mhurhangee/ep-ind-claims huggingface dataset:
Automatic installation for transversely winding small strips from a coiled web, successively comprising: a first module for cutting the coiled web into a plurality of strips; a second module for winding the strips around one same bar to form wafers; a third module for cutting a wafered strip into a plurality of small strips; a fourth module for transversely winding the strips around mandrels to form coils; characterised in that the bar which receives the wafers comprises a shaft around which a plurality of sections spaced apart from each other are mounted, each section being intended to receive a wafer, the sections being rotatable by the shaft in one same direction so as to be able to simultaneously wind all of the strips into wafers, and mounted so as to be free to rotate in an opposite direction in order to be able to unwind the wafers one by one, and in that the installation comprises an automatic gripping system which is capable of gripping a bar full of wafers from the second winding module, and capable of depositing a bar full of wafers on a moveable carriage in front of the third module for unwinding and cutting the wafered strips one by one into a plurality of small strips. a first module for cutting the coiled web into a plurality of strips; a second module for winding the strips around one same bar to form wafers; a third module for cutting a wafered strip into a plurality of small strips; a fourth module for transversely winding the strips around mandrels to form coils; characterised in that the bar which receives the wafers comprises a shaft around which a plurality of sections spaced apart from each other are mounted, each section being intended to receive a wafer, the sections being rotatable by the shaft in one same direction so as to be able to simultaneously wind all of the strips into wafers, and mounted so as to be free to rotate in an opposite direction in order to be able to unwind the wafers one by one, and in that the installation comprises an automatic gripping system which is capable of gripping a bar full of wafers from the second winding module, and capable of depositing a bar full of wafers on a moveable carriage in front of the third module for unwinding and cutting the wafered strips one by one into a plurality of small strips.
A zipper comprising: a ball portion; and a socket portion, wherein the ball portion includes a leading edge, the ball portion including a trailing edge and a neck portion, the socket including a socket opening, the socket including a socket interior, characterised in that the leading edge is composed of a first material having a low coefficient of friction, the trailing edge and neck portion are composed of a second material, the socket opening is composed of the first material, and the socket interior is composed of the second material. a ball portion; and a socket portion, wherein the ball portion includes a leading edge, the ball portion including a trailing edge and a neck portion, the socket including a socket opening, the socket including a socket interior, characterised in that
Battery module with module walls, which comprise an interior space that features an arranged plurality of cylindrical battery cells (10, 11) and a metallic cooling structure, wherein the battery cells (10, 11) are arranged side by side in one row and in a plurality of rows within the module walls, wherein each battery cell (10, 11) fills a single cross-sectional area according to its circular cross-section and all battery cells (10, 11) together fill a total cross-sectional area (Atotal) within the module walls, wherein the cooling structure comprises several cooling hollow profiles (20, 20', 20"), which are extruded hollow profiles of aluminium material, wherein the cooling hollow profiles (20, 20', 20") each have at least one cooling channel for a cooling fluid that runs parallel to the longitudinal axis of the battery cells (10, 11), wherein either the battery cells (10, 11) have electrical insulation or the cooling hollow profiles (20, 20', 20") have an insulating layer on their contact surfaces, wherein each battery cell (10, 11) is arranged mechanically separated from adjacent battery cells (10, 11) by the cooling hollow profiles (20, 20', 20"), characterised in that the battery cells (10, 11) are arranged in a high packing density in the interior space, namely the total cross-sectional area (Atotal) of all battery cells (10, 11) making up more than 70% of the cross-sectional area of the interior space within the module walls, Atotal > 0.7 × A the cooling hollow profiles (20, 20') have a star-shaped cross section with three or four serrations, in each case a concave contact surface extending between two serrations and the cooling channel being arranged centrally around the axis of symmetry of the cooling profiles (20, 20'), wherein the radius of the contact surfaces is adapted to the radius of the battery cells (10, 11) so that the cooling hollow profiles (20, 20', 20") lie with their outer contact surfaces closely against the lateral surfaces of at least 3 battery cells (10, 11), wherein a plurality of cooling hollow profiles (20, 20') having a star-shaped cross-section are integrally connected to one another via two serrations in each case to form an elongated cooling hollow profile (20").
Friction clutch for a drive train of a motor vehicle, having an actuating lever element which, at least in an engaged state, presses a pressing plate, which can be displaced relative to a pressure plate, against a friction lining of a clutch plate, having a supporting spring which supports the actuating lever element with a supporting spring force on a first side which faces the pressing plate, and having a counter-supporting element which bears, in a manner which mounts the actuating lever element, against a side of the actuating lever element, which side faces a clutch cover which is connected fixedly to the pressure plate so as to rotate with it, an additional spring being arranged in such a way that it applies an additional spring force to the actuating lever element counter to the supporting spring force which acts on the actuating lever element, the supporting spring bearing directly against a first radial bearing region on the actuating lever element, and the additional spring bearing directly against a second bearing region on the actuating lever element, characterized in that the second bearing region is situated radially outside the first bearing region.
Solenoid valve for a hydraulic brake system, having a solenoid assembly, having a pole core, having a guide sleeve connected to the pole core, having a valve armature which is guided in axially movable fashion within the guide sleeve and which can be driven counter to the force of a resetting spring by a magnet force generated by the solenoid assembly or can be driven by the force of the resetting spring and which axially moves a plunger with a closing element, and having a valve body which is connected to the guide sleeve and which has a valve seat (15.1) which is arranged between at least one first flow opening (15.2) and at least one second flow opening (15.3), wherein the plunger is fixedly connected to the valve armature, wherein the valve body has a receiving region, characterized in that the receiving region at least partially receives a guide assembly, wherein the valve armature is guided axially in at least one passage opening (41.1, 44.1) of the guide assembly, wherein a mechanical detent device is formed between the guide assembly and the valve armature, which mechanical detent device is suitable for releasing the valve armature in an electrically deenergized closed position such that the resetting spring drives the valve armature and pushes the closing element sealingly into the valve seat (15.1) in order to perform a sealing function, and for fixing the valve armature in an electrically deenergized open position, counter to the force of the resetting spring, in an axial detent position such that the closing element is lifted off from the valve seat (15.1).
An ultrasound diagnostic apparatus comprising an ultrasound probe and a back unit connected to each other by wireless communication, the ultrasound probe comprising a transducer array configured to transmit an ultrasonic beam to a subject, wherein the back unit is configured to generate an ultrasound image based on reception signals outputted from the transducer array having received an ultrasonic echo from the subject, wherein the ultrasound probe includes a middle unit (4, 81) connected to the back unit by wireless communication, a front unit (3, 31, 41, 51, 61, 71) including the transducer array, and a connector detachably connecting the middle unit (4, 81) and the front unit (3, 31, 41, 51, 61, 71), wherein the front unit (3, 31, 41, 51, 61, 71) has a transmission driver that supplies drive signals to the transducer array and causes the transducer array to transmit an ultrasonic beam and a preamplifier that amplifies reception signals outputted from the transducer array, characterized in that the middle unit (4, 81) further comprises an operating unit (21, 82) performing input operation into the ultrasound diagnostic apparatus and a display unit (19, 83) displaying information, and a change to a transducer array having a frequency band for an intended diagnosis and a change to a transmission driver and a preamplifier corresponding to the transducer array are made by connecting a front unit (3, 31, 41, 51, 61, 71), selected from a plurality of front units (3, 31, 41, 51, 61, 71) including transducer arrays having different frequency bands and different drive voltages as well as transmission drivers outputting drive voltages corresponding to the transducer arrays and preamplifiers having frequency bands corresponding to the frequency bands of the transducer arrays, to the middle unit (4, 81) through the connector.
Method for monitoring the function of an LED unit, having the steps: - applying a first constant current (I Test, I Test1) to a supply line of the LED unit for charging a capacitance formed by the supply line and the LED unit by means of the first constant current (I Test, I Test1), - determining an external electric charging voltage (U Ext) applied to the supply line during the charging process, characterised by: - carrying out a comparison on the basis of a time derivative of the determined external electric charging voltage (U Ext) and a reference value (U Ref, dU/dt Ref), - determining a correct function of the LED unit as a function of the comparison result, wherein a correct function of the LED unit is determined, if, during the charging process, it was determined on the basis of the comparison result that the externally applied electric charging voltage (U Ext) does not increase further, - immediate interruption of the charging process after determining the correct function so that no significant electric current, which has a lighting effect which can be perceived by the human eye, flows through the LEDs of the LED unit. - applying a first constant current (I Test, I Test1) to a supply line of the LED unit for charging a capacitance formed by the supply line and the LED unit by means of the first constant current (I Test, I Test1), - determining an external electric charging voltage (U Ext) applied to the supply line during the charging process, characterised by: - carrying out a comparison on the basis of a time derivative of the determined external electric charging voltage (U Ext) and a reference value (U Ref, dU/dt Ref), - determining a correct function of the LED unit as a function of the comparison result, wherein a correct function of the LED unit is determined, if, during the charging process, it was determined on the basis of the comparison result that the externally applied electric charging voltage (U Ext) does not increase further, - immediate interruption of the charging process after determining the correct function so that no significant electric current, which has a lighting effect which can be perceived by the human eye, flows through the LEDs of the LED unit.
A resin composition comprising: a non-fluorinated thermoplastic resin and a light-resistance improver comprising a fluorine-containing resin and an inorganic white pigment, wherein the non-fluorinated thermoplastic resin comprises at least one member selected from the group consisting of an aromatic polyamide, a liquid crystal polyester, and an aromatic polyetherketone resin, wherein the fluorine-containing resin comprises a dispersed phase, the non-fluorinated thermoplastic resin comprises a continuous phase, and the dispersed phases are dispersed with an average interparticle distance of not more than 5 μm in the continuous phase, wherein the average interparticle distance is measured as indicated in the experimental part. a non-fluorinated thermoplastic resin and a light-resistance improver comprising a fluorine-containing resin and an inorganic white pigment, wherein the non-fluorinated thermoplastic resin comprises at least one member selected from the group consisting of an aromatic polyamide, a liquid crystal polyester, and an aromatic polyetherketone resin, wherein the fluorine-containing resin comprises a dispersed phase, the non-fluorinated thermoplastic resin comprises a continuous phase, and the dispersed phases are dispersed with an average interparticle distance of not more than 5 μm in the continuous phase, wherein the average interparticle distance is measured as indicated in the experimental part.
A bulk encoding system, comprising: an RFID tag associated with a product; a bulk encoding device, including: a device interface configured to: obtain tag identification information from the RFID tag; obtain product identification information from a product label of the product; and obtain electronic product code, EPC, information from the RFID tag; and processing circuitry configured to associate the tag identification information and the product identification information, wherein: the device interface transmits, to the RFID tag, the association of the tag identification information and the product identification information. an RFID tag associated with a product; a bulk encoding device, including: a device interface configured to: obtain tag identification information from the RFID tag; obtain product identification information from a product label of the product; and obtain electronic product code, EPC, information from the RFID tag; and processing circuitry configured to associate the tag identification information and the product identification information, wherein: the device interface transmits, to the RFID tag, the association of the tag identification information and the product identification information. a device interface configured to: obtain tag identification information from the RFID tag; obtain product identification information from a product label of the product; and obtain electronic product code, EPC, information from the RFID tag; and obtain tag identification information from the RFID tag; obtain product identification information from a product label of the product; and obtain electronic product code, EPC, information from the RFID tag; and processing circuitry configured to associate the tag identification information and the product identification information, wherein: the device interface transmits, to the RFID tag, the association of the tag identification information and the product identification information. the device interface transmits, to the RFID tag, the association of the tag identification information and the product identification information.
A new-type cleaning device, comprising: an isolating switch (111, 112, 113, 114, 115) having a water flow isolating function; an intermediate device having at least one water inlet and at least one water outlet; a washing assembly configured to eject wash water upwards to wash a part of a human body; an internal flow path arranged at a water flow upstream position of the washing assembly; and an operation device taking an element as an action response object, characterized in that the new-type cleaning device further comprises a water pump configured to reciprocatingly pump liquid and operate under control of the operation device; and a cleaning assembly which is movable and arranged outside the washing assembly, and wherein a water outlet of the washing assembly is immersed in cleaning liquid in the cleaning assembly in the process of cleaning the internal flow path.
Food package comprising: a tray with at least one article disposed in at least one row; a film forming at least the top of the food package; an access opening disposed in the top of the food package, the access opening defined by a cut in the film forming a flap; a sealing layer adhesively sealed to the film around the access opening; a reseal area at least partially surrounding the access opening and against which the sealing layer is reclosable; and a starter portion graspable by a consumer thereby permitting the flap to be released from a remainder of the top to expose the access opening; and wherein the access opening comprises a front portion cut into the film adjacent the starter portion of the sealing layer and a pair of opposing side portions cut into the film and defining an expanded opening facilitating removal of the at least one article there through, characterised in that the expanded opening has a width greater than an adjacent width on both sides thereof, and in that the expanded opening comprises a first expanded opening section disposed opposite a second expanded opening section, and wherein the reseal area defined by the cut and a perimeter of the sealing layer at the expanded opening sections is not smaller than 3.175mm (0.125 inches) and further wherein each of the opposing side portions of the cut that define the expanded opening sections have an arcuate portion that bows outwardly toward an adjacent edge of the top of the package. a tray with at least one article disposed in at least one row; a film forming at least the top of the food package; an access opening disposed in the top of the food package, the access opening defined by a cut in the film forming a flap; a sealing layer adhesively sealed to the film around the access opening; a reseal area at least partially surrounding the access opening and against which the sealing layer is reclosable; and a starter portion graspable by a consumer thereby permitting the flap to be released from a remainder of the top to expose the access opening; and wherein the access opening comprises a front portion cut into the film adjacent the starter portion of the sealing layer and a pair of opposing side portions cut into the film and defining an expanded opening facilitating removal of the at least one article there through, characterised in that the expanded opening has a width greater than an adjacent width on both sides thereof, and in that the expanded opening comprises a first expanded opening section disposed opposite a second expanded opening section, and wherein the reseal area defined by the cut and a perimeter of the sealing layer at the expanded opening sections is not smaller than 3.175mm (0.125 inches) and further wherein each of the opposing side portions of the cut that define the expanded opening sections have an arcuate portion that bows outwardly toward an adjacent edge of the top of the package.
Fuel injector, in particular common-rail injector, having an injector housing, in which there is formed a high-pressure chamber which can be supplied with pressurized fuel via a supply bore arranged in the injector housing, having at least one injection opening, which is connected at least indirectly to the high-pressure chamber and which is formed in the injector housing and which serves for the injection of fuel into the combustion chamber of an internal combustion engine, having an injection member, which opens up or closes off the at least one injection opening, and having a measuring device for the at least indirect detection of the pressure in the high-pressure chamber or in the supply bore, wherein the measuring device is designed to detect an elastic deformation of a deformation region which is arranged so as to be at least indirectly operatively connected to the supply bore or to the high-pressure chamber, and wherein the measuring device has a sensor element which is arranged so as to be operatively connected to the surface of the deformation region, characterized in that the sensor element is accommodated under axial preload in a sensor housing (40; 40a), wherein the sensor element forms a pre-assemblable assembly together with the sensor housing (40; 40a), and in that the assembly is connected to the injector housing, wherein the sensor element is separated from the surface of the deformation region by the sensor housing (40; 40a), and the sensor housing (40; 40a) is formed as a closed housing.
A rinse-off cleansing composition, comprising: a) from 35% to 85%, by weight of the composition, of surfactant, wherein the surfactant comprises a first surfactant and a cosurfactant; b) from 4% to 30%, by weight of the composition, of a perfume, wherein the weight percent of perfume is from 8% to 90%, by weight of the surfactant; c) from 6% to 20%, by weight of the composition, of a hydric solvent, wherein the weight percent of the hydric solvent is from 7% to 60%, by weight of the surfactant; wherein the hydric solvent comprises dipropylene glycol, diethylene glycol, dibutylene glycol, hexylene glycol, butylene glycol, pentanediol, heptanediol, propylene glycol, a polyethylene glycol having an average molecular weight below 500, or a combination thereof; and d) from 2% to 57%, by weight of the composition, of water; wherein the rinse-off cleansing composition is not a ringing gel; and wherein the composition is a microemulsion or contains a microemulsion phase. a) from 35% to 85%, by weight of the composition, of surfactant, wherein the surfactant comprises a first surfactant and a cosurfactant; b) from 4% to 30%, by weight of the composition, of a perfume, wherein the weight percent of perfume is from 8% to 90%, by weight of the surfactant; c) from 6% to 20%, by weight of the composition, of a hydric solvent, wherein the weight percent of the hydric solvent is from 7% to 60%, by weight of the surfactant; wherein the hydric solvent comprises dipropylene glycol, diethylene glycol, dibutylene glycol, hexylene glycol, butylene glycol, pentanediol, heptanediol, propylene glycol, a polyethylene glycol having an average molecular weight below 500, or a combination thereof; and d) from 2% to 57%, by weight of the composition, of water;
A battery pack, comprising: a cell assembly having a plurality of secondary batteries; a pack housing having an internal space to receive the cell assembly therein; an electrode terminal connected to the cell assembly to protrude out of the pack housing; and a terminal cover configured to cover a top portion and a part of sides of the electrode terminal, the terminal cover being configured to be attached to or detached from different locations of the pack housing; characterized in that the terminal cover is configured to be mountable at different locations of the pack housing so that an exposed side of the electrode terminal is changed depending on a mounting location. a cell assembly having a plurality of secondary batteries; a pack housing having an internal space to receive the cell assembly therein; an electrode terminal connected to the cell assembly to protrude out of the pack housing; and a terminal cover configured to cover a top portion and a part of sides of the electrode terminal, the terminal cover being configured to be attached to or detached from different locations of the pack housing; characterized in that the terminal cover is configured to be mountable at different locations of the pack housing so that an exposed side of the electrode terminal is changed depending on a mounting location.