mhurhangee/ep-ind-claims huggingface dataset:
A monitoring system for determining the efficacy of at least one compression device for use in compression therapy, the monitoring system comprising: - at least one pressure sensor for measuring a pressure exerted onto a body part of a user by the compression device; and - at least one evaluation unit which is connectable to the pressure sensor; wherein the evaluation unit is adapted to acquire at least one resting pressure p rest with the user being in a resting position, characterized in that the evaluation unit is further adapted to determine at least one extended standing pressure p standing, extended with the user being in a standing position, by using the following procedure: - the evaluation unit acquires a measurement curve of pressure values after a position change of the user into the standing position; - a slope of the measurement curve is automatically compared to at least one endpoint threshold value and, depending on a result of the comparison, an endpoint of a change in the measurement curve induced by the position change is automatically detected, and a pressure value acquired at or after the endpoint is assigned to the extended standing pressure p standing, extended. - at least one pressure sensor for measuring a pressure exerted onto a body part of a user by the compression device; and - at least one evaluation unit which is connectable to the pressure sensor; - the evaluation unit acquires a measurement curve of pressure values after a position change of the user into the standing position; - a slope of the measurement curve is automatically compared to at least one endpoint threshold value and, depending on a result of the comparison, an endpoint of a change in the measurement curve induced by the position change is automatically detected, and a pressure value acquired at or after the endpoint is assigned to the extended standing pressure p standing, extended.
Connection assembly comprising two pipe end sections and one profiled clamp which has a clamping strip having a base and two inclined side walls, between which an annular sealing element is arranged, wherein the pipe end sections each have a circumferential, outwardly projecting bead at their mutually facing ends, wherein ends of the side walls engage behind the beads on sides remote from one another, and wherein the sealing element bears against the base and the side walls, characterised in that the sealing element has a recess (16, 17) in the region of the ends (9, 10) of the side walls (7, 8).
Flame-proof halogen-containing polymer comprising the components at least one hydroxide selected from the group consisting of aluminum hydroxide, magnesium hydroxide, calcium hydroxide, zinc hydroxide, their double hydroxides and hydromagnesite, at least one or more melamine- and/or guanidine salts, at least one thermostabilizer, which is a metal carboxylate, wherein the halogen-containing polymer is polyvinyl chloride, characterized in that the component, respectively its mixtures, are applied in an amount of 20 to 80 parts per weight, relative to 100 parts per weight polyvinyl chloride. at least one hydroxide selected from the group consisting of aluminum hydroxide, magnesium hydroxide, calcium hydroxide, zinc hydroxide, their double hydroxides and hydromagnesite, at least one or more melamine- and/or guanidine salts, at least one thermostabilizer, which is a metal carboxylate,
A knitted heat resistant sleeve for covering rollers in glass processing; characterized in that the knitted sleeve comprises knitted stitches; wherein the knitted stitches are plated stitches; wherein the plated stitches comprise at least two first yarns (24, 25, 44, 45) and at least one second yarn (37, 47); wherein the outer surface of the sleeve is at least predominantly provided or is provided by the at least two first yarns (24, 25, 44, 45); and wherein the inner surface of the sleeve is predominantly provided or is provided by the at least one second yarn (37, 47.
Manufacturing plant, in particular for air-bending of workpieces to be manufactured from sheet metal, comprising a bending press, in particular press brake, having a machine frame and press beams (13, 16) as well as tool holders (19, 20) arranged or formed on the press beams (13, 16), a bending tool having at least one bending punch and at least one bending die, a tool store for at least one bending tool which tool store is arranged on a face of the press beams (13, 16) facing away from the operator side, at least one rear stop unit having a stop element on the face of the press beams (13, 16) facing away from the operator side for positioning the sheet metal to be machined, and the stop element can be displaced relative to the machine frame, and a manipulation device for passing the bending tool between the tool store and the tool holders (19, 20), and the manipulation device is disposed at the rear stop unit, characterized in that the stop element and the manipulation device are arranged or formed to a common carrier opposite one another and in opposing orientation and the carrier of the rear stop unit is mounted so as to pivot about a pivot axis, and by means of an adjustment device the carrier can be pivoted from a first position, where the stop element faces the bending tool held in the tool holders (19, 20), into a second position, where the manipulation device faces the bending tool held in the tool holders (19, 20).
Luminescence diode chip comprising a semiconductor layer sequence suitable for emitting an electromagnetic primary radiation, and comprising a converter layer, which is applied on at least one main surface of the semiconductor layer sequence and which comprises at least one phosphor suitable for converting a part of the primary radiation into a secondary radiation having an at least partly different wavelength range compared with the primary radiation, wherein at least one part of the secondary radiation and at least one part of the unconverted primary radiation are superimposed to form a mixed radiation having a resulting colour locus, characterized in that the converter layer is structured - in a targeted manner for setting a dependence of the resulting colour locus on a viewing angle - at an edge of the luminescence diode chip in such a way that the main surface has a strip which runs along the edge of the luminescence diode chip and which is free of the converter layer or in which the converter layer has a reduced thickness compared with its other regions arranged on the main surface, wherein the strip has a width of greater than 0 μm and of a maximum of one tenth of an edge length of the luminescence diode chip.
A method of transmitting an uplink signal by a user equipment, UE, in a wireless communication system, the method comprising: performing at least one listen-before-talk, LBT, based on at least one LBT beam; and transmitting the uplink signal through a plurality of transmission beams based on at least one channel for the at least one LBT being sensed to be idle, wherein the at least one LBT beam covers the plurality of transmission beams, and the plurality of transmission beams is multiplexed using time division multiplexing, TDM, wherein based on the at least one channel being sensed idle by the at least one LBT, the UE performs an additional LBT before switching between the plurality of transmission beams, wherein the additional LBT is performed using one type of a first type LBT or a second type LBT based on a time required for switching between the plurality of transmission beams, and wherein the first type LBT is a non-random backoff-based LBT, and the second type LBT is a random backoff-based LBT. performing at least one listen-before-talk, LBT, based on at least one LBT beam; and transmitting the uplink signal through a plurality of transmission beams based on at least one channel for the at least one LBT being sensed to be idle, wherein the at least one LBT beam covers the plurality of transmission beams, and the plurality of transmission beams is multiplexed using time division multiplexing, TDM, wherein based on the at least one channel being sensed idle by the at least one LBT, the UE performs an additional LBT before switching between the plurality of transmission beams, wherein the additional LBT is performed using one type of a first type LBT or a second type LBT based on a time required for switching between the plurality of transmission beams, and wherein the first type LBT is a non-random backoff-based LBT, and the second type LBT is a random backoff-based LBT.
Multifunction rotary tiller (100; 200; 300) for moving the earth and/or generating furrows comprising; - a main frame, - moving means connected to the main frame for supporting and moving the machine, - a tool unit to move the earth and/or generate furrows; the tool unit comprising a shaft revolvingly mounted in such manner to rotate around an axis, hubs disposed at the ends of the shaft and hooks to work the earth, - actuation means of the tool unit to drive said shaft of the tool unit into rotation, - a connection frame connected to the main frame in such manner to project frontally from the main frame, - a vertical rod supporting said tool unit, said vertical rod being revolvingly connected to said connection frame, in such manner that the vertical rod rotates around an axis of rotation that coincides with the longitudinal axis of the vertical rod, and - actuation means of the vertical rod connected to said vertical rod to let the vertical rod rotate around its axis of rotation, in such manner to move the tool unit in different positions; characterized in that the hooks radially protrude from each hub, the shaft of said tool unit is an horizontal shaft, and the vertical rod supports said tool unit in such a way that a rotation of the vertical rod causes a rotation of the axis of rotation of the tool unit around said axis of rotation of the vertical rod, in such manner to vary the width of the section of soil affected by the action of the tool unit. - a main frame, - moving means connected to the main frame for supporting and moving the machine, - a tool unit to move the earth and/or generate furrows; the tool unit comprising a shaft revolvingly mounted in such manner to rotate around an axis, hubs disposed at the ends of the shaft and hooks to work the earth, - actuation means of the tool unit to drive said shaft of the tool unit into rotation, - a connection frame connected to the main frame in such manner to project frontally from the main frame, - a vertical rod supporting said tool unit, said vertical rod being revolvingly connected to said connection frame, in such manner that the vertical rod rotates around an axis of rotation that coincides with the longitudinal axis of the vertical rod, and - actuation means of the vertical rod connected to said vertical rod to let the vertical rod rotate around its axis of rotation, in such manner to move the tool unit in different positions;
A pH sensor configured for measuring under strong-acid conditions, comprising: a reference electrode; and a working electrode, wherein the reference electrode includes a p-channel field effect transistor (FET 10, 13, 14), a gate of the field effect transistor (10, 13, 14) includes a diamond surface, and the diamond surface includes a hydrogen ion insensitive terminal where a fluorine terminal is substituted for part of hydrogen terminals of as-grown diamond on which hydrogen termination is performed. a reference electrode; and a working electrode, wherein the reference electrode includes a p-channel field effect transistor (FET 10, 13, 14), a gate of the field effect transistor (10, 13, 14) includes a diamond surface, and the diamond surface includes a hydrogen ion insensitive terminal where a fluorine terminal is substituted for part of hydrogen terminals of as-grown diamond on which hydrogen termination is performed.
A hinge assembly for an electronic device, said hinge assembly being moveable between an unfolded position and a folded end position (P2a, P2b), said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator, said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position, each hinge blade being rotated relative neighboring hinge blades around a hinge assembly rotation axis when said hinge assembly is moved to said folded end position (P2a, P2b), characterized in that said linear actuator comprising a rotation shaft and at least one linear drive arrangement, a first end of said linear drive arrangement being interconnected with said rotation shaft, a second, opposite end of said linear drive arrangement being connected to at least one hinge blade, an actuator axis extending between said first end and said second end and perpendicular to said hinge assembly rotation axis, said linear actuator further comprising a locking arrangement for locking said hinge assembly in at least one of said unfolded position and said folded end position (P2a, P2b), said locking arrangement comprising a cam element interlocking with a cam section located on said rotation shaft. said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator, said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position, each hinge blade being rotated relative neighboring hinge blades around a hinge assembly rotation axis when said hinge assembly is moved to said folded end position (P2a, P2b), characterized in that said linear actuator comprising a rotation shaft and at least one linear drive arrangement, a first end of said linear drive arrangement being interconnected with said rotation shaft, a second, opposite end of said linear drive arrangement being connected to at least one hinge blade, an actuator axis extending between said first end and said second end and perpendicular to said hinge assembly rotation axis, said linear actuator further comprising a locking arrangement for locking said hinge assembly in at least one of said unfolded position and said folded end position (P2a, P2b), said locking arrangement comprising a cam element interlocking with a cam section located on said rotation shaft.
A method for producing an electrically insulating non-oriented electrical steel strip or sheet for producing laminates for electrical steel stacks, comprising the subsequent steps of: • preparing a cold-rolled non-oriented electrical steel strip or sheet; • annealing the cold-rolled steel strip or sheet; • coating the annealed electrical steel strip or sheet on one or both sides with i). a curable organic lacquer provided with dispersed magnetic nanoparticles followed by at least a partial curing of the lacquer to form a green insulation layer to allow transportation, cutting or shaping, or with ii). a solid polymer film with embedded magnetic nanoparticles applied onto the annealed steel strip or sheet by direct extrusion or film lamination, to provide an electrically insulating layer on the one or both sides of the annealed electrical steel strip or sheet; • optionally coiling the coated strip or stacking the coated sheet. • preparing a cold-rolled non-oriented electrical steel strip or sheet; • annealing the cold-rolled steel strip or sheet; • coating the annealed electrical steel strip or sheet on one or both sides with i). a curable organic lacquer provided with dispersed magnetic nanoparticles followed by at least a partial curing of the lacquer to form a green insulation layer to allow transportation, cutting or shaping, or with ii). a solid polymer film with embedded magnetic nanoparticles applied onto the annealed steel strip or sheet by direct extrusion or film lamination, to provide an electrically insulating layer on the one or both sides of the annealed electrical steel strip or sheet; i). a curable organic lacquer provided with dispersed magnetic nanoparticles followed by at least a partial curing of the lacquer to form a green insulation layer to allow transportation, cutting or shaping, or with ii). a solid polymer film with embedded magnetic nanoparticles applied onto the annealed steel strip or sheet by direct extrusion or film lamination, • optionally coiling the coated strip or stacking the coated sheet.
A graphical in-flight message representation system comprising: a GPS receiver configured to measure the position of an aircraft in the horizontal plane; a communication device configured to send and receive in-flight messages communicated to or from the aircraft during the flight of the aircraft; and a display unit configured to display a graphical flight progress indicator and one or more message icons, each of the one or more message icons corresponding to a respective in-flight message; wherein the graphical flight progress indicator (101, 201, 315) is representative of said measured position of the aircraft in the horizontal plane, and wherein each of the one or more message icons (111-117, 205, 321-329) are displayed along the graphical flight progress indicator in a position directly overlaid on top of the graphical flight progress indicator based on said measured position of the aircraft in the horizontal plane when the respective in-flight message was communicated to or from the aircraft. a GPS receiver configured to measure the position of an aircraft in the horizontal plane; a communication device configured to send and receive in-flight messages communicated to or from the aircraft during the flight of the aircraft; and a display unit configured to display a graphical flight progress indicator and one or more message icons, each of the one or more message icons corresponding to a respective in-flight message; wherein the graphical flight progress indicator (101, 201, 315) is representative of said measured position of the aircraft in the horizontal plane, and wherein each of the one or more message icons (111-117, 205, 321-329) are displayed along the graphical flight progress indicator in a position directly overlaid on top of the graphical flight progress indicator based on said measured position of the aircraft in the horizontal plane when the respective in-flight message was communicated to or from the aircraft.
Force module for processing workpieces, having: - a support frame which has at least one connecting element (26, 28) in order to fix the force module, - a pressure element (14; 60) which is mounted movably relative to the support frame and forms a part of a plunger for processing the workpieces, - a drive unit (24; 46; 48; 50; 56; 62) which is connected to the pressure element (14; 60) and to a contact portion of the support frame such that a force is able to be exerted on the pressure element (14; 60) by the drive unit (24; 46; 48; 50; 56; 62) in order to move the pressure element (14; 60) for processing the workpieces relative to the support frame, wherein the support frame is in the form of a housing of the force module and wherein the drive unit is accommodated in the housing, wherein the support frame has, in an outer circumferential face, an opening through which the pressure element (14; 60) is movable by the drive force of the drive unit (24; 46; 48; 50; 56; 62) in order to process the workpieces by means of the drive force, wherein the pressure element (14; 60) is mounted so as to be movable in a direction of movement and the opening is formed at an end, formed in the direction of movement, of the support frame, wherein the contact portion is formed at an opposite end of the support frame from the opening, and wherein the support frame forms a rigid, bend-resistant connection between the connecting elements (26, 28), wherein the support frame has a respective connecting element both at the contact portion end and at the opening end, and wherein the connecting elements (26, 28) are configured to be releasable, characterized in that the connecting element has a slot which is configured to be introduced into a rail in order to connect the support frame to a press frame, and in that two connecting elements are arranged on opposite portions of the support frame and the support frame forms a rigid, bend-resistant connection between the connecting elements. - a support frame which has at least one connecting element (26, 28) in order to fix the force module, - a pressure element (14; 60) which is mounted movably relative to the support frame and forms a part of a plunger for processing the workpieces, - a drive unit (24; 46; 48; 50; 56; 62) which is connected to the pressure element (14; 60) and to a contact portion of the support frame such that a force is able to be exerted on the pressure element (14; 60) by the drive unit (24; 46; 48; 50; 56; 62) in order to move the pressure element (14; 60) for processing the workpieces relative to the support frame, wherein the support frame is in the form of a housing of the force module and wherein the drive unit is accommodated in the housing,
A protection laminate structure for the protection of floors comprising at least one non-woven fabric layer of textile fibres on the first surface of which a floor contact layer is two-dimensionally applied and on the second surface of which a protection layer is two-dimensionally applied, wherein the protection laminate structure with the floor contact layer 101) can be temporarily laid on the floor in a multiply usable manner and after use can be removed from the floor again without leaving residues, wherein the floor contact layer comprises at least one layer of crepe paper, characterised in that the floor contact layer comprises crepe paper with a crepe factor of at least 20 %, which lies on the first surface of the non-woven fabric layer, wherein the floor contact layer is adhered or laminated onto the non-woven fabric layer, wherein the floor contact layer adheres to the floor without a coating and fluid absorption is achievable through the floor contact layer.