mhurhangee/ep-ind-claims huggingface dataset:
An articular prosthetic acetabulum, notably for the hip or shoulder joint, including: - a cup in a rigid and biocompatible material, having an approximately hemispherical general shape, axisymmetrical around a so-called central axis (X-X') and having a convex external face adapted for being inserted and attached in the cotyloidal cavity of the bone; - a shell in an implantable material, notably in metal, ceramic or in a biocompatible composite material, able to be accommodated inside said cup, this shell having a substantially hemispherical internal cavity, intended to receive the head of an articular prosthesis, and having a mouth, the external wall of which has a frusto-conical shape, with low tapering, being flared outwards; - a ring able to be removably attached at the mouth of said cup and having an also frusto-conical internal wall, the shape of which mates that of the external wall of the mouth of the shell so that it is possible to fit said shell therein by ensuring an assembling of the Morse taper type between the ring and the shell, said cup having an internal cavity bordered by a mouth, while said ring has an external wall portion, the surface of which has a shape mating that of the surface of said mouth, so as to be able to be axially inserted inside said mouth and to be able to be disassembled relatively to said cup, characterized by the fact that said ring and said cup are secured together by screwing means, said ring having an external ring-shaped base, able to bear against the edge of the cup when the ring is attached to the latter, this external ring-shaped base being pierced with several orifices for letting through fastening screws intended to be screwed into tapped holes, with a longitudinal axis parallel to said central axis X-X', made in the wall of the cup, these fastening screws and these tapped holes being said securing means by screwing, and by the fact that the ring and said cup may be disassembled by unscrewing said fastening screws. - a cup in a rigid and biocompatible material, having an approximately hemispherical general shape, axisymmetrical around a so-called central axis (X-X') and having a convex external face adapted for being inserted and attached in the cotyloidal cavity of the bone; - a shell in an implantable material, notably in metal, ceramic or in a biocompatible composite material, able to be accommodated inside said cup, this shell having a substantially hemispherical internal cavity, intended to receive the head of an articular prosthesis, and having a mouth, the external wall of which has a frusto-conical shape, with low tapering, being flared outwards; - a ring able to be removably attached at the mouth of said cup and having an also frusto-conical internal wall, the shape of which mates that of the external wall of the mouth of the shell so that it is possible to fit said shell therein by ensuring an assembling of the Morse taper type between the ring and the shell,
Fan blade, in particular for smoke extractor fans, comprising fastening means for fastening the fan blade to a fan hub and comprising a blade portion, the blade portion having an outer shell that encloses a hollow space, a support element being arranged in the hollow space, characterised in that the support element is modularly formed from a plurality of individual elements that are in particular interconnected by a plug-in connection.
A syringe with an injection needle, comprising: a cylindrical-shaped outer cylinder molded with a resin and including a cylinder tip at a distal end, an opening at a proximal end, and a barrel section including a cavity located between the cylinder tip and the opening and configured to be filled with a drug solution; and a metallic injection needle including a joint portion fixed inside the cylinder tip and a needle tip projecting to a distal end side beyond the cylinder tip, and allowing communication between the cavity and an outside of the outer cylinder, the injection needle being fixed inside the cylinder tip by insert molding or heat welding, characterized in that an uneven portion having an average surface roughness of at least 0.2 μm is formed in a region having an area of at least 1 mm 2 on an outer peripheral surface of the joint portion, the joint portion is firmly fixed inside the cylinder tip by the resin which closely contacts and covers respective recesses and protrusions of the uneven portion, the outer cylinder having the injection needle fixed inside the cylinder tip has been sterilized by an autoclave or ethylene oxide gas, and the injection needle includes a proximal end portion that is disposed opposite to the needle tip of the injection needle and is not provided with the uneven portion. a cylindrical-shaped outer cylinder molded with a resin and including a cylinder tip at a distal end, an opening at a proximal end, and a barrel section including a cavity located between the cylinder tip and the opening and configured to be filled with a drug solution; and a metallic injection needle including a joint portion fixed inside the cylinder tip and a needle tip projecting to a distal end side beyond the cylinder tip, and allowing communication between the cavity and an outside of the outer cylinder, the injection needle being fixed inside the cylinder tip by insert molding or heat welding, characterized in that an uneven portion having an average surface roughness of at least 0.2 μm is formed in a region having an area of at least 1 mm 2 on an outer peripheral surface of the joint portion, the joint portion is firmly fixed inside the cylinder tip by the resin which closely contacts and covers respective recesses and protrusions of the uneven portion, the outer cylinder having the injection needle fixed inside the cylinder tip has been sterilized by an autoclave or ethylene oxide gas, and the injection needle includes a proximal end portion that is disposed opposite to the needle tip of the injection needle and is not provided with the uneven portion.
A system for a vehicle, the system comprising a filter, a transmitter circuit and a receiver circuit, the filter 110 comprising: a first terminal, a second terminal and a third terminal; a circulator coupled with a first terminal to the first terminal of the filter, with a second terminal to the second terminal of the filter and with a third terminal to the third terminal of the filter; and a controllable analog phase shifter circuit coupled with an input to the first terminal of the filter and with an output to the third terminal of the filter, wherein the phase shifter circuit is configured to generate, based on an analog radio-frequency input signal provided to the first terminal of the filter, a phase-shifted signal shifted by a predetermined phase shift in the phase domain to couple the phase-shifted signal or a signal derived from the phase-shifted signal to the third terminal of the filter, wherein the phase-shifted signal or the signal derived from the phase-shifted signal and, via the circulator, the input signal from the first terminal are coupled at the third terminal, wherein the first terminal of the filter is coupled to an output of the transmitter circuit to receive the analog radio-frequency input signal to be transmitted, wherein the third terminal of the filter is coupled to an input of a receiver circuit to provide an analog radio-frequency output signal to be received, wherein the receiver circuit is configured to operate according to a different protocol, a different technology or a different standard than the transmitter circuit. a first terminal, a second terminal and a third terminal; a circulator coupled with a first terminal to the first terminal of the filter, with a second terminal to the second terminal of the filter and with a third terminal to the third terminal of the filter; and a controllable analog phase shifter circuit coupled with an input to the first terminal of the filter and with an output to the third terminal of the filter, wherein the phase shifter circuit is configured to generate, based on an analog radio-frequency input signal provided to the first terminal of the filter, a phase-shifted signal shifted by a predetermined phase shift in the phase domain to couple the phase-shifted signal or a signal derived from the phase-shifted signal to the third terminal of the filter, wherein the phase-shifted signal or the signal derived from the phase-shifted signal and, via the circulator, the input signal from the first terminal are coupled at the third terminal, wherein the first terminal of the filter is coupled to an output of the transmitter circuit to receive the analog radio-frequency input signal to be transmitted, wherein the third terminal of the filter is coupled to an input of a receiver circuit to provide an analog radio-frequency output signal to be received, wherein the receiver circuit is configured to operate according to a different protocol, a different technology or a different standard than the transmitter circuit.
A single level fusion system, comprising: a first fastener; a second fastener; and a connector to secure the first fastener to the second fastener, wherein the connector comprises: a first member with a first channel extending along a longitudinal axis of the first member for receiving the first fastener; a second member with a second channel extending along a longitudinal axis of the second member for receiving the second fastener; and a locking pin coupling the first member and the second member, wherein the first member and the second member rotate with respect to each other about the locking pin. a first fastener; a second fastener; and a connector to secure the first fastener to the second fastener, wherein the connector comprises: a first member with a first channel extending along a longitudinal axis of the first member for receiving the first fastener; a second member with a second channel extending along a longitudinal axis of the second member for receiving the second fastener; and a locking pin coupling the first member and the second member, wherein the first member and the second member rotate with respect to each other about the locking pin. a first member with a first channel extending along a longitudinal axis of the first member for receiving the first fastener; a second member with a second channel extending along a longitudinal axis of the second member for receiving the second fastener; and a locking pin coupling the first member and the second member, wherein the first member and the second member rotate with respect to each other about the locking pin.
An intraluminal device made from a series of interconnected beams and bends (14, 38), comprising: a first beam comprising a first end portion, a second end portion and a middle portion connecting said first end portion and said second end portion; a first bend (14,38) connected to said first end portion, said first bend being further connected to a second beam; a second bend (14,38) connected to said second end portion, said second bend being further connected to a third beam; wherein said first bend (14,38) and said second bend (14,38) are elastic, the intraluminal device thereby being collapsible to form a low profile and expandable to form a larger profile; said first end portion comprising a first side surface disposed toward and connected to an inner surface of said first bend (14,38) and a second side surface disposed away from and connected to an outer surface of said first bend; and a first distance between said first side surface and said second side surface adjacent said first bend (14,38) being greater than a second distance between said first side surface and said second side surface adjacent said middle portion, a width of said first end portion thereby being tapered between said first bend (14,38) and said middle portion, wherein said first side surface is tapered at a different rate than said second side surface; and characterised in that said first side surface has a concave curved shape, and said second side surface has a convex curved shape. a first beam comprising a first end portion, a second end portion and a middle portion connecting said first end portion and said second end portion; a first bend (14,38) connected to said first end portion, said first bend being further connected to a second beam; a second bend (14,38) connected to said second end portion, said second bend being further connected to a third beam; wherein said first bend (14,38) and said second bend (14,38) are elastic, the intraluminal device thereby being collapsible to form a low profile and expandable to form a larger profile; said first end portion comprising a first side surface disposed toward and connected to an inner surface of said first bend (14,38) and a second side surface disposed away from and connected to an outer surface of said first bend; and a first distance between said first side surface and said second side surface adjacent said first bend (14,38) being greater than a second distance between said first side surface and said second side surface adjacent said middle portion, a width of said first end portion thereby being tapered between said first bend (14,38) and said middle portion, wherein said first side surface is tapered at a different rate than said second side surface; and characterised in that said first side surface has a concave curved shape, and said second side surface has a convex curved shape.
A quick tightener, comprising a support, a handle, a ratchet wheel and a half-moon shaft, the handle is hinged to the support via the half-moon shaft, the ratchet wheel is connected with the half-moon shaft and the handle drives the ratchet wheel to rotate, the half-moon shaft is composed of a first half-moon shaft and a second half moon shaft, in which both the first half-moon shaft and the second half-moon shaft are connected with the ratchet wheel of the tightener and a spacing is provided therebetween to connect a binding belt, such that said first half-moon shaft is fixedly connected with the ratchet wheel, said second half-moon shaft is fixedly connected with the ratchet wheel in the circumferential direction, said second half-moon shaft moves axially relative to the ratchet wheel, and a clutch device is located between said first half-moon shaft and second half-moon shaft to connect the second half-moon shaft to the first half-moon shaft or disengage the second half-moon shaft from the first half-moon shaft, characterized in that the clutch device has a crown bar located on the first half-moon shaft and a positioning hole (2a1) on the second half-moon shaft, a first spring is provided at the crown bar, and the crown bar is embedded into the positioning hole (2a1) with the elastic force of the first spring.
A wireless communication method, comprising: operating a first node and a second node that form a dual-connectivity system in a communication network, the first node being a master node and the second node being a secondary node, wherein one of the first node and the second node that hosts a packet data convergence protocol, PDCP, sublayer in which a PDCP entity is located is operated as an anchor node in the dual-connectivity system for a data radio bearer, DRB, and wherein the other one of the first node and the second node is operated as a non-anchor node for the DRB; determining, by the anchor node, a mapping relationship between a quality of service, QoS, flow and the DRB, wherein the mapping relationship is managed by another entity in an L2 protocol stack of the anchor node located above the PDCP sublayer; and transmitting, by the anchor node, the mapping relationship between the QoS flow and the DRBs to the non-anchor node. operating a first node and a second node that form a dual-connectivity system in a communication network, the first node being a master node and the second node being a secondary node, wherein one of the first node and the second node that hosts a packet data convergence protocol, PDCP, sublayer in which a PDCP entity is located is operated as an anchor node in the dual-connectivity system for a data radio bearer, DRB, and wherein the other one of the first node and the second node is operated as a non-anchor node for the DRB; determining, by the anchor node, a mapping relationship between a quality of service, QoS, flow and the DRB, wherein the mapping relationship is managed by another entity in an L2 protocol stack of the anchor node located above the PDCP sublayer; and transmitting, by the anchor node, the mapping relationship between the QoS flow and the DRBs to the non-anchor node.
A method of radio resource control in a communication network entity (701, 901, 1200) designed for supporting a communication between a terminal (702, 1300) and a communication network that comprises said communication network entity (701, 901, 1200), said communication between said communication network and said terminal (702, 1300) being carried over one or more radio resources, said communication network being arranged to support a radio resource control suspend operation wherein said communication network stores respective radio resource control information related to a configured connected state of said terminal (702, 1300), said radio resource control information comprising radio resource configuration information associated with a set of radio resources associated with said configured connected state, said communication network furthermore being arranged to support a radio resource control resume operation wherein said communication network uses the respectively stored radio resource control information for resuming a connected state of said terminal, said method comprising performing an admission control process during said radio resource control resume operation, said admission control process comprising a procedure for examining whether said connected state is to be resumed according to the stored radio resource configuration information or if a radio resource reconfiguration procedure is to be performed for resuming the connected state. said communication network being arranged to support a radio resource control suspend operation wherein said communication network stores respective radio resource control information related to a configured connected state of said terminal (702, 1300), said radio resource control information comprising radio resource configuration information associated with a set of radio resources associated with said configured connected state, said communication network furthermore being arranged to support a radio resource control resume operation wherein said communication network uses the respectively stored radio resource control information for resuming a connected state of said terminal, said method comprising performing an admission control process during said radio resource control resume operation, said admission control process comprising a procedure for examining whether said connected state is to be resumed according to the stored radio resource configuration information or if a radio resource reconfiguration procedure is to be performed for resuming the connected state.
Fluid-tight tank wall including a support surface and a corrugated fluid-tight membrane, the corrugated fluid-tight membrane including a first series of parallel corrugations and a second series of parallel corrugations and plane portions situated between the corrugations and resting on the support surface, said first and second series of corrugations extending in intersecting directions and forming a plurality of nodes at the crossings of said corrugations, wave reinforcements being arranged under the corrugations of the first series of corrugations, characterized in that two successive wave reinforcements in a corrugation each include a sole including a lower wall resting on the support surface and a reinforcement portion disposed above the sole in a thickness direction of the tank wall, the two wave reinforcements being developed longitudinally in the corrugation on either side of a node, said soles being hollow, the hollow portion of said soles having a plane section parallel to the support surface, a connecting member extending in the corrugation at the level of the node and being nested in the soles of said two wave reinforcements in such a manner as to assemble the two wave reinforcements in an aligned position, an end of the connecting member nested in said sole having a plane section extending parallel to said lower wall, and said end of the connecting member nested in the sole having a width measured in a width direction perpendicular to the longitudinal direction of the corrugation and perpendicular to the thickness direction of the tank wall greater than the thickness of said end of the connecting member, measured in the thickness direction of the tank wall. wave reinforcements being arranged under the corrugations of the first series of corrugations, characterized in that two successive wave reinforcements in a corrugation each include a sole including a lower wall resting on the support surface and a reinforcement portion disposed above the sole in a thickness direction of the tank wall, the two wave reinforcements being developed longitudinally in the corrugation on either side of a node, said soles being hollow, the hollow portion of said soles having a plane section parallel to the support surface, a connecting member extending in the corrugation at the level of the node and being nested in the soles of said two wave reinforcements in such a manner as to assemble the two wave reinforcements in an aligned position, an end of the connecting member nested in said sole having a plane section extending parallel to said lower wall, and said end of the connecting member nested in the sole having a width measured in a width direction perpendicular to the longitudinal direction of the corrugation and perpendicular to the thickness direction of the tank wall greater than the thickness of said end of the connecting member, measured in the thickness direction of the tank wall.
A control valve comprising: a control valve body having an inlet passage, an outlet passage, a workport, and a chamber arranged in a fluid path between the workport and the outlet passage; an annular poppet slidably received within the chamber and to selectively engage a poppet seat to inhibit fluid flow through the fluid path when a pressure in the fluid path is less than a predefined pressure level; a valve element slidably received within the control valve body to selectively provide fluid communication between the inlet passage and the workport and selectively provide fluid communication between the workport and the outlet passage along the fluid path; and an elastic element biasing the annular poppet toward the poppet seat. a control valve body having an inlet passage, an outlet passage, a workport, and a chamber arranged in a fluid path between the workport and the outlet passage; an annular poppet slidably received within the chamber and to selectively engage a poppet seat to inhibit fluid flow through the fluid path when a pressure in the fluid path is less than a predefined pressure level; a valve element slidably received within the control valve body to selectively provide fluid communication between the inlet passage and the workport and selectively provide fluid communication between the workport and the outlet passage along the fluid path; and an elastic element biasing the annular poppet toward the poppet seat.
A humanized or human anti-PD-L1 antibody that inhibits the interaction between PD-1 and PD-L1 for use in treating cancer in humans, wherein the anti-PD-L1 antibody inhibits the immunosuppressive signal of PD-1.