mhurhangee/ep-ind-claims huggingface dataset:
A gas supply blowout nozzle in which a gas introduction direction is different from a gas blowing out direction, comprising: a nozzle body which includes an inclined plate guiding a gas flowing straightly from a gas inlet port to a rectification board; and the rectification board which rectifies the flow of the gas guided by the inclined plate so that the gas blows out toward a yarn from a gas outlet port, wherein a gas guiding zone is formed between the inclined plate and the rectification board, wherein the gas guiding zone includes one or more guide plates which are disposed in a space between the gas inlet port and the rectification board and divide the gas supplied from the gas inlet port of the gas supply blowout nozzle into two or more streams so that the gas is guided toward the rectification board, and wherein in each gas passage formed, at least one of between the inclined plate and the guide plate or between the guide plates, an upstream passage width W1 perpendicular to a gas flowing direction inside the gas passage and any downstream passage width W2 thereof satisfy the following relation. W 1 ≧ W 2 a nozzle body which includes an inclined plate guiding a gas flowing straightly from a gas inlet port to a rectification board; and the rectification board which rectifies the flow of the gas guided by the inclined plate so that the gas blows out toward a yarn from a gas outlet port, wherein a gas guiding zone is formed between the inclined plate and the rectification board, wherein the gas guiding zone includes one or more guide plates which are disposed in a space between the gas inlet port and the rectification board and divide the gas supplied from the gas inlet port of the gas supply blowout nozzle into two or more streams so that the gas is guided toward the rectification board, and wherein in each gas passage formed, at least one of between the inclined plate and the guide plate or between the guide plates, an upstream passage width W1 perpendicular to a gas flowing direction inside the gas passage and any downstream passage width W2 thereof satisfy the following relation. W 1 ≧ W 2
Hand crank rotation prevention device for support wheels of vehicle trailers, characterised by - a securing bracket which is designed so as to be brought into and out of secure engagement with a hand crank of the support wheel by means of a pivot movement, and - a clamp mount for pivotably mounting the securing bracket, the clamp mount comprising a holding clamp for surrounding an outer tube of the support wheel, and a pivot bearing device for pivotably mounting the securing bracket, which device is attached to the holding clamp. - a securing bracket which is designed so as to be brought into and out of secure engagement with a hand crank of the support wheel by means of a pivot movement, and - a clamp mount for pivotably mounting the securing bracket, the clamp mount comprising a holding clamp for surrounding an outer tube of the support wheel, and a pivot bearing device for pivotably mounting the securing bracket, which device is attached to the holding clamp.
A method of wireless communication, comprising: receiving a downlink grant at a mobile device (120; 400; 70); detecting, by the mobile device (120; 400; 70), a channel state information, CSI, trigger in the downlink grant; detecting a collision of the CSI feedback triggered by the CSI trigger in the downlink grant with other uplink signals scheduled for the mobile device; in response to the collisions, multiplexing the CSI feedback with the other uplink signals; and transmitting the CSI feedback by the mobile device (120; 400; 70) in response to the CSI trigger; wherein when the mobile device has uplink data traffic that can be scheduled using an uplink grant receiving an uplink grant at the mobile device with a CSI trigger; and instead of transmitting the CSI feedback in response to the CSI trigger in the downlink grant, scheduling the CSI feedback in response to the CSI trigger in the uplink grant. receiving a downlink grant at a mobile device (120; 400; 70); detecting, by the mobile device (120; 400; 70), a channel state information, CSI, trigger in the downlink grant; detecting a collision of the CSI feedback triggered by the CSI trigger in the downlink grant with other uplink signals scheduled for the mobile device; in response to the collisions, multiplexing the CSI feedback with the other uplink signals; and transmitting the CSI feedback by the mobile device (120; 400; 70) in response to the CSI trigger; wherein when the mobile device has uplink data traffic that can be scheduled using an uplink grant receiving an uplink grant at the mobile device with a CSI trigger; and instead of transmitting the CSI feedback in response to the CSI trigger in the downlink grant, scheduling the CSI feedback in response to the CSI trigger in the uplink grant.
A disposable feminine absorbent article comprising at least two stacked absorbent pads, releasably attached to each other; a first, user facing, absorbent pad and a second, garment facing, absorbent pad, each absorbent pad including a liquid permeable topsheet (3,3') and a backsheet (4,4'), each of said absorbent pads having a length in a longitudinal direction and a width (w,w') in a transverse direction, each of said absorbent pads having a first end region (5,5') and a second end region (6,6') and a central region (7,7') therebetween as seen in the longitudinal direction, each of said absorbent pads further comprising a first lateral edge (8a,8a') and a second lateral edge (9a,9a') extending in said longitudinal direction, a first transverse edge (10a,10a') and a second transverse edge (11a,11a') extending in said transverse direction, each of said absorbent pads further comprising a first lateral margin (8,8') and a second lateral margin (9,9') extending along said first and second lateral edges (8a,8a',9a,9a'), and a first transverse margin (10,10') and a second transverse margin (11,11') extending along said first and second transverse edges (10a,10a',11a,11a'), said first and second absorbent pads being releasably attached to each other by joints along at least part of said respective first (8,8') and second (9,9') lateral margins in at least one of said end regions (5,5',6,6'), wherein said first and second absorbent pads are unattached from each other in an unattached region along at least a part of the transverse margins (10,10',11,11') in said end region comprising said joints along said lateral margins (8,8',9,9') characterized in that said width (w) of said first absorbent pad is greater, at least between said joints in said end region (6,6' and/or 7,7'), than said width (w') of said second absorbent pad, so that said first absorbent pad will bulge forming an finger lift between said first and second absorbent pads (2,2') at said unattached region, wherein said width (w) of said first absorbent pad is at least 5 mm greater than said width (w') of said second absorbent pad between said joints.
A powder for use in a powder jet device for cleaning a tooth surface by powder spraying, wherein the powder for cleaning the tooth surface is sprayed onto the tooth surface together with a gaseous carrier medium, characterized in that the powder contains sucralose and at least 90 % by weight of sodium hydrogen carbonate, erythritol and/or glycine.
A method of generating a centromeric sequence, wherein the centromeric sequence comprises a tandem array of repeated sequences, the method comprising: in vitro rolling circle amplification of a starting sequence comprising at least one mammalian repeat sequence or a synthetic sequence at least 90% identical to such a repeat sequence to produce a RCA product which is the centromeric sequence, wherein the starting sequence further comprises a DNA sequence that is recognized by a DNA-binding protein or a specific RNA, wherein the DNA sequence is a tet Operator ( tetO) sequence. in vitro rolling circle amplification of a starting sequence comprising at least one mammalian repeat sequence or a synthetic sequence at least 90% identical to such a repeat sequence to produce a RCA product which is the centromeric sequence, wherein the starting sequence further comprises a DNA sequence that is recognized by a DNA-binding protein or a specific RNA, wherein the DNA sequence is a tet Operator ( tetO) sequence.
An apparatus, comprising: a plurality of sampling optical nanofibers formed into a corresponding plurality of sampling coils, wherein each sampling coil has a first sampling end and a second sampling end; at least one reference optical nanofiber formed into a reference coil having a first reference end and a second reference end, a pressure-tight chamber defined by an inner surface that is completely enclosed by an outer surface, wherein the first and the second sampling ends (108,112) of each sampling coil are disposed within the chamber, and the remainder of each sampling coil is disposed outside the chamber; an electromagnetic energy source arranged to direct electromagnetic energy to the first sampling ends and to the first reference end; a receiver arranged to receive electromagnetic energy modified by evanescent interaction with a sampled downhole fluid located within an inner diameter of each sampling coil or outside an outer diameter of each sampling coil, the receiver further arranged to receive electromagnetic energy modified by propagation through the reference coil, wherein the receiver comprises a plurality of detectors with specific wavelength response factors, the detectors configured to create a multivariate signal as the receiver output; and a response regression module configured to: (a) receive the receiver output; and (b) provide a regression output based on a calibration input and the receiver output, to determine a spectroscopic property of the sampled downhole fluid. a plurality of sampling optical nanofibers formed into a corresponding plurality of sampling coils, wherein each sampling coil has a first sampling end and a second sampling end; at least one reference optical nanofiber formed into a reference coil having a first reference end and a second reference end, a pressure-tight chamber defined by an inner surface that is completely enclosed by an outer surface, wherein the first and the second sampling ends (108,112) of each sampling coil are disposed within the chamber, and the remainder of each sampling coil is disposed outside the chamber; an electromagnetic energy source arranged to direct electromagnetic energy to the first sampling ends and to the first reference end; a receiver arranged to receive electromagnetic energy modified by evanescent interaction with a sampled downhole fluid located within an inner diameter of each sampling coil or outside an outer diameter of each sampling coil, the receiver further arranged to receive electromagnetic energy modified by propagation through the reference coil, wherein the receiver comprises a plurality of detectors with specific wavelength response factors, the detectors configured to create a multivariate signal as the receiver output; and a response regression module configured to: (a) receive the receiver output; and (b) provide a regression output based on a calibration input and the receiver output, to determine a spectroscopic property of the sampled downhole fluid. (a) receive the receiver output; and (b) provide a regression output based on a calibration input and the receiver output, to determine a spectroscopic property of the sampled downhole fluid.
Arrangement for suspending a lighting device, wherein the arrangement comprises a spring element and a housing accommodating at least a portion of the spring element, wherein the spring element has a U-shaped central portion and a first and a second coil (130a, 130b) extending from a respective first and second leg (140a, 140b) of the central portion and along a first axis parallel to a base of the central portion, the first and a second coils (130a, 130b) being, in an unbiased state of the spring element, spaced apart by a first distance (d) along the axis, wherein the housing comprises: - a first and a second cavity (210a, 210b) spaced apart by the first distance (d) and fittingly accommodating the first and second coil (130a, 130b), respectively, - a support element arranged between the first and second cavities (210a, 210b) and configured to confine the first and second coils (130a, 130b) accommodated within the first and second cavity (210a, 210b), respectively, and - a first and a second passage (500a, 500b) extending along a second axis perpendicular to the first axis and into the first and the second cavity (210a, 210b), respectively, the first and second passages (500a, 500b) being configured to guide the first and second coils (130a, 130b) into the first and second cavities (210a, 210b), respectively, upon an arrangement of the spring element into the housing, wherein the support element comprises at least one flange (400a, 400b) extending from the support element along the first axis, the at least one flange (400a, 400b) having a wedge-shape along the second axis, and the at least one flange (400a, 400b) being configured to support at least a portion of the respective first and second coil (130a, 130b), and to narrow the first and second passages (500a, 500b) along the second axis. - a first and a second cavity (210a, 210b) spaced apart by the first distance (d) and fittingly accommodating the first and second coil (130a, 130b), respectively, - a support element arranged between the first and second cavities (210a, 210b) and configured to confine the first and second coils (130a, 130b) accommodated within the first and second cavity (210a, 210b), respectively, and - a first and a second passage (500a, 500b) extending along a second axis perpendicular to the first axis and into the first and the second cavity (210a, 210b), respectively, the first and second passages (500a, 500b) being configured to guide the first and second coils (130a, 130b) into the first and second cavities (210a, 210b), respectively, upon an arrangement of the spring element into the housing,
A liquid storage tank of an electronic vapour provision device, comprising: one or more boundary walls (32, 34) defining an interior volume of the tank for accommodating source liquid to be vaporised in the electronic vapour provision device; said liquid storage tank being characterised by one or more baffles, each baffle protruding from an inner surface of the boundary wall into the interior volume to impede a flow of source liquid between portions of the interior volume between which the baffle is located. one or more boundary walls (32, 34) defining an interior volume of the tank for accommodating source liquid to be vaporised in the electronic vapour provision device; said liquid storage tank being characterised by one or more baffles, each baffle protruding from an inner surface of the boundary wall into the interior volume to impede a flow of source liquid between portions of the interior volume between which the baffle is located.
Apparatus comprising: a piece comprising a first portion of an interlock mechanism; and a fixture, for supporting and/or positioning the piece during a manufacturing processing operation associated with the piece, the fixture characterised by: a locator manufactured by additive manufacturing and comprising: one or more mating surfaces for mating with a surface of the piece, wherein the one or more mating surfaces are based on a three-dimensional image obtained of the piece; and at least one integrated fixation component arranged to simulate a second, complimentary, portion of the interlock mechanism, the integrated fixation component comprising a locking element configured to receive the said first portion and a releasing element configured to release the said first portion from the locking element, whereby to tightly but reversibly hold the piece by the said first portion. a piece comprising a first portion of an interlock mechanism; and a fixture, for supporting and/or positioning the piece during a manufacturing processing operation associated with the piece, the fixture characterised by: a locator manufactured by additive manufacturing and comprising: one or more mating surfaces for mating with a surface of the piece, wherein the one or more mating surfaces are based on a three-dimensional image obtained of the piece; and at least one integrated fixation component arranged to simulate a second, complimentary, portion of the interlock mechanism, the integrated fixation component comprising a locking element configured to receive the said first portion and a releasing element configured to release the said first portion from the locking element, whereby to tightly but reversibly hold the piece by the said first portion. a locator manufactured by additive manufacturing and comprising: one or more mating surfaces for mating with a surface of the piece, wherein the one or more mating surfaces are based on a three-dimensional image obtained of the piece; and at least one integrated fixation component arranged to simulate a second, complimentary, portion of the interlock mechanism, the integrated fixation component comprising a locking element configured to receive the said first portion and a releasing element configured to release the said first portion from the locking element, whereby to tightly but reversibly hold the piece by the said first portion. one or more mating surfaces for mating with a surface of the piece, wherein the one or more mating surfaces are based on a three-dimensional image obtained of the piece; and at least one integrated fixation component arranged to simulate a second, complimentary, portion of the interlock mechanism, the integrated fixation component comprising a locking element configured to receive the said first portion and a releasing element configured to release the said first portion from the locking element, whereby to tightly but reversibly hold the piece by the said first portion.
An assembly set for a removable partial denture for a patient, the assembly set comprising one or more replacement teeth as well as a framework with one or more retention sections, each of the retention sections being configured to receive and retain one or more of the replacement teeth, each of the replacement teeth comprising a bottom face with a first surface structure configured to engage an assigned complementary first retention structure provided by one of the retention sections of the framework configured to receive the respective replacement tooth, each first surface structure in combination with the assigned complementary first retention structure providing a first non-destructive detachable direct connection between the replacement tooth comprising the respective surface structure and the retention section comprising the respective assigned complementary retention structure, wherein the framework is made from metal. each of the retention sections being configured to receive and retain one or more of the replacement teeth, each of the replacement teeth comprising a bottom face with a first surface structure configured to engage an assigned complementary first retention structure provided by one of the retention sections of the framework configured to receive the respective replacement tooth, each first surface structure in combination with the assigned complementary first retention structure providing a first non-destructive detachable direct connection between the replacement tooth comprising the respective surface structure and the retention section comprising the respective assigned complementary retention structure, wherein the framework is made from metal.
An electronic device comprising: a first body comprising a first plate comprising a first surface and a second surface facing away from the first surface, and at least one side surface; a second body comprising a second plate facing the second surface of the first plate; a first side wall extended to the second plate; a second side wall extending to the first side wall and the second plate and facing the at least one side surface, coupling with the first body; and a third side wall extending to the first side wall and the second plate, parallel to the second side wall and facing the at least one side surface, wherein the second plate, the first side wall, the second side wall and the third side wall together form a trough with one side opened by mutual coupling, the trough being arranged for receiving at least a part of the first body, and the first body is movable between an open state and a closed state with respect to the second body in a first direction parallel to the second plate and the second side wall, and the first body is placed at a first distance from the first side wall in the closed state, and placed at a second distance which is greater than the first distance from the first side wall in the open state; at least one mechanical button mounted on the second side wall, and moving toward the first body from outside of the second body; and a sensing circuit configured to detect the movement of the mechanical button, characterized in, that the sensing circuit is disposed between the at least one side surface and the second side wall with at least a partial area. a first body comprising a first plate comprising a first surface and a second surface facing away from the first surface, and at least one side surface; a second body comprising a second plate facing the second surface of the first plate; a first side wall extended to the second plate; a second side wall extending to the first side wall and the second plate and facing the at least one side surface, coupling with the first body; and a third side wall extending to the first side wall and the second plate, parallel to the second side wall and facing the at least one side surface, wherein the second plate, the first side wall, the second side wall and the third side wall together form a trough with one side opened by mutual coupling, the trough being arranged for receiving at least a part of the first body, and the first body is movable between an open state and a closed state with respect to the second body in a first direction parallel to the second plate and the second side wall, and the first body is placed at a first distance from the first side wall in the closed state, and placed at a second distance which is greater than the first distance from the first side wall in the open state; at least one mechanical button mounted on the second side wall, and moving toward the first body from outside of the second body; and a sensing circuit configured to detect the movement of the mechanical button,