mhurhangee/ep-ind-claims huggingface dataset:
A liquid injection container adapted to be used for injecting a liquid from a liquid injection container into a liquid container that supplies the liquid to a liquid ejecting apparatus, the liquid injection container comprising: a containing unit that contains the liquid that is to be injected; an injection port that is adapted to be inserted into an inlet of the liquid container and that is adapted to allow the liquid contained in the containing unit to be injected into the liquid container therethrough and a positioning member that is adapted to maintain a position of the injection port and a position of the liquid container relative to each other in a direction in which the injection port is inserted into the liquid container while the liquid is injected into the liquid container a liquid guide portion that is adapted to guide the liquid in the containing unit to the injection port while the liquid is injected into the liquid container, the liquid guide portion having a cross section smaller than a cross section of the containing unit, wherein the positioning member, is a protrusion that protrudes outward from an outer wall of the liquid guide portion, and that is adapted to maintain the positions of the injection port and the liquid container by contacting an upper end portion of the inlet of the liquid container while the liquid is injected, the upper end portion being open to the outside. a containing unit that contains the liquid that is to be injected; an injection port that is adapted to be inserted into an inlet of the liquid container and that is adapted to allow the liquid contained in the containing unit to be injected into the liquid container therethrough and a positioning member that is adapted to maintain a position of the injection port and a position of the liquid container relative to each other in a direction in which the injection port is inserted into the liquid container while the liquid is injected into the liquid container a liquid guide portion that is adapted to guide the liquid in the containing unit to the injection port while the liquid is injected into the liquid container, the liquid guide portion having a cross section smaller than a cross section of the containing unit, wherein the positioning member, is a protrusion that protrudes outward from an outer wall of the liquid guide portion, and that is adapted to maintain the positions of the injection port and the liquid container by contacting an upper end portion of the inlet of the liquid container while the liquid is injected, the upper end portion being open to the outside.
An electric connector housing comprising an assembly of a holder (21, 41, 71) having a plurality of grooves (21a, 41a, 71a) for accommodating therein respective connection terminals and a cover for covering said grooves of the holder, wherein movement preventing means (21b, 41b, 71b) for preventing said connection terminals from moving in forward and backward direction are provided in either one or both of said holder and said cover, said holder (21, 41, 71) having a front wall portion (21c, 41c, 71c) preventing said connection terminals from moving in a foward direction characterised by an outer cover (52, 61, 72) for covering the assembly of the holder (21, 41, 71) and cover, the outer cover (52, 61, 72) having a front wall portion (52d, 61d, 72d), the front wall portion (52d, 61d, 72d) of the outer cover (52,61, 72) having formed therein guide openings (52e, 61e, 72e) for receiving corresponding terminals, the front wall portion (52d, 61d, 72d) of the outer cover (52, 61, 72) also having a fitting hole (52f, 61f, 72f) for receiving a front end of the holder (21, 41, 71).
A respiratory mask including a mask fabric body, a strip of plastically bendable material and holding straps (3, 6) for holding the mask body to the face of a user, the mask body being made of a woven fabric characterized in that: said woven fabric has weft yarns and warp yarns, said strip of plastically bendable material comprises at least one yarn woven with said mask body fabric and/or said holding straps comprise at least one yarn woven with said mask body fabric.
Dispensing head for a cosmetic product, comprising an actuatingmechanism for actuating and dispensing the product, said actuating mechanism comprising: - a coupling part to a member for dispensing the product mounted on a receptacle, - at least one product dispensing duct, carried by the coupling part, with the dispensing duct exiting via a dispensing opening for dispensing the product outside of the head; - a maneuvering lever, rotatably mounted around a pivot axis, with the maneuvering lever able to displace the coupling part along an actuating axis between a rest position and a product dispensing position; the dispensing head comprising a blocking mechanism for blocking the maneuvering lever, said blocking mechanism able to be displaced by the user between a immobilization configuration of the lever and released configuration of the lever, the dispensing head being characterized in that it comprises a protective cap covering the actuating mechanism, said protective cap delimiting the dispensing opening, the protective cap comprising at least one portion deformable to the touch, placed opposite the maneuvering lever. - a coupling part to a member for dispensing the product mounted on a receptacle, - at least one product dispensing duct, carried by the coupling part, with the dispensing duct exiting via a dispensing opening for dispensing the product outside of the head; - a maneuvering lever, rotatably mounted around a pivot axis, with the maneuvering lever able to displace the coupling part along an actuating axis between a rest position and a product dispensing position;
Dishwasher, in particular a household dishwasher, comprising at least one washing container and at least one sorption drying system for drying items to be washed, wherein the sorption drying system comprises at least one sorption container comprising reversibly dehydratable sorption material, said container being connected to the washing container by means of at least one air-guiding channel for the generation of an air flow, wherein at least one outflow device which is connected to at least one outflow opening of the sorption container is arranged in the interior of the washing container such that air blown out from it is largely directed away from at least one spray device accommodated in the washing container, wherein the spray device is a rotating spray arm, wherein the outflow device comprises an outflow connecting piece and a spray-protection hood, wherein the outflow connecting piece of the outflow device projects from the base of the washing container into the interior of the washing container at a point which lies outside the area of rotation covered by the lower spray arm, wherein the spray protection hood has a geometric shape which slips over the exhaust opening of the outflow connecting piece, wherein the spray-protection hood envelops an upper end portion of the outflow connecting piece so as to form a gap clearance between its inner wall and the outer wall of the outflow connecting piece, and wherein the spray protection hood is slipped over the outflow connecting piece such that air flowing up through the outflow connecting piece out of the sorption container with a rising direction of flow can, after its exit from the exhaust opening of the outflow connecting piece, have a downwardly directing forced flow path impressed upon it.
A device for delivering personal vehicles to drivers with disabilities, comprising - a box or container of the street furniture type (1, 3', 3") having, at least on one side, an opening (4, 4', 4", 6) that can be opened and closed by closure actuating means controlled by a user, and containing a personal vehicle (16', 20", 23) and a jump seat (12', 19", 20, 57), positioned in respective positions withdrawn inside the box, - respective transfer locations, in which the personal vehicle (16', 20", 23) and the jump seat (12', 19", 20, 57) are next to and in close proximity to one another, said personal vehicle, when it is arranged in its transfer location, being kept in that location by fastening means releasable by the user, said movable jump seat (12', 19", 20, 57) being able to be moved on guide means (13', 15", 19, 56) between a forward position situated next to and in the vicinity of the seat of the user's motor vehicle, stopped in its determined position, and its transfer location. - a box or container of the street furniture type (1, 3', 3") having, at least on one side, an opening (4, 4', 4", 6) that can be opened and closed by closure actuating means controlled by a user, and containing a personal vehicle (16', 20", 23) and a jump seat (12', 19", 20, 57), positioned in respective positions withdrawn inside the box, - respective transfer locations, in which the personal vehicle (16', 20", 23) and the jump seat (12', 19", 20, 57) are next to and in close proximity to one another, said personal vehicle, when it is arranged in its transfer location, being kept in that location by fastening means releasable by the user, said movable jump seat (12', 19", 20, 57) being able to be moved on guide means (13', 15", 19, 56) between a forward position situated next to and in the vicinity of the seat of the user's motor vehicle, stopped in its determined position, and its transfer location.
An assembly, comprising: a stent lattice having a plurality of pivotably connected struts (112, 114) and one or more drive screws rotatably coupled to the struts, wherein rotating the one or more drive screws in a first direction relative to the struts radially expands the stent lattice, and wherein rotating the one or more drive screws in a second direction relative to the struts radially contracts the stent lattice; and a delivery system including one or more motors, one or more drive wires coupled to the one or more motors, and a memory, wherein the one or more drive wires are coupled to the one or more drive screws of the stent lattice, wherein the one or more motors are configured to rotate the one or more drive wires and the one or more drive screws to expand and contract the stent lattice, wherein the memory is configured for storing one or more characteristics of the one or more motors, the one or more drive wires, or the stent lattice, wherein the one or more characteristics stored in the memory of the delivery system include first characteristics corresponding to expanding the stent lattice outside a patient's body, and wherein the delivery system is further configured to display second characteristics corresponding to expanding the stent lattice inside the patient's body and to compare the second characteristics to the first characteristics. a stent lattice having a plurality of pivotably connected struts (112, 114) and one or more drive screws rotatably coupled to the struts, wherein rotating the one or more drive screws in a first direction relative to the struts radially expands the stent lattice, and wherein rotating the one or more drive screws in a second direction relative to the struts radially contracts the stent lattice; and a delivery system including one or more motors, one or more drive wires coupled to the one or more motors, and a memory, wherein the one or more drive wires are coupled to the one or more drive screws of the stent lattice, wherein the one or more motors are configured to rotate the one or more drive wires and the one or more drive screws to expand and contract the stent lattice, wherein the memory is configured for storing one or more characteristics of the one or more motors, the one or more drive wires, or the stent lattice, wherein the one or more characteristics stored in the memory of the delivery system include first characteristics corresponding to expanding the stent lattice outside a patient's body, and wherein the delivery system is further configured to display second characteristics corresponding to expanding the stent lattice inside the patient's body and to compare the second characteristics to the first characteristics.
A method, comprising: at an electronic device (100, 300) with a display (112, 450) and a touch-sensitive surface (112, 451): concurrently displaying on the display an application content area (5062, 5160), and an unsplit keyboard, the unsplit keyboard being located at a bottom of the display; and detecting a first gesture on the touch-sensitive surface; characterized by: in response to detecting the first gesture on the touch-sensitive surface: converting the unsplit keyboard into a split keyboard, and moving the split keyboard away from the bottom of the display over the application content area in accordance with the first gesture. at an electronic device (100, 300) with a display (112, 450) and a touch-sensitive surface (112, 451): concurrently displaying on the display an application content area (5062, 5160), and an unsplit keyboard, the unsplit keyboard being located at a bottom of the display; and detecting a first gesture on the touch-sensitive surface; characterized by: in response to detecting the first gesture on the touch-sensitive surface: converting the unsplit keyboard into a split keyboard, and moving the split keyboard away from the bottom of the display over the application content area in accordance with the first gesture. concurrently displaying on the display an application content area (5062, 5160), and an unsplit keyboard, the unsplit keyboard being located at a bottom of the display; and an application content area (5062, 5160), and an unsplit keyboard, the unsplit keyboard being located at a bottom of the display; and detecting a first gesture on the touch-sensitive surface; characterized by: in response to detecting the first gesture on the touch-sensitive surface: converting the unsplit keyboard into a split keyboard, and moving the split keyboard away from the bottom of the display over the application content area in accordance with the first gesture. in response to detecting the first gesture on the touch-sensitive surface: converting the unsplit keyboard into a split keyboard, and moving the split keyboard away from the bottom of the display over the application content area in accordance with the first gesture. converting the unsplit keyboard into a split keyboard, and moving the split keyboard away from the bottom of the display over the application content area in accordance with the first gesture.
A container comprising a composition and configured to deliver the composition into a vehicle air conditioning system, wherein the composition comprises 60 to 65 wt% polyol ester lubricant and 35 to 40 wt% refrigerant, wherein the refrigerant exhibits a global warming potential of less than about 150, and wherein the pressure within the container is 160 kPa to 945 kPa.
A shaft of a turbomachine having an axis (X-X), an outer surface, an inner surface, an upstream end and a downstream end, the shaft being arranged to rotate in a first circumferential direction, the shaft comprising a first set of equally circumferentially spaced apertures extending through the shaft from the outer surface of the shaft to the inner surface of the shaft, the first set of apertures being arranged in a first plane arranged perpendicularly to the axis (X-X) of the shaft, a second set of equally circumferentially spaced apertures extending through the shaft from the outer surface of the shaft to the inner surface of the shaft, the second set of apertures being arranged in a second plane arranged perpendicularly to the axis (X-X) of the shaft, the second plane being spaced axially downstream from the first plane, characterised in that each aperture in the second set of apertures being positioned circumferentially between two apertures in the first set of apertures and each aperture in the second set of apertures being circumferentially displaced in a second circumferential direction from a circumferential mid position between the two apertures in the first set of apertures.
An anodic bonding method between a first substrate and a second substrate comprising: • interposing an intermediate layer between the first and second substrates; • assembly of the substrates at a determined bonding temperature; • application of an electric voltage between the first and the second substrate, characterised in that said electric voltage comprises a pulsed or AC component, and in that said bonding temperature is less than 300 °C, preferably not more than 200 °C. • interposing an intermediate layer between the first and second substrates; • assembly of the substrates at a determined bonding temperature; • application of an electric voltage between the first and the second substrate, characterised in that said electric voltage comprises a pulsed or AC component, and in that said bonding temperature is less than 300 °C, preferably not more than 200 °C.
A neck trial comprising: a body having an exterior surface; and a neck extending away from the body and along a neck axis, wherein at least one first line is provided on the exterior surface and the or each first line extends in a first direction parallel to an inferior-superior axis of a patient when in use and at least one second line is provided on the exterior surface and the or each second line extends in a second direction parallel to a medial-lateral axis of the patient in use, and characterised in that: the number of first lines, or the position of the first line or lines relative to the second line or lines, is indicative of an amount of offset of the patient's leg in the medial-lateral direction caused by the neck trial in use; and the number of second lines, or the position of the second line or lines relative to the first line or lines, is indicative of an amount of leg-length of the patient's leg in the inferior-superior direction caused by the neck trial in use. a body having an exterior surface; and a neck extending away from the body and along a neck axis, wherein at least one first line is provided on the exterior surface and the or each first line extends in a first direction parallel to an inferior-superior axis of a patient when in use and at least one second line is provided on the exterior surface and the or each second line extends in a second direction parallel to a medial-lateral axis of the patient in use, and characterised in that: the number of first lines, or the position of the first line or lines relative to the second line or lines, is indicative of an amount of offset of the patient's leg in the medial-lateral direction caused by the neck trial in use; and the number of second lines, or the position of the second line or lines relative to the first line or lines, is indicative of an amount of leg-length of the patient's leg in the inferior-superior direction caused by the neck trial in use.
A magnetic core for a three-phase magnetic induction device, the magnetic core comprising three magnetic core frames (62a, 62b, 62c) forming magnetic core legs (64ab, 64bc, 64ca) for mounting coils (63ab, 63bc, 63ca) of the induction device thereover, each of the core frames (62a, 62b, 62c) being made from wound magnetic material ribbon, the magnetic core being characterized in that: each of the core frames (62a, 62b, 62c) is constructed from a plurality of separate multilayered loops having a loop width different from the other loops in the frame; each loop of the frame is separately made from wound magnetic material ribbon having a predefined ribbon width defining a thickness of the loop; and the multiple loops forming the frame are coaxially stacked one on top of the other such that stair-stepped configurations are formed along internal and external faces of the frame, the magnetic core frames (62a, 62b, 62c) are arranged in said magnetic core with the internal faces of the frames facing each other thereby forming a triangular prism structure, such that stair-stepped configuration of each frame become engaged with stair-stepped configurations of locally adjacent frames thereby forming three magnetic core legs (64ab, 64bc, 64ca) of the magnetic core for mounting coils of said device thereover. each of the core frames (62a, 62b, 62c) is constructed from a plurality of separate multilayered loops having a loop width different from the other loops in the frame; each loop of the frame is separately made from wound magnetic material ribbon having a predefined ribbon width defining a thickness of the loop; and the multiple loops forming the frame are coaxially stacked one on top of the other such that stair-stepped configurations are formed along internal and external faces of the frame, the magnetic core frames (62a, 62b, 62c) are arranged in said magnetic core with the internal faces of the frames facing each other thereby forming a triangular prism structure, such that stair-stepped configuration of each frame become engaged with stair-stepped configurations of locally adjacent frames thereby forming three magnetic core legs (64ab, 64bc, 64ca) of the magnetic core for mounting coils of said device thereover.
Secondary part of a synchronous motor with a protective device for magnets, the secondary part having a plurality of magnets arranged at regular intervals on a magnet carrier, and the protective device having a web for insertion into a gap between adjacent magnets, the web having a first and second flange (3, 4) at its two ends, so that the web and the flanges (3, 4) form a double-T structure, and the flanges (3, 4) resting on the outer edges of the adjacent magnets, characterized in that the protective device consists of an elastic, compressible material, and in that the flanges (3, 4) of two adjacent protective devices touch and thus form a continuous protection against damage by external influences for the outer edges of the magnets.
A laser device, comprising - an element made of laser-active material, which emits laser light when excited by pump light, wherein the laser-active material is a glass; and wherein - at least one cladding element (5, 7) is bonded to said element made of laser-active material so as to allow for heat exchange by heat conduction between the cladding element (5, 7) and the element made of laser-active material; and wherein - the materials of said cladding element (5, 7) and of said element made of laser-active material differ in that the cladding element (5, 7) exhibits an absorption coefficient for the pump light, which is lower than the corresponding absorption coefficient of the element made of laser-active material; and wherein the laser device is designed so that the pump light is directed through the cladding element and into the element made of laser-active material, and/or so that the pump light is directed through the element made of laser-active material and into the cladding element; characterized in that - the cladding element (5, 7) comprises a phosphate crown glass, a phosphate dense crown glass, or a borosilicate crown glass. - an element made of laser-active material, which emits laser light when excited by pump light, wherein the laser-active material is a glass; and wherein - at least one cladding element (5, 7) is bonded to said element made of laser-active material so as to allow for heat exchange by heat conduction between the cladding element (5, 7) and the element made of laser-active material; and wherein - the materials of said cladding element (5, 7) and of said element made of laser-active material differ in that the cladding element (5, 7) exhibits an absorption coefficient for the pump light, which is lower than the corresponding absorption coefficient of the element made of laser-active material; and wherein the laser device is designed so that the pump light is directed through the cladding element and into the element made of laser-active material, and/or so that the pump light is directed through the element made of laser-active material and into the cladding element; - the cladding element (5, 7) comprises a phosphate crown glass, a phosphate dense crown glass, or a borosilicate crown glass.