mhurhangee/patent-ind-claim-en huggingface dataset:
An extensible corrugated hose for gardening, comprising: - a single tubular body consisting of: - a first bearing layer in a elastically extensible first polymeric material; - a meshed, braided or spiral wound reinforcement wound on said first layer ; - a stabilizing second layer in an elastically extensible second polymeric material covering said reinforcement ; wherein said single tubular body is corrugated and has a plurality of ridges , a coating third layer being further provided and placed on said second layer for covering said corrugated single tubular body , characterized in that said third coating layer is firmly connected with said ridges and has a thickness greater than said corrugated tubular body so as to not undergo corrugation following the expansion and contraction thereof. - a single tubular body consisting of: - a first bearing layer in a elastically extensible first polymeric material; - a meshed, braided or spiral wound reinforcement wound on said first layer ; - a stabilizing second layer in an elastically extensible second polymeric material covering said reinforcement ;
A thrombectomy device comprising: cylindrical proximal portion forming a stent frame having an outer lattice network of an outer plurality of interconnecting segments, the outer plurality of interconnecting segments being configured to exert a radial force against an inner wall of a blood vessel ; a plurality of radiopaque wires forming a radiopaque segment , the plurality of radiopaque wires extending from the outer stent frame to a central axis of the thrombectomy device along a length of the stent frame , the radiopaque segment converging to a tip along with the central axis, wherein the radiopaque segment is formed at a distal end of the stent frame , and characterized in that openings in the outer stent frame have a smaller cross-section than openings in the radiopaque segment . cylindrical proximal portion forming a stent frame having an outer lattice network of an outer plurality of interconnecting segments, the outer plurality of interconnecting segments being configured to exert a radial force against an inner wall of a blood vessel ; a plurality of radiopaque wires forming a radiopaque segment , the plurality of radiopaque wires extending from the outer stent frame to a central axis of the thrombectomy device along a length of the stent frame , the radiopaque segment converging to a tip along with the central axis, wherein the radiopaque segment is formed at a distal end of the stent frame , and characterized in that openings in the outer stent frame have a smaller cross-section than openings in the radiopaque segment .
A shock test apparatus for pouch-shaped battery cells, the shock test apparatus comprising: a flat bottom plate ; a jig comprising a first jig member and a second jig member configured to be located respectively at opposite surfaces of a pouch-shaped battery cell (C), each of the first jig member and the second jig member having a quadrangular shape; a pressing member configured to press a predetermined part of the pouch-shaped battery cell (C), and characterized by a plurality of fastening members configured to fix the first jig member and the second jig member to each other while adjusting a distance therebetween is provided at an edge of each of the first jig member and the second jig member so as to extend therethrough. a flat bottom plate ; a jig comprising a first jig member and a second jig member configured to be located respectively at opposite surfaces of a pouch-shaped battery cell (C), each of the first jig member and the second jig member having a quadrangular shape; a pressing member configured to press a predetermined part of the pouch-shaped battery cell (C), and characterized by a plurality of fastening members configured to fix the first jig member and the second jig member to each other while adjusting a distance therebetween is provided at an edge of each of the first jig member and the second jig member so as to extend therethrough.
Handle assembly in the installed state in a door of a shower partition, comprising a first handle which is arranged in the region of an outer surface of the door , and a second handle which is arranged in the region of an inner surface of the door and is connected to the first handle , wherein, in a closed position of the door , the outer surface faces an exterior space and further the inner surface faces an interior space , wherein the second handle has a movable handle element in such a way that, in a zero position, the second handle and/or its handle element are/is substantially flush with the inner surface , wherein the handle element can be moved into a second position in which at least part of the handle element projects beyond the inner surface , wherein the first handle is connected to the second handle by means of a connection body , wherein the connection body is fastened in an aperture of the door , and wherein the connection body contains a cavity in such a way that the handle element can be moved by a part into said cavity, characterized in that after a pivoting movement of the handle element , a part thereof is situated in the cavity while the other part of the handle element projects beyond the inner surface and can be grasped there by a user using his/her fingers to open or close the door .
An impingement cooled wall arrangement comprising: an upstream section and a downstream section; an impingement sleeve and a wall exposed to a hot gas during operation, wherein the impingement sleeve is at least partly disposed in a plenum , and spaced at a distance from the wall to form a cooling flow path between the wall and the Impingement sleeve such that compressed gas injected from the plenum through a plurality of apertures in the impingement sleeve during operation impinges on the wall and flows as a cross flow towards an exit at a downstream end of the cooling flow path ; and a plurality of turbulators having a leading edge arranged on the wall , wherein the center of at least one of the apertures is aligned along a longitudinal axis with the leading edge of at least one of the turbulators ; characterised in that the apertures are arranged in the upstream section, the turbulators are arranged in the downstream section downstream of the apertures in the direction of the cross flow and the downstream section Is only cooled by the cross flow . an upstream section and a downstream section; an impingement sleeve and a wall exposed to a hot gas during operation, wherein the impingement sleeve is at least partly disposed in a plenum , and spaced at a distance from the wall to form a cooling flow path between the wall and the Impingement sleeve such that compressed gas injected from the plenum through a plurality of apertures in the impingement sleeve during operation impinges on the wall and flows as a cross flow towards an exit at a downstream end of the cooling flow path ; and a plurality of turbulators having a leading edge arranged on the wall , wherein the center of at least one of the apertures is aligned along a longitudinal axis with the leading edge of at least one of the turbulators ; characterised in that the apertures are arranged in the upstream section, the turbulators are arranged in the downstream section downstream of the apertures in the direction of the cross flow and the downstream section Is only cooled by the cross flow .
Electronically commutated DC motor comprising an inner rotor and a three-phase stator , characterised in that the DC motor is produced in accordance with a method according to claim 16.
A coated tool comprising a base material and a diamond layer coated on a surface of the base material , wherein the diamond layer comprises a first coating layer located close to the base material and a second coating layer located on the first coating layer , wherein a mean particle size of second diamond particles constituting the second coating layer is smaller than a mean particle size of first diamond particles constituting the first coating layer , wherein the diamond layer contains hydrogen, and a hydrogen content in the second coating layer is larger than a hydrogen content in the first coating layer , and wherein residual stress in an intermediate position of the thickness of the first coating layer is compressive stress, and residual stress in an intermediate position of the thickness of the second coating layer is extension stress.
An electrical machine for an electrically operable axle of a motor vehicle, having - a shaft with an axis of rotation (D), - at least one bearing , wherein the shaft is rotatably mounted via at least one bearing , - at least one end shield , - at least one bearing ring , which is arranged coaxially with the axis of rotation (D), wherein the at least one bearing is connected to the end shield via the bearing ring , and wherein the bearing ring has at least one longitudinal recess on the outside for fluid evacuation. wherein the at least one longitudinal recess is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation (D) or on an end face of the bearing ring extending perpendicular to the axis of rotation (D). characterised in that the at least one longitudinal recess parallel to the axis of rotation (D) and the at least one longitudinal recess perpendicular to the axis of rotation (D) are each arranged in alignment with one another. - a shaft with an axis of rotation (D), - at least one bearing , wherein the shaft is rotatably mounted via at least one bearing , - at least one end shield , - at least one bearing ring , which is arranged coaxially with the axis of rotation (D), wherein the at least one bearing is connected to the end shield via the bearing ring , and wherein the bearing ring has at least one longitudinal recess on the outside for fluid evacuation. wherein the at least one longitudinal recess is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation (D) or on an end face of the bearing ring extending perpendicular to the axis of rotation (D). characterised in that the at least one longitudinal recess parallel to the axis of rotation (D) and the at least one longitudinal recess perpendicular to the axis of rotation (D) are each arranged in alignment with one another. wherein the at least one bearing is connected to the end shield via the bearing ring , and wherein the bearing ring has at least one longitudinal recess on the outside for fluid evacuation. wherein the at least one longitudinal recess is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation (D) or on an end face of the bearing ring extending perpendicular to the axis of rotation (D). characterised in that the at least one longitudinal recess parallel to the axis of rotation (D) and the at least one longitudinal recess perpendicular to the axis of rotation (D) are each arranged in alignment with one another.
A monitoring systems for an aircraft for the monitoring of mobile equipment devices in the aircraft, in particular roll containers for a galley of the aircraft, with at least one stationary sensor device for the detection of one of the mobile equipment devices and with, furthermore, a central unit for the evaluation of a current security state of the mobile equipment devices on the basis of detection results (DS) of the at least one stationary sensor device , which are reported to the central unit , characterised in that , the monitoring system further comprises at least one mobile sensor device for the detection of an equipment device , which is movable relative to the mobile sensor device of the mobile equipment devices within a predetermined distance (E), and for reporting a respective detection result (DM) to the central unit , and in that , the central unit is designed to evaluate the current security state of the mobile equipment devices , taking into account the detection results (DM) of the at least one mobile sensor device , with the detection results (DM) of the at least one mobile sensor device being reported to the central unit , wherein the current security state of the mobile equipment devices is either a secure state or an insecure state, and wherein the mobile equipment devices are in a secure state if the mobile equipment devices are within a predetermined distance of at least one stationary sensor device or at least one mobile sensor device . the current security state of the mobile equipment devices is either a secure state or an insecure state, and wherein the mobile equipment devices are in a secure state if the mobile equipment devices are within a predetermined distance of at least one stationary sensor device or at least one mobile sensor device .
An adeno-associated virus (AAV) capsid polypeptide comprising a peptide insert at position 453 or at position 587 to 592, particularly at position 587 to 592, more particularly at position 587 of the AAV serotype 2 capsid or a position homologous thereto in an AAV of another serotype, wherein the peptide insert is selected from: SASEAST (Cap3; SEQ ID NO 10), DTRPHDQ (Cap5; SEQ ID NO 11), EHYNSTC (Cap7; SEQ ID NO 12), PNPNCTL (Cap9; SEQ ID NO 13), TPPSITA (Cap11; SEQ ID NO 14), CGESSYL (Cap12; SEQ ID NO 15), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17), particularly wherein the insert is selected from SASEAST (Cap3; SEQ ID NO 10), TPPSITA (Cap11; SEQ ID NO 14), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17). SASEAST (Cap3; SEQ ID NO 10), DTRPHDQ (Cap5; SEQ ID NO 11), EHYNSTC (Cap7; SEQ ID NO 12), PNPNCTL (Cap9; SEQ ID NO 13), TPPSITA (Cap11; SEQ ID NO 14), CGESSYL (Cap12; SEQ ID NO 15), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17), particularly wherein the insert is selected from SASEAST (Cap3; SEQ ID NO 10), TPPSITA (Cap11; SEQ ID NO 14), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17).
A security sheet, comprising: a fibrous sheet material,; a watermark design formed within at least one layer of the fibrous sheet material, the watermark design surrounded by a surrounding region, the watermark design comprising a first region with a first fiber density and a second region with a second fiber density, wherein the first fiber density is less than a fiber density of the surrounding region, and wherein the second fiber density is greater than the fiber density of the surrounding region; means for enhancing the watermark design by rendering the watermark design visually enhanced, machine detectable/readable, or both; and a security element comprising a micro-optic structure, the micro-optic structure comprising: a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected. a fibrous sheet material,; a watermark design formed within at least one layer of the fibrous sheet material, the watermark design surrounded by a surrounding region, the watermark design comprising a first region with a first fiber density and a second region with a second fiber density, wherein the first fiber density is less than a fiber density of the surrounding region, and wherein the second fiber density is greater than the fiber density of the surrounding region; means for enhancing the watermark design by rendering the watermark design visually enhanced, machine detectable/readable, or both; and a security element comprising a micro-optic structure, the micro-optic structure comprising: a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected. a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected.
Suspension device , in particular of the hanger type , comprising at least one hooking part capable of allowing the suspension device to be hooked on a display such as a rack, and at least one support part capable of enabling an article , such as a garment to be supported, characterized in that it comprises a display module , a wireless reading module for items of information contained in an electronic tag , and a wireless communication module capable of communicating with a remote computer system for managing a stock of articles , the reading module being configured to read at least one identification information contained in an electronic tag carried by an article supported by the support part , and to transmit said identification information to the communication module , the communication module being configured to receive an identification information transmitted by the reading module , to transmit said identification information to the computer system , to receive from the computer system one or more characteristic items of information of the article identified by the identification information transmitted by the reading module , and for transmitting said characteristic information to the display module , the display module being configured to receive one or more characteristic items of information of the article transmitted by the communication module , and to display said characteristic information. characterized in that it comprises a display module , a wireless reading module for items of information contained in an electronic tag , and a wireless communication module capable of communicating with a remote computer system for managing a stock of articles , the reading module being configured to read at least one identification information contained in an electronic tag carried by an article supported by the support part , and to transmit said identification information to the communication module , the communication module being configured to receive an identification information transmitted by the reading module , to transmit said identification information to the computer system , to receive from the computer system one or more characteristic items of information of the article identified by the identification information transmitted by the reading module , and for transmitting said characteristic information to the display module , the display module being configured to receive one or more characteristic items of information of the article transmitted by the communication module , and to display said characteristic information.
A method of separating infill material of synthetic turf, the infill material comprising sand, rubber and fibres, the method comprising combining the infill material with water to form an infill slurry , and separating one or more of the sand, rubber and fibres from the infill slurry; and characterised in that a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry ; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator. combining the infill material with water to form an infill slurry , and separating one or more of the sand, rubber and fibres from the infill slurry; and characterised in that a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry ; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator. a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry ; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator.
A mechanical thrombectomy apparatus for removing a clot from a vessel without jamming, the apparatus comprising: a catheter having a distal end region and a distal end opening , wherein a durometer of the distal end region decreases while the distal end opening has a durometer that is greater than the durometer of the distal end region immediately proximal to the distal end opening , further wherein the distal end opening has a rounded lip profile; a flexible tube extending within the catheter and doubling back over the distal end region of the catheter , wherein the flexible tube is configured to slide and invert over the distal end opening when a first end of the flexible tube is pulled proximally within the catheter ; and a guidewire lumen through the catheter and the flexible tube configured to pass a guidewire. a catheter having a distal end region and a distal end opening , wherein a durometer of the distal end region decreases while the distal end opening has a durometer that is greater than the durometer of the distal end region immediately proximal to the distal end opening , further wherein the distal end opening has a rounded lip profile; a flexible tube extending within the catheter and doubling back over the distal end region of the catheter , wherein the flexible tube is configured to slide and invert over the distal end opening when a first end of the flexible tube is pulled proximally within the catheter ; and a guidewire lumen through the catheter and the flexible tube configured to pass a guidewire.
A method for operating an electronic device , the method comprising: measuring a temperature of a portion of the electronic device by a second sensor not connected with a conductive pattern of the electronic device; setting a sensing state reference level of a first sensor , connected with the conductive pattern to measure a capacitance component generated from the conductive pattern, according to the measured temperature; and determining a sensing state of an external object for the electronic device according to a result of a comparison between an output level from the first sensor and the sensing state reference level of the first sensor, characterized in that the setting of the sensing state reference level comprises selecting a value set for a temperature section corresponding to the measured temperature from among a plurality of preset values, separately set for each of a plurality of temperature sections. measuring a temperature of a portion of the electronic device by a second sensor not connected with a conductive pattern of the electronic device; setting a sensing state reference level of a first sensor , connected with the conductive pattern to measure a capacitance component generated from the conductive pattern, according to the measured temperature; and determining a sensing state of an external object for the electronic device according to a result of a comparison between an output level from the first sensor and the sensing state reference level of the first sensor, characterized in that the setting of the sensing state reference level comprises selecting a value set for a temperature section corresponding to the measured temperature from among a plurality of preset values, separately set for each of a plurality of temperature sections.