mhurhangee/ep-ind-claims huggingface dataset:
A connection device, comprising: a waterproof cover, comprising a water blocking portion, a sealing portion, and an inserting portion; and a connector, comprising a head end and a tail end arranged opposite to the head end, the head end being provided with an insertion port configured to be inserted with an external plug and the tail end being configured to be connected to a conductive wire, wherein the water blocking portion is configured to surround a periphery of the connector; the sealing portion is integrally formed at an end of the water blocking portion and configured to sleeve on the tail end of the connector to seal the tail end of the connector; the inserting portion is integrally formed at an end of the water blocking portion opposite to the sealing portion, and includes an inner sidewall fitting to the periphery of the head end of the connector and an outer sidewall arranged opposite to the inner sidewall; the connector is configured to be fit into the water blocking portion of the waterproof cover, wherein the tail end of the connector passes through the sealing portion of the waterproof cover, characterized in that the waterproof cover is made up of a hard layer and a flexible layer laminated on each of the inner side and outer side of the hard layer; an inner sidewall of the sealing portion is provided with a sealing waterproof rib along a circumferential direction, and the sealing waterproofing rib is integrally formed with the flexible layer and is configured to be abutted on an outer sidewall of the connector. a waterproof cover, comprising a water blocking portion, a sealing portion, and an inserting portion; and a connector, comprising a head end and a tail end arranged opposite to the head end, the head end being provided with an insertion port configured to be inserted with an external plug and the tail end being configured to be connected to a conductive wire, wherein the water blocking portion is configured to surround a periphery of the connector; the sealing portion is integrally formed at an end of the water blocking portion and configured to sleeve on the tail end of the connector to seal the tail end of the connector; the inserting portion is integrally formed at an end of the water blocking portion opposite to the sealing portion, and includes an inner sidewall fitting to the periphery of the head end of the connector and an outer sidewall arranged opposite to the inner sidewall; the connector is configured to be fit into the water blocking portion of the waterproof cover, wherein the tail end of the connector passes through the sealing portion of the waterproof cover, characterized in that the waterproof cover is made up of a hard layer and a flexible layer laminated on each of the inner side and outer side of the hard layer; an inner sidewall of the sealing portion is provided with a sealing waterproof rib along a circumferential direction, and the sealing waterproofing rib is integrally formed with the flexible layer and is configured to be abutted on an outer sidewall of the connector.
An elbow prosthesis comprising: a first stem component for attachment to one of a humerus and an ulna; a second stem component for attachment to the other of said humerus and said ulna; a joint disposed between and coupling said first stem component and said second stem component to permit relative movement between said first stem component and said second stem component about a first axis; and a first condyle component rotatable with one of said first stem component and said second stem component about said first axis; characterised by a second condyle component rotatable relative to said first condyle component about a second axis such that said second condyle component is configured to be coupled to said first condyle component in first and second orientations, said first orientation offset from said second orientation by an angle of rotation about said second axis. a first stem component for attachment to one of a humerus and an ulna; a second stem component for attachment to the other of said humerus and said ulna; a joint disposed between and coupling said first stem component and said second stem component to permit relative movement between said first stem component and said second stem component about a first axis; and a first condyle component rotatable with one of said first stem component and said second stem component about said first axis; characterised by
An automatic laminating machine, comprising a supporting plate assembly, a case, a limiting assembly, a film separation assembly, and an input roller assembly, wherein the film separation assembly is arranged inside the case, and located below the input roller assembly; characterized in that, a lower end of the supporting plate assembly extends into and is rotatably connected inside the case; the limiting assembly and the input roller assembly are rotatably connected inside the case; and two ends of the limiting assembly are rotatably connected to an inner wall of the case.
A steel cord for rubber article reinforcement, comprising: a single core strand having a layer-twisted structure formed by twisting plural steel filaments (11a, 11b); and plural sheath strands each having a layer-twisted structure formed by twisting plural steel filaments (12a, 12b), which sheath strands are twisted around the core strand, wherein a ratio between a diameter of a core filament and a diameter of a sheath filament in the sheath strands is 0.75 to 0.85, and a ratio between a strength, that is the breaking load in Newtons, of the core filament and a strength, that is the breaking load in Newtons, of the sheath filament is 0.55 to 0.7, characterized in that a tensile strength of a core filament and a tensile strength of a sheath filament in the core strand are substantially the same, and a ratio between the tensile strength of the core filament and the tensile strength of the sheath filament in the sheath strands is 0.95 or higher but lower than 1.00. a single core strand having a layer-twisted structure formed by twisting plural steel filaments (11a, 11b); and plural sheath strands each having a layer-twisted structure formed by twisting plural steel filaments (12a, 12b), which sheath strands are twisted around the core strand, wherein a ratio between a diameter of a core filament and a diameter of a sheath filament in the sheath strands is 0.75 to 0.85, and a ratio between a strength, that is the breaking load in Newtons, of the core filament and a strength, that is the breaking load in Newtons, of the sheath filament is 0.55 to 0.7, characterized in that a tensile strength of a core filament and a tensile strength of a sheath filament in the core strand are substantially the same, and a ratio between the tensile strength of the core filament and the tensile strength of the sheath filament in the sheath strands is 0.95 or higher but lower than 1.00.
A labyrinth seal for scales, comprising a) a first inner sealing element, the outwardly facing outer surface of which in cross-section extends in a first preferably horizontal direction at least as far as a first X-coordinate (X 1), and b) a second outer sealing element that is arranged at a distance from the first sealing element in the X-direction, c) wherein the cross-section of the outer surface, beginning at a starting height (Y 0), extends upwards in a Y-direction, which is perpendicular to the X-direction, as far as a first Y-height (Y 1) and further as far as at least a second Y-height (Y 2) lying thereabove, and d) wherein an inwardly facing inner surface of the outer sealing element in cross-section, beginning at the first Y-height (Y 1), extends upwards in the Y-direction as far as at least the second Y-height (Y 2) in such a way that the outer and inner surface (11, 21) face each other between the first and the second Y-height (Y 1, Y 2), and e) wherein provided below the first Y-height (Y 1), adjacently to the outer sealing element, there is a sealing opening, characterised in that f) the outer surface has between the starting height (Y 0) and the second Y-height (Y 2) in cross-section at least one curved surface section in order to direct medium flowing in through the sealing opening onto a curved flow path, wherein at least one central point of curvature (P 12) of the curved surface section adopts a second X-coordinate (X 2), for which X 2 > X 1 holds good. a) a first inner sealing element, the outwardly facing outer surface of which in cross-section extends in a first preferably horizontal direction at least as far as a first X-coordinate (X 1), and b) a second outer sealing element that is arranged at a distance from the first sealing element in the X-direction, c) wherein the cross-section of the outer surface, beginning at a starting height (Y 0), extends upwards in a Y-direction, which is perpendicular to the X-direction, as far as a first Y-height (Y 1) and further as far as at least a second Y-height (Y 2) lying thereabove, and d) wherein an inwardly facing inner surface of the outer sealing element in cross-section, beginning at the first Y-height (Y 1), extends upwards in the Y-direction as far as at least the second Y-height (Y 2) in such a way that the outer and inner surface (11, 21) face each other between the first and the second Y-height (Y 1, Y 2), and e) wherein provided below the first Y-height (Y 1), adjacently to the outer sealing element, there is a sealing opening, f) the outer surface has between the starting height (Y 0) and the second Y-height (Y 2) in cross-section at least one curved surface section in order to direct medium flowing in through the sealing opening onto a curved flow path, wherein at least one central point of curvature (P 12) of the curved surface section adopts a second X-coordinate (X 2), for which X 2 > X 1 holds good.
A health monitoring system comprising: a storage that stores shape information about a bowl of a toilet and water amount information about a puddle of water in said bowl; a measurement unit for measuring fluid information about a fluid in the puddle of water into which urine excreted by a user of the toilet has flowed, the fluid information contains water temperature information generated as a result of measurement of the water temperature of at least one of a puddle of water and a puddle of water into which the excreted urine has flowed; an analysis part configured to analyse the excreted urine by assaying a fluid model formed by modeling the fluid based on the fluid information and at least one of the shape information and the water amount information and further configured to generate excreted urine information; an imaging part that includes a film that changes in color in response to a component in the puddle of water into which the excreted urine has flowed, the imaging part being configured to expose said film to the puddle of water into which the excreted urine has flowed, and imaging means for generating imaging information by capturing an image of the film; a correction part configured to correct the imaging information based on water amount information and the excreted urine information containing the amount of the excreted urine; an assay part configured to assay a urine component based on corrected imaging information; an estimation part configured to estimate a disease of the user based on the urine component. a storage that stores shape information about a bowl of a toilet and water amount information about a puddle of water in said bowl; a measurement unit for measuring fluid information about a fluid in the puddle of water into which urine excreted by a user of the toilet has flowed, the fluid information contains water temperature information generated as a result of measurement of the water temperature of at least one of a puddle of water and a puddle of water into which the excreted urine has flowed; an analysis part configured to analyse the excreted urine by assaying a fluid model formed by modeling the fluid based on the fluid information and at least one of the shape information and the water amount information and further configured to generate excreted urine information; an imaging part that includes a film that changes in color in response to a component in the puddle of water into which the excreted urine has flowed, the imaging part being configured to expose said film to the puddle of water into which the excreted urine has flowed, and imaging means for generating imaging information by capturing an image of the film; a correction part configured to correct the imaging information based on water amount information and the excreted urine information containing the amount of the excreted urine; an assay part configured to assay a urine component based on corrected imaging information; an estimation part configured to estimate a disease of the user based on the urine component.
A wireless local area network communications apparatus, wherein the communications apparatus is disposed in an access point, AP, and comprises: • a processing unit, configured to generate a physical layer protocol data unit, PPDU, of a wireless local area network, wherein the PPDU comprises a Physical Layer Convergence Protocol, PLCP, header domain and a data domain, wherein the PLCP header domain comprises a preamble and a control domain, and the control domain carries identifier information of the AP, an identifier of at least one station, STA, and duration information, wherein the duration information is used for setting a network allocation vector, NAV, in order to protect transmission of subsequent one or more PPDUs in a transmission opportunity, TXOP, and a duration indicated by the duration information includes transmission duration of the subsequent one or more PPDUs in the TXOP; and • a transceiver unit, configured to send the generated PPDU. • a processing unit, configured to generate a physical layer protocol data unit, PPDU, of a wireless local area network, wherein the PPDU comprises a Physical Layer Convergence Protocol, PLCP, header domain and a data domain, wherein the PLCP header domain comprises a preamble and a control domain, and the control domain carries identifier information of the AP, an identifier of at least one station, STA, and duration information, wherein the duration information is used for setting a network allocation vector, NAV, in order to protect transmission of subsequent one or more PPDUs in a transmission opportunity, TXOP, and a duration indicated by the duration information includes transmission duration of the subsequent one or more PPDUs in the TXOP; and • a transceiver unit, configured to send the generated PPDU.
A portable therapeutic fluid delivery device having a form factor that permits ambulatory use by a user, the device comprising: at least one disposable part and a reusable part that mate with each other to form a dispensing patch unit, the at least one disposable part comprising a first reservoir containing a first therapeutic fluid and a second reservoir containing a second therapeutic fluid, and the reusable part comprising a processor and at least one pumping mechanism,; at least one cannula, in fluid communication with the first and/or second reservoir,, the at least one cannula, being configured to penetrate a user's skin to subcutaneously deliver the first and/or the second therapeutic fluid; said at least one pumping mechanism capable of delivering the first therapeutic fluid from the first reservoir at a first dosing rate and delivers the second therapeutic fluid from the second reservoir at a second dosing rate through the at least one cannula, into the user, with the at least one pumping mechanism comprising a first pumping mechanism and a second pumping mechanism, the first pumping mechanism delivering the first fluid from the first reservoir and the second pumping mechanism delivering the second fluid from the second reservoir; and said processor controls the at least one pumping mechanism; characterized in that: the first and second pumping mechanisms, have one or more shared components. at least one disposable part and a reusable part that mate with each other to form a dispensing patch unit, the at least one disposable part comprising a first reservoir containing a first therapeutic fluid and a second reservoir containing a second therapeutic fluid, and the reusable part comprising a processor and at least one pumping mechanism,; at least one cannula, in fluid communication with the first and/or second reservoir,, the at least one cannula, being configured to penetrate a user's skin to subcutaneously deliver the first and/or the second therapeutic fluid; said at least one pumping mechanism capable of delivering the first therapeutic fluid from the first reservoir at a first dosing rate and delivers the second therapeutic fluid from the second reservoir at a second dosing rate through the at least one cannula, into the user, with the at least one pumping mechanism comprising a first pumping mechanism and a second pumping mechanism, the first pumping mechanism delivering the first fluid from the first reservoir and the second pumping mechanism delivering the second fluid from the second reservoir; and said processor controls the at least one pumping mechanism; characterized in that: the first and second pumping mechanisms, have one or more shared components.
A surgical suture package comprising: a main body including a base plate, an outer wall portion extending upward along an outer edge of the base plate, and an inner wall portion configured inside the outer wall portion in a manner extending upward to provide an accommodating portion accommodating a suture between the outer wall portion and the inner wall portion; a fixing clip provided on an inner surface of the base plate and configured to fasten a suture needle coupled to an end of the suture; multiple protruding bumps provided on an upper inner surface of the outer wall portion in a manner being spaced a predetermined distance apart from each other; and multiple cover members provided on an upper portion of the inner wall portion in a manner being spaced a predetermined distance apart from each other, und wherein a label is provided on an upper part of the main body to provide product information including a product name, characterised in that the multiple cover members are configured to cover above the suture in a manner being bent outward and being hooked on lower surfaces of the protruding bumps to keep being bent such that the suture accommodated in the accommodating portion is prevented from being released, and wherein the label is fastened by inserting an edge thereof between the protruding bumps and the cover members. a main body including a base plate, an outer wall portion extending upward along an outer edge of the base plate, and an inner wall portion configured inside the outer wall portion in a manner extending upward to provide an accommodating portion accommodating a suture between the outer wall portion and the inner wall portion; a fixing clip provided on an inner surface of the base plate and configured to fasten a suture needle coupled to an end of the suture; multiple protruding bumps provided on an upper inner surface of the outer wall portion in a manner being spaced a predetermined distance apart from each other; and multiple cover members provided on an upper portion of the inner wall portion in a manner being spaced a predetermined distance apart from each other, und wherein a label is provided on an upper part of the main body to provide product information including a product name, characterised in that the multiple cover members are configured to cover above the suture in a manner being bent outward and being hooked on lower surfaces of the protruding bumps to keep being bent such that the suture accommodated in the accommodating portion is prevented from being released, and wherein the label is fastened by inserting an edge thereof between the protruding bumps and the cover members.
A method for realizing data forwarding by a primary base station, comprising: receiving, by the primary base station, data; and after receiving, by the primary base station, the data, judging by the primary base station whether the data is from a backhaul terminal or to the backhaul terminal from a core network element, and if judged, by the primary base station, that the data is from the backhaul terminal, directly forwarding the data to the core network element without tunnel encapsulation or if judged, by the primary base station, that the data is from the core network element to the backhaul terminal, directly forwarding the data to the backhaul terminal without tunnel decapsulation. receiving, by the primary base station, data; and after receiving, by the primary base station, the data, judging by the primary base station whether the data is from a backhaul terminal or to the backhaul terminal from a core network element, and if judged, by the primary base station, that the data is from the backhaul terminal, directly forwarding the data to the core network element without tunnel encapsulation or if judged, by the primary base station, that the data is from the core network element to the backhaul terminal, directly forwarding the data to the backhaul terminal without tunnel decapsulation.
A lockbolt (2,2') comprising a collar (10,10') and a pin; the pin comprising a pin head and a pin tail (6,6') adapted to be inserted through aligned apertures (120,122) in workpiece members (130,140); the pin tail (6,6') comprising: a locking portion comprising locking grooves; only a single pull groove (20,20',20",20"'), the single pull groove (20,20',20",20"') being provided between the locking portion and an end face of the pin tail (6,6') remote from the pin head; and an end portion (80,80',80",80"') provided between the pull groove (20,20',20",20"') and the end face; the collar (10,10') being adapted to be fitted over the locking grooves and swaged onto the locking grooves, characterised in that the single pull groove (20,20',20",20"') includes a first tapered section (26,26'), a second tapered section (30,30') and a plain portion between the first tapered section (26,26') and the second tapered section (30,30'), one of the tapered sections (26,26',30,30') of the single pull groove (20,20',20",20"') providing a contact surface; and the collar (10,10') includes full swage indication means comprising one or more approximately rectangular projections provided on a flange of the collar (10,10'), the one or more projections extending radially outwardly along a surface of the flange. a locking portion comprising locking grooves; only a single pull groove (20,20',20",20"'), the single pull groove (20,20',20",20"') being provided between the locking portion and an end face of the pin tail (6,6') remote from the pin head; and an end portion (80,80',80",80"') provided between the pull groove (20,20',20",20"') and the end face; the collar (10,10') being adapted to be fitted over the locking grooves and swaged onto the locking grooves, the single pull groove (20,20',20",20"') includes a first tapered section (26,26'), a second tapered section (30,30') and a plain portion between the first tapered section (26,26') and the second tapered section (30,30'), one of the tapered sections (26,26',30,30') of the single pull groove (20,20',20",20"') providing a contact surface; and the collar (10,10') includes full swage indication means comprising one or more approximately rectangular projections provided on a flange of the collar (10,10'), the one or more projections extending radially outwardly along a surface of the flange.