mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an inductor (310, 510, 610, 1110a, 1110b, 1110, 1410a, 1410b, 1410c, 2110, 2210) comprising: a first bar of magnetic material; a frame configured to support the first bar of magnetic material; and at least one coil (514, 1530, 2030) wrapped around the frame such that the frame separates an inner side of the at least one coil (514, 1530, 2030) from the bar of magnetic material to provide a coolant passage (1550, 2050) between the at least one coil (514, 1530, 2030) and the first bar of magnetic material, wherein the coolant passage is configured to allow coolant to enter the coolant passage proximate a first end of the coil and exit proximate a second end of the coil and wherein the coolant passage exposes an inner side of the coil and an outer side of the first bar to the coolant; and at least one retainer integral with or attached to the frame and defining at least one retaining volume on an outer side of the at least one coil (514, 1530, 2030); and at least one second bar of magnetic material retained in the at least one retaining volume and positioned parallel to the first bar of magnetic material. an inductor (310, 510, 610, 1110a, 1110b, 1110, 1410a, 1410b, 1410c, 2110, 2210) comprising: a first bar of magnetic material; a frame configured to support the first bar of magnetic material; and a first bar of magnetic material; a frame configured to support the first bar of magnetic material; and at least one coil (514, 1530, 2030) wrapped around the frame such that the frame separates an inner side of the at least one coil (514, 1530, 2030) from the bar of magnetic material to provide a coolant passage (1550, 2050) between the at least one coil (514, 1530, 2030) and the first bar of magnetic material, wherein the coolant passage is configured to allow coolant to enter the coolant passage proximate a first end of the coil and exit proximate a second end of the coil and wherein the coolant passage exposes an inner side of the coil and an outer side of the first bar to the coolant; and at least one retainer integral with or attached to the frame and defining at least one retaining volume on an outer side of the at least one coil (514, 1530, 2030); and at least one second bar of magnetic material retained in the at least one retaining volume and positioned parallel to the first bar of magnetic material.
An Long Term Evolution, LTE, network selection method, characterized by comprising: initiating, by a user equipment, UE, a network combined registration procedure, and sending, by the UE, a combined registration request message to a mobility management entity, MME, of a LTE network; sending (H110, 201), by the MME, a location update request message to a control device, wherein the control device is a mobile switching center, MSC, or a visitor location register, VLR, of a second generation, 2G, or third generation, 3G, network, wherein the location update request message carries a tracking area identity, TAI, including a public land mobile network, PLMN, information, and wherein the PLMN information in the TAI is a PLMN identity of the LTE network; and sending (H130, 202), by the control device, a location update accept message to the MME, wherein the location update accept message carries a location area identity, LAI, wherein in the LAI a PLMN identity of the 2G or 3G network is replaced by the control device with a PLMN identity of the LTE network, and wherein the PLMN identity of the LTE network is used to indicate an LTE network to which the UE chooses to return according to the PLMN identity after the UE falls back from the LTE network to a circuit switched, CS, domain of the 2G or 3G network. initiating, by a user equipment, UE, a network combined registration procedure, and sending, by the UE, a combined registration request message to a mobility management entity, MME, of a LTE network; sending (H110, 201), by the MME, a location update request message to a control device, wherein the control device is a mobile switching center, MSC, or a visitor location register, VLR, of a second generation, 2G, or third generation, 3G, network, wherein the location update request message carries a tracking area identity, TAI, including a public land mobile network, PLMN, information, and wherein the PLMN information in the TAI is a PLMN identity of the LTE network; and sending (H130, 202), by the control device, a location update accept message to the MME, wherein the location update accept message carries a location area identity, LAI, wherein in the LAI a PLMN identity of the 2G or 3G network is replaced by the control device with a PLMN identity of the LTE network, and wherein the PLMN identity of the LTE network is used to indicate an LTE network to which the UE chooses to return according to the PLMN identity after the UE falls back from the LTE network to a circuit switched, CS, domain of the 2G or 3G network.
A space heating radiator comprising at least one copper or copper alloy tube for conveying a heat transport medium and one or more aluminum or aluminum alloy panels for heat transfer to the surrounding space via radiation and convection, whereby said at least one copper or copper alloy tube has the form of a meandering conduit or has a serpentine form comprising an assembly of vertical tubes and with horizontal tubes welded between them, characterized by laser beam welds securing said meandering conduit or said assembly onto one of the sides of the one or more aluminum or aluminum alloy panels.
A method for managing a group of dairy animals in a system for keeping dairy animals, wherein the system comprises: - a living area, such as a stable, which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal, - a selection device, - a pasture area separate from the living area, which is connected to the living area by means of the selection device, characterized in that the activity of each dairy animal of the group of dairy animals is observed by means of an observation system while said dairy animal is present in the lying and eating area, and that the selection device is operated as a function of the activity of said dairy animal observed by the observation system. - a living area, such as a stable, which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal, - a selection device, - a pasture area separate from the living area, which is connected to the living area by means of the selection device,
A transparent electrode comprising: a transparent substrate; a graphene structure doped with a dopant; and a hydrophobic organic layer on a surface of the doped graphene structure such that the doped graphene structure is arranged in between the transparent substrate and the hydrophobic organic layer, wherein the hydrophobic organic layer comprises a hydrophobic organic material, characterised in that the dopant is at least one selected from ionic liquids, acids, inorganic materials and organic materials selected from dichlorodicyanoquinone, potassium peroxymonopersulfate (2KHSO 5 ·KHSO 4 ·K 2 SO 4), dimyristoylphosphatidylinositol (DMPI), and trifluoromethanesulfonimide. a transparent substrate; a graphene structure doped with a dopant; and a hydrophobic organic layer on a surface of the doped graphene structure such that the doped graphene structure is arranged in between the transparent substrate and the hydrophobic organic layer, wherein the hydrophobic organic layer comprises a hydrophobic organic material, characterised in that the dopant is at least one selected from ionic liquids, acids, inorganic materials and organic materials selected from dichlorodicyanoquinone, potassium peroxymonopersulfate (2KHSO 5 ·KHSO 4 ·K 2 SO 4), dimyristoylphosphatidylinositol (DMPI), and trifluoromethanesulfonimide.
A wireless communication method, wherein the method comprises: receiving, by a first terminal device, first configuration information sent by a first network device, the first configuration information being configured to configure a sounding reference signal, SRS, resource for cross link interference, CLI, measurement, characterized in that the method further comprises: sending, by the first terminal device, first information to the first network device, the first information comprising a maximum number of SRS measurements supported by the first terminal device. receiving, by a first terminal device, first configuration information sent by a first network device, the first configuration information being configured to configure a sounding reference signal, SRS, resource for cross link interference, CLI, measurement, characterized in that the method further comprises: sending, by the first terminal device, first information to the first network device, the first information comprising a maximum number of SRS measurements supported by the first terminal device.
Level sensor for a motor vehicle, comprising a housing, a rotor pivot-mounted on the housing and a printed circuit-board being at least partially enclosed by the housing and comprising a stator in the shape of printed circuit-board-structures, wherein the housing has a cylinder with a circular-ring shaped cross-section, molded-on on the outside, wherein the rotor has a rotor-structure being arranged on an outside of a bottom of the rotor and corresponds with the stator, wherein the rotor, with the exception of the rotor structure, is made from plastic material, and wherein the rotor is guided in the cylinder and is snap-fastened to it, characterized in that the cylinder is closed toward a chamber of the housing by its wall and that a cylindrical part of the rotor is pivot-mounted in and snap-fastened to the cylinder of the housing, wherein, to this end, the tube section is molded-on on an upper end of the cylindrical part in such a manner, that it encloses an upper area of the cylindrical part at a distance of a wall thickness of the cylinder plus a predetermined play.
A latch assembly for securing a door to a panel, the latch system comprising: a housing defining an interior space and an interior wall facing the interior space; a pawl connector that is positioned at least partially within the interior space of the housing, the pawl connector having a first end configured to be connected to a pawl for securing the door to the panel, a second end that is positioned within the housing and configured to transfer motion from the pawl to another pawl of the latch assembly, and a flange positioned between the first end and the second end of the pawl connector for preventing the pawl connector from becoming detached from the housing, wherein the pawl connector is a unitary component, wherein the flange is configured to limit audible noise upon movement of the pawl connector to a latched position; and wherein the flange does not extend continuously about the circumference of the pawl connector, the flange defining slots along the circumference of the pawl connector. a housing defining an interior space and an interior wall facing the interior space; a pawl connector that is positioned at least partially within the interior space of the housing, the pawl connector having a first end configured to be connected to a pawl for securing the door to the panel, a second end that is positioned within the housing and configured to transfer motion from the pawl to another pawl of the latch assembly, and a flange positioned between the first end and the second end of the pawl connector for preventing the pawl connector from becoming detached from the housing, wherein the pawl connector is a unitary component, wherein the flange is configured to limit audible noise upon movement of the pawl connector to a latched position; and wherein the flange does not extend continuously about the circumference of the pawl connector, the flange defining slots along the circumference of the pawl connector.
Cooker with - an oven compartment, - a door for access to the oven compartment, - a grill burner attached within the oven compartment, - a gas tap, which monitors the gas supply to the grill burner, - and a switch, which switches off the gas tap when the door is closed, characterised in that the cooker - has a sensor, which recognises the function of the grill burner and communicates with the gas tap, wherein the switch switches off the gas tap when the door is closed, by preventing the communication between the gas tap and the flame sensor, - contains a front plate and an opening on said front plate, which enable access to the switch attached behind the front plate and - contains a support, which is attached between the front plate of the cooker and the door, so that the door remains open and the switch remains closed. - an oven compartment, - a door for access to the oven compartment, - a grill burner attached within the oven compartment, - a gas tap, which monitors the gas supply to the grill burner, - and a switch, which switches off the gas tap when the door is closed, characterised in that the cooker - has a sensor, which recognises the function of the grill burner and communicates with the gas tap, wherein the switch switches off the gas tap when the door is closed, by preventing the communication between the gas tap and the flame sensor, - contains a front plate and an opening on said front plate, which enable access to the switch attached behind the front plate and - contains a support, which is attached between the front plate of the cooker and the door, so that the door remains open and the switch remains closed.
A method for producing a poly(arylene ether) with improved particle size characteristics, the method comprising the step of: (a) combining a first mixture comprising a poly(arylene ether) and a solvent with an anti-solvent to form a second mixture comprising the solvent, the anti-solvent, and the poly(arylene ether); and (b) agitating the second mixture with a shear force generating device at an impeller tip speed of 2 to 4 m/s; wherein the method further comprises one or more process parameter selected from the group consisting of (c), (d), (e) and (f): (c) providing the first mixture of step (a) with a solids content of approximately 10 to approximately 50 percent by weight of the poly(arylene ether) resin; (d) maintaining a temperature of the second mixture at least 5 °C lower than the boiling point of the anti-solvent; (e) providing a ratio of the anti-solvent to the first mixture by weight of approximately 0.5:1 to approximately 4:1; and (f) providing the anti-solvent comprising no more than 5 percent water by weight; and wherein the improved particle size characteristics includes one or both of: (i) up to about 50 weight percent of particles smaller than 38 micrometers; and a (ii) mean particle size greater than 100 or more micrometers, as determined using laser diffraction. (a) combining a first mixture comprising a poly(arylene ether) and a solvent with an anti-solvent to form a second mixture comprising the solvent, the anti-solvent, and the poly(arylene ether); and (b) agitating the second mixture with a shear force generating device at an impeller tip speed of 2 to 4 m/s; (c) providing the first mixture of step (a) with a solids content of approximately 10 to approximately 50 percent by weight of the poly(arylene ether) resin; (d) maintaining a temperature of the second mixture at least 5 °C lower than the boiling point of the anti-solvent; (e) providing a ratio of the anti-solvent to the first mixture by weight of approximately 0.5:1 to approximately 4:1; and (f) providing the anti-solvent comprising no more than 5 percent water by weight; and
A polyester resin composition for calendering, which comprises a polyester resin obtained by polymerization of a dicarboxylic acid component and a diol component; and 0.1 part by weight to less than 10 parts by weight of a lubricant based on 100 parts by weight of the polyester resin, wherein the lubricant has a weight reduction rate of 1 to 20% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method and a weight reduction rate of 20 to 65% relative to its initial weight when maintained at 200°C for 100 minutes in an isothermal TGA method and a weight reduction rate of 30 to 70% relative to its initial weight when heated at a rate of 20°C/min from 30°C to 350°C in a temperature-elevation type TGA method; wherein the lubricant comprises a combination of a first lubricant and a second lubricant; and wherein the first lubricant has a weight reduction rate of 1 to 12% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method; and the second lubricant has a weight reduction rate of 10 to 25% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method. wherein the lubricant has a weight reduction rate of 1 to 20% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method and a weight reduction rate of 20 to 65% relative to its initial weight when maintained at 200°C for 100 minutes in an isothermal TGA method and a weight reduction rate of 30 to 70% relative to its initial weight when heated at a rate of 20°C/min from 30°C to 350°C in a temperature-elevation type TGA method; wherein the lubricant comprises a combination of a first lubricant and a second lubricant; and wherein the first lubricant has a weight reduction rate of 1 to 12% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method; and the second lubricant has a weight reduction rate of 10 to 25% relative to its initial weight when maintained at 150°C for 100 minutes in an isothermal TGA method.
Nozzle system for a device for delivering a fluid jet under pressure comprising: - a nozzle with an inlet side and an outlet side and with at least one nozzle opening for at least one fluid, and - a coupling nut for fixing the nozzle at the end of a fluid line, wherein the nozzle is connected to the coupling nut, in particular via a form-fitting and non-detachable connection, wherein the nozzle is of rotationally symmetrical design and has a circumferential outer groove, and in that the coupling nut has a circumferential inner groove, wherein nozzle and coupling nut are connected to each other via a snap ring arranged in the outer groove and in the inner groove, characterised in that the coupling nut has radial relief bores. - a nozzle with an inlet side and an outlet side and with at least one nozzle opening for at least one fluid, and - a coupling nut for fixing the nozzle at the end of a fluid line,
A display device comprising: a touch screen adapted to display a screen and to sense a gesture of a user on the screen; a video processor adapted to process an image for displaying the screen; a communication unit adapted to perform communication with at least one neighboring device; and a controller adapted to perform control; characterised in that the controller is adapted to perform control to display a miniature image of a screen of contents previously being displayed on the display device and a first user interface, UI, item which shows a first connected neighboring device of the at least one neighboring device if a first gesture of the user is made while displaying the screen of the contents being displayed on the display device, and to transmit information for sharing the contents to the first connected neighboring device in accordance with a second gesture of the user with regard to the miniature image and the first UI item. a touch screen adapted to display a screen and to sense a gesture of a user on the screen; a video processor adapted to process an image for displaying the screen; a communication unit adapted to perform communication with at least one neighboring device; and a controller adapted to perform control; characterised in that the controller is adapted to perform control to display a miniature image of a screen of contents previously being displayed on the display device and a first user interface, UI, item which shows a first connected neighboring device of the at least one neighboring device if a first gesture of the user is made while displaying the screen of the contents being displayed on the display device, and to transmit information for sharing the contents to the first connected neighboring device in accordance with a second gesture of the user with regard to the miniature image and the first UI item.
Method for differentiating pluripotent stem cells into polarized retinal progenitor cells, comprising the steps: a) culturing pluripotent stem cell colonies in three-dimensional cell culture embedded in a proteinaceous gel comprising at least three proteins selected from the group consisting of Laminin, Collagen IV, Entactin and Perlecan and comprising at least two, preferably at least three, most preferably at least four growth factors selected from EGF, FGF2, NGF, PDGF, IGF-1 and TGF-beta until polarized neural cysts, that contain a single lumen and consist of polarized cells, develop and b) dissociating the polarized neural cysts into dispersed polarized retinal progenitor cells. a) culturing pluripotent stem cell colonies in three-dimensional cell culture embedded in a proteinaceous gel comprising at least three proteins selected from the group consisting of Laminin, Collagen IV, Entactin and Perlecan and comprising at least two, preferably at least three, most preferably at least four growth factors selected from EGF, FGF2, NGF, PDGF, IGF-1 and TGF-beta until polarized neural cysts, that contain a single lumen and consist of polarized cells, develop and b) dissociating the polarized neural cysts into dispersed polarized retinal progenitor cells.
Vibration absorbing device of a portable power tool, wherein the vibration absorbing device has at least an absorption spring, an absorption mass and a mechanism housing, wherein the vibration absorbing device has at least two holding parts which at least partially enclose the absorption mass, and wherein the vibration absorbing device has at least one spring receptacle (36b, 38b) which exerts an acceleration force on the absorption mass in at least one operating state and supports a force on the holding parts in at least one operating state, characterized in that the vibration absorbing device has at least one support element (40b, 42b) which presses the spring receptacle (36b, 38b) against the absorption spring.
A method of optical telecommunications performance monitoring comprising: detecting a pilot tone associated with a wavelength channel, the pilot tone including a first frequency in a first frequency range and a second frequency in a second frequency range; and characterized in selecting one of the frequencies of the pilot tone to obtain wavelength channel information, wherein each of the frequencies carries identical wavelength channel information, the first frequency in the first frequency range is smaller than the second frequency in the second frequency range, the first frequency is selected to lessen chromatic dispersion effects and the second frequency is selected to lessen stimulated Raman scattering effects. detecting a pilot tone associated with a wavelength channel, the pilot tone including a first frequency in a first frequency range and a second frequency in a second frequency range; and selecting one of the frequencies of the pilot tone to obtain wavelength channel information, wherein each of the frequencies carries identical wavelength channel information, the first frequency in the first frequency range is smaller than the second frequency in the second frequency range, the first frequency is selected to lessen chromatic dispersion effects and the second frequency is selected to lessen stimulated Raman scattering effects.