mhurhangee/ep-ind-claims huggingface dataset:
Device for evacuating a container containing a liquid, - firstly, in order to avoid air pockets or bubbles in the liquid while filling the container with the liquid and/or - secondly, in order to eliminate air between the material surface of the liquid in the container and a drum follower plate until the latter is set down on the surface of the liquid when inserting the drum follower plate in the container before removing the liquid, with a lid assembly for filling the container or a drum follower plate which is adapted to seal an opening of a container in a vacuum-tight manner and which has a connection device which is arranged on the outer side of the lid assembly and which is configured for the connection of a vacuum pump for the interior of the container, characterised by a collapse-preventing means which, with a seal, is adapted to surround at least one cylinder-barrel-formed region of the outer sides of walls of the container, with the seal running circumferentially around this region, and to connect to the outer side of the wall in a vacuum-tight manner and to form, together with the outer side of the wall, a vacuum-tight collapse-preventing chamber which has a connection device which is configured for the connection of an evacuating pump for the collapse-preventing chamber, so that on evacuation of the collapse-preventing chamber the negative pressure therein acts on the outer side of the wall. - firstly, in order to avoid air pockets or bubbles in the liquid while filling the container with the liquid and/or - secondly, in order to eliminate air between the material surface of the liquid in the container and a drum follower plate until the latter is set down on the surface of the liquid when inserting the drum follower plate in the container before removing the liquid,
A winding assembly, comprising: a first coil and a circuit board, the first coil being embedded inside the circuit board; wherein the first coil comprises a conductive wire with at least one turn, and the height of the conductive wire in a direction perpendicular to the circuit board is not less than the width of the conductive wire in a direction parallel to the circuit board, wherein the winding assembly further comprises at least one flat copper coil disposed on a surface of the circuit board or embedded inside the circuit board, and the at least one flat copper coil is insulated with the first coil. a first coil and a circuit board, the first coil being embedded inside the circuit board; wherein the first coil comprises a conductive wire with at least one turn, and the height of the conductive wire in a direction perpendicular to the circuit board is not less than the width of the conductive wire in a direction parallel to the circuit board, wherein the winding assembly further comprises at least one flat copper coil disposed on a surface of the circuit board or embedded inside the circuit board, and the at least one flat copper coil is insulated with the first coil.
An aerosol-generation apparatus comprising a heater and a fluid-transfer article, the fluid-transfer article having a first region for holding an aerosol precursor and for transferring said aerosol precursor to an activation surface of a second region of said article, said activation surface configured for thermal interaction with a heating surface of said heater; characterised in that said heating surface includes at least one discontinuity therein forming a corresponding at least one channel, the or each said channel being configured for providing a fluid-flow pathway across said activation surface, said heating surface being configured such that, when the fluid transfer article is arranged with respect to said heating surface for thermal interaction therebetween, the or each said channel opposes said activation surface and opens towards said activation surface.
A diene rubber-silica compound comprising a diene rubber matrix having dispersed therein a silica filler, wherein said silica filler is surface-modified by attachment of a π system-containing moiety which forms a π-π interaction with the diene rubber matrix.
A protein capable of binding to a polypeptide encoded by exon 9 of human CD44 (CD44ex9), said protein comprises or consists of (i) an amino acid sequence according SEQ ID No. 1 to 5 and SEQ ID No. 39 to 52; or (ii) an amino acid sequence with at least 85% identity to the amino acid sequence given in SEQ ID No. 1 to 5, SEQ ID No. 39 to 50, and SEQ ID No. 52 as a whole; (iii) an amino acid sequence with at least 95% identity to the amino acid sequence given in SEQ ID No. 51 as a whole; and wherein said protein has a length of 100 amino acids or less. (i) an amino acid sequence according SEQ ID No. 1 to 5 and SEQ ID No. 39 to 52; or (ii) an amino acid sequence with at least 85% identity to the amino acid sequence given in SEQ ID No. 1 to 5, SEQ ID No. 39 to 50, and SEQ ID No. 52 as a whole; (iii) an amino acid sequence with at least 95% identity to the amino acid sequence given in SEQ ID No. 51 as a whole; and
A controller apparatus, comprising: a digital controller configured to provide a digital position signal based on a setpoint and a differential analog feedback signal (144a, 144b); and a converter circuit (101, 120) configured to provide a differential analog electrohydraulic servo valve position control signal (132a, 132b) to an electrohydraulic servo valve based on the digital position signal, and provide a portion of the differential analog electrohydraulic servo valve position control signal (132a, 132b) as the differential analog feedback signal (144a, 144b). a digital controller configured to provide a digital position signal based on a setpoint and a differential analog feedback signal (144a, 144b); and a converter circuit (101, 120) configured to provide a differential analog electrohydraulic servo valve position control signal (132a, 132b) to an electrohydraulic servo valve based on the digital position signal, and provide a portion of the differential analog electrohydraulic servo valve position control signal (132a, 132b) as the differential analog feedback signal (144a, 144b).
A method for reducing leakage current in an integrated circuit comprising a plurality of sub-blocks of circuitry, the method comprising steps of: coupling the sub-blocks of the plurality of sub-blocks in parallel between upper (V UP_SUP) and lower (V LW_SUP) active-mode power supplies when the integrated circuit is operating in an active mode; coupling two or more sub-blocks of the plurality of sub-blocks in series between upper (V UP_SUP) and lower (V LW_SUP) standby-mode power supplies when the integrated circuit is operating in a standby mode; and activating isolation circuitry within one of the two or more sub-blocks to isolate circuitry of the one sub-block from an input terminal of the one sub-block when the integrated circuit is operating in the standby mode, wherein the isolation circuitry is operative to level shift a voltage at another input terminal of the one sub-block to a voltage between a voltage of an upper power-supply terminal (V DD) of the sub-block and a voltage of a lower power-supply terminal (V SS) of the sub-block when the integrated circuit is operating in the standby mode. coupling the sub-blocks of the plurality of sub-blocks in parallel between upper (V UP_SUP) and lower (V LW_SUP) active-mode power supplies when the integrated circuit is operating in an active mode; coupling two or more sub-blocks of the plurality of sub-blocks in series between upper (V UP_SUP) and lower (V LW_SUP) standby-mode power supplies when the integrated circuit is operating in a standby mode; and activating isolation circuitry within one of the two or more sub-blocks to isolate circuitry of the one sub-block from an input terminal of the one sub-block when the integrated circuit is operating in the standby mode, wherein the isolation circuitry is operative to level shift a voltage at another input terminal of the one sub-block to a voltage between a voltage of an upper power-supply terminal (V DD) of the sub-block and a voltage of a lower power-supply terminal (V SS) of the sub-block when the integrated circuit is operating in the standby mode.
A cap assembly for a secondary battery, characterized in that, comprising: a cap plate comprising an electrode lead-out hole; an electrode terminal disposed at a side of the cap plate and covering the electrode lead-out hole; a fixing component, wherein the fixing component and the electrode terminal are disposed at the same side of the cap plate, the electrode terminal is connected to the cap plate through the fixing component, and the fixing component comprises a protrusion extending between the electrode terminal and the cap plate; and a sealing ring, wherein the cap plate is connected to the electrode terminal through the sealing ring, and in an axial direction of the electrode lead-out hole, a projection of the sealing ring at least partially overlaps with a projection of the protrusion, wherein the sealing ring is at least partially disposed between the protrusion and the cap plate, and a portion of the sealing ring is configured to be disposed between the electrode terminal and the cap plate, and both the electrode terminal and the cap plate are configured to be directly connected to the sealing ring. a cap plate comprising an electrode lead-out hole; an electrode terminal disposed at a side of the cap plate and covering the electrode lead-out hole; a fixing component, wherein the fixing component and the electrode terminal are disposed at the same side of the cap plate, the electrode terminal is connected to the cap plate through the fixing component, and the fixing component comprises a protrusion extending between the electrode terminal and the cap plate; and a sealing ring, wherein the cap plate is connected to the electrode terminal through the sealing ring, and in an axial direction of the electrode lead-out hole, a projection of the sealing ring at least partially overlaps with a projection of the protrusion, wherein the sealing ring is at least partially disposed between the protrusion and the cap plate, and a portion of the sealing ring is configured to be disposed between the electrode terminal and the cap plate, and both the electrode terminal and the cap plate are configured to be directly connected to the sealing ring.
A method of performing transmission and reception related to device-to-device, D2D, communication, which is performed by a first user equipment, UE, in a wireless communication system, the method comprising: stopping uplink transmission on a first band for a prescribed time period and searching for a signal transmitted by a second UE during the prescribed time period; and if the signal transmitted by the second UE located at an outside of a coverage of a base station is searched, performing a report to the base station, wherein the report comprises information on whether the second UE is near to the first UE, receiving from the base station a configuration signal configuring the first UE to operate as a relay UE relaying a signal of the base station. stopping uplink transmission on a first band for a prescribed time period and searching for a signal transmitted by a second UE during the prescribed time period; and if the signal transmitted by the second UE located at an outside of a coverage of a base station is searched, performing a report to the base station, wherein the report comprises information on whether the second UE is near to the first UE, receiving from the base station a configuration signal configuring the first UE to operate as a relay UE relaying a signal of the base station.
An electromechanical actuator for a vehicle brake, the actuator comprising a first portion and a second portion that are separable, the first portion having an electric motor and connection means for connecting the actuator to external control means, and the second portion including a pusher mounted to slide so as to project from the second portion through an opening formed therein, the first portion and the second portion being coupled together so that the motor co-operates with the pusher to cause the pusher to move in response to drive from the motor, the second portion further including measurement means for measuring an operating characteristic of the actuator; the actuator being characterized in that the first portion includes a first antenna connected to the connection means, and the second portion includes a second antenna connected to the measurement means, the two antennas (14, 22) being arranged so as to be electromagnetically coupled together when the first portion and the second portion are coupled together, so as to enable electrical signals to be transferred between the measurement means and the connection means.
An optical film stack comprising (a) a light redirecting film assembly comprising a light redirecting film and having a first structured major surface and an opposing second major surface; (b) a light diffusion film assembly having a first major surface and an opposing second major surface; and (c) an optical adhesive; wherein: the second major surface of the light redirecting film assembly has an array of protrusions and land portions surrounding the protrusions; the second major surface of the light redirecting film assembly is oriented toward the first major surface of the light diffusion film assembly; the optical adhesive is in a layer on the first major surface of the light diffusion film assembly; and the protrusions on the second major surface of the light redirecting film assembly extend into and adhere to the optical adhesive layer such that the light redirecting film assembly and the light diffusion film assembly are physically coupled non-continuously, and characterized in that the adhesive extends completely over the protrusions and contacts the land portions adjacent the base of the protrusions on the second major surface of the light redirecting film assembly such that at said second major surface the aggregate proportion of the cross sectional area of the protrusions and adhesive contacting the land portions is from about 8 to about 25 per cent of the total cross sectional area of the optical film stack at the second major surface of the light redirecting film assembly. the second major surface of the light redirecting film assembly has an array of protrusions and land portions surrounding the protrusions; the second major surface of the light redirecting film assembly is oriented toward the first major surface of the light diffusion film assembly; the optical adhesive is in a layer on the first major surface of the light diffusion film assembly; and the protrusions on the second major surface of the light redirecting film assembly extend into and adhere to the optical adhesive layer such that the light redirecting film assembly and the light diffusion film assembly are physically coupled non-continuously, and characterized in that
Support device for supporting a body or part of a body, in particular a human body, comprising a support element made of a deformable material and comprising a seat and a peripheral side wall projecting from one side of this seat top surface so as to delimit a recess having a roof and a peripheral side face, and a pneumatic element comprising a base and a plurality of inflatable cells projecting from one side of the base and located next to one another in a grid pattern of lines and columns, the inflatable cells engaging in the recess and extending between the roof of said recess and the base of the pneumatic element; in which the peripheral side wall of the support element comprises at least one inward-projecting retaining bead located at a distance from the roof of the recess such that the peripheral side face of the recess has at least one setback portion, at least some of the inflatable cells that are adjacent to said retaining bead being able, when inflated, to engage laterally between this retaining bead and the roof of the recess and to hold the pneumatic element along the periphery or the perimeter of this recess, characterized in that the base of the pneumatic element has an edge extending over an end face of the peripheral side wall of the support element.
Water-conducting household appliance, in particular a dishwasher, having a washing chamber formed by a washing container and a pivotably mounted door for washing items to be washed, a detector for detecting a presence of a living being in a defined area in front of the household appliance, the defined area comprising a movement radius of the pivotably mounted door, a door opening module for automatically opening the door, and a control device which is configured to actuate the door opening module in the event of an absence of a door opening request actuated by a user, wherein the door opening request by the user may be actuated by touching a predetermined sensor on a control panel of the household appliance, and in the event of a presence of a living being detected by the detector in the defined area in such a way that the automatic opening of the door is inhibited.
A method for manufacturing a jokduri, the method comprising: preparing an outer frame having a cylindrical shape having an open lower part by connecting a plurality of outer frame pieces by sewing; filling an upper region of an inside of the outer frame with a primary cotton member; preparing an inner frame having a cylindrical shape having an open lower part; inserting the inner frame into the outer frame so as to be disposed directly under the primary cotton member and then fixing the inner frame to the outer frame; filling a side space formed between the outer frame and the inner frame with a secondary cotton member; and preparing a jokduri frame by finishing the outer frame by sewing a lower end of the outer frame in a state in which the lower end of the outer frame is pulled inwards. preparing an outer frame having a cylindrical shape having an open lower part by connecting a plurality of outer frame pieces by sewing; filling an upper region of an inside of the outer frame with a primary cotton member; preparing an inner frame having a cylindrical shape having an open lower part; inserting the inner frame into the outer frame so as to be disposed directly under the primary cotton member and then fixing the inner frame to the outer frame; filling a side space formed between the outer frame and the inner frame with a secondary cotton member; and preparing a jokduri frame by finishing the outer frame by sewing a lower end of the outer frame in a state in which the lower end of the outer frame is pulled inwards.
A method of placing on a mounting substrate light radiation sources arranged in successive sequences (LED A, LED B, LED C, LED D) wherein each sequence includes light radiation sources from different bins having respective light emission characteristics and wherein the sequential order of recurrence of the light radiation sources of the various bins is repeated over the sequences, wherein the method includes placing the light radiation sources on the mounting substrate in at least two juxtaposed rows (18A, 18B), characterized in that, each row (18A, 18B) includes light radiation sources being quadrangular in shape, and being separated by square separating spaces, so that the light radiation sources are arranged in each row in a zigzag pattern to produce an chessboard-like array together with the square separating spaces.
Cable tray section comprising longitudinal metal wires; U-shaped transverse metal wires attached to the longitudinal metal wires; at least one anchoring element installed between the longitudinal metal wires, on the same vertical plane as the side walls of the tray section; where said anchoring element is attached to the last and next to last transverse metal wires and comprises a single metal wire close to the next to last transverse metal wire; and a pair of straight sections (32, 32') parallel to one another; wherein the upper straight section of the anchoring element projects outwardly with respect to the last transverse metal wire of the tray section, wherein - the projection outwardly of the upper straight section forms an S-shaped section perpendicular to the straight sections (32, 32'), such that there is established a free space between the last transverse metal wire and said S-shaped section; - wherein said space has a dimension corresponding to the thickness of a transverse metal wire of the tray section; - wherein the metal wire of the anchoring element is bent into a closed rectangular configuration at its distal end, said distal end being understood as the end of the anchoring element closest to the next to last transverse metal wire; - and wherein the cable tray section additionally comprises at least one additional anchoring element, located on the horizontal plane of the lower wall of the tray section, and attached to the last and next to last transverse metal wires, said additional anchoring element being installed on the longitudinal axis of symmetry (A-A) of the tray section. - the projection outwardly of the upper straight section forms an S-shaped section perpendicular to the straight sections (32, 32'), such that there is established a free space between the last transverse metal wire and said S-shaped section; - wherein said space has a dimension corresponding to the thickness of a transverse metal wire of the tray section; - wherein the metal wire of the anchoring element is bent into a closed rectangular configuration at its distal end, said distal end being understood as the end of the anchoring element closest to the next to last transverse metal wire; - and wherein the cable tray section additionally comprises at least one additional anchoring element, located on the horizontal plane of the lower wall of the tray section, and attached to the last and next to last transverse metal wires, said additional anchoring element being installed on the longitudinal axis of symmetry (A-A) of the tray section.