mhurhangee/ep-ind-claims huggingface dataset:
A process to form solid polymer particles from a polymer melt, said process comprising pastillating the polymer melt using an apparatus to batch or continuously form solid polymer particles, the apparatus comprising the following components: A) at least one pastillation unit comprising a pastillation head, said unit used to form discrete molten polymer particles from a polymer melt; B) a moving belt to receive and transfer the discrete molten polymer particles from the pastillation head; C) a means to transfer water onto the moving belt, such that the water comes into contact with the discrete molten polymer particles on the moving belt to form the solid polymer particles; and wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds. A) at least one pastillation unit comprising a pastillation head, said unit used to form discrete molten polymer particles from a polymer melt; B) a moving belt to receive and transfer the discrete molten polymer particles from the pastillation head; C) a means to transfer water onto the moving belt, such that the water comes into contact with the discrete molten polymer particles on the moving belt to form the solid polymer particles; and wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds. wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds.
Galley unit for an aircraft comprising a galley body being fixed on a cabin floor for accommodating a plurality of storage boxes, appliances and at least one service cart; a plurality of storage boxes for storing goods, and a service cart for conveying goods to and from said galley body for distribution to passengers on board, characterized in that said storage boxes are standard boxes all having the same predetermined width (w), predetermined depth (d) and predetermined height (h), said galley body has a plurality of vertical levels (3a - 3e) that are substantially equidistant from each other, wherein each of said vertical levels (3a - 3e) is subdivided into a plurality of laterally adjacent compartments for accommodating the storage boxes, wherein the horizontal and vertical dimensions of said compartments are equal to an integer multiple of the respective dimensions of a single one of said storage boxes, and a transfer table (7; 20) is provided movable in front of said galley body for access to each of said compartments.
A holder for cylindrical bending of an X-ray grid, where the X-ray grid holder supports the X-ray grid with supporting elements (5a-b, 7a-b, 8a-b, 9a-b, 10a-b) arranged along five supporting lines (14a-e) being parallel to and separated from each other, where the supporting elements are constituted by moveable supporting elements (8a-b, 9a-b, 10a-b) and fixed supporting elements (5a-b, 7a-b), characterised in that the moveable supporting elements (8a-b) positioned along a mid supporting line are arranged to raise when the moveable supporting elements (9a-b, 10a-b) positioned along outermost supporting lines (14a-b) are lowered, while the fixed supporting elements (5a-b, 7a-b) positioned along the remaining two supporting lines stay fixed.
Process for the preparation of an accelerator solution suitable for forming a redox system with peroxides, comprising the step of adding a transition metal salt or complex to a liquid formulation comprising a hydroxy-functional solvent and a nitrogen-containing base at a temperature in the range 50-200°C.
A platform (2a, 2b) providing a work surface, the platform (2a, 2b) comprising: an extendable support structure having an extending section; a deck mounted on the support structure; a wing wherein: in a first configuration, the extending section is retracted and the wing is inactive such that it does not define part of the work surface; and in a second configuration, the extending section is extended and the wing is positioned to be supported by the support structure such that the deck and wing together define the work surface, characterised in that: the wing is rotatably secured to the extending section of the support structure. an extendable support structure having an extending section; a deck mounted on the support structure; a wing wherein: in a first configuration, the extending section is retracted and the wing is inactive such that it does not define part of the work surface; and in a second configuration, the extending section is extended and the wing is positioned to be supported by the support structure such that the deck and wing together define the work surface, characterised in that: the wing is rotatably secured to the extending section of the support structure. in a first configuration, the extending section is retracted and the wing is inactive such that it does not define part of the work surface; and in a second configuration, the extending section is extended and the wing is positioned to be supported by the support structure such that the deck and wing together define the work surface, characterised in that: the wing is rotatably secured to the extending section of the support structure. the wing is rotatably secured to the extending section of the support structure.
Device for treating small objects, in particular for cleaning and sterilizing syringe plungers or stoppers of syringes, infusion bottles and vials for pharmaceutical purposes, having a container for receiving a plurality of the objects, a holder which, together with the container, can be pivoted by a motor about a horizontal pivot axis, and at least two pipes (36, 40) which extend from the container through the holder and through a fixed wall and which are used for circulating at least one treatment medium through the container, characterized in that the holder is mounted on a pivoting or lifting arm which, with respect to the wall, can be pivoted by a motor about a second pivot axis parallel to the pivot axis, and in that the pipes (36, 40) extend through the pivoting or lifting arm and are provided, between the wall and the pivoting or lifting arm, with a releasable pipe coupling.
A method of making an article comprising: providing a disperse dyed fabric comprising a melt-spun thermoplastic polyurethane fiber, wherein the melt-spun thermoplastic polyurethane fiber comprises the reaction product of (a) a reactive thermoplastic polyurethane composition comprising (i) a polyol component, wherein the polyol component comprises a co-polymer diol derived from caprolactone monomer and a polyether polyol, (ii) a hydroxyl terminated chain extender component, and (iii) a first diisocyanate component; and (b) an isocyanate functional prepolymer crosslinker and a second fiber selected from a thermoplastic polyurethane fiber, polyester fiber, nylon fiber, acrylic fiber, polypropylene fiber, or mixtures thereof; shredding the fabric; thermally treating the shredded fabric to form granules; melting and shearing the granules in an extruder to form an article. providing a disperse dyed fabric comprising a melt-spun thermoplastic polyurethane fiber, wherein the melt-spun thermoplastic polyurethane fiber comprises the reaction product of (a) a reactive thermoplastic polyurethane composition comprising (i) a polyol component, wherein the polyol component comprises a co-polymer diol derived from caprolactone monomer and a polyether polyol, (ii) a hydroxyl terminated chain extender component, and (iii) a first diisocyanate component; and (b) an isocyanate functional prepolymer crosslinker and a second fiber selected from a thermoplastic polyurethane fiber, polyester fiber, nylon fiber, acrylic fiber, polypropylene fiber, or mixtures thereof; shredding the fabric; thermally treating the shredded fabric to form granules; melting and shearing the granules in an extruder to form an article.
A method for changing a subscription status of a service by a terminal in a broadcasting system, comprising: transmitting to a network entity a pause request message in which information indicating a pause period of the subscription status is included; receiving a pause response message to the pause request message from the network entity; and changing the subscription status. transmitting to a network entity a pause request message in which information indicating a pause period of the subscription status is included; receiving a pause response message to the pause request message from the network entity; and changing the subscription status.
A light emitting structure comprising: a light emitting element; a wavelength conversion element coupled to the light emitting element and having a light extraction area; a thermal conductor on the light extraction area of the wavelength conversion element, at least one pair of thermal pillars is situated on opposing sides of the wavelength conversion element; characterised in that the thermal conductor is reflective and covers the light extraction area of the wavelength conversion element such that a window with a smaller light extraction area is produced; and a thermal coupling element couples the reflective thermal conductor to the pair of thermal pillars. a light emitting element; a wavelength conversion element coupled to the light emitting element and having a light extraction area; a thermal conductor on the light extraction area of the wavelength conversion element, at least one pair of thermal pillars is situated on opposing sides of the wavelength conversion element; characterised in that the thermal conductor is reflective and covers the light extraction area of the wavelength conversion element such that a window with a smaller light extraction area is produced; and a thermal coupling element couples the reflective thermal conductor to the pair of thermal pillars.
A holder for a sheet music, comprising: an elongated sheet having a front face, a rear face, and parallel longitudinal edges on opposite sides thereof and extending lengthwise thereof; a plurality of transverse lines extending from the longitudinal edges, substantially perpendicular thereof and spaced along the length of longitudinal edges dividing the elongated sheet into a plurality of sections, the elongated sheet being accordion-folded along the plurality of transverse lines, and a respective coupling member disposed on the front face of each of the plurality of sections, each said respective coupling member adapted to mount a respective page of sheet music to each respective one of said plurality of sections, characterised in that the transverse lines are semi-perforation lines, each of which comprising one or more perforated line segments alternating in a linear fashion with one or more non-perforated segments. an elongated sheet having a front face, a rear face, and parallel longitudinal edges on opposite sides thereof and extending lengthwise thereof; a plurality of transverse lines extending from the longitudinal edges, substantially perpendicular thereof and spaced along the length of longitudinal edges dividing the elongated sheet into a plurality of sections, the elongated sheet being accordion-folded along the plurality of transverse lines, and a respective coupling member disposed on the front face of each of the plurality of sections, each said respective coupling member adapted to mount a respective page of sheet music to each respective one of said plurality of sections, characterised in that the transverse lines are semi-perforation lines, each of which comprising one or more perforated line segments alternating in a linear fashion with one or more non-perforated segments.
A method for dispensing a frozen confection, the method comprising: • providing a refrigerated, insulated chamber, which houses at least one container, containing a frozen confection at a temperature of -12°C or below; wherein the at least one container has an outlet which is closed by a self-closing valve; wherein the container comprises a flexible bag containing the frozen confection located inside a bottle; • pressurising gas in the region inside the bottle and outside the flexible bag thereby applying pressure to the frozen confection so that the valve opens and the frozen confection is forced out of the container through the outlet; • releasing the pressure so that the valve closes. wherein the pressure applied to the frozen confection is varied by the operator during dispensing • providing a refrigerated, insulated chamber, which houses at least one container, containing a frozen confection at a temperature of -12°C or below; wherein the at least one container has an outlet which is closed by a self-closing valve; wherein the container comprises a flexible bag containing the frozen confection located inside a bottle; • pressurising gas in the region inside the bottle and outside the flexible bag thereby applying pressure to the frozen confection so that the valve opens and the frozen confection is forced out of the container through the outlet; • releasing the pressure so that the valve closes.
An anti-resonant hollow-core fiber comprising a first tubular, cladding element which defines an internal cladding surface, a plurality of second tubular elements which are attached to the cladding surface and together define a core with an effective radius, and a plurality of third tubular elements, each nested within a respective one of the second tubular elements to provide nested tubular arrangements (11a-f), characterized by the second tubular elements being arranged in spaced, non-touching relation and adjacent ones of the second tubular elements having a non-zero spacing (d) therebetween, and the fiber consisting of three, four, five or six nested tubular arrangements (11a-f).
A power generation system which meets the power requirement of tire pressure monitoring systems or similar systems that might be provided in the tire which require power, basically comprising - at least one dynamo which converts mechanical energy into electric energy by rotating around its own axis, - at least one dynamo shaft, which is connected to the dynamo, and characterized by at least one pulley, which can rotate around its own axis, and is connected to the dynamo via the dynamo shaft, - at least one pulley shaft which is provided at the center of the pulley and rotates together with the pulley, - at least one wire one end of which contacts the pulley while the other one contacts the inner surface of the tire, - at least one conical spring which is arranged in order to enable the wire to remain continuously stretched in the inner surface of the tire. - at least one dynamo which converts mechanical energy into electric energy by rotating around its own axis, - at least one dynamo shaft, which is connected to the dynamo, and characterized by at least one pulley, which can rotate around its own axis, and is connected to the dynamo via the dynamo shaft, - at least one pulley shaft which is provided at the center of the pulley and rotates together with the pulley, - at least one wire one end of which contacts the pulley while the other one contacts the inner surface of the tire, - at least one conical spring which is arranged in order to enable the wire to remain continuously stretched in the inner surface of the tire.
Installation-element mounting system having at least one wall holder for heating-circuit distributors (30, 30'), comprising a main holder body having a wall-bearing surface and at least one accommodating region (12, 12') for a heating-circuit distributor (30, 30'), wherein at least one of the accommodating regions (12, 12') has an upper latching element (13, 14) and a lower latching element (13', 14'), which can each be brought into engagement with a corresponding latching mount (33, 33', 34, 34') of the heating-circuit distributor (30, 30'), and at least one heating-circuit distributor (30, 30') having an elongate housing (301, 301'), of which the outer walls have at least two latching mounts (33, 33', 34, 34') which are arranged such that the upper latching element (13, 14) and the lower latching element (13', 14') of an accommodating region (12, 12') of the wall holder can each be accommodated with latching action in one of the latching mounts (33, 33', 34, 34'), characterized in that, adjacent to at least one accommodating region (12, 12') for a heating-circuit distributor (30, 30'), the main holder body has at least one mount (15, 15') for a locking element (20, 20'), and the wall holder further comprises a locking element (20, 20') for each of the mounts (15, 15'), wherein the locking element (20, 20') or the locking elements (20, 20') is/are not connected to the heating-circuit distributor (30, 30') when the latter has been inserted into the holding element.
A regenerated energy display device that is installed in a vehicle capable of collecting regenerated energy, the regenerated energy display device comprising: a display unit that is capable of displaying a graph indicating an added amount (Aa) of the regenerated energy; a control unit that controls details to be displayed on the display unit characterized in that the control unit is capable of changing an upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit, and that the regenerated energy display device further comprises a condition selecting unit that automatically changes the upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit when the added amount of the regenerated energy (Aa) becomes greater than or equal to the upper limit, wherein the control unit controls the display unit such that the graph indicating the added amount of the regenerated energy (Aa) is displayed on the basis of a condition selected by using the condition selecting unit. a display unit that is capable of displaying a graph indicating an added amount (Aa) of the regenerated energy; a control unit that controls details to be displayed on the display unit characterized in that the control unit is capable of changing an upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit, and that the regenerated energy display device further comprises a condition selecting unit that automatically changes the upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit when the added amount of the regenerated energy (Aa) becomes greater than or equal to the upper limit, wherein the control unit controls the display unit such that the graph indicating the added amount of the regenerated energy (Aa) is displayed on the basis of a condition selected by using the condition selecting unit.
Device for the heating of preforms made of thermoplastic resin comprising a heating channel that is formed from at least one heating module and through which the regions to be heated of the preforms are guided in succession by means of a conveying device, whereby heating facilities emitting infrared radiation are arranged on a side wall of the heating channel and reflector elements (21, 22) serving as counter- and/or floor reflector are arranged in the region of a side that is opposite from the radiators and/or in the region of the floor of the heating channel and are to provide for the lowest possible heat loss in the heat channel section, characterised in that the reflector element (21, 22) serving for formation of the counter- and/or floor reflector is made of two layers including a reflection layer (23, 24) and a carrier layer (25, 26), whereby the reflection layer (23, 24) comprises a material based on silicon dioxide having an IR reflection value of more than 90% in the range from 500 to 2500 nm, whereby the carrier layer (25, 26) consists of a material with higher mechanical strength than the reflection layer (23, 24) and serves as carrier for the reflection layer (23, 24), and whereby both layers comprise a similar heat expansion coefficient and are permanently connected to each other.
A machine structure for a machine tool, in particular a 5-axis machine tool comprising: a base; a first column and a second column vertically mounted to the top surface of the base and configured to be movable; characterized in that the first column and the second column are connected by a beam, which can be driven by a motor such that the beam can be moved in the vertical direction, wherein the base comprises a machine bed and two side walls (2a, 2b), which are vertically protruded from the machine bed, a first pair of linear guide and a second pair of linear guide are arranged; in parallel and separately on the top surface of the side walls (2a, 2b) and the first column and the second column are designed such that the first column can move on the first pair of linear guide in the Y-direction and the second column can move on the second pair of linear guide in the Y-direction, the top surface of the side walls has a slope from 20 degree to 50 degree, in particular the slope is 39 degree. a base; a first column and a second column vertically mounted to the top surface of the base and configured to be movable; characterized in that the first column and the second column are connected by a beam, which can be driven by a motor such that the beam can be moved in the vertical direction, wherein the base comprises a machine bed and two side walls (2a, 2b), which are vertically protruded from the machine bed, a first pair of linear guide and a second pair of linear guide are arranged; in parallel and separately on the top surface of the side walls (2a, 2b) and the first column and the second column are designed such that the first column can move on the first pair of linear guide in the Y-direction and the second column can move on the second pair of linear guide in the Y-direction, the top surface of the side walls has a slope from 20 degree to 50 degree, in particular the slope is 39 degree.
Injector for fuel, preferably diesel fuel, whereby a diffusion device with a gas filter that feeds gas to the fuel by means of diffusion is connected to the injector, characterised in that gas is fed to the fuel by means of diffusion via semi-permeable areas of the diffusion device, whereby the diffusion device is connected directly to the injector and the injector and the diffusion device form a structural unit.