mhurhangee/ep-ind-claims huggingface dataset:
Propagation container comprising a circumferential wall, which bounds at least two cavities arranged next to one another, each cavity having a center longitudinal axis and the cavities being open to each other along part of the lateral circumferential surface thereof, wherein each cavity has an upper access opening and a bottom, characterized in that - between the upper access opening and the bottom of each cavity run at least two retaining ribs (20, 22, 24) that extend substantially vertically and are spaced from each other in the circumferential direction, which retaining ribs protrude radially from the circumferential wall into the associated cavity and define a cylindrical or conical frustum-shaped accommodating opening centered at the center longitudinal axis of the associated cavity, and - the mutual distance of the center longitudinal axes is dimensioned in such a way that the lateral circumferential surfaces of the accommodating openings touch or overlap. - between the upper access opening and the bottom of each cavity run at least two retaining ribs (20, 22, 24) that extend substantially vertically and are spaced from each other in the circumferential direction, which retaining ribs protrude radially from the circumferential wall into the associated cavity and define a cylindrical or conical frustum-shaped accommodating opening centered at the center longitudinal axis of the associated cavity, and - the mutual distance of the center longitudinal axes is dimensioned in such a way that the lateral circumferential surfaces of the accommodating openings touch or overlap.
A battery module comprising: a pair of end plates (210, 220); a plurality of battery cells aligned with each other between the pair of end plates (210, 220), wherein each of the battery cells has a top surface, a bottom surface located opposite to the top surface, and side surfaces extending between the top surface and the bottom surface; a top plate having a top base portion extending across the top surface of the battery cells and top flange portions covering at least a portion of opposing side surfaces of the battery cells; and a bottom plate having a bottom base portion extending across the bottom surface of the battery cells and bottom flange portions covering at least a portion of opposing side surfaces of the battery cells, characterized in that a plurality of first ribs (233, 243a) are provided on an exterior-facing surface of a first one of the top flange portions and/or the bottom flange portions, wherein the first ribs (233, 243a) are spaced from each other, and wherein a plurality of second ribs are provided on an exterior-facing surface of a second one of the top flange portions and/or the bottom flange portions, wherein the second one of the top flange portions or the bottom flange portions is located on the opposite side of the respective first one of the top flange portion or the bottom flange portion of the top or bottom plate (230, 240), and wherein the plurality of second ribs are spaced to fit into spaces between the first ribs (233, 243a). a pair of end plates (210, 220); a plurality of battery cells aligned with each other between the pair of end plates (210, 220), wherein each of the battery cells has a top surface, a bottom surface located opposite to the top surface, and side surfaces extending between the top surface and the bottom surface; a top plate having a top base portion extending across the top surface of the battery cells and top flange portions covering at least a portion of opposing side surfaces of the battery cells; and a bottom plate having a bottom base portion extending across the bottom surface of the battery cells and bottom flange portions covering at least a portion of opposing side surfaces of the battery cells, characterized in that a plurality of first ribs (233, 243a) are provided on an exterior-facing surface of a first one of the top flange portions and/or the bottom flange portions, wherein the first ribs (233, 243a) are spaced from each other, and wherein a plurality of second ribs are provided on an exterior-facing surface of a second one of the top flange portions and/or the bottom flange portions, wherein the second one of the top flange portions or the bottom flange portions is located on the opposite side of the respective first one of the top flange portion or the bottom flange portion of the top or bottom plate (230, 240), and wherein the plurality of second ribs are spaced to fit into spaces between the first ribs (233, 243a).
Pressure- and heat-resistant reactor for producing synthesis gas in a reverse CO conversion, having at least the following components: - at least two fluid-tight feed conduits for at least two different starting fluids, where the first starting fluid is an essentially COz-containing fluid and the second starting fluid is an essentially H 2 -containing fluid; - at least one fluid-tight discharge conduit for the synthesis gas as product; - at least one heating zone, with at least a subregion of the at least second feed conduit for the second starting fluid being arranged in the heating zone; - at least two recuperative countercurrent heat exchange zones, with subregions of the at least two feed conduits being arranged in both countercurrent heat exchange zones, and - at least one reaction zone having at least one catalyst in a catalyst bed, wherein the first COz starting fluid feed conduit is arranged in a subregion directly next to the synthesis gas product discharge conduit. - at least two fluid-tight feed conduits for at least two different starting fluids, where the first starting fluid is an essentially COz-containing fluid and the second starting fluid is an essentially H 2 -containing fluid; - at least one fluid-tight discharge conduit for the synthesis gas as product; - at least one heating zone, with at least a subregion of the at least second feed conduit for the second starting fluid being arranged in the heating zone; - at least two recuperative countercurrent heat exchange zones, with subregions of the at least two feed conduits being arranged in both countercurrent heat exchange zones, and - at least one reaction zone having at least one catalyst in a catalyst bed,
A method of packet retransmission, the method comprising: a wireless transmit/receive unit, WTRU, sending, at a media access control, MAC, layer, a MAC packet; the WTRU determining, at the MAC layer, that a transmission of the MAC packet has failed, wherein the failed transmission of the MAC packet is determined prior to receiving a receiver transmission feedback message associated with the transmission; the WTRU, determining a cause of the failed transmission of the MAC packet; the WTRU determining a resend time for the MAC packet based on the determined cause; and the WTRU resending, at the MAC layer, the MAC packet at the determined resend time. a wireless transmit/receive unit, WTRU, sending, at a media access control, MAC, layer, a MAC packet; the WTRU determining, at the MAC layer, that a transmission of the MAC packet has failed, wherein the failed transmission of the MAC packet is determined prior to receiving a receiver transmission feedback message associated with the transmission; the WTRU, determining a cause of the failed transmission of the MAC packet; the WTRU determining a resend time for the MAC packet based on the determined cause; and the WTRU resending, at the MAC layer, the MAC packet at the determined resend time.
A device for slidable installations such as sliding gates or sliding doors, wherein the device has a bottom-side supporting or retaining element, respectively, and a shorter running rail as well as a longer running rail, wherein rolling elements and/or sliding elements, via which the shorter running rail can be moved, are provided on the supporting or retaining element, respectively, wherein further rolling elements and/or sliding elements, via which the longer running rail can be moved, are provided on the shorter running rail and optionally on the supporting or retaining element, respectively, wherein the rolling elements and/or sliding elements, which are provided on the shorter running rail are attached to opposite ends (E1, E2) of the shorter running rail so as to be spaced apart from one another, characterized in that supports for the shorter running rail are provided on the supporting or retaining element, respectively, approximately in the area of the ends (10, 11), and the rolling elements and/or sliding elements, which are provided on the supporting or retaining element, respectively, are mounted so be vertically spring-loaded with a spring force and/or consist of an elastic material, and the shorter running rail can bear against the supports of the supporting or retaining element, respectively, by overcoming the spring force.
A process for obtaining a film that comprises the incorporation of natural antimicrobial agents in a polymeric structure for the development of packages designed to increase the shelf life of chilled or refrigerated meat, preferably fresh chilled salmon, CHARACTERIZED in that said process comprises the following steps: a) mixing a first extrusion of the antimicrobial active agent with low density polyethylene (LDPE) powder to obtain a pellet; b) a second extrusion to obtain a film incorporating the pellet obtained in step (a) in a proportion of 10% polyethylene pellets; c) conducting a three-layer coextrusion to develop the film into which the antimicrobial agent is incorporated, wherein the antimicrobial active agent is incorporated into the film layer which is in direct contact with salmon, and the intermediate and the outer layers of the film, provide the requirements for the film structure, without the incorporation of the active agent. a) mixing a first extrusion of the antimicrobial active agent with low density polyethylene (LDPE) powder to obtain a pellet; b) a second extrusion to obtain a film incorporating the pellet obtained in step (a) in a proportion of 10% polyethylene pellets; c) conducting a three-layer coextrusion to develop the film into which the antimicrobial agent is incorporated, wherein the antimicrobial active agent is incorporated into the film layer which is in direct contact with salmon, and the intermediate and the outer layers of the film, provide the requirements for the film structure, without the incorporation of the active agent.
Screw pump having two screws, in which screw pump each screw has a first thread and a second thread, in which screw pump the threads extend in each case from a suction side to a delivery side, and in which screw pump the threads are in engagement with one another, with the result that the threads are divided into a plurality of working chambers, the volume of which decreases from the suction side to the delivery side, wherein the threads have two thread turns, wherein a housing is provided, in which the screws are received, and in that the housing is designed in such a way that it has a first housing section and a second housing section in the region of a thread, there being a suction gap between the housing and the thread in the first housing section, and there being a minimum radial spacing between the housing and the thread in the second housing section.
A laser array (300a, 300b), comprising: a plurality of laser diodes arranged and electrically connected to one another on a surface of a non-native substrate (307a, 307b), wherein respective subsets of the plurality of laser diodes are electrically connected to respective driver transistors on the non-native substrate (307a, 307b) and respective laser diodes of the plurality of laser diodes have different orientations relative to one another, wherein the respective laser diodes of the plurality of laser diodes of the laser array are configured to provide coherent light emission in different directions, and wherein the laser array (300a, 300b) is configured to emit an output beam (309a, 309b) comprising the coherent light emission from the respective laser diodes; wherein the laser array (300a, 300b) is suitable for use in LIDAR device, and wherein said different orientations of the respective laser diodes relative to one another are selected such that the output beam (309a, 309b) comprises incoherent light having a desired non-uniform intensity distribution over a field of view of the laser array, wherein the output beam includes a superposition of respective coherent light emissions of the laser diodes, and respective phases of the coherent light emission are independent of one another. a plurality of laser diodes arranged and electrically connected to one another on a surface of a non-native substrate (307a, 307b), wherein respective subsets of the plurality of laser diodes are electrically connected to respective driver transistors on the non-native substrate (307a, 307b) and respective laser diodes of the plurality of laser diodes have different orientations relative to one another, wherein the respective laser diodes of the plurality of laser diodes of the laser array are configured to provide coherent light emission in different directions, and wherein the laser array (300a, 300b) is configured to emit an output beam (309a, 309b) comprising the coherent light emission from the respective laser diodes; wherein the laser array (300a, 300b) is suitable for use in LIDAR device, and wherein said different orientations of the respective laser diodes relative to one another are selected such that the output beam (309a, 309b) comprises incoherent light having a desired non-uniform intensity distribution over a field of view of the laser array, wherein the output beam includes a superposition of respective coherent light emissions of the laser diodes, and respective phases of the coherent light emission are independent of one another.
A winding device for an edgewise coil including a first coil portion having a cylindrical shape and a second coil portion having a cylindrical shape connected to the first coil portion through a connecting wire, comprising: a bending mechanism for bending, in a direction within a horizontal plane, a rectangular wire fed from a wire supply source in a horizontal direction; a feed mechanism for feeding a preset length of the rectangular wire from the wire supply source toward the bending mechanism; a coil guide for supporting an edgewise coil, from below, the edgewise coil being formed by alternately repeating the feeding operation for the rectangular wire by the feed mechanism and the bending operation for the rectangular wire by the bending mechanism, the edgewise coil being lowered under its own weight; and a coil-guide moving mechanism for moving the coil guide following movement of the edgewise coil by the feeding operation of the feed mechanism, and for moving the coil guide while rotating the coil guide following the movement of the edgewise coil by the bending operation of the bending mechanism, wherein the coil guide comprises: a guide column to be brought into engagement with an inner circumference of the first coil portion; a base plate on which the guide column stands vertically; and a guide base which is provided on the base plate so that an upper surface of the guide base is located above an upper surface of the base plate and on the upper surface of the guide base the second coil portion is to be placed. a bending mechanism for bending, in a direction within a horizontal plane, a rectangular wire fed from a wire supply source in a horizontal direction; a feed mechanism for feeding a preset length of the rectangular wire from the wire supply source toward the bending mechanism; a coil guide for supporting an edgewise coil, from below, the edgewise coil being formed by alternately repeating the feeding operation for the rectangular wire by the feed mechanism and the bending operation for the rectangular wire by the bending mechanism, the edgewise coil being lowered under its own weight; and a coil-guide moving mechanism for moving the coil guide following movement of the edgewise coil by the feeding operation of the feed mechanism, and for moving the coil guide while rotating the coil guide following the movement of the edgewise coil by the bending operation of the bending mechanism, a guide column to be brought into engagement with an inner circumference of the first coil portion; a base plate on which the guide column stands vertically; and a guide base which is provided on the base plate so that an upper surface of the guide base is located above an upper surface of the base plate and on the upper surface of the guide base the second coil portion is to be placed.
A wireless device detection computer device for determining the location of wireless device, said WDD computer device comprising: a processor in communication with a memory, said processor configured to: receive a plurality of status messages from a plurality of anchor points, wherein each status message of the plurality of status messages includes a received signal strength associated with a first wireless signal received at the corresponding anchor point from a first wireless device; determine a plurality of subsets of the plurality of anchor points, wherein each subset includes a number of anchor points of the plurality of anchor points; for each of the plurality of subsets, determine a potential location of the first wireless device based, at least in part, on the corresponding received signal strengths; generate a clustering of the plurality of potential locations; determine the largest cluster in the generated clustering; select a first group of the plurality of subsets in the largest cluster; and calculate a final location of the first wireless device based on the received signal strengths received from the anchor points included in the first group of subsets. receive a plurality of status messages from a plurality of anchor points, wherein each status message of the plurality of status messages includes a received signal strength associated with a first wireless signal received at the corresponding anchor point from a first wireless device; determine a plurality of subsets of the plurality of anchor points, wherein each subset includes a number of anchor points of the plurality of anchor points; for each of the plurality of subsets, determine a potential location of the first wireless device based, at least in part, on the corresponding received signal strengths; generate a clustering of the plurality of potential locations; determine the largest cluster in the generated clustering; select a first group of the plurality of subsets in the largest cluster; and calculate a final location of the first wireless device based on the received signal strengths received from the anchor points included in the first group of subsets.
An addition-curable silicone composition, comprising: A: a diorganopolysiloxane having a structure represented by a formula shown below: wherein R 1 represents an aliphatic unsaturated group, R 2 represents identical or different, unsubstituted or substituted monovalent hydrocarbon groups, Ar represents identical or different, unsubstituted or substituted aryl groups that may or may not contain a hetero atom, and n represents an integer of from 1 to 20, B: an organosilicon compound containing at least two hydrogen atoms bonded to silicon atoms per molecule, and containing no aliphatic unsaturated groups, in an amount that is sufficient to cure the composition in presence of a hydrosilylation catalyst described below, and C: a platinum group metal-based hydrosilylation catalyst. A: a diorganopolysiloxane having a structure represented by a formula shown below: wherein R 1 represents an aliphatic unsaturated group, R 2 represents identical or different, unsubstituted or substituted monovalent hydrocarbon groups, Ar represents identical or different, unsubstituted or substituted aryl groups that may or may not contain a hetero atom, and n represents an integer of from 1 to 20, B: an organosilicon compound containing at least two hydrogen atoms bonded to silicon atoms per molecule, and containing no aliphatic unsaturated groups, in an amount that is sufficient to cure the composition in presence of a hydrosilylation catalyst described below, and C: a platinum group metal-based hydrosilylation catalyst.
A hydration bladder comprising: a flexible body; a port coupled to the flexible body; a chamber formed by the flexible body, the chamber configured to carry a liquid therein and in communication with the port, and the chamber having an hourglass-like shape tapering inwardly and outwardly; characterized in that a baffle is coupled to the flexible body within the chamber. a flexible body; a port coupled to the flexible body; a chamber formed by the flexible body, the chamber configured to carry a liquid therein and in communication with the port, and the chamber having an hourglass-like shape tapering inwardly and outwardly; characterized in that a baffle is coupled to the flexible body within the chamber.
A device for producing a droplet, the device comprising: a capillary defining a lumen, the capillary comprising a first end coupleable to a fluid source; and a second end opposite the first end; an electrode in conductive communication with the second end of the capillary and a power source; a light source positioned to illuminate the lumen of the capillary; a photodetector positioned to absorb light from within the lumen and configured to generate an electrical signal in response to the light from within the lumen; and a controller operatively coupled to the power source and the photodetector, the controller including logic that when executed by the controller, causes the device to perform operations including: detecting the light from within the lumen based on the electrical signal from the photodetector; and applying, with the power source, a voltage to the electrode sufficient to eject a droplet from the second end of the capillary. a capillary defining a lumen, the capillary comprising a first end coupleable to a fluid source; and a second end opposite the first end; an electrode in conductive communication with the second end of the capillary and a power source; a light source positioned to illuminate the lumen of the capillary; a photodetector positioned to absorb light from within the lumen and configured to generate an electrical signal in response to the light from within the lumen; and a controller operatively coupled to the power source and the photodetector, the controller including logic that when executed by the controller, causes the device to perform operations including: detecting the light from within the lumen based on the electrical signal from the photodetector; and applying, with the power source, a voltage to the electrode sufficient to eject a droplet from the second end of the capillary. detecting the light from within the lumen based on the electrical signal from the photodetector; and applying, with the power source, a voltage to the electrode sufficient to eject a droplet from the second end of the capillary.