mhurhangee/ep-ind-claims huggingface dataset:
Mold centering system, which has several centering elements arranged on the sides of a mold, each one of them comprises a male device screwed to a first portion of the mold and a female device screwed to a second portion of the mold, being both portions (4, 7) fastened to a fixed plate and to a moveable plate of an injection machine, wherein the male device has an elongated shaft constituent of the male element itself, which fits in a through hole of the female device during the mold closing, the through hole incorporates at least two parallel planes, delimited by at least two groups of revolving bodies located in guiding housings, which have a closed contour, and said shaft contacting tangentially against some of the aforementioned revolving bodies; characterised in that the revolving bodies run through the guiding housings with an endless motion simultaneously combined with a spinning motion of said revolving bodies during the movement of the elongated shafts inside the through bodies.
A system for the delivery of a drug to a gastrointestinal tract, the system comprising: a capsule sized to pass through an intestinal tract of a patient; an acoustic transmitter coupled to the capsule, the acoustic transmitter configured to transmit an acoustic tracking signal between the capsule and a location external to a patient's body to track a linear position of the capsule within the patient's intestinal tract as the capsule is passing through the intestinal tract; characterised in that the system further comprises a reference signal generator coupled to the capsule, the reference signal generator configured to generate and transmit a reference signal for identifying a time of tracking signal origination; a drug delivery device configured to deliver drug to the intestinal tract; and a controller configured to actuate the drug delivery device as the capsule is passing through the intestinal tract at a desired position in the intestinal tract based on the capsule position within the intestinal tract. a capsule sized to pass through an intestinal tract of a patient; an acoustic transmitter coupled to the capsule, the acoustic transmitter configured to transmit an acoustic tracking signal between the capsule and a location external to a patient's body to track a linear position of the capsule within the patient's intestinal tract as the capsule is passing through the intestinal tract; characterised in that the system further comprises a reference signal generator coupled to the capsule, the reference signal generator configured to generate and transmit a reference signal for identifying a time of tracking signal origination; a drug delivery device configured to deliver drug to the intestinal tract; and a controller configured to actuate the drug delivery device as the capsule is passing through the intestinal tract at a desired position in the intestinal tract based on the capsule position within the intestinal tract.
A food package, comprising: - an inner package member including lateral walls (24a, 24b) that define an interspace along a lateral direction, and a lower aperture in a vertical direction; - an outer package member including a support portion with a receiving surface; wherein the inner package member is slidably arranged with respect to the outer package member along a longitudinal direction between: - an engaged position, wherein the support portion is engaged with the lateral walls, so that the interspace and the receiving surface jointly form a receptacle for holding a food portion, and - a released position, wherein the lateral walls are displaced with respect to the support portion to expose the lower aperture; wherein the outer package member comprises lateral portions (68a, 68b) for enclosing the lateral walls of the inner package member in the engaged position, and wherein the lateral portions extend from the support portion to second upper edges (74a, 74b), which are level with or protrude beyond first upper edges (36a, 36b) of the lateral walls along the vertical direction characterized in that the space in the inner package member is formed as a through opening extending through the inner package member along the vertical direction, wherein the through opening opens into an upper aperture delimited by the first upper edge (36a-36d) and in a lower aperture delimited by the lower edge. - an inner package member including lateral walls (24a, 24b) that define an interspace along a lateral direction, and a lower aperture in a vertical direction; - an outer package member including a support portion with a receiving surface; - an engaged position, wherein the support portion is engaged with the lateral walls, so that the interspace and the receiving surface jointly form a receptacle for holding a food portion, and - a released position, wherein the lateral walls are displaced with respect to the support portion to expose the lower aperture;
An inclined shelf case comprising a case corpus with supports having at least one inclined shelf sloping down towards the take-out side and having an abutment element at its lower end, which element retains stored objects (13, 13a), wherein the at least one inclined shelf is mounted to supports via guide rails and is designed as a pullout running in the guide rails, wherein each guide rail comprises an integrated stop, wherein the at least one inclined shelf comprises catch means via which the inclined shelf is caught, when in a state completely pushed in, characterized in that the inclined shelf is further provided with a stop device for the inclined shelf, the stop device being independent of the stops integrated in the guide rail and cooperating with the case corpus.
A rotary joint including a first part and a second part configured to rotate around a rotation axis against the first part, wherein the first part includes at least one first magnetic core, the second part includes at least one second magnetic core configured for coupling power with the at least one first magnetic core, wherein a first winding is within the first magnetic core, and a second winding is within the second magnetic core, the first winding and the second winding are magnetically coupled with each other through the first magnetic core and the second magnetic core, and a circular air gap is formed between the at least one first magnetic core and the at least one second magnetic core, characterized in, that at least one resonant shield is provided outside the magnetic core and outside of the airgap, and wherein each resonant shield comprises an open ring shaped structure, having two open ends (411, 412) which are connected by a capacitor to form a resonant circuit. the second part includes at least one second magnetic core configured for coupling power with the at least one first magnetic core, wherein a first winding is within the first magnetic core, and a second winding is within the second magnetic core, the first winding and the second winding are magnetically coupled with each other through the first magnetic core and the second magnetic core, and a circular air gap is formed between the at least one first magnetic core and the at least one second magnetic core, characterized in, that at least one resonant shield is provided outside the magnetic core and outside of the airgap, and wherein each resonant shield comprises an open ring shaped structure, having two open ends (411, 412) which are connected by a capacitor to form a resonant circuit.
An optical connector used for connecting an optical waveguide substrate and an optical-fiber connector member, comprising: a plurality of positioning structures, each having a cylindrical hole (13b, 13d) for inserting another end of a pin (3a, 3b) which has an end inserted into the connector member, and a groove (13a, 13c) formed on a second surface perpendicular to a first surface on which an open end of the hole (13b, 13d) is located, wherein the groove (13a, 13c) and the hole (13b, 13d) are continuous, the groove (13a, 13c) has an arc-shaped cross section, and a center of a circle formed by a cross section of the hole (13b, 13d) and a center of an arc formed by the cross section of the groove (13a, 13c) are identical, and when the optical connector is coupled to the optical waveguide substrate that comprises a plurality of protrusions (12a, 12b) having a rectangular cross section, in each of the plurality of positioning structures, at least two corners of a corresponding protrusion (12a, 12b) among the plurality of protrusions (12a, 12b) are supported by an inner wall of the groove (13a, 13c), characterised in that an opening width of the arc formed by the cross section of the groove (13a, 13c) is the same as a width of the protrusions (12a, 12b), and four corners of the protrusions (12a, 12b) are supported by the inner wall of the groove (13a, 13c). a plurality of positioning structures, each having a cylindrical hole (13b, 13d) for inserting another end of a pin (3a, 3b) which has an end inserted into the connector member, and a groove (13a, 13c) formed on a second surface perpendicular to a first surface on which an open end of the hole (13b, 13d) is located, wherein the groove (13a, 13c) and the hole (13b, 13d) are continuous, the groove (13a, 13c) has an arc-shaped cross section, and a center of a circle formed by a cross section of the hole (13b, 13d) and a center of an arc formed by the cross section of the groove (13a, 13c) are identical, and when the optical connector is coupled to the optical waveguide substrate that comprises a plurality of protrusions (12a, 12b) having a rectangular cross section, in each of the plurality of positioning structures, at least two corners of a corresponding protrusion (12a, 12b) among the plurality of protrusions (12a, 12b) are supported by an inner wall of the groove (13a, 13c), characterised in that an opening width of the arc formed by the cross section of the groove (13a, 13c) is the same as a width of the protrusions (12a, 12b), and four corners of the protrusions (12a, 12b) are supported by the inner wall of the groove (13a, 13c).
A tire system for self-inflation of a tire when operative, the system comprising a tire having a tire carcass, a tire cavity and compression actuator means mounted to the tire carcass for compressing air for delivery to the tire cavity, the compression actuator means comprising a hollow containment body formed from a resilient deformable material composition and containing a quantity of a non-compressible medium, wherein the containment body is affixed to a relatively high flex-deformation region of the tire carcass and the containment body is configured for reciprocally transforming between a deformed state and a non-deformed state responsive to a deformation and a recovery of the tire high flex-deformation region in a rolling tire, respectively; wherein the containment body operationally undergoes a cyclic transformation between the deformed state and the non-deformed state within a tire revolution against a ground surface; wherein the deformation of the containment body is induced by a bending of a tire carcass sidewall; wherein the containment body in the deformed state is configured for displacing a pressurized displaced quantity of the non-compressible medium; wherein the pressurized displaced quantity of the non-compressible medium is operative to generate a compression force for pressurizing a volume of air for delivery to the tire cavity; and wherein the system further comprises a pump assembly affixed to the tire carcass, the pump assembly comprising a compressor body affixed to the containment body and having an internal air chamber, the air chamber having an inlet opening for admitting air into the internal air chamber and an outlet opening for conducting air from the internal air chamber to the tire cavity.
A preparation vessel, in particular for a food processor, wherein the preparation vessel has a vessel wall and a preparation area surrounded by the vessel wall, wherein the vessel wall has allocated to it a cooling device which contacts the vessel wall, namely an inner wall of the vessel wall delimiting the preparation area in a thermally conductive manner, for cooling a product to be prepared in the preparation area, wherein the cooling device is in thermally conductive contact with the inner wall, characterized in that the vessel wall in at least a partial area has a double-walled design, with an inner wall bordering the preparation area and an outer wall that is formed separately from the latter and spaced apart from the inner wall by a gap, wherein the gap has the cooling device and a phase change material (PCM, phase change material) located between the cooling device and the outer wall as viewed in a direction from the preparation area to the outer wall, wherein the phase change material is a latent heat storage material, wherein the absorbable amount of heat energy of the latent heat storage material in the range of the transition temperature characteristic of the phase change material is significantly greater than an amount of heat energy that can be stored due to the specific heat capacity of the phase change material outside of the phase change effect, wherein the phase change material is spaced apart from the inner wall by interposing the cooling device.
Device for the separation of a product in a liquid fraction and in a non-liquid fraction, whereby it consists of a transport pump which sucks in the product from a barrel or supply device and pumps it under pressure to a transport zone which ends in a cylindrical tube provided with a dewatering zone with lateral perforations, whereby during the transport of the product through the cylindrical tube from the left to the right a part of the liquid fraction of the product is forced out through the perforations of the press zone as a result of the prevalent overpressure such that during the transport movement in the cylindrical tube a press cake is created which due to the pump pressure is forced further through the cylindrical tube to the exit thereof, whereby the exit of the pressed press cake from the cylindrical tube is restricted by a controlled recoiling counter pressure plate which when making room for the exiting dewatered press cake exercises a controlled counter force on this press cake such that the pressure at the entry of the cylindrical tube remains within the desired limits to thus obtain a good separation of liquid and a solid dewatered press cake in the cylindrical tube, characterised in that the counter pressure plate moving in a controlled way not only recoils, but sometimes also stops in a controlled way or even moves against the movement of the press cake and this with varying forces, after which in a following phase the counter pressure plate is moved further to the right in the direction of the moving pressed press cake, such that now no more pressure is exercised on the press cake, and the press cake will subsequently spontaneously break off and fall down in a collector, or is actively removed from the flow path of the digestate by a mechanical separator with a movable ram (19, 19') and this in a direction that is completely or partly perpendicular to the direction of the flow path of the product.
A literature pocket for an aircraft seat, the literature pocket comprising a holder for holding a rolled-up newspaper, wherein the holder comprises one or more elastic members (2, 2a, 2b, 2c) and a grip, wherein the grip comprises a shaped surface for positioning against a rolled-up newspaper, wherein, when the one or more elastic members (2, 2a, 2b, 2c) are secured to the literature pocket positioned on the rear surface of a vehicle seat back, the one or more elastic members (2, 2a, 2b, 2c) urge the shaped surface of the grip towards the rear surface of the literature pocket positioned between the grip and the rear surface of the seat back such that when a rolled-up newspaper is positioned between the shaped surface of the grip and the rear surface of the literature pocket, the newspaper is held in place between the shaped surface of the grip and the literature pocket, wherein the literature pocket comprises an attachment means for attaching the one or more elastic members (2, 2a, 2b, 2c) to the literature pocket, characterised in that the attachment means comprises (i) one or more holes, loops and/or channels (13a, 13c) positioned at or near each lateral edge of the literature pocket through which the one or more elastic members (2, 2a, 2b, 2c) can be threaded, and/or (ii) one or more holes, loops and/or channels positioned at or near the base of the literature pocket through which the one or more elastic members (2, 2a, 2b, 2c) can be threaded.
A catheter assembly comprising: a catheter; a needle having a distal tip and disposed within the catheter; a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve that selectively permits or blocks a flow of fluid through the catheter; a valve actuator that moves between a first position and a second position to actuate the valve, the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator, and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a needle protection member that encloses the distal tip of the needle. a catheter; a needle having a distal tip and disposed within the catheter; a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve that selectively permits or blocks a flow of fluid through the catheter; a valve actuator that moves between a first position and a second position to actuate the valve, the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator, and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a valve that selectively permits or blocks a flow of fluid through the catheter; a valve actuator that moves between a first position and a second position to actuate the valve, the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator, and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a needle protection member that encloses the distal tip of the needle.
A pipe comprising a layer made of a polyethylene composition comprising a polyethylene base resin, which comprises a. an ethylene copolymer and b. an ethylene copolymer, wherein ethylene copolymer has a lower weight average molecular weight than the ethylene copolymer, and the ethylene copolymer has a density of 0.935 to 0.955 g/cm 3, and the ethylene copolymer has a density of 0.880 to 0.930 g/cm 3, and the polyethylene base resin has a melt flow rate MFR 2 (2.16 kg/190°C) of 0.1 to 3.5 g/10min and a density of 0.915 g/cm 3 to 0.940 g/cm 3, and wherein the ethylene copolymer has a comonomer content between 1 to 10 mol% and ethylene copolymer has a comonomer content between 5 to 20 mol %.) a. an ethylene copolymer and b. an ethylene copolymer,
A method of controlling the thermal balance of the reaction shaft of a suspension smelting furnace, comprising using a concentrate burner that comprises a pulverous solid matter supply device for feeding pulverous solid matter into the reaction shaft, and a gas supply device for feeding reaction gas into the reaction shaft, the method comprising feeding into the reaction shaft pulverous solid matter, and feeding reaction gas into the reaction shaft for mixing reaction gas with pulverous solid matter to form a mixture by powdery solid matter and reaction gas in the reaction shaft of the suspension smelting furnace, characterized in that endothermic material in the form of a liquid cooling agent is fed by the concentrate burner to constitute part of the mixture formed by powdery solid matter and reaction gas in the reaction shaft of the suspension smelting furnace, so that a mixture containing powdery solid matter, reaction gas and endothermic material in the form of a liquid cooling agent is formed in the reaction shaft of the suspension smelting furnace.
A pneumatic tire provided with, in a tread surface, at least two main grooves (2, 21, 22, 23) continuously extending in a tire circumferential direction, and a first land portion defined by the two main grooves (2, 21, 22, 23), wherein in the first land portion, a first inclined groove is disposed, the first inclined groove inclining relative to a tire width direction, and having one end portion opening in the main groove (2, 21, 22, 23) on one side adjacent to the first land portion and the other end portion terminating within the first land portion, and further in the first land portion, a first notched portion is disposed, the first notched portion having one end in a tire width direction as a tip positioned at an endmost, in a tire width direction, of the other end portion of the first inclined groove and the other end in a tire width direction opening in the main groove (2, 21, 22, 23) on the other side adjacent to the first land portion, in the first notched portion, a length measured along a tire circumferential direction gradually increases from the one end of the first notched portion toward the other end thereof, characterised in that, in the first notched portion, depth gradually increases, in a tire width direction, from one end in the tire width direction to the other end in the tire width direction, and depth gradually increases, in a tire circumferential direction, from the other side in a tire circumferential direction to one side thereof, and in the first inclined groove, inclination of the first inclined groove relative to a tire width direction is curved in a manner that it gradually decreases from a side of the one end portion of the first inclined groove toward a side of the other end portion thereof.