mhurhangee/patent-ind-claim-en huggingface dataset:
A stretchable wire tape for a textile, comprising: a stretchable electrically conductive wire ; and stretchable insulating films having a shape of a tape each including a first face and a second face opposite to the first face, the stretchable insulating films being bonded to opposite sides of the stretchable electrically conductive wire on their first faces via bonding layers , the stretchable wire tape further comprising at least one stretchable non-electrically conductive wire , wherein the stretchable electrically conductive wire includes a plurality of stretchable electrically conductive wires , and the stretchable electrically conductive wires and the at least one stretchable non-electrically conductive wire are alternately arranged. a stretchable electrically conductive wire ; and stretchable insulating films having a shape of a tape each including a first face and a second face opposite to the first face, the stretchable insulating films being bonded to opposite sides of the stretchable electrically conductive wire on their first faces via bonding layers , the stretchable wire tape further comprising at least one stretchable non-electrically conductive wire , wherein the stretchable electrically conductive wire includes a plurality of stretchable electrically conductive wires , and the stretchable electrically conductive wires and the at least one stretchable non-electrically conductive wire are alternately arranged.
A method for producing a marker element for an implant formed from a layered semi-finished product comprising an X-ray opaque or radiopaque material, wherein an adhesive layer is attached on or to at least one side of the semi-finished product or a plurality of adjacently arranged portions of the semi-finished product, so that a layered layer composite is formed at least in portions, and a plurality of disc-like marker elements are then cut from the layer composite or separated from the layer composite by a corresponding cut or a corresponding severing in a direction transverse, preferably perpendicular, to the layers of the layer composite, characterised in that - a continuous first layer or a plurality of portions of a first layer of the semi-finished product is arranged on and attached to a first side of the adhesive layer and also - a continuous second layer or a plurality of portions of a second layer of the semi-finished product is arranged on and attached to a second side of the adhesive layer , opposite the first side, so that these form the layer composite at least in portions. - a continuous first layer or a plurality of portions of a first layer of the semi-finished product is arranged on and attached to a first side of the adhesive layer and also - a continuous second layer or a plurality of portions of a second layer of the semi-finished product is arranged on and attached to a second side of the adhesive layer , opposite the first side,
An ammonia decomposition catalyst, comprising: cobalt (A); one or more rare earth elements (B) selected from cerium, yttrium and lanthanum; one or more alkaline-earth metal elements (C) selected from barium and strontium; zirconium (D); and one or more calcium compounds (E) selected from calcium carbonate, calcium oxide and calcium hydroxide; wherein the ammonia decomposition catalyst comprises the cobalt (A), the rare earth element (B), the alkaline-earth metal element (C) and the zirconium (D) as metals or oxides. cobalt (A); one or more rare earth elements (B) selected from cerium, yttrium and lanthanum; one or more alkaline-earth metal elements (C) selected from barium and strontium; zirconium (D); and one or more calcium compounds (E) selected from calcium carbonate, calcium oxide and calcium hydroxide; wherein the ammonia decomposition catalyst comprises the cobalt (A), the rare earth element (B), the alkaline-earth metal element (C) and the zirconium (D) as metals or oxides.
A user terminal comprising: a transmission section configured to transmit uplink control information by using an uplink control channel format for which a cyclic shift is applied to a demodulation reference signal and an orthogonal code having a sequence length of less than 5 is applied; and a control section configured to determine the cyclic shift to apply to the demodulation reference signal based on a plurality of candidates configured by higher layer signaling and a field, for indicating an uplink control channel resource for the uplink control information, included in given downlink control information, wherein the uplink control information includes at least HARQ-ACK. a transmission section configured to transmit uplink control information by using an uplink control channel format for which a cyclic shift is applied to a demodulation reference signal and an orthogonal code having a sequence length of less than 5 is applied; and a control section configured to determine the cyclic shift to apply to the demodulation reference signal based on a plurality of candidates configured by higher layer signaling and a field, for indicating an uplink control channel resource for the uplink control information, included in given downlink control information, wherein the uplink control information includes at least HARQ-ACK.
An implant assembly for securing an implant comprising: an implant for a human rib, the implant comprising: an elongate body comprising: a first portion including a flat outer face , the elongate body curved along a plane perpendicular to the flat outer face ; and a second portion extending from the first portion to form a curved outer face ; a plurality of bores (310A-310N) extending through the flat outer face of the first portion and into the second portion; and a placement tool interface extending into the body; a placement tool comprising: a handle ; a first arm extending from the handle ; a second arm extending from the handle and a retaining pin extending from a distal portion of the first arm, the retaining pin engageable with the placement tool interface to form a pivotable engagement therewith such that the implant can rotate entirely between the first and second arms; and a fastener comprising: a proximal threaded portion securable to the rib; and a distal threaded portion extending distally from the proximal threaded portion , the distal threaded portion threadably securable to the implant bore (310A-310N). an elongate body comprising: a first portion including a flat outer face , the elongate body curved along a plane perpendicular to the flat outer face ; and a second portion extending from the first portion to form a curved outer face ; a first portion including a flat outer face , the elongate body curved along a plane perpendicular to the flat outer face ; and a second portion extending from the first portion to form a curved outer face ; a plurality of bores (310A-310N) extending through the flat outer face of the first portion and into the second portion; and a placement tool interface extending into the body; a placement tool comprising: a handle ; a first arm extending from the handle ; a second arm extending from the handle and a retaining pin extending from a distal portion of the first arm, the retaining pin engageable with the placement tool interface to form a pivotable engagement therewith such that the implant can rotate entirely between the first and second arms; and a handle ; a first arm extending from the handle ; a second arm extending from the handle and a retaining pin extending from a distal portion of the first arm, the retaining pin engageable with the placement tool interface to form a pivotable engagement therewith such that the implant can rotate entirely between the first and second arms; and a fastener comprising: a proximal threaded portion securable to the rib; and a distal threaded portion extending distally from the proximal threaded portion , the distal threaded portion threadably securable to the implant bore (310A-310N). a proximal threaded portion securable to the rib; and a distal threaded portion extending distally from the proximal threaded portion , the distal threaded portion threadably securable to the implant bore (310A-310N).
Solubilisation product consisting of resveratrol and polysorbate 80 and polysorbate 20 as well as at least one medium-chain triglyceride (MCT) and optionally tocopherol, in particular mixed tocopherol, as a further component, and/or optionally as a further component, a further polyphenol, in particular quercetin and/or catechin.
Method for the materially bonded joining of an electrical line to an electrical contact part , comprising the steps: - introduction of an exposed line end of the line into a receiving sleeve of the contact part , - rotation of a friction welding tool at an open end face of the receiving sleeve for the materially bonded connection of the line end to the receiving sleeve , characterized by - introduction of a pulverulent metal filler material into the receiving sleeve prior to the rotation in such a way that the metal filler material is at least partially arranged between the line end and/or the receiving sleeve and the friction welding tool , wherein the metal filler material is selected or mixed from: brass, bronze, silver or nickel, and also the alloys thereof. - introduction of an exposed line end of the line into a receiving sleeve of the contact part , - rotation of a friction welding tool at an open end face of the receiving sleeve for the materially bonded connection of the line end to the receiving sleeve , characterized by - introduction of a pulverulent metal filler material into the receiving sleeve prior to the rotation in such a way that the metal filler material is at least partially arranged between the line end and/or the receiving sleeve and the friction welding tool , wherein the metal filler material is selected or mixed from: brass, bronze, silver or nickel, and also the alloys thereof.
A liquid ejecting apparatus comprising: a transport unit configured to transport a medium; an ejecting unit configured to eject a liquid onto the medium in an ejection area; and a mist-collecting unit that is formed upstream of the ejection area in a transport direction of the medium and that is configured to collect mist that occurs with the ejection of the liquid from the ejecting unit, characterised by a contaminant-collecting unit that is formed upstream of the ejection area in the transport direction of the medium and that is configured to collect contaminants that have attached to the medium, wherein the mist-collecting unit and the contaminant-collecting unit are configured to share a common part. a transport unit configured to transport a medium; an ejecting unit configured to eject a liquid onto the medium in an ejection area; and a mist-collecting unit that is formed upstream of the ejection area in a transport direction of the medium and that is configured to collect mist that occurs with the ejection of the liquid from the ejecting unit, characterised by a contaminant-collecting unit that is formed upstream of the ejection area in the transport direction of the medium and that is configured to collect contaminants that have attached to the medium, wherein the mist-collecting unit and the contaminant-collecting unit are configured to share a common part.
A method for displaying obstacles surrounding an aircraft in perspective view on a display , comprising: storing data on one or more data sources , the data including known obstacles; determining distance and/or range criteria for the known obstacles in the data of the data source(s), the distance and/or range criteria including a first pre-determined distance from a specified location; rendering the known obstacles as semi-transparent polygons if the known obstacles in the data are within the first pre-determined distance from the specified location; rendering the known obstacles as semi-transparent single line objects if the known obstacles are beyond the first pre-determined distance from the specified location; and displaying the rendered known obstacles as determined by the rendering step. storing data on one or more data sources , the data including known obstacles; determining distance and/or range criteria for the known obstacles in the data of the data source(s), the distance and/or range criteria including a first pre-determined distance from a specified location; rendering the known obstacles as semi-transparent polygons if the known obstacles in the data are within the first pre-determined distance from the specified location; rendering the known obstacles as semi-transparent single line objects if the known obstacles are beyond the first pre-determined distance from the specified location; and displaying the rendered known obstacles as determined by the rendering step.
A cutting assembly for cutting hairs on skin, the cutting assembly comprising: a guard plate for contacting the skin, the guard plate having a first toothed edge extending along an axis and comprising guard teeth ; and a cutter plate disposed on the guard plate , which cutter plate is slidable relative to the guard plate along said axis , the cutter plate comprising a second toothed edge extending parallel with said axis and comprising cutting teeth , the cutter plate and the guard plate being arranged such that said hairs are cut by the cutting teeth against the guard teeth when the cutter plate slides, wherein the cutting teeth each include a cutting portion and a tip characterized in that , the tip is outwardly enlarged relative to the cutting portion in at least one direction parallel with said axis , and wherein the minimum space between adjacent tips is less than the minimum space between adjacent guard teeth , each tip maintaining overlap with at least one of said guard teeth as the cutter plate slides. a guard plate for contacting the skin, the guard plate having a first toothed edge extending along an axis and comprising guard teeth ; and a cutter plate disposed on the guard plate , which cutter plate is slidable relative to the guard plate along said axis , the cutter plate comprising a second toothed edge extending parallel with said axis and comprising cutting teeth , the cutter plate and the guard plate being arranged such that said hairs are cut by the cutting teeth against the guard teeth when the cutter plate slides, wherein the cutting teeth each include a cutting portion and a tip characterized in that , the tip is outwardly enlarged relative to the cutting portion in at least one direction parallel with said axis , and wherein the minimum space between adjacent tips is less than the minimum space between adjacent guard teeth , each tip maintaining overlap with at least one of said guard teeth as the cutter plate slides.
A method for transmitting uplink information on an unlicensed carrier, characterized in that the method comprises: determining, by terminal equipment, a present time resource set for sending downlink information to the terminal equipment by network equipment on the unlicensed carrier (S230), wherein the network equipment performs information transmission on the unlicensed carrier through time resource sets obtained by contention, time resources in each time resource set obtained by contention are continuously distributed, and time resources in different time resource sets are distributed at intervals, and the time resource sets obtained by contention by the network equipment comprises the present time resource set; and sending, by the terminal equipment, the uplink information to the network equipment in a first time resource of the present time resource set on the unlicensed carrier (S240), the uplink information corresponding to downlink information transmitted by the network equipment in at least one previous time resource set of the present time resource set. determining, by terminal equipment, a present time resource set for sending downlink information to the terminal equipment by network equipment on the unlicensed carrier (S230), wherein the network equipment performs information transmission on the unlicensed carrier through time resource sets obtained by contention, time resources in each time resource set obtained by contention are continuously distributed, and time resources in different time resource sets are distributed at intervals, and the time resource sets obtained by contention by the network equipment comprises the present time resource set; and sending, by the terminal equipment, the uplink information to the network equipment in a first time resource of the present time resource set on the unlicensed carrier (S240), the uplink information corresponding to downlink information transmitted by the network equipment in at least one previous time resource set of the present time resource set.
Composite structure comprising a sheet comprising a flexible support and a coating at least partially covering at least one face of the support, the support being made of a support material having dielectric properties, the coating being made of a coating material different from the support material and having magneto dielectric properties, the sheet being wound on itself about a winding axis (X), or folded back on itself.
Drive for a boat, having a housing arranged underwater during operation of the drive and having an electric motor accommodated in the housing for driving a propeller , wherein a cooling section is provided in the housing , which cooling section is provided with a coolant duct , wherein the coolant duct is in communication with water present in the vicinity of the housing via a coolant inlet and via a coolant outlet through the housing , characterised in that the housing has, in the region of the coolant outlet , a constriction providing a negative pressure, such that during movement of the housing through water, a negative pressure is generated in the region of the coolant outlet . wherein a cooling section is provided in the housing , which cooling section is provided with a coolant duct , wherein the coolant duct is in communication with water present in the vicinity of the housing via a coolant inlet and via a coolant outlet through the housing , characterised in that the housing has, in the region of the coolant outlet , a constriction providing a negative pressure, such that during movement of the housing through water, a negative pressure is generated in the region of the coolant outlet .
Method for operating an lift system having a shaft system and a multiplicity of lift cars which are moved separately from one another between floors in a circulation operation in such a way that the lift cars are moved upward in a first shaft and are moved downward in a second shaft , wherein synchronization of the movement of the lift cars is carried out with respect to defined shaft positions which can be respectively adopted by the lift cars , wherein the number of defined shaft positions corresponds at least to the number of lift cars , characterized in that in each case current positions (h) of the lift cars in the respective shaft are defined as the shaft positions at defined time intervals.
A PTC electric heating assembly comprising: two electrode plates ; and a PTC heating module disposed between the two electrode plates , and including an insulation fixing frame defining a plurality of fixing units , a plurality of PTC heating elements disposed in the fixing units respectively; a contact electrode is disposed between the PTC heating module and each of the electrode plates ; and adhered to the insulation fixing frame by an adhesive; the contact electrode is configured as a compressible conducting layer comprising a polymer and a conducting material compounded with the polymer, characterized in that the polymer in the compressible conducting layer comprises one or more selected from polyimide, PTFE, organic silicon resin and ethoxyline resin and the conducting material comprises one or more selected from metal fiber, metal particles, metal mesh, carbon and graphite. two electrode plates ; and a PTC heating module disposed between the two electrode plates , and including an insulation fixing frame defining a plurality of fixing units , a plurality of PTC heating elements disposed in the fixing units respectively; a contact electrode is disposed between the PTC heating module and each of the electrode plates ; and adhered to the insulation fixing frame by an adhesive; an insulation fixing frame defining a plurality of fixing units , a plurality of PTC heating elements disposed in the fixing units respectively; a contact electrode is disposed between the PTC heating module and each of the electrode plates ; and adhered to the insulation fixing frame by an adhesive; the contact electrode is configured as a compressible conducting layer comprising a polymer and a conducting material compounded with the polymer, characterized in that the polymer in the compressible conducting layer comprises one or more selected from polyimide, PTFE, organic silicon resin and ethoxyline resin and the conducting material comprises one or more selected from metal fiber, metal particles, metal mesh, carbon and graphite.
Multi-mode aircraft navigation light , configured to be usable as a left forward navigation light in a left wing tip of an aircraft and as a right forward navigation light in a right wing tip of an aircraft, the multi-mode aircraft navigation light comprising: a first light source of a first color, wherein the first color is green; a second light source of a second color, wherein the second color is red; and a common optical system , which is arranged over the first light source and the second light source for conditioning light emitted by either one of the first light source and the second light source ; a switching circuit configured to effect power supply to either the first light source or the second light source depending on a color selection signal; and an orientation sensor , configured to detect an orientation of the multi-mode aircraft navigation light and to provide an orientation indication to the switching circuit , with the color selection signal being based on the orientation indication; wherein the orientation sensor comprises at least one of an inertial sensor, such as an accelerometer, and an optical sensor, such as a camera. a first light source of a first color, wherein the first color is green; a second light source of a second color, wherein the second color is red; and a common optical system , which is arranged over the first light source and the second light source for conditioning light emitted by either one of the first light source and the second light source ; a switching circuit configured to effect power supply to either the first light source or the second light source depending on a color selection signal; and an orientation sensor , configured to detect an orientation of the multi-mode aircraft navigation light and to provide an orientation indication to the switching circuit , with the color selection signal being based on the orientation indication; wherein the orientation sensor comprises at least one of an inertial sensor, such as an accelerometer, and an optical sensor, such as a camera.