mhurhangee/ep-ind-claims huggingface dataset:
A shape memory alloy driving device (20; 20A), comprising: a lens carrier (21; 21A); at least one upgoing driver (22; 22A), wherein the lens carrier (21; 21A) is connected to the upgoing driver and is drivable by the upgoing driver, and the upgoing driver supports the lens carrier upwardly in a thermally driven manner, and pulls the lens carrier to move upward; and at least one downgoing driver (23; 23A), wherein the lens carrier (21; 21A) is connected to the downgoing driver and is drivable by the downgoing driver, and the downgoing driver supports the lens carrier downwardly in a thermally driven manner, and pulls the lens carrier to move downward; wherein the upgoing driver and the downgoing driver comprise a plurality of SMA lines (2211, 2311) disposed on lateral sides of the lens carrier and a plurality of bending members (222, 232) extending outwardly from the lateral sides of the lens carrier, and each SMA line (2211, 2311) is hooked over each bending member (222, 232); characterized in that the SMA driving device (20; 20A) further comprises a plurality of spacer apparatuses, wherein the spacer apparatuses are formed by integrally extending outwardly from lateral sides of the lens carrier and protrudes outwardly relative to positions of the upgoing driver (22, 22A) and the downgoing driver (23, 23A); wherein each spacer apparatus is located between one bending member (222, 232) and an end of one SMA line (2211, 2311), and each spacer apparatus limits the SMA lines (2211, 2311) of the upgoing driver and the downgoing driver from contacting a housing for receiving the SMA driving device. a lens carrier (21; 21A); at least one upgoing driver (22; 22A), wherein the lens carrier (21; 21A) is connected to the upgoing driver and is drivable by the upgoing driver, and the upgoing driver supports the lens carrier upwardly in a thermally driven manner, and pulls the lens carrier to move upward; and at least one downgoing driver (23; 23A), wherein the lens carrier (21; 21A) is connected to the downgoing driver and is drivable by the downgoing driver, and the downgoing driver supports the lens carrier downwardly in a thermally driven manner, and pulls the lens carrier to move downward; wherein the upgoing driver and the downgoing driver comprise a plurality of SMA lines (2211, 2311) disposed on lateral sides of the lens carrier and a plurality of bending members (222, 232) extending outwardly from the lateral sides of the lens carrier, and each SMA line (2211, 2311) is hooked over each bending member (222, 232); characterized in that the SMA driving device (20; 20A) further comprises a plurality of spacer apparatuses, wherein the spacer apparatuses are formed by integrally extending outwardly from lateral sides of the lens carrier and protrudes outwardly relative to positions of the upgoing driver (22, 22A) and the downgoing driver (23, 23A); wherein each spacer apparatus is located between one bending member (222, 232) and an end of one SMA line (2211, 2311), and each spacer apparatus limits the SMA lines (2211, 2311) of the upgoing driver and the downgoing driver from contacting a housing for receiving the SMA driving device.
An osmotic power generation system comprising: a membrane chamber having a semi-permeable membrane therein defining a first portion and a second portion therein; a first pump (32, 310) communicating a first fluid to the first portion; a second pump (42, 320) communicating a second fluid to the second portion, said second fluid having a higher concentration of total dissolved solids than the first fluid; a second portion energy recovery device (60, 350) in fluid communication with the second portion; and a power generator (72, 354) in communication with the second portion energy recovery device (60, 350) generating electrical power in response to the second portion energy recovery device (60, 350) and the pressure in the second portion, characterized by a first portion energy recovery device in fluid communication with the first portion, wherein the power generator comprises a shaft coupled to the first portion energy recovery device, the second portion energy recovery device, the first pump and the second pump,. a membrane chamber having a semi-permeable membrane therein defining a first portion and a second portion therein; a first pump (32, 310) communicating a first fluid to the first portion; a second pump (42, 320) communicating a second fluid to the second portion, said second fluid having a higher concentration of total dissolved solids than the first fluid; a second portion energy recovery device (60, 350) in fluid communication with the second portion; and a power generator (72, 354) in communication with the second portion energy recovery device (60, 350) generating electrical power in response to the second portion energy recovery device (60, 350) and the pressure in the second portion, characterized by a first portion energy recovery device in fluid communication with the first portion, wherein the power generator comprises a shaft coupled to the first portion energy recovery device, the second portion energy recovery device, the first pump and the second pump,.
A door sealing ring for a washing and drying machine, comprising a sealing part connectable to a tub and an air inlet part connected to the sealing part, wherein the sealing part comprises a first wall circumferentially closed, the first wall has a folded structure, to form a groove extending circumferentially, a first passage for a fluid to flow is formed in the groove, the air inlet part comprises a second wall, the second wall surrounds a second passage, an outlet of the second passage is located on the first wall, and the second passage is in space communication with the first passage; and characterized by further comprising guiding devices for guiding a part of air in the second passage into the first passage, wherein the guiding device is at least partially located in a projection of the second passage perpendicular to an air flow direction.
A hair treatment agent comprising a pressurized container and an aerosol composition located therein which contains, based on the weight thereof, a) 20 to 80 wt.% of at least one propellant, b) 1 to 79 wt.% of at least one white pigment, c) 0.1 to 50 wt.% of at least one viscosity enhancer, d) 0 to 1 wt.% dye(s), e) 0.1 to 10 wt.% talc. a) 20 to 80 wt.% of at least one propellant, b) 1 to 79 wt.% of at least one white pigment, c) 0.1 to 50 wt.% of at least one viscosity enhancer, d) 0 to 1 wt.% dye(s), e) 0.1 to 10 wt.% talc.
An RFID tag for location inside a tubular base portion of a freestanding cryogenic vial, the freestanding cryogenic vial having a protrusion which extends from an inner surface of the tubular base portion into the tubular base portion; the RFID tag comprising: an RFID chip; an antenna connected to the chip; a support medium configured to support the chip and connected antenna; and a plug at least partially surrounding the chip, antenna and support medium, the plug being shaped to engage the tubular base portion of the vial; wherein the plug comprises a cylindrical wall extending from a circular base; and wherein the RFID tag is characterized in that the external surface of the cylindrical wall includes at least one groove; and in that the groove is arranged to align with the protrusion when the plug is located inside the tubular base portion to form a snap fit between the RFID tag and the vial. an RFID chip; an antenna connected to the chip; a support medium configured to support the chip and connected antenna; and a plug at least partially surrounding the chip, antenna and support medium, the plug being shaped to engage the tubular base portion of the vial; wherein the plug comprises a cylindrical wall extending from a circular base; and wherein the RFID tag is characterized in that the external surface of the cylindrical wall includes at least one groove; and in that the groove is arranged to align with the protrusion when the plug is located inside the tubular base portion to form a snap fit between the RFID tag and the vial.
A filter apparatus, wherein the filter apparatus is configured to be connected between an external power source and a device, the filter apparatus is configured to perform filtering processing on a noise signal from the device, the filter apparatus comprises a feedback active common-mode filter and a feed-forward active common-mode filter, the feedback active common-mode filter comprises a common-mode noise detection component and a first filter circuit, and the feed-forward active common-mode filter comprises the common-mode noise detection component and a second filter circuit, wherein the first filter circuit is connected between the common-mode noise detection component and configured to be connected to the device, and the first filter circuit is configured to perform feedback filtering processing on a first common-mode noise signal from the device, to obtain a second common-mode noise signal; the common-mode noise detection component is connected between the first filter circuit and the second filter circuit, and the common-mode noise detection component is configured to detect the second common-mode noise signal, and provide the second filter circuit with the second common-mode noise signal; and the second filter circuit is configured to be connected between the external power source and the common-mode noise detection component, and the second filter circuit is configured to perform feed-forward filtering processing on the second common-mode noise signal.
A self-erecting crane comprising a mast which is mounted on a rotating platform and supporting a boom, said self-erecting crane being configurable between a transport configuration wherein the mast and the boom are folded back on themselves, and a working configuration wherein the mast and the boom are unfolded, said mast supporting a hitch element provided with a hitch shaft suitable for being coupled on a fifth wheel provided on a rear platform of a tractor truck in the transport configuration, said rotating platform being located in the transport configuration at the rear of the mast while the hitch element is located at the front of the mast in a front hitch area which is dimensioned to come above the rear platform of the tractor truck for a transport on a fifth wheel, and wherein the rotating platform is mounted on a chassis supporting at least one set of wheels, said self-erecting crane being characterized in that it comprises a mooring system located on the front hitch area of the mast, such that this mooring system is located on the underside of the mast in the transport configuration, and in that it comprises at least one removable ballasting element which is configured to be: - in the transport configuration, temporarily moored on the mast by means of the mooring system, so that said removable ballasting element is located under the mast in the front hitch area of the mast, and - in the working configuration, mounted on the rotating platform. - in the transport configuration, temporarily moored on the mast by means of the mooring system, so that said removable ballasting element is located under the mast in the front hitch area of the mast, and - in the working configuration, mounted on the rotating platform.
A method for increasing the hardness of silica/rubber mixtures comprising blending with said mixture: (i) at least one silane, which is 3-octanoylthio-1-propyltriethoxysilane; and (ii) a hardness-increasing amount of from 0.1 to 50 phr of an MQ resin wherein Q is SiO 4/2, M is R 1 R 2 R 3 SiO 1/2, and R 1, R 2, and R 3 are the same or different alkyl groups containing from 1 to 10 carbon atoms, a hardness-increasing amount of from 0.1 to 80 phr of high density polyethylene or an ultra high molecular weight polyethylene a thermoplastic resin or a hardness-increasing amount of from 0.1 to 50 phr of a phenolic thermosetting resin. (i) at least one silane, which is 3-octanoylthio-1-propyltriethoxysilane; and (ii) a hardness-increasing amount of from 0.1 to 50 phr of an MQ resin wherein Q is SiO 4/2, M is R 1 R 2 R 3 SiO 1/2, and R 1, R 2, and R 3 are the same or different alkyl groups containing from 1 to 10 carbon atoms, a hardness-increasing amount of from 0.1 to 80 phr of high density polyethylene or an ultra high molecular weight polyethylene a thermoplastic resin or a hardness-increasing amount of from 0.1 to 50 phr of a phenolic thermosetting resin.
Household cooking appliance with a cooking space and a microwave apparatus for feeding microwaves into the cooking space, wherein - the microwave apparatus has a feed chamber (5; 15; 20; 24) arranged outside of the cooking space, - a microwave line projects into the feed chamber (5; 15; 20; 24) and - the feed chamber (5; 15; 20; 24) opens into the cooking space through at least one emission opening, characterised in that - the microwave line is connected galvanically to an electrically conductive wall region of the feed chamber (5; 15; 20; 24) which restricts the emission opening, - the at least one emission opening is excited resonantly by the microwaves and - the feed chamber (5; 15; 20; 24) is a chamber which is non-resonant for the microwaves. - the microwave apparatus has a feed chamber (5; 15; 20; 24) arranged outside of the cooking space, - a microwave line projects into the feed chamber (5; 15; 20; 24) and - the feed chamber (5; 15; 20; 24) opens into the cooking space through at least one emission opening, characterised in that - the microwave line is connected galvanically to an electrically conductive wall region of the feed chamber (5; 15; 20; 24) which restricts the emission opening, - the at least one emission opening is excited resonantly by the microwaves and - the feed chamber (5; 15; 20; 24) is a chamber which is non-resonant for the microwaves.
Blade cascade segment (100, 200, 300) of a blade cascade for a turbomachine, the blade cascade segment comprising a platform having an axially asymmetric platform surface, an axial cascade width and at least two airfoils (20, 30) having respective leading edges, the platform surface having an elevation (110, 210, 310) which extends from the pressure side of a first of the airfoils to the suction side of a second of the airfoils and which has an inflow-side boundary lying at a zero level, characterized in that at least one highest point (111, 211, 311) of the elevation lies closer to the suction side of the second airfoil than to the pressure side of the first airfoil and a furthest-upstream point of the inflow-side boundary of the elevation lies at at most 20% of the axial cascade width downstream of the leading edges, the platform surface also having a recess (220, 320) which is arranged at least partly upstream of the at least one highest point (111, 211, 311) of the elevation, the recess (220, 320) having a region that is upstream of the leading edges (23, 33) of the airfoils, and the recess extending as far as an inflow-side platform edge. the platform surface having an elevation (110, 210, 310) which extends from the pressure side of a first of the airfoils to the suction side of a second of the airfoils and which has an inflow-side boundary lying at a zero level, characterized in that at least one highest point (111, 211, 311) of the elevation lies closer to the suction side of the second airfoil than to the pressure side of the first airfoil and a furthest-upstream point of the inflow-side boundary of the elevation lies at at most 20% of the axial cascade width downstream of the leading edges, the platform surface also having a recess (220, 320) which is arranged at least partly upstream of the at least one highest point (111, 211, 311) of the elevation, the recess (220, 320) having a region that is upstream of the leading edges (23, 33) of the airfoils, and the recess extending as far as an inflow-side platform edge.
A brake hose support structure of a vehicle comprising: a brake hose through which pressure fluid is flowed between a pressure source mounted to the vehicle and a brake caliper of a disk brake device of the vehicle and a knuckle, the brake caliper being fixed to the knuckle which rotatably supports a wheel (12, 13) of the vehicle; and a hose support supporting the brake hose, wherein the brake hose has a first end that is located adjacent to the pressure source, a second end that is located adjacent to the brake caliper, and a supporting portion that is disposed between the first and second ends (40a, 40b), characterized in that the knuckle has a pin hole in which a kingpin is fixedly inserted, the knuckle and the kingpin are integrally rotatable about an axis of the kingpin, and the hose support supports the brake hose at the supporting portion such that an axis of the brake hose at the supporting portion extends parallel to the kingpin axis. a brake hose through which pressure fluid is flowed between a pressure source mounted to the vehicle and a brake caliper of a disk brake device of the vehicle and a knuckle, the brake caliper being fixed to the knuckle which rotatably supports a wheel (12, 13) of the vehicle; and a hose support supporting the brake hose, wherein the brake hose has a first end that is located adjacent to the pressure source, a second end that is located adjacent to the brake caliper, and a supporting portion that is disposed between the first and second ends (40a, 40b), characterized in that the knuckle has a pin hole in which a kingpin is fixedly inserted, the knuckle and the kingpin are integrally rotatable about an axis of the kingpin, and the hose support supports the brake hose at the supporting portion such that an axis of the brake hose at the supporting portion extends parallel to the kingpin axis.
Multilayered preform or multilayered container obtained by biaxially stretching a preform, said multilayered preform or container comprising at least one gas-barrier layer (L B), said gas-barrier layer (L B) comprising a polyamide and a polyester, wherein the polyester comprises a y%PETG copolymer, with y being at least equal to 5, and wherein the amount of polyamide in the barrier layer (L B) is at least 10wt%.
Method for optimising the operation of a spinning machine with regard to quality and productivity, wherein: a yarn having specified yarn properties is produced; a quality parameter of the yarn, which describes deviations from the specified yarn properties, is sensed during the spinning operation; a parameter for setting the production speed is specified; the quality parameter and the parameter for setting the production speed are evaluated; the production speed is set in dependence on a target variable, the target variable comprising the quality parameter. a yarn having specified yarn properties is produced; a quality parameter of the yarn, which describes deviations from the specified yarn properties, is sensed during the spinning operation; a parameter for setting the production speed is specified; the quality parameter and the parameter for setting the production speed are evaluated; the production speed is set in dependence on a target variable, the target variable comprising the quality parameter.
A tie rod, in particular for a central buffer coupling of a rail vehicle, comprising a tie anchor and a tie tube, wherein the tie anchor is connected to the tie tube by means of a screw connection, wherein the screw connection comprises a nut screwed onto the tie anchor on the end side, characterized in that the nut is formed in two parts and comprises an inner nut part and a clamping part, wherein the clamping part is placed on the inner nut part and clamps the inner nut part to the tie anchor, wherein the inner nut part has an internal thread and is screwed onto an external thread of the tie anchor, and the clamping part has an internal thread and is screwed onto an external thread of the inner nut part.
Brake device of a rail vehicle, including a brake calliper unit (11 interacting with a brake disc and comprising a power generator and a brake calliper as well as a bracket for fastening said brake calliper unit on a bogie, wherein (a) said brake calliper unit is bracketed so as to be pivoting by means of at least one bolt on said bracket, and (b) a resetting means is provided for resetting said brake calliper unit relative to said bracket from a position pivoted with respect to a predetermined neutral position into said neutral position, characterized in that (c) said resetting means is provided with at least one area associated with said bracket, which area interacts by a wedge effect with a complementary area associated with a housing of said brake calliper unit, with said first area and said complementary area (d) being arranged at an offset relative to a centre axis of said bolt around a lever arm (h), being supported for displacement relative to each other along a direction parallel with said centre axis of said bolt, and being loaded by spring means relative to each other in such a way that (e) on account of the wedge effect between said first area and said complementary area, said brake calliper unit is preloaded into said neutral position. (a) said brake calliper unit is bracketed so as to be pivoting by means of at least one bolt on said bracket, and (b) a resetting means is provided for resetting said brake calliper unit relative to said bracket from a position pivoted with respect to a predetermined neutral position into said neutral position, (c) said resetting means is provided with at least one area associated with said bracket, which area interacts by a wedge effect with a complementary area associated with a housing of said brake calliper unit, with said first area and said complementary area (d) being arranged at an offset relative to a centre axis of said bolt around a lever arm (h), being supported for displacement relative to each other along a direction parallel with said centre axis of said bolt, and being loaded by spring means relative to each other in such a way that (e) on account of the wedge effect between said first area and said complementary area, said brake calliper unit is preloaded into said neutral position.
A method for selecting a relay in device-to-device communication, comprising: receiving, by a first user equipment, UE, information sent by a second UE, wherein the information is used to indicate that the second UE can serve as relay UE; performing, by the first UE, demodulation processing on the received information sent by the second UE, to determine whether the information sent by the second UE is successfully received; and adding, by the first UE, the second UE to a candidate relay UE list if it is determined that the information sent by the second UE is successfully received; characterized in that the information is sent from the second UE to the first UE, when the link quality of a wireless cellular link between a base station and the second UE is greater than a quality threshold. receiving, by a first user equipment, UE, information sent by a second UE, wherein the information is used to indicate that the second UE can serve as relay UE; performing, by the first UE, demodulation processing on the received information sent by the second UE, to determine whether the information sent by the second UE is successfully received; and adding, by the first UE, the second UE to a candidate relay UE list if it is determined that the information sent by the second UE is successfully received; characterized in that the information is sent from the second UE to the first UE, when the link quality of a wireless cellular link between a base station and the second UE is greater than a quality threshold.