mhurhangee/ep-ind-claims huggingface dataset:
A slide rail assembly, wherein the slide rail assembly comprises: an outer rail having a longitudinal length and two side walls connected two sides of the outer rail, a bridge wall connected between the two side walls, a longitudinal path defined between the two side walls and the bridge wall; an inner rail slidably connected to the longitudinal path of the outer rail; a front support connected to a front end of the outer rail and secured to the bridge wall; a first rear support fixable installed to the bridge wall of the outer rail and having two first support portions and a first side portion being connected between the two first support portions, a first path defined between the insides of the two first support portions and the first side portion; a second rear support movably located in the first path of the first rear support, the second rear support having two second support portions and a second side portion being connected between the two second support portions, characterized in that it comprises a reinforcement member having a body having a rear side and a front side; at least two first support parts extending from the body and located on the rear side of the body, and at least two second support parts extending from the body and located on the front side of the body, wherein the two first support parts of the reinforcement member are connected to the outer rail and embracing the two side walls, and the at least two second support parts of the reinforcement member are connected to the second rear support and embracing the two second support portions. an outer rail having a longitudinal length and two side walls connected two sides of the outer rail, a bridge wall connected between the two side walls, a longitudinal path defined between the two side walls and the bridge wall; an inner rail slidably connected to the longitudinal path of the outer rail; a front support connected to a front end of the outer rail and secured to the bridge wall; a first rear support fixable installed to the bridge wall of the outer rail and having two first support portions and a first side portion being connected between the two first support portions, a first path defined between the insides of the two first support portions and the first side portion; a second rear support movably located in the first path of the first rear support, the second rear support having two second support portions and a second side portion being connected between the two second support portions, characterized in that it comprises a reinforcement member having a body having a rear side and a front side; at least two first support parts extending from the body and located on the rear side of the body, and at least two second support parts extending from the body and located on the front side of the body, wherein the two first support parts of the reinforcement member are connected to the outer rail and embracing the two side walls, and the at least two second support parts of the reinforcement member are connected to the second rear support and embracing the two second support portions.
An oligomer of 10-20 monomers that binds RNA that consists of • a lower affinity region of 6-10 contiguous monomers that comprise no BNA (bicyclic nucleic acid) monomers • a higher affinity region of at least 4 monomers that comprise at least 25 % BNA monomers, said higher affinity region being either composed of contiguous monomers or consisting of two sub regions flanking the lower affinity region • wherein the oligomer does not comprise a region of 5 contiguous DNA monomers • wherein the lower affinity region can base pair to the seed sequence of a microRNA or can base pair to the RNA complement of the seed sequence of a microRNA, wherein the seed sequence is position 2-7 of the microRNA, and • wherein both the 5'end of the oligomer and the 3'end of the oligomer is a BNA monomer. • a lower affinity region of 6-10 contiguous monomers that comprise no BNA (bicyclic nucleic acid) monomers • a higher affinity region of at least 4 monomers that comprise at least 25 % BNA monomers, said higher affinity region being either composed of contiguous monomers or consisting of two sub regions flanking the lower affinity region • wherein the oligomer does not comprise a region of 5 contiguous DNA monomers • wherein the lower affinity region can base pair to the seed sequence of a microRNA or can base pair to the RNA complement of the seed sequence of a microRNA, wherein the seed sequence is position 2-7 of the microRNA, and • wherein both the 5'end of the oligomer and the 3'end of the oligomer is a BNA monomer.
A prepreg comprising: a primary prepreg composed of a reinforcing fiber substrate and a first epoxy resin composition () containing at least an epoxy resin and a thermoplastic resin but containing no curing agent for epoxy resin, impregnated into a reinforcing fiber layer formed by the reinforcing fiber substrate, and a surface layer composed of a second epoxy resin composition () containing at least an epoxy resin, 50 to 300 parts by mass of a curing agent for epoxy resin relative to 100 parts by mass of the epoxy resin contained in the surface layer, and an epoxy resin-soluble thermoplastic resin dissolved in the epoxy resin, the surface layer being formed on one side or both sides of the primary prepreg, characterized in that the surface layer contains 5 to 50 parts by mass of an epoxy resin-soluble thermoplastic resin relative to 100 parts by mass of the epoxy resin contained in the surface layer. a primary prepreg composed of a reinforcing fiber substrate and a first epoxy resin composition () containing at least an epoxy resin and a thermoplastic resin but containing no curing agent for epoxy resin, impregnated into a reinforcing fiber layer formed by the reinforcing fiber substrate, and a surface layer composed of a second epoxy resin composition () containing at least an epoxy resin, 50 to 300 parts by mass of a curing agent for epoxy resin relative to 100 parts by mass of the epoxy resin contained in the surface layer, and an epoxy resin-soluble thermoplastic resin dissolved in the epoxy resin, the surface layer being formed on one side or both sides of the primary prepreg, characterized in that the surface layer contains 5 to 50 parts by mass of an epoxy resin-soluble thermoplastic resin relative to 100 parts by mass of the epoxy resin contained in the surface layer.
A valve-regulated lead-acid battery in which an electrode plate group formed by stacking negative electrode plates each having a negative electrode active material filled to a negative electrode collector and positive electrode plates each having a positive electrode active material filled to a positive electrode collector by way of retainers is contained together with an electrolyte in a battery container, wherein the negative electrode active material contains flaky graphite and a formaldehyde condensate of bisphenols and aminobenzene sulfonic acid, the average primary particle diameter of the flaky graphite is 100 μm or more and 220 μm or less, the positive electrode plate comprises a positive electrode plate having a specific surface area of an active material of 5.5 m 2 /g or more, and the specific gravity of the electrolyte is in a range of 1.30 or more and 1.35 or less.
An air compressor comprising: a tank unit that stores compressed air; a motor unit that generates compressed air to be stored in the tank unit; a pressure detection unit that detects a pressure value in the tank unit; and a control unit that drives the motor unit when a pressure value in the tank unit detected by the pressure detection unit is equal to or less than a motor start pressure value, and stops the motor unit when the pressure value in the tank unit detected by the pressure detection unit is equal to or greater than a motor stop pressure value, characterized in that the control unit gradually reduces either the motor start pressure value or the motor stop pressure value by a predetermined value each time a predetermined time has passed in the state where the motor unit is stopped, and the control unit gradually increases either the motor start pressure value or the motor stop pressure value by a predetermined value each time a predetermined time has passed in a state where the motor unit is started. a tank unit that stores compressed air; a motor unit that generates compressed air to be stored in the tank unit; a pressure detection unit that detects a pressure value in the tank unit; and a control unit that drives the motor unit when a pressure value in the tank unit detected by the pressure detection unit is equal to or less than a motor start pressure value, and stops the motor unit when the pressure value in the tank unit detected by the pressure detection unit is equal to or greater than a motor stop pressure value, characterized in that the control unit gradually reduces either the motor start pressure value or the motor stop pressure value by a predetermined value each time a predetermined time has passed in the state where the motor unit is stopped, and the control unit gradually increases either the motor start pressure value or the motor stop pressure value by a predetermined value each time a predetermined time has passed in a state where the motor unit is started.
Workstation of a textile machine with an apparatus for detecting the undesired formation of a thread coil on a rotating supporting roller, which is in frictional contact with a take-up package (1, 14) of a winding unit, with a rotatably mounted roller near the supporting roller, whereby the workstation comprises a device that registers via sensor a rotational motion of the roller (6, 11, 19) and forwards it to a control device (9, 18), which then activates the workstation appropriately, characterised in that the roller (6, 11, 19) is designed and arranged in such a manner in at least one location of the traversing area that it remains just out of contact with the rotating, unwound supporting roller, but an undesired thread coil shifts the roller (6, 11, 19) into rotational motion, and that the roller (6, 11, 19) covers only a certain axial section.
A process comprising the following steps in order, optionally with other steps existing between any two steps: a. extruding from an extruder a first orientable polymer composition having a surface and core where the first orientable polymer composition, including its surface and core, is at an extrusion temperature; b. cooling the first orientable polymer composition so that its surface is at a temperature below the extrusion temperature; c. providing a second polymer composition and adhering the second polymer composition to a surface of the first orientable polymer composition to form a laminated billet; d. conditioning the laminated billet to a drawing temperature that is lower than the extrusion temperature if the laminated billet is not already at the drawing temperature; and e. drawing the laminated billet to form an oriented polymer composition.
A network apparatus in a core network, comprising: an interface configured to communicate with user equipments, UEs, via a wireless network; and a processor in communication with the interface; the network apparatus configured to send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie. an interface configured to communicate with user equipments, UEs, via a wireless network; and a processor in communication with the interface; the network apparatus configured to send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie. send, at a first time via the interface, a rejection message to a UE indicating that a bearer associated with the UE is rejected or pre-empted, the rejection message including a reference cookie, send, at a second time after the first time via the interface, a callback message indicating to the UE that the network apparatus is able to accept a new bearer associated with the UE, the callback message including the reference cookie.
Flexibly adjustable transport system for relocating items in a hold of an aircraft, comprising at least two transport units jointly forming a transport surface, each having a base body with a top side and a bottom side a plurality of roller elements which protrude from the top side and form a contact surface for the items to be moved on and relative to the transport lines, and preferably connection elements arranged on the front side of the transport unit for detachable connection of two transport units each. characterized in that gaps between the roller elements in the individual rows are provided at the same position, thereby creating slots formed across multiple rows of roller elements transverse to a rotation axis of the roller elements, that the transport system has an item-carrying plate element or tray and that the tray or plate element has on its underside facing the transport system at least two elongated elevations which are aligned parallel to each other and whose spacing is adapted to a distance between at least two of the slots/gaps between the roller elements. a base body with a top side and a bottom side a plurality of roller elements which protrude from the top side and form a contact surface for the items to be moved on and relative to the transport lines, and preferably connection elements arranged on the front side of the transport unit for detachable connection of two transport units each. characterized in that gaps between the roller elements in the individual rows are provided at the same position, thereby creating slots formed across multiple rows of roller elements transverse to a rotation axis of the roller elements, that the transport system has an item-carrying plate element or tray and that the tray or plate element has on its underside facing the transport system at least two elongated elevations which are aligned parallel to each other and whose spacing is adapted to a distance between at least two of the slots/gaps between the roller elements.
A multi-band radio frequency, RF, multiplexer for routing transmit signals to an antenna and routing receive signals to a receiver, the multiplexer comprising: a first hybrid coupler providing four ports, a first port configured to connect to an antenna, a second port being an input port and configured to receive an N-band transmit signal; a first M-band splitter connected to a third port of the first hybrid coupler, the first M-band splitter having a first set of M outputs, M being a positive integer greater than one; a second M-band splitter connected to a fourth port of the first hybrid coupler, the second M-band splitter having a second set of M outputs; and a plurality of hybrid couplers (83, 84, 86) each providing four ports, a first port being connected to one of the first set of M outputs, and a second port being connected to one of the second set of M outputs, each of the plurality of hybrid couplers (83, 84, 86) having a third port being an output port and configured to output one of M receive signals for one of M receive circuits and a fourth port connected to one of M loads, wherein each of the plurality of hybrid couplers (83, 84, 86) has a frequency response that complements a frequency response of the first hybrid coupler in a respective band so that a combined frequency response of the first hybrid coupler and one of the plurality of hybrid couplers (83, 84, 86) causes cancellation of two signals arriving at an output port of the one of the plurality of hybrid couplers (83, 84, 86) from two different paths through the hybrid couplers. a first hybrid coupler providing four ports, a first port configured to connect to an antenna, a second port being an input port and configured to receive an N-band transmit signal; a first M-band splitter connected to a third port of the first hybrid coupler, the first M-band splitter having a first set of M outputs, M being a positive integer greater than one; a second M-band splitter connected to a fourth port of the first hybrid coupler, the second M-band splitter having a second set of M outputs; and a plurality of hybrid couplers (83, 84, 86) each providing four ports, a first port being connected to one of the first set of M outputs, and a second port being connected to one of the second set of M outputs, each of the plurality of hybrid couplers (83, 84, 86) having a third port being an output port and configured to output one of M receive signals for one of M receive circuits and a fourth port connected to one of M loads, wherein each of the plurality of hybrid couplers (83, 84, 86) has a frequency response that complements a frequency response of the first hybrid coupler in a respective band so that a combined frequency response of the first hybrid coupler and one of the plurality of hybrid couplers (83, 84, 86) causes cancellation of two signals arriving at an output port of the one of the plurality of hybrid couplers (83, 84, 86) from two different paths through the hybrid couplers.
A method of controlling a steam generating boiler system having a furnace, a superheater section and a reheater section, comprising: obtaining a first signal, other than a signal indicative of a desired superheater spray setpoint, indicative of a desired value of a reheater manipulated variable used in the reheater section to control steam temperature at the output of the reheater section; and obtaining a second signal indicative of an actual value of the reheater manipulated variable; and characterised by using, in addition to a signal indicative of the steam temperature of the reheater section, the first signal and the second signal indicative of the reheater manipulated variable to develop a control signal to control: a fuel to feedwater ratio provided to the furnace and a boiler of the steam generating boiler system, a fuel/air mixture provided to the furnace, or an amount, a quantity or a type of fuel provided to the furnace, thereby controlling steam temperature of the steam generating boiler system. obtaining a first signal, other than a signal indicative of a desired superheater spray setpoint, indicative of a desired value of a reheater manipulated variable used in the reheater section to control steam temperature at the output of the reheater section; and obtaining a second signal indicative of an actual value of the reheater manipulated variable; and characterised by using, in addition to a signal indicative of the steam temperature of the reheater section, the first signal and the second signal indicative of the reheater manipulated variable to develop a control signal to control: a fuel to feedwater ratio provided to the furnace and a boiler of the steam generating boiler system, a fuel/air mixture provided to the furnace, or an amount, a quantity or a type of fuel provided to the furnace, thereby controlling steam temperature of the steam generating boiler system. a fuel to feedwater ratio provided to the furnace and a boiler of the steam generating boiler system, a fuel/air mixture provided to the furnace, or an amount, a quantity or a type of fuel provided to the furnace, thereby controlling steam temperature of the steam generating boiler system.
An introducer assembly including an implantable medical device carried thereon; the implantable medical device being self-expanding and including a first end, a second end and a device length; the introducer assembly having a proximal and a distal end, wherein the distal end is insertable into a patient's vasculature; the introducer assembly including a device carrier element for carrying the implantable medical device, wherein the first end of the medical device is located proximate the distal end of the introducer assembly relative to the second end thereof; a first sheath element having a length at least as great as the length of the medical device and a distal end proximate the distal end of the introducer assembly; a sheath carrier coupled to the distal end of the first sheath element and to the distal end of the introducer assembly; the sheath carrier being movable in a longitudinal direction relative to the device carrier; a second sheath element extending in a proximal direction of the medical device towards an external manipulation end of the assembly, the first and second sheath elements having substantially the same external diameters; the first sheath element having a contracted position covering the entirety of the medical device and an extended position, wherein as the sheath carrier is moved distally from its contracted position towards its extended position the first sheath element exposes the medical device from its second end first, thereby providing for the deployment of the medical device from its second end first.
A multi-speed transmission mounted on a central axis with a hollow shaft on the input side and a hub sleeve on an output side and with two at least two-stage planetary gearboxes (EG, NSG) arranged coaxially therebetween or therein, each with sun gearwheels, planetary gearwheels and ring gearwheels connected to each other via associated webs, which can each be shifted into a block rotation and multiple stepped transmission modes, characterized in that the first planetary gearbox is driven at its web and is selectively switchable by three axial clutches (20, 30, 40) into block rotation for shifting a direct gear or into transmission modes by axis fixing of individual sun gearwheels (9c, 9d), and the second planetary gearbox is switchable by further axial clutches (50, 60, 70, 80, 90) by fixing the axis of the sun gearwheel and by selectively switching the input and output between the ring gearwheel and the web of the second planetary gearbox into a slow and a fast transmission mode and into a direct gear by switching into the block rotation. the first planetary gearbox is driven at its web and is selectively switchable by three axial clutches (20, 30, 40) into block rotation for shifting a direct gear or into transmission modes by axis fixing of individual sun gearwheels (9c, 9d), and the second planetary gearbox is switchable by further axial clutches (50, 60, 70, 80, 90) by fixing the axis of the sun gearwheel and by selectively switching the input and output between the ring gearwheel and the web of the second planetary gearbox into a slow and a fast transmission mode and into a direct gear by switching into the block rotation.
An eCig clearomizer comprising: a hemicylindrical port including fluid inlet, and electrical pads, at least one of the electrical pads electrically coupled to a heater coil within the clearomizer; and wherein the hemicylindrical port is configured and arranged to electrically couple the heater coil with electrical circuitry of a power supply portion, and transfer a fluid from the power supply portion to the clearomizer in response to a vacuum pressure within the clearomizer. a hemicylindrical port including fluid inlet, and electrical pads, at least one of the electrical pads electrically coupled to a heater coil within the clearomizer; and wherein the hemicylindrical port is configured and arranged to electrically couple the heater coil with electrical circuitry of a power supply portion, and transfer a fluid from the power supply portion to the clearomizer in response to a vacuum pressure within the clearomizer. electrically couple the heater coil with electrical circuitry of a power supply portion, and transfer a fluid from the power supply portion to the clearomizer in response to a vacuum pressure within the clearomizer.