultrasound transducer, comprising: a control circuit which comprises an integrated circuit, the integrated circuit comprising an array of circuit portions ; an array of capacitive micromachined ultrasound transducer, cMUT, elements provided to overlay the control circuit; and an array of vias , with at least one via providing a coupling between each cMUT element and a respective one of the circuit portions said CMUT element is arranged to overlay, those circuit portions together defining a circuit area, characterized in that the pitch of the array of cMUT elements is greater than the pitch of the circuit portions in at least one direction of the array such that in said at least one direction, the cMUT elements extend beyond one or both sides of the circuit area in said at least one direction, wherein the at least one direction of the array comprises a row direction or both row and column directions. a control circuit which comprises an integrated circuit, the integrated circuit comprising an array of circuit portions ; an array of capacitive micromachined ultrasound transducer, cMUT, elements provided to overlay the control circuit; and an array of vias , with at least one via providing a coupling between each cMUT element and a respective one of the circuit portions said CMUT element is arranged to overlay, those circuit portions together defining a circuit area, characterized in that the pitch of the array of cMUT elements is greater than the pitch of the circuit portions in at least one direction of the array such that in said at least one direction, the cMUT elements extend beyond one or both sides of the circuit area in said at least one direction, wherein the at least one direction of the array comprises a row direction or both row and column directions.
An apparatus for wearing by a user, comprising: a plurality of output zones arranged on the apparatus , each of the output zones arranged to provide an output signal which can be sensed by skin of the user; and a controller configured to actuate the plurality of output zones at a predetermined speed reflecting actual passage of time in a manner so as to give the user a continuous perception of passing time over a time period; characterized in that the controller is configured to modulate said predetermined speed of an actuation sequence of the plurality of output zones in a gradual manner so as to alter a subjective sense of passage of time of the user in a gradual manner. a plurality of output zones arranged on the apparatus , each of the output zones arranged to provide an output signal which can be sensed by skin of the user; and a controller configured to actuate the plurality of output zones at a predetermined speed reflecting actual passage of time in a manner so as to give the user a continuous perception of passing time over a time period; characterized in that the controller is configured to modulate said predetermined speed of an actuation sequence of the plurality of output zones in a gradual manner so as to alter a subjective sense of passage of time of the user in a gradual manner.
Device for an illumination system (14; 71) for supplying several consumers (11-13) of an illumination system with energy, wherein the device for an illumination system (14; 71) is configured to transmit control signals to the several consumers (11-13) via supply lines and to provide the energy via the supply lines, wherein the device for an illumination system (14; 71) comprises: a detection device (31; 51, 52; 61-64) for detecting at least one parameter, wherein the at least one parameter is a time-dependent, total power consumption of the several consumers (11-13) via the supply lines, and a communications interface for outputting data which depend upon the at least one parameter, wherein the device for an illumination system (14; 71) is configured to determine a power consumption individually for the several consumers (11-13) from changes in the total power consumption that result from manipulatedvariable changes of the control signals, wherein the device for an illumination system (14; 71) is configured for only unidirectional communication with the several consumers (11-13), characterized in that the illumination device (14; 71) is further configured to determine at least one, maintenance-relevant parameter of the several consumers (11-13), wherein, in the event of a power exceeding a power threshold, the detection device (31; 51; 52; 61-64) is configured to determine, for each of the several consumers (11-13), an operating time as the at least one, maintenance-relevant parameter of the several consumers (11-13). a detection device (31; 51, 52; 61-64) for detecting at least one parameter, wherein the at least one parameter is a time-dependent, total power consumption of the several consumers (11-13) via the supply lines, and a communications interface for outputting data which depend upon the at least one parameter, wherein the device for an illumination system (14; 71) is configured to determine a power consumption individually for the several consumers (11-13) from changes in the total power consumption that result from manipulatedvariable changes of the control signals, wherein the device for an illumination system (14; 71) is configured for only unidirectional communication with the several consumers (11-13), characterized in that the illumination device (14; 71) is further configured to determine at least one, maintenance-relevant parameter of the several consumers (11-13), wherein, in the event of a power exceeding a power threshold, the detection device (31; 51; 52; 61-64) is configured to determine, for each of the several consumers (11-13), an operating time as the at least one, maintenance-relevant parameter of the several consumers (11-13).
A motor vehicle latch , in particular an electrically operable motor vehicle latch , comprising a locking mechanism that has a rotary catch and at least one pawl , it being possible to ratchet the rotary catch in at least one ratchet position (HR) by means of the pawl , and comprising a release lever , it being possible to unlock the ratcheted locking mechanism by means of the release lever , the rotary catch being movable, in particular into a lifted position (ÜH), in order to unlock the locking mechanism at least indirectly by means of the release lever , characterized in that the release lever is mounted on a common pivot axis with the pawl .
A wirelessly-controlled lighting device with an audio playing function, comprising: - a lighting assembly ; - an audio playing module ; characterized in that the wirelessly-controlled lighting device further comprises: - a first Bluetooth module configured to be connected with the lighting assembly and the audio playing module , wherein the first Bluetooth module is configured to receive a control signal from an external device , the control signal including a first control signal used to control the lighting assembly and a second control signal used to control the audio playing module ; and - a second Bluetooth module configured to be connected with the audio playing module , and configured to receive audio data from the external device to transmit the audio data to the audio playing module for audio playing, wherein the audio playing is controlled according to the second control signal received by the first Bluetooth module . - a lighting assembly ; - an audio playing module ; - a first Bluetooth module configured to be connected with the lighting assembly and the audio playing module , wherein the first Bluetooth module is configured to receive a control signal from an external device , the control signal including a first control signal used to control the lighting assembly and a second control signal used to control the audio playing module ; and - a second Bluetooth module configured to be connected with the audio playing module , and configured to receive audio data from the external device to transmit the audio data to the audio playing module for audio playing, wherein the audio playing is controlled according to the second control signal received by the first Bluetooth module .
Insert component which is moldable into a metal cast part or a plastic injection cast part , wherein the insert component is a wire thread insert and comprises the following features: an at least partly open outer wall and an inner cavity , wherein a wound wire coil of the wire thread insert has radial gaps and the wire thread insert includes an opening each at its opposite face sides, characterized in that an inner wall of the inner cavity is coated with plastic and the wire thread insert has a plastic collar on one side at the face side which is configured suitably so as to form a sealing element against metal melt or plastic melt in interaction with a wall of a mold (GF), so that at the face sides and at the circumferential side, the inner cavity is sealed against an entering of metal melt or plastic from the outside. an at least partly open outer wall and an inner cavity , wherein a wound wire coil of the wire thread insert has radial gaps and the wire thread insert includes an opening each at its opposite face sides, characterized in that an inner wall of the inner cavity is coated with plastic and the wire thread insert has a plastic collar on one side at the face side which is configured suitably so as to form a sealing element against metal melt or plastic melt in interaction with a wall of a mold (GF), so that at the face sides and at the circumferential side, the inner cavity is sealed against an entering of metal melt or plastic from the outside.
Recombinant obligate anaerobic Gram-positive bacteria comprising a nucleic acid encoding a fusion protein comprising a signal peptide and 3 or more anti-TRAIL-R1 VHH antibodies and/or 3 or more anti-TRAIL-R2 VHH antibodies, under the control of elements required for expression in the recombinant bacteria, including a promoter and terminator, for use in a method of treating a tumour, wherein the bacteria are administered intravenously.
A Vertical Cavity Surface Emitting Laser, VCSEL, device for a self-mixing interference sensor for recording three-dimensional pictures, the VCSEL device comprises a VCSEL array comprising a multitude of laser diodes on a substrate , a multitude of detectors , a first electrical laser contact and at least one second electrical laser contact , wherein each laser diode is configured as a VCSEL, wherein each laser diode comprises an optical resonator, wherein the optical resonator comprises a first distributed Bragg reflector , a second distributed Bragg reflector and an active layer for light emission of laser light , wherein the active layer is arranged between the first distributed Bragg reflector and the second distributed Bragg reflector , wherein the first electrical laser contact and the at least one second electrical laser contact are arranged to provide an electrical drive current to electrically pump the optical resonators of the laser diodes , wherein the first electrical laser contact is a common contact for all laser diodes of the VCSEL array, and wherein the at least one second electrical laser contact is arranged to electrically contact at least a subgroup of the multitude of laser diodes of the VCSEL array, wherein each detector is arranged to generate an electrical self-mixing interference measurement signal associated to at least one laser diode upon reception of the laser light , wherein the detectors are integrated in the optical resonators, wherein the VCSEL device is configured to generate the self-mixing interference signal when a laser diode emits laser light and a part of the emitted laser light is reflected back to the to the optical resonator of the respective laser diode and interferes with the standing wave pattern within the optical resonator, wherein the laser light is emitted through a substrate .
A device for twisting single cables about a twisting axis (V) to form a cable bundle along an extension axis (A), the device comprising: single rotating units , which are spaced from one another at a variable distance , for separately holding cable ends at one end of the single cables , wherein each single rotating unit is mounted rotatably about an associated pivot axis , wherein each pivot axis runs substantially perpendicular to the extension axis (A) of the cable bundle ; a twisting unit for holding and twisting cable ends at the other end of the single cables ; a distance-adjusting apparatus for adjusting the variable distance . single rotating units , which are spaced from one another at a variable distance , for separately holding cable ends at one end of the single cables , wherein each single rotating unit is mounted rotatably about an associated pivot axis , wherein each pivot axis runs substantially perpendicular to the extension axis (A) of the cable bundle ; a twisting unit for holding and twisting cable ends at the other end of the single cables ; a distance-adjusting apparatus for adjusting the variable distance .
A drill rod for transferring a torque comprising - an elongate rod base body , along which runs at least one base line for a fluid and/or electric current and/or data, - an upper suspension device for suspending the drill rod from a support element , - a rotary bearing , which is arranged between the suspension device and the rod base body , wherein the rod base body is mounted rotatably relative to the suspension device about a rod longitudinal axis, and - a rotary feedthrough , through which a line connection is formed between at least one feed line , which is fixed relative to the support element , and the at least one base line of the rotatably-mounted rod base body , - wherein the rotary bearing comprises an axial bearing which is arranged above or below the rotary feedthrough , - wherein the rotary feedthrough and the rotary bearing , which comprises the axial bearing , are spatially and functionally separate, and - whereinthe rotary bearing is arranged axially distanced from the rotary feedthrough , - wherein the rotary feedthrough comprises a sleeve-shaped outer part , which is connected to the rod base body torque proof, and an inner part , which is arranged within the outer part and is connected to the suspension device torque proof, and - wherein the inner part of the rotary feedthrough is arranged on a spike-like portion of the suspension device , wherein the spike-like portion of the suspension device extends downwardly through the rotary bearing , which is configured in annular shape. - an elongate rod base body , along which runs at least one base line for a fluid and/or electric current and/or data, - an upper suspension device for suspending the drill rod from a support element , - a rotary bearing , which is arranged between the suspension device and the rod base body , wherein the rod base body is mounted rotatably relative to the suspension device about a rod longitudinal axis, and - a rotary feedthrough , through which a line connection is formed between at least one feed line , which is fixed relative to the support element , and the at least one base line of the rotatably-mounted rod base body , - wherein the rotary bearing comprises an axial bearing which is arranged above or below the rotary feedthrough , - wherein the rotary feedthrough and the rotary bearing , which comprises the axial bearing , are spatially and functionally separate, and - whereinthe rotary bearing is arranged axially distanced from the rotary feedthrough , - wherein the rotary feedthrough comprises a sleeve-shaped outer part , which is connected to the rod base body torque proof, and an inner part , which is arranged within the outer part and is connected to the suspension device torque proof, and - wherein the inner part of the rotary feedthrough is arranged on a spike-like portion of the suspension device , wherein the spike-like portion of the suspension device extends downwardly through the rotary bearing , which is configured in annular shape.
A method of inhibiting food discoloration, comprising bringing the food discoloration inhibitor in contact with a food, wherein said food discoloration inhibitor comprises a low molecular weight lignin having a molecular weight peak in a molecular weight range of 4,000 to 9,500 and/or a high molecular weight lignin having a molecular weight peak in a molecular weight range of 10,000 to 40,000, wherein said molecular weight peak is measured at a wavelength of 254 nm by GPC molecular weight analysis using an UV detector and the lignin(s) content as a polyphenol amount is 0.05 wt% or more in terms of catechin.
A method in a node , comprising: determining a latency for an associated vehicle-to-anything, V2X, data packet; generating a tag for the associated V2X data packet at a first layer, the generated tag indicating one or more parameters related to transmission of the associated V2X data packet, wherein at least one of the one or more parameters comprises a ProSe Per-Packet Priority, PPPP, value that is based at least on the latency for the associated V2X data packet; signaling the tag from the first layer to another layer; mapping , at the another layer, the associated V2X data packet to a logical channel based on the one or more parameters including the PPP value indicated by the tag as well as a traffic type associated with the V2X data packet; and selecting one or more resources for transmission of the associated V2X data packet based on the mapping of the associated V2X data packet to the logical channel determining a latency for an associated vehicle-to-anything, V2X, data packet; generating a tag for the associated V2X data packet at a first layer, the generated tag indicating one or more parameters related to transmission of the associated V2X data packet, wherein at least one of the one or more parameters comprises a ProSe Per-Packet Priority, PPPP, value that is based at least on the latency for the associated V2X data packet; signaling the tag from the first layer to another layer; mapping , at the another layer, the associated V2X data packet to a logical channel based on the one or more parameters including the PPP value indicated by the tag as well as a traffic type associated with the V2X data packet; and selecting one or more resources for transmission of the associated V2X data packet based on the mapping of the associated V2X data packet to the logical channel