mhurhangee/ep-ind-claims huggingface dataset:
A product comprising: a ball bearing system comprising an outer race having a first inner circumferential surface defining a first passage, a first inner race defining a second passage and a second inner race defining a third passage wherein the first inner race and second inner race are disposed adjacent to one another within the first passage and further comprising a first plurality of bearing balls disposed at a first contact angle between the first inner race and the outer race and a second plurality of bearing balls disposed at a second contact angle between the second inner race and the outer race and where the outer race further comprises a first outer circumferential surface defining at least a first oil jet constructed and arranged to provide a lubricant to the first plurality of bearing balls and at least a second oil jet constructed and arranged to provide a lubricant to the second plurality of bearing balls; and wherein the outer race further comprises an outer circumferential oil groove and a first outer race comprising a first outer race material and a second outer race comprising a second outer race material wherein the first outer race material and the second outer race material are different. a ball bearing system comprising an outer race having a first inner circumferential surface defining a first passage, a first inner race defining a second passage and a second inner race defining a third passage wherein the first inner race and second inner race are disposed adjacent to one another within the first passage and further comprising a first plurality of bearing balls disposed at a first contact angle between the first inner race and the outer race and a second plurality of bearing balls disposed at a second contact angle between the second inner race and the outer race and where the outer race further comprises a first outer circumferential surface defining at least a first oil jet constructed and arranged to provide a lubricant to the first plurality of bearing balls and at least a second oil jet constructed and arranged to provide a lubricant to the second plurality of bearing balls; and wherein the outer race further comprises an outer circumferential oil groove and a first outer race comprising a first outer race material and a second outer race comprising a second outer race material wherein the first outer race material and the second outer race material are different.
Table, with two panel elements (2a, 2b), pivotable relative to one another from a stowing position (2a", 2b") into a usable position (2a"', 2b"'), wherein the panel elements (2a, 2b) in the usable position (2a"', 2b"') are arranged substantially on a first plane and edge portions (13a, 13b) of both panel elements (2a, 2b) face one another in the usable position (2a"', 2b"'); with a connecting component by means of which the panel elements (2a, 2b) are each coupled pivotably around an axis (21, 22); and with a latching device by means of which the panel elements (2a, 2b) can be latched to the connecting component in the usable position (2a"', 2b"'); the latching device being constructed such that, when the panel elements (2a, 2b) pivot from the stowing position (2a", 2b") to the usable position (2a"', 2b"'), at least one of the panel elements (2a, 2b) engages with the connecting component in a pre-latching position (2a', 2b'), after which the panel elements (2a, 2b) are prevented from returning to the stowing position (2a", 2b"), wherein the latching device comprises an actuating element or a plurality of actuating elements, wherein the latching device is constructed such that the actuating element can be brought into an engaging position and into a latching position (31") or the actuating elements can be brought into an engaging position and into a latching position (31"), and wherein, after the engaging has been effected, by a movement of the actuating element or actuating elements from the engaging position into the latching position (31"), it is possible to transfer the panel elements (2a, 2b) from the pre-latching position (2a', 2b') to the usable position (2a"', 2b"') and the panel elements (2a, 2b) can then be latched in the usable position (2a"', 2b"').
A rolling mill for tubular bodies comprising a first section for rolling on mandrel defined by a first plurality of rolling stands (15', 15, 15") arranged in sequence along a rolling axis, said rolling mill comprising a second section for extracting said mandrel and calibrating the diameter of said tubular bodies, said second section being downstream of said first section, said second section comprising a second plurality of rolling stands (25', 25, 26, 27, 26', 27') without mandrel, arranged in sequence along said rolling axis, wherein each stand (25', 25, 26, 27, 26', 27') of said second section comprises three rollers, characterized in that said tubular bodies exiting from said first section directly enter said second section, the rotation axes of which are arranged at 120° relative to one another and wherein, for each stand (25', 25, 26, 27, 26', 27'), said rotation axes are rotated by 180° relative to corresponding rotation axes of an adjacent stand, said position of said rotation axes being assessed with respect to a vertical reference direction, and wherein at least one stand of said second section comprises a motorized roller having a vertical rotation axis.
An apparatus of a user equipment, UE, the apparatus comprising: a memory configured to store a resume identity information element, IE; and processing circuitry in communication with the memory and arranged to: encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message, wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW. a memory configured to store a resume identity information element, IE; and processing circuitry in communication with the memory and arranged to: encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message, wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW. encode and send a request to resume a radio resource control, RRC, connection, the request to resume the RRC connection comprising the resume identity, ID, IE; receive and decode an RRC connection setup response to the request to resume the RRC connection, wherein the RRC connection setup response indicates that an RRC connection resume has been fallbacked; and in response to the RRC connection setup response, encode and send an RRC connection setup complete message, wherein the RRC connection setup complete message comprises a System Architecture Evolution, SAE, Temporary Mobile Subscriber Identity, S-TMSI, for use by a mobility management entity, MME, in communicating a modify bearer request to a serving gateway, S-GW.
Liquid-crystalline medium, characterized in that it has a dielectric anisotropy of 1.5 or more and comprises one or more compounds of formula I in which denotes denotes n denotes 0 or 1, R 11 and R 12 independently of each other denote alkyl, alkoxy, fluorinated alkyl orfluorinated alkoxy, having 1 to 9 C atoms, alkenyl, alkenyloxy, alkoxyalkyl or fluorinated alkenyl having 2 to 9 C atoms, one or more compounds of formula STA-1, wherein n is an integer from 1 to 7, one or more compounds selected from the group of the compounds of the formulae IX-1 and IX-2, wherein R 91 denotes an alkyl radical having 2 to 5 C atoms, R 92 denotes an alkyl or alkoxy radical having 2 to 5 C atoms or an alkenyloxy radical having 2 to 4 C atoms, and 20 % or more and 60 % or less of the compound of formula CC-3-V, wherein n denotes 3. n denotes 0 or 1, R 11 and R 12 independently of each other denote alkyl, alkoxy, fluorinated alkyl orfluorinated alkoxy, having 1 to 9 C atoms, alkenyl, alkenyloxy, alkoxyalkyl or fluorinated alkenyl having 2 to 9 C atoms, n is an integer from 1 to 7, R 91 denotes an alkyl radical having 2 to 5 C atoms, R 92 denotes an alkyl or alkoxy radical having 2 to 5 C atoms or an alkenyloxy radical having 2 to 4 C atoms, and n denotes 3.
A pharmaceutical composition for injection via abdominal subcutaneous fat layer comprising low molecular weight hyaluronic acid (LMW-HA) fragments, wherein LMW-HA fragments have a molecular weight distribution of 10-60KD and are obtained by use of recombinant human hyaluronidase PH20 directly digesting high-molecular-weight hyaluronic acid (HMW-HA) raw material, wherein the injection is a liquid preparation, which is prepared by the following steps: A. Prepare HMW-HA raw material into solution, introduce sodium chloride and magnesium ions, and add recombinant human hyaluronidase PH20 for digestion to obtain the bulk injectable solution containing HA fragments with a molecular weight distribution of 10-60KD; B. Inactivate the residual recombinant human hyaluronidase PH20 in the obtained bulk injectable solution; C. Inactivate viruses and remove bacteria through 0.22um filtration or inactivate bacteria. A. Prepare HMW-HA raw material into solution, introduce sodium chloride and magnesium ions, and add recombinant human hyaluronidase PH20 for digestion to obtain the bulk injectable solution containing HA fragments with a molecular weight distribution of 10-60KD; B. Inactivate the residual recombinant human hyaluronidase PH20 in the obtained bulk injectable solution; C. Inactivate viruses and remove bacteria through 0.22um filtration or inactivate bacteria.
A rare-earth magnet comprising a magnet body made of an R-Fe-B based rare-earth magnet material, where R is at least one rare-earth element, and a metal film that has been deposited on the surface of the magnet body, wherein the magnet further includes a plurality of reaction layers between the magnet body and the metal film, and wherein the reaction layers include: a first reaction layer, which contacts with at least some of R 2 Fe 14 B type crystals, included in the magnet body, to have gotten the rare-earth element that has been included in the R 2 Fe 14 B type crystals; and a second reaction layer, which is located between the first reaction layer and the metal film and which has a lower rare-earth element concentration than that of the first reaction layer, wherein the second reaction layer has gotten boron that has been included in the R 2 Fe 14 B type crystals and has a higher boron concentration than that of the first reaction layer. a first reaction layer, which contacts with at least some of R 2 Fe 14 B type crystals, included in the magnet body, to have gotten the rare-earth element that has been included in the R 2 Fe 14 B type crystals; and a second reaction layer, which is located between the first reaction layer and the metal film and which has a lower rare-earth element concentration than that of the first reaction layer, wherein the second reaction layer has gotten boron that has been included in the R 2 Fe 14 B type crystals and has a higher boron concentration than that of the first reaction layer.
Locking cylinder for a lock, particularly a mortise lock for a door, comprising a housing and a shaft supported for rotation in a longitudinal bore of the housing, a locking tab rotatable relative to the housing about a rotation axis defined by the shaft, and a coupling device which is actuable by a drive and by means of which a rotationally fixed coupling between the shaft and the locking tab can be established as a function of the verification of an authorization code, the coupling device comprising a slide movable by the drive in the axial direction of the shaft from an uncoupled to a coupled position of the coupling device, wherein the slide engages the locking tab directly or indirectly in a coupling manner in the coupled position of the coupling device, characterized in that the slide has a stopper that cooperates with a stop surface fixed with respect to a movement of the slide in such a manner that the slide can move relative to the housing from the uncoupled to the coupled position up to a predetermined velocity and/or acceleration and is blocked in its movement towards the coupled position when the predetermined velocity and/or acceleration are exceeded.
Method of treating laundry in a laundry machine having a drum rotated by a motor, the method comprising: - providing a first motion to the laundry based on a first movement of the drum; - providing a second motion to the laundry based on a second movement of the drum; - providing a third motion to the laundry based on a third movement of the drum; - providing a fourth motion to the laundry based on a fourth movement of the drum; - providing a fifth motion to the laundry based on a fifth movement of the drum; and - providing a sixth motion to the laundry based on a sixth movement of the drum; wherein the first, second, third, fourth, fifth and sixth motions are different from each other, characterized in that - in the fifth motion, the drum is alternately rotated in a first direction and a second direction, such that the laundry is dropped from a position of approximately less than 90° with respect to the respective rotation direction of the drum, based on a reference position of 0° at a lowest point of the drum, wherein, in the fifth motion, the motor stops rotation of the drum in the respective direction to drop the laundry at the position of approximately less than 90° based on the reference position of 0° at a lowest point of the drum with respect to the respective rotation direction of the drum, and then rotates the drum in the respective other direction. - providing a first motion to the laundry based on a first movement of the drum; - providing a second motion to the laundry based on a second movement of the drum; - providing a third motion to the laundry based on a third movement of the drum; - providing a fourth motion to the laundry based on a fourth movement of the drum; - providing a fifth motion to the laundry based on a fifth movement of the drum; and - providing a sixth motion to the laundry based on a sixth movement of the drum; wherein the first, second, third, fourth, fifth and sixth motions are different from each other, characterized in that - in the fifth motion, the drum is alternately rotated in a first direction and a second direction, such that the laundry is dropped from a position of approximately less than 90° with respect to the respective rotation direction of the drum, based on a reference position of 0° at a lowest point of the drum, wherein, in the fifth motion, the motor stops rotation of the drum in the respective direction to drop the laundry at the position of approximately less than 90° based on the reference position of 0° at a lowest point of the drum with respect to the respective rotation direction of the drum, and then rotates the drum in the respective other direction.
A structure comprising: at least one semiconductor-on-insulator SOI transistor situated over a buried oxide layer, said buried oxide layer overlying a bulk substrate, and an electrically charged field control ring situated over said buried oxide layer and surrounding said at least one SOI transistor, said electrically charged field control ring creating a resistive surface portion on said bulk substrate underlying said electrically charged field control ring, said resistive surface portion limiting the formation of a conducting surface layer to a portion of the bulk substrate underlying the SOI transistor thereby minimizing RF coupling of said at least one SOI transistor through said bulk substrate to ground or to an SOI transistor situated outside of said electrically charged field control ring. at least one semiconductor-on-insulator SOI transistor situated over a buried oxide layer, said buried oxide layer overlying a bulk substrate, and an electrically charged field control ring situated over said buried oxide layer and surrounding said at least one SOI transistor, said electrically charged field control ring creating a resistive surface portion on said bulk substrate underlying said electrically charged field control ring, said resistive surface portion limiting the formation of a conducting surface layer to a portion of the bulk substrate underlying the SOI transistor thereby minimizing RF coupling of said at least one SOI transistor through said bulk substrate to ground or to an SOI transistor situated outside of said electrically charged field control ring.
Rail vehicle, having at least one structural element that is embodied as a crossbar, which braces against a bogie of the rail vehicle, and has at least one feed-through, wherein a facility for accommodating at least two conductor elements is arranged in the at least one feed-through, wherein the facility has at least one separating element made of a thermally conductive material for separating the at least two conductor elements from one another and at least one spacer element (50, 51, 52) made of a thermally conductive material for thermal transport from the facility into the structural element, wherein the at least one spacer element (50, 51, 52) is arranged between the facility and an inner wall of the feed-through, and wherein each separating element is coupled to the at least one spacer element (50, 51, 52) in a thermally conductive manner.
A method for producing a profiled support made of steel sheet with elevated bending strength which has at least a first force application surface, on which are arranged at least a first and a second crosspiece (60a, 60b), running at an angle to the force application surface, which extend over the length of the profiled support, having the following method steps: - rolling steel strip with a substantially constant thickness to different thicknesses such that a region with increased material thickness, which is associated with the first force application surface, and a first and a second region (6a, 6b) with reduced material thickness adjoining this region on either side, which are associated with the first and second crosspiece (60a, 60b), are produced, and - spatially shaping the rolled steel strip such that the regions (6a, 6b) with reduced material thickness in order to form the crosspieces (60a, 60b) run parallel to one another and at a right-angle to the region with increased material thickness, characterised in that the rolling of the steel strip to different thicknesses furthermore comprises producing a second region with increased material thickness adjoining the second region with reduced material thickness and associated with a second force application surface, and also a third region with reduced material thickness adjoining it, and in that the shaping comprises the angling of the second region with increased material thickness at a right-angle to the adjoining second region with reduced material thickness and the angling of the third region with reduced material thickness at a right-angle to the second region with increased thickness, such that a profiled support with a substantially S-like cross-section is produced, and in that the rolling of the steel strip to different thicknesses furthermore comprises the production of a third region with increased material thickness adjoining the third region with reduced material thickness and associated with a third force application surface, and also of a fourth region with reduced material thickness adjoining it, and in that the shaping comprises the angling of the third region with increased material thickness at a right-angle to the adjoining third region with reduced material thickness and the angling of the fourth region with reduced material thickness at a right-angle to the third region with increased thickness, such that a profiled member with a substantially M-like cross-section is produced. - rolling steel strip with a substantially constant thickness to different thicknesses such that a region with increased material thickness, which is associated with the first force application surface, and a first and a second region (6a, 6b) with reduced material thickness adjoining this region on either side, which are associated with the first and second crosspiece (60a, 60b), are produced, and - spatially shaping the rolled steel strip such that the regions (6a, 6b) with reduced material thickness in order to form the crosspieces (60a, 60b) run parallel to one another and at a right-angle to the region with increased material thickness,
A fluid connection assembly, comprising: a connector body, including: a first end; a second end; a first through-bore; and a first radially outward facing surface including at least one aperture (55A, 55B) extending from the first radially outward facing surface to the first through-bore; and a retainer operatively arranged to be removably connected to the connector body, the retainer including: a first section; a second section connected to the first section; a first radially inward facing surface; and at least one tab (30A, 30B) extending from the first radially inward facing surface, the at least one tab (30A, 30B) including a second radially inward facing surface (32A, 32B); wherein, in a locked state the at least one tab (30A, 30B) extends through the at least one aperture (55A, 55B) and the first radially inward facing surface is arranged proximate the first radially outward facing surface, wherein in the locked state, the second section is fixedly secured to the first section, characterized in that the second section is hingedly connected to the first section. a connector body, including: a first end; a second end; a first through-bore; and a first radially outward facing surface including at least one aperture (55A, 55B) extending from the first radially outward facing surface to the first through-bore; and a first end; a second end; a first through-bore; and a first radially outward facing surface including at least one aperture (55A, 55B) extending from the first radially outward facing surface to the first through-bore; and a retainer operatively arranged to be removably connected to the connector body, the retainer including: a first section; a second section connected to the first section; a first radially inward facing surface; and at least one tab (30A, 30B) extending from the first radially inward facing surface, the at least one tab (30A, 30B) including a second radially inward facing surface (32A, 32B); a first section; a second section connected to the first section; a first radially inward facing surface; and at least one tab (30A, 30B) extending from the first radially inward facing surface, the at least one tab (30A, 30B) including a second radially inward facing surface (32A, 32B); wherein, in a locked state the at least one tab (30A, 30B) extends through the at least one aperture (55A, 55B) and the first radially inward facing surface is arranged proximate the first radially outward facing surface, wherein in the locked state, the second section is fixedly secured to the first section, characterized in that the second section is hingedly connected to the first section.