mhurhangee/ep-ind-claims huggingface dataset:
Housing designed for a field device used in measuring and automation technology, wherein said device is designed to monitor and/or determine at least a process variable of a medium, said housing comprising: at least a thread-free housing body which has a housing chamber on the inside which is surrounded by a housing wall (10.1); and at least a cover; wherein the housing wall (10.1) has at least one opening (15, 16) which can be closed by the cover, wherein the housing has at least a threaded element that is inserted into the opening (15, 16), wherein the threaded element is inserted in a manner in which it is secured in a detachable manner, wherein the threaded element is designed to receive the cover, wherein the opening (15, 16) can be closed by means of the cover, and wherein the threaded element has a first thread, and wherein the cover has a second thread to complement the first thread, wherein the housing wall (10.1) has at least one retention element inside the housing chamber to retain the threaded element, wherein the housing has a sealing element which is arranged between the housing body and the cover and is designed to close a gap between the housing body and the cover, characterized in that on a front face facing towards the cover, the threaded element has at least a limit stop, wherein said limit stop is designed to stop the cover from being screwed on further once a target position is reached, wherein the limit stop projects out of the front face, and wherein the sealing element has a third opening to complement the limit stop, and wherein the sealing element can be secured on the threaded element by introducing the limit stop into the third opening. at least a thread-free housing body which has a housing chamber on the inside which is surrounded by a housing wall (10.1); and at least a cover; wherein the housing wall (10.1) has at least one opening (15, 16) which can be closed by the cover, wherein the housing has at least a threaded element that is inserted into the opening (15, 16), wherein the threaded element is inserted in a manner in which it is secured in a detachable manner, wherein the threaded element is designed to receive the cover, wherein the opening (15, 16) can be closed by means of the cover, and wherein the threaded element has a first thread, and wherein the cover has a second thread to complement the first thread, wherein the housing wall (10.1) has at least one retention element inside the housing chamber to retain the threaded element, wherein the housing has a sealing element which is arranged between the housing body and the cover and is designed to close a gap between the housing body and the cover, characterized in that on a front face facing towards the cover, the threaded element has at least a limit stop, wherein said limit stop is designed to stop the cover from being screwed on further once a target position is reached, wherein the limit stop projects out of the front face, and wherein the sealing element has a third opening to complement the limit stop, and wherein the sealing element can be secured on the threaded element by introducing the limit stop into the third opening.
Automatic system for dispensing liquid ingredients for instant beverage production comprising: - an automatic dispensing device configured to manage requests of beverages and automatically produce the required beverage; - a management software for the configuration and the management of the automatic dispensing device; - a remote server communicating with the automatic dispensing device and with the management software, configured to store and process data related to users of the system, to the requests of beverages and to the state of the automatic dispensing device; wherein the automatic dispensing device comprises: - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module, placed in a top portion of the dispensing area; - a load cell, located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit. - an automatic dispensing device configured to manage requests of beverages and automatically produce the required beverage; - a management software for the configuration and the management of the automatic dispensing device; - a remote server communicating with the automatic dispensing device and with the management software, configured to store and process data related to users of the system, to the requests of beverages and to the state of the automatic dispensing device; wherein the automatic dispensing device comprises: - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module, placed in a top portion of the dispensing area; - a load cell, located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit. - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module, placed in a top portion of the dispensing area; - a load cell, located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit.
A wire crate for housing an animal, comprising: a top panel, a bottom panel, a front panel, a back panel, and a pair of side panels (110, 112) oppositely disposed from one another; an opening defined in one of the front panel, back panel, or side panels (110,112), the opening configured to provide access to the interior of the crate; a pair of tracks coupled to respective sides of the opening; and a door slidably coupled to the pair of tracks, wherein the door slides along the pair of tracks between an open position and a closed position; the door comprises a top portion and a bottom portion pivotally coupled to one another, and characterised in that in moving from the closed position to the open position, the top portion will pivot and rest on the top panel. a top panel, a bottom panel, a front panel, a back panel, and a pair of side panels (110, 112) oppositely disposed from one another; an opening defined in one of the front panel, back panel, or side panels (110,112), the opening configured to provide access to the interior of the crate; a pair of tracks coupled to respective sides of the opening; and a door slidably coupled to the pair of tracks, wherein the door slides along the pair of tracks between an open position and a closed position;
A method of producing differentiated eye cells selected from the group consisting of corneal epithelial precursor cells, corneal epithelial cells and stratified corneal epithelium, the method comprising: a) culturing pluripotent stem cells in the absence of feeder cells; b) culturing said cells in a cell culture medium comprising a TGF-beta inhibitor and a fibroblast growth factor followed by culturing said cells in a cell culture medium comprising bone morphogenetic protein 4 (BMP-4) thereby producing eye precursor cells; c) culturing on a substrate coated at least with collagen IV and laminin said eye precursor cells in a cell culture medium comprising one or more supplements selected from the group consisting of epidermal growth factor, hydrocortisone, insulin, isoproterenol, and tri-iodo-thyronine in the absence of a TGF-beta inhibitor, FGF, or BMP-4, thereby producing corneal epithelial precursor cells; and d) optionally, maturating said corneal epithelial precursor cells further into mature corneal epithelial cells or into corneal stratified epithelium; wherein the culture medium used in b) and c) does not comprise a Wnt-inhibitor. a) culturing pluripotent stem cells in the absence of feeder cells; b) culturing said cells in a cell culture medium comprising a TGF-beta inhibitor and a fibroblast growth factor followed by culturing said cells in a cell culture medium comprising bone morphogenetic protein 4 (BMP-4) thereby producing eye precursor cells; c) culturing on a substrate coated at least with collagen IV and laminin said eye precursor cells in a cell culture medium comprising one or more supplements selected from the group consisting of epidermal growth factor, hydrocortisone, insulin, isoproterenol, and tri-iodo-thyronine in the absence of a TGF-beta inhibitor, FGF, or BMP-4, thereby producing corneal epithelial precursor cells; and d) optionally, maturating said corneal epithelial precursor cells further into mature corneal epithelial cells or into corneal stratified epithelium; wherein the culture medium used in b) and c) does not comprise a Wnt-inhibitor.
A laser relay module for free space optical communications in an optical communication network comprising: an optical telescope mounted on a steerable mount for receiving and transmitting optical data stream beams; an optical diplexer for separating transmitted and received optical data stream beams; an optical amplifier for restoring a signal level of the received optical data stream beam to a predetermined level for a transmitted data stream beam; one or more optical filters to improve optical amplifier efficiency and improve signal-to-noise ratio; a modulated beacon laser for line of sight control of a plurality of communicating remote network nodes, and for optical transmission of status, system management, and telemetry data to other network nodes; a beacon beam detector for detecting an incoming beacon optical beam for line of sight control of the optical telescope and receiving status, system management, and telemetry data from other network nodes; and means for inserting an output of the modulated beacon laser into the optical telescope for transmission to another network node, and for collecting the incoming beacon optical beam at the optical telescope and transporting the incoming beacon optical beam to the beacon detector. an optical telescope mounted on a steerable mount for receiving and transmitting optical data stream beams; an optical diplexer for separating transmitted and received optical data stream beams; an optical amplifier for restoring a signal level of the received optical data stream beam to a predetermined level for a transmitted data stream beam; one or more optical filters to improve optical amplifier efficiency and improve signal-to-noise ratio; a modulated beacon laser for line of sight control of a plurality of communicating remote network nodes, and for optical transmission of status, system management, and telemetry data to other network nodes; a beacon beam detector for detecting an incoming beacon optical beam for line of sight control of the optical telescope and receiving status, system management, and telemetry data from other network nodes; and means for inserting an output of the modulated beacon laser into the optical telescope for transmission to another network node, and for collecting the incoming beacon optical beam at the optical telescope and transporting the incoming beacon optical beam to the beacon detector.
Plant for the continuous production of fatty alcohol from fatty acid ester, in particular wax ester, by catalytic trickle-bed hydrogenation, comprising supply conduits for the fatty acid ester and fresh and for recirculated hydrogen, a discharge conduit for the liquid product mixture containing fatty alcohol, a return conduit for non-converted hydrogen, and several, preferably two, shaft reactors each containing at least one catalyst fixed bed, which are connected with each other via pipe conduits such that they can be traversed by the educt/product mixture one after the other, wherein the plant and the reactors are configured such that quench hydrogen can be fed below the catalyst bed(s) and/or into the transfer conduit between the reactors, characterised in that the reactors are connected with each other by pipelines such that a) the order in which the reactors are traversed by the educt/product mixture is freely selectable and b) each reactor can also each be traversed alone, bypassing the respective other reactor and c) each of the reactors is configured with respect to the catalyst fixed bed(s) contained therein such that at a specified production output of the plant, the required degree of conversion of the educts can be achieved with the passage through only one of the reactors at least for the duration of an exchange of the catalyst fixed bed(s) in the respective other reactor and d) characterised in that temperature measurement devices for visualisation of the temperature profile over the length of the fixed bed are installed in the shaft reactors. a) the order in which the reactors are traversed by the educt/product mixture is freely selectable and b) each reactor can also each be traversed alone, bypassing the respective other reactor and c) each of the reactors is configured with respect to the catalyst fixed bed(s) contained therein such that at a specified production output of the plant, the required degree of conversion of the educts can be achieved with the passage through only one of the reactors at least for the duration of an exchange of the catalyst fixed bed(s) in the respective other reactor and d) characterised in that temperature measurement devices for visualisation of the temperature profile over the length of the fixed bed are installed in the shaft reactors.
A method comprising: causing one or more laser diodes of a computing device (102, 502, 504, 506, 600) to operate below a lasing threshold to illuminate at least part of a physical surroundings of the computing device (102, 502, 504, 506, 600); capturing one or more images of the illuminated physical surroundings by a camera of the computing device (102, 502, 504, 506, 600); recognizing, from the captured one or more images, one or more inputs for interaction with a user interface displayed by the computing device (102, 502, 504, 506, 600); causing the one or more laser diodes of the computing device (102, 502, 504, 506, 600) to operate above the lasing threshold to output coherent light to project a pattern into the physical surroundings; and capturing images of the pattern for determining a depth of one or more objects in the physical surroundings. causing one or more laser diodes of a computing device (102, 502, 504, 506, 600) to operate below a lasing threshold to illuminate at least part of a physical surroundings of the computing device (102, 502, 504, 506, 600); capturing one or more images of the illuminated physical surroundings by a camera of the computing device (102, 502, 504, 506, 600); recognizing, from the captured one or more images, one or more inputs for interaction with a user interface displayed by the computing device (102, 502, 504, 506, 600); causing the one or more laser diodes of the computing device (102, 502, 504, 506, 600) to operate above the lasing threshold to output coherent light to project a pattern into the physical surroundings; and capturing images of the pattern for determining a depth of one or more objects in the physical surroundings.
An agent for removing and preventing icing comprising a base composition based on glycols and water, characterised in that the base composition consists of 1,2-propanediol, 1,3-propanediol and glycerol, whereas the base composition contains from 20 to 45%wt., preferably from 22 to 42%wt. of 1,2 propanediol, from 10 to 18%wt., preferably from 12 to 15%wt. of 1,3-propanediol, and from 37 to 70%, preferably from 43 to 66%wt. of glycerol.
Surgical instrumentation for severing the lateral retinaculum with respect to a lateral release procedure, comprising: an elongated guide body (102,202) having a lengthwise inner track with proximal and distal ends, a first, smooth lengthwise lower surface and a second, opposing upper surface with a lengthwise groove into the lengthwise track; and wherein the proximal end of the elongated guide body includes an opening into the lengthwise track; a pushrod with proximal and distal ends, with the distal end of the pushrod having a single sharpened cutting blade operative to sever biological tissue, the pushrod being insertable into the lengthwise track through the opening in the proximal end of the elongated guide body such that the single cutting blade protrudes from the lengthwise groove and the second, opposing surface such that the cutting blade is fully exposed, thereby enabling a user to move the pushrod and sever a lateral retinaculum using the single, protruding, exposed cutting blade; and characterised in that; the elongated guide body is malleable or bendable, and wherein the pushrod includes depth markings; further wherein the elongated guide body has a length in the range of 7.5 to 10 cm and a width in the range of 5 to 7.5 mm; and wherein the cutting blade protrudes from the guide by 3-7 mm. an elongated guide body (102,202) having a lengthwise inner track with proximal and distal ends, a first, smooth lengthwise lower surface and a second, opposing upper surface with a lengthwise groove into the lengthwise track; and wherein the proximal end of the elongated guide body includes an opening into the lengthwise track; a pushrod with proximal and distal ends, with the distal end of the pushrod having a single sharpened cutting blade operative to sever biological tissue, the pushrod being insertable into the lengthwise track through the opening in the proximal end of the elongated guide body such that the single cutting blade protrudes from the lengthwise groove and the second, opposing surface such that the cutting blade is fully exposed, thereby enabling a user to move the pushrod and sever a lateral retinaculum using the single, protruding, exposed cutting blade; and characterised in that; the elongated guide body is malleable or bendable, and
A semiconductor device (10, 20, 60, 70, 100, 200) comprising: processing circuitry configured to receive a data signal, DS, having a first frequency and to sample the data signal, DS, with a clock signal, CLK, having a second frequency, greater than the first frequency, and to output a plurality of pieces of data for a time corresponding to a unit interval, PR, of the data signal, DS, the processing circuitry configured to sample the data signal, DS, with an error clock signal, ECK, having the second frequency and a phase, different from a phase of the clock signal, CLK, and to output a plurality of pieces of error data, ED, for the time corresponding to the unit interval, PR, and the processing circuitry configured to compare the plurality of pieces of data with each of the plurality of pieces of error data, ED, to obtain an eye diagram of the data signal, DS, in the unit interval, PR. processing circuitry configured to receive a data signal, DS, having a first frequency and to sample the data signal, DS, with a clock signal, CLK, having a second frequency, greater than the first frequency, and to output a plurality of pieces of data for a time corresponding to a unit interval, PR, of the data signal, DS, the processing circuitry configured to sample the data signal, DS, with an error clock signal, ECK, having the second frequency and a phase, different from a phase of the clock signal, CLK, and to output a plurality of pieces of error data, ED, for the time corresponding to the unit interval, PR, and the processing circuitry configured to compare the plurality of pieces of data with each of the plurality of pieces of error data, ED, to obtain an eye diagram of the data signal, DS, in the unit interval, PR.
Cable holder for the long-term storage and the rapid transportation of a high-voltage cable, having - a rotatable cable reel (3, 4), which has a winding cylinder and side limits which are connected for conjoint rotation with the winding cylinder and protrude over the circumference thereof, - a holding frame for rotatably mounting the cable reel (3, 4), and - a high-voltage cable, which is wound onto the cable reel (3, 4), - wherein the winding cylinder has a diameter of over 1300 mm, characterized in that the high-voltage cable has a cable termination with solid insulation, and a plug-in part of a high-voltage plug connection at its end remote from the cable termination, wherein the cable termination has an outdoor terminal at its free end. - a rotatable cable reel (3, 4), which has a winding cylinder and side limits which are connected for conjoint rotation with the winding cylinder and protrude over the circumference thereof, - a holding frame for rotatably mounting the cable reel (3, 4), and - a high-voltage cable, which is wound onto the cable reel (3, 4), - wherein the winding cylinder has a diameter of over 1300 mm,
A current sensor (10, 20, 30, 40, 50, 60, 70, 100) for magnetic field-based current determination of an alternating current I through a current conductor (38, 56) on the basis of a magnetic field-sensitive sensor element (12, 108), wherein the sensor element (12, 108) is arranged spatially adjacent the current conductor (38, 56) for detecting a magnetic field brought about in the current conductor (38, 56) by the alternating current I, characterised in that at least one metal block in the form of a conductive compensation element (80, 90) with a cross-sectional area of at least 50% to 100% of the cross-sectional area of the current conductor (38, 56) is arranged in electrically isolated manner from the flow of alternating current I through the current conductor (38, 56) and in such a way spatially adjacent the sensor element (12, 108) and the current conductor (38, 56) to compensate frequency-dependent distortions of the magnetic field by means of a compensation magnetic field arising by eddy current induction, such that interfering influences of frequency-dependent current density effects of the current conductor (38, 56) on the sensor element (12, 108) are compensated by the compensation magnetic field of the compensation element (80, 90).