mhurhangee/ep-ind-claims huggingface dataset:
A current collector (130, 140, 150, 160, 170) comprising: a terminal connecting portion (131, 151, 161, 171); a first electrode connecting portion (132, 152, 162, 172) including a first surface (132a, 152a, 162a, 172a) extending forward and downward from a right frontal portion (131a, 151a, 161a, 171a) of the terminal connecting portion (131, 151, 161, 171); a second electrode connecting portion (133, 153, 163, 173) including a second surface (133a, 153a, 163a, 173a) extending forward and downward from a left frontal portion (131b, 151b, 161b, 171b) of the terminal connecting portion (131, 151, 161, 171) and opposing the first surface (132a, 152a, 162a, 172a); a first twisted portion (134, 154, 164, 174) having an end portion connected to the right frontal portion (131a, 151a, 161a, 171a) and the other end portion connected to an upper end portion of the first electrode connecting portion (132, 152, 162, 172); and a second twisted portion (135, 155, 165, 175) having an end portion connected to the left frontal portion (131 b, 151 b, 161b. 171 b) and the other end portion connected to an upper end portion of the second electrode connecting portion (133, 153, 163, 173), characterized in that a clearance between surfaces, defined as a first distance between the first surface (132a, 152a, 162a, 172a) and the second surface (133a, 153a, 163a, 173a) in a left-right direction, is larger than a second distance between the center of the right frontal portion (131a, 151a, 161a, 171a) in the left-right direction and the center of the left frontal portion (131b, 151b, 161b, 171b) in the left-right direction. a terminal connecting portion (131, 151, 161, 171); a first electrode connecting portion (132, 152, 162, 172) including a first surface (132a, 152a, 162a, 172a) extending forward and downward from a right frontal portion (131a, 151a, 161a, 171a) of the terminal connecting portion (131, 151, 161, 171); a second electrode connecting portion (133, 153, 163, 173) including a second surface (133a, 153a, 163a, 173a) extending forward and downward from a left frontal portion (131b, 151b, 161b, 171b) of the terminal connecting portion (131, 151, 161, 171) and opposing the first surface (132a, 152a, 162a, 172a); a first twisted portion (134, 154, 164, 174) having an end portion connected to the right frontal portion (131a, 151a, 161a, 171a) and the other end portion connected to an upper end portion of the first electrode connecting portion (132, 152, 162, 172); and a second twisted portion (135, 155, 165, 175) having an end portion connected to the left frontal portion (131 b, 151 b, 161b. 171 b) and the other end portion connected to an upper end portion of the second electrode connecting portion (133, 153, 163, 173), characterized in that a clearance between surfaces, defined as a first distance between the first surface (132a, 152a, 162a, 172a) and the second surface (133a, 153a, 163a, 173a) in a left-right direction, is larger than a second distance between the center of the right frontal portion (131a, 151a, 161a, 171a) in the left-right direction and the center of the left frontal portion (131b, 151b, 161b, 171b) in the left-right direction.
An apparatus comprising: at least one integrated circuit formed from a semiconductor material; a circuit board formed from the same semiconductor material as the integrated circuit and comprising a first board surface on which the at least one integrated circuit is mounted and a second board surface opposite the first board surface; a heat spreader of a thermally conductive material and comprising a plurality of vanes that are spaced apart from one another; and a thermal interface coupled between at least one area of the second board surface of the circuit board and a contact area of each of the plurality of vanes, wherein heat generated by the at least one integrated circuit is conducted from the at least one integrated circuit to the plurality of vanes of the heat spreader through the circuit board and the thermal interface, and wherein the thermal interface is an elongated strip that resides exclusively within a central portion of the second board surface that extends along a first axis. at least one integrated circuit formed from a semiconductor material; a circuit board formed from the same semiconductor material as the integrated circuit and comprising a first board surface on which the at least one integrated circuit is mounted and a second board surface opposite the first board surface; a heat spreader of a thermally conductive material and comprising a plurality of vanes that are spaced apart from one another; and a thermal interface coupled between at least one area of the second board surface of the circuit board and a contact area of each of the plurality of vanes, wherein heat generated by the at least one integrated circuit is conducted from the at least one integrated circuit to the plurality of vanes of the heat spreader through the circuit board and the thermal interface, and wherein the thermal interface is an elongated strip that resides exclusively within a central portion of the second board surface that extends along a first axis.
Tread profile of a pneumatic vehicle tyre, having radially elevated profile elements which are delimited in an axial direction A by at least two channels or grooves and having first sipes which extend in the radially outer surface of such profile elements in each case between the one groove or channel, which delimits the profile element to one axial side, and the other groove or channel, which delimits the profile element to the other axial side, wherein the first sipe is, in its main direction of extent in the radially outer surface, formed from at least one first and one second extent portion, which extent portions are formed one behind the other with a spacing h to one another and in which extent portions the first sipe is in each case formed so as to run on a common substantially rectilinear extent line, and from a third extent portion, which is formed between the first extent portion and the second extent portion and which connects the two extent portions (12, 13), wherein the first sipe is, along its entire extent in the third extent portion, formed so as to run in the radially outer surface outside the substantially rectilinear extent line without a further intersection with the substantially rectilinear extent line, and wherein the substantially rectilinear extent line has its greatest directional component in the axial direction A of the tyre, wherein, between the first and the second extent portion of the first sipe, there is formed an additional, second sipe which extends rectilinearly on the substantially rectilinear extent line and which is formed with a spacing to the first sipe, characterized in that the first extent portion is formed with an extent length a of (0.25 B) ≤ a ≤ (0.4 B), and the second extent portion is formed with an extent length b of (0.25 B) ≤ b ≤ (0.4 B), wherein B forms the total extent length of the first sipe in the main direction of extent of the sipe.
A cutting assembly for a surgical instrument having a drive assembly, the cutting assembly comprising: a tube assembly comprising: a cutting window near a distal end and adapted to be applied to a surgical site of a patient; an outer tube; an inner tube coaxially disposed within and rotatable relative to the outer tube with the drive assembly, with the inner tube comprising a lumen; and a drive hub coupled to the inner tube, with the drive hub defining an aperture adapted to slidably receive a proximal end of the inner tube, and defining a reduced aperture in communication with the aperture, wherein a diameter of the reduced aperture is less than a diameter of the aperture, characterized in that a diameter of the lumen of the inner tube is less than the diameter of the reduced aperture when the proximal end of the inner tube is slidably received within the aperture to reduce clogging of the surgical instrument as removed material moves from the lumen to the reduced aperture of the drive hub. a tube assembly comprising: a cutting window near a distal end and adapted to be applied to a surgical site of a patient; an outer tube; an inner tube coaxially disposed within and rotatable relative to the outer tube with the drive assembly, with the inner tube comprising a lumen; a cutting window near a distal end and adapted to be applied to a surgical site of a patient; an outer tube; an inner tube coaxially disposed within and rotatable relative to the outer tube with the drive assembly, with the inner tube comprising a lumen; and a drive hub coupled to the inner tube, with the drive hub defining an aperture adapted to slidably receive a proximal end of the inner tube, and defining a reduced aperture in communication with the aperture, wherein a diameter of the reduced aperture is less than a diameter of the aperture, characterized in that a diameter of the lumen of the inner tube is less than the diameter of the reduced aperture when the proximal end of the inner tube is slidably received within the aperture to reduce clogging of the surgical instrument as removed material moves from the lumen to the reduced aperture of the drive hub.
A blowout preventer, comprising: an upper housing comprising an inner ceiling with a cavity configured to accommodate a main seal; a lower housing; and an energizing ring configured to be operated on by the annular pistons in order to operate the main seal, and disposed circumferentially within a void area of the lower housing; characterized in that the lower housing comprises a plurality of internal fluidly interconnected cylinders and in that the blowout preventer further comprises a plurality of annular pistons and glands configured to be placed within the plurality of internal fluidly interconnected cylinders, wherein the pistons are placed within a cylindrical sleeve comprised by a piston cartridge; and an upper gland assembly configured to isolate the plurality of internal fluidly interconnected cylinders from the void area of the lower housing. an upper housing comprising an inner ceiling with a cavity configured to accommodate a main seal; a lower housing; and an energizing ring configured to be operated on by the annular pistons in order to operate the main seal, and disposed circumferentially within a void area of the lower housing; characterized in that the lower housing comprises a plurality of internal fluidly interconnected cylinders and in that the blowout preventer further comprises a plurality of annular pistons and glands configured to be placed within the plurality of internal fluidly interconnected cylinders, wherein the pistons are placed within a cylindrical sleeve comprised by a piston cartridge; and an upper gland assembly configured to isolate the plurality of internal fluidly interconnected cylinders from the void area of the lower housing.
A method for forming on a substrate a plurality of transistor devices including at least one electrically conductive material and one semiconductive material, the materials being deposited onto the substrate from respective liquids, the method comprising for each transistor device: forming on the substrate a surface energy pattern that defines a first area of the substrate, a second area of the substrate spaced apart from the first area of the substrate by a spacing area, and a third area of the substrate at least partly overlapping the first area, the second area and the spacing area; and subsequently: depositing the electrically conductive material on the substrate by applying the liquid comprising the electrically conductive material over the substrate; and depositing the semiconductive material on the substrate by applying the liquid comprising the semiconductive material over the substrate; wherein the surface energy pattern is such as to localise the electrically conductive material to the first and second areas and to localise the semiconductive material to the third area to form a semiconductor island of the transistor device; and the semiconductive material is deposited so as to extend over the third area continuously between the conductive material in the first area and the conductive material in the second area. forming on the substrate a surface energy pattern that defines a first area of the substrate, a second area of the substrate spaced apart from the first area of the substrate by a spacing area, and a third area of the substrate at least partly overlapping the first area, the second area and the spacing area; and subsequently: depositing the electrically conductive material on the substrate by applying the liquid comprising the electrically conductive material over the substrate; and depositing the semiconductive material on the substrate by applying the liquid comprising the semiconductive material over the substrate; wherein the surface energy pattern is such as to localise the electrically conductive material to the first and second areas and to localise the semiconductive material to the third area to form a semiconductor island of the transistor device; and the semiconductive material is deposited so as to extend over the third area continuously between the conductive material in the first area and the conductive material in the second area. the surface energy pattern is such as to localise the electrically conductive material to the first and second areas and to localise the semiconductive material to the third area to form a semiconductor island of the transistor device; and the semiconductive material is deposited so as to extend over the third area continuously between the conductive material in the first area and the conductive material in the second area.
A pharmaceutical sorting device for dispensing a plurality of pharmaceuticals, comprising: a plurality of receptacles for receiving respective pharmaceuticals, arranged side by side along a longitudinal direction of the conveyor roller and each having an opening for the pharmaceutical to pass through; conveyor unit for conveying the pharmaceuticals into the respective receptacles through the openings; and first adjusting unit for changing a width of the openings in accordance with a size of the pharmaceuticals, the first adjusting unit including a rail extending in the longitudinal direction, a plurality of partitions partitioning two adjacent receptacles and slidable along the rail, and a cylindrical width adjusting drum arranged along the rail and rotatable around an axis extending in the longitudinal direction, the width adjusting drum having a plurality of guide grooves formed side by side at equal intervals in the longitudinal direction such as to extend non-parallel to one another along an outer circumferential direction, so as to guide a sliding movement of the plurality of partitions, wherein the width of the respective openings is changed by a sliding movement in the longitudinal direction along the rail of the plurality of partitions as guided by the respective guide grooves when the width adjusting drum rotates, and wherein the respective openings become plugged by the pharmaceuticals when the pharmaceuticals are conveyed into the respective receptacles. a plurality of receptacles for receiving respective pharmaceuticals, arranged side by side along a longitudinal direction of the conveyor roller and each having an opening for the pharmaceutical to pass through; conveyor unit for conveying the pharmaceuticals into the respective receptacles through the openings; and first adjusting unit for changing a width of the openings in accordance with a size of the pharmaceuticals, the first adjusting unit including a rail extending in the longitudinal direction, a plurality of partitions partitioning two adjacent receptacles and slidable along the rail, and a cylindrical width adjusting drum arranged along the rail and rotatable around an axis extending in the longitudinal direction, the width adjusting drum having a plurality of guide grooves formed side by side at equal intervals in the longitudinal direction such as to extend non-parallel to one another along an outer circumferential direction, so as to guide a sliding movement of the plurality of partitions, wherein the width of the respective openings is changed by a sliding movement in the longitudinal direction along the rail of the plurality of partitions as guided by the respective guide grooves when the width adjusting drum rotates, and wherein the respective openings become plugged by the pharmaceuticals when the pharmaceuticals are conveyed into the respective receptacles.
A cast sputtering target of magnetic material which contains Band optionally contains one or more elements selected from Al, Cu, Mn, Nb, Ta and Zr in an amount of 0.5 at% or more and 10 at% or less, wherein the B content is 10 at% or more and 50 at% or less, the remainder is one or more elements selected from Co, Fe, and Ni, the oxygen content in the target is 100 wtppm or less and the sputtering target is free from fractures and cracks.
A portable electronic device including a camera (30; 130) and a display (10; 110; 111) for displaying an image taken by said camera, said camera and said display being disposed in a casing, wherein said camera is disposed in, and mounted on, said casing for rotation in a direction from a front side to a rear side of said casing or vice versa; said casing has a pair of windows (40d, 40e; 141d, 141e) formed at its front side and rear side, respectively, through which said camera views the outside of said casing; characterized in that a control part is provided for performing control, based on an image of a wall of said casing which is taken by said camera and which lies between said front side and said rear side, to provide an indication on said display (10; 110; 111) to the effect that a shooting plane of said camera (30; 130) has been changed from said front side to said rear side or vice versa, or to control said display in such a manner that an inverted image taken by said camera is turned upside down to provide an erect image on said display.
A nonwoven fabric obtainable by a method for manufacturing the nonwoven fabric, comprising continuously treating fibers between rolls arranged to face each other, at a temperature of 150 to 300°C and a linear pressure of 100 to 500 kg/cm, wherein the rolls arranged to face each other are an elastic roll whose surface has a Shore D hardness of 85 to 95° and a metal roll, and wherein the nonwoven fabric is mainly composed of amorphous polyetherimide having a melt viscosity at 330°C of 100 to 3000 Pa·s, and satisfying conditions of: 1) an average fiber diameter of 0.5 to 5 μm; 2) an air permeability, measured according to JIS L 1906, of more than or equal to 20 seconds/100 mL; and 3) a withstand voltage, measured according to JIS C 2111, of more than or equal to 15 kV/mm. 1) an average fiber diameter of 0.5 to 5 μm; 2) an air permeability, measured according to JIS L 1906, of more than or equal to 20 seconds/100 mL; and 3) a withstand voltage, measured according to JIS C 2111, of more than or equal to 15 kV/mm.
Sheathed tube heater comprising a sheath tube and at least one electrical connection pin at both ends (1.1) of the sheath tube, wherein a heating conductor is arranged inside the sheath tube in electrical connection between the connection pins at the two ends (1.1) and the remaining space in the sheath tube is filled with a powdered or granular metal oxide, in particular magnesium oxide, the heating conductor comprising of at least 4 heating wire coils (5.1 - 5.5) connected in parallel, which are arranged concentrically, characterised in that the heating wire coils (5.1 - 5.5) all have the same winding diameter and neighbouring heating wires touch each other at least in one fastening region.
A method for determining one or more Key Performance Indicators (KPIs) using inferred statistics, the method comprising: monitoring, by a network monitoring device, a plurality of messages for a network interface in a communication network; determining, by the network monitoring device, a Mobile Terminating count for MT calls for User Equipment, UE from at least one message of a plurality of messages; determining, by the network monitoring device, a Mobile Originating count for MO calls for the UE from at least one variable of the plurality of messages; defining, by the network monitoring device, an inferred MT ratio based on the MT count and the MO count; applying, by the network monitoring device, the inferred MT ratio to at least one of a Circuit Switched FallBack (CSFB) idle mode count indicating a number of successful CSFB calls for UE in an idle mode and a CSFB active mode count indicating a number of successful CSFB calls for UE in an active mode to yield an estimated total number of CSFB idle mode successes and an estimated total number of CSFB active mode successes, respectively; assigning, by the network monitoring device, each of the estimated total number of CSFB idle mode successes and the estimated total number of CSFB active mode successes to one or more Key Performance Indicators (KPIs); and providing, by the network monitoring device, the one or more KPIs to a display to cause the display to show the one or more KPIs to a user. monitoring, by a network monitoring device, a plurality of messages for a network interface in a communication network; determining, by the network monitoring device, a Mobile Terminating count for MT calls for User Equipment, UE from at least one message of a plurality of messages; determining, by the network monitoring device, a Mobile Originating count for MO calls for the UE from at least one variable of the plurality of messages; defining, by the network monitoring device, an inferred MT ratio based on the MT count and the MO count; applying, by the network monitoring device, the inferred MT ratio to at least one of a Circuit Switched FallBack (CSFB) idle mode count indicating a number of successful CSFB calls for UE in an idle mode and a CSFB active mode count indicating a number of successful CSFB calls for UE in an active mode to yield an estimated total number of CSFB idle mode successes and an estimated total number of CSFB active mode successes, respectively; assigning, by the network monitoring device, each of the estimated total number of CSFB idle mode successes and the estimated total number of CSFB active mode successes to one or more Key Performance Indicators (KPIs); and providing, by the network monitoring device, the one or more KPIs to a display to cause the display to show the one or more KPIs to a user.
Sub-D plug having a base plate on which a plug connector is fixed, having positioning pins for positioning on a circuit board and having a plug connector housing having lateral fixing openings for receiving fixing screws or bolts, wherein the base plate has lateral lugs that are bent twice substantially at a right angle and surround the plug connector housing on the edge, wherein, in the state where the lugs are bent twice, the fixing openings on the plug front and back sides are covered by the lugs and wherein the base plate has openings (114, 115) that, in the state where the lugs are folded twice, are aligned with the fixing openings of the plug connector housing, characterised in that the positioning pins are arranged on the part of the lugs that is bent once.