mhurhangee/ep-ind-claims huggingface dataset:
Method for removing odorants from laundry items in a washer-dryer, wherein the washer-dryer has a washing liquor container, a drum rotatably supported in the washing liquor container for accepting laundry items, a control device and a process air duct, in which a heater for heating air, a fan and a heat exchanger are located, comprising the steps: (a) Introducing an aqueous liquid via the heat exchanger into the washing liquor container in a quantity which is not sufficient for the drum to dip down into the aqueous liquid; (b) Heating the aqueous liquid; (c) Creating a stream of water vapour by at least partly evaporating the aqueous liquid; and (d) Bringing the stream of water vapour into contact with the laundry items, characterised by the steps: (e) Creating a stream of warm air, in that air in the process air duct is heated by means of the heater and is conveyed by means of the fan; (f) Pre-heating of the laundry items in the drum by the stream of warm air before bringing them into contact with the stream of water vapour; and (g) Heating of the aqueous liquid by bringing it into contact with the heated stream of air. (a) Introducing an aqueous liquid via the heat exchanger into the washing liquor container in a quantity which is not sufficient for the drum to dip down into the aqueous liquid; (b) Heating the aqueous liquid; (c) Creating a stream of water vapour by at least partly evaporating the aqueous liquid; and (d) Bringing the stream of water vapour into contact with the laundry items, characterised by the steps: (e) Creating a stream of warm air, in that air in the process air duct is heated by means of the heater and is conveyed by means of the fan; (f) Pre-heating of the laundry items in the drum by the stream of warm air before bringing them into contact with the stream of water vapour; and (g) Heating of the aqueous liquid by bringing it into contact with the heated stream of air.
Torch for tungsten inert gas welding, in which an electrode unit is held by means of an electrode holder in a housing, wherein the electrode unit is surrounded by an inert gas nozzle and a cooling installation is present within the housing, liquid cooling medium being directed into the housing and out of the housing again by way of said cooling installation, and the electrode unit is configured so as to have at least two parts, whereby an electrode from tungsten or from a tungsten alloy that tapers conically in the direction of a workpiece is fixed in a force-fitting and/or materially integral manner in a shaft element from a metal having a thermal conductivity of more than 270 W/mK, characterized in that the electrode unit by way of the electrode holder is held exclusively by means of an interference fit and/or in a materially integral manner in a receptacle on the electrode holder, and for a defined positioning on the shaft element (2.1) a flange-shaped appendage (2.4) is configured, and/or an end face (2.3) of the shaft element (2.1) forms a detent, or a detent is configured on the end face (2.3); and a cavity into which liquid coolant is directed and directed out again by means of a cooling pipe is configured in the electrode holder, whereby the exit opening of the cooling pipe points in the direction of the electrode unit that is held in the electron holder and is disposed at a spacing H from the base of the cavity or from the end face (2.3) of the shaft element (2.1); wherein a ratio of the spacing H to the internal diameter D of the cooling pipe of 1.25 to 5 is maintained, and/or a ratio of the diameter DP of the cavity in the region between the exit opening of the cooling pipe and the base of the cavity or the end face (2.3) of the shaft element (2.1) and the internal diameter D of the cooling pipe of 1.5 to 4 is maintained.
Multilayer film comprising: - an adhesive layer A having a thickness ranging from 7 to 50 μm and consisting of an extrudable hot-melt pressure-sensitive adhesive composition a which has a melt flow index (or MFI), measured for a temperature of 190°C and a total weight of 2.16 kg, ranging from 0.01 to 200 g/10 minutes; - a heat-sealable and splittable layer B consisting of a composition b; - a complexable layer C consisting of a composition c; the layers B and C being linked to one another by the layer A; and said film being characterized in that one of the compositions b and c is a composition t based on a thermoplastic material P comprising, on the basis of its total weight, from 0.1 to 5% by weight of a non-ionic surfactant T, the weight-average molar mass of which is less than 1000 g/mol and which comprises at least one saturated linear aliphatic chain containing from 10 to 22 carbon atoms. - an adhesive layer A having a thickness ranging from 7 to 50 μm and consisting of an extrudable hot-melt pressure-sensitive adhesive composition a which has a melt flow index (or MFI), measured for a temperature of 190°C and a total weight of 2.16 kg, ranging from 0.01 to 200 g/10 minutes; - a heat-sealable and splittable layer B consisting of a composition b; - a complexable layer C consisting of a composition c;
An anti-flooding method of a water-fed apparatus (100, 100'), comprising: a) equipping the apparatus (100, 100') with at least one first sensor (4, 4') configured to generate an alarm signal in the presence of water, and a control unit (5, 5') configured to process said signal; b) equipping the apparatus with means (6, 6') controlled by the control unit (5, 5') to stop the water supply to the apparatus (100, 100'); c) equipping the apparatus with means for measuring the value of the volume of water entering or passing through the apparatus, or equipping the apparatus with means for measuring the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus; d) by means of the at least one first sensor (4, 4'), detecting a water leak at at least one portion of the apparatus (100, 100') and generating the alarm signal, characterised in that e) if - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit, or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit, the control unit (5, 5') triggers the means (6, 6') to stop the water supply to the apparatus (100, 100'). a) equipping the apparatus (100, 100') with at least one first sensor (4, 4') configured to generate an alarm signal in the presence of water, and a control unit (5, 5') configured to process said signal; b) equipping the apparatus with means (6, 6') controlled by the control unit (5, 5') to stop the water supply to the apparatus (100, 100'); c) equipping the apparatus with means for measuring the value of the volume of water entering or passing through the apparatus, or equipping the apparatus with means for measuring the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus; d) by means of the at least one first sensor (4, 4'), detecting a water leak at at least one portion of the apparatus (100, 100') and generating the alarm signal, characterised in that e) if - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit, or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit, the control unit (5, 5') triggers the means (6, 6') to stop the water supply to the apparatus (100, 100'). - the value of the volume of water entering, or passing through, the apparatus exceeds a first limit value programmed in the control unit, or if - the difference between the value of the volume of water entering the apparatus and the value of the volume of water, or of a beverage, delivered by the apparatus is outside a range of values programmed in the control unit,
An apparatus for producing tubular packages sequentially from an initially generally flat length of packaging material, each package enclosing at least one of a series of items which are conveyed through the apparatus in a machine direction, the apparatus comprising: a) a packaging material dispenser arranged to dispense a length of packaging material and convey the packaging material in the machine direction in use; and, b) a forming section through which the packaging material is conveyed in the machine direction, the forming section being configured to fold the packaging material from an initially flat configuration into a tubular package structure, characterised in that the forming section comprises a series of package formers (22a-22e), each package former (22a-22e) defining a packaging material folding channel through which the packaging material is conveyed, in use; wherein the packaging material folding channels of the package formers (22a-22e) in the series vary in shape such that, in use, packaging material passing through the series of package formers (22a-22e) is gradually folded about a longitudinal axis extending in the machine direction. a) a packaging material dispenser arranged to dispense a length of packaging material and convey the packaging material in the machine direction in use; and, b) a forming section through which the packaging material is conveyed in the machine direction, the forming section being configured to fold the packaging material from an initially flat configuration into a tubular package structure,
Pharmaceutical composition for administration by oral route, characterised in that it comprises tramadol or one of the pharmaceutically acceptable salts thereof, ibuprofen and the basic amino acid arginine, where the molar proportion between the amino acid and ibuprofen ranges between 0.9:1 and 1.1:1.
A hybrid module for a drivetrain of a motor vehicle, having an input part, an output part and a friction clutch arranged therebetween and acting in the circumferential direction about an axis of rotation, which friction clutch can be shifted between an open position and a closed position and has at least one inner plate connected to an inner plate carrier of the input part in a manner fixed against rotation and at least one outer plate connected to an outer plate carrier of the output part in a manner fixed against rotation, wherein the inner plate is fastened on the inner plate carrier, wherein the outer plate is fastened to the outer plate carrier via a plurality of fastening portions and an elastic flexibility of the plurality of fastening portions is increased in the axial direction, characterised in that the friction clutch is normally engaged and in that at least one spring device is provided with which the at least one outer plate and the at least one inner plate can be clamped together with a pressing force to form a friction connection between the at least one outer plate and the at least one inner plate in order to normally engage the friction clutch.
A terminal for providing a mobile broadcast service to a user, the terminal comprising: a broadcast service processing module for receiving a service guide including a terminal function management condition from a mobile broadcast service broadcasting server, processing the service guide, and delivering a service subscription request to the mobile broadcast service broadcasting server; and a Device Management, DM, client for receiving a message including a DM command generated by a DM server, determining whether the status of the terminal satisfies the terminal function management condition, and executing the DM command if the status of the terminal satisfies the terminal function management condition, as the mobile broadcast service broadcasting server receiving the service subscription request sends a request for a DM command regarding a function and a management operation of a terminal to be managed, to the DM server, wherein the terminal function management condition is associated with at least one of a location of the terminal, a particular time, a software update, and a firmware update. a broadcast service processing module for receiving a service guide including a terminal function management condition from a mobile broadcast service broadcasting server, processing the service guide, and delivering a service subscription request to the mobile broadcast service broadcasting server; and a Device Management, DM, client for receiving a message including a DM command generated by a DM server, determining whether the status of the terminal satisfies the terminal function management condition, and executing the DM command if the status of the terminal satisfies the terminal function management condition, as the mobile broadcast service broadcasting server receiving the service subscription request sends a request for a DM command regarding a function and a management operation of a terminal to be managed, to the DM server, wherein the terminal function management condition is associated with at least one of a location of the terminal, a particular time, a software update, and a firmware update.
A positive electrode, comprising a current collector; a positive electrode active material layer arranged on at least one surface of the current collector, and the positive electrode active material layer contains a positive electrode active material, wherein an inorganic layer having a thickness of 20 nm to 2000 nm is arranged on a surface of the positive electrode active material layer away from the current collector, wherein the inorganic layer is a porous dielectric layer containing no binder, and the inorganic layer has a porosity of 10%~60%; and wherein the porosity of the inorganic layer is higher than a porosity of the positive electrode active material layer; wherein the porosity is measured according to the description. a current collector; a positive electrode active material layer arranged on at least one surface of the current collector, and the positive electrode active material layer contains a positive electrode active material, wherein an inorganic layer having a thickness of 20 nm to 2000 nm is arranged on a surface of the positive electrode active material layer away from the current collector, wherein the inorganic layer is a porous dielectric layer containing no binder, and the inorganic layer has a porosity of 10%~60%; and wherein the porosity of the inorganic layer is higher than a porosity of the positive electrode active material layer; wherein the porosity is measured according to the description.
A lock for a door or a flap, comprising a locking mechanism composed of a rotary latch and at least one pawl and at least one spring which can swivel a pivoting component of the lock from an initial position into the direction of an end position by means of spring force, characterized in that no spring force acts upon the pivoting component in the end position.
A method of balancing an electrode arm (101, 102) of a welding device including a first electrode arm and a second electrode arm movable with respect to one another and coupled to a reference arm, and a compensation actuator coupled to the first electrode arm and the reference arm to balance a weight of the first electrode arm and including first and second fluid chambers (206a, 206b), and a control system, the method being characterised by the following steps of: adjusting a differential pressure between the first and second fluid chambers (206a, 206b) of the compensation actuator; and determining a differential balance pressure required to balance the weight of the first electrode arm, as the first electrode arm moves by more than a threshold amount, said threshold amount accounting for any small movements not considered significant by the user or by the control system. adjusting a differential pressure between the first and second fluid chambers (206a, 206b) of the compensation actuator; and determining a differential balance pressure required to balance the weight of the first electrode arm, as the first electrode arm moves by more than a threshold amount, said threshold amount accounting for any small movements not considered significant by the user or by the control system.
A preheating device having a bottom, side walls and a ceiling, together defining a channel, as well as transportation means, extending in an axial direction of said channel from an entry port of the channel to an exit port of said channel, for transferring scrap from said entry port to said exit port, characterized by that at least one radiation burner being arranged between said entry port and said exit port in such a way that radiant heat released by said radiation burner being directed towards the scrap onto said transportation means, wherein the preheating device further comprises a duct, by which fumes, generated by the at least one radiation burner, are collected and transferred to a position distinct from that of the at least one radiation burner and then fed into the channel as a heating gas and guided over or into the scrap before the scrap is fed into a furnace.
A 3D printer, in particular an FFF 3D printer, having a fluid supply system which comprises at least one fluid pressure generating device for generating a pressurized fluid stream and at least one fluid heating device for heating the fluid stream, the 3D printer comprising at least one building chamber which is delimited from the environment of the 3D printer by means of at least one building chamber housing and is sealed in a fluid-tight manner, the fluid pressure generating device, the fluid heating device and the building chamber housing being in fluid communication, as a result of which the fluid stream can flow through the building chamber, and a closed fluid circuit for the fluid stream being formed by means of the fluid pressure generating device, the fluid heating device and the building chamber housing, which fluid stream is heated by means of the fluid heating device before entering the building chamber, the fluid supply system in the operational state being designed such that the fluid stream can flow through the building chamber in the form of a substantially laminar flow, and the fluid supply system comprising at least one building chamber inlet area, which is arranged upstream of the building chamber housing and in which at least one flow alignment unit is arranged, the building chamber inlet area being implemented in the form of a diffusor.
A motor control unit for controlling a brushless motor, the motor control unit comprising: at least two circuit boards (14t, 14b) for driving and controlling the brushless motor; a housing for accommodating the at least two circuit boards (14t, 14b); and a connection holder disposed on an outer face of the housing for electric connection with an external device, wherein the connection holder includes a plurality of external connection terminals for the electric connection with the external device and a plurality of connection pins extending in the same direction with each other, wherein the two circuit boards (14t, 14b) are provided respectively with a plurality of through-holes (172, 173, 272, 273) for receiving all of the connection pins, wherein the plurality of connection pins that are included in the connection holder are composed of external connection pins connected electrically to the external connection terminals and internal connection pins insulated from the external connection terminals, each one of the external connection pins being respectively connected electrically to one of the external connection terminals, characterized in that: the connection holder and the two circuit boards (14t, 14b) are placed such that all of the connection pins penetrate the through-holes (172, 173, 272, 273) of both of the two circuit boards (14t, 14b). at least two circuit boards (14t, 14b) for driving and controlling the brushless motor; a housing for accommodating the at least two circuit boards (14t, 14b); and a connection holder disposed on an outer face of the housing for electric connection with an external device, wherein the connection holder includes a plurality of external connection terminals for the electric connection with the external device and a plurality of connection pins extending in the same direction with each other, wherein the two circuit boards (14t, 14b) are provided respectively with a plurality of through-holes (172, 173, 272, 273) for receiving all of the connection pins, wherein the plurality of connection pins that are included in the connection holder are composed of external connection pins connected electrically to the external connection terminals and internal connection pins insulated from the external connection terminals, each one of the external connection pins being respectively connected electrically to one of the external connection terminals, characterized in that: the connection holder and the two circuit boards (14t, 14b) are placed such that all of the connection pins penetrate the through-holes (172, 173, 272, 273) of both of the two circuit boards (14t, 14b).
A header for an agricultural harvesting machine, the header comprising: a cutting bar for cutting agricultural material, the cutting bar extending along the width of the header; a first, flex frame portion supporting a center belt conveyor for moving cut material in a rear direction, a second, floating frame portion comprising a float arm (110, 112) supporting a left or right side belt conveyor (70, 74) for moving cut material in a lateral direction to the center belt conveyor; the floating frame portion allowing the side belt conveyor (70, 74) to move vertically independent of the first frame portion as the header moves over ground, and a connection assembly for pivotably coupling the second frame portion to the first frame portion, the connection assembly comprising a pair of supports (134, 138), a pin (150, 158) extending between and secured to the supports (134, 138) and bracket assembly (122, 126, 526), the bracket assembly (122, 126, 526) including a first portion (182, 198) and a second portion (186, 202), characterized in that the second portion (186, 202) is removably bolted to the first portion (182, 198) by means of fasteners on both sides of the pin (150, 158), such that the pin (150, 158) is positioned between the first portion (182, 198) and the second portion (186, 202). a cutting bar for cutting agricultural material, the cutting bar extending along the width of the header; a first, flex frame portion supporting a center belt conveyor for moving cut material in a rear direction, a second, floating frame portion comprising a float arm (110, 112) supporting a left or right side belt conveyor (70, 74) for moving cut material in a lateral direction to the center belt conveyor; the floating frame portion allowing the side belt conveyor (70, 74) to move vertically independent of the first frame portion as the header moves over ground, and a connection assembly for pivotably coupling the second frame portion to the first frame portion, the connection assembly comprising a pair of supports (134, 138), a pin (150, 158) extending between and secured to the supports (134, 138) and bracket assembly (122, 126, 526), the bracket assembly (122, 126, 526) including a first portion (182, 198) and a second portion (186, 202), characterized in that the second portion (186, 202) is removably bolted to the first portion (182, 198) by means of fasteners on both sides of the pin (150, 158), such that the pin (150, 158) is positioned between the first portion (182, 198) and the second portion (186, 202).