mhurhangee/ep-ind-claims huggingface dataset:
An acetabular cup assembly comprising: a cup portion comprising: a porous metal outer portion; a solid metal inner portion connected to the porous metal outer portion and defining a rim, the solid metal inner portion including a first annular ledge, a second annular ledge, and one of an arcuate or tapered bearing engaging surface located between the first and second annular ledges (536, 538); and a bearing having a first shoulder, a second shoulder, and one of an arcuate or conical cup engaging surface located between the first and second shoulders (542, 544), wherein the bearing is adapted to be selectively secured to the solid metal inner portion in an assembled position, such that the respective bearing and cup engaging surfaces (539, 545) are secured to each other in a thermal press-fit connection. a cup portion comprising: a porous metal outer portion; a solid metal inner portion connected to the porous metal outer portion and defining a rim, the solid metal inner portion including a first annular ledge, a second annular ledge, and one of an arcuate or tapered bearing engaging surface located between the first and second annular ledges (536, 538); and a porous metal outer portion; a solid metal inner portion connected to the porous metal outer portion and defining a rim, the solid metal inner portion including a first annular ledge, a second annular ledge, and one of an arcuate or tapered bearing engaging surface located between the first and second annular ledges (536, 538); and a bearing having a first shoulder, a second shoulder, and one of an arcuate or conical cup engaging surface located between the first and second shoulders (542, 544), wherein the bearing is adapted to be selectively secured to the solid metal inner portion in an assembled position, such that the respective bearing and cup engaging surfaces (539, 545) are secured to each other in a thermal press-fit connection.
A hydraulic system with a device for degassing a hydraulic fluid, wherein the hydraulic system comprises at least one hydraulic motor assembly and a hydraulic fluid tank which is hydraulically coupled to said hydraulic motor assembly, and a suction device for extraction of the hydraulic fluid is associated with the at least one hydraulic motor assembly in a manner such that the suction device discharges hydraulic fluid from the hydraulic motor assembly into the hydraulic fluid tank by means of vacuum pressure (Δp), characterized in that the suction device is configured as a jet pump and is integrated into the return line between the hydraulic motor assembly and the hydraulic fluid tank, wherein the jet pump comprises at least one motive nozzle, a mixing chamber as well as a diffuser, wherein the motive medium passing through the motive nozzle is branched off from the pressurized portion of the hydraulic system, the mixing chamber is connected to the return line of the hydraulic motor assembly and the diffuser is connected to the return line of the hydraulic fluid tank.
Soft starter for connecting at least one bypass circuit that is arranged in a main circuit (12, 14, 16) and has a semiconductor switch that is connected in parallel with an electromagnetic switch, wherein the soft starter comprises a control unit for actuating the bypass circuit and the control unit comprises a control signal input for receiving operation control signals, characterised in that the control unit comprises a separate safety-signal input for receiving safety signals, that the control unit is embodied to check a safety signal from the safety-signal input and an operation control signal from the control signal input, in order to detect the content of the safety signal and the operation control signal, and that the control unit is embodied to output a deactivation command to the bypass circuit when the safety signal and/or the operation control signal commands an operation stop.
A battery pack comprising a battery module, a coolant and a battery box, the battery module and the coolant being disposed in the battery box, the battery module being at least partially immersed in the coolant, wherein a sealing layer containing a barrier liquid is covered on the coolant, the barrier liquid and the coolant are immiscible, the density of the barrier liquid is less than the density of the coolant, characterized in that a vaporization starting temperature of the coolant is between 70 Celsius degree and 200 Celsius degree, the vaporization starting temperature of the coolant is the temperature at which the coolant begins to vaporize after boiling, the barrier liquid will not vaporize at a temperature below 200 Celsius degree, the sealing layer has a thickness of from 0.5 mm to 2 mm, and the barrier liquid covering on the coolant acts as a liquid seal to avoid volatilization loss of the coolant.
A method for manufacturing a metallic thin film mesh for medical devices, the method comprising: forming a metallic thin film on a substrate by sputter deposition; forming fenestrations in the metallic thin film based on micropatterns provided on the substrate, wherein the fenestrations form a fractal-like micropattern, a honeycomb pattern, an equilateral-triangle pattern, an overlapping-circle pattern, or a double-spiral pattern comprising a central channel; and placing the metallic thin film in a blood-based solution, excluding red blood cells and white blood cells, to form a fibrinous layer of coagulated material on the metallic thin film. forming a metallic thin film on a substrate by sputter deposition; forming fenestrations in the metallic thin film based on micropatterns provided on the substrate, wherein the fenestrations form a fractal-like micropattern, a honeycomb pattern, an equilateral-triangle pattern, an overlapping-circle pattern, or a double-spiral pattern comprising a central channel; and placing the metallic thin film in a blood-based solution, excluding red blood cells and white blood cells, to form a fibrinous layer of coagulated material on the metallic thin film.
Friction clutch (1, 1a) having a counterpressure plate and a cover which is connected to the latter; a pressing plate which is connected fixedly to the cover by means of leaf springs so as to rotate with it and can be moved axially with respect to the counterpressure plate counter to the action of the leaf springs; a cup spring (9, 9a) which loads the pressing plate at an operating point (B g) in the case of a closed friction clutch (1, 1a) with a closing force against the counterpressure plate, is supported on the cover and, in the case of actuation of the friction clutch (1, 1a) with cancellation of the closing force, is actuated by way of the disengaging force on cup spring tongues axially along the disengagement travel (s); a clutch disc with friction linings which are subject to wear and can be braced between the counterpressure plate and the pressing plate, and an adjusting device which compensates for the wear with a sensor spring (13, 13a) which is arranged between the cover and the cup spring (9, 9a), yields axially in a manner which is dependent on a disengaging force which increases in a wear-induced manner, and releases an adjusting ring of a ramp system which is arranged between the cup spring (9, 9a) and the cover, which adjusting ring is prestressed in the circumferential direction on the opposite side, for the compensation of a stop of the cup spring (9, 9a), which stop is to be adjusted in a wear-induced manner, which sensor spring (13, 13a) has a pivot point in its force edge, and a lever is defined between a contact area of the cup spring and the sensor spring (13, 13a) and the pivot point, a sensor spring force (F SF) of the sensor spring (13, 13a), which sensor spring force (F SF) is active with respect to the cup spring (9, 9a), being provided so as to rise over the disengagement travel (s), characterized in that a bearing face (18, 18a) of the sensor spring (13, 13a) on the cup spring (9, 9a) is of crowned configuration such that the lever is reduced in size in the case of an adjustment requirement of the friction clutch (1, 1a), and the contact area moves towards the inside in the radial direction of the friction clutch (1, 1a).
A controller to control a switching power converter and to draw a total input current (i IN_TOT) from a power supply including a time varying operational current (iop) during an operational time period of the controller, and wherein the power supply is arranged to derive power from the switching power converter, characterized in that the controller is further arranged to draw a compensation current (icomp) as part of the total input current (i IN_TOT) drawn from the power supply during the operational time period of the controller, wherein the controller comprises a compensation current control circuit to generate a compensation current control signal (CScomp) to control the compensation current (icomp) so that a sum of the time varying operational current (iop) and the compensation current (icomp) is approximately constant during the operational time period of the controller.
A composite material for a hook-and-loop closure with a support and a knitted textile fabric laminated onto the support, the knitted fabric comprising warp strands in knitting direction with integrated loops suitable for use with hooks, wherein the support and the knitted fabric are not connected full-surface with each other, wherein an adhesive forms a grid pattern of vertically crossing adhesive strips (6a, 6b) and adhesive-free cells, and wherein one group of adhesive strips extends in knitting direction, and the vertically crossing adhesive strips (6a, 6b) extend in a straight line forming a grid pattern of rectangular or square adhesive-free cells, wherein the warp strands provided between two adjacent adhesive strips extending in knitting direction are attached only to the adhesive strips extending vertically to the knitting direction, wherein the distance (a) between adjacent adhesive strips extending in knitting direction, is between 7 mm and 20 mm, characterised in that a number of warp strands are provided between two adjacent adhesive strips, and in that the distance (b) between adjacent warp strands is between 1 mm and 3 mm.
A gaming, betting and/or entertainment machine, in particular a coin- and/or cash-operable gaming or betting machine, comprising a machine housing, a data processing unit accommodated in the machine housing, at least one display device for displaying game and/or entertainment signals, and an operating means for machine operation, which is disposed on the machine housing, wherein the machine housing has a modular structure and consists of a plurality of machine housing modules to be attached to each other, which each are preassembled with the electronic components attached thereto, wherein a first machine housing module, which carries the data processing unit and the operating means, includes a first connection interface, by means of which a second machine housing module, which carries the display device, can be attached to the first machine housing module, wherein data transmission lines with releasable junction points are provided between the machine housing modules (14, 15, 16, 17), wherein the data processing unit in the first machine housing module includes a detection means for self-detection of the respectively connected electronic components of the respectively mounted machine housing modules (15, 16, 17), wherein in addition to said first connection interface for the second machine housing module carrying the display device, the first machine housing module includes a further connection interface for attaching a third machine housing module, which carries a payout unit, wherein a fourth machine housing module, which forms a machine housing pedestal, has a connection interface, by means of which it can selectively be attached to the first machine housing module when the third machine housing module is not provided, or to the third machine housing module mounted thereon when the third machine housing module is provided, and wherein the connection interfaces (18, 19, 20, 21, 22, 23) of the machine housing modules (14, 15, 16, 17) are arranged on the upper and lower surfaces of the machine housing modules (14, 15, 16, 17), so that the machine housing modules (14, 15, 16, 17) can be stacked one on top of the other in a tower-like fashion.
Wound wire coil with a receiving coil, which has a coil core with a cylindrical upper surface and side plates standing perpendicular to the coil core, and a wire winding of a wire which has multiple layers (L1, L2, L3, L4) arranged over one another in the radial direction, wherein detour dots (U1, U2, U3, U4) are formed at the side plates (10a, 10b), at which in each case a laying direction of the wire changes, and which thereby in each case form a transition between two layers (L1, L2, L3, L4) arranged over one another, characterized in that the wire comprises overlapping portions between the two detour dots (U1, U2, U3, U4) of one of the layers (L1, L2, L3, L4), which form additional transitions (Z1, Z2, Z3, Z4) between layers (L1, L2, L3, L4) arranged over one another.
Method for opening a transport bag which for transporting goods moves suspended from a carriage in the transport direction along a running rail which extends in a transport direction, wherein the carriage with the transport bag (1 5) suspended therefrom is stopped in its forward movement at a predetermined point of the running rail for opening the transport bag and in that the transport bag of the carriage (1 2) for loading and/or unloading goods to be transported is only opened when the carriage is already in its resting position, characterized in that the transport bag of the carriage comprises a swivel frame at the upper end, which for opening or closing the transport bag is swiveled.
Vessel stowing arrangement comprising a plurality of bales, in particular packaged garbage round bales that are stacked in a hull and can be loaded or unloaded by means of a crane or a handling device, preferably with gripper tongs for gripping two bales simultaneously, wherein the bales are stacked in multiple transverse rows, in particular dual rows, between each of which a bale stack is arranged in a right angled horizontally twisted manner, characterized in that the bale stack has an end-face gap in the transverse direction of the hull towards its sidewalls and after two bales, each.
Container comprising a vessel and a cover, the vessel having an upper edge extended by an outer annular side edge, the cover comprising a lower support wall surrounded by a lower annular edge, at least two retaining members being arranged inside the lower annular edge, the outer annular side edge and the lower annular edge have non-circular geometries, the retaining members being arranged outside of the portions of the outer annular side edge having the smallest bend radiuses, the lower annular edge having several sides connected together by rounded edges, characterised in that the outer annular side edge extends beyond retaining thresholds, likely to be crossed by the retaining members when the cover is implemented on the vessel, in that the retaining members bear against the outer annular side edge beyond said retaining thresholds when the cover rests on the vessel, and in that the lower annular edge is elastically deformed bending on the sides on either side of the retaining members, the rounded edges forming rigidifying elements.
A method of determining ovarian cancer disease in a subject, which comprises - measuring the PPIC expression of cells in a sample of peripheral blood of the subject, and - comparing to a reference value, the PPIC overexpression being indicative of a ovarian cancer disease and/or disease progression. - measuring the PPIC expression of cells in a sample of peripheral blood of the subject, and - comparing to a reference value,
An endoscope that uses light to image a scene, comprising: one or more light sources to produce illumination light; a fiber bundle that includes a distal termination end and a proximal termination end, one or more illumination optical fibers that receives the illumination light from the one or more light sources at the proximal termination end to guide the illumination light to the distal termination end to illuminate a scene to be imaged, a plurality of imaging optical fibers that are separate from the one or more illumination optical fibers and that directly collect light from the scene at the distal termination end without using a lensing element to collect light from the scene into the distal termination end and guide the collected light to the proximal termination end; a wavefront modulator including a plurality of independently controllable phase modulation pixels to produce independently controllable phases, respectively, the wavefront modulator positioned relative to the proximal termination end of the fiber bundle to receive the collected light from the imaging optical fibers in such a way that the collected light exiting different imaging optical fibers is impinged upon different phase modulation pixels of the wavefront modulator, respectively, to produce phase-modulated light segments that correspond to the imaging optical fibers, respectively; and an optical sensor array of optical detectors located to receive the phase-modulated light segments from the wavefront modulator. one or more light sources to produce illumination light; a fiber bundle that includes a distal termination end and a proximal termination end, one or more illumination optical fibers that receives the illumination light from the one or more light sources at the proximal termination end to guide the illumination light to the distal termination end to illuminate a scene to be imaged, a plurality of imaging optical fibers that are separate from the one or more illumination optical fibers and that directly collect light from the scene at the distal termination end without using a lensing element to collect light from the scene into the distal termination end and guide the collected light to the proximal termination end; a wavefront modulator including a plurality of independently controllable phase modulation pixels to produce independently controllable phases, respectively, the wavefront modulator positioned relative to the proximal termination end of the fiber bundle to receive the collected light from the imaging optical fibers in such a way that the collected light exiting different imaging optical fibers is impinged upon different phase modulation pixels of the wavefront modulator, respectively, to produce phase-modulated light segments that correspond to the imaging optical fibers, respectively; and an optical sensor array of optical detectors located to receive the phase-modulated light segments from the wavefront modulator.
A light emitting module comprising: a first support member having a first opening and a second opening penetrated in a vertical direction; a second support member disposed in the first opening of the first support member; a third support member disposed in the second opening of the first support member; a first lead electrode disposed on the second support member; a second lead electrode disposed on at least one of the first and second support members; a light emitting chip disposed on the second support member and electrically connected to the first and second lead electrodes; and a control part disposed on the third support member; wherein the first opening and the second opening are spaced apart from each other, characterised in that said light emitting module further comprises a conductive layer disposed under the first, second and third support members, wherein the first support member comprises a resin material, wherein the second support member comprises a ceramic material, and wherein the third support member comprises a metal material. a first support member having a first opening and a second opening penetrated in a vertical direction; a second support member disposed in the first opening of the first support member; a third support member disposed in the second opening of the first support member; a first lead electrode disposed on the second support member; a second lead electrode disposed on at least one of the first and second support members; a light emitting chip disposed on the second support member and electrically connected to the first and second lead electrodes; and a control part disposed on the third support member; wherein the first opening and the second opening are spaced apart from each other, characterised in that said light emitting module further comprises a conductive layer disposed under the first, second and third support members, wherein the first support member comprises a resin material, wherein the second support member comprises a ceramic material, and wherein the third support member comprises a metal material.
Case system for lead batteries, comprising: a) a one-piece, essentially box shaped cell housing part with at least four side walls enclosing an interior volume and at least one division plane, dividing said interior volume, such as to form a plurality of compartments, each for storing an electrical cell or element; b) an access wall part with electrical conductor openings or terminal feed throughs and at least one fluid channel opening; c) a closure wall part for sealing off said casing system, wherein at least two of the side walls arranged in parallel to each other, and each of the at least one division planes is essentially perpendicular to said two opposite side walls of the essentially box shaped cell housing, and the compartments are oriented such to hold an electrical cell with lead sheets each, such that the lead sheets are arranged in an horizontal orientation, whereby the access wall part is shaped as a cover panel with a shape adapted to fit the cell housing part, and whereby the access wall part has a first proximal surface, facing outwards when the case system is fully assembled, and a second distal surface, facing the inside when the case system is fully assembled, and the access wall part has a plurality of gas valves, in particular six gas valves, and characterised by a gas collecting duct on the proximal surface. a) a one-piece, essentially box shaped cell housing part with at least four side walls enclosing an interior volume and at least one division plane, dividing said interior volume, such as to form a plurality of compartments, each for storing an electrical cell or element; b) an access wall part with electrical conductor openings or terminal feed throughs and at least one fluid channel opening; c) a closure wall part for sealing off said casing system, wherein at least two of the side walls arranged in parallel to each other, and each of the at least one division planes is essentially perpendicular to said two opposite side walls of the essentially box shaped cell housing, and the compartments are oriented such to hold an electrical cell with lead sheets each, such that the lead sheets are arranged in an horizontal orientation, whereby the access wall part is shaped as a cover panel with a shape adapted to fit the cell housing part, and whereby the access wall part has a first proximal surface, facing outwards when the case system is fully assembled, and a second distal surface, facing the inside when the case system is fully assembled, and the access wall part has a plurality of gas valves, in particular six gas valves, and characterised by a gas collecting duct on the proximal surface.