mhurhangee/ep-ind-claims huggingface dataset:
Transmission for a motor vehicle, with a first planetary gear set, which is configured as a multistep planetary gear set, and a second planetary gear set, - planetary gears of the first planetary gear set having at least two active diameters of different size, - the first planetary gear set having at least three central gears (E111, E112, E311, E312) which are formed by way of an internal gear and two sun gears (E111, E112) or by way of two internal gears (E311, E312) and a sun gear, - the two sun gears (E111, E112) or the two internal gears (E311, E312) being assigned to different active diameters of the planetary gears, - the second planetary gear set having two central gears (E12, E32) in the form of a sun gear and an internal gear, one of the central gears (E12, E32) of the second planetary gear set being permanently connected fixedly to one of the central gears (E111, E112, E311, E312) of the first planetary gear set as to rotate with it, characterized in that - the central gear (E12, E32) of the second planetary gear set differs from the type of that central gear (E111, E112, E311, E312) of the first planetary gear set, to which it is permanently connected fixedly so as to rotate with it, and is arranged in a common gear set plane with the said central gear (E111, E112, E311, E312), - a spider of the first planetary gear set being permanently connected fixedly to a spider of the second planetary gear set so as to rotate with it. - planetary gears of the first planetary gear set having at least two active diameters of different size, - the first planetary gear set having at least three central gears (E111, E112, E311, E312) which are formed by way of an internal gear and two sun gears (E111, E112) or by way of two internal gears (E311, E312) and a sun gear, - the two sun gears (E111, E112) or the two internal gears (E311, E312) being assigned to different active diameters of the planetary gears, - the second planetary gear set having two central gears (E12, E32) in the form of a sun gear and an internal gear, one of the central gears (E12, E32) of the second planetary gear set being permanently connected fixedly to one of the central gears (E111, E112, E311, E312) of the first planetary gear set as to rotate with it, characterized in that - the central gear (E12, E32) of the second planetary gear set differs from the type of that central gear (E111, E112, E311, E312) of the first planetary gear set, to which it is permanently connected fixedly so as to rotate with it, and is arranged in a common gear set plane with the said central gear (E111, E112, E311, E312), - a spider of the first planetary gear set being permanently connected fixedly to a spider of the second planetary gear set so as to rotate with it.
An electrical heating element comprising a main body comprising a ceramic material and an electrically conductive path formed on the main body, the electrically conductive path comprising a reduced form of the ceramic material and having first and second contact portions (20, 22) for connection to a voltage source, characterised in that the main body has an elongate form with the first and second contact portions (20, 22) positioned at a first end of the main body and the electrically conductive path extending to and from the second end of the main body, and in that the electrically conductive path forms a pattern on a surface of the main body.
An intramedullary nail for use in orthopaedic surgery for fixation of bone, comprising: a proximal portion (20; 78) defining a longitudinal axis, a distal portion and a transverse bore with an axis at an angle with respect to the longitudinal axis, wherein the proximal portion (20; 78) includes a bore (46; 84) defining a first axis and a guiding structure defining a second axis, wherein the first axis and the second axis are substantially parallel to the longitudinal axis of the proximal portion (20; 78) of the intramedullary nail and are spaced apart from each other; and a coupling unit (14; 110) movably arranged within the proximal portion (20; 78) of the intramedullary nail, the coupling unit (14; 110) including a substantially cylindrical pin and a drive member (58; 94) with a through hole (60; 106), wherein the guiding structure is configured to slidably receive the substantially cylindrical pin, such that the pin can engage within a groove of a bone fastener configured to penetrate the transverse bore of the intramedullary nail, wherein the pin has a longitudinal axis intersecting the longitudinal axis of the transverse bore and thereby a longitudinal axis of the bone fastener. a proximal portion (20; 78) defining a longitudinal axis, a distal portion and a transverse bore with an axis at an angle with respect to the longitudinal axis, wherein the proximal portion (20; 78) includes a bore (46; 84) defining a first axis and a guiding structure defining a second axis, wherein the first axis and the second axis are substantially parallel to the longitudinal axis of the proximal portion (20; 78) of the intramedullary nail and are spaced apart from each other; and a coupling unit (14; 110) movably arranged within the proximal portion (20; 78) of the intramedullary nail, the coupling unit (14; 110) including a substantially cylindrical pin and a drive member (58; 94) with a through hole (60; 106),
Method for actuating an electromechanical brake device in a vehicle, by way of which electromechanical brake device, with the aid of an electric brake motor which impinges a brake piston against a brake disc, a braking force can be generated, characterized in that the position of the brake piston in a vehicle in motion is adjusted as a function of the brake temperature in such a manner that a brake pad (17, 18), which is held on the brake piston, for generating a braking force bears on the brake disc, wherein the position of the brake piston as a function of the temperature is adjusted in such a manner that the braking force remains at least approximately constant.
A hidden joining system with front activation for a bottom of a piece of furniture and furnishing items comprising, in combination: at least one front joining unit and at least one rear joining unit to be positioned between a bottom and at least one shoulder of the furniture, wherein each front and rear joining unit (UGA, UGP) is to be arranged attached beneath the thickness of the bottom of the furniture, wherein in the mounted state of the system symmetry axes of the two front and rear joining units (UGA, UGP) of the bottom to the shoulder lie on a plane interspaced and parallel to a centre plane of the bottom and wherein said at least one front joining unit provides a transmission element (13, 14; 114) towards said at least one rear joining unit, wherein each of said at least one front joining unit and at least one rear joining unit comprises a body which contains a connection group and a blocking group and which can be associated with both the bottom and the shoulder, and wherein a) said blocking group provides a grub screw that can be screw-inserted into a butt housed in a hole of a body of said at least one front joining unit and at least one rear joining unit or b) said blocking group provides a screw inserted in an internal threading of a hole (28, 32) of a body of said at least one front joining unit and at least one rear joining unit or c) said blocking group provides a cam element cooperating with the connection group. a) said blocking group provides a grub screw that can be screw-inserted into a butt housed in a hole of a body of said at least one front joining unit and at least one rear joining unit or b) said blocking group provides a screw inserted in an internal threading of a hole (28, 32) of a body of said at least one front joining unit and at least one rear joining unit or c) said blocking group provides a cam element cooperating with the connection group.
A power tool comprising: a telescopic pole comprising at least two poles (196, 198), a first pole capable of telescoping in and out of a second pole wherein the second pole comprises at least one recess; a locking mechanism capable of locking the position of the first pole relative to the second pole, the locking mechanism comprising: a first section capable of connecting to the second pole and a second section capable of connecting to the first pole; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole; wherein the first section comprises: a sheaf which is capable of mounting on and surrounding at least part of the second pole; a resilient tab connected to the sheaf; a catch formed on the tab; wherein the catch locates within the recess when the sheaf is mounted on the second pole; characterised in that the tab locates inside of the second pole; wherein, preferably, the catch projects from inside of the second pole into the recess; wherein, preferably, when the first pole is located inside of the second pole, the first pole locates behind the tab to prevent movement of the tab, locking the catch within the recess. a telescopic pole comprising at least two poles (196, 198), a first pole capable of telescoping in and out of a second pole wherein the second pole comprises at least one recess; a locking mechanism capable of locking the position of the first pole relative to the second pole, the locking mechanism comprising: a first section capable of connecting to the second pole and a second section capable of connecting to the first pole; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole; a first section capable of connecting to the second pole and a second section capable of connecting to the first pole; wherein the second section forms a clamp to releasably axially lock the first pole to the second pole; wherein the first section comprises: a sheaf which is capable of mounting on and surrounding at least part of the second pole; a resilient tab connected to the sheaf; a catch formed on the tab; wherein the catch locates within the recess when the sheaf is mounted on the second pole; characterised in that the tab locates inside of the second pole; wherein, preferably, the catch projects from inside of the second pole into the recess; wherein, preferably, when the first pole is located inside of the second pole, the first pole locates behind the tab to prevent movement of the tab, locking the catch within the recess. a sheaf which is capable of mounting on and surrounding at least part of the second pole; a resilient tab connected to the sheaf; a catch formed on the tab; wherein the catch locates within the recess when the sheaf is mounted on the second pole; characterised in that the tab locates inside of the second pole; wherein, preferably, the catch projects from inside of the second pole into the recess; wherein, preferably, when the first pole is located inside of the second pole, the first pole locates behind the tab to prevent movement of the tab, locking the catch within the recess.
A method for wireless communications, performed by a user equipment, comprising: receiving (205; 405), at the user equipment, UE, a request from a network to perform signal measurements for a plurality of beams associated with a secondary cell, SCell; measuring (220, 255; 415), in response to the request and based on a determination that the UE is configured with at least one transmission configuration indicator, TCI, state that identifies a limited set of at least one beam from the plurality of beams, a signal quality for the limited set to generate a current measurement metric; determining (230, 260; 420) whether a difference between the current measurement metric and a previous measurement metric for the at least one beam satisfies a threshold; and configuring the UE to either enable or disable measurement reporting based on the determining. receiving (205; 405), at the user equipment, UE, a request from a network to perform signal measurements for a plurality of beams associated with a secondary cell, SCell; measuring (220, 255; 415), in response to the request and based on a determination that the UE is configured with at least one transmission configuration indicator, TCI, state that identifies a limited set of at least one beam from the plurality of beams, a signal quality for the limited set to generate a current measurement metric; determining (230, 260; 420) whether a difference between the current measurement metric and a previous measurement metric for the at least one beam satisfies a threshold; and configuring the UE to either enable or disable measurement reporting based on the determining.
Method for contacting a semiconductor substrate by a jet printing method, comprising the method steps of - providing a contact medium in a low-viscosity initial state, - propelling the low-viscosity contact medium through a nozzle arrangement, - applying an energy input and/or a chemical reactant (4, 10, 12, 13) to the contact medium to bring the contact medium into a higher-viscosity final state immediately downstream from the passage through the nozzle, characterised in that the application to the contact medium is provided by a laser beam (4, 4a) directed into the travel path of the contact medium and/or by a directed ultraviolet or infrared radiation, a directed heat field, a directed microwave radiation, a chemically active gas jet and/or a plasma effect. - providing a contact medium in a low-viscosity initial state, - propelling the low-viscosity contact medium through a nozzle arrangement, - applying an energy input and/or a chemical reactant (4, 10, 12, 13) to the contact medium to bring the contact medium into a higher-viscosity final state immediately downstream from the passage through the nozzle,
A compound of Formula wherein each R1 is independently hydrogen, halo, alkyl, aryl, alkaryl, or aralkyl; each R2 is independently hydrogen, alkyl, alkoxy, aryl, alkaryl, aralkyl, hydroxyl, silyloxy, combines with a R3 connected to a same carbon atom to form a cyclic alkyl, combines with a R3 connected to the same carbon atom to form a cyclic alkyl that is fused to one or more carbocyclic rings, or combines with R3 and the carbon atom to which both R2 and R3 are connected to form a carbonyl group; each R3 is independently hydrogen, alkyl, alkoxy, aryl, alkaryl, aralkyl, hydroxyl, silyloxy, combines with a R2 connected to a same carbon atom to form a cyclic alkyl, combines with a R2 connected to the same carbon atom to form a cyclic alkyl that is fused to one or more carbocyclic rings, combines with R2 and the carbon to which both R2 and R3 are connected to form a carbonyl group, or combines with R4 connected to adjacent carbon atom to form a carbon-carbon bond; and each R4 is independently hydrogen or combines with R3 connected to an adjacent carbon atom to form a carbon-carbon bond. each R1 is independently hydrogen, halo, alkyl, aryl, alkaryl, or aralkyl; each R2 is independently hydrogen, alkyl, alkoxy, aryl, alkaryl, aralkyl, hydroxyl, silyloxy, combines with a R3 connected to a same carbon atom to form a cyclic alkyl, combines with a R3 connected to the same carbon atom to form a cyclic alkyl that is fused to one or more carbocyclic rings, or combines with R3 and the carbon atom to which both R2 and R3 are connected to form a carbonyl group; each R3 is independently hydrogen, alkyl, alkoxy, aryl, alkaryl, aralkyl, hydroxyl, silyloxy, combines with a R2 connected to a same carbon atom to form a cyclic alkyl, combines with a R2 connected to the same carbon atom to form a cyclic alkyl that is fused to one or more carbocyclic rings, combines with R2 and the carbon to which both R2 and R3 are connected to form a carbonyl group, or combines with R4 connected to adjacent carbon atom to form a carbon-carbon bond; and each R4 is independently hydrogen or combines with R3 connected to an adjacent carbon atom to form a carbon-carbon bond.
A gas turbine engine variable vane system (118 J), comprising: a first actuator; a first harmonic drive driven by the first actuator; a first drive shaft driven by the first harmonic drive; a second actuator; a second harmonic drive driven by the second actuator; and a second drive shaft driven by the second harmonic drive, wherein the first drive shaft is coaxial with the second drive shaft, and the first drive shaft and the second drive shaft extend through a firewall. a first actuator; a first harmonic drive driven by the first actuator; a first drive shaft driven by the first harmonic drive; a second actuator; a second harmonic drive driven by the second actuator; and
Construction machine for processing ground surfaces, having a milling roller, on the surface of which a multiplicity of pick holders are arranged, wherein a pick, in particular a round-shank pick, is interchangeably received in a pick receptacle of the pick holder, wherein the milling roller is assigned a tool changing device, which is a mechanical tool apparatus, and which has at least one tool changer which can remove and/or mount the pick or picks, characterized in that an actuator of the tool changing device can position the at least one tool changer relative to the milling roller and can assign said at least one tool changer to the individual pick holders or groups of pick holders.
Spur gear mechanism with at least two toothed spur gears (1, 2), the toothing systems of which are in meshing engagement with one another and which can be rotated in each case about a rotational axis (3, 4); 1.1 with an encasing wall which surrounds the two spur gears (1, 2) at least partially in the circumferential direction and in the direction of the rotational axes (3, 4); 1.2 the encasing wall having an inner contour which is adapted to the external diameters of the spur gears (1, 2) in such a way that two annular gaps (6, 7) which merge into one another result between the encasing wall and the spur gears (1, 2), in particular between the encasing wall and the two spur gears which are in engagement with one another, in each case one annular gap (6, 7) being arranged concentrically with respect to in each case one rotational axis (3, 4); 1.3 with a lubricating device which is set up to conduct a lubricant flow into the toothing systems of the spur gears (1, 2); and 1.4 a cooling device additionally being provided; characterized in that 1.5 the cooling device is set up to conduct a coolant flow through one or a plurality of cooling ducts which run within the encasing wall and/or to conduct it on the outside along the encasing wall; 1.6 the encasing wall comprises a thermally conducting part which configures the inner contour, and a heat exchanger which is connected to it on the outside or adjoins it integrally and in which the at least one cooling duct is configured. 1.1 with an encasing wall which surrounds the two spur gears (1, 2) at least partially in the circumferential direction and in the direction of the rotational axes (3, 4); 1.2 the encasing wall having an inner contour which is adapted to the external diameters of the spur gears (1, 2) in such a way that two annular gaps (6, 7) which merge into one another result between the encasing wall and the spur gears (1, 2), in particular between the encasing wall and the two spur gears which are in engagement with one another, in each case one annular gap (6, 7) being arranged concentrically with respect to in each case one rotational axis (3, 4); 1.3 with a lubricating device which is set up to conduct a lubricant flow into the toothing systems of the spur gears (1, 2); and 1.4 a cooling device additionally being provided; characterized in that 1.5 the cooling device is set up to conduct a coolant flow through one or a plurality of cooling ducts which run within the encasing wall and/or to conduct it on the outside along the encasing wall; 1.6 the encasing wall comprises a thermally conducting part which configures the inner contour, and a heat exchanger which is connected to it on the outside or adjoins it integrally and in which the at least one cooling duct is configured.
Ultrasound marker comprising - an enclosure - an energy transducer (14.1) for transducing impeding sound energy into electric energy - an ultrasound emitter (14.2) that is configured to generate an ultrasound signal when fed with electric energy - a trigger that is operatively connected to the ultrasound emitter and that can be activated via a wireless signal, said trigger being configured to control the generation of ultrasound by the ultrasound emitter in dependence of the wireless signal, wherein the trigger comprises a switch that is operatively connected to the ultrasound emitter (14.2) and is configured to switch the ultrasound emitter (14.2) on or off, respectively, and characterized in that the trigger further comprises a photosensitive element that is operatively connected to the switch and is configured to control the switch in when exposed to a light signal. - an enclosure - an energy transducer (14.1) for transducing impeding sound energy into electric energy - an ultrasound emitter (14.2) that is configured to generate an ultrasound signal when fed with electric energy - a trigger that is operatively connected to the ultrasound emitter and that can be activated via a wireless signal, said trigger being configured to control the generation of ultrasound by the ultrasound emitter in dependence of the wireless signal, wherein the trigger comprises a switch that is operatively connected to the ultrasound emitter (14.2) and is configured to switch the ultrasound emitter (14.2) on or off, respectively, and characterized in that the trigger further comprises a photosensitive element that is operatively connected to the switch and is configured to control the switch in when exposed to a light signal.
Apparatus for sealing and pumping up inflatable objects, in particular a breakdown kit for sealing and pumping up motor-vehicle tyres, wherein the apparatus has a compressed-air source, in particular a compressor, for pumping up the objects and also has a connection for a container with sealant, further a valve/distributor unit for sealant and compressed gas, and in addition connecting means such as, for example, hoses between the valve/distributor unit and inflatable object, characterized in that the valve/distributor unit contains a valve which interacts with a valve seat and, in dependence on the density and the flow direction of the medium flowing through, reversibly closes the connections/connecting channels between the sealant container and compressed-air source.