mhurhangee/patent-ind-claim-en huggingface dataset:
An implant device to facilitate access across pleura layers, comprising: a tube (14-1) having a side wall (14-2), a lumen (14-3), a proximal end portion (14-4), a distal end portion (14-5), and a central portion (14-6) interposed between the proximal end portion (14-4) and the distal end portion (14-5), the tube (14-1) having a longitudinal extent , wherein each of the proximal end portion (14-4) and the distal end portion (14-5) extends outwardly from the central portion (14-6), and wherein the side wall (14-2) has a longitudinal split (14-7) to define a first lateral edge surface (14-8) and a second lateral edge surface (14-9), wherein each of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) longitudinally extends through each of the proximal end portion (14-4), the central portion (14-6), and the distal end portion (14-5), wherein the tube is shaped as a roll that overlaps on itself, wherein one of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) is positioned on an exterior of the tube (14-1) and the other of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) is positioned in an interior of the tube (14-1). a tube (14-1) having a side wall (14-2), a lumen (14-3), a proximal end portion (14-4), a distal end portion (14-5), and a central portion (14-6) interposed between the proximal end portion (14-4) and the distal end portion (14-5), the tube (14-1) having a longitudinal extent , wherein each of the proximal end portion (14-4) and the distal end portion (14-5) extends outwardly from the central portion (14-6), and wherein the side wall (14-2) has a longitudinal split (14-7) to define a first lateral edge surface (14-8) and a second lateral edge surface (14-9), wherein each of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) longitudinally extends through each of the proximal end portion (14-4), the central portion (14-6), and the distal end portion (14-5), wherein the tube is shaped as a roll that overlaps on itself, wherein one of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) is positioned on an exterior of the tube (14-1) and the other of the first lateral edge surface (14-8) and the second lateral edge surface (14-9) is positioned in an interior of the tube (14-1).
Dummy wheel disc for holding blades of a turbo machine during machining in a machining machine, having a disc-shaped or annular main body , along the circumferential surface of which there are formed holding grooves extending substantially axially, the cross-sectional shape of which is respectively adapted to the cross-sectional shape of blade roots of the blades to be machined, wherein stop means are provided on a first end face of the main body , which stop means have an individual annular stop plate or multiple stop plates in the form of annular segments, which is/are fixed to the first end face of the main body and at least partly close/s at least some of the holding grooves on the first end face , first pressure means are arranged on the second end face of the main body , which are formed in such a way that they press the blade roots held in the holding grooves against the stop means, and second pressure means are provided, which are formed in such a way that they press blade roots held in the holding grooves into a radially outer position, characterized in that the first pressure means have multiple plate elements , which are detachably fixed to the second end face of the main body , in particular by using fixing screws , wherein a number of first pressure elements corresponding at least to the number of holding grooves is provided on the plate elements , each projecting axially into one of the holding grooves .
A method for controlling operation of a household appliance comprising a first space , a second space , a pump arranged to transport a liquid from said first space to said second space , a heating element arranged to heat the liquid in said second space , a first temperature sensor arranged within said first space and a second temperature sensor arranged at said heating element , the method comprises: - supplying the liquid to said first space , - determining a first characteristic (TB1) of the measured temperature by the first temperature sensor , wherein said first characteristic (TB1) describes how the temperature changes during supplying of the liquid to said first space , - supplying the liquid to said second space by activating said pump in order to transport said liquid from said first space to said second space , - determining a second characteristic (TB2) of the measured temperature by the second temperature sensor , wherein said second characteristic (TB2) describes how the temperature changes during supplying of the liquid to said second space and - determining if a sufficient amount of the liquid has been supplied to said second space or not based on said second characteristic (TB2) evaluated with respect to said first characteristic (TB1) so that turning on the heating element to heat the liquid in the second space when not sufficient amount of the liquid has been supplied may be prevented. - supplying the liquid to said first space , - determining a first characteristic (TB1) of the measured temperature by the first temperature sensor , wherein said first characteristic (TB1) describes how the temperature changes during supplying of the liquid to said first space , - supplying the liquid to said second space by activating said pump in order to transport said liquid from said first space to said second space , - determining a second characteristic (TB2) of the measured temperature by the second temperature sensor , wherein said second characteristic (TB2) describes how the temperature changes during supplying of the liquid to said second space and - determining if a sufficient amount of the liquid has been supplied to said second space or not based on said second characteristic (TB2) evaluated with respect to said first characteristic (TB1) so that turning on the heating element to heat the liquid in the second space when not sufficient amount of the liquid has been supplied may be prevented.
A method of making an aircraft acoustic structural panel comprising outer skins bounding a core, and comprising the steps of: preforming a core honeycomb laminate having preformed foam bonded inside cells thereof by a distinct adhesive characterized by ; supplying said preformed foam in a uniform layer ; stacking said foam layer atop an adhesive layer and in turn atop a core honeycomb ; and compressing together said stacked foam layer , adhesive layer , and core honeycomb under pressure and heat to thermally bond said foam inside said honeycomb cells to preform said honeycomb laminate ; stacking said preformed honeycomb laminate between opposite top and bottom structural outer laminates ; and compressing together under heat and pressure said stacked honeycomb laminate 12 and outer structural laminates into a unitary structural panel having said core honeycomb laminate integrally bonded between said outer skins . preforming a core honeycomb laminate having preformed foam bonded inside cells thereof by a distinct adhesive characterized by ; supplying said preformed foam in a uniform layer ; stacking said foam layer atop an adhesive layer and in turn atop a core honeycomb ; and compressing together said stacked foam layer , adhesive layer , and core honeycomb under pressure and heat to thermally bond said foam inside said honeycomb cells to preform said honeycomb laminate ; stacking said preformed honeycomb laminate between opposite top and bottom structural outer laminates ; and compressing together under heat and pressure said stacked honeycomb laminate 12 and outer structural laminates into a unitary structural panel having said core honeycomb laminate integrally bonded between said outer skins .
A LED module comprising, - at least two LEDs (D1, D2, D3, D4, D5, D6) connected in series and arranged on a printed circuit board, PCB, the printed circuit board comprising two terminals for electrically supplying the LEDs (D1, D2, D3, D4, D5, D6) off a driver ; - a surge current protection structure comprising: - a first metal surface arranged on the PCB and connected to an anode potential of the series connection of LEDs (D1, D2); and - a second metal surface arranged on the PCB and connected to a cathode potential of the series connection of LEDs (D1, D2, D3, D4, D5, D6), the first and second metal surfaces being furthermore respectively connected in a heat-conducting manner with each of the LEDs; characterised in that said connection of the first and second metal surfaces in a heat-conducting manner with the LEDs (D1, D2, D3, D4, D5, D6) is respectively with each of the LEDs (D1, D2, D3) of a first group of LEDs (D1, D2, D3) at the anode potential side of the series connection of LEDs (D1, D2, D3, D4, D5, D6) and with each of the LEDs (D4, D5, D6) of a second group of LEDs (D4, D5, D6) at the cathode potential side of the series connection of LEDs (D1, D2, D3, D4, D5, D6). - at least two LEDs (D1, D2, D3, D4, D5, D6) connected in series and arranged on a printed circuit board, PCB, the printed circuit board comprising two terminals for electrically supplying the LEDs (D1, D2, D3, D4, D5, D6) off a driver ; - a surge current protection structure comprising: - a first metal surface arranged on the PCB and connected to an anode potential of the series connection of LEDs (D1, D2); and - a second metal surface arranged on the PCB and connected to a cathode potential of the series connection of LEDs (D1, D2, D3, D4, D5, D6), the first and second metal surfaces being furthermore respectively connected in a heat-conducting manner with each of the LEDs; characterised in that said connection of the first and second metal surfaces in a heat-conducting manner with the LEDs (D1, D2, D3, D4, D5, D6) is respectively with each of the LEDs (D1, D2, D3) of a first group of LEDs (D1, D2, D3) at the anode potential side of the series connection of LEDs (D1, D2, D3, D4, D5, D6) and with each of the LEDs (D4, D5, D6) of a second group of LEDs (D4, D5, D6) at the cathode potential side of the series connection of LEDs (D1, D2, D3, D4, D5, D6).
An underlayer coating composition comprising a polymer, where the polymer comprises at least one hydroxyaromatic unit in the backbone of the polymer comprising a fluoro or iodo moiety, and at least one unit comprising an aminoplast, wherein the hydroxyaromatic unit has at least one fluoro moiety and the structure , where, R 1 is selected from an iodo moiety and fluoro moiety, R 2 and R 3 and independently selected from an iodo moiety, a fluoro moiety, hydrogen, hydroxyl, (C 1 -C 4 )alkyl, hydroxy(C 1 -C 4 )alkyl, OC 1 -C 4 alkyl, (C=O)(C 1 -C 4 )alkyl, C 1 -C 4 alkylO(C 1 -C 4 )alkyl, C 1 -C 4 alkyl(C=O)(C 1 -C 4 )alkyl, C(O)O(C 1 -C 4 )alkyl and R 2 and R 3 are connected to form hydroxyaromatic ring fused to the phenol.
Removable cartridge suitable for insertion into the head of a dental and/or surgical instrument , comprising: a bush with a single cylindrical inner bore and a lateral opening, and a sub-assembly with a rotor , a first ball bearing , a second ball bearing and a tool holder , the lateral opening of the sleeve being adapted for the connection between a driving shaft of a dental and/or surgical instrument and the rotor driving the tool holder in rotation, the rotor comprising external teeth which can mesh with an external gearing corresponding toothing of the driving shaft . a bush with a single cylindrical inner bore and a lateral opening, and a sub-assembly with a rotor , a first ball bearing , a second ball bearing and a tool holder , the lateral opening of the sleeve being adapted for the connection between a driving shaft of a dental and/or surgical instrument and the rotor driving the tool holder in rotation, the rotor comprising external teeth which can mesh with an external gearing corresponding toothing of the driving shaft .
A flow control valve for a construction equipment comprising; a valve body installed on the path between a hydraulic pump and a hydraulic actuator and configured with a supply path communicating with a pump path supplying the hydraulic oil from the hydraulic pump and the actuator ports connected to the hydraulic actuator ; a spool provided within the valve body so that by switching, the hydraulic oil of the hydraulic pump is supplied to the hydraulic actuator , and a hydraulic oil discharged from the hydraulic actuator is returned to a hydraulic oil tank; a pressure chamber provided within the spool , which communicates with the supply path and an actuator port on one side; a signal pressure path provided within the spool , which communicates with the actuator port on the other side and the pressure chamber ; and a flow control valve provided within the pressure chamber , wherein when the pressure of the hydraulic oil returning to the hydraulic oil tank from the hydraulic actuator exceeds a predetermined pressure, the flow control valve is switched by the returning oil supplied through the signal pressure path and blocks an opening area of the flow control valve ; the flow control valve is configured with a valve spring to support elastically the maximum open state of the opening area of the flow control valve as the initial state, and characterized in that a drain path is configured in the spool so as to communicate with a back pressure chamber and a tank path and to remove the remaining pressure of the back pressure chamber by the valve spring .
Packet for smoking articles, comprising - a parallelepiped-shaped container with a front wall , a rear wall , a bottom wall and two lateral walls ; - a single parallelepiped-shaped wrapper enclosing a charge of smoking articles inside the container , this wrapper having a width less than the width of the container measured as the distance between the two lateral walls of the container , this wrapper being placed substantially centrally to the container ; - a lid hinged to the container in order to be able to close an open upper end of the container ; and - a collar arranged inside the container , projecting outside of the container through said open upper end ; this collar having a front wall and two lateral walls respectively arranged in contact with the front wall and lateral walls of the container ; this collar including two partition walls that divide the internal volume of the container into a central chamber occupied by the wrapper and two empty side chambers at the lateral sides of the wrapper , characterised by the fact that each partition wall is formed by two flat partition panels folded and joined, each flat partition panel of each partition wall extending from the front wall of the container to the rear wall of the container , the flat partition panels of each partition wall being joined to the front wall of the collar by parallel folding lines and by the fact that the collar comprises a respective folded tab placed inside each of the two empty chambers in order to immobilize said wrapper in the container . - a parallelepiped-shaped container with a front wall , a rear wall , a bottom wall and two lateral walls ; - a single parallelepiped-shaped wrapper enclosing a charge of smoking articles inside the container , this wrapper having a width less than the width of the container measured as the distance between the two lateral walls of the container , this wrapper being placed substantially centrally to the container ; - a lid hinged to the container in order to be able to close an open upper end of the container ; and - a collar arranged inside the container , projecting outside of the container through said open upper end ; this collar having a front wall and two lateral walls respectively arranged in contact with the front wall and lateral walls of the container ; this collar including two partition walls that divide the internal volume of the container into a central chamber occupied by the wrapper and two empty side chambers at the lateral sides of the wrapper ,
A grounding element for a radiator , comprising: a hairpin element having a U-shaped cross-section ; and first and second legs extending substantially in parallel with each other from opposite ends of the hairpin element , wherein each of the first and second legs comprises a first elastic grip element extending in a first direction and a second elastic grip element extending in a direction opposite to the first direction, characterized in that : each of the first and second legs further comprises a spine element; and each of the first elastic grip elements comprises: first and second opposed flanges ; and first and second opposed elastic members by which the first and second opposed flanges are elastically coupled to the corresponding spine element . a hairpin element having a U-shaped cross-section ; and first and second legs extending substantially in parallel with each other from opposite ends of the hairpin element , wherein each of the first and second legs comprises a first elastic grip element extending in a first direction and a second elastic grip element extending in a direction opposite to the first direction, each of the first and second legs further comprises a spine element; and each of the first elastic grip elements comprises: first and second opposed flanges ; and first and second opposed elastic members by which the first and second opposed flanges are elastically coupled to the corresponding spine element . first and second opposed flanges ; and first and second opposed elastic members by which the first and second opposed flanges are elastically coupled to the corresponding spine element .
Two-component pressurized can having a body , a dome, a valve arranged in the dome, an inwardly curved bottom , an upper chamber and a lower chamber for a first and a second component, which chambers are separated from one another by a separating element , and an opening device which is arranged in the bottom , can be actuated from outside and, upon actuation, removes the separation between the chambers for the first and second component, characterized in that the separating element between the chambers is a piston which is mounted so as to be displaceable in the pressurized can and which has at least one opening closed by a closure element , and the opening device has an opening element which extends through a passage in the bottom and is suitable for separating the closure element from the at least one opening of the piston .
A method, comprising: identifying a program section in a binary software component ; performing a first disassembly process according to a first instruction set on the program section to produce a first disassembly result; performing a second disassembly process according to a second instruction set different from the first instruction set on the program section to produce a second disassembly result, wherein each of the first and second disassembly results comprises anomalies that occurred during the respective disassembly process, and the anomalies comprise successful and unsuccessful references; comparing the first disassembly result to the second disassembly result by comparing the successful and unsuccessful references; and determining a utilized instruction set associated with the program section based at least in part on the comparison , wherein the utilized instruction set is either the first instruction set or the second instruction set. identifying a program section in a binary software component ; performing a first disassembly process according to a first instruction set on the program section to produce a first disassembly result; performing a second disassembly process according to a second instruction set different from the first instruction set on the program section to produce a second disassembly result, wherein each of the first and second disassembly results comprises anomalies that occurred during the respective disassembly process, and the anomalies comprise successful and unsuccessful references; comparing the first disassembly result to the second disassembly result by comparing the successful and unsuccessful references; and determining a utilized instruction set associated with the program section based at least in part on the comparison , wherein the utilized instruction set is either the first instruction set or the second instruction set.
An acoustic liner , comprising: a support layer having a first side and a spaced second side and where the support layer includes a set of partitioned cavities extending between the first side and the second side , defining a set of cells, and where the set of partitioned cavities have open faces; a first facing sheet operably coupled to the support layer such that the first facing sheet overlies and closes the open faces on the second side ; and a set of internal separator structures within at least some of the set of partitioned cavities , where a single internal separator structure is located within a single cavity of the set of partitioned cavities and the single internal separator structure consists of an hourglass shaped internal separator structure dividing the single cavity into three fluid filled cavities (V1, V2, V3), the three fluid filled cavities including first and second fluid filled cavities inside the hourglass shaped internal separator, and a third fluid filled cavity outside of the hourglass shaped internal separator. a support layer having a first side and a spaced second side and where the support layer includes a set of partitioned cavities extending between the first side and the second side , defining a set of cells, and where the set of partitioned cavities have open faces; a first facing sheet operably coupled to the support layer such that the first facing sheet overlies and closes the open faces on the second side ; and a set of internal separator structures within at least some of the set of partitioned cavities , where a single internal separator structure is located within a single cavity of the set of partitioned cavities and the single internal separator structure consists of an hourglass shaped internal separator structure dividing the single cavity into three fluid filled cavities (V1, V2, V3), the three fluid filled cavities including first and second fluid filled cavities inside the hourglass shaped internal separator, and a third fluid filled cavity outside of the hourglass shaped internal separator.