mhurhangee/patent-ind-claim-en huggingface dataset:
Beverage maker, in particular for dispensing coffee beverages, having a water heater , a brewing device to which hot water from the water heater can be supplied, and an outlet apparatus connected to the brewing device via a hot beverage line , wherein the beverage maker comprises at least one outlet head which can be secured to the outlet apparatus and is configured to dispense one or more beverage components guided to the outlet apparatus via separate food lines , and the outlet apparatus has a mechanical interface with which the outlet head (3, 3', 3") can be coupled in a sealing manner, characterised in that the mechanical interface has a plurality of connection points (13a-13g) for different beverage components, against which the outlet head (3, 3', 3") is coupled in a sealing manner, and the outlet head (3, 3', 3") has a sealing surface with corresponding openings for a subset of the connection points (13a-13g), and the sealing surface , when the outlet head (3, 3', 3") is in the coupled state, closes the remaining connection openings in a fluid-tight manner. the beverage maker comprises at least one outlet head which can be secured to the outlet apparatus and is configured to dispense one or more beverage components guided to the outlet apparatus via separate food lines , and the outlet apparatus has a mechanical interface with which the outlet head (3, 3', 3") can be coupled in a sealing manner, characterised in that the mechanical interface has a plurality of connection points (13a-13g) for different beverage components, against which the outlet head (3, 3', 3") is coupled in a sealing manner, and the outlet head (3, 3', 3") has a sealing surface with corresponding openings for a subset of the connection points (13a-13g), and the sealing surface , when the outlet head (3, 3', 3") is in the coupled state, closes the remaining connection openings in a fluid-tight manner.
A seat unit comprising a console , said console comprising: - an armrest, and - an upper wall, and - a storage housing delimiting an internal volume inside which objects can be placed, - the storage housing comprising an opening towards the outside of said storage housing in a vertical direction, and - a movable plate capable of moving between a closed position in which the movable plate closes the opening of the storage housing and an open position in which said movable plate is spaced from the opening of the storage housing so as to access to the internal volume of said storage housing , - said movable plate extending in a horizontal plane (P) in the closed position and in the open position , said movable plate being able to be maintained in said horizontal plane (P) during a movement of said movable plate from the closed position to the open position and vice versa, characterized in that the storage housing extends vertically between the armrest and the upper wall forming a table surface. - an armrest, and - an upper wall, and - a storage housing delimiting an internal volume inside which objects can be placed, - the storage housing comprising an opening towards the outside of said storage housing in a vertical direction, and - a movable plate capable of moving between a closed position in which the movable plate closes the opening of the storage housing and an open position in which said movable plate is spaced from the opening of the storage housing so as to access to the internal volume of said storage housing , - said movable plate extending in a horizontal plane (P) in the closed position and in the open position , said movable plate being able to be maintained in said horizontal plane (P) during a movement of said movable plate from the closed position to the open position and vice versa,
A drill bit for forming a wellbore, the drill bit comprising: a body comprising a connector for a drill string; a drill bit cutter coupled to the body, the drill bit cutter including an end cap and a substrate ; and an acoustic sensor configured to sense a condition of the drill bit and either embedded in the substrate of the drill bit cutter or abutting an end surface of the drill bit cutter , wherein the end surface is at an end of the substrate opposite the end cap , wherein the acoustic sensor is configured to produce an acoustic signal that is transmitted through the drill bit cutter and a portion of the acoustic signal is returned and detected by the acoustic sensor ; and a controller configured to determine a thickness change in the end cap based on a comparison of the acoustic signal and the return signal . a body comprising a connector for a drill string; a drill bit cutter coupled to the body, the drill bit cutter including an end cap and a substrate ; and an acoustic sensor configured to sense a condition of the drill bit and either embedded in the substrate of the drill bit cutter or abutting an end surface of the drill bit cutter , wherein the end surface is at an end of the substrate opposite the end cap , wherein the acoustic sensor is configured to produce an acoustic signal that is transmitted through the drill bit cutter and a portion of the acoustic signal is returned and detected by the acoustic sensor ; and a controller configured to determine a thickness change in the end cap based on a comparison of the acoustic signal and the return signal .
A method for battery thermal management, the method comprising: sensing , with at least one temperature sensor , a temperature of at least one battery cell , wherein the at least one battery cell is at least partially submerged within a liquid contained within a battery case , the liquid being a phase change material (PCM); comparing , with at least one processor, the temperature of the at least one battery cell with a maximum threshold temperature; commanding , by the at least one processor, a cooling unit to be activated when the at least one processor determines that the temperature of the at least one battery cell is above the maximum threshold temperature; circulating , by at least one pump , the liquid via tubing from the battery case to the cooling unit and back to the battery case ; and venting, by a spring-loaded pressure relief valve which is connected to the battery case and to which a vent is connected, excess vapor produced in the battery case , the method further comprising: keeping the battery temperature below the boiling point of the liquid during normal operation. sensing , with at least one temperature sensor , a temperature of at least one battery cell , wherein the at least one battery cell is at least partially submerged within a liquid contained within a battery case , the liquid being a phase change material (PCM); comparing , with at least one processor, the temperature of the at least one battery cell with a maximum threshold temperature; commanding , by the at least one processor, a cooling unit to be activated when the at least one processor determines that the temperature of the at least one battery cell is above the maximum threshold temperature; circulating , by at least one pump , the liquid via tubing from the battery case to the cooling unit and back to the battery case ; and venting, by a spring-loaded pressure relief valve which is connected to the battery case and to which a vent is connected, excess vapor produced in the battery case , the method further comprising: keeping the battery temperature below the boiling point of the liquid during normal operation.
A depositing arrangement for evaporation of a material comprising an alkali metal or alkaline earth metal and for deposition of the material on a substrate , comprising: a first chamber configured for liquefying the material; a valve being in fluid communication with the first chamber, and being downstream of the first chamber, wherein the valve is configured for control of the flow rate of the liquefied material through the valve; wherein the valve is connected to a vapor distribution showerhead via a conduit ; the vapor distribution showerhead , comprising: an enclosure; and a plurality of nozzles for directing the vaporized material from within the enclosure towards the substrate, wherein the vapor distribution showerhead is configured to maintain a higher pressure within the vapor distribution showerhead relative to a pressure in a region between the vapor distribution showerhead and the substrate; and the evaporation zone disposed within the vapor distribution showerhead and being in fluid communication with the valve, and being downstream of the valve, wherein the evaporation zone is configured for vaporizing the liquefied material; wherein the evaporation zone is provided by a surface with a surface contact area of 1 cm 2 to 10 cm 2 . a first chamber configured for liquefying the material; a valve being in fluid communication with the first chamber, and being downstream of the first chamber, wherein the valve is configured for control of the flow rate of the liquefied material through the valve; wherein the valve is connected to a vapor distribution showerhead via a conduit ; the vapor distribution showerhead , comprising: an enclosure; and a plurality of nozzles for directing the vaporized material from within the enclosure towards the substrate, wherein the vapor distribution showerhead is configured to maintain a higher pressure within the vapor distribution showerhead relative to a pressure in a region between the vapor distribution showerhead and the substrate; and an enclosure; and a plurality of nozzles for directing the vaporized material from within the enclosure towards the substrate, wherein the vapor distribution showerhead is configured to maintain a higher pressure within the vapor distribution showerhead relative to a pressure in a region between the vapor distribution showerhead and the substrate; and the evaporation zone disposed within the vapor distribution showerhead and being in fluid communication with the valve, and being downstream of the valve, wherein the evaporation zone is configured for vaporizing the liquefied material; wherein the evaporation zone is provided by a surface with a surface contact area of 1 cm 2 to 10 cm 2 .
A system comprising: an electronic control system configured to deliver electrical stimulation to one or more exposed conductive regions of a percutaneous lead (104-104c) defining one or more electrodes to generate an electrical field that is sufficient to block nerve conduction through an overlapping nerve region when the one or more electrodes are placed in parallel, or substantially in parallel to a long axis of a peripheral nerve over an overlapping nerve region of greater than about 3 millimeters, wherein the electronic control system is configured to deliver electrical stimulation to the one or more exposed conductive regions of the percutaneous lead (104-104c) that comprises high-frequency stimulation having one or more primary frequency harmonics between about 2 kHz and 100 kHz. an electronic control system configured to deliver electrical stimulation to one or more exposed conductive regions of a percutaneous lead (104-104c) defining one or more electrodes to generate an electrical field that is sufficient to block nerve conduction through an overlapping nerve region when the one or more electrodes are placed in parallel, or substantially in parallel to a long axis of a peripheral nerve over an overlapping nerve region of greater than about 3 millimeters, wherein the electronic control system is configured to deliver electrical stimulation to the one or more exposed conductive regions of the percutaneous lead (104-104c) that comprises high-frequency stimulation having one or more primary frequency harmonics between about 2 kHz and 100 kHz.
A first wireless communication device comprising: a processor , a memory , and a wireless communication unit configured to establish a beamformed communication link with a second wireless communication device ; wherein the wireless communication unit is configured to transmit a first field containing a first portion indicating a beamlink maintenance unit index, the first portion followed by a second portion indicating a beamlink maintenance value, the second portion followed by a third portion indicating which of the first and second wireless communication devices is to act as a master in a communication over the beamformed communication link; and wherein the wireless communication unit is further configured to determine a beamlink maintenance time period for the beamformed communication link based on a relationship between the third portion of the first field and a corresponding third portion of a second field received at the first wireless communication device from the second wireless communication device . a processor , a memory , and a wireless communication unit configured to establish a beamformed communication link with a second wireless communication device ; wherein the wireless communication unit is configured to transmit a first field containing a first portion indicating a beamlink maintenance unit index, the first portion followed by a second portion indicating a beamlink maintenance value, the second portion followed by a third portion indicating which of the first and second wireless communication devices is to act as a master in a communication over the beamformed communication link; and wherein the wireless communication unit is further configured to determine a beamlink maintenance time period for the beamformed communication link based on a relationship between the third portion of the first field and a corresponding third portion of a second field received at the first wireless communication device from the second wireless communication device .
Cooking appliance for pastry preparations, comprising a base and a cover hingedly connected to the base between a first raised position to enable the introduction of a pastry preparation into a cooking chamber and a second lowered position to form a cooking box for the pastry preparation, the cover and the base each comprising a portion of the cooking box and heating means, appliance wherein: - the cover and the base each further comprise a reflector and an internal tank , - wherein, in the second lowered position: - the internal tank of the cover and the internal tank of the base form the cooking chamber arranged to receive the pastry preparation, - the reflector of the cover and the reflector of the base form a heating chamber surrounding the cooking chamber, - and wherein the heating means of the cover and of the base are disposed between the heating chamber and the cooking chamber, the appliance being characterised in that in the second lowered position, the reflector of the cover and the reflector of the base form a closed heating chamber. - the cover and the base each further comprise a reflector and an internal tank , - wherein, in the second lowered position: - the internal tank of the cover and the internal tank of the base form the cooking chamber arranged to receive the pastry preparation, - the reflector of the cover and the reflector of the base form a heating chamber surrounding the cooking chamber, - the internal tank of the cover and the internal tank of the base form the cooking chamber arranged to receive the pastry preparation, - the reflector of the cover and the reflector of the base form a heating chamber surrounding the cooking chamber, - and wherein the heating means of the cover and of the base are disposed between the heating chamber and the cooking chamber, the appliance being characterised in that in the second lowered position, the reflector of the cover and the reflector of the base form a closed heating chamber.
A paper protection element for a plate body , in particular a door leaf, the paper element delimiting an outwardly open cavity for inserting a peripheral corner portion of the plate body, the paper element comprising two flat side walls facing and parallel to one another, a bottom wall integrally connected to the side walls and a base wall ; the base wall being a reinforced tubular wall; characterised in that said reinforced tubular wall comprises a monolithic tubular portion having a quadrangular cross section with a constant thickness, and in that said reinforced tubular wall further comprises an upright extending along a diagonal of said tubular portion and having a free terminal end arranged so as to strike against an inner corner of the tubular portion .
An irrigation device for facilitating growth of plant, comprising an above ground mat having an opening through which a plant extends, and a drip tube disposed therein, the drip tube having an open end connectable to a water source and a series of apertures along a length thereof within the mat , wherein the mat is comprised of a first sheet of landscape fabric material that is air and water permeable, and a second sheet of landscape fabric material that is air and water permeable, wherein the first and second sheets of landscape fabric material are heat fused to one another; the first and second sheets of material being heat fused-attached to one another adjacent to inner and outer peripheral edges and intermediate the inner and outer edges so as to hold the drip tube in place with respect to the first and second sheets of the landscape fabric material, wherein open ends of the drip tube within the mat are attached to a tee connector such that the drip tube forms a closed loop having a spaced apart generally concentric or spiral configuration. the mat is comprised of a first sheet of landscape fabric material that is air and water permeable, and a second sheet of landscape fabric material that is air and water permeable, wherein the first and second sheets of landscape fabric material are heat fused to one another; the first and second sheets of material being heat fused-attached to one another adjacent to inner and outer peripheral edges and intermediate the inner and outer edges so as to hold the drip tube in place with respect to the first and second sheets of the landscape fabric material, wherein open ends of the drip tube within the mat are attached to a tee connector such that the drip tube forms a closed loop having a spaced apart generally concentric or spiral configuration.
A powershift transmission , with - a drive shaft , - a first gear wheel and a second gear wheel , which in each case are arranged rotatably on the drive shaft , - a layshaft/output shaft , - a third gear wheel which is arranged non-rotationally on the layshaft/output shaft and which meshes with the first gear wheel , - a fourth gear wheel which is arranged non-rotationally on the layshaft/output shaft and which meshes with the second gear wheel , - a first positively-locking element (A) which is arranged non-rotationally and displaceably on the drive shaft - and which in a first selection position is uncoupled from the first gear wheel - and which in a second selection position is rotationally coupled with the first gear wheel , wherein the first positively-locking element (A) in the second selection position - in a first direction of rotation of the first gear wheel is rotationally coupled with the first gear wheel , and - in a second direction of rotation of the first gear wheel opposed to the first direction of rotation is uncoupled from the first gear wheel by way of a freewheel , and wherein a second positively-locking element (B) is provided which is arranged non-rotationally and displaceably on the drive shaft, and wherein the second positively-locking element (B) can assume a first selection position in which it is coupled non-rotationally with the first gear wheel , characterised in that the second positively-locking element (B) in the first selection position extends through or over the first positively-locking element (A). - a drive shaft , - a first gear wheel and a second gear wheel , which in each case are arranged rotatably on the drive shaft , - a layshaft/output shaft , - a third gear wheel which is arranged non-rotationally on the layshaft/output shaft and which meshes with the first gear wheel , - a fourth gear wheel which is arranged non-rotationally on the layshaft/output shaft and which meshes with the second gear wheel , - a first positively-locking element (A) which is arranged non-rotationally and displaceably on the drive shaft - and which in a first selection position is uncoupled from the first gear wheel - and which in a second selection position is rotationally coupled with the first gear wheel , wherein the first positively-locking element (A) in the second selection position - and which in a first selection position is uncoupled from the first gear wheel - and which in a second selection position is rotationally coupled with the first gear wheel , - in a first direction of rotation of the first gear wheel is rotationally coupled with the first gear wheel , and - in a second direction of rotation of the first gear wheel opposed to the first direction of rotation is uncoupled from the first gear wheel by way of a freewheel , and wherein
Commercial vehicle , in particular lorry, trailer or semitrailer, having at least one frame structure, at least one axle unit and at least one stop device providing a stop surface for the axle unit , wherein the stop device has a mounting element fixed on the frame structure and a spacer provided between the frame structure and the stop surface , wherein the spacer is fixed captively and positively on the mounting element , characterised in that the stop surface is formed by the mounting element .
Earth station receiver device arranged for receiving a set of data transmitted in super-frames by an earth station transmitter device of a satellite communication system, whereby at least one of said super-frames contains less than 415 pilot segments, said pilot segments obtained by inserting a pilot field of 36 super-frame pilot symbols type A as defined in DVB-S2X in between each pair of consecutive blocks of 16 capacity units, said capacity units each 90 symbols long and obtained by converting a super-frame preamble comprising a start of super-frame, SOSF, and a super-frame format indicator, SFFI, and a plurality of physical layer frames, whereby a first subset of capacity units corresponding to said super-frame preamble is prepended to a second subset of capacity units corresponding to said plurality of physical layer frames, wherein said earth station receiver device comprising detection means arranged to check after each detected pilot field whether or not there is a SOSF indication.
A rotor iron core for an inner rotor, comprising a rotor body and permanent magnet slots disposed on the rotor body ; wherein a fixing hole for fixing a rotor punched segment and a flux isolating hole are disposed on a rotor magnetic pole between two adjacent permanent magnet slots ; the flux isolating hole is disposed outside the fixing hole in a radial direction of the rotor body ; a width of the flux isolating hole smoothly increases in a direction from an outer side of the rotor body toward a center thereof; characterized in that , an angle formed by two lines respectively connecting the center of the rotor body and occupied by an outside wall of the flux isolating hole is A, wherein the outside wall of the flux isolating hole is a curved surface concentrical with the rotor body, and the outside wall of the flux isolating hole is adjacent to the outer side of the rotor body , and an angle formed by two lines respectively connecting the center of the rotor body and occupied by a single magnetic pole of the rotor iron core is B; and wherein: 0.15 ≥ A / B ≥ 0.02 .