mhurhangee/ep-ind-claims huggingface dataset:
An edge-gated injection molding apparatus comprising: an injection manifold assembly for distributing a melt stream of moldable material to a plurality of mold cavities of a mold that are aligned on opposing sides of the injection manifold assembly, the injection manifold assembly having an injection manifold having opposing side surfaces in which a plurality of melt outlets are formed, wherein the plurality of melt outlets with each melt outlet suitable for being in fluid communication with a respective mold cavity of the plurality of mold cavities, and a plurality of nozzle seals for receiving the melt stream from the plurality of melt outlets of the injection manifold assembly and delivering the melt stream to the plurality of mold cavities, wherein each nozzle seal includes a nozzle tip coaxially received within a gate seal, and wherein the gate seal includes an inner seal component threadably coupled within an outer seal component such that relative rotation therebetween applies a sealing preload between the nozzle seal and a first surface proximate to a respective melt outlet and a second surface surrounding a respective mold gate of a corresponding mold cavity, characterized in that the first surface proximate to a respective melt outlet is a respective side surface (215, 915, 1115) of the injection manifold that surrounds the melt outlet against which upstream surfaces of the nozzle tip and the inner seal component of the associated nozzle seal are slidably disposed so as to accommodate thermal expansion. an injection manifold assembly for distributing a melt stream of moldable material to a plurality of mold cavities of a mold that are aligned on opposing sides of the injection manifold assembly, the injection manifold assembly having an injection manifold having opposing side surfaces in which a plurality of melt outlets are formed, wherein the plurality of melt outlets with each melt outlet suitable for being in fluid communication with a respective mold cavity of the plurality of mold cavities, and a plurality of nozzle seals for receiving the melt stream from the plurality of melt outlets of the injection manifold assembly and delivering the melt stream to the plurality of mold cavities, wherein each nozzle seal includes a nozzle tip coaxially received within a gate seal, and wherein the gate seal includes an inner seal component threadably coupled within an outer seal component such that relative rotation therebetween applies a sealing preload between the nozzle seal and a first surface proximate to a respective melt outlet and a second surface surrounding a respective mold gate of a corresponding mold cavity, characterized in that the first surface proximate to a respective melt outlet is a respective side surface (215, 915, 1115) of the injection manifold that surrounds the melt outlet against which upstream surfaces of the nozzle tip and the inner seal component of the associated nozzle seal are slidably disposed so as to accommodate thermal expansion.
A light-guiding radiator grill, which comprises a light guide, at least one printed circuit board having a plurality of light sources, a housing, a frame and an outer cover, wherein the housing is connected to the outer cover at least on a section of its circumference and wherein the frame and the light guide are located between the housing and the outer cover and the frame is secured at least to one of the two parts consisting of the housing and the outer cover and wherein the light guide is attached to the frame, wherein the outer cover covers most of the surface of the mounting opening of the radiator grill and is permeable to the light from the light guide, characterized in that the light-guiding radiator grill further comprises a ventilation tube, which has at least one opening for the supplying air into the tube and at least one opening for discharging air out of the tube into the light-guiding radiator grill and the light-guiding radiator grill further comprises at least one ventilation part for discharging air out of the radiator grill, wherein the ventilation tube comprises several openings directed towards the outer cover for the discharge of air out of the tube into the light-guiding radiator grill.
An insulating mother board comprising a first end insulating board, a middle insulating board and a second end insulating board connected in sequence, wherein a first protrusion is arranged on the left of a bottom of the first end insulating board, and a first groove is arranged on the right of the bottom of the first end insulating board, a second groove is arranged on the left of a top of the second end insulating board, and a second protrusion is arranged on the right of the top of the second end insulating board, a middle first groove is arranged on the left of a top of the middle insulating board, a middle first protrusion is arranged on the right of the top of the middle insulating board, a middle second protrusion is arranged on the left of a bottom of the middle insulating board, and a middle second groove is arranged on the right of the bottom of the middle insulating board, the first protrusion, the second protrusion, the middle first protrusion and the middle second protrusion have a same structure, the first groove, the second groove, the middle first groove and the middle second groove have a same structure, the first protrusion is inserted into the middle first groove, and the middle second protrusion is inserted into the second groove, the second protrusion is inserted into the middle second groove, and the middle first protrusion is inserted into the first groove, the first protrusion is a double layer stepped protrusion, and the first groove is a double layer stepped groove, and a connection hole configured to connect a conductive connection strip and a battery post is arranged on each of the first end insulating board, the second end insulating board and the middle insulating board; wherein two rows of connection holes are arranged with an interval on each of the first end insulating board, the second end insulating board and the middle insulating board, a first connection board is arranged between the two rows of the connection holes of the first end insulating board, and a first boss and a first recess are arranged at a bottom of the first connection board side by side, a second connection board is arranged between the two rows of the connection holes of the second end insulating board, and a second boss and a second recess are arranged at a top of the second connection board side by side, a middle connection board is arranged between the two rows of the connection holes of the middle insulating board, a first middle boss and a first middle recess are arranged at a top of the middle connection board side by side, and a second middle boss and a second middle recess are arranged at a bottom of the middle connection board side by side, and the first boss is inserted into the first middle recess, the first middle boss is inserted into the first recess, the second boss is inserted into the second middle recess, and the second middle boss is inserted into the second recess.
Combustion chamber for a gas turbine, the combustion chamber comprising an inner housing and an outer housing, wherein the inner housing comprises an inner wall element which comprises a first hole arrangement and a second hole arrangement, wherein the inner wall element envelopes a burner volume of the combustion chamber, wherein the first hole arrangement comprises first holes through which first holes fluid is streamable, wherein the first holes are arranged in a first areal density, wherein the second hole arrangement comprises second holes through which second holes fluid is streamable, wherein the second holes are arranged in a second areal density, and wherein the first areal density differs from the second areal density, and wherein the outer housing comprises an outer wall element which comprises a further first hole arrangement and a further second hole arrangement, wherein the outer wall element of the outer housing at least partially envelops the inner wall element of the inner housing such that a gap between the inner wall element and the outer wall element is formed, wherein the further first hole arrangement comprises further first holes through which further first holes fluid is streamable, wherein the further first holes are arranged in a further first areal density, wherein the further second hole arrangement comprises further second holes through which further second holes fluid is streamable, wherein the further second holes are arranged in a further second areal density, characterised in that the further first areal density differs from the further second areal density.
An automatic winder including a winding unit guiding a yarn unwound from a yarn supplying bobbin through a yarn path to a yarn winding device and winding the yarn into a package in the yarn winding device to manufacture the package, the automatic winder including a tension sensor being arranged to measure tension patterns of the yarn passing through the yarn path, characterized by a component malfunction detecting section being arranged to detect which of a plurality of components of the winding unit is malfunctioning, based on tension patterns measured by the tension sensor.
A post comprising: - an upright having a bottom part, - a first cylinder having a first axis of revolution, a bottom part and a top part which is secured to the bottom part of the upright, - a second cylinder having a second axis of revolution that is offset from the first axis of revolution, and a top part which is secured to the bottom part of the first cylinder, where the diameter of the second cylinder is smaller than the diameter of the first cylinder so as to form a shoulder between them, - a tubular element pierced with a bore coaxial with the second axis of revolution and which fits onto the second cylinder in order to come to bear against the shoulder, where the tubular element has a cylindrical exterior surface of which the axis of revolution is offset from the second axis of revolution, and - a stop means that blocks translational movement of the tubular element along the second cylinder. - an upright having a bottom part, - a first cylinder having a first axis of revolution, a bottom part and a top part which is secured to the bottom part of the upright, - a second cylinder having a second axis of revolution that is offset from the first axis of revolution, and a top part which is secured to the bottom part of the first cylinder, where the diameter of the second cylinder is smaller than the diameter of the first cylinder so as to form a shoulder between them, - a tubular element pierced with a bore coaxial with the second axis of revolution and which fits onto the second cylinder in order to come to bear against the shoulder, where the tubular element has a cylindrical exterior surface of which the axis of revolution is offset from the second axis of revolution, and - a stop means that blocks translational movement of the tubular element along the second cylinder.
A service integration method for use in an integration network device, the integration network device being used in a hybrid cloud computing system, the hybrid cloud computing system comprising the integration network device and a plurality of management network devices, a virtual desktop infrastructure user device connecting to the hybrid cloud computing system via network, the management network devices including a first management network device and a second management network device which are disposed in distinct cloud systems, the first management network device cooperating with at least one first application server, the second management network device cooperating with at least one second application server, the service integration method comprising: (a) enabling the integration network device to receive a connecting request (20, 22) from the VDI user device; (b) enabling the integration network device to establish a connection between the VDI user device and the first management network device according to the connecting request (20, 22); (c) enabling the integration network device to determine that the first management network device fails the connection according to a first management information, stored in the integration network device, of the first management network device, wherein the first management information relates to an availability of the at least one first application server; (d) enabling the integration network device to, after step (c), connect the VDI user device to the at least one second application server according to a second management information, stored in the integration network device, of the second management network device, wherein the second management information relates to an availability of the at least one second application server. (a) enabling the integration network device to receive a connecting request (20, 22) from the VDI user device; (b) enabling the integration network device to establish a connection between the VDI user device and the first management network device according to the connecting request (20, 22); (c) enabling the integration network device to determine that the first management network device fails the connection according to a first management information, stored in the integration network device, of the first management network device, wherein the first management information relates to an availability of the at least one first application server; (d) enabling the integration network device to, after step (c), connect the VDI user device to the at least one second application server according to a second management information, stored in the integration network device, of the second management network device, wherein the second management information relates to an availability of the at least one second application server.
An overhead transport vehicle capable of traveling along a rail arranged at least partially in a grid pattern, the overhead transport vehicle comprising: an article holding unit configured to hold an article; a linear drive unit (11, 14) configured to drive the article holding unit to move linearly; a pivoting drive unit (15, 16) configured to drive the article holding unit to pivot horizontally; a control unit configured to control the pivoting drive unit (15, 16) in accordance with an orientation of the article held by the article holding unit and an orientation of a load port on which the article is placed; a traveling wheel configured to roll on the rail; and a body section disposed below the rail and including the article holding unit, the linear drive unit (11, 14), and the pivoting drive unit (15, 16), wherein the linear drive unit (11, 14) includes a lifting drive unit configured to raise and lower the article holding unit, and a slide drive unit configured to slide and move the lifting drive unit, the pivoting drive unit (15, 16) includes a first pivoting drive unit configured to horizontally pivot the slide drive unit and a second pivoting drive unit configured to horizontally pivot the article holding unit or the lifting drive unit, and when the slide drive unit is horizontally pivoted by the first pivoting drive unit, the second pivoting drive unit, the lifting drive unit, and the article holding unit that are attached to a lower side of the slide drive unit are horizontally pivoted together. an article holding unit configured to hold an article; a linear drive unit (11, 14) configured to drive the article holding unit to move linearly; a pivoting drive unit (15, 16) configured to drive the article holding unit to pivot horizontally; a control unit configured to control the pivoting drive unit (15, 16) in accordance with an orientation of the article held by the article holding unit and an orientation of a load port on which the article is placed; a traveling wheel configured to roll on the rail; and a body section disposed below the rail and including the article holding unit, the linear drive unit (11, 14), and the pivoting drive unit (15, 16), wherein the linear drive unit (11, 14) includes a lifting drive unit configured to raise and lower the article holding unit, and a slide drive unit configured to slide and move the lifting drive unit, the pivoting drive unit (15, 16) includes a first pivoting drive unit configured to horizontally pivot the slide drive unit and a second pivoting drive unit configured to horizontally pivot the article holding unit or the lifting drive unit, and when the slide drive unit is horizontally pivoted by the first pivoting drive unit, the second pivoting drive unit, the lifting drive unit, and the article holding unit that are attached to a lower side of the slide drive unit are horizontally pivoted together.
A method of using a superhydrophobic and strongly oleophilic porous calcined inorganic granulated absorbent product for oil absorption, characterized in that the superhydrophobic oleophilic product a. consists of calcined granulate whose main constituent is diatomaceous earth having thin walled tubes where typically 90% of the tubes have a diameter of less than 1 micron, characterized in that the product is added a permanent chemical crosslinked superhydrophobic oleophilic surface coating upon formation of substrate - Si -O bonds where the average tube diameter reduction due to surface coating is not more than 0.1 micron in which the permanent chemical crosslinked substrate Si-O crosslinks are bound to the substrate by one or more of SiO2, Al2O3, Fe2O3, TiO2, MgO, CaO, K2O and / or Na2O, b. wherein the coating is a coating with an average maximum thickness of 0.05 μm by crosslinking with a polysiloxane, and c. wherein the product is arranged in a filter bed, or in a filter housing, or in a filter cartridge, through which a surface active liquid, preferably an alcohol is being processed, after which the product is flushed clean with pure water whereby the product now has a modified hydrophilic surface through which oil contaminated process water is processed and whereby the product, despite wetting, maintain its original affinity for oil and by means of absorption displaces water in the pore volume in favour of oil so that all available pore volume is used for oil absorption. a. consists of calcined granulate whose main constituent is diatomaceous earth having thin walled tubes where typically 90% of the tubes have a diameter of less than 1 micron, characterized in that the product is added a permanent chemical crosslinked superhydrophobic oleophilic surface coating upon formation of substrate - Si -O bonds where the average tube diameter reduction due to surface coating is not more than 0.1 micron in which the permanent chemical crosslinked substrate Si-O crosslinks are bound to the substrate by one or more of SiO2, Al2O3, Fe2O3, TiO2, MgO, CaO, K2O and / or Na2O, b. wherein the coating is a coating with an average maximum thickness of 0.05 μm by crosslinking with a polysiloxane, and c. wherein the product is arranged in a filter bed, or in a filter housing, or in a filter cartridge, through which a surface active liquid, preferably an alcohol is being processed, after which the product is flushed clean with pure water whereby the product now has a modified hydrophilic surface through which oil contaminated process water is processed and whereby the product, despite wetting, maintain its original affinity for oil and by means of absorption displaces water in the pore volume in favour of oil so that all available pore volume is used for oil absorption.
A video encoding apparatus for encoding a video signal, comprising: an encoding unit adapted to perform an arithmetic encoding process with context modeling on the video signal using a context value and generating a bit stream of the video signal; and a controlling unit (45, 46) adapted to control the arithmetic encoding process, characterized in that said bit stream generated by the arithmetic encoding process includes uncompressed data in a unit of encoding; and said controlling unit (45, 46) is adapted to control the arithmetic encoding process so as to maintain a context value just before the arithmetic encoding process using the context value for the unit of encoding that includes uncompressed data in case of generating the bit stream including uncompressed data in the unit of encoding and to insert a bit into the bit stream, the bit indicating whether or not the unit of encoding includes uncompressed data in the bit stream. an encoding unit adapted to perform an arithmetic encoding process with context modeling on the video signal using a context value and generating a bit stream of the video signal; and a controlling unit (45, 46) adapted to control the arithmetic encoding process, characterized in that
A display system (1001, 1003) comprising: a light source comprising a plurality of spatially distinct light output locations (1026a, 1026b); a spatial light modulator configured to modulate light from the light source; projection optics mounted on a frame and configured to direct light from the spatial light modulator into an eye of a viewer, wherein the display system (1001, 1003) is configured to display a virtual object on a depth plane by temporally sequentially injecting a set of parallactically-disparate intra-pupil images of the object into the eye; characterized in that injecting the set of parallactically-disparate intra-pupil images comprises selecting a lateral separation between active ones of the light output locations (1026a, 1026b) based upon a distance of the depth plane from the eye of the viewer, wherein the lateral separation between the active ones of the light output locations (1026a, 1026b) for the intra-pupil images increases with decreasing distance of the depth plane to the viewer. a light source comprising a plurality of spatially distinct light output locations (1026a, 1026b); a spatial light modulator configured to modulate light from the light source; projection optics mounted on a frame and configured to direct light from the spatial light modulator into an eye of a viewer, wherein the display system (1001, 1003) is configured to display a virtual object on a depth plane by temporally sequentially injecting a set of parallactically-disparate intra-pupil images of the object into the eye; characterized in that injecting the set of parallactically-disparate intra-pupil images comprises selecting a lateral separation between active ones of the light output locations (1026a, 1026b) based upon a distance of the depth plane from the eye of the viewer, wherein the lateral separation between the active ones of the light output locations (1026a, 1026b) for the intra-pupil images increases with decreasing distance of the depth plane to the viewer.