mhurhangee/ep-ind-claims huggingface dataset:
Circuit carrier assembly with at least one electronic component (15, 17), wherein the circuit carrier assembly has at least two circuit carriers (3, 5), wherein the circuit carriers (3, 5) extend in each case parallel to one another, at least in certain portions, and at least partially enclose the component (15, 17) between them, wherein the component (15, 17) is electrically conductively connected in a material-bonding manner to at least one circuit carrier, wherein the circuit carrier assembly has at least one electrically insulating spacer (22, 24, 26), wherein the spacer (22, 24, 26) is connected to a circuit carrier, wherein an end portion of the spacer is held in an opening in the circuit carrier and the spacer extends transversely in relation to the circuit carrier up to the other circuit carrier, characterized in that, after being acted on by a pressing tool, the circuit carrier (3, 5) in the region of the opening is pressed radially inwards into the opening, so that the spacer (22, 24, 26) is held in a force-fitting manner in the opening.
Amine-functional adduct from the reaction of - at least one amine of the formula, Z-NH-A-NH-CH 2 -Y where A is a divalent alkylene, cycloalkylene or arylalkylene radical having 2 to 15 carbon atoms, Z is H or ---CH 2 -Y, and Y is H or an alkyl, cycloalkyl, aralkyl or aryl radical having 1 to 11 carbon atoms, wherein the two nitrogen atoms to which the A radical is attached are separated from one another by at least two carbon atoms and the amine of the formula contains a total of at least 8 carbon atoms, - with at least one novolak epoxy resin having an average functionality in the range from 2.5 to 4. - at least one amine of the formula, Z-NH-A-NH-CH 2 -Y where A is a divalent alkylene, cycloalkylene or arylalkylene radical having 2 to 15 carbon atoms, Z is H or ---CH 2 -Y, and Y is H or an alkyl, cycloalkyl, aralkyl or aryl radical having 1 to 11 carbon atoms, wherein the two nitrogen atoms to which the A radical is attached are separated from one another by at least two carbon atoms and the amine of the formula contains a total of at least 8 carbon atoms, A is a divalent alkylene, cycloalkylene or arylalkylene radical having 2 to 15 carbon atoms, Z is H or ---CH 2 -Y, and Y is H or an alkyl, cycloalkyl, aralkyl or aryl radical having 1 to 11 carbon atoms, wherein the two nitrogen atoms to which the A radical is attached are separated from one another by at least two carbon atoms and the amine of the formula contains a total of at least 8 carbon atoms, - with at least one novolak epoxy resin having an average functionality in the range from 2.5 to 4.
A workpiece storage device including at least one sensor, a control device and a pick-up device with receptacles for workpieces, wherein the receptacles are individually adapted to the shape of the workpieces, wherein the at least one sensor is configured, to acquire sensor data, by means of which the presence and/or location of the workpieces in the receptacles is determinable, and to transmit the sensor data to the control device, wherein the control device is configured, to receive the sensor data of the sensor and to feed them as input values to at least one machine learning model (30, 31, 32), characterised in that the machine learning model (30, 31, 32) is trained, to calculate at least one binary output value (37, 38, 39) from the input values, wherein the binary output value (37, 38, 39) indicates, whether a statement about a loading state (40, 41, 42, 43) of the pick-up device is applicable, wherein the control device is configured, to generate a signal including the binary output value (37, 38, 39).
A process for the production of a cellulosic moulded body according to the viscose process by shaping a spinning mass containing cellulose xanthogenate, characterized in that xylan in an amount of at least 1% by weight, based on cellulose, preferably from 1% by weight to 20% by weight, particularly preferably from 3% by weight to 15% by weight, is added to the cellulose xanthogenate.
Flexible, flat electrode arrangement for a dielectric gas barrier discharge, comprising a central region and a peripheral region and comprising a flat electrode conducting a high voltage potential, which electrode is embedded in a flat dielectric forming an upper side and a abutting side, characterized in that the flat dielectric has, at least in the peripheral region, the form of a flat strip wound in helical fashion, and the electrode is formed by at least one electrical conductor which runs in the longitudinal direction of the wound-up strip, opens out into an end face of the strip, is delimited on all sides, with the exception only of the end face, by the dielectric of the strip, makes contact with a contact-making element in the region of the end face of the strip and is electrically insulated from the surrounding environment.
A pixel circuit, comprising: a first thin-film transistor, which is connected between a second node and an anode of an organic light-emitting diode (OLED) and has a gate connected to a first node; a second thin-film transistor, which is connected between the first node and a third node and has a gate connected to an emission control line (EM n); a third thin-film transistor, which is connected between the third node and a third power source (V ref) and has a gate connected to an initialization control line (Clk n); a fourth thin-film transistor, which is connected between a first power source and the second node and has a gate connected to a scan line (S n); a fifth thin-film transistor, which is connected between a data line (D m) and the first node and has a gate connected to the scan line (Sn); a sixth thin-film transistor, which is connected between the first power source and the second node and has a gate connected to the emission control line (EM n); a seventh thin-film transistor, which is connected between the third power source (V ref) and the anode of the organic light-emitting diode (OLED) and has a gate connected to the initialization control line (Clk n); a first capacitor connected between the first node and the third node; and a second capacitor connected between the third node and the second node; wherein a cathode of the organic light-emitting diode (OLED) is connected to a second power source; and wherein the seven thin-film transistors are all p-type thin-film transistors. a first thin-film transistor, which is connected between a second node and an anode of an organic light-emitting diode (OLED) and has a gate connected to a first node; a second thin-film transistor, which is connected between the first node and a third node and has a gate connected to an emission control line (EM n); a third thin-film transistor, which is connected between the third node and a third power source (V ref) and has a gate connected to an initialization control line (Clk n); a fourth thin-film transistor, which is connected between a first power source and the second node and has a gate connected to a scan line (S n); a fifth thin-film transistor, which is connected between a data line (D m) and the first node and has a gate connected to the scan line (Sn); a sixth thin-film transistor, which is connected between the first power source and the second node and has a gate connected to the emission control line (EM n); a seventh thin-film transistor, which is connected between the third power source (V ref) and the anode of the organic light-emitting diode (OLED) and has a gate connected to the initialization control line (Clk n); a first capacitor connected between the first node and the third node; and a second capacitor connected between the third node and the second node;
A method for ultra-dehydrating thickened or pasty products, forming a biomass of treatment plant sludge, characterized in that the products, having a dryness of 4 to 25%, are subjected to the following steps: - hydrothermal carbonization treatment, comprising a pressurization (1, 2) and a thermal conditioning for a residence time in a closed reactor, followed by a decompression, - then dehydration of the products by a ram press, until obtaining a dryness of greater than 50%, - the temperature of the product upstream of the dehydration by the ram press being regulated by cooling between 40 and 90°C, advantageously at around 70°C, in order to optimize the filterability in the ram press, the steps of the method being carried out in a confined space that makes it possible to prevent the diffusion of odors into the atmosphere. the ram press being provided in order to carry out a pressing of the products through flexible drains that form filters, which are permeable to the liquid that passes from the outside to the inside of the drains under the effect of the pressure between two plates (12f, 12i) between which the drains extend, which drains deform when the plates approach one another, whilst the solid materials are retained on the outside of the drains in order to be discharged during the disassembling. - for the hydrothermal carbonization treatment, the pressurization in the reactor being between 10 and 30 bar, preferably of the order of 20 bar, and the thermal conditioning being carried out by heating the products between 150 and 250°C in the reactor. - hydrothermal carbonization treatment, comprising a pressurization (1, 2) and a thermal conditioning for a residence time in a closed reactor, followed by a decompression, - then dehydration of the products by a ram press, until obtaining a dryness of greater than 50%, - the temperature of the product upstream of the dehydration by the ram press being regulated by cooling between 40 and 90°C, advantageously at around 70°C, in order to optimize the filterability in the ram press, the steps of the method being carried out in a confined space that makes it possible to prevent the diffusion of odors into the atmosphere. the ram press being provided in order to carry out a pressing of the products through flexible drains that form filters, which are permeable to the liquid that passes from the outside to the inside of the drains under the effect of the pressure between two plates (12f, 12i) between which the drains extend, which drains deform when the plates approach one another, whilst the solid materials are retained on the outside of the drains in order to be discharged during the disassembling. - for the hydrothermal carbonization treatment, the pressurization in the reactor being between 10 and 30 bar, preferably of the order of 20 bar, and the thermal conditioning being carried out by heating the products between 150 and 250°C in the reactor.
A circuit breaker comprising: a main body housing circuit-breaking parts; a terminal portion exposed outside the main body; and a lug-type terminal block attached to the terminal portion and connecting a wire to the terminal portion; wherein the circuit breaker further comprises an insulating member provided between the lug-type terminal block and the main body, and the insulating member comprises an insulating surface that is formed to cover a side of the lug-type terminal block facing the main body, characterized in that the side of the lug-type terminal block comprises: a first side facing the main body in parallel; and a second side extending from the first side and facing the main body at a slant. a main body housing circuit-breaking parts; a terminal portion exposed outside the main body; and a lug-type terminal block attached to the terminal portion and connecting a wire to the terminal portion; wherein the circuit breaker further comprises an insulating member provided between the lug-type terminal block and the main body, and the insulating member comprises an insulating surface that is formed to cover a side of the lug-type terminal block facing the main body, characterized in that the side of the lug-type terminal block comprises: a first side facing the main body in parallel; and a second side extending from the first side and facing the main body at a slant. a first side facing the main body in parallel; and a second side extending from the first side and facing the main body at a slant.
A stacking device for plugs, especially paint plugs or assembly plugs for motor vehicles, with a housing which has an opening at at least one axial end on a front side, and in which at least two holding and guide means for the plugs extend in the axial direction on an internal wall of the housing, which means are designed to hold the plugs stacked in position, to permit an axial movement of the plugs and to guide them in the axial direction, wherein a plate (2, 3) with in each case one opening on the front side is provided on both axial ends of the housing.
A garment article, comprising: a fabric including a plurality of warp yarns and a plurality of weft yarns woven together in a pattern to provide over portions and under portions of weft and warp yarns, wherein the weft yarns include elastomeric yarns, wherein said elastomeric yarns have a stretchable core and a sheath of inelastic fibers that covers said core, in that the elasticity of the fabric in warp direction is in the range between 5% to 10%, measured according to ASTM D3107 - Stretch, after 3 home washes, and elasticity of the fabric in weft direction in the range of 15% to 100%, preferably 20% to 70% measured according to ASTM D3107 - Stretch, after 3 home washes, and in that said fabric is bias cut; whereby the weft yarns in said article are angled (α) with respect to the widthwise direction of said article, wherein said fabric is a twill fabric and in particular a denim fabric.
Slide closure unit on the spout of a metallurgical vessel, preferably a copper-anode furnace, comprising a housing, in which refractory closure plates (6, 8) as well as at least one connecting refractory inner nozzle are arranged, whereby a removable induction heater is provided, characterised in that the induction heater having at least one induction coil at least partially surrounding the at least one refractory inner nozzle outside of and/or within the housing, whereby the induction coil with these encasing cooling chambers (18, 19) is embedded in a supporting body made of ferritic material and is provided with the cooling chamber that encloses the supporting body peripherally and with the cooling chamber adjacent to the side wall of the supporting body directed towards the vessel, whereby the supporting body, along with the cooling chambers (18, 19) surrounding it, is fitted removably in a support plate fastened to the spout, whereby a spacer ring supported against the supporting body being inserted between said support plate and the slide closure.
Pharmaceutical composition comprising ethanol and polidocanol for use in a method of therapeutically reducing a fat deposit comprising injecting the pharmaceutical composition into the fat deposit, wherein the method is effective in reducing the weight or volume of the fat deposit.
Household appliance for the care of laundry items, with a housing and with an outer tub that is arranged in the housing, wherein the outer tub has a rear wall, in which a central perforation is arranged, and with a mounting system, with which a shaft of the household appliance is mounted, wherein the mounting system is arranged in the perforation and is fastened to the rear wall with a connection that can be released in a non-destructive manner, characterised in that the mounting system is arranged on the rear wall with a threaded connection as the releasable connection and is screwed into the perforation using the threaded connection.
A Hall element sensor circuit comprising: a Hall element; a Hall element source; a switch matrix operatively connected to the Hall element and the Hall element source to establish a spinning current in the Hall element and to receive a Hall element signal from the Hall element based upon the spinning current; a clock signal generator operatively coupled to the switch matrix and configured to control the switch matrix to establish the spinning current; a front end amplifier including a first input operatively connected to a first switch matrix output and a second input operatively connected to a second switch matrix output, characterized in that a first capacitor is electrically connected to the first input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier, a second capacitor is electrically coupled to the second input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier; and a resistor is electrically coupled at a first end to the first input of the front end amplifier and to the first capacitor and at a second end to the second input of the front end amplifier and to the second capacitor. a Hall element; a Hall element source; a switch matrix operatively connected to the Hall element and the Hall element source to establish a spinning current in the Hall element and to receive a Hall element signal from the Hall element based upon the spinning current; a clock signal generator operatively coupled to the switch matrix and configured to control the switch matrix to establish the spinning current; a front end amplifier including a first input operatively connected to a first switch matrix output and a second input operatively connected to a second switch matrix output, characterized in that a first capacitor is electrically connected to the first input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier, a second capacitor is electrically coupled to the second input of the front end amplifier at a location in the Hall element sensor circuit between the switch matrix and the front end amplifier; and a resistor is electrically coupled at a first end to the first input of the front end amplifier and to the first capacitor and at a second end to the second input of the front end amplifier and to the second capacitor.
A method for making a metal matrix composite material comprising: (a) forming a metal box comprising a bottom forming plate having a length and a width, a first pair of side forming plates having a length and a height, and a second pair of side forming plates having a width and a height; (b) mixing a metal powder and a ceramic powder to prepare a mixed powder; (c) over-filling the metal box with the mixed powder, wherein prior to said over-filling a riser frame or sleeve is placed over and/or around the metal box to contain the extra mixed powder; (d) after said over-filling, compacting the mixed powder in the metal box by applying pressure or force of at least 13.8 MPa (1 TSI) to provide the metal box comprising a compacted powder preform, wherein the mixed powder is not subjected to sintering and the compacted powder preform has a density ratio of at least 0.65 where the density ratio is calculated by dividing the weight of the mixed powder by the volume of the metal box then dividing by the theoretical density of the mixed powder assuming a fully dense material; (e) removing riser frame or sleeve and then disposing a top forming plate onto the metal box in solid abutment against the metal box comprising the compacted powder preform and sealing around its edges to produce an assembly; and (f) performing hot working on the assembly to obtain the metal matrix composite material with a metal cladding. (a) forming a metal box comprising a bottom forming plate having a length and a width, a first pair of side forming plates having a length and a height, and a second pair of side forming plates having a width and a height; (b) mixing a metal powder and a ceramic powder to prepare a mixed powder; (c) over-filling the metal box with the mixed powder, wherein prior to said over-filling a riser frame or sleeve is placed over and/or around the metal box to contain the extra mixed powder; (d) after said over-filling, compacting the mixed powder in the metal box by applying pressure or force of at least 13.8 MPa (1 TSI) to provide the metal box comprising a compacted powder preform, wherein the mixed powder is not subjected to sintering and the compacted powder preform has a density ratio of at least 0.65 where the density ratio is calculated by dividing the weight of the mixed powder by the volume of the metal box then dividing by the theoretical density of the mixed powder assuming a fully dense material; (e) removing riser frame or sleeve and then disposing a top forming plate onto the metal box in solid abutment against the metal box comprising the compacted powder preform and sealing around its edges to produce an assembly; and (f) performing hot working on the assembly to obtain the metal matrix composite material with a metal cladding.
Apparatus for the manufacture of interior trim components with openings by foaming, having an upper portion and a lower portion with which a cavity can be defined, wherein a foam material can be introduced into a region between the upper and lower portions, wherein on the upper and/or lower portion (100, 101) is mounted a punching apparatus having a cutting means which can be moved into the cavity, characterised in that the cutting means is heatable, wherein the punching apparatus has at least one ejector (8a-8d) which can cooperate with the movement of the cutting means.
A method, comprising: implementing storage provisioning for a virtual machine in a hybrid cloud environment that includes an enterprise network in communication with a cloud, wherein the enterprise network includes enterprise storage and the cloud includes cloud storage, and further wherein the implementing includes: deploying a cloud storage gateway in the cloud, wherein the cloud storage gateway facilitates secure migration of data associated with the virtual machine between the enterprise storage and the cloud storage; and deploying a nested virtual machine container, NVC, in the cloud, wherein the nested virtual machine container abstracts an interface that is transparent to a cloud infrastructure of the cloud; wherein deploying the cloud storage gateway in the cloud includes executing the cloud storage gateway as a virtual machine within the nested virtual machine container. implementing storage provisioning for a virtual machine in a hybrid cloud environment that includes an enterprise network in communication with a cloud, wherein the enterprise network includes enterprise storage and the cloud includes cloud storage, and further wherein the implementing includes: deploying a cloud storage gateway in the cloud, wherein the cloud storage gateway facilitates secure migration of data associated with the virtual machine between the enterprise storage and the cloud storage; and deploying a nested virtual machine container, NVC, in the cloud, wherein the nested virtual machine container abstracts an interface that is transparent to a cloud infrastructure of the cloud; wherein deploying the cloud storage gateway in the cloud includes executing the cloud storage gateway as a virtual machine within the nested virtual machine container. deploying a cloud storage gateway in the cloud, wherein the cloud storage gateway facilitates secure migration of data associated with the virtual machine between the enterprise storage and the cloud storage; and deploying a nested virtual machine container, NVC, in the cloud, wherein the nested virtual machine container abstracts an interface that is transparent to a cloud infrastructure of the cloud; wherein deploying the cloud storage gateway in the cloud includes executing the cloud storage gateway as a virtual machine within the nested virtual machine container.