mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a synchronous point of a synchronizing clutch of a motor vehicle transmission which is connected on the input side to an electric machine and which contains a multiplicity of synchronizing clutches which each have a drive element which is connected to the electric machine and an output element which is connected to an output shaft, and which can be activated out of an open position into a closed position by means of an assigned clutch actuator, comprising the following steps: - detecting an output rotational speed (n A) of the output element of a synchronizing clutch whose synchronous point is to be determined; - adjusting a drive rotational speed (n 24) of the drive element of the synchronizing clutch to a synchronous point-determining rotational speed (n S) which is unequal to the output rotational speed (n A); - actuating the clutch actuator, in order to activate the synchronizing clutch from the open position in the direction of the closed position; and - determining the synchronous point of the synchronizing clutch by monitoring at least one operating parameter (T EM; 49), wherein the synchronous point is ascertained when the operating parameter (T EM; 49) changes absolutely, changes relative to an operating parameter comparison value and/or changes dynamically, wherein the operating parameter is the torque (T EM) which is provided by the electric machine or a power level which is taken up by the clutch actuator. - detecting an output rotational speed (n A) of the output element of a synchronizing clutch whose synchronous point is to be determined; - adjusting a drive rotational speed (n 24) of the drive element of the synchronizing clutch to a synchronous point-determining rotational speed (n S) which is unequal to the output rotational speed (n A); - actuating the clutch actuator, in order to activate the synchronizing clutch from the open position in the direction of the closed position; and - determining the synchronous point of the synchronizing clutch by monitoring at least one operating parameter (T EM; 49), wherein the synchronous point is ascertained when the operating parameter (T EM; 49) changes absolutely, changes relative to an operating parameter comparison value and/or changes dynamically, wherein the operating parameter is the torque (T EM) which is provided by the electric machine or a power level which is taken up by the clutch actuator.
An electron spin resonance resonator device comprising: a planar substrate having a substrate surface, and having a ground plane surface opposite the substrate surface; a ground conductor disposed on the ground plane surface; a first microstrip terminal having a first branching structure that includes first microstrip terminal segments disposed on the substrate surface; a second microstrip terminal having a second branching structure that includes second microstrip terminal segments disposed on the substrate surface opposite the first microstrip terminal segments; and elongate resonators extending between the first microstrip terminal and the second microstrip terminal, each elongate resonator including a conductor disposed on the substrate surface, each conductor having a first end that defines a first gap between the conductor and one of the first microstrip terminal segments and a second end that defines a second gap between the conductor and a respective, opposite one of the second microstrip terminal segments; wherein the first and second microstrip terminals, the elongate resonators, and the ground conductor define microstrip transmission lines. a planar substrate having a substrate surface, and having a ground plane surface opposite the substrate surface; a ground conductor disposed on the ground plane surface; a first microstrip terminal having a first branching structure that includes first microstrip terminal segments disposed on the substrate surface; a second microstrip terminal having a second branching structure that includes second microstrip terminal segments disposed on the substrate surface opposite the first microstrip terminal segments; and elongate resonators extending between the first microstrip terminal and the second microstrip terminal, each elongate resonator including a conductor disposed on the substrate surface, each conductor having a first end that defines a first gap between the conductor and one of the first microstrip terminal segments and a second end that defines a second gap between the conductor and a respective, opposite one of the second microstrip terminal segments; wherein the first and second microstrip terminals, the elongate resonators, and the ground conductor define microstrip transmission lines.
An orthopedic device comprising: an elongated body having first and second ends; a first arm member attached to and extending away from said first end and terminating at an outer end; a second arm member extending from said elongated body in the same direction as the first arm member and having a base portion and an outer end, wherein the base portion is configured and adapted to engage the elongated body and allow the second arm member to be longitudinally movable along said elongated body; and a locking sleeve hingeably connected to the outer end of each of the first and second arm members by a hinge joint, wherein said locking sleeve comprises: an elongated shaft having an elongated pin receiving bore extending therethrough; a collet provided at one end of the elongated shaft, said collet comprising a plurality of collet arms provided with screw threads integrally formed on their exterior surfaces; and a collet nut having an interior surface provided with screw threads for threadably engaging the screw threads of the collet; wherein rotation of the collet nut in a first direction causes the plurality of collet arms to move radially inward for locking an elongated pin that is received in the elongated pin receiving bore. an elongated body having first and second ends; a first arm member attached to and extending away from said first end and terminating at an outer end; a second arm member extending from said elongated body in the same direction as the first arm member and having a base portion and an outer end, wherein the base portion is configured and adapted to engage the elongated body and allow the second arm member to be longitudinally movable along said elongated body; and a locking sleeve hingeably connected to the outer end of each of the first and second arm members by a hinge joint, wherein said locking sleeve comprises: an elongated shaft having an elongated pin receiving bore extending therethrough; a collet provided at one end of the elongated shaft, said collet comprising a plurality of collet arms provided with screw threads integrally formed on their exterior surfaces; and a collet nut having an interior surface provided with screw threads for threadably engaging the screw threads of the collet; wherein rotation of the collet nut in a first direction causes the plurality of collet arms to move radially inward for locking an elongated pin that is received in the elongated pin receiving bore. an elongated shaft having an elongated pin receiving bore extending therethrough; a collet provided at one end of the elongated shaft, said collet comprising a plurality of collet arms provided with screw threads integrally formed on their exterior surfaces; and a collet nut having an interior surface provided with screw threads for threadably engaging the screw threads of the collet; wherein rotation of the collet nut in a first direction causes the plurality of collet arms to move radially inward for locking an elongated pin that is received in the elongated pin receiving bore.
Diaphragm pump driving unit comprising a housing, arranged to be connected with a membrane unit; a pump element having a piston barrel and a piston; a fluid reservoir wherein the pump element is arranged to pump a pump fluid from the fluid reservoir and/or piston barrel during a pumping stroke of said piston; and a regulation chamber arranged with adjustment means for adjusting the size of an active volume of the regulation chamber, wherein the pump volume of the diaphragm pump driving unit is adjusted by the adjustment means and, when connected to the membrane unit, there is fluid communication between the membrane unit and the fluid reservoir and the regulation chamber, and wherein the adjustment means is a secondary piston moveable against a bias, and comprising a lock for regulating the maximum stroke of the secondary piston to adjust the size of an effective volume of the regulation chamber; characterised by means for applying a vacuum to the fluid reservoir at least during part of a retraction stroke of said piston so that when vacuum is applied to the fluid reservoir fluid is sucked from the membrane unit and the regulation chamber.
A heat exchanger (10; 210) comprising: a first inlet port (14; 214A); a first outlet port (32; 232A) longitudinally spaced apart from the first inlet port (14; 214A); a plurality of substantially parallel parting plates (144; 344); and a plurality of first flow spaces (146; 346) providing communication between the first inlet port (14; 214A) and the first outlet port (32; 232A); the plurality of first flow spaces (146; 346) defined between adjacent ones of at least some of the parting plates (144;344); characterised in that: the heat exchanger (10;210) further comprises a plurality of metering plates (154; 354) disposed across an upstream end of at least one of the first flow spaces (146; 346), each of the plurality of metering plates (154; 354) including at least one metering aperture (156; 356) providing fluid communication between the first inlet port (14; 214A) and the at least one first flow space (146; 346); and the parting plates (144; 344) are stacked along a no-flow axis (129; 239). a first inlet port (14; 214A); a first outlet port (32; 232A) longitudinally spaced apart from the first inlet port (14; 214A); a plurality of substantially parallel parting plates (144; 344); and a plurality of first flow spaces (146; 346) providing communication between the first inlet port (14; 214A) and the first outlet port (32; 232A); the plurality of first flow spaces (146; 346) defined between adjacent ones of at least some of the parting plates (144;344); the heat exchanger (10;210) further comprises a plurality of metering plates (154; 354) disposed across an upstream end of at least one of the first flow spaces (146; 346), each of the plurality of metering plates (154; 354) including at least one metering aperture (156; 356) providing fluid communication between the first inlet port (14; 214A) and the at least one first flow space (146; 346); and the parting plates (144; 344) are stacked along a no-flow axis (129; 239).
A multi-stage mast module (14, 16) for a mast lift including a base supporting the multi-stage mast module and a platform coupled with the multi-stage mast module, the multi-stage mast module comprising: a mast unit including three telescoping mast sections (22, 24, 26); a multi-stage drive connected between the telescoping mast sections of the mast unit, the multi-stage mast module being characterised by the multi-stage drive including a first acme thread (30, 130) connected between a first telescoping mast section and a second telescoping mast section and second acme thread (32, 132) connected between the second telescoping mast section and a third telescoping mast section, the first and second acme threads being driven in stages to displace the telescoping mast sections between a retracted position and an extended position; and a first gas spring and a second gas spring respectively connected between the first telescoping mast section and the second telescoping mast section and connected and acting between the second telescoping mast section and the third telescoping mast section, wherein the multi-stage mast module is a portable assembly that is selectively connectable to and removable from the mast lift. a mast unit including three telescoping mast sections (22, 24, 26); a multi-stage drive connected between the telescoping mast sections of the mast unit,
Extractor device, which has a housing and a rotor arranged in the housing with at least one rotor blade, which at least in regions is formed by a filter element (30, 31), wherein the rotor blade comprises at least one fat filter element and at least one odour filter element, which lie adjacent to one another in the axial direction of the rotor blade, characterised in that the fat filter element is adjacent to the blade leading edge and the odour filter element is adjacent to the trailing edge of the rotor blade and the length of the fat filter element is greater than the length of the odour filter element.
Method for the production of enantiopure or enantiomerically enriched -Praziquanamine comprising the following step: • Chiral resolution of a mixture of the enantiomers - and - of Praziquanamine, via precipitation of a diastereomeric salt formed by one of the enantiomers - or - with an enantiopure or enantioenriched chiral 2-aryl-propionic acid containing at least 14 C-atoms. • Chiral resolution of a mixture of the enantiomers - and - of Praziquanamine, via precipitation of a diastereomeric salt formed by one of the enantiomers - or - with an enantiopure or enantioenriched chiral 2-aryl-propionic acid containing at least 14 C-atoms.
A method of operating an alarm device arranged to transmit an alarm signal indicative of an alarm condition having been met, the method comprising the steps of the device: accessing a record of a network table of cellular networks available to the device for communication therewith, the record comprising information identifying each of the networks and a measure of the reliability of communication over each network, wherein upon the device determining that the measure of the reliability of communication to a network to which the device has established a communications link has dropped below a predetermined level, ending that communications link, wherein the measure of the reliability of communication over each network comprises a Cell Signal Quality "CSQ" value; selecting another network with which to establish a communication link, that other network being the network for which the measure of the reliability of communication is the next highest on the network table; and attempting to establish a communications link with the selected network; wherein the network table is sorted on the basis of Cell Signal Quality "CSQ", cell number "Cell", and Bit Error Rate "BER" according to: CSQ × K csq + Cell × K cell + BER × K ber; where K csq, K cell and K ber are coefficients associated with the parameters CSQ, Cell and BER, and are provided remotely from an operations centre. accessing a record of a network table of cellular networks available to the device for communication therewith, the record comprising information identifying each of the networks and a measure of the reliability of communication over each network, wherein upon the device determining that the measure of the reliability of communication to a network to which the device has established a communications link has dropped below a predetermined level, ending that communications link, wherein the measure of the reliability of communication over each network comprises a Cell Signal Quality "CSQ" value; selecting another network with which to establish a communication link, that other network being the network for which the measure of the reliability of communication is the next highest on the network table; and attempting to establish a communications link with the selected network; wherein the network table is sorted on the basis of Cell Signal Quality "CSQ", cell number "Cell", and Bit Error Rate "BER" according to: CSQ × K csq + Cell × K cell + BER × K ber; where K csq, K cell and K ber are coefficients associated with the parameters CSQ, Cell and BER, and are provided remotely from an operations centre.
Planet carrier, having a drive-side hub, a drive-side outer cheek, an output-side cheek, wherein the output-side cheek has at least one respective output-side axle seat for an output-side end of a planet axle, at least one web connecting the two aforesaid cheeks (2a, 5) and a drive-side inner cheek, which is arranged parallel to the drive-side outer cheek and has at least one respective drive-side axle seat for a drive-side end of a planet axle, wherein the drive-side axle seat is arranged only in the drive-side inner cheek, wherein the hub, the drive-side outer cheek and the drive-side inner cheek are configured in one piece. a drive-side hub, a drive-side outer cheek, an output-side cheek, wherein the output-side cheek has at least one respective output-side axle seat for an output-side end of a planet axle, at least one web connecting the two aforesaid cheeks (2a, 5) and a drive-side inner cheek, which is arranged parallel to the drive-side outer cheek and has at least one respective drive-side axle seat for a drive-side end of a planet axle, wherein the drive-side axle seat is arranged only in the drive-side inner cheek, wherein the hub, the drive-side outer cheek and the drive-side inner cheek are configured in one piece.
A refrigerator, comprising: a cabinet in which a storage space is formed; a storage chamber door pivotally connected to the cabinet and configured to open or close the storage space; wherein the refrigerator further comprises an ice making chamber which is formed on a front surface of the storage chamber door and inwardly recessed to receive an ice maker and an ice bin; a dispenser disposed at the front surface of the storage chamber door and configured to discharge ice from the ice bin; an ice making chamber door mounted to the front surface of the storage chamber door and configured to open or close the ice making chamber; characterized in that an auxiliary door is pivotally connected to the storage chamber door or the ice making chamber door and the auxiliary door is completely covering the dispenser; wherein a pivot axis of the auxiliary door is parallel to the pivot axis of the storage chamber door; wherein the auxiliary door is pivotally connected to the storage chamber door and completely covers the front surface of the ice making chamber door and the storage chamber door; and wherein a locking mechanism is disposed between the auxiliary door and the storage chamber door to lock the auxiliary door on the storage chamber door. a cabinet in which a storage space is formed; a storage chamber door pivotally connected to the cabinet and configured to open or close the storage space; wherein the refrigerator further comprises an ice making chamber which is formed on a front surface of the storage chamber door and inwardly recessed to receive an ice maker and an ice bin; a dispenser disposed at the front surface of the storage chamber door and configured to discharge ice from the ice bin; an ice making chamber door mounted to the front surface of the storage chamber door and configured to open or close the ice making chamber; characterized in that an auxiliary door is pivotally connected to the storage chamber door or the ice making chamber door and the auxiliary door is completely covering the dispenser; wherein a pivot axis of the auxiliary door is parallel to the pivot axis of the storage chamber door; wherein the auxiliary door is pivotally connected to the storage chamber door and completely covers the front surface of the ice making chamber door and the storage chamber door; and wherein a locking mechanism is disposed between the auxiliary door and the storage chamber door to lock the auxiliary door on the storage chamber door.
An apparatus for manufacturing an annular bead core-apex subassembly, the apparatus comprising a first station at a first location having a first support surface and a second station at a second location having a second support surface, wherein the first support surface is mounted to a first support element and is rotatable on the first support element about an axis extending perpendicular to the first support surface, wherein the second support surface is mounted to a second support element and is rotatable on the second support element about an axis extending perpendicular to the second support surface, wherein the apparatus comprises a moving device configured for moving the first support surface from the first location to the second location and for moving the second support surface from the second location to either r the first location or to a further location, wherein the apparatus comprises at least one handling device selected from the group consisting of (i) a loading device for positioning an annular bead core on the respective support surface at the first location, and (ii) an unloading device for removing an annular bead core-apex subassembly from the respective support surface at the first location, and wherein the apparatus comprises a first nozzle in fluid communication with a first pumping or extrusion device for discharging a first rubber compound onto a respective support surface at the second location, characterized in that the loading device is configured for holding a spacer disc on which an annular bead core is located and for moving this spacer disc with the annular bead core to the first support surface thereby positioning the annular bead core with the spacer disk on the first support surface and/or in that the unloading device is configured for holding a spacer disc on which a bead core-apex subassembly is located and for removing this spacer disc with the bead core-apex subassembly from the first support surface.
A coating composition comprising a co-hydrolytic condensate of a UV-absorbing alkoxysilane, a UV-curable alkoxysilane, and a tetraalkoxysilane, polyfunctional poly(meth)acrylate, and a photobleachable photopolymerization initiator, and which is formulated as a first composition comprising components and for forming a primer layer and a second composition comprising components and for forming a hard coat layer on the primer layer.