mhurhangee/ep-ind-claims huggingface dataset:
A motor rotor, comprising an iron core and a plurality of sets of permanent magnets provided inside the iron core, wherein: a plurality of sets of mounting slots are circumferentially distributed in the iron core; each set of mounting slots comprises two or more layers of mounting slots provided at intervals in radial direction of the iron core; the permanent magnets of each set of permanent magnets are correspondingly embedded into the mounting slots of each set of mounting slots; characterised in that on a cross section of each of the permanent magnets, which is perpendicular to the axis of the iron core, a formula H L ≥ 1 10 is satisfied, wherein L is a length of the permanent magnet, H is a width of the permanent magnet; L is defined as a first distance between two end points of a first side of the permanent magnet, said first side is far away from the center of the iron core; H is defined as a second distance from the center point of a second side of the same permanent magnet to a straight line between the two end points of the first side of the permanent magnet, said second side is near to the center of the iron core. a plurality of sets of mounting slots are circumferentially distributed in the iron core; each set of mounting slots comprises two or more layers of mounting slots provided at intervals in radial direction of the iron core; the permanent magnets of each set of permanent magnets are correspondingly embedded into the mounting slots of each set of mounting slots; characterised in that on a cross section of each of the permanent magnets, which is perpendicular to the axis of the iron core, a formula H L ≥ 1 10 is satisfied, wherein L is a length of the permanent magnet, H is a width of the permanent magnet; L is defined as a first distance between two end points of a first side of the permanent magnet, said first side is far away from the center of the iron core; H is defined as a second distance from the center point of a second side of the same permanent magnet to a straight line between the two end points of the first side of the permanent magnet, said second side is near to the center of the iron core.
A motor vehicle steering lock, which has a housing in which a lock cylinder is disposed with a selector shaft, which can assume various rotational positions, and an adjustment element of an ignition switch that is moveably coupled to the selector shaft of the lock cylinder, which triggers a desired function in the motor vehicle, depending on the rotational position of the selector shaft, characterized in that the selector shaft of the lock cylinder and the adjustment element of the ignition switch are connected for conjoint rotation via an intermediate compensating element that allows for a movement of the selector shaft in relation to the adjustment element in a first axis direction, radial to the longitudinal axis of the selector shaft, and a movement of the adjustment element in relation to the selector shaft in a second axis direction, perpendicular to the first axis direction.
A method of binding a plurality of devices (112, 308) to a user equipment (106, 302), the method comprising: receiving, at the user equipment, via a first network, a message from at least one of the plurality of devices, the message including information identifying the device connected with the user equipment; assigning, at the user equipment, a device connection identifier to the device, the device connection identifier including at least a portion of a user equipment identifier associated with the user equipment; transmitting, at the user equipment, via a second network, information indicative of the assignment of the device connection identifier to a network operator, such that data communication to the device from the network operator is based at least in part on the device connection identifier; and transmitting, at the user equipment, to the device, the data communication via the first network based at least in part on the device connection identifier, the data communication received by the user equipment via the second network. receiving, at the user equipment, via a first network, a message from at least one of the plurality of devices, the message including information identifying the device connected with the user equipment; assigning, at the user equipment, a device connection identifier to the device, the device connection identifier including at least a portion of a user equipment identifier associated with the user equipment; transmitting, at the user equipment, via a second network, information indicative of the assignment of the device connection identifier to a network operator, such that data communication to the device from the network operator is based at least in part on the device connection identifier; and transmitting, at the user equipment, to the device, the data communication via the first network based at least in part on the device connection identifier, the data communication received by the user equipment via the second network.
Crimping pliers for crimping a workpiece with a) two drive elements (41, 42), b) two actuation elements (9, 10) which are arranged in the region of a pliers head and which actuate dies between which it is possible to crimp the workpiece and c) a toggle lever drive being effective between the drive elements (41, 42) and the actuation elements (9, 10), ca) the toggle lever drive comprising two toggle levers (34, 35), cb) the toggle levers (34, 35) forming a toggle angle which changes over the working stroke, d) one toggle lever being formed by a roller which da) is supported by one drive element for being rotated about a roller axis and db) rolls along a curved track rigidly connected to the other drive element, characterised in that e) a toothed locking lever of the forced locking unit is supported by the drive element for being rotated relative to ea) the drive element by which the roller is supported for being rotated and eb) the roller, f) a lever part of the toothed locking lever is coupled by a sliding guidance to the other drive element and g) another lever part of the toothed locking lever forms a locking toothing of the forced locking unit. a) two drive elements (41, 42), b) two actuation elements (9, 10) which are arranged in the region of a pliers head and which actuate dies between which it is possible to crimp the workpiece and c) a toggle lever drive being effective between the drive elements (41, 42) and the actuation elements (9, 10), ca) the toggle lever drive comprising two toggle levers (34, 35), cb) the toggle levers (34, 35) forming a toggle angle which changes over the working stroke, ca) the toggle lever drive comprising two toggle levers (34, 35), cb) the toggle levers (34, 35) forming a toggle angle which changes over the working stroke, d) one toggle lever being formed by a roller which da) is supported by one drive element for being rotated about a roller axis and db) rolls along a curved track rigidly connected to the other drive element, da) is supported by one drive element for being rotated about a roller axis and db) rolls along a curved track rigidly connected to the other drive element, e) a toothed locking lever of the forced locking unit is supported by the drive element for being rotated relative to ea) the drive element by which the roller is supported for being rotated and eb) the roller, ea) the drive element by which the roller is supported for being rotated and eb) the roller, f) a lever part of the toothed locking lever is coupled by a sliding guidance to the other drive element and g) another lever part of the toothed locking lever forms a locking toothing of the forced locking unit.
A method of performing a completion in an oil, gas or water well, the method comprising: a) delivering into the well a wash pipe (9, 39) and a lower completion assembly (3, 33) having production apertures in its side wall; b) circulating fluid through the wash pipe (9, 39) to a distal end of the lower completion assembly (3, 33) and into an annular space around the lower completion assembly (3, 33); and c) withdrawing the wash pipe (9, 39) through a seal (14, 45) mounted to the lower completion assembly; characterized in that: d) the seal (14, 45) is adjacent a proximal end of the completion assembly (3, 33); e) the completion is an open hole completion and, in step (a), the wash pipe (9, 39) and lower completion assembly (3, 33) are delivered into an open hole region of the well; f) the fluid is breaker fluid that removes filter cake from rock formation in the open hole region (2, 32); g) the exterior of the wash pipe (9, 39) remains in sealing contact with the seal (14, 45) as the wash pipe (9, 39) is withdrawn over more than 80% of the length of the wash pipe; h) a one-way bypass valve is associated with the seal, through which it is possible for fluid to flow during withdrawal of the wash pipe (9, 39). a) delivering into the well a wash pipe (9, 39) and a lower completion assembly (3, 33) having production apertures in its side wall; b) circulating fluid through the wash pipe (9, 39) to a distal end of the lower completion assembly (3, 33) and into an annular space around the lower completion assembly (3, 33); and c) withdrawing the wash pipe (9, 39) through a seal (14, 45) mounted to the lower completion assembly; characterized in that: d) the seal (14, 45) is adjacent a proximal end of the completion assembly (3, 33); e) the completion is an open hole completion and, in step (a), the wash pipe (9, 39) and lower completion assembly (3, 33) are delivered into an open hole region of the well; f) the fluid is breaker fluid that removes filter cake from rock formation in the open hole region (2, 32); g) the exterior of the wash pipe (9, 39) remains in sealing contact with the seal (14, 45) as the wash pipe (9, 39) is withdrawn over more than 80% of the length of the wash pipe; h) a one-way bypass valve is associated with the seal, through which it is possible for fluid to flow during withdrawal of the wash pipe (9, 39).
Urea-containing silane of the formula I where R 1 are the same or different and are C1-C10 alkoxy groups, C2-C10 cyclic dialkoxy groups, phenoxy group, C4-C10 cycloalkoxy groups, C6-C20 aryl groups, C1-C10 alkyl groups, C2-C20 alkenyl group, C7-C20 aralkyl group or halogen, and R are the same or different and are a branched or unbranched, saturated or unsaturated, aliphatic, aromatic or mixed aliphatic/aromatic divalent C 1 -C 30 hydrocarbon group.
Connection element consisting of a longitudinally oriented support structure and a sensor unit, wherein the sensor unit is arranged in the inside of the at least partially hollow support structure, is connected to a signal transmission device and is non-positively connected to the support structure, characterized in that the required force for the non-positive connection is produced by internal stresses after a plastic deformation of the support structure when joining the support structure and sensor unit.
Valve assembly for use in an air duct for ventilation of a building, comprising: an adjustable valve (10; 100) with flow control means (113, 126) for controlling the air flow through the valve and rotary adjusting means (112, 114, 125, 135) for adjusting the position of flow control means (113, 126) of the valve (10; 100), and characterized in that the valve assembly comprises fastening means to attach an outer surface of the adjustable valve (10; 100) rotatably with the air duct, the valve assembly being further characterized in that in an unlocked configuration of the valve assembly, the rotational resistance associated with the fastening means is greater than the rotational resistance associated with the adjusting means in order to permit adjustment of the valve by rotation of the adjusting means when the valve is connected to the air duct; and wherein, in a locked configuration of the valve assembly, the rotational resistance associated with the fastening means is less than the rotational resistance associated with the adjusting means in order to lock the adjustment of the valve when the valve is rotatably connected to the air duct.
A plugging machine for the execution of interventions of installation, repair, maintenance on pressure fluids supply piping without interruption of the service, comprising: a cylindrical external frame consisting of a cylindrical supporting structure fit to be flanged to a fitting valve welded to said piping, an insertion and positioning steel rod, a plug (16, 17, 18, 20) hinged to said insertion and positioning steel rod that can slide inside the cylindrical frame and said insertion and positioning steel rod is mounted inside said cylindrical supporting structure for positioning said plug (16, 17, 18, 20) in an operating position inside said piping; a mechanical device for operating two tapered disks, a back disk and a front disk of said plug (16, 17, 18, 20), for pressing a rubber gasket of the same plug (16, 17, 18, 20) between them on an inner wall of said piping, thus sealing the same from fluid leakage; said insertion and positioning rod comprising a tubular bar supported by said cylindrical supporting structure, and a cylindrical inner rod slidably mounted inside said tubular bar and free to rotate inside the same, and the plugging machine further comprising a cylindrical steel body mounted at the lower end of said tubular bar so as to fit into said fitting valve, a hinge being provided on said back disk to hinge said plug (16, 17, 18, 20) to said cylindrical steel body, and a universal joint being moreover provided to link said plug (16, 17, 18, 20) to the lower end of said cylindrical inner rod, so that said plug insertion and positioning rod is not stiffly linked to the plug; the plugging machine being characterized in that said back disk is provided its part close to the said hinge with a stop surface fit to engage a cut edge of said piping for blocking said plug (16, 17, 18, 20) along the piping axis, and in that a rudder blocking device composed by a proper steel pin and drilled supports in which is inserted the proper steel pin is provided for preventing any vertical translation of said insertion and positioning rod and any rotation of the same around its own axis.
A method of forming solder bumps (10, 10', 40) on portions to be soldered on a first side of a circuit board (5, 20) characterized by including the following steps (a) - (c): (a) disposing a solder transfer sheet having a solder alloy layer which is adhered to at least one side of a supporting substrate (1, 11, 22) and which has a size sufficient to cover at least two adjoining portions to be soldered so that the solder alloy layer of the transfer sheet opposes the first side of the circuit board (5, 20), wherein the solder alloy layer is selected from a layer in the form of a continuous solder coating and a layer in which solder particles distributed with no gaps between them to form a monoparticle layer are adhered to the supporting substrate (1, 11, 22) by an adhesive layer (2, 12), (b) heating the circuit board (5, 20) on which the transfer sheet is disposed which was obtained in step (a) under pressure to a temperature lower than the solidus temperature of the solder alloy constituting the solder alloy layer of the transfer sheet to selectively produce solid phase diffusion bonding between the portions to be soldered of the circuit board (5, 20) and the solder alloy layer of the transfer sheet, and (c) after step (b), peeling the transfer sheet from the circuit board (5, 20), thereby obtaining a circuit board (5, 20) having the solder alloy layer adhered to the portions to be soldered. (a) disposing a solder transfer sheet having a solder alloy layer which is adhered to at least one side of a supporting substrate (1, 11, 22) and which has a size sufficient to cover at least two adjoining portions to be soldered so that the solder alloy layer of the transfer sheet opposes the first side of the circuit board (5, 20), wherein the solder alloy layer is selected from a layer in the form of a continuous solder coating and a layer in which solder particles distributed with no gaps between them to form a monoparticle layer are adhered to the supporting substrate (1, 11, 22) by an adhesive layer (2, 12), (b) heating the circuit board (5, 20) on which the transfer sheet is disposed which was obtained in step (a) under pressure to a temperature lower than the solidus temperature of the solder alloy constituting the solder alloy layer of the transfer sheet to selectively produce solid phase diffusion bonding between the portions to be soldered of the circuit board (5, 20) and the solder alloy layer of the transfer sheet, and (c) after step (b), peeling the transfer sheet from the circuit board (5, 20), thereby obtaining a circuit board (5, 20) having the solder alloy layer adhered to the portions to be soldered.
A heat exchanger comprising a first component made of a first material and a second component made of a second material, wherein the first and the second component (20, 60) each have an edge zone (22, 62) and wherein the first and the second component (20, 60) abut against one another in an overlapping manner at their edge zone (22, 62) and are joined together, characterized in that at least the edge zone of the first component consists of a material which is impermeable to laser beams and that the edge zone of the first component externally overlaps the edge zone of the second component and abuts against this in direct contact and is thus joined by a fusion bond.
Multistage rinsing module for tunnel dishwashers of the type comprising in succession from upstream to downstream following the movement of the dishes three independent zones, respectively: - a draining zone of the dishes full of detergent supplied in said module, - a pre-rinsing zone of said drained dishes, - a final rinsing zone of said drained and pre-rinsed dishes; wherein - said final rinsing zone being provided with rinsing nozzles for delivering net water and a pre-rinsing tank for exclusively collecting said net water delivered by said rinsing nozzles; - said pre-rinsing zone being provided with pre-rinsing nozzles for delivering a pre-rinsing solution collected in said pre-rinsing tank and a draining tank for exclusively collecting said pre-rinsing solution delivered by said pre-rinsing nozzles, - said draining zone being provided with draining nozzles for delivering the draining solution collected in a draining tank and a discharge tank for exclusively collecting said draining solution delivered by said draining nozzles; - said discharge tank only being connected to the net for discharging the discharge solution; barrier elements (33, 34) being foreseen between said separation zones of said tanks (18, 21, 31); said draining nozzles being configured so as to deliver said draining solution at a flow-rate and a speed that are greater with respect to the pre-rinsing solution and to the net water delivered by said pre-rinsing nozzles and by said rinsing nozzles. - a draining zone of the dishes full of detergent supplied in said module, - a pre-rinsing zone of said drained dishes, - a final rinsing zone of said drained and pre-rinsed dishes; wherein - said final rinsing zone being provided with rinsing nozzles for delivering net water and a pre-rinsing tank for exclusively collecting said net water delivered by said rinsing nozzles; - said pre-rinsing zone being provided with pre-rinsing nozzles for delivering a pre-rinsing solution collected in said pre-rinsing tank and a draining tank for exclusively collecting said pre-rinsing solution delivered by said pre-rinsing nozzles, - said draining zone being provided with draining nozzles for delivering the draining solution collected in a draining tank and a discharge tank for exclusively collecting said draining solution delivered by said draining nozzles; - said discharge tank only being connected to the net for discharging the discharge solution; barrier elements (33, 34) being foreseen between said separation zones of said tanks (18, 21, 31); said draining nozzles being configured so as to deliver said draining solution at a flow-rate and a speed that are greater with respect to the pre-rinsing solution and to the net water delivered by said pre-rinsing nozzles and by said rinsing nozzles.
Front lighting system for a motor vehicle comprising a daytime running light module and comprising a plurality of semiconductor light sources (D 1 to D 8; L 1 to L 3), at least one semiconductor light source (L 1 to L 3) of which is designed to illuminate at least one region laterally with respect to the motor vehicle in order to generate a cornering light and/or turning light function, characterized in that the at least one of the semiconductor light sources (L 1 to L 3) is integrated in an immobile manner in a predefined position in the daytime running light module of the motor vehicle, in which position it shares a location with a light source (D 1 to D 8) of the daytime running light module.
Container for concentrate, comprising: a main body for containing concentrate, a connection portion having a flat end surface and configured to connect the container to a blood treatment device, two attachment elements arranged at two opposing sides of the connection portion and configured to reversibly attach the container to two corresponding attachment elements present on a blood treatment device, and two connection elements each comprising an opening at the flat end surface of the connection portion and configured to interact with two corresponding connection elements present on a blood treatment device to fluidically couple the container with the blood treatment device by insertion of the connection elements present on the blood treatment device into the connection elements of the container, characterized by at least one opening element configured to interact with a blood treatment device to remove a lid from the container. a main body for containing concentrate, a connection portion having a flat end surface and configured to connect the container to a blood treatment device, two attachment elements arranged at two opposing sides of the connection portion and configured to reversibly attach the container to two corresponding attachment elements present on a blood treatment device, and two connection elements each comprising an opening at the flat end surface of the connection portion and configured to interact with two corresponding connection elements present on a blood treatment device to fluidically couple the container with the blood treatment device by insertion of the connection elements present on the blood treatment device into the connection elements of the container, characterized by at least one opening element configured to interact with a blood treatment device to remove a lid from the container.