mhurhangee/patent-ind-claim-en huggingface dataset:
Smoothing apparatus comprising a body including a handle and a steam emission head connected to the handle , the steam emission head comprising a treatment face intended to vertically face a garment to be smoothed, the treatment face including at least one steam outlet and a hot surface intended to come into contact with the garment, characterised in that the treatment face comprises a textile treatment surface extending completely around the hot surface , the treatment surface being exposed around the hot surface .
A tire , comprising a tire frame member that is made from a resin and that includes: a bead portion ; a side portion that is connected to an outer side of the bead portion in a tire radial direction and that has hole portions formed at intervals in a tire circumferential direction; and a crown portion that is connected to an inner side of the side portion in a tire width direction and that has a tread disposed thereon, wherein the resin is from thermoplastic resins including thermoplastic elastomers, characterised in that the hole portions are through holes penetrating the side portion and infilled with a softer material than the resin material forming the tire frame member , wherein a material that is softer denotes a material with a lower Young's modulus than the resin material used to form the tire frame member . a bead portion ; a side portion that is connected to an outer side of the bead portion in a tire radial direction and that has hole portions formed at intervals in a tire circumferential direction; and a crown portion that is connected to an inner side of the side portion in a tire width direction and that has a tread disposed thereon, wherein the resin is from thermoplastic resins including thermoplastic elastomers, characterised in that the hole portions are through holes penetrating the side portion and infilled with a softer material than the resin material forming the tire frame member , wherein a material that is softer denotes a material with a lower Young's modulus than the resin material used to form the tire frame member .
Device for securing a crane cable or guide cable to a blade of a wind turbine comprising a blade pocket, that is open on one side, as a flexible, unyielding shrouding element that is to be slipped over the tip of a rotor blade in order to fully surround a rotor blade in the profile direction with at least one internal inflatable insert for selectively establishing a force-fit connection between the shrouding element and a rotor blade that is surrounded thereby, wherein the at least one insert extends in the circumferential direction of the shrouding element , characterized in that the at least one insert terminates in such a way that the ends of each insert are respectively arranged on the shrouding element so as to be adjacent to and spaced apart from one another, in such a way that, when the device is used as intended, the inserts are arranged on both sides of an aerodynamic attachment on the rotor blade and are shaped in such a way that, when the insert is inflated, the shrouding element is spaced apart from the aerodynamic attachment .
A device , comprising: one or more antennas configured to receive a radio frequency, RF, emission wirelessly from a source device ; a power splitting circuitry configured to: split the RF emission into a first part and a second part of the RF emission based on a threshold, transmit the first part of the RF emission to an energy harvesting circuitry of the device , and transmit the second part of the RF emission to a wireless transceiver of the device ; the energy harvesting circuitry configured to charge the device using the first part of the RF emission; the wireless transceiver configured to receive the second part of the RF emission; and a processor communicatively coupled to the wireless transceiver and configured to: modulate the first part of the RF emission based on information detected by the device ; determine that an energy level of an energy storage unit of the device is above the threshold ; and in response to determining that the energy level is above the threshold , transmit , using the wireless transceiver , the second part of the RF emission wirelessly to a second device to charge the second device . one or more antennas configured to receive a radio frequency, RF, emission wirelessly from a source device ; a power splitting circuitry configured to: split the RF emission into a first part and a second part of the RF emission based on a threshold, transmit the first part of the RF emission to an energy harvesting circuitry of the device , and transmit the second part of the RF emission to a wireless transceiver of the device ; split the RF emission into a first part and a second part of the RF emission based on a threshold, transmit the first part of the RF emission to an energy harvesting circuitry of the device , and transmit the second part of the RF emission to a wireless transceiver of the device ; the energy harvesting circuitry configured to charge the device using the first part of the RF emission; the wireless transceiver configured to receive the second part of the RF emission; and a processor communicatively coupled to the wireless transceiver and configured to: modulate the first part of the RF emission based on information detected by the device ; determine that an energy level of an energy storage unit of the device is above the threshold ; and in response to determining that the energy level is above the threshold , transmit , using the wireless transceiver , the second part of the RF emission wirelessly to a second device to charge the second device . modulate the first part of the RF emission based on information detected by the device ; determine that an energy level of an energy storage unit of the device is above the threshold ; and in response to determining that the energy level is above the threshold , transmit , using the wireless transceiver , the second part of the RF emission wirelessly to a second device to charge the second device .
Bicycle saddle comprising a saddle shell , a saddle frame arranged on a lower side of the saddle shell , a saddle cushion arranged on the upper side of the saddle shell , and a cover layer spanning the saddle cushion , wherein the saddle cushion comprises at least two cushion elements overlapping each other at least in parts of a saddle edge , wherein at the saddle edge , where at least two cushion elements overlap each other, an edge region of the cover layer is arranged between the cushion elements , characterized in that one of the cushion elements , has a protrusion , at the saddle edge , which protrusion protrudes into a recess , of the other cushion element . a saddle shell , a saddle frame arranged on a lower side of the saddle shell , a saddle cushion arranged on the upper side of the saddle shell , and a cover layer spanning the saddle cushion , wherein the saddle cushion comprises at least two cushion elements overlapping each other at least in parts of a saddle edge , wherein at the saddle edge , where at least two cushion elements overlap each other, an edge region of the cover layer is arranged between the cushion elements , characterized in that one of the cushion elements , has a protrusion , at the saddle edge , which protrusion protrudes into a recess , of the other cushion element .
Apparatus for preparing a hot beverage, in particular for a vehicle, comprising a brewing chamber in which a portion container can be arranged, wherein the portion container contains at least one portion of a substance to be extracted, wherein at least one storage container (31; 57) is provided, which can be filled with a plurality of portion containers , wherein a conveying device is provided, by means of which the plurality of portion containers which are arranged in the storage container (31; 57) can be conveyed into the brewing chamber in succession, characterized in that a container fixing device is provided, by means of which a drinks container adapter element can be releasably secured to the apparatus .
Preformer which is designed to extrude jointly a plurality of elastomer mixes in a common direction known as the "direction of flow" (X1), in order to assemble the said elastomer mixes into a co-extruded profiled element , the said preformer comprising for this purpose, superimposed in a first direction transverse to the direction of flow, known as the "direction of stacking" (Z1), a first channel which is designed to convey a first elastomer mix, a second channel which is designed to convey a second elastomer mix, and is separated from the first channel by a first partition , then a third channel which is designed to convey a third elastomer mix, and is separated from the second channel by a second partition , the said preformer being characterised in that it comprises at least one stiffener which is formed integrally with the first partition and the second partition , and extends such as to pass through at least the second channel in the direction of stacking (Z1) transverse to the direction of flow (X1), thus having, at least in the cross-section of passage of the said second channel, a leading edge which allows the elastomer mix following the second channel to pass around the said stiffener by dividing up into two sub-flows, which flow, in the said second channel , on both sides of the said leading edge.
Vehicle comprising a bench seat on which at least two people can sit, said bench seat comprising a seat pan and a backrest , the seat pan being connected to a floor of the vehicle via two front links , which are mounted so as to rotate in two front end regions of the seat pan and in two support pieces of the floor, which are placed in line with said end regions , the two front links being arranged so that they are each able to pivot, within a vertical and longitudinal plane XZ of the vehicle, between a first position in which the bench seat is in an advanced position and a second position in which said bench seat is in a retracted position, wherein each link is mounted so as to rotate in the support piece by means of at least one pre-loaded spring that tends, by default, to maintain the link in a vertical position corresponding to a balanced position for the bench seat , characterized in that said at least one spring is configured to encourage the bench seat to move forwards or backwards, depending on the direction of the force applied to said bench seat , from its balanced position.
Connector for slidably connecting an anchoring device to a rod in a spinal correction system, comprising - a body , wherein the body has a first tubular opening , - a coupling mechanism for coupling the body to the anchoring device , - a guiding mechanism provided in said first tubular opening and arranged to guide the rod in a sliding movement along a longitudinal direction (A) of the rod , characterized in that said guiding mechanism has at least two guiding portions provided at a mutual distance (d) in said first tubular opening and is further arranged to prevent any movement, with respect to the rod , other than a translation along the longitudinal direction (A) of the rod and a rotation around said longitudinal direction (A) of the rod . - a body , wherein the body has a first tubular opening , - a coupling mechanism for coupling the body to the anchoring device , - a guiding mechanism provided in said first tubular opening and arranged to guide the rod in a sliding movement along a longitudinal direction (A) of the rod , characterized in that said guiding mechanism has at least two guiding portions provided at a mutual distance (d) in said first tubular opening and is further arranged to prevent any movement, with respect to the rod , other than a translation along the longitudinal direction (A) of the rod and a rotation around said longitudinal direction (A) of the rod .
Fine tuner (12; 138; 202) for a stringed musical instrument , comprising a main body (24; 204) having an underside , a top side , a first contact region (80; 226) and having a second contact region (84; 228) for a string , wherein the second contact region (84; 228) is in spaced relation to the first contact region (80; 226), a gripping element (86; 214) for gripping a string section which is located between the first contact region (80; 226) and the second contact region (84; 228), and an adjusting device (88; 209) which is located at the main body (24; 204) and which acts upon the gripping element (86; 214), wherein, via the adjusting device (88; 209), a position of the gripping element (86; 214) relative to the main body (24; 204) is fixably adjustable and the position of the gripping element (86; 214) predetermines a deflected position of the string at the fine tuner (12; 138; 202), characterized in that the gripping element (86; 214) carries therewith the string section counter to a direction that extends in a direction from the top side to the underside .
A cleaner comprising: a suction unit ; a suction motor configured to generate a suction force so that air is sucked into the suction unit , the suction motor including: a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow (A2) parallel to the shaft in an up and down direction; and characterized in that the cleaner further comprising: a first filter disposed to surround the suction motor above the cyclone unit to filter the air discharged from the cyclone unit to pass through the suction motor , and to extend along the shaft , the cyclone unit comprises an outlet configured to allow air discharged from the outlet to surround a lower outer periphery of the suction motor and rise toward the first filter . a suction unit ; a suction motor configured to generate a suction force so that air is sucked into the suction unit , the suction motor including: a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow (A2) parallel to the shaft in an up and down direction; and a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow (A2) parallel to the shaft in an up and down direction; and
A method for manufacturing a three-dimensional tissue culture comprising chondrocytes in a biocompatible artificial matrix, the method comprising the steps of: - providing chondrocytes; - dispersing the chondrocytes in an aqueous solution, wherein the solution comprises polymerisable molecules, such that a homogenous dispersion is obtained; - transferring at least a part of the dispersion into a casting mould; - exposing the dispersion in the casting mould to conditions which allow polymerisation of the polymerisable molecules to obtain a matrix in which chondrocytes are present, wherein the matrix has a BSA diffusion coefficient of 2.5 × 10 -11 cm 2 /s to 1 × 10 -6 cm 2 /s at a temperature of 20°C; and - culturing the chondrocytes in the matrix under growth conditions, wherein a portion of the surface of the matrix is in contact with a growth medium, wherein said casting mould is a cell chamber of a microfluidic chip and said growth medium is brought in contact with said portion of the surface of the matrix through a medium channel of the microfluidic chip during the culturing. - providing chondrocytes; - dispersing the chondrocytes in an aqueous solution, wherein the solution comprises polymerisable molecules, such that a homogenous dispersion is obtained; - transferring at least a part of the dispersion into a casting mould; - exposing the dispersion in the casting mould to conditions which allow polymerisation of the polymerisable molecules to obtain a matrix in which chondrocytes are present, wherein the matrix has a BSA diffusion coefficient of 2.5 × 10 -11 cm 2 /s to 1 × 10 -6 cm 2 /s at a temperature of 20°C; and - culturing the chondrocytes in the matrix under growth conditions, wherein a portion of the surface of the matrix is in contact with a growth medium,
A method of assembling a door assembly for a laundry treating appliance , the method comprising: assembling an inner door subassembly using mechanical fasteners ; adhesively bonding an intermediate door frame to the inner door subassembly to form an intermediate door subassembly ; applying a touch film comprising an integrated flexible printed circuit board with touch buttons to an inner surface of an outer door screen with an adhesive, the outer door screen comprising a window made of a transparent material; adhesively bonding the inner surface of the outer door screen to the intermediate door subassembly ; affixing a user interface controller to the intermediate door frame through an aperture in the inner door subassembly ; and adhesively bonding covers to the inner door subassembly to hide the mechanical fasteners from view; wherein a user interface comprising said touch film is accessible on an outer surface of the outer door screen . assembling an inner door subassembly using mechanical fasteners ; adhesively bonding an intermediate door frame to the inner door subassembly to form an intermediate door subassembly ; applying a touch film comprising an integrated flexible printed circuit board with touch buttons to an inner surface of an outer door screen with an adhesive, the outer door screen comprising a window made of a transparent material; adhesively bonding the inner surface of the outer door screen to the intermediate door subassembly ; affixing a user interface controller to the intermediate door frame through an aperture in the inner door subassembly ; and adhesively bonding covers to the inner door subassembly to hide the mechanical fasteners from view;
A salt of Compound (I), represented by the following structural formula: wherein the salt is a succinate salt and the molar ratio between compound (I) and succinic acid is 1:0.5, or wherein the salt is a glutarate salt and the molar ratio between compound (I) and glutaric acid is 1:0.5, or wherein the salt is a fumarate salt and the molar ratio between compound (I) and fumaric acid is 1:1.
An apparatus comprising: image processing logic , IPL, configured to perform an image processing operation on pixel data corresponding with an image having a width of W pixels and a height of H pixels to produce output pixel data in vertical slices of K pixels using K vertically overlapping stencils of SxS pixels, K being greater than 1 and less than H, S being greater than or equal to 2, and W being greater than S; and a linebuffer operationally coupled with the IPL, the linebuffer configured to buffer the pixel data for the IPL, characterised in that the linebuffer includes: a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, wherein the image processing operation comprises a plurality of successive scans of the stencils across the pixel data, and each of the plurality of successive scans uses pixel data from the full size buffer as input to the stencils for the first S-1 rows of the scan, and pixel data from the sliding buffer as input to the stencils for the remaining K rows of the scan. image processing logic , IPL, configured to perform an image processing operation on pixel data corresponding with an image having a width of W pixels and a height of H pixels to produce output pixel data in vertical slices of K pixels using K vertically overlapping stencils of SxS pixels, K being greater than 1 and less than H, S being greater than or equal to 2, and W being greater than S; and a linebuffer operationally coupled with the IPL, the linebuffer configured to buffer the pixel data for the IPL, characterised in that the linebuffer includes: a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, wherein the image processing operation comprises a plurality of successive scans of the stencils across the pixel data, and each of the plurality of successive scans uses pixel data from the full size buffer as input to the stencils for the first S-1 rows of the scan, and pixel data from the sliding buffer as input to the stencils for the remaining K rows of the scan.
A removable peripheral component interconnect express, PCIe, based host network accelerator comprising: a removable card configured for insertion within a slot of a server and having a PCIe bus interface to connect to an I/O bus of the server; a physical network interface mounted on the card to connect to a switch fabric that provide connectionless packet-based switching for packets through a physical network; and an integrated circuit positioned on a data path on the card between the physical network interface and the PCIe bus interface, wherein the integrated circuit comprises a hardware-based virtual router configured to apply routing information for one or more virtual networks to route packets between the PCIe bus interface and the I/O bus of the server. a removable card configured for insertion within a slot of a server and having a PCIe bus interface to connect to an I/O bus of the server; a physical network interface mounted on the card to connect to a switch fabric that provide connectionless packet-based switching for packets through a physical network; and an integrated circuit positioned on a data path on the card between the physical network interface and the PCIe bus interface, wherein the integrated circuit comprises a hardware-based virtual router configured to apply routing information for one or more virtual networks to route packets between the PCIe bus interface and the I/O bus of the server.
A method for a first wireless transmit/receive unit, WTRU, for performing device-to-device, D2D, communication directly with a second WTRU , the method comprising: determining, outside of network coverage, a base pattern te based on at least a transmission configuration, wherein the base pattern is determined from a base pattern family comprising one or more base patterns having a pre-defined duration and one or more transmission opportunities, and wherein the base pattern family is defined by a number of the one or more transmission opportunities; and transmitting one or more data packets to the second WTRU in the one or more transmission opportunities of the determined base pattern. determining, outside of network coverage, a base pattern te based on at least a transmission configuration, wherein the base pattern is determined from a base pattern family comprising one or more base patterns having a pre-defined duration and one or more transmission opportunities, and wherein the base pattern family is defined by a number of the one or more transmission opportunities; and transmitting one or more data packets to the second WTRU in the one or more transmission opportunities of the determined base pattern.