mhurhangee/ep-ind-claims huggingface dataset:
A fan module for an aircraft turbine engine, this module comprising a fan that comprises a fan shaft and variable pitch fan vanes, and an oil transfer device that is configured to ensure a transfer of oil between a stator and an actuator that is secured in rotation to the fan shaft and that is configured to control the pitch of the fan vanes, this device comprising: - a stator annulus comprising an internal cylindrical surface and internal oil pipes each opening onto said internal cylindrical surface, - a shaft engaged in said stator annulus and movable in rotation about an axis inside this annulus, the shaft comprising an external cylindrical surface extending inside said internal cylindrical surface, the shaft comprising internal oil pipes which each open onto said external cylindrical surface, characterised in that said internal and external cylindrical surfaces (180a, 182a) define between them an annular space which has a radial thickness of between 10 and 30μm for the formation of a plain bearing, this plain bearing extending over the entire axial extent of these surfaces (180a, 182a) and being devoid of sealing members, and in that two rolling bearings (220, 230) are mounted between the annulus and the shaft, a rolling bearing (220, 230) on each side of the plain bearing, each rolling bearing comprising two rings (222, 224, 232, 234) between which rolling elements are located, each rolling bearing being mounted clamped in the radial direction between the annulus and the shaft. - a stator annulus comprising an internal cylindrical surface and internal oil pipes each opening onto said internal cylindrical surface, - a shaft engaged in said stator annulus and movable in rotation about an axis inside this annulus, the shaft comprising an external cylindrical surface extending inside said internal cylindrical surface, the shaft comprising internal oil pipes which each open onto said external cylindrical surface, characterised in that said internal and external cylindrical surfaces (180a, 182a) define between them an annular space which has a radial thickness of between 10 and 30μm for the formation of a plain bearing, this plain bearing extending over the entire axial extent of these surfaces (180a, 182a) and being devoid of sealing members, and in that two rolling bearings (220, 230) are mounted between the annulus and the shaft, a rolling bearing (220, 230) on each side of the plain bearing, each rolling bearing comprising two rings (222, 224, 232, 234) between which rolling elements are located, each rolling bearing being mounted clamped in the radial direction between the annulus and the shaft.
A knee airbag arrangement for vehicles, the knee airbag arrangement comprising - an instrument panel, - a passenger compartment, - an airbag module, which is arranged in a lower portion of the instrument panel of the vehicle, - an airbag, said airbag comprises a knee impact area, which is designed to intercept the knees of a vehicle occupant in the inflated state of the airbag, said airbag exhibits an area of smaller cross section between the airbag module and the knee impact area, and said airbag exhibits at least one gas guiding wall (6 - 12) being sewed inside the airbag, wherein the gas guiding wall (6 - 12) extends substantially in a flow direction of the gas flowing into the airbag when the airbag is triggered, characterized in that at least one opening for distributing gas is provided in the at least one gas guiding wall, said opening allows a pressure equalization between the gas chambers located at opposite sides of the gas guiding wall (6 - 12). - an instrument panel, - a passenger compartment, - an airbag module, which is arranged in a lower portion of the instrument panel of the vehicle, - an airbag, said airbag comprises a knee impact area, which is designed to intercept the knees of a vehicle occupant in the inflated state of the airbag, said airbag exhibits an area of smaller cross section between the airbag module and the knee impact area, and said airbag exhibits at least one gas guiding wall (6 - 12) being sewed inside the airbag, wherein the gas guiding wall (6 - 12) extends substantially in a flow direction of the gas flowing into the airbag when the airbag is triggered,
A spring control arm for a wheel suspension of a motor vehicle, comprising a first end portion (1.1) for connection to a chassis support, a second end portion (1.2) for connection at the wheel side and a portion (1.3) arranged between the two end portions (1.1, 1.2) and having a central web (1.31) with side webs (1.32, 1.33) projecting therefrom and defining a receptacle (1. 34) for supporting or connecting a spring, and with a spring control arm cover serving as a protective cover and/or as an aerodynamic air guide cover, wherein at least one shoulder (1.42) is formed in each of the two side webs (1.32, 1.33), the respective shoulder (1.42) being arranged between the central web (1.31) and an edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31), the respective shoulder (1.42) has a hole (1.41) for connecting the spring control arm cover and thus defines a connection point and bearing surface (1.43) for the spring control arm cover, and the spring control arm cover being fastened to the hole (1.41) of the at least one shoulder (1.42), wherein the edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31) being designed in the form of a flange, the bearing surface (1.43) defining a connection plane for the connection of the spring control arm cover, this connection plane being spaced at least 10 mm apart from a tangential plane to which the respective edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31) and designed in the form of a flange adjoins.
An adjustable optical lens, comprising: - a membrane, - a support for the membrane, - a fluid between the membrane and the support, and - an actuator for deforming the membrane, the actuator comprising a first and a second electrode (104, 106), wherein the second electrode comprises first segments (S1, S2, S3, S4) with a first conductivity characterized in that the second electrode comprises at least one second segment (T1, T2, T3, T4) with a second conductivity, wherein the first conductivity exceeds the second conductivity, and wherein each one of the second segments (T1, T2, T3, T4) is arranged between two of the first segments (S1, S2, S3, S4), and in that a rigid ring is connected to the membrane for moving with the membrane in lateral and axial direction for ensuring that a section of the membrane surrounded by the ring has a defined circumference. - a membrane, - a support for the membrane, - a fluid between the membrane and the support, and - an actuator for deforming the membrane, the actuator comprising a first and a second electrode (104, 106), wherein the second electrode comprises first segments (S1, S2, S3, S4) with a first conductivity characterized in that the second electrode comprises at least one second segment (T1, T2, T3, T4) with a second conductivity, wherein the first conductivity exceeds the second conductivity, and wherein each one of the second segments (T1, T2, T3, T4) is arranged between two of the first segments (S1, S2, S3, S4), and in that a rigid ring is connected to the membrane for moving with the membrane in lateral and axial direction for ensuring that a section of the membrane surrounded by the ring has a defined circumference.
A filter assembly for a vacuum cleaner comprising: a filter frame that includes a cavity that receives a filter element; and a filter locking lug (58, 258) that retains the filter element in the filter frame and that includes a shaft (133, 333); characterized by a flange formed on the filter frame; and an outwardly ramped face (142, 342) and a retention stop (144, 344) formed on the shaft (133, 333) of the locking lug (58, 258); wherein the retention stop (144, 344) and the flange form an interlocking connection with the retention stop (144, 344) being positioned beneath the flange to rotatably mount and axially retain the locking lug (58, 258) in the filter frame. a filter frame that includes a cavity that receives a filter element; and a filter locking lug (58, 258) that retains the filter element in the filter frame and that includes a shaft (133, 333); characterized by a flange formed on the filter frame; and an outwardly ramped face (142, 342) and a retention stop (144, 344) formed on the shaft (133, 333) of the locking lug (58, 258);
A film adhered to a surface of an inorganic nonmetal by the action of van de Waals force between an electroconductive bonding material and the inorganic nonmetal, wherein the film is formed from the electroconductive bonding material having an alloy composition consisting of, in mass %: Zn: 0.1 - 15 %, In: 2 - 16 %, Sb: at least 0.1 % and at most 1.5 %, optionally Cu: 0.1 - 1 %, and optionally at least one element selected from the group consisting of Y, Ba, Ti, and Ca in a total amount of 0.01 - 0.15 %, and a remainder of Sn, wherein the film is adhered to the surface without formation of an intermetallic compound therebetween. Zn: 0.1 - 15 %, In: 2 - 16 %, Sb: at least 0.1 % and at most 1.5 %, optionally Cu: 0.1 - 1 %, and optionally at least one element selected from the group consisting of Y, Ba, Ti, and Ca in a total amount of 0.01 - 0.15 %, and a remainder of Sn, wherein the film is adhered to the surface without formation of an intermetallic compound therebetween.
A polyarylene sulfide resin powder/grain composition in which 100 weight parts of polyarylene sulfide resin powder/grain material whose average particle diameter exceeds 1 μm and is less than or equal to 100 μm and whose uniformity degree is less than or equal to 4 has been blended with 0.1 to 5 weight parts of an inorganic fine particle having an average particle diameter greater than or equal to 20 nm and less than or equal to 500 nm, wherein the inorganic fine particle is a spherical silica fine particle and wherein the average particle diameter and uniformity degree are measured by using a laser diffraction / scattering method as described in the specification.
A radio-frequency identification,RFID, tag for semi-permanent insertion into a gap between first and second tracks in a storage grid, the RFID tag comprising: an RFID antenna; a storage medium configured to store identification data, the storage medium being connected to the RFID antenna; and an elongate case configured to house the RFID antenna and the storage medium, the case comprising: a first case member comprising an internal surface configured to support one or both of the RFID antenna and the storage medium; and one or more feet configured to limit insertion of the case into the gap in the storage grid; and a second case member comprising one or more protrusions configured to provide resistance to movement of the case relative to the gap in the storage grid. an RFID antenna; a storage medium configured to store identification data, the storage medium being connected to the RFID antenna; and an elongate case configured to house the RFID antenna and the storage medium, the case comprising: a first case member comprising an internal surface configured to support one or both of the RFID antenna and the storage medium; and one or more feet configured to limit insertion of the case into the gap in the storage grid; and a second case member comprising one or more protrusions configured to provide resistance to movement of the case relative to the gap in the storage grid. a first case member comprising an internal surface configured to support one or both of the RFID antenna and the storage medium; and one or more feet configured to limit insertion of the case into the gap in the storage grid; and a second case member comprising one or more protrusions configured to provide resistance to movement of the case relative to the gap in the storage grid.
A split bearing cartridge assembly for mounting on a shaft, the split bearing cartridge assembly comprising: - a split inner race fixedly securable to the shaft, the split inner race providing a first rolling element engaging surface; - a plurality of rolling elements retained within a cage, said cage securable to allow rolling of the rolling elements around the first rolling element engaging surface; - a split outer race rotatably securable to the rolling elements, the split outer race providing a second rolling element engaging surface for the rolling elements; - a split bearing container for substantially encapsulating the split inner race, split outer race, rolling elements and cage; - first and second sealing means (160, 162) for substantially sealing first and second opening of the split bearing container on either side of the rolling elements; where the first and second sealing means are split; - the split inner race extending axially beyond the first and second openings of the split bearing container; such that the split sealing means (160, 162) rides on an outer surface of the split inner race and seals between the split inner race and the bearing container; characterised in that the split inner race is fixedly securable to the shaft through the use of split clamp rings (122,124); and the split inner race is formed with recesses for accommodating the split clamp rings (122, 124) the recesses are positioned within the split inner race so that when assembled the split clamp rings (122, 124) also serve to substantially prevent axial movement of the split cage and rolling elements with respect to the split inner race. - a split inner race fixedly securable to the shaft, the split inner race providing a first rolling element engaging surface; - a plurality of rolling elements retained within a cage, said cage securable to allow rolling of the rolling elements around the first rolling element engaging surface; - a split outer race rotatably securable to the rolling elements, the split outer race providing a second rolling element engaging surface for the rolling elements; - a split bearing container for substantially encapsulating the split inner race, split outer race, rolling elements and cage; - first and second sealing means (160, 162) for substantially sealing first and second opening of the split bearing container on either side of the rolling elements; where the first and second sealing means are split; - the split inner race extending axially beyond the first and second openings of the split bearing container; such that the split sealing means (160, 162) rides on an outer surface of the split inner race and seals between the split inner race and the bearing container;
A wiring substrate comprising: a plurality of conductive layers disposed on a substrate and comprising a wiring and a conductive pattern; and at least one insulating layer disposed between adjacent ones of the plurality of conductive layers, wherein at least one of the plurality of conductive layers comprises: a first metal layer; a second metal layer disposed on the first metal layer; and a third metal layer disposed on the second metal layer, the second metal layer comprises copper (Cu), the third metal layer comprises a copper alloy, and a grain size of the third metal layer is smaller than a grain size of the second metal layer. a plurality of conductive layers disposed on a substrate and comprising a wiring and a conductive pattern; and at least one insulating layer disposed between adjacent ones of the plurality of conductive layers, wherein at least one of the plurality of conductive layers comprises: a first metal layer; a second metal layer disposed on the first metal layer; and a third metal layer disposed on the second metal layer, a first metal layer; a second metal layer disposed on the first metal layer; and a third metal layer disposed on the second metal layer, the second metal layer comprises copper (Cu), the third metal layer comprises a copper alloy, and a grain size of the third metal layer is smaller than a grain size of the second metal layer.
A signal cable connection device, comprising: a) a cable, including a sleeve and multiple loose wires enclosed in the sleeve, the multiple loose wires extending out from an extremity of the sleeve; b) a conductive metal ring (20, 20'), crimped at the extremity of the sleeve so that the conductive metal ring and the sleeve are fixed to each other, one end of the conductive metal ring (20, 20') having an outward flange (21, 21'), and a shielding wire in the multiple loose wires being connected to the conductive metal ring; c) a housing, the housing being provided with a cable channel allowing the cable to pass through, the cable channel comprising an outer opening located at an outer side of the housing and an inner opening located at an inner side of the housing, and a threaded hole being provided at an edge of the inner opening, d) wherein, when a screw is screwed into the threaded hole from inside of the housing, the outward flange of the conductive metal ring will be clamped between a head of the screw and a sidewall of the inner opening; and e) a first end of the conductive metal ring (20, 20') is inserted into the extremity of the sleeve (11, 11'), and the outward flange (21, 21') located at a second end of the conductive metal ring abuts the extremity of the sleeve. a) a cable, including a sleeve and multiple loose wires enclosed in the sleeve, the multiple loose wires extending out from an extremity of the sleeve; b) a conductive metal ring (20, 20'), crimped at the extremity of the sleeve so that the conductive metal ring and the sleeve are fixed to each other, one end of the conductive metal ring (20, 20') having an outward flange (21, 21'), and a shielding wire in the multiple loose wires being connected to the conductive metal ring; c) a housing, the housing being provided with a cable channel allowing the cable to pass through, the cable channel comprising an outer opening located at an outer side of the housing and an inner opening located at an inner side of the housing, and a threaded hole being provided at an edge of the inner opening, d) wherein, when a screw is screwed into the threaded hole from inside of the housing, the outward flange of the conductive metal ring will be clamped between a head of the screw and a sidewall of the inner opening; and e) a first end of the conductive metal ring (20, 20') is inserted into the extremity of the sleeve (11, 11'), and the outward flange (21, 21') located at a second end of the conductive metal ring abuts the extremity of the sleeve.
Workpiece fastening device for fastening a workpiece by means of a vaccuum for its processing, the workpiece fastening device comprising: - a support device on which the workpiece can be placed for fastening, and - at least one vacuum chamber (30, 30a, 30b), which is formed starting from the support device, - the support device having a first fastening region and a second fastening region which is different from the first fastening region, wherein - the support device having a first support channel profile in the first fastening region and a second support channel profile in the second fastening region, which differs from the first support channel profile, characterised in that - the at least one vacuum chamber (30, 30a, 30b) has a chamber volume which is variable in size, the chamber volume being variable between a first chamber volume and a second chamber volume which differs from the first chamber volume. - a support device on which the workpiece can be placed for fastening, and - at least one vacuum chamber (30, 30a, 30b), which is formed starting from the support device, - the support device having a first fastening region and a second fastening region which is different from the first fastening region, wherein - the support device having a first support channel profile in the first fastening region and a second support channel profile in the second fastening region, which differs from the first support channel profile, characterised in that - the at least one vacuum chamber (30, 30a, 30b) has a chamber volume which is variable in size, the chamber volume being variable between a first chamber volume and a second chamber volume which differs from the first chamber volume.
A device for measuring respiration of a patient, the device comprising: a positron emission tomography or single photon emission computed tomography (SPECT) imaging device; and at least one electronic processor programmed to: extract a first respiration data signal from emission imaging data of a patient acquired by the PET or SPECT imaging device; extract a second respiration data signal from a photoplethysmograph signal of the patient; generate a respiratory signal indicative of respiration of the patient by determining a time lag of the second respiration data signal respective to the first respiration data signal; and by generating the respiration signal as the second respiration data signal shifted in time to correct the determined time lag. a positron emission tomography or single photon emission computed tomography (SPECT) imaging device; and at least one electronic processor programmed to: extract a first respiration data signal from emission imaging data of a patient acquired by the PET or SPECT imaging device; extract a second respiration data signal from a photoplethysmograph signal of the patient; generate a respiratory signal indicative of respiration of the patient by determining a time lag of the second respiration data signal respective to the first respiration data signal; and by generating the respiration signal as the second respiration data signal shifted in time to correct the determined time lag. extract a first respiration data signal from emission imaging data of a patient acquired by the PET or SPECT imaging device; extract a second respiration data signal from a photoplethysmograph signal of the patient; generate a respiratory signal indicative of respiration of the patient by determining a time lag of the second respiration data signal respective to the first respiration data signal; and by generating the respiration signal as the second respiration data signal shifted in time to correct the determined time lag.
A printing apparatus comprising: a supply spool support for supporting a supply spool and a take-up spool support for supporting a take-up spool, the supply spool support and the take-up spool support being drivable by at least one motor; a housing defining an enclosure; and a device having an input for receiving an input voltage and an output for delivering an output voltage to the or each motor, the output voltage being lower than the input voltage, wherein the device is located within the enclosure, characterised in that the housing is a heat sink for dissipating heat away from the device. a supply spool support for supporting a supply spool and a take-up spool support for supporting a take-up spool, the supply spool support and the take-up spool support being drivable by at least one motor; a housing defining an enclosure; and a device having an input for receiving an input voltage and an output for delivering an output voltage to the or each motor, the output voltage being lower than the input voltage, wherein the device is located within the enclosure,
Tread band for a tyre, said tread band comprising two sides with a predetermined distance D between these two sides and a centre, said tread band having a plurality of blocks, each block extending continuously in a curved manner to one side of the tread band towards the centre of this tread band with no groove separating the block in different parts, the block following a certain curvature C wherein all or part of the blocks of the plurality of blocks comprise a main sipe extending in the block and following the same curvature C, this sipe separating the block in two 1⁄2 parts (7a, 7b).