mhurhangee/ep-ind-claims huggingface dataset:
A stator assembly for a continuously variable transmission, CVT, the CVT comprising a plurality of traction planet assemblies arranged angularly about a main axle defining a longitudinal axis of the CVT, the traction planet assemblies being in contact with a traction sun assembly located radially inward of the traction planet assemblies and coaxial with the main axle, and the CVT comprising first and second traction rings (148, 150) in contact with each of the traction planet assemblies, the stator assembly comprising: a first stator having a plurality of guide slots; a second stator coupled to and coaxial with the first stator and the main axle, the second stator having a plurality of radially off-set guide slots, the second stator being configured to rotate about the main axle relative to the first stator, wherein the traction planet assemblies are configured to couple to the guide slots of the first and second stator; a reaction plate coupled to the first stator and coaxial with the first and second stators; a plurality of eccentric gears coupled to the second stator and the reaction plate, each eccentric gear of the plurality of eccentric gears comprising a cam lobe extending from an associated reaction lobe, the plurality of cam lobes being coupled to a number of guide slots provided on the reaction plate, the plurality of reaction lobes being slidingly coupled to a number of guide bores provided on the second stator, each cam lobe having a rotation center that is off-set from a rotational center of the associated reaction lobe; and a stator driver coupled to each of the eccentric gears. a first stator having a plurality of guide slots; a second stator coupled to and coaxial with the first stator and the main axle, the second stator having a plurality of radially off-set guide slots, the second stator being configured to rotate about the main axle relative to the first stator, wherein the traction planet assemblies are configured to couple to the guide slots of the first and second stator; a reaction plate coupled to the first stator and coaxial with the first and second stators; a plurality of eccentric gears coupled to the second stator and the reaction plate, each eccentric gear of the plurality of eccentric gears comprising a cam lobe extending from an associated reaction lobe, the plurality of cam lobes being coupled to a number of guide slots provided on the reaction plate, the plurality of reaction lobes being slidingly coupled to a number of guide bores provided on the second stator, each cam lobe having a rotation center that is off-set from a rotational center of the associated reaction lobe; and a stator driver coupled to each of the eccentric gears.
An aircraft electrical apparatus comprising an engine starter motor control unit configured to provide an AC input voltage to a transformer rectifier unit, the aircraft electrical apparatus characterized in that the AC input voltage frequency is selected to be above that of an AC supply bus from which the engine starter motor control unit is supplied.
A four-bar linkage comprising: a tibia link having first and second pivots; a femur link having third and fourth pivots; an ACL (anterior cruciate ligament) link connected to the first pivot and the third pivot; and a PCL (posterior cruciate ligament) link crossed over the ACL link and connected to the second and fourth pivots; wherein: the distance between third and fourth pivots is one unit; the distance between first and second pivots is between 1.3 and 1.6 units; the distance between first and third pivots is between 2.0 and 2.8 units; the distance between second and fourth pivots is between 2.4 and 3.3 units; and the sum of the distance between third and fourth pivots and the distance between second and fourth pivots is equal to the sum of the distance between first and third pivots and the distance between first and second pivots, to within a tolerance of 0.2 units, characterized in that the femur link is defined by a gearbox that converts relative angular motion, which occurs between the PCL link and the femur link, to electrical energy. a tibia link having first and second pivots; a femur link having third and fourth pivots; an ACL (anterior cruciate ligament) link connected to the first pivot and the third pivot; and a PCL (posterior cruciate ligament) link crossed over the ACL link and connected to the second and fourth pivots; the distance between third and fourth pivots is one unit; the distance between first and second pivots is between 1.3 and 1.6 units; the distance between first and third pivots is between 2.0 and 2.8 units; the distance between second and fourth pivots is between 2.4 and 3.3 units; and the sum of the distance between third and fourth pivots and the distance between second and fourth pivots is equal to the sum of the distance between first and third pivots and the distance between first and second pivots, to within a tolerance of 0.2 units, characterized in that the femur link is defined by a gearbox that converts relative angular motion, which occurs between the PCL link and the femur link, to electrical energy.
A disposable fluid pack for use with a reusable fluid dispenser, the disposable fluid pack comprising: a fluid reservoir configured to be filled with a fluid; a pump comprising an inlet in fluid communication with the fluid reservoir, an outlet and a rotor, the rotor configured to form a power transmission coupling with a motor drive shaft, the pump configured to pump the fluid in a first direction from the fluid reservoir and out of the outlet; and an encoder comprising encoded data, the encoded data defining at least one stop position of the rotor and a rotation speed of the rotor for pumping the fluid from the fluid reservoir, wherein the encoder is coupled to the rotor at a predefined position and is configured to rotate with the rotor. a fluid reservoir configured to be filled with a fluid; a pump comprising an inlet in fluid communication with the fluid reservoir, an outlet and a rotor, the rotor configured to form a power transmission coupling with a motor drive shaft, the pump configured to pump the fluid in a first direction from the fluid reservoir and out of the outlet; and an encoder comprising encoded data, the encoded data defining at least one stop position of the rotor and a rotation speed of the rotor for pumping the fluid from the fluid reservoir, wherein the encoder is coupled to the rotor at a predefined position and is configured to rotate with the rotor.
Valve comprising: - a valve housing having a plurality of fluid ports (A, P, T) which comprise at least one supply port and at least one work port, - a control piston movable in the valve housing for controlling the fluid ports (A, P, T) and - an actuating device assuming various control states for the control piston, wherein, at least in one control state of the actuating device, the outlet pressure (p_actuator) in the work port follows the changing inlet pressure (p_inlet) in the supply port to a predefinable pressure level (p, p') by means of a pressure limiting device, wherein the control piston, in at least one control state of the actuating device, releases a fluid path from the supply port to the work port, wherein the pressure limiting device additionally releases a further fluid path from the supply port to a further fluid port, in particular a tank port, at an inlet pressure (p_inlet) exceeding an opening pressure, wherein inlet pressure components exceeding the opening pressure can be discharged via the further fluid path, wherein the pressure limiting device comprises a pretensioned, movable limiter piston which closes the further fluid path and releases it against the pretensioning force at the inlet pressure (p_inlet) corresponding to the opening pressure, characterised in that the valve has a valve insert, in that the limiter piston in addition to the control piston is arranged in a piston chamber of the valve insert, and in that, in the non-actuated control state of the actuating device, the limiter piston can be moved in the direction of a limit stop at the end of the piston chamber opposite the actuating device in order to release the further fluid path. - a valve housing having a plurality of fluid ports (A, P, T) which comprise at least one supply port and at least one work port, - a control piston movable in the valve housing for controlling the fluid ports (A, P, T) and - an actuating device assuming various control states for the control piston,
A compound of formula I: wherein: Bicycle is a polypeptide which is covalently bound to a molecular scaffold such that two or more peptide loops are subtended between attachment points to the scaffold, wherein the polypeptide has a sequence: -C(D-Ala)NE (D-Ala)CEDFYD(tBuGly)C- (SEQ ID NO: 5), the molecular scaffold is Spacer is a bivalent moiety that connects the Bicycle moiety with the AA 1 -AA 2 moiety; AA 1 -AA 2 is -Val-Cit-, or -Cit-Val-; Linker is a bivalent spacer moiety that connects AA 1 -AA 2 moiety with the Toxin moiety; and Toxin is a chemotherapeutic agent. Bicycle is a polypeptide which is covalently bound to a molecular scaffold such that two or more peptide loops are subtended between attachment points to the scaffold, wherein the polypeptide has a sequence: -C(D-Ala)NE (D-Ala)CEDFYD(tBuGly)C- (SEQ ID NO: 5), the molecular scaffold is Spacer is a bivalent moiety that connects the Bicycle moiety with the AA 1 -AA 2 moiety; AA 1 -AA 2 is -Val-Cit-, or -Cit-Val-; Linker is a bivalent spacer moiety that connects AA 1 -AA 2 moiety with the Toxin moiety; and Toxin is a chemotherapeutic agent.
Motor for driving a pump, in particular a coolant pump, with a rotor and a surrounding stator, wherein in the rotor permanent magnets and in the stator electromagnets are disposed, wherein at least one permanent magnet in the rotor is composed of at least two individual magnets (7, 8, 10) and its width expands outwards in the radial direction, characterised in that - at least one permanent magnet is composed of two rectangular individual magnets (7, 8) of different sizes, wherein the larger individual magnet is disposed radially outwards, or - at least one permanent magnet is composed of three rectangular individual magnets, wherein radially outside two individual magnets are disposed side by side in the circumferential direction. - at least one permanent magnet is composed of two rectangular individual magnets (7, 8) of different sizes, wherein the larger individual magnet is disposed radially outwards, or - at least one permanent magnet is composed of three rectangular individual magnets, wherein radially outside two individual magnets are disposed side by side in the circumferential direction.
Blade (6; 106; 206) for folding an edge (2 2; 102 2; 202 2) of a metal sheet (2; 102; 202), comprising a contact surface (6 2; 106 2; 206 2) extending along a generally twisted profile and configured to fold and collapse said edge (2 2; 102 2; 202 2) onto the metal sheet (2; 102; 202) when said blade (6; 106; 206) moves along said edge (2 2; 102 2; 202 2); characterised in that the transverse profile of the contact surface (6 2; 106 2; 206 2) has a variation in inclination along the entirety of said surface which is between 120° and 180° or between 20° and 60°.
A multilayer body, comprising at least one substrate layer, one plastic layer, which is connected to the substrate layer via one connection layer, and optionally a lacquer layer on the plastic layer, the multilayer body having a density of ≤ 550 kg/m 3 and a total thickness of ≤ 12 mm, characterized in that the plastic layer comprises a ABS/PMMA co-extrudate or a PET/PETG co-extrudate, preferably with a scratch-resistant lacquer coating, wherein the surface of the multilayer body has a. a gloss value of max. 92, preferably max. 80, GU measured according to ISO 2813 (edition 1999-06) at a viewing angle of 20°, and b. a haze of max. 80, preferably max. 60, measured according to ISO 13803 (edition 2004-09) at 20°. a. a gloss value of max. 92, preferably max. 80, GU measured according to ISO 2813 (edition 1999-06) at a viewing angle of 20°, and b. a haze of max. 80, preferably max. 60, measured according to ISO 13803 (edition 2004-09) at 20°.
Method for establishing a multipoint-to-point pseudowire via which data streams are intended to be transmitted from a plurality of terminating devices, called leaf devices, toward another terminating device, called the root device, the leaf and root devices forming ends of the pseudowire, the pseudowire being based on a packet switched network to which the terminating devices belong, the method comprising: - a step in which a switching device, also belonging to the packet switched network, receives a request for the establishment of the pseudowire, comprising an identifier of the root device, an identifier of at least one leaf device, an identifier of the pseudowire, and a parameter called the aggregation parameter, - a step in which the switching device is configured by means of the aggregation parameter, at the end of which the switching device is capable of aggregating a first data stream sent by the leaf device and a second data stream sent by another leaf device into a third data stream to be sent to the root device, - a step in which the switching device transmits the request for the establishment of the pseudowire to the destination device. - a step in which a switching device, also belonging to the packet switched network, receives a request for the establishment of the pseudowire, comprising an identifier of the root device, an identifier of at least one leaf device, an identifier of the pseudowire, and a parameter called the aggregation parameter, - a step in which the switching device is configured by means of the aggregation parameter, at the end of which the switching device is capable of aggregating a first data stream sent by the leaf device and a second data stream sent by another leaf device into a third data stream to be sent to the root device, - a step in which the switching device transmits the request for the establishment of the pseudowire to the destination device.
Method for stacking plate-shaped products of wood or wood substitutes in which at least two stacks (3, 4) of plate-shaped products are formed adjacent one another on a support, in particular pallet, wherein a separating element is introduced between adjacent stacks (3, 4), characterised in that the following steps are carried out: i) a stack is formed from the plate-shaped products on the support, ii) the support is inclined about an angle (α) to the horizontal plane before or after step i) iii) a separating element, in particular a plate-shaped partition wall element is brought to bear against the stack after step i) and ii); iv) further stack of plate-shaped products is formed on the support after step iii). i) a stack is formed from the plate-shaped products on the support, ii) the support is inclined about an angle (α) to the horizontal plane before or after step i) iii) a separating element, in particular a plate-shaped partition wall element is brought to bear against the stack after step i) and ii); iv) further stack of plate-shaped products is formed on the support after step iii).
An expandable fusion system comprising an expandable spinal implant having a proximal end and a distal end, comprising: a body member comprising a first end section, a second end section, and a cavity therebetween, the first end section comprising a first bore and the second end section comprising a second bore; a driving member comprising a tapered section at the distal end and disposed distal to the body member the driving member having a threaded bore; the driving member being movable towards to and away from the body member a first endplate configured to engage the body member and the driving member; a second endplate configured to engage the body member and the driving member; and an actuator assembly comprising an actuation screw, the actuation screw comprising a head and a threaded body threadably received in the threaded bore of the driving member, wherein the head is configured to be completely contained between the first endplate and the second endplate and wherein the rotation screw is so configured that the rotation of the actuation screw in a first direction causes the threaded body to engage with the driving member translating the driving member relative to the body member so that the respective mating elements of the body member and/or the driving member push against corresponding complementary mating elements on the first and second endplates (6, 8), thereby pushing the first and second endplates (6, 8) apart and increasing the height of the implant. a body member comprising a first end section, a second end section, and a cavity therebetween, the first end section comprising a first bore and the second end section comprising a second bore; a driving member comprising a tapered section at the distal end and disposed distal to the body member the driving member having a threaded bore; the driving member being movable towards to and away from the body member a first endplate configured to engage the body member and the driving member; a second endplate configured to engage the body member and the driving member; and an actuator assembly comprising an actuation screw, the actuation screw comprising a head and a threaded body threadably received in the threaded bore of the driving member, wherein the head is configured to be completely contained between the first endplate and the second endplate and wherein the rotation screw is so configured that the rotation of the actuation screw in a first direction causes the threaded body to engage with the driving member translating the driving member relative to the body member so that the respective mating elements of the body member and/or the driving member push against corresponding complementary mating elements on the first and second endplates (6, 8), thereby pushing the first and second endplates (6, 8) apart and increasing the height of the implant.
A non-human transgenic mammal comprising a nucleotide sequence encoding human Toll-like receptor 8, wherein said non-human transgenic mammal is a TLR8 chimera in which human TLR8 is expressed in hematopoietic cells of the non-human transgenic mammal.
A sanitary fixture (110, 210, 310, 410), comprising: a tank (112, 312), a deck (114, 214, 314), and a bowl (116, 316); a waterway extending between the tank (112, 312) and the bowl (116, 316); a reservoir (170, 270, 370, 470, 570, 670, 770) for receiving a liquid cleaning product in fluid communication with the waterway through an aperture in the deck; and characterized in that the sanitary fixture further comprises a seat-hinge cover, the seat-hinge cover comprising an aperture formed in a top surface, the seat hinge cover housing the reservoir. a tank (112, 312), a deck (114, 214, 314), and a bowl (116, 316); a waterway extending between the tank (112, 312) and the bowl (116, 316); a reservoir (170, 270, 370, 470, 570, 670, 770) for receiving a liquid cleaning product in fluid communication with the waterway through an aperture in the deck; and characterized in that the sanitary fixture further comprises a seat-hinge cover, the seat-hinge cover comprising an aperture formed in a top surface, the seat hinge cover housing the reservoir.
A temperature equalization apparatus jetting fluid for thermal conduction used in an electrical equipment, which discloses an external thermal conduction interface structure of electrical equipment wherein a fluid jetting device is utilized to jet a thermal conductive fluid for exchanging heat with the external thermal conduction interface structure of electrical equipment via the thermal energy of the jetted thermal conductive fluid, the heat exchange means includes the external thermal conduction interface structure of electrical equipment having relative high temperature being cooled by a fluid having relative lower temperature, and the external thermal conduction interface structure of electrical equipment having relative lower temperature being heated by a fluid having relative higher temperature; and wherein the fluid jetted by the fluid jetting device includes the thermal conductive fluid in a liquid state or in a particle liquid or mist or gaseous state, or the thermal conductive fluid capable of converting into a gaseous state from a liquid state or converting into a liquid state from a gaseous state, and a fluid collecting basin is installed for collecting the returned fluid which is jetted to the external thermal conduction interface structure of electrical equipment, so as to form a circulative operation of the thermal conductive fluid, and the thermal conductive fluid and the fluid collecting basin can be served as interfaces for performing temperature equalizing and regulating to the exterior; and the temperature equalization apparatus further comprising a heat exchanging device immersed in the thermal conductive fluid of the fluid collecting basin, and a fluid pump installed at the fluid outlet of the heat exchanging device and passed through the temperature equalizing device installed in a natural thermal energy body via a pipeline then returned to the heat exchanging device through the fluid inlet of the heat exchanging device, wherein the thermal conductive fluid in the thermal exchanging device is pumped by the fluid pump to circulate the thermal conductive fluid between the heat exchanging device and the temperature equalizing device, as well as to enable the thermal conductive fluid to perform temperature equalizing and regulating with the natural thermal energy body through the temperature equalizing device.
An intake device for a multicylinder engine, the device comprising an intake manifold and a blow-by gas inlet portion provided to the intake manifold, wherein the intake manifold includes a collector portion extending in a front-to-rear direction, an intake air introducing portion disposed centrally of the collector portion, and branch portions extending from front and rear end portions (5, 6) of the collector portion for connection to intake ports of a cylinder head, a throttle body is disposed at an upper portion of the intake air introducing portion, the throttle body has a butterfly-type throttle valve, a valve shaft of the throttle valve is oriented in the front-rear direction, the blow-by gas inlet portion is provided to the intake air introducing portion of the intake manifold, and the blow-by gas inlet portion is disposed on a side to which a lower end portion of the half-open throttle valve is directed and on a downstream side of the lower end portion of the throttle valve, characterised in that the intake air introducing portion has an oil reservoir at an inner bottom and the blow-by gas inlet portion is directed toward the oil reservoir.
A session control entity, comprising means for receiving, from a subscription entity, a request to terminate a registration of a user in an Internet Protocol Multimedia Subsystem, IMS, wherein the request comprises user identities, means for determining status of various registrations of the user, comprising determining if the user is registered for an IMS emergency service, means for not terminating the registration of the user for the IMS emergency service, means for terminating at least one registration relating to the user, wherein the at least one registration does not comprise the registration for the IMS emergency service, and, means for transmitting to the subscription entity an indication indicating that the user is registered for an emergency service if based on the determination the user is registered for the emergency service, wherein the indication comprises an IMS experimental result code.