mhurhangee/ep-ind-claims huggingface dataset:
A tray for collecting and dispensing diverted cards in a card attaching system, wherein the card attaching system includes a card feeder positioned above a moving belt for depositing cards onto sheets of paper transported on the moving belt, and wherein the card feeder includes a divert mechanism for diverting rejected cards onto an alternate card path so that the rejected cards are not deposited, and are collected in the tray, the tray comprising: a sloped chute positioned to receive diverted cards from the card feeder at an elevated position over the moving belt and extending down to a lower position beyond an outside edge of the moving belt; and a chute support extending from the chute to a surface of the moving belt; the chute support resting on a roller that is positioned to roll on a surface of the moving belt as it passes under the sloped chute; wherein the roller has a configuration selected from one or more of a non-circular or an eccentric configuration, such that the axis of the roller will experience a vertical displacement as the roller rotates, imparting a vertical jogging motion on the chute support and the sloped chute. a sloped chute positioned to receive diverted cards from the card feeder at an elevated position over the moving belt and extending down to a lower position beyond an outside edge of the moving belt; and a chute support extending from the chute to a surface of the moving belt; the chute support resting on a roller that is positioned to roll on a surface of the moving belt as it passes under the sloped chute; wherein the roller has a configuration selected from one or more of a non-circular or an eccentric configuration, such that the axis of the roller will experience a vertical displacement as the roller rotates, imparting a vertical jogging motion on the chute support and the sloped chute.
A surgical implant, comprising: a body having a plurality of thru-holes formed therein; and a suture filament attached to the body such that the suture filament has a first terminal end, a second terminal end, and a Lark's Head knot formed therein, each being located on a top side of the body, the suture filament arranged with respect to the body such that: a first portion of the suture filament extending between the Lark's Head knot and the first terminal end passes through one thru-hole to a bottom side of the body and through a different thru-hole to the top side of the body to form a first loop, a second portion of the suture filament extending between the Lark's Head knot and the second terminal end passes through one thru-hole to the bottom side of the body and through a different thru-hole to the top side of the body to form a second loop, and the first terminal end passes through an opening defined by the Lark's Head knot from a first side of the opening and the second terminal end passes through the opening defined by the Lark's Head knot from a second, opposite side of the opening. a body having a plurality of thru-holes formed therein; and a suture filament attached to the body such that the suture filament has a first terminal end, a second terminal end, and a Lark's Head knot formed therein, each being located on a top side of the body, the suture filament arranged with respect to the body such that: a first portion of the suture filament extending between the Lark's Head knot and the first terminal end passes through one thru-hole to a bottom side of the body and through a different thru-hole to the top side of the body to form a first loop, a second portion of the suture filament extending between the Lark's Head knot and the second terminal end passes through one thru-hole to the bottom side of the body and through a different thru-hole to the top side of the body to form a second loop, and the first terminal end passes through an opening defined by the Lark's Head knot from a first side of the opening and the second terminal end passes through the opening defined by the Lark's Head knot from a second, opposite side of the opening. a first portion of the suture filament extending between the Lark's Head knot and the first terminal end passes through one thru-hole to a bottom side of the body and through a different thru-hole to the top side of the body to form a first loop, a second portion of the suture filament extending between the Lark's Head knot and the second terminal end passes through one thru-hole to the bottom side of the body and through a different thru-hole to the top side of the body to form a second loop, and the first terminal end passes through an opening defined by the Lark's Head knot from a first side of the opening and the second terminal end passes through the opening defined by the Lark's Head knot from a second, opposite side of the opening.
Pneumatic vehicle tyre with a material ring inside it, adhesively attached to the inner surface opposite from the tread, the material ring adhering to a self-sealing sealant, which at least immediately after its application has a tackiness required for the adhesive attachment of the material ring, the material ring arranged on the sealant being closed-cell and airtight, characterized in that the closed-cell material ring is covered over its radially inner surface completely with a covering film, either lies with its radially outer surface fully flush on the sealant or is supported on the sealant by means of two or more supports, the width of the closed-cell material ring corresponding approximately to the width of the sealant ply.
Process for angular indexing of a pre-form which comprises a body and a neck, the process comprising: - a step of marking the neck of the pre-form during which at least one reference point is produced on the neck of the pre-form; - a step of a heating station taking charge of the pre-form, during which the pre-form is transported along a heating course by a support unit, known as a spinner, which makes it possible to turn the pre-form around its axis; characterized in that the marking step is carried out during the step of taking charge, when the pre-form is supported by a spinner. - a step of marking the neck of the pre-form during which at least one reference point is produced on the neck of the pre-form; - a step of a heating station taking charge of the pre-form, during which the pre-form is transported along a heating course by a support unit, known as a spinner, which makes it possible to turn the pre-form around its axis;
A radial-gap type superconducting synchronous machine comprising: a stator having a circular cross-sectional shape; a rotor rotatably supported inside the stator; and a superconductor disposed on the peripheral side of the rotor, wherein the rotor includes a rotor body secured to a rotating shaft, and a convex magnetic pole provided on the periphery of the rotor body, the magnetic pole projecting radially outward, wherein the magnetic pole, at its radially distal end part, includes the superconductor, wherein when viewed in the direction of a rotational axis of the rotor, the magnetic pole center portion of the superconductor is disposed nearer to the stator than the magnetic pole end portions of the superconductor, and wherein a ferromagnet is disposed on the rotational axis side of the superconductor in the magnetic pole. a stator having a circular cross-sectional shape; a rotor rotatably supported inside the stator; and a superconductor disposed on the peripheral side of the rotor,
A method for manufacturing ceramic tiles, comprising the steps of: - depositing a soft layer of ceramic powder on a support element, - pressing said soft layer against said support element, thus creating an unfired tile of compacted ceramic powder, and - firing the unfired tile inside a ceramic furnace, characterized in that it comprises a process of monitoring the integrity of the unfired tile, which includes the steps of - applying, on at least one portion of the unfired tile, a contrast liquid suitable for modifying the colour of said portion of the unfired tile, - acquiring at least one image of said portion of the unfired tile after the application of the contrast liquid and before the firing step, and - detecting if said image comprises at least one line of contrasting colour with respect to the colour taken on by said portion of the unfired tile following the application of the contrast liquid. - depositing a soft layer of ceramic powder on a support element, - pressing said soft layer against said support element, thus creating an unfired tile of compacted ceramic powder, and - firing the unfired tile inside a ceramic furnace, - applying, on at least one portion of the unfired tile, a contrast liquid suitable for modifying the colour of said portion of the unfired tile, - acquiring at least one image of said portion of the unfired tile after the application of the contrast liquid and before the firing step, and - detecting if said image comprises at least one line of contrasting colour with respect to the colour taken on by said portion of the unfired tile following the application of the contrast liquid.
A method for performing channel access by a station, hereinafter STA, of a wireless communication system, the method comprising: receiving, from an access point, hereinafter AP, configuration information regarding at least one slot for channel access; receiving a first frame from the AP at a specific slot from among the at least one slot; and initiating channel access after reception of the first frame, characterized in that: the first frame is a null data packet frame, a second frame is transmitted from the AP after the first frame has been transmitted to the STA, wherein the second frame is a data frame from the AP, and wherein the configuration information of the at least one slot indicates configuration information regarding a time period in which channel access of the STA is allowed. receiving, from an access point, hereinafter AP, configuration information regarding at least one slot for channel access; receiving a first frame from the AP at a specific slot from among the at least one slot; and initiating channel access after reception of the first frame, characterized in that: the first frame is a null data packet frame, a second frame is transmitted from the AP after the first frame has been transmitted to the STA, wherein the second frame is a data frame from the AP, and wherein the configuration information of the at least one slot indicates configuration information regarding a time period in which channel access of the STA is allowed. the first frame is a null data packet frame, a second frame is transmitted from the AP after the first frame has been transmitted to the STA, wherein the second frame is a data frame from the AP, and wherein the configuration information of the at least one slot indicates configuration information regarding a time period in which channel access of the STA is allowed.
A method for manufacturing a semi-finished product for a module having a cell made from a photoactive material, wherein the method comprises the following steps: - providing a substrate, - arranging a cell (2; 3) made from a photoactive material on the substrate in such a manner that a light-incidence or a light-emission side of the cell (2; 3) faces the substrate, - constructing an adhesive-compound layer, into which the cell (2; 3) and a contact connector formed on a connecting lead of the cell (2; 3) are partially or completely embedded, and - constructing a contact region, which is formed on the rear side of the substrate with the contact connector formed herein, wherein the contact connector is subsequently exposed again to construct the contact region, by a layer composite (10, 11) comprising at least the material of the adhesive-compound layer and arranged on the contact connector being removed, characterised in that, to remove the layer composite (10, 11), - an adhesion between the contact connector and the adhesive-compound layer arranged above the contact connector is diminished by the contact connector and/or at least one region of the adhesive-compound layer arranged next to the contact connector being loaded with an activation energy which is introduced into the contact region between the contact connector and the adhesive-compound layer, - a separating tool is arranged onto the layer composite (10, 11) and an adhesion is formed between the separating tool and the layer composite (10, 11) and - the layer composite (10, 11) is pulled off by means of the separating tool. - providing a substrate, - arranging a cell (2; 3) made from a photoactive material on the substrate in such a manner that a light-incidence or a light-emission side of the cell (2; 3) faces the substrate, - constructing an adhesive-compound layer, into which the cell (2; 3) and a contact connector formed on a connecting lead of the cell (2; 3) are partially or completely embedded, and - constructing a contact region, which is formed on the rear side of the substrate with the contact connector formed herein, wherein the contact connector is subsequently exposed again to construct the contact region, by a layer composite (10, 11) comprising at least the material of the adhesive-compound layer and arranged on the contact connector being removed, characterised in that, to remove the layer composite (10, 11), - an adhesion between the contact connector and the adhesive-compound layer arranged above the contact connector is diminished by the contact connector and/or at least one region of the adhesive-compound layer arranged next to the contact connector being loaded with an activation energy which is introduced into the contact region between the contact connector and the adhesive-compound layer, - a separating tool is arranged onto the layer composite (10, 11) and an adhesion is formed between the separating tool and the layer composite (10, 11) and - the layer composite (10, 11) is pulled off by means of the separating tool.
An exhaust waste heat recovery system, comprising: a first exhaust waste heat recovery assembly including a central exhaust channel configured to allow passage of exhaust along an exhaust axis, and a first plurality of thermoelectric legs, each of the first plurality of TE legs including a hot end (106 X) in thermal communication with the exhaust channel, and a cold end (108 X) opposite to the hot end (106 X); and an electrical coupler in electrical communication with each of the first plurality of TE legs, the electrical coupler configured to receive electricity from the first plurality of TE legs, characterized in that a plurality of fins is positioned within the exhaust channel, the fins dividing the exhaust channel into a plurality of ports, wherein the hot end (106 X) of each of the first plurality of TE legs is in thermal communication with the exhaust channel through the plurality of fins, the fins having a thickness of 60-100 microns and being in the form of a substantially rectangular matrix or honey comb structure. a first exhaust waste heat recovery assembly including a central exhaust channel configured to allow passage of exhaust along an exhaust axis, and a first plurality of thermoelectric legs, each of the first plurality of TE legs including a hot end (106 X) in thermal communication with the exhaust channel, and a cold end (108 X) opposite to the hot end (106 X); and a central exhaust channel configured to allow passage of exhaust along an exhaust axis, and a first plurality of thermoelectric legs, each of the first plurality of TE legs including a hot end (106 X) in thermal communication with the exhaust channel, and a cold end (108 X) opposite to the hot end (106 X); and an electrical coupler in electrical communication with each of the first plurality of TE legs, the electrical coupler configured to receive electricity from the first plurality of TE legs, a plurality of fins is positioned within the exhaust channel, the fins dividing the exhaust channel into a plurality of ports, wherein the hot end (106 X) of each of the first plurality of TE legs is in thermal communication with the exhaust channel through the plurality of fins, the fins having a thickness of 60-100 microns and being in the form of a substantially rectangular matrix or honey comb structure.
A reprogramming gene-loaded Sendai virus, characterized in that the reprogramming gene-loaded Sendai virus comprises, as its genome: (i) Sendai virus genes including NP gene, P/C gene and L gene: and (ii) mammalian reprogramming genes comprising a combination of Oct3/4, Sox2 and Klf4, or a combination of Oct3/4, Sox2, Klf4 and c-Myc; wherein at least one gene from M gene, F gene and HN gene in the genome is functionally deleted by replacement with the mammalian reprogramming genes; wherein the L gene is a mutated gene and encodes an amino-acid sequence of the L-protein in which the amino-acid residue at position 1618 is valine; and wherein each of the M gene, the F gene and the HN gene is a gene derived from a Sendai virus strain Cl.151. (i) Sendai virus genes including NP gene, P/C gene and L gene: and (ii) mammalian reprogramming genes comprising a combination of Oct3/4, Sox2 and Klf4, or a combination of Oct3/4, Sox2, Klf4 and c-Myc;
A device for pulling a resilient elongate element, comprising: a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having two elongate member contacting surfaces arranged in the shape of a V, each of the two elongate member contacting surfaces including a plurality of radial splines and being configured to apply a tension to the resilient elongate element whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism guiding the resilient elongate element onto, around at least a portion of the circumference of, and off of the rotating drum, wherein the guide mechanism comprises an entry tooth that guides the resilient elongate element onto the drum in a direction that is substantially tangent to an inner diameter of the drum and the guide mechanism further includes an exit tooth that guides the resilient elongate element off of the drum in a direction that is substantially tangent to an inner diameter of the drum, characterised in that the exit tooth leads the resilient elongate element to an exit scoop that arcs to a desired exit trajectory for the resilient elongate member. a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having two elongate member contacting surfaces arranged in the shape of a V, each of the two elongate member contacting surfaces including a plurality of radial splines and being configured to apply a tension to the resilient elongate element whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism guiding the resilient elongate element onto, around at least a portion of the circumference of, and off of the rotating drum, wherein the guide mechanism comprises an entry tooth that guides the resilient elongate element onto the drum in a direction that is substantially tangent to an inner diameter of the drum and the guide mechanism further includes an exit tooth that guides the resilient elongate element off of the drum in a direction that is substantially tangent to an inner diameter of the drum, characterised in that the exit tooth leads the resilient elongate element to an exit scoop that arcs to a desired exit trajectory for the resilient elongate member.
A specimen concentration container comprising: a container main body having an upper surface on which a first opening portion is formed; wherein a specimen concentration portion having a cup shape having an upper surface on which a second opening portion is formed and whose inner diameter is smaller than that of the container main body is provided at an inner bottom surface portion of the container main body; characterized in that a specimen lid having a spherical shape whose diameter is larger than that of the second opening portion of the specimen concentration portion and smaller than the inner diameter of the upper surface opening portion of the container main body, is movably arranged on the second opening portion of the specimen concentration portion, wherein the specimen lid is configured to float on a liquid mixture prepared by mixing an extraction liquid and a specimen. a container main body having an upper surface on which a first opening portion is formed; wherein a specimen concentration portion having a cup shape having an upper surface on which a second opening portion is formed and whose inner diameter is smaller than that of the container main body is provided at an inner bottom surface portion of the container main body; a specimen lid having a spherical shape whose diameter is larger than that of the second opening portion of the specimen concentration portion and smaller than the inner diameter of the upper surface opening portion of the container main body, is movably arranged on the second opening portion of the specimen concentration portion, wherein the specimen lid is configured to float on a liquid mixture prepared by mixing an extraction liquid and a specimen.
Method for operating a vehicle crane having a lower carriage with jib supports and a superstructure with a counterweight, in which a live view of the surroundings of the vehicle crane is displayed to the driver, characterised in that the live view is generated at least via cameras arranged on the lower carriage, identifications (12a-c, 13) of the movement ranges of the jib supports and of the pivoting range of the superstructure are superposed, to scale, onto the live view, the identifications (12a-c, 13) are fixed-programmed, crane-specific overlays and the live view is a crane-specific view calibrated in terms of dimensions.