mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat, comprising - a seat base defining a seating surface and a backrest, wherein the backrest extends along a longitudinal backrest axis and in a position of use of the backrest, in which a person can properly take a seat on the vehicle seat, the longitudinal backrest axis extends at a backrest angle to the seating surface, and - a driving device with a drive unit, which permits a power-operated twisting of the backrest disposed in a position of use with respect to its longitudinal backrest axis, in which a backrest long side of the backrest is inclined to the rear more strongly than the other backrest long side with respect to a pivot axis, characterized by at least one switchable gear unit of the driving device, by means of which a driving torque generated by the drive unit can be split between the backrest long sides in order to twist the backrest with respect to its longitudinal backrest axis. - a seat base defining a seating surface and a backrest, wherein the backrest extends along a longitudinal backrest axis and in a position of use of the backrest, in which a person can properly take a seat on the vehicle seat, the longitudinal backrest axis extends at a backrest angle to the seating surface, and - a driving device with a drive unit, which permits a power-operated twisting of the backrest disposed in a position of use with respect to its longitudinal backrest axis, in which a backrest long side of the backrest is inclined to the rear more strongly than the other backrest long side with respect to a pivot axis,
A device for growing one or more plants, wherein the device comprises at least one first and at least one second chamber (10; 20), which are separated from one another by a first dividing wall, wherein the interior spaces of the first and the second chamber (10; 20) are delimited by one or more walls (11; 21) and are connected by one or more connecting openings in the first dividing wall, and wherein the second chamber comprises one or more outlet openings, which are arranged on a second dividing wall, characterized in that at least one wall (11; 21) of the first and/or second chamber (10; 20) comprises at least one opening which can be closed and opened by at least one closure element, which can be moved relative to the opening.
Hot beverage preparation device for domestic purposes, in particular fully automatic coffee maker, for preparing and dispensing different types of beverage, with a front surface which faces a user during operation, with a beverage outlet on the front surface for dispensing at least one beverage component and with a cup positioning surface below the beverage outlet, wherein the beverage outlet comprises at least two beverage dispensers (16; 17; 18) for different beverages and can be adjusted in at least two positions by way of the cup positioning surface, wherein both the different positions and also the different beverage dispensers (16; 17; 18) for the dispensing process are assigned to different types of beverage in each case, characterised in that the beverage outlet can be turned about a horizontal axis which runs at right angles to the front surface.
Rotor, in particular of a gas turbine, with a first rotor disc (01, 21) which (01, 21) has, distributed on the circumference, a plurality of blade retaining grooves (02, 22) which axially penetrate the first rotor disc (01, 21) for receiving rotor blades, and, radially below the blade retaining grooves (02, 22), an axially extending circumferential annular projection (03, 23), and with a second rotor disc (06, 26) which is fastened to the first rotor disc (01, 21) and which (06, 26) has, distributed on the circumference, a plurality of blade retaining grooves which axially penetrate the second rotor disc (06, 26) for receiving rotor blades, and, radially below the blade retaining grooves, a circumferential second annular projection (08, 28) which extends axially with respect to the first annular projection (03, 23), and with a circumferential rotor component (11, 31) which (11, 31) is arranged between the rotor discs (01, 06, 21, 26) and has a first supporting portion, coming into contact with the first annular projection (03, 23) on the side which points towards the rotor axis, and a second supporting portion, coming into contact with the second annular projection (08, 28) on the side which points towards the rotor axis, the first rotor disc having at least two first recesses which are arranged distributed on the circumference radially outside and/or on the radially outwardly pointing side of the first annular projection, and the rotor component having second engagement shoulders which engage in each case in the first recesses; and/or the rotor component (11, 31) having at least two second recesses (14, 34) which are arranged distributed on the circumference radially outside and/or on the radially outwardly pointing side of the first annular projection (03, 23), and the first rotor disc (01, 21) having first engagement shoulders (05, 25) which engage in each case in the second recesses (14, 34), characterized in that, at at least one axial end, the rotor component (11, 31) has a radially extending disc portion (20, 40) which (20, 40) covers the blade retaining grooves (02, 22) of a rotor disc (01, 26) at least in portions, and has a first region with a first material thickness and, radially outside the first region, a second region with a material thickness which is at least twice the first material thickness.
A drinking cup for a patient suffering from dysphagia, wherein the cup comprises: a base upon which the cup is capable of standing when on a level surface; a leading wall extending from the base to a lip of the cup, wherein the leading wall has a first portion that is substantially planar or concave when viewed from outside the cup, the first portion being at an angle of at least 100 degrees relative to the base, and proximate to the base of the cup, and a second portion distal to the base of the cup and adjacent the first portion, wherein the second portion curves longitudinally outwardly from the centre of the cup; a trailing wall opposite the leading wall, wherein the trailing wall extends from the base to the lip of the cup; and side walls extending between the leading and trailing walls (20,40), the side walls being convex when viewed from outside of the cup; wherein the walls (20, 40, 60) of the cup are of substantially a same thickness, wherein the first portion of the leading wall extends from 50% to 70% of a length of the leading wall, and wherein the lip of the cup is upwardly inclined relative to the base in the direction of the trailing wall to the leading wall. a base upon which the cup is capable of standing when on a level surface; a leading wall extending from the base to a lip of the cup, wherein the leading wall has a first portion that is substantially planar or concave when viewed from outside the cup, the first portion being at an angle of at least 100 degrees relative to the base, and proximate to the base of the cup, and a second portion distal to the base of the cup and adjacent the first portion, wherein the second portion curves longitudinally outwardly from the centre of the cup; a trailing wall opposite the leading wall, wherein the trailing wall extends from the base to the lip of the cup; and side walls extending between the leading and trailing walls (20,40), the side walls being convex when viewed from outside of the cup; wherein the walls (20, 40, 60) of the cup are of substantially a same thickness, wherein the first portion of the leading wall extends from 50% to 70% of a length of the leading wall, and wherein the lip of the cup is upwardly inclined relative to the base in the direction of the trailing wall to the leading wall.
Bus comprising an electric traction motor, a front axis, a rear axis, a passenger compartment and an electric energy storage system capable of feeding the motor, whereby said energy storage system comprises at least two batteries (5, 6) located on top of the passenger compartment such that most of the weight of each battery (5, 6) is arranged on the vertical of each axis (2, 3), and in that the bus comprises a outer upper surface covering the batteries (5, 6), characterized in that the bus has a flat ceiling, wherein the batteries (5, 6) are located in a lower plane, in a suspended ceiling formed for storing said batteries (5, 6).
Release film or protective film, whose silicone coating is respectively composed, at least at regular intervals, of a luminescent silicone coating section comprising at least one luminescent compound, characterized in that the design or form of the luminescent silicone coating sections corresponds to that of the product to be equipped with the release film or protective film, and the luminescent silicone coating sections comprise from 0.1 to 15% by weight, based on the total weight of the silicone coating, of the luminescent compound.
An antenna coil including a core member having an X-axis leg section protruding in the X-axis direction from an intersection of the core member and having a Y-axis leg section protruding in the Y-axis direction from the intersection, and an X-axis winding wire (5a, 5b) wound around the outer periphery of the X-axis leg section, and a Y-axis winding wire (6a, 6b) wound around the outer periphery of the Y-axis leg section, wherein the core member is formed into a cross shape in which the X-axis leg section and the Y-axis leg section are made to cross each other at the midpoint of the X-axis leg section and the Y-axis leg section, wherein the X-axis leg section forms X-axis winding frame sections provided on both sides of the midpoint of the X-axis leg section; and wherein the Y-axis leg section forms Y-axis winding frame sections provided on both sides of the midpoint of the Y-axis leg section; characterized in that each of the X-axis winding frame sections and the Y-axis winding frame sections comprises an intermediate flange section (31, 41) so that each of the winding frame sections is divided by the intermediate flange section (31, 41) into a plurality of winding frame sections. wherein the core member is formed into a cross shape in which the X-axis leg section and the Y-axis leg section are made to cross each other at the midpoint of the X-axis leg section and the Y-axis leg section, wherein the X-axis leg section forms X-axis winding frame sections provided on both sides of the midpoint of the X-axis leg section; and wherein the Y-axis leg section forms Y-axis winding frame sections provided on both sides of the midpoint of the Y-axis leg section; characterized in that each of the X-axis winding frame sections and the Y-axis winding frame sections comprises an intermediate flange section (31, 41) so that each of the winding frame sections is divided by the intermediate flange section (31, 41) into a plurality of winding frame sections.
A display apparatus comprising: a display area and a folding area; a display panel; a digitizer disposed below the display panel; a sagging prevention member disposed in a portion below the display panel overlapping the folding area; wherein the display area includes a first display area and a second display area spaced apart from each other, and the folding area is disposed between the first display area and the second display area; wherein the digitizer includes: a first digitizer overlapping the first display area; a second digitizer overlapping the second display area; and a third digitizer overlapping the folding area; and wherein the first digitizer and the second digitizer are spaced apart from each other, wherein the third digitizer is between the first digitizer and the second digitizer and is spaced apart from each of the first digitizer and the second digitizer, and wherein the third digitizer is disposed above the sagging prevention member. a display area and a folding area; a display panel; a digitizer disposed below the display panel; a sagging prevention member disposed in a portion below the display panel overlapping the folding area; wherein the display area includes a first display area and a second display area spaced apart from each other, and the folding area is disposed between the first display area and the second display area; wherein the digitizer includes: a first digitizer overlapping the first display area; a second digitizer overlapping the second display area; and a third digitizer overlapping the folding area; and wherein the first digitizer and the second digitizer are spaced apart from each other, wherein the third digitizer is between the first digitizer and the second digitizer and is spaced apart from each of the first digitizer and the second digitizer, and wherein the third digitizer is disposed above the sagging prevention member.
A method for provisioning a mobile device having a Virtual SIM, VSIM, internal memory unit, comprising: establishing a communication link between the mobile device and a VSIM server; authenticating by the VSIM server a third party server that is external to an operator network of the mobile device and which is indicated by a VSIM account identified by the mobile device and establishing a secured communications link between the VSIM server and the authenticated third party server; downloading provisioning data stored in a VSIM account from the VSIM server to the mobile device; initiating third party application provisioning by the VSIM server if a trigger instruction instructing the VSIM server to do so is stored in the VSIM account; transmitting a VSIM activation message to the authenticated third party server from the VSIM server based on the trigger instruction; transmitting instructions from the authenticated third party server to the VSIM server; forwarding the instructions to the mobile device from the VSIM server; transmitting from the third party server to the VSIM server an indication that the provisioning from the third party server to the mobile device is complete; and reviewing the VSIM account to determine if additional trigger instructions are stored in the VSIM account and repeating the steps from initiating third party application provisioning, if an additional trigger instruction is present in the VSIM account. establishing a communication link between the mobile device and a VSIM server; authenticating by the VSIM server a third party server that is external to an operator network of the mobile device and which is indicated by a VSIM account identified by the mobile device and establishing a secured communications link between the VSIM server and the authenticated third party server; downloading provisioning data stored in a VSIM account from the VSIM server to the mobile device; initiating third party application provisioning by the VSIM server if a trigger instruction instructing the VSIM server to do so is stored in the VSIM account; transmitting a VSIM activation message to the authenticated third party server from the VSIM server based on the trigger instruction; transmitting instructions from the authenticated third party server to the VSIM server; forwarding the instructions to the mobile device from the VSIM server; transmitting from the third party server to the VSIM server an indication that the provisioning from the third party server to the mobile device is complete; and reviewing the VSIM account to determine if additional trigger instructions are stored in the VSIM account and repeating the steps from initiating third party application provisioning, if an additional trigger instruction is present in the VSIM account.
A separation and detection card for an alpha-fetoprotein variant AFP-L3, comprising a separation reagent and a detection reagent, which is characterized in that the separation reagent comprises epoxy resin coated magnetic particles coupling a lectin, and an eluent, and the detection reagent comprises magnetic particles coated with an anti-alpha-fetoprotein antibody and an enzyme-labeled anti-alpha-fetoprotein antibody; preferably, the eluent is 0.02 M PBS(pH 7.0), 5M D-mannoside; preferably, the lectin is lens culinaris agglutinin or concanavalin lectin; preferably, the anti-alpha-fetoprotein antibody is a monoclonal antibody against alpha-fetoprotein; wherein the card comprises a sample well, a reagent tank containing the magnetic particles coupling a lectin, a reagent tank containing the eluent, a reagent tank containing the magnetic particles coated with an anti-alpha-fetoprotein antibody, a reagent tank containing an enzyme-labelled anti-alpha-fetoprotein antibody, and a reaction well.
A water-dispersed pressure-sensitive adhesive composition comprising a (meth)acrylic polymer, a latex containing a rubber component, and a tackifier, wherein: the (meth)acrylic polymer is obtained by polymerizing a monomer composition comprising as a primary component an alkyl (meth)acrylate having an alkyl group with 1 to 18 carbon atoms; the rubber component contained in the latex is at least one kind selected from a group consisting of synthetic polyisoprene rubber, polybutadiene rubber, acrylonitrile-butadiene rubber and styrene-butadiene rubber, the rubber component is immiscible with the (meth)acrylic polymer and has a loss tangent peak temperature of -5 °C or below when determined by a dynamic viscoelastic measurement in which shear strain is applied at a frequency of 1 Hz.; and the tackifier is miscible with the rubber component, but immiscible with the (meth)acrylic polymer. the (meth)acrylic polymer is obtained by polymerizing a monomer composition comprising as a primary component an alkyl (meth)acrylate having an alkyl group with 1 to 18 carbon atoms; the rubber component contained in the latex is at least one kind selected from a group consisting of synthetic polyisoprene rubber, polybutadiene rubber, acrylonitrile-butadiene rubber and styrene-butadiene rubber, the rubber component is immiscible with the (meth)acrylic polymer and has a loss tangent peak temperature of -5 °C or below when determined by a dynamic viscoelastic measurement in which shear strain is applied at a frequency of 1 Hz.; and the tackifier is miscible with the rubber component, but immiscible with the (meth)acrylic polymer.
A thermal management system for incorporation at least partially into at least one of a gas turbine engine or an aircraft, the thermal management system comprising: a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus; a plurality of heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus, the plurality of heat source exchangers arranged along the thermal transport bus; and at least one heat sink exchanger permanently or selectively in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the plurality of heat source exchangers; characterised in that the thermal management system further comprises: a compressor in fluid communication with the heat exchange fluid at a location downstream of the plurality of heat source exchangers and upstream of the at least one heat sink exchanger for compressing the heat exchange fluid in the thermal transport bus; and an expansion device in fluid communication with the heat exchange fluid at a location downstream of the at least one heat sink exchanger and upstream of the plurality of heat source exchangers for expanding the heat exchange fluid in the thermal transport bus. a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus; a plurality of heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus, the plurality of heat source exchangers arranged along the thermal transport bus; and at least one heat sink exchanger permanently or selectively in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the plurality of heat source exchangers; characterised in that the thermal management system further comprises: a compressor in fluid communication with the heat exchange fluid at a location downstream of the plurality of heat source exchangers and upstream of the at least one heat sink exchanger for compressing the heat exchange fluid in the thermal transport bus; and an expansion device in fluid communication with the heat exchange fluid at a location downstream of the at least one heat sink exchanger and upstream of the plurality of heat source exchangers for expanding the heat exchange fluid in the thermal transport bus. a compressor in fluid communication with the heat exchange fluid at a location downstream of the plurality of heat source exchangers and upstream of the at least one heat sink exchanger for compressing the heat exchange fluid in the thermal transport bus; and an expansion device in fluid communication with the heat exchange fluid at a location downstream of the at least one heat sink exchanger and upstream of the plurality of heat source exchangers for expanding the heat exchange fluid in the thermal transport bus.
A device for blow molding a container from a preform, the device comprising: a mold base (20AS, 20B) including an inner mold portion and an outer mold portion; a case (30A, 30B) beneath the mold base (20A, 20B), the case (30A, 30B) including an inner case portion supporting the inner mold portion and an outer case portion supporting the outer mold portion; a pedestal for supporting the mold base (20A, 20B) and the case (30A, 30B); at least one electric heating element (40; 40'; 40A, 40B) for heating the mold base; a first insulator for isolating the heating element (40; 40'; 40A, 40B), which insulates portions of the pedestal beneath the case (30A, 30B) from being heated; the at least one electric heating element including an outer electric heating element included with one of the outer mold portion and the outer case portion, the device being characterized in including an inner electric heating element included with one of the inner mold portion and the inner case portion, wherein the inner electric heating element and the outer electric heating element are configured to be heated to different temperatures. a mold base (20AS, 20B) including an inner mold portion and an outer mold portion; a case (30A, 30B) beneath the mold base (20A, 20B), the case (30A, 30B) including an inner case portion supporting the inner mold portion and an outer case portion supporting the outer mold portion; a pedestal for supporting the mold base (20A, 20B) and the case (30A, 30B); at least one electric heating element (40; 40'; 40A, 40B) for heating the mold base; a first insulator for isolating the heating element (40; 40'; 40A, 40B), which insulates portions of the pedestal beneath the case (30A, 30B) from being heated; the at least one electric heating element including an outer electric heating element included with one of the outer mold portion and the outer case portion, the device being characterized in including an inner electric heating element included with one of the inner mold portion and the inner case portion, wherein the inner electric heating element and the outer electric heating element are configured to be heated to different temperatures.
Surgical instrument (10, 100, 210, 310) for water jet surgery combined with an instrument connection body, with an instrument head, in which a nozzle is arranged to be movable back and forth between at least two positions, with a first fluid delivery element, by means of which the instrument head is connected to the instrument connection body, with an actuator, which is arranged in the instrument head and is connected to the nozzle and which has a fluid chamber, wherein the first fluid delivery element has a fluid connection to the fluid chamber, wherein a regulating device is provided in or on the instrument connection body, characterised in that the regulating device is provided for hydraulic operation of the actuator so that the nozzle is movable back and forth between the at least two positions by the actuator.