mhurhangee/ep-ind-claims huggingface dataset:
A valve assembly, in particular for a seat adjusting device, said valve assembly comprising: a housing (20, 22, 23) comprising a layered body (21, 22), said layered body (21, 22) comprising a first layer and a second layer, said first layer and said second layer in combination defining a fluid supply channel, a first plurality of fluid channels and a second plurality of fluid channels, and a plurality of valves, each valve of said plurality of valves being in fluid communication with said fluid supply channel and respectively at least one fluid channel selected from said first plurality of fluid channels and said second plurality of fluid channels, said fluid supply channel, said first plurality of fluid channels and said second plurality of fluid channels being interposed between said first layer and said second layer, and said fluid supply channel partitioning said layered body (21, 22) such that said first plurality of fluid channels is arranged on a first side relative to said fluid supply channel and that said second plurality of fluid channels is arranged on a second side opposite to said first side relative to said fluid supply channel, characterized in that said plurality of valves is disposed within said housing (20, 22, 23), and said layered body (21, 22) further comprises noise dampers associated with said first plurality of fluid channels and said second plurality of fluid channels, said noise dampers being interposed between said first layer and said second layer of said layered body (21, 22). a housing (20, 22, 23) comprising a layered body (21, 22), said layered body (21, 22) comprising a first layer and a second layer, said first layer and said second layer in combination defining a fluid supply channel, a first plurality of fluid channels and a second plurality of fluid channels, and a plurality of valves, each valve of said plurality of valves being in fluid communication with said fluid supply channel and respectively at least one fluid channel selected from said first plurality of fluid channels and said second plurality of fluid channels, said fluid supply channel, said first plurality of fluid channels and said second plurality of fluid channels being interposed between said first layer and said second layer, and said fluid supply channel partitioning said layered body (21, 22) such that said first plurality of fluid channels is arranged on a first side relative to said fluid supply channel and that said second plurality of fluid channels is arranged on a second side opposite to said first side relative to said fluid supply channel, characterized in that said plurality of valves is disposed within said housing (20, 22, 23), and said layered body (21, 22) further comprises noise dampers associated with said first plurality of fluid channels and said second plurality of fluid channels, said noise dampers being interposed between said first layer and said second layer of said layered body (21, 22).
A sensor, comprising: a self-supporting substrate; and an electrically conductive trace carried by the substrate and patterned to provide at least a portion of a tuned RF circuit, the RF circuit being characterized by an impedance or resistance and being disposed on only one side of the substrate; wherein the electrically conductive trace is not self-supporting and has a thickness of less than 1 micron; and wherein the substrate is adapted to dissolve, swell, or otherwise degrade when contacted by a target fluid and cause the electrically conductive trace to disintegrate so as to provide the RF circuit with an open circuit, such that the impedance or resistance of the RF circuit changes by at least a factor of 5. a self-supporting substrate; and an electrically conductive trace carried by the substrate and patterned to provide at least a portion of a tuned RF circuit, the RF circuit being characterized by an impedance or resistance and being disposed on only one side of the substrate; wherein the electrically conductive trace is not self-supporting and has a thickness of less than 1 micron; and wherein the substrate is adapted to dissolve, swell, or otherwise degrade when contacted by a target fluid and cause the electrically conductive trace to disintegrate so as to provide the RF circuit with an open circuit, such that the impedance or resistance of the RF circuit changes by at least a factor of 5.
Cooling device for a vehicle battery, - with a coolant circuit, which comprises a coolant pump and is in thermal contact with the vehicle battery, - with a refrigerant circuit, which has: - a condenser, - a refrigerant pump, which is arranged downstream of the condenser, - a sensor (13, 18, 19) for controlling the flow of refrigerant, - an expansion valve, which is arranged downstream of or parallel to the refrigerant pump, - an evaporator, which is arranged downstream of the expansion valve and the refrigerant pump, - a compressor, which is arranged downstream of the evaporator, - a bypass to the refrigerant pump, - a bypass to the compressor, wherein the coolant circuit and the refrigerant circuit are coupled via the evaporator as a heat exchanger. - with a coolant circuit, which comprises a coolant pump and is in thermal contact with the vehicle battery, - with a refrigerant circuit, which has: - a condenser, - a refrigerant pump, which is arranged downstream of the condenser, - a sensor (13, 18, 19) for controlling the flow of refrigerant, - an expansion valve, which is arranged downstream of or parallel to the refrigerant pump, - an evaporator, which is arranged downstream of the expansion valve and the refrigerant pump, - a compressor, which is arranged downstream of the evaporator, - a bypass to the refrigerant pump, - a bypass to the compressor, - a condenser, - a refrigerant pump, which is arranged downstream of the condenser, - a sensor (13, 18, 19) for controlling the flow of refrigerant, - an expansion valve, which is arranged downstream of or parallel to the refrigerant pump, - an evaporator, which is arranged downstream of the expansion valve and the refrigerant pump, - a compressor, which is arranged downstream of the evaporator, - a bypass to the refrigerant pump, - a bypass to the compressor,
Sterilized thermogelling composition injectable or implantable in a human or animal body, said composition comprising a substituted chitosan having N-acetyl-D-glucosamine units, D-glucosamine units, and substituted D-glucosamine units other than the N-acetyl-D-glucosamine units and optionally substituted N-acetyl-D-glucosamine units, said composition comprising a concentration of substituted chitosan lower than 4%.
A carrousel apparatus for moving containers comprising: a supporting structure; a carrousel mounted on the supporting structure and rotatable on itself about a main axis of rotation; and a plurality of operating units, associated with a perimetric portion of the carrousel, for rotating with it about the main axis of rotation, each operating unit being configured to retain and move a container, along a movement path which goes from a container feeding station to a container releasing station; wherein: each operating unit comprises a plate and a retaining head; each plate is rotatably connected to the carrousel for rotating, on itself about its own secondary axis of rotation, which is vertical and parallel to the main axis of rotation; each retaining head is vertically aligned with the relative plate along the secondary axis of rotation, rotates with the carrousel in the rotation about the main axis of rotation and is fixed relative to the secondary axis of rotation of the relative plate, during the rotation of the plate on itself; each retaining head comprises three or more pressure rollers distributed eccentrically relative to the respective secondary axis of rotation, and configured for pushing a container towards the plate during the rotation of the plate on itself; and each retaining head comprises a supporting portion with which the pressure rollers are rotatably associated, each according to a third axis of rotation; characterised in that the third axes of rotation are inclined relative to the secondary axis of rotation, intersect the secondary axis of rotation and converge towards it moving away from the plate; and in that the pressure rollers of each retaining head are configured to centre the container on the secondary axis of rotation. a supporting structure; a carrousel mounted on the supporting structure and rotatable on itself about a main axis of rotation; and a plurality of operating units, associated with a perimetric portion of the carrousel, for rotating with it about the main axis of rotation, each operating unit being configured to retain and move a container, along a movement path which goes from a container feeding station to a container releasing station; each operating unit comprises a plate and a retaining head; each plate is rotatably connected to the carrousel for rotating, on itself about its own secondary axis of rotation, which is vertical and parallel to the main axis of rotation; each retaining head is vertically aligned with the relative plate along the secondary axis of rotation, rotates with the carrousel in the rotation about the main axis of rotation and is fixed relative to the secondary axis of rotation of the relative plate, during the rotation of the plate on itself; each retaining head comprises three or more pressure rollers distributed eccentrically relative to the respective secondary axis of rotation, and configured for pushing a container towards the plate during the rotation of the plate on itself; and each retaining head comprises a supporting portion with which the pressure rollers are rotatably associated, each according to a third axis of rotation;
A method for wireless communications at a user equipment, UE, comprising: receiving a reference signal configuration indicating a set of monitoring occasions for a reference signal associated with a connected mode, wherein each monitoring occasion comprises time and frequency resources for transmission of the reference signal; receiving a paging signal (510, 515) while operating in an idle mode or an inactive mode based at least in part on a change to the set of monitoring occasions for the reference signal; identifying an updated set of monitoring occasions for the reference signal based at least in part on receiving the paging signal, wherein the paging signal comprises an indication of the updated set of monitoring occasions for the reference signal; and performing time and frequency tracking or a radio resource management measurement based at least in part on the reference signal received in the updated set of monitoring occasions. receiving a reference signal configuration indicating a set of monitoring occasions for a reference signal associated with a connected mode, wherein each monitoring occasion comprises time and frequency resources for transmission of the reference signal; receiving a paging signal (510, 515) while operating in an idle mode or an inactive mode based at least in part on a change to the set of monitoring occasions for the reference signal; identifying an updated set of monitoring occasions for the reference signal based at least in part on receiving the paging signal, wherein the paging signal comprises an indication of the updated set of monitoring occasions for the reference signal; and performing time and frequency tracking or a radio resource management measurement based at least in part on the reference signal received in the updated set of monitoring occasions.
A method of managing communication between an electronic token and a remote web server, said electronic token being connected to a host machine and comprising a microprocessor, a communication interface and a memory comprising an operating system and at least a first HTML data, said electronic token comprising at least first and second token servers (CS1, CS2), said remote web server being connected to the host machine, said host machine having an Internet web browser, said method comprises the following steps: - sending a first request from the Internet web browser to the first token server, - returning a first answer from the first token server to the Internet web browser, said first answer comprising a first HTML data, said first HTML data comprising connection information associated to a script, - on the Internet web browser, executing the script associated to the connection information, characterized in that execution of said script establishes a connection to the remote web server allowing a two-way communication between the second token server and the remote web server through the Internet web browser acting as a gateway. - sending a first request from the Internet web browser to the first token server, - returning a first answer from the first token server to the Internet web browser, said first answer comprising a first HTML data, said first HTML data comprising connection information associated to a script, - on the Internet web browser, executing the script associated to the connection information,
A semiconductor light-emitting device having an axis of symmetry, the device comprising two or more laser diodes, wherein each of the laser diodes has an axis of symmetry wherein the laser diodes are arranged in series on the axis of symmetry of the light-emitting device in such a way that their axes of symmetry coincide, wherein faces of the laser diodes are connected such that they are in electrical and mechanic contact and form a vertical bar of laser diodes, characterized in that a directional pattern of radiation thereof has an axis of symmetry coinciding with the axis of symmetry of the light-emitting device and is directed perpendicularly to the axis of symmetry of the light-emitting device, wherein the radiation is emitted homogeneously in all directions perpendicular to the axis of symmetry of the semiconductor light-emitting device. wherein each of the laser diodes has an axis of symmetry wherein the laser diodes are arranged in series on the axis of symmetry of the light-emitting device in such a way that their axes of symmetry coincide, wherein faces of the laser diodes are connected such that they are in electrical and mechanic contact and form a vertical bar of laser diodes, characterized in that a directional pattern of radiation thereof has an axis of symmetry coinciding with the axis of symmetry of the light-emitting device and is directed perpendicularly to the axis of symmetry of the light-emitting device, wherein the radiation is emitted homogeneously in all directions perpendicular to the axis of symmetry of the semiconductor light-emitting device.
Method for operating a cooling fan for cooling at least one heat-pump system component of a heat-pump system in a heat-pump laundry treatment apparatus, in particular a heat-pump system dryer or a heat-pump system washer dryer, wherein a compressor is adapted to circulate a refrigerant through the heat-pump system during a laundry drying operation and wherein a cooling fan is adapted to convey cooling air over the at least one heat-pump system component, the method comprising in case that the compressor operation is suspended: if the cooling fan is active at the time of suspending the compressor operation, maintaining the cooling fan operating at the same conveyance rate (r_convey) or increasing the conveyance rate (r_convey) of the cooling fan, and if the cooling fan is not active at the time of suspending the compressor operation, activating the cooling fan for conveying cooling air to the at least one heat-pump system component; and the method further comprising: resuming the compressor operation when the compressor suspension is cancelled and maintaining the cooling fan operation or maintaining the cooling fan operation at the increased conveyance rate (r-convey) for a predetermined delay operation period (t_delay) after resuming compressor operation. if the cooling fan is active at the time of suspending the compressor operation, maintaining the cooling fan operating at the same conveyance rate (r_convey) or increasing the conveyance rate (r_convey) of the cooling fan, and if the cooling fan is not active at the time of suspending the compressor operation, activating the cooling fan for conveying cooling air to the at least one heat-pump system component; and the method further comprising: resuming the compressor operation when the compressor suspension is cancelled and maintaining the cooling fan operation or maintaining the cooling fan operation at the increased conveyance rate (r-convey) for a predetermined delay operation period (t_delay) after resuming compressor operation.
Wind turbine blade having - a base body with a base material and - at least one coating of the base body with a coating material, wherein - the base material comprises a composite material with glass fiber reinforced polymer (GFRP) and - the coating material comprises a composite material with conductive particles, characterized in that - the composite material of the coating material comprises the base material of the base body. - a base body with a base material and - at least one coating of the base body with a coating material, wherein - the base material comprises a composite material with glass fiber reinforced polymer (GFRP) and - the coating material comprises a composite material with conductive particles, characterized in that - the composite material of the coating material comprises the base material of the base body.
A cellulose-based 3D-shaped substrate comprising native cellulosic fibres and non-fibrous cellulosic material, the substrate being obtainable by a method comprising (i) providing a cellulose-based substrate precursor material comprising native cellulosic fibres, (ii) a 3D-shaping step of and a cellulose dissolution step of cellulose-based substrate precursor material to produce a substrate with a 3D-shape comprising dissolved cellulose; and (iii) a reprecipitation step in which the dissolved cellulose is reprecipitated. (i) providing a cellulose-based substrate precursor material comprising native cellulosic fibres, (ii) a 3D-shaping step of and a cellulose dissolution step of cellulose-based substrate precursor material to produce a substrate with a 3D-shape comprising dissolved cellulose; and (iii) a reprecipitation step in which the dissolved cellulose is reprecipitated.
A valve core assembly comprising: a guide rod; a ball bearing; a post-shaped valve head, said valve head being provided with a first through hole at the bottom; and a fixing block, said fixing block being of a hollow bowl-shaped structure which is provided with a second through hole at the bottom; wherein the valve head is provided with a bowl-shaped groove at the bottom, the bowl-shaped groove is in communication with the first through hole, the ball bearing is partially or wholly located in the bowl-shaped groove, and the bowl-shaped groove has an outer wall, characterised in that said outer wall is also partially or wholly located in the hollow bowl-shaped structure of the fixing block and wherein a first end portion of said guide rod is inserted into said ball bearing, the first through hole of said valve head and the second through hole of said fixing block in sequence, and the first end portion of said guide rod is fixedly connected to said ball bearing and the second through hole of said fixing block respectively. a guide rod; a ball bearing; a post-shaped valve head, said valve head being provided with a first through hole at the bottom; and a fixing block, said fixing block being of a hollow bowl-shaped structure which is provided with a second through hole at the bottom; wherein the valve head is provided with a bowl-shaped groove at the bottom, the bowl-shaped groove is in communication with the first through hole, the ball bearing is partially or wholly located in the bowl-shaped groove, and the bowl-shaped groove has an outer wall, characterised in that said outer wall is also partially or wholly located in the hollow bowl-shaped structure of the fixing block and wherein a first end portion of said guide rod is inserted into said ball bearing, the first through hole of said valve head and the second through hole of said fixing block in sequence, and the first end portion of said guide rod is fixedly connected to said ball bearing and the second through hole of said fixing block respectively.
A conjugate comprising an oxyntomodulin derivative comprising the amino acid sequence of SEQ ID NO: 24, 25, or 26, an immunoglobulin Fc region, and a non-peptidyl polymer, wherein the non-peptidyl polymer covalently links the oxyntomodulin derivative and the immunoglobulin Fc region.
Method of fabricating a security thread, the security thread comprising: (a) one or more optical spacers; (b) one or more planar arrays of microstructured icons positioned within, on, or next to an optical spacer; and (c) one or more planar arrays of non-cylindrical micro lenses positioned on or next to either the optical spacer, which may be contiguous with the lens material or may be a separate substrate, or the planar icon array, with each micro-lens having a base diameter of less than 50 microns, wherein a synthetically magnified image is formed through the united performance of a multiplicity of individual lens/icon image systems; the method comprising forming the microstructured icons by microstructure replication such that the microstructured icons are formed from voids and solid regions in a microstructure in combination and filling or coating the voids in the microstructure with another material such as evaporated metal material or dyed or pigmented material and wherein the microstructured icons are made of a polymer and wherein the total thickness of the security thread is less than 50 μm; wherein the microstructured icons are not formed by patterns of colorless, colored, tinted, or dyed material applied to the lower surface of the optical spacer by a printing method, including not by intaglio printing. (a) one or more optical spacers; (b) one or more planar arrays of microstructured icons positioned within, on, or next to an optical spacer; and (c) one or more planar arrays of non-cylindrical micro lenses positioned on or next to either the optical spacer, which may be contiguous with the lens material or may be a separate substrate, or the planar icon array, with each micro-lens having a base diameter of less than 50 microns,
An expansion bolt kit, comprising a bolt and an expansion sleeve in which the bolt is sleeved, one end of the expansion sleeve comprising an expansion portion, the expansion portion comprising a plurality of longitudinal cutouts distributed evenly around the expansion portion and adapting to divide the expansion portion into expansion pieces capable of being expanded outwardly; the bolt comprising a rod and a bolt head, the rod comprising a bare rod portion near the bolt head at one end and a threaded portion at the other end, the bare rod portion comprising a smooth outer wall, the threaded portion comprising an outer wall provided with an external thread; the expansion sleeve comprising two half tubes that can be mated to each other, each of the half tubes comprising an upper portion and a lower portion, and the half tubes being engaged into one tube via a snap-fit structure; a circular grip hole is provided at a middle portion of an inner wall of the expansion sleeve; an inner diameter of the circular grip hole matches an outer diameter of the bare rod portion; characterized in that the inner diameter of the circular grip hole is slightly larger than or equal to the outer diameter of the bare rod portion and smaller than an outer diameter of the threaded portion; the outer diameter of the threaded portion is larger than that of the bare rod portion; one side of the circular grip hole is provided with an internal thread that matches the threaded portion; when the expansion bolt kit is assembled, the threaded portion of the bolt is located at the side of the circular grip hole comprising the internal thread; and the internal thread extends from the middle portion to the end or close to the end of the expansion sleeve.