mhurhangee/patent-ind-claim-en huggingface dataset:
Gas control valve (7 - 10) for a hob , having a valve housing and a valve body accommodated in the valve housing , wherein the valve body can be rotated in a predetermined direction of rotation from a closed position, in which the gas control valve (7 - 10) is closed, into an open position, in which the gas control valve (7 - 10) is open, wherein the valve body can be rotated in the predetermined direction of rotation beyond the open position into a low-flame position, wherein when the valve body is rotated from the open position into the low-flame position, a flow volume of combustion gas that can flow through the gas control valve (7 - 10) can be controlled, in particular continuously, wherein the valve body can be rotated against the predetermined direction of rotation from the open position into a booster position and wherein the flow volume of combustion gas is greater in the booster position than in the open position, wherein the flow of combustion gas is constant in the booster position, and wherein viewed against the predetermined direction of rotation , the booster position is arranged between the open position and the closed position.
A cosmetic composition for temporarily shaping keratin fibers, which contains: (a) at least one vinylpyrrolidone homopolymer and (b) at least one cross-linked acrylate copolymer, containing a cross-linked acrylate copolymer having the INCI name acrylates/ceteareth-20 methacrylate crosspolymer. (a) at least one vinylpyrrolidone homopolymer and (b) at least one cross-linked acrylate copolymer, containing a cross-linked acrylate copolymer having the INCI name acrylates/ceteareth-20 methacrylate crosspolymer.
Method for compressing electrode material applied to a collector tape , with the following features: a. the method serves the purpose of compressing electrode material which has been applied to a collector tape and together with it forms an electrode tape , wherein the electrode material has been applied to the collector tape at least on one side and wherein on this side at least one free area which is in the form of a strip and extends in a longitudinal direction of the collector tape is free from electrode material , and b. the electrode tape is guided in a conveying direction , which is parallel to the longitudinal direction of the electrode tape, through a compression gap , which brings about a compression of the electrode material , and c. force is applied in the longitudinal direction to the at least one free area in order in this way to bring about a stretching of the collector tape in the free area, characterized by the following feature: d. the stretching of the collector tape in the at least one free area in the longitudinal direction takes place by force being applied to the collector tape downstream of the compression gap in the conveying direction by means of at least one conveying roller , selectively acting on the free area, and the collector tape simultaneously being restrained upstream of the compression gap in the conveying direction by at least one braking roller of a braking device , selectively acting on the free area , such that the collector tape is subjected to tensile stress in the free area between the braking device and the conveying device and a plastic strain in the longitudinal direction is thereby brought about in the free area . a. the method serves the purpose of compressing electrode material which has been applied to a collector tape and together with it forms an electrode tape , wherein the electrode material has been applied to the collector tape at least on one side and wherein on this side at least one free area which is in the form of a strip and extends in a longitudinal direction of the collector tape is free from electrode material , and b. the electrode tape is guided in a conveying direction , which is parallel to the longitudinal direction of the electrode tape, through a compression gap , which brings about a compression of the electrode material , and c. force is applied in the longitudinal direction to the at least one free area in order in this way to bring about a stretching of the collector tape in the free area,
A buck converter comprising: an input for receiving an input voltage; an output node (Output) for providing an output voltage to a load; a rectifier circuit coupled to the input; a first switch (Q1) coupled between a first output of the rectifier circuit and a switching node; a second switch (Q2) coupled between the switching node and a second output of the rectifier circuit; an inductor (L1) coupled between the switching node and the output node (Output); a first capacitor (C1) coupled between the first output of the rectifier and the output node (Output); a second capacitor (C2) coupled between the output node (Output) and the second output of the rectifier; and a controller for controlling the first switch (Q1) and the second switch (Q2) and arranged to operate the buck converter in a first mode and a second mode, wherein in the first mode; an output connection is formed between the output node (Output) and the second output of the rectifier circuit; the first switch (Q1) is arranged to operate as a buck converter switch; the second switch (Q2) is arranged to operate as a synchronous freewheel switch; and wherein in the second mode; an output connection is formed between the first output of the rectifier circuit and the output node (Output); the first switch (Q1) is arranged to operate as the synchronous freewheel switch; the second switch (Q2) is arranged to operate as a buck converter switch; and wherein the controller is arranged to receive a mode control signal for operating the buck converter in the first mode or the second mode. an input for receiving an input voltage; an output node (Output) for providing an output voltage to a load; a rectifier circuit coupled to the input; a first switch (Q1) coupled between a first output of the rectifier circuit and a switching node; a second switch (Q2) coupled between the switching node and a second output of the rectifier circuit; an inductor (L1) coupled between the switching node and the output node (Output); a first capacitor (C1) coupled between the first output of the rectifier and the output node (Output); a second capacitor (C2) coupled between the output node (Output) and the second output of the rectifier; and a controller for controlling the first switch (Q1) and the second switch (Q2) and arranged to operate the buck converter in a first mode and a second mode, wherein in the first mode; an output connection is formed between the output node (Output) and the second output of the rectifier circuit; the first switch (Q1) is arranged to operate as a buck converter switch; the second switch (Q2) is arranged to operate as a synchronous freewheel switch; and wherein in the second mode; an output connection is formed between the first output of the rectifier circuit and the output node (Output); the first switch (Q1) is arranged to operate as the synchronous freewheel switch; the second switch (Q2) is arranged to operate as a buck converter switch; and wherein the controller is arranged to receive a mode control signal for operating the buck converter in the first mode or the second mode.
A thermosensitive recording medium comprising at least: - a support layer ; - a thermosensitive colouring layer over the support layer , the thermosensitive colouring layer containing a leuco dye; and - a protective layer over the thermosensitive colouring layer ; wherein the thermosensitive colouring layer comprises a developer having the general formula (I) below: wherein R 1 to R 3 each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a C1-C6 alkoxyl group, a C1-C6 fluoroalkyl group; characterized in that the protective layer comprises particles of wax with an average particle size of at least 0.05 μm and at most 2.0 μm. - a support layer ; - a thermosensitive colouring layer over the support layer , the thermosensitive colouring layer containing a leuco dye; and - a protective layer over the thermosensitive colouring layer ;
An electronic device configured to be operatively connected to a data communications network within a vehicle; the electronic device is configured to: transmit a first message to a further electronic device connected to the data communications network; and output a first control signal to cause the operative state of the further electronic device to be reset, in dependence on no response message having been received from the further electronic device within a time period from transmission of the first message equal to a predetermined time period threshold. transmit a first message to a further electronic device connected to the data communications network; and output a first control signal to cause the operative state of the further electronic device to be reset, in dependence on no response message having been received from the further electronic device within a time period from transmission of the first message equal to a predetermined time period threshold.
An analyzer comprising: a means for mounting a liquid container; a plurality of means for mounting, each, one of a plurality of tip containers accommodating respectively a plurality of pipette tips; each of the plurality of tip containers comprising a tip container body ; wherein each of the plurality of means for mounting the plurality of a tip containers is provided with an open part for accommodating, each, one of the plurality of tip container bodies ; a dispensing section arranged to equip a pipette tip accommodated in a tip container and dispense a quantity of liquid from the liquid container to a reaction container via the equipped pipette tip; a central processing unit arranged to prohibit a process of equipping the pipette tip by the dispensing section when a cover is detected on the tip container, and arranged to permit the process when no cover is detected; and a reaction detection section arranged to interrogate a property of the liquid in the reaction container; characterized in that a plurality of cover detecting sections are arranged to detect, each, a cover mounted on a tip container; wherein one of the plurality of cover detecting sections is provided in each of the plurality of open parts .
An electronic device communicatively connected to an electronic terminal configured to display an output value of a sensor, 2. characterised in that the electronic device comprises: a storage unit that stores a first city to be set in the electronic terminal ; and a processor , wherein the processor fixes or changes a display-unit of the output value of the sensor to be displayed on the electronic terminal, based on the first city and a display language set in an OS of the electronic device. a storage unit that stores a first city to be set in the electronic terminal ; and a processor , wherein the processor fixes or changes a display-unit of the output value of the sensor to be displayed on the electronic terminal, based on the first city and a display language set in an OS of the electronic device.
A method for receiving, by a user equipment, UE , downlink signals in a wireless communication system, the method comprising: monitoring, by the UE , a first physical downlink control channel, PDCCH, addressed by an identifier associated with paging for receiving a first paging message or a second paging message, in a paging discontinuous reception, DRX state with a paging DRX cycle, wherein the first paging message includes an indication that there is downlink data for the UE , an indicator indicating an inactive DRX cycle and a UE identifier for the UE , and wherein the inactive DRX cycle is shorter than the paging DRX cycle, wherein the second paging message does not include the indication that there is downlink data for the UE ; if the second paging message is received based on the first PDCCH, performing, by the UE , a random access procedure for establishing a radio resource control, RRC, connection; if the first paging message is received based on the first PDCCH, transitioning, by the UE , from the paging DRX state with the paging DRX cycle to the inactive DRX state with the inactive DRX cycle, and monitoring, by the UE , a second PDCCH addressed by the identity of the UE for receiving the downlink data in the inactive DRX state. monitoring, by the UE , a first physical downlink control channel, PDCCH, addressed by an identifier associated with paging for receiving a first paging message or a second paging message, in a paging discontinuous reception, DRX state with a paging DRX cycle, wherein the first paging message includes an indication that there is downlink data for the UE , an indicator indicating an inactive DRX cycle and a UE identifier for the UE , and wherein the inactive DRX cycle is shorter than the paging DRX cycle, wherein the second paging message does not include the indication that there is downlink data for the UE ; if the second paging message is received based on the first PDCCH, performing, by the UE , a random access procedure for establishing a radio resource control, RRC, connection; if the first paging message is received based on the first PDCCH, transitioning, by the UE , from the paging DRX state with the paging DRX cycle to the inactive DRX state with the inactive DRX cycle, and monitoring, by the UE , a second PDCCH addressed by the identity of the UE for receiving the downlink data in the inactive DRX state.
A self-film-forming composition in powder form, self-film-forming under agitation in the presence of a liquid medium, the composition comprising: (i) at least one agent in powder form selected from the group consisting of a gelifier agent and a bioadhesive agent, and (ii) at least one Pediococcus strain in powder form, wherein (i) and (ii) are in a single or in separate containers. (i) at least one agent in powder form selected from the group consisting of a gelifier agent and a bioadhesive agent, and (ii) at least one Pediococcus strain in powder form,
A wind tunnel having a test section , and a blower configured to provide air to the test section, the test section comprising: at least one surface defining an at least partially enclosed space , the at least partially enclosed space defining an airflow path for air provided by the blower; a flat fan nozzle disposed in the at least partially enclosed space , the flat fan nozzle configured to spray an agricultural spray , in a spray sheet, the spray sheet exhibits a non-parallel spray orientation angle (Θ) measured clockwise from the spray sheet to the airflow path of the enclosed space, wherein the agricultural spray includes a portion initially exiting the flat fan nozzle that forms a continuous sheet-like portion defining an initial spray pattern; at least one stimulus source positioned to illuminate at least the portion of the agricultural spray exiting the flat fan nozzle , wherein the portion of the agricultural spray includes a region of the agricultural spray initially exiting the nozzle that forms the continuous sheet-like portion defining the initial spray pattern; and at least one detector positioned to image at least the portion of the agricultural spray exiting the flat fan nozzle . at least one surface defining an at least partially enclosed space , the at least partially enclosed space defining an airflow path for air provided by the blower; a flat fan nozzle disposed in the at least partially enclosed space , the flat fan nozzle configured to spray an agricultural spray , in a spray sheet, the spray sheet exhibits a non-parallel spray orientation angle (Θ) measured clockwise from the spray sheet to the airflow path of the enclosed space, wherein the agricultural spray includes a portion initially exiting the flat fan nozzle that forms a continuous sheet-like portion defining an initial spray pattern; at least one stimulus source positioned to illuminate at least the portion of the agricultural spray exiting the flat fan nozzle , wherein the portion of the agricultural spray includes a region of the agricultural spray initially exiting the nozzle that forms the continuous sheet-like portion defining the initial spray pattern; and at least one detector positioned to image at least the portion of the agricultural spray exiting the flat fan nozzle .
Assembly comprising a vehicle body , a seal or/and mask which encircles a door flap or opening flap of the vehicle body and has a flexible strand comprising an elastomer material, and an adhesive-material layer which extends in the longitudinal direction of the strand and connects the strand to the vehicle body , characterized in that the tear resistance of the adhesive-material layer exceeds the adhesive strength of the adhesive material to the elastomer material of the strand and/or the adhesive strength of the adhesive material to a lacquer of the body, such that the strand can be pulled off from the complete adhesive-material layer or together with the adhesive-material layer from the body to leave behind an adhesive surface free of tear-off residues, for the purpose of adhesively bonding the body to a substitute strand.
A plow module for replaceable installation on a base frame of a plow device for plowing ground, wherein the plow module comprises: - a rotatable first cutting element formed as a crowned cutting plate, having a circumferential first cutting edge , wherein the first cutting element is formed in such a way that, by moving the plow module on the ground along a plowing direction , a lateral region of a soil strip of the ground can be cut, - a second, flat cutting element having a second cutting edge , wherein the second cutting element is formed in such a way that by moving the plow module on the ground along the plowing direction a bottom region of the soil strip of the ground can be severed, characterized in that the plow module is formed as a fully mounted assembly in which the second cutting element with its cutting edge follows the first cutting element in the plowing direction and - a first carrier structure is provided, on which the first cutting element is arranged, - a second carrier structure is provided, on which the cutting element is arranged and which is connected to the first carrier structure , - the first carrier structure has means for releasable attachment to a base frame of the plow device . - a rotatable first cutting element formed as a crowned cutting plate, having a circumferential first cutting edge , wherein the first cutting element is formed in such a way that, by moving the plow module on the ground along a plowing direction , a lateral region of a soil strip of the ground can be cut, - a second, flat cutting element having a second cutting edge , wherein the second cutting element is formed in such a way that by moving the plow module on the ground along the plowing direction a bottom region of the soil strip of the ground can be severed, - a first carrier structure is provided, on which the first cutting element is arranged, - a second carrier structure is provided, on which the cutting element is arranged and which is connected to the first carrier structure , - the first carrier structure has means for releasable attachment to a base frame of the plow device .
Illumination device for a vehicle having at least one light source , which is a laser, and at least one optical imaging element arranged in the beam path of the light source , wherein there is arranged between the light source and the imaging element a surface element , which is formed at least to illuminate the focal plane of the imaging element , and wherein the surface element is formed to illuminate the focal plane through light emission due to exciting of the material of the surface element by the light emitted from the light source , characterised in that the surface element has multiple distinctly limited, identically formed surface segments arranged in rows and columns, wherein the light emitted from the light source is diverted via a reflector to the surface element , wherein a) the reflector is a mirror movable in at least two spatial directions, or b) the reflector comprises a rotatably mounted roller, which has a reflective surface, and/or c) through the movement of the reflector the light is divertable at a speed not resolvable by the human eye. a) the reflector is a mirror movable in at least two spatial directions, or b) the reflector comprises a rotatably mounted roller, which has a reflective surface, and/or c) through the movement of the reflector the light is divertable at a speed not resolvable by the human eye.
Liquefied-fluid storage tank comprising a storage wall the inner surface of which defines a storage volume for liquefied fluid, and an outer wall disposed in a spaced manner around the storage wall , the space between said walls being maintained in a vacuum at a pressure less than atmospheric pressure and comprising a thermal insulation layer , the tank comprising an exchanger for cooling the fluid contained in the tank in particular to condense vapours of said fluid, the cooling exchanger comprising a body of metal, in particular aluminium, the body being in contact with and attached to the outer surface of the storage wall , characterised in that in the body of metal is integrated at least one pipe of a coolant fluid circuit to cool said body and in that the body is connected to the outer wall and to the pipe(s) by casting of metal in liquid form at melting temperature on the storage wall and round the pipe or pipes , i.e. the pipe or pipes are embedded in the body , the body being overmoulded on the outer wall and the pipes .
A horizontal protective device for a medical display hanger , wherein the horizontal protective device for the medical display hanger comprises an upper ring , a middle ring , a lower ring , an upper rotating shaft and a lower rotating shaft , wherein the upper ring is connected to the bottom of a medical pendant, characterized in that the lower ring is connectable to the top of the medical display hanger, and the middle ring is provided with a total of four holes in front, rear, left, and right portions of the middle ring; one end of the upper rotating shaft is fixedly connected to the upper ring, and the other end of the upper rotating shaft passes through one of the holes of the middle ring to form a shaft-hole clearance fit; one end of the lower rotating shaft is fixedly connected to the lower ring, and the other end of the lower rotating shaft passes through a further one of the holes of the middle ring to form a shaft-hole clearance fit; and the upper rotating shaft and the lower rotating shaft are spatially perpendicular to each other.
A frame bar for a frame of a brake control device of a rail-bound vehicle, characterised in that the frame bar has a pneumatic interface and is suitable for forming a load-bearing element of the frame , the characteristic of the frame bar as a load-bearing element of the frame being achieved by providing the frame bar with a structure for transporting or lifting the frame . the frame bar has a pneumatic interface and is suitable for forming a load-bearing element of the frame , the characteristic of the frame bar as a load-bearing element of the frame being achieved by providing the frame bar with a structure for transporting or lifting the frame .