mhurhangee/ep-ind-claims huggingface dataset:
Machine for additive manufacturing by sintering or melting powder using an energy beam acting on a powder layer in a working zone, said machine comprising a device for producing a layer of said powder, said device comprising: • means for storing the powder, • means for distributing the powder able to travel over the working zone in order to distribute the powder in a layer having a final thickness adapted to additive manufacturing, • feeding means able to transfer the powder from the storage means to the distributing means, • dosing means able to control the quantity of powder transferred from the storage means to the distributing means, • the storage means are located above the working zone, • the feeding means utilise gravity, and • the feeding means and the dosing means are able to move with the distributing means, said machine being characterised in that the storage means comprise a hopper (52; 53) able to store a quantity of powder sufficient to produce the different layers of powder required to the additive manufacturing of a single complete component or of a plurality of complete components, said hopper being able to move with the feeding means, the dosing means and the distributing means. • means for storing the powder, • means for distributing the powder able to travel over the working zone in order to distribute the powder in a layer having a final thickness adapted to additive manufacturing, • feeding means able to transfer the powder from the storage means to the distributing means, • dosing means able to control the quantity of powder transferred from the storage means to the distributing means, • the storage means are located above the working zone, • the feeding means utilise gravity, and • the feeding means and the dosing means are able to move with the distributing means,
Needling machine for needling a nonwoven web, having a needle bar arrangement which comprises at least one needle bar and a drive device for moving the needle bar arrangement back and forth in an insertion direction; wherein the drive device comprises a drive and a first and a second main shaft (24, 30), wherein a first main connecting rod, which connects the first main shaft to the needle bar arrangement in an articulated manner, is mounted eccentrically on the first main shaft, and wherein a second main connecting rod, which connects the second main shaft to the needle bar arrangement in an articulated manner, is mounted eccentrically on the second main shaft, and wherein the first and second main shafts (24, 30) are rotated in opposite directions of rotation, characterized in that the drive device has an endlessly circulating transmission element that couples the first and the second main shaft (24, 30) together, the transmission element also extends over a first and a second adjusting roller (16, 18), an adjustment device for translationally adjusting the position of the first and second adjusting rollers (16, 18) is provided, and translational adjustment of the position of the first and second adjusting rollers (16, 18) by means of the adjustment device causes rotational adjustment of the phase position of the first and second main shafts (24, 30) with respect to one another.
A flexible, hose-like moulded body having a wall face with a corrugated profile, such as a bellows, for air intake, turbocharging, coolant and oil circuits and air conditioning, for use in automotive engineering, shipbuilding, mechanical engineering and aircraft construction, wherein the circumferential wall face of the moulded body consists of a plurality of reinforcing plies (30; 30'), wherein each reinforcing ply (30; 30') of the moulded body consists of threads or fibres or cords, which are embedded in a vulcanisable material, elastomer or thermoplastic, and which run in the longitudinal direction of the moulded body and parallel to each other and have a high tear strength and optionally additional, circumferential, helically wound threads as a pressure-carrying element, and of fixing threads, which run transversely or diagonally to the threads or fibres or cords that run in the longitudinal direction, and which keep the threads or fibres or cords in position and spaced apart, wherein the fixing threads are preferably arranged at relatively large intervals and have a lower strength than the strength of the threads, wherein the reinforcing plies (30; 30') are arranged one on top of the other in such a manner that the threads or fibres or cords of the in each case uppermost reinforcing ply that run in the longitudinal direction of the moulded body come to lie over the threads or fibres or cords of the reinforcing ply in each case therebeneath or that the threads or fibres or cords of the in each case uppermost reinforcing ply that run in the longitudinal direction of the moulded body are arranged over the threads or fibres or cords of the reinforcing ply in each case therebeneath in an offset manner so that the threads or fibres or cords of the in each case uppermost reinforcing ply come to lie above the interstices between the threads or fibres or cords of the reinforcing ply in each case therebeneath; wherein the fixing threads are guided around and over the threads or fibres or cords in the manner of warp threads of a woven fabric consisting of weft and warp threads and are embedded into the vulcanisable material or elastomer or thermoplastic, and wherein the moulded body has a corrugated profile with trough-shaped or recessed moulded body sections and with raised moulded body sections, wherein annular bodies (70, 120) consisting of a metallic material or a plastic of great hardness are arranged in the trough-shaped moulded body sections to maintain the corrugated contour under internal pressure and to increase the compressive strength.
Substrate carrier with a substrate carrier plate (1, 1a, 1b) comprising a front-sided substrate carrier surface, on which at least one substrate receiving area (3, 3a) for receiving a substrate, respectively, is provided, wherein the substrate receiving area (3, 3a) comprises an interior area and exterior area extending around the interior area, wherein the exterior area comprises spaced plateaus being raised compared to a surface of the interior area for the support of edge areas of the substrate, wherein ventilation channels are provided bet-ween the plateaus, characterized in that the ventilation channels are provided as grooves being parallel or vertically aligned to each other and the plateaus are provided as bars being parallel or vertically aligned to each other and the ventilation channels are on the same height level as the interior area and are connecting same fluidically with a space provided above and around the substrate carrier plate (1, 1a, 1b). the substrate receiving area (3, 3a) comprises an interior area and exterior area extending around the interior area, wherein the exterior area comprises spaced plateaus being raised compared to a surface of the interior area for the support of edge areas of the substrate, wherein ventilation channels are provided bet-ween the plateaus, characterized in that the ventilation channels are provided as grooves being parallel or vertically aligned to each other and the plateaus are provided as bars being parallel or vertically aligned to each other and the ventilation channels are on the same height level as the interior area and are connecting same fluidically with a space provided above and around the substrate carrier plate (1, 1a, 1b).
A retaining ring for a polishing system, the retaining ring comprising: a ring-shaped body having a top surface, an inside diameter sidewall, an outer diameter sidewall and a bottom surface, the inside diameter side wall configured to circumscribe a substrate; wherein the ring shaped body comprises: a rigid ring-shaped portion or a metal ring-shaped portion; a polymeric ring-shaped portion stacked on the rigid ring-shaped portion and covering at least three sides of the rigid ring-shaped portion; a plurality of grooves formed in the bottom surface, and a plurality of wash ports formed through the polymeric ring-shaped portion, wherein the wash ports are isolated from the rigid ring-shaped portion by a material of the polymer portion configured to protect the rigid portion or the metal ring-shaped portion from corrosive fluids flowing through the wash ports. a ring-shaped body having a top surface, an inside diameter sidewall, an outer diameter sidewall and a bottom surface, the inside diameter side wall configured to circumscribe a substrate; wherein the ring shaped body comprises: a rigid ring-shaped portion or a metal ring-shaped portion; a polymeric ring-shaped portion stacked on the rigid ring-shaped portion and covering at least three sides of the rigid ring-shaped portion; a plurality of grooves formed in the bottom surface, and a plurality of wash ports formed through the polymeric ring-shaped portion, wherein the wash ports are isolated from the rigid ring-shaped portion by a material of the polymer portion configured to protect a rigid ring-shaped portion or a metal ring-shaped portion; a polymeric ring-shaped portion stacked on the rigid ring-shaped portion and covering at least three sides of the rigid ring-shaped portion; a plurality of grooves formed in the bottom surface, and a plurality of wash ports formed through the polymeric ring-shaped portion, wherein the wash ports are isolated from the rigid ring-shaped portion by a material of the polymer portion configured to protect the rigid portion or the metal ring-shaped portion from corrosive fluids flowing through the wash ports.
A geared motor arrangement, wherein two or more geared motors are fastened to a central housing part (1, 50), wherein each geared motor has a transmission which can be driven by a respective electric motor of the respective geared motor, wherein in each case a gear wheel connected to the output shaft of the respective transmission, i.e. output gear wheel, is engaged with a gear wheel, i.e. summation gear wheel, which is connected in rotation-resistant manner to a shaft which is mounted in the central housing part (1, 50), wherein the gear wheels connected to the output shaft of the respective transmission, i.e. output gear wheels, are spaced apart from each other in the circumferential direction from the shaft axis of the shaft, in particular are regularly spaced apart, wherein the rotor shafts of the electric motors are oriented parallel to each other, wherein an interface is arranged between the central housing part (1, 50) and each transmission of a respective geared motor, which interface in each case comprises a planar surface portion on the central housing part (1, 50) and a pattern of holes of bores for fastening means, in particular bores or threaded bores for screws, and for centring means, in particular bores for centring means, wherein the normal directions of the planar surface portions are oriented perpendicular to the respective, in particular to each, rotor-shaft axis of the electric motors, wherein the normal directions of the planar surface portions next adjacent to each other in the circumferential direction are oriented perpendicularly to each other.
A method (300, 400, 500) comprising: providing (318, 320) by a head end, during streaming of a content item (116(j)) to a first client (104), a temporary license to a second client (104) in response to a transfer request to redirect streaming of the content item (116(j)) from the first client (104) to a second client (104), wherein the temporary license grants the second client (104) a conditional access right to a first portion of the content item (116(j)), wherein the transfer request is sent from the first client to the second client and includes a bookmark that specifies a point-in-time during an output of the on-demand content (116(j)) by the first client (104); receiving by the head end, from the second client (104), a stream request to stream the content item (116(j)) to the second client (104), the stream request including the temporary license and the bookmark; initiating streaming of the first portion of the content item (116(j)) to the second client (104) in accordance with the temporary license for output at the second client (104) prior to granting of a regular license; and during the streaming of the first portion of the content item (116(j)) to the second client (104) in accordance with the temporary license, supplying (414, 522), by the head end, the regular license for the second client (104) that specifies a conditional access right to a second portion of the content item (116(j)) that is not specified in the temporary license. providing (318, 320) by a head end, during streaming of a content item (116(j)) to a first client (104), a temporary license to a second client (104) in response to a transfer request to redirect streaming of the content item (116(j)) from the first client (104) to a second client (104), wherein the temporary license grants the second client (104) a conditional access right to a first portion of the content item (116(j)), wherein the transfer request is sent from the first client to the second client and includes a bookmark that specifies a point-in-time during an output of the on-demand content (116(j)) by the first client (104); receiving by the head end, from the second client (104), a stream request to stream the content item (116(j)) to the second client (104), the stream request including the temporary license and the bookmark; initiating streaming of the first portion of the content item (116(j)) to the second client (104) in accordance with the temporary license for output at the second client (104) prior to granting of a regular license; and during the streaming of the first portion of the content item (116(j)) to the second client (104) in accordance with the temporary license, supplying (414, 522), by the head end, the regular license for the second client (104) that specifies a conditional access right to a second portion of the content item (116(j)) that is not specified in the temporary license.
A method of purifying an antibody-agent conjugate from unconjugated antibody and unconjugated agent, the method comprising, (a) contacting a mixture of conjugate, unconjugated antibody, and unconjugated agent to a mixed mode chromatography support under conditions to allow binding of the conjugate, unconjugated antibody, and unconjugated agent to the support; (b) contacting the support with a buffer, the contacting comprising an increased concentration of salt compared to the mixture of step (a) such that the unconjugated antibody and unconjugated agent are substantially removed from the support while at least a majority of the conjugate remains bound to the support; and then (c) eluting the conjugate from the support, wherein the eluting comprises increasing the concentration of the buffer compared to the concentration of step (b), thereby purifying the antibody-agent conjugate from unconjugated antibody and unconjugated agent. (a) contacting a mixture of conjugate, unconjugated antibody, and unconjugated agent to a mixed mode chromatography support under conditions to allow binding of the conjugate, unconjugated antibody, and unconjugated agent to the support; (b) contacting the support with a buffer, the contacting comprising an increased concentration of salt compared to the mixture of step (a) such that the unconjugated antibody and unconjugated agent are substantially removed from the support while at least a majority of the conjugate remains bound to the support; and then (c) eluting the conjugate from the support, wherein the eluting comprises increasing the concentration of the buffer compared to the concentration of step (b), thereby purifying the antibody-agent conjugate from unconjugated antibody and unconjugated agent.
An apparatus for automatically transporting reagent cartridges, the apparatus comprising: a magazine in which a plurality of reagent cartridges is stacked; a conveyer belt having a plurality of separating projections arranged in a conveying direction to horizontally convey the reagent cartridges separately; a guide rail disposed at a side of the conveyor belt to prevent the reagent cartridges from being laterally dropped; a driving motor for driving the conveyer belt; a feeding unit for feeding the reagent cartridges stacked in the magazine onto the conveyer belt; an examining unit configured to examine the reagent cartridges optically; said apparatus being characterized in further comprising: guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit, wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction, and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction. a magazine in which a plurality of reagent cartridges is stacked; a conveyer belt having a plurality of separating projections arranged in a conveying direction to horizontally convey the reagent cartridges separately; a guide rail disposed at a side of the conveyor belt to prevent the reagent cartridges from being laterally dropped; a driving motor for driving the conveyer belt; a feeding unit for feeding the reagent cartridges stacked in the magazine onto the conveyer belt; an examining unit configured to examine the reagent cartridges optically; said apparatus being characterized in further comprising: guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit, wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction, and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction. guide rails disposed at both sides of the conveyor belt to prevent the reagent cartridge from being laterally dropped; and aligning members to aligning position of the reagent cartridges over the conveyor belt with respect to the examining unit, wherein the aligning members include first elastic member separately supporting a reagent cartridge with respect to the guide rail in the horizontal direction, and second elastic member separately supporting a reagent cartridge with respect to the examining unit in the vertical direction.
A repeater (60;70;80) adapted to be arranged between a contactless power supplying device, including a primary coil, and an electric appliance, including a secondary coil, the repeater (60;70;80) comprising: an intermediate coil (Lc0;Lc1;Lc2) configured to magnetically resonate with alternating magnetic flux generated by the primary coil so that magnetic resonance of the intermediate coil (Lc0;Lc1;Lc2) causes the secondary coil to generate induced electromotive force; an accommodating case (62;72;75) configured to accommodate the intermediate coil (Lc0;Lc1;Lc2); a support table (61;71;81); and a structure (J6;J7;15;25) connecting the support table (61;71;81) with the accommodating case (62;72;75), the structure (J6;J7;15;25) having a variable shape and adapted to be independently seccured in space, characterized in that a front end of the support table (61;71;81) is coupled to the accommodating case (62; 72; 75) via the structure (J6;J7;15;25), wherein the structure (J6;J7;15;25) includes any one of: a universal joint (J6;J7) configured to pivotally support the accommodating case (62;72;75), wherein a sliding resistance between the accommodating case (62; 72; 75) and the universal joint (J6;J7) is set such that the accommodating case (62; 72; 75) does not pivot about the universal joint (J6;J7) and keeps its original state unless some force is applied to the accommodating case (62; 72; 75); an articulated flexible arm; and a bellows flexible arm. an intermediate coil (Lc0;Lc1;Lc2) configured to magnetically resonate with alternating magnetic flux generated by the primary coil so that magnetic resonance of the intermediate coil (Lc0;Lc1;Lc2) causes the secondary coil to generate induced electromotive force; an accommodating case (62;72;75) configured to accommodate the intermediate coil (Lc0;Lc1;Lc2); a support table (61;71;81); and a structure (J6;J7;15;25) connecting the support table (61;71;81) with the accommodating case (62;72;75), the structure (J6;J7;15;25) having a variable shape and adapted to be independently seccured in space, characterized in that a front end of the support table (61;71;81) is coupled to the accommodating case (62; 72; 75) via the structure (J6;J7;15;25), wherein the structure (J6;J7;15;25) includes any one of: a universal joint (J6;J7) configured to pivotally support the accommodating case (62;72;75), wherein a sliding resistance between the accommodating case (62; 72; 75) and the universal joint (J6;J7) is set such that the accommodating case (62; 72; 75) does not pivot about the universal joint (J6;J7) and keeps its original state unless some force is applied to the accommodating case (62; 72; 75); an articulated flexible arm; and a bellows flexible arm. a universal joint (J6;J7) configured to pivotally support the accommodating case (62;72;75), wherein a sliding resistance between the accommodating case (62; 72; 75) and the universal joint (J6;J7) is set such that the accommodating case (62; 72; 75) does not pivot about the universal joint (J6;J7) and keeps its original state unless some force is applied to the accommodating case (62; 72; 75); an articulated flexible arm; and a bellows flexible arm.