mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a waterproof connector , the method comprising: providing a shell with a seamless and substantially tubular shape; providing a resin support formed in a wall pattern; accommodating said resin support in said shell ; providing a contact terminal and supporting said contact terminal with said resin support ; and providing a sealing member and locating said sealing member on and around a periphery of said shell ; characterised in that the step of providing said shell comprises; providing a flat metal plate; forming the shell from said flat metal plate using a drawing press and providing a stepped part abutting on the sealing member and formed in a peripheral pattern. providing a shell with a seamless and substantially tubular shape; providing a resin support formed in a wall pattern; accommodating said resin support in said shell ; providing a contact terminal and supporting said contact terminal with said resin support ; and providing a sealing member and locating said sealing member on and around a periphery of said shell ; characterised in that the step of providing said shell comprises; providing a flat metal plate; forming the shell from said flat metal plate using a drawing press and providing a stepped part abutting on the sealing member and formed in a peripheral pattern.
Bag with stand-up bottom for liquid or pulverulent materials having a portion composed of water-insoluble paper and/or water-insoluble polymer and a surface section (F) composed of a water-soluble polymer, the bottom face of the bag consisting of the water-insoluble paper and/or water-insoluble polymer and the surface section (F), characterized in that the surface section (F) covers a section of the bag that has been cut out of the water-insoluble paper and/or water-insoluble polymer, such that the surface section (F) is in direct contact with the filling material of the bag during use, the surface section (F) accounting for more than 11.5% and not more than 90% of the bottom face of the bag, dissolution of the water-soluble polymer producing an opening through which the bag can be emptied.
A subsea housing assembly, comprising: - a subsea housing; - a first housing portion of the subsea housing, wherein the first housing portion comprises a first electrical connection for data communication; - a second housing portion of the subsea housing, wherein the second housing portion comprises a second electrical connection for data communication; - a wall providing separation between the first housing portion and the second housing portion of the subsea housing; and - an inductive coupler comprising a first coupling section disposed in the first housing portion and a second coupling section disposed in the second housing portion , wherein the inductive coupler is configured to provide inductive coupling across the wall for providing at least a data communication between the first electrical connection in the first housing portion and the second electrical connection in the second housing portion ; wherein the inductive coupler further comprises a magnetic coupling element which traverses the wall and extends into the first housing portion and into the second housing portion , wherein the magnetic coupling element is made from a different material than the wall . - a subsea housing; - a first housing portion of the subsea housing, wherein the first housing portion comprises a first electrical connection for data communication; - a second housing portion of the subsea housing, wherein the second housing portion comprises a second electrical connection for data communication; - a wall providing separation between the first housing portion and the second housing portion of the subsea housing; and - an inductive coupler comprising a first coupling section disposed in the first housing portion and a second coupling section disposed in the second housing portion , wherein the inductive coupler is configured to provide inductive coupling across the wall for providing at least a data communication between the first electrical connection in the first housing portion and the second electrical connection in the second housing portion ;
An ultrasound diagnosis method comprising: deciding a reference plane for volume data acquired from an object, wherein the reference plane which is obtained by cutting the volume data along at least one selected from an axial plane, a sagittal plane, and a coronal plane; detecting a long bone included in the volume data on a basis of at least one of pixel values and shapes of a plurality of areas included in the reference plane; extracting long bone volume data including the detected long bone from the volume data; and displaying the extracted long bone volume data. deciding a reference plane for volume data acquired from an object, wherein the reference plane which is obtained by cutting the volume data along at least one selected from an axial plane, a sagittal plane, and a coronal plane; detecting a long bone included in the volume data on a basis of at least one of pixel values and shapes of a plurality of areas included in the reference plane; extracting long bone volume data including the detected long bone from the volume data; and displaying the extracted long bone volume data.
Swing door system for use with a freezer device , comprising two adjacent swing doors and at least one mullion being in contact with said swing doors , wherein each swing door comprises a transparent pane and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors are in a closed position, and wherein the non-transparent areas and the mullion define a non-transparent region , and wherein under an horizontal viewing angle between 0° and 180° with respect to the plane in which the swing doors are arranged when the swing doors are in the closed position all of the horizontal diameters of the non-transparent region are less than 100 mm, preferably less than 80 mm, more preferably less than 70 mm, most preferably less than 60 mm, wherein said horizontal viewing angle is the angle between the projection of the viewing direction into a horizontal plane and the plane in which the swing doors are arranged when the swing doors are in a closed position, and wherein the plane in which the swing doors are arranged when the swing doors are in a closed position refers to the surface of the transparent pane outside of the freezer device in use, characterized in that an insulation profile is attached to the mullion , wherein the insulation profile is attached to the mullion form-fit and/or force-fit, or wherein the insulation profile is firmly bonded to the mullion . each swing door comprises a transparent pane and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors are in a closed position, and wherein the non-transparent areas and the mullion define a non-transparent region , and wherein under an horizontal viewing angle between 0° and 180° with respect to the plane in which the swing doors are arranged when the swing doors are in the closed position all of the horizontal diameters of the non-transparent region are less than 100 mm, preferably less than 80 mm, more preferably less than 70 mm, most preferably less than 60 mm, wherein said horizontal viewing angle is the angle between the projection of the viewing direction into a horizontal plane and the plane in which the swing doors are arranged when the swing doors are in a closed position, and wherein the plane in which the swing doors are arranged when the swing doors are in a closed position refers to the surface of the transparent pane outside of the freezer device in use,
Pneumatic spring module having a pneumatic spring and a shock absorber for springing and damping vibrations of a motor vehicle running gear, wherein the pneumatic spring has a rolling bellows which is fastened to a pneumatic spring cover and a roll-off piston having a piston lower part , wherein the rolling bellows at least partially delimits a first working chamber filled with compressed air, wherein provided in the roll-off piston are at least two working chambers (20, 21; 57, 58), which are mutually separated by a divider wall (37, 38; 59, 60) and are connectable to the first working chamber by way of switchable valves disposed in the roll-off piston , wherein the roll-off piston has at least two working chambers (20, 21; 57, 58) which are disposed next to one another, characterized in that in the piston lower part a plurality of working chambers are separated by additional vertical divider walls that are disposed so as to be offset in the circumferential direction and are in each case able to be switched on by means of an assigned valve .
A thin-film photovoltaic device comprising a flexible substrate and an absorber layer , wherein said absorber layer is made of an ABC chalcogenide material, including ABC chalcogenide material quaternary, pentanary, or multinary variations, wherein A represents elements in group 11 of the periodic table of chemical elements as defined by the International Union of Pure and Applied Chemistry including Cu and Ag, B represents elements in group 13 of the periodic table including In, Ga and Al, and C represents elements in group 16 of the periodic table including S, Se and Te, wherein said ABC chalcogenide material comprises In and Ga elements, characterized in that a compositional analysis of Ga / (Ga + In) ratio data across the thickness of said absorber layer, smoothed using a LOESS method with a smoothing parameter of 0.7, forms a Ga / (Ga + In) ratio curve in which, starting from a light-exposed side of said absorber layer, said Ga / (Ga + In) ratio curve comprises at least two regions comprising: a. a front grading region of decreasing Ga / (Ga + In) ratio where a light-exposed side of said front grading region has a Ga / (Ga + In) value that is less than 0.5 and where the difference between the maximum value and minimum value of the Ga / (Ga + In) value in said front grading region is less than 0.25 and greater than 0.1; b. a back grading region , in contact with to said front grading region and located between said front grading region and the back side of the absorber layer opposite the light-exposed side, of overall increasing Ga / (Ga + In) ratio where: i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20. a. a front grading region of decreasing Ga / (Ga + In) ratio where a light-exposed side of said front grading region has a Ga / (Ga + In) value that is less than 0.5 and where the difference between the maximum value and minimum value of the Ga / (Ga + In) value in said front grading region is less than 0.25 and greater than 0.1; b. a back grading region , in contact with to said front grading region and located between said front grading region and the back side of the absorber layer opposite the light-exposed side, of overall increasing Ga / (Ga + In) ratio where: i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20. i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20.
A heating assembly of an electronic cigarette, comprising a porous body configured for adsorbing e-liquid and at least one heating element configured for heating and atomizing the e-liquid adsorbed into the porous body , wherein the at least one heating element comprises an elongated sheet heating portion, at least partial section of the sheet heating portion is at least partially embedded in the porous body , and the porous body comprises an atomizing surface corresponding to the at least partial section; wherein the at least partial section is provided with a through hole configured for adjusting resistance distribution, characterized in that the at least partial section is embedded in the porous body in a manner that a width direction of the at least partial section follows along a movement direction of the e-liquid and/or smoke in the porous body .
A power supply system applied to a vehicle having an idling stop function for executing an automatic stop and an automatic restart on an engine , the power supply system comprising: a power generator ; a lithium-ion battery that can be charged with and can discharge generated power generated by the power generator; a lead-acid or lead-free battery that can be charged with and can discharge the generated power; two paths (C1, C2) connecting the lithium-ion battery and the lead-acid or lead-free battery ; a switching unit including a relay for switching one of the paths (C2) between a conductive condition and a non-conductive condition, and a MOSFET for switching the other path (C1) between a conductive condition and a non-conductive condition; an engine restarting unit connected to either the lithium-ion battery side or the lead-acid or lead-free battery side of the switching unit in order to start the engine during the automatic restart; an electrical load of the vehicle, which is connected to the lithium-ion battery side of the switching unit ; and a control unit configured to implement ON/OFF control on the relay and the MOSFET , wherein the control unit switches both the relay and the MOSFET to the conductive condition while the engine is operative or stopped during the idling stop or a stage after a starting stage of the automatic restart, whereby discharge from the lead-acid or lead-free battery to the electrical load is performed using both of the paths (C1, C2), characterised in that the control unit switches both the relay and the MOSFET to the non-conductive condition during a starting stage of the automatic restart, and wherein the control unit switches the relay to the non-conductive condition for a predetermined time before and after the starting stage of the automatic restart. a power generator ; a lithium-ion battery that can be charged with and can discharge generated power generated by the power generator; a lead-acid or lead-free battery that can be charged with and can discharge the generated power; two paths (C1, C2) connecting the lithium-ion battery and the lead-acid or lead-free battery ; a switching unit including a relay for switching one of the paths (C2) between a conductive condition and a non-conductive condition, and a MOSFET for switching the other path (C1) between a conductive condition and a non-conductive condition; an engine restarting unit connected to either the lithium-ion battery side or the lead-acid or lead-free battery side of the switching unit in order to start the engine during the automatic restart; an electrical load of the vehicle, which is connected to the lithium-ion battery side of the switching unit ; and a control unit configured to implement ON/OFF control on the relay and the MOSFET , wherein the control unit switches both the relay and the MOSFET to the conductive condition while the engine is operative or stopped during the idling stop or a stage after a starting stage of the automatic restart, whereby discharge from the lead-acid or lead-free battery to the electrical load is performed using both of the paths (C1, C2),
A method of wireless communication, comprising: generating, at a wireless device , a packet comprising a training field based on a training field tone plan by: populating training tones in the training field tone plan by duplicating tone positions from a base training field one or more times, and adding one or more additional sub-band direct current, DC, tones or edge tones , and scaling the training field, for each resource unit of a plurality of resource units, wherein scaling normalizes the total field power in the resource unit based on the number of the populated field tones and the number of streams in that resource unit and is proportional to a square root of a total number of tones that the resource unit includes for payload transmission; and transmitting the packet . generating, at a wireless device , a packet comprising a training field based on a training field tone plan by: populating training tones in the training field tone plan by duplicating tone positions from a base training field one or more times, and adding one or more additional sub-band direct current, DC, tones or edge tones , and scaling the training field, for each resource unit of a plurality of resource units, wherein scaling normalizes the total field power in the resource unit based on the number of the populated field tones and the number of streams in that resource unit and is proportional to a square root of a total number of tones that the resource unit includes for payload transmission; and transmitting the packet .
A thermoplastic polyurethane (TPU) comprising the reaction product of an aromatic polyisocyanate, an alkylene substituted spirocyclic compound comprising an alkylene substituted saturated spirocyclic-diol, an alkylene substituted saturated spirocyclic-diamine, or a combination thereof, and polyethylene glycol, wherein the alkylene substituted spirocyclic compound contains two rings containing from 5 to 7 atoms per ring, and where each ring is substituted with an alkylene group that contains from 1 to 4 carbon atoms, terminated by a hydroxy group or an amine where the amine is a primary or secondary amine.
A medical device , comprising: a handle; a sheath extending from the handle; and a tool within the sheath and movable relative to the sheath; wherein the handle includes: an inner body ; an outer body disposed over the inner body, wherein the outer body is movable relative to the inner body; a first actuator coupled to the outer body, wherein the first actuator has an actuated state permitting movement of the tool relative to the sheath in response to moving the outer body relative to the inner body; a second actuator coupled to the inner body, wherein the second actuator has an actuated state permitting longitudinal movement of the sheath relative to the tool in response to longitudinally moving the second actuator relative to the inner body and the outer body; wherein an unactuated state of the first actuator and an unactuated state of the second actuator prevents movement of the tool relative to the sheath. a handle; a sheath extending from the handle; and a tool within the sheath and movable relative to the sheath; wherein the handle includes: an inner body ; an outer body disposed over the inner body, wherein the outer body is movable relative to the inner body; a first actuator coupled to the outer body, wherein the first actuator has an actuated state permitting movement of the tool relative to the sheath in response to moving the outer body relative to the inner body; a second actuator coupled to the inner body, wherein the second actuator has an actuated state permitting longitudinal movement of the sheath relative to the tool in response to longitudinally moving the second actuator relative to the inner body and the outer body; wherein an unactuated state of the first actuator and an unactuated state of the second actuator prevents movement of the tool relative to the sheath. an inner body ; an outer body disposed over the inner body, wherein the outer body is movable relative to the inner body; a first actuator coupled to the outer body, wherein the first actuator has an actuated state permitting movement of the tool relative to the sheath in response to moving the outer body relative to the inner body; a second actuator coupled to the inner body, wherein the second actuator has an actuated state permitting longitudinal movement of the sheath relative to the tool in response to longitudinally moving the second actuator relative to the inner body and the outer body; wherein an unactuated state of the first actuator and an unactuated state of the second actuator prevents movement of the tool relative to the sheath.
A gas turbine component , comprising: a first article , the first article including a first material composition; a second article , the second article including a second material composition; a first interface volume disposed between and enclosed by the first article and the second article ; a cooling fluid supply ; and at least one cooling fluid channel in fluid communication with the cooling fluid supply and the first interface volume , the at least one cooling fluid channel including a heat exchange portion disposed in the second article downstream of the cooling fluid supply and upstream of the first interface volume , the cooling fluid channel being configured such that the cooling fluid passes through the second article prior to the first article , the second article being at a higher temperature than the first article . a first article , the first article including a first material composition; a second article , the second article including a second material composition; a first interface volume disposed between and enclosed by the first article and the second article ; a cooling fluid supply ; and at least one cooling fluid channel in fluid communication with the cooling fluid supply and the first interface volume , the at least one cooling fluid channel including a heat exchange portion disposed in the second article downstream of the cooling fluid supply and upstream of the first interface volume , the cooling fluid channel being configured such that the cooling fluid passes through the second article prior to the first article , the second article being at a higher temperature than the first article .
A polyacetal resin composition, comprising: polyacetal copolymer (A) in an amount of 100 parts by mass, wherein polyacetal copolymer (A) has a hemiformal terminal group content of 0.8 mmol/kg or less, hindered phenol-based antioxidant (B) in an amount of 0.1 to 1.0 part by mass, and at least one selected from an oxide of magnesium or zinc or a hydroxide of magnesium or zinc (C) in an amount more than 2.0 parts by mass and 30 parts by mass or less. polyacetal copolymer (A) in an amount of 100 parts by mass, wherein polyacetal copolymer (A) has a hemiformal terminal group content of 0.8 mmol/kg or less, hindered phenol-based antioxidant (B) in an amount of 0.1 to 1.0 part by mass, and at least one selected from an oxide of magnesium or zinc or a hydroxide of magnesium or zinc (C) in an amount more than 2.0 parts by mass and 30 parts by mass or less.
A method for a Device-to-device, D2D, User Equipment, UE, operating in a wireless communication system, the method comprising: receiving, from an eNB, a resource pool configuration for selecting a sidelink grant; and characterized by selecting (S1407; S1509b) the sidelink grant from a resource pool configured by the resource pool configuration when a predefined condition is satisfied, wherein the predefined condition comprises more sidelink data is available in a sidelink traffic channel, STCH, than can be transmitted in a current sidelink control, SC, period, and wherein the sidelink grant is for a next period after the current SC period, and wherein the next period is a first available SC period which starts at least 4 subframes after a subframe in which the sidelink grant was selected. receiving, from an eNB, a resource pool configuration for selecting a sidelink grant; and characterized by selecting (S1407; S1509b) the sidelink grant from a resource pool configured by the resource pool configuration when a predefined condition is satisfied, wherein the predefined condition comprises more sidelink data is available in a sidelink traffic channel, STCH, than can be transmitted in a current sidelink control, SC, period, and wherein the sidelink grant is for a next period after the current SC period, and wherein the next period is a first available SC period which starts at least 4 subframes after a subframe in which the sidelink grant was selected.