mhurhangee/ep-ind-claims huggingface dataset:
A control device for an internal combustion engine, the internal combustion engine including an output shaft and a cooling system, the cooling system including: a circulation route through which coolant circulates; a pump; and a control valve, the pump and the control valve being disposed on the circulation route, the pump being configured to be driven by the output shaft, the control valve including a housing, a valve body housed in the housing, and an opening degree detector, the valve body being configured to be rotated by a motor to adjust the opening degree, the opening degree detector being configured to detect the opening degree of the valve body, the control device comprising an electronic control unit configured to control the motor, control a rotation speed of the output shaft, detect malfunction in the motor, and detect malfunction in the opening degree detector, the electronic control unit being configured to, when both malfunction in the opening degree detector and malfunction in the motor are detected by the electronic control unit, limit the rotation speed of the output shaft to a speed range in which a pressure inside the circulation route remains equal to or lower than a predetermined value and the opening degree of the valve body is a minimum opening degree, and the electronic control unit being configured to, when the malfunction in the opening degree detector is detected and no malfunction in the motor is detected by the electronic control unit, relax the limits on the rotation speed of the output shaft, compared with the limits when both the malfunction in the opening degree detector and the malfunction in the motor are detected by the electronic control unit, and drive the motor to an end of a motion range of the motor and fix the opening degree of the valve body at a stopper opening degree, the stopper opening degree being larger than the minimum opening degree. a circulation route through which coolant circulates; a pump; and a control valve, the pump and the control valve being disposed on the circulation route, the pump being configured to be driven by the output shaft, the control valve including a housing, a valve body housed in the housing, and an opening degree detector, the valve body being configured to be rotated by a motor to adjust the opening degree, the opening degree detector being configured to detect the opening degree of the valve body,
A sealing device comprising a functional layer having a first major surface and a second major surface and a barrier layer directly or indirectly connected to the second major surface of the functional layer, the functional layer comprising: a) 20 - 75 wt.-%, preferably 25 - 70 wt.-%, of at least one thermoplastic polymer P1 and b) 25 - 80 wt.-%, preferably 30 - 75 wt.-%, of at least one solid filler F, all proportions being based on the total weight of the functional layer, wherein the first major surface of the functional layer has a surface roughness characterized by a waviness factor W f, determined as the product of the root mean square roughness of waviness W Sq and peak density of waviness W Spd, of at least 0.0125 1/mm, preferably at least 0.0135 1/mm, more preferably at least 0.0145 1/mm, wherein the waviness parameters W Sq and W Spd are determined according to ISO 25178 standard from a waviness profile obtained from a measured primary profile using a cutoff length λ c of 0.8 mm. a) 20 - 75 wt.-%, preferably 25 - 70 wt.-%, of at least one thermoplastic polymer P1 and b) 25 - 80 wt.-%, preferably 30 - 75 wt.-%, of at least one solid filler F, all proportions being based on the total weight of the functional layer, wherein
Removable cooking sensor, having - a cooking utensil temperature sensor for sensing a wall of a cooking utensil and - a data processing facility connected to the cooking utensil temperature sensor, which is configured to process a cooking utensil temperature measured by means of the cooking utensil temperature sensor, characterised in that - the cooking sensor additionally has at least one discrete intrinsic temperature sensor for sensing an intrinsic temperature of the cooking sensor, and that - the data processing facility is connected to the at least one discrete intrinsic temperature sensor and is configured to process an intrinsic temperature measured by means of the at least one discrete intrinsic temperature sensor. - a cooking utensil temperature sensor for sensing a wall of a cooking utensil and - a data processing facility connected to the cooking utensil temperature sensor, which is configured to process a cooking utensil temperature measured by means of the cooking utensil temperature sensor, - the cooking sensor additionally has at least one discrete intrinsic temperature sensor for sensing an intrinsic temperature of the cooking sensor, and that - the data processing facility is connected to the at least one discrete intrinsic temperature sensor and is configured to process an intrinsic temperature measured by means of the at least one discrete intrinsic temperature sensor.
Carrier device for releasable attachment to a towing hook of a vehicle, comprising a. a carrier structure for carrying a load to be transported, b. a clamping mechanism connected to the carrier structure, comprising a base part connected to a first and a second clamping part which can be brought into a clamping position and into a non-clamping position with respect to a towing hook located in the space between the clamping parts,, and c. operating means for bringing the clamping parts, from the non-clamping position into the clamping position, and vice versa, characterized in that said carrier device comprises transmission means for bringing the clamping parts, into the clamping position by exerting a force which pushes the first clamping part and the base part away from one another, in that the second clamping part is connected via a spring element, to the base part, so that, as the clamping parts, are brought into the clamping position under the influence of said force, the base part is displaceable counter to a spring force with respect to the first and the second clamping part and the towing hook located therebetween. a. a carrier structure for carrying a load to be transported, b. a clamping mechanism connected to the carrier structure, comprising a base part connected to a first and a second clamping part which can be brought into a clamping position and into a non-clamping position with respect to a towing hook located in the space between the clamping parts,, and c. operating means for bringing the clamping parts, from the non-clamping position into the clamping position, and vice versa,
A multicast broadcast single frequency network subframe embodied on a medium, the multicast broadcast single frequency network subframe being used as a physical resource of a user transmission data channel in a Long Term Evolution-Advance, LTE-A, system, and characterized in that in the multicast broadcast single frequency network subframe, except symbols of a physical downlink control channel, other symbols adopt a same cyclic prefix as subframe 0 in a local cell; wherein in the case of multi-cell coordination, if cyclic prefixes of all subframe structures of cells involved in the coordination are the same, for the physical resource of multicast broadcast single frequency network type, the cells in a coordination aggregate adopt a multicast broadcast single frequency network subframe with a frame structure having this cyclic prefix; if the cyclic prefixes of all subframe structures of cells involved in the coordination are not the same, for the physical resource of multicast broadcast single frequency network type, the cells in the coordination aggregate adopt a multicast broadcast single frequency network subframe with a frame structure having a long cyclic prefix.
Cookware lid, comprising a basic lid body and a surrounding border, wherein the basic lid body is connected to the border by means of a sealing compound, characterized in that the surface of the sealing compound has the shape of a concave meniscus.
A steam generation system for a household appliance, comprising - a tank adapted to contain a liquid to be heated to generate the steam; characterized in that it comprises - a dosing device; - a first pipe adapted to connect the tank to the dosing device, the tank and the dosing device being arranged so as to define a communicating vessel system; - a steam generator arranged downstream of the tank and of the dosing device; - a second pipe adapted to connect at least one part of the first pipe to the steam generator; - a valve (5, 5') having a first position in which it allows the passage of liquid from said at least one part of the first pipe to the steam generator, and a second position in which it prevents the passage of liquid from said at least one part of the first pipe to the steam generator. - a tank adapted to contain a liquid to be heated to generate the steam; - a dosing device; - a first pipe adapted to connect the tank to the dosing device, the tank and the dosing device being arranged so as to define a communicating vessel system; - a steam generator arranged downstream of the tank and of the dosing device; - a second pipe adapted to connect at least one part of the first pipe to the steam generator; - a valve (5, 5') having a first position in which it allows the passage of liquid from said at least one part of the first pipe to the steam generator, and a second position in which it prevents the passage of liquid from said at least one part of the first pipe to the steam generator.
A luggage or bag for convenient replacement of charging cable, comprising a luggage or bag body, a cable laying channel and a power cable provided in the cable laying channel; the power cable has a male connector (2.1) and a female connector (2.2), the cable laying channel has a port I (3.1) and a port II (3.2); characterized in that: port I (3.1) of the cable laying channel is provided on a shoulder strap of the luggage or bag body; port II (3.2) of the cable laying channel is provided under an external surface of a joint between the shoulder strap and the luggage or bag body; the cable laying channel extends from port I (3.1) to the joint between the shoulder strap and the luggage or bag body along the shoulder strap, and then extends to port II (3.2) of the cable laying channel; the male connector (2.1) of the power cable is exposed outside port II (3.2) of the cable laying channel, and the female connector (2.2) of the power cable is exposed outside port I (3.1) of the cable laying channel; a fastening for opening or closing the cable laying channel is provided at a side of port I (3.1) of the cable laying channel; the luggage or bag body is provided with a power storage space.
A pharmaceutical cartridge holding unit which holds a pharmaceutical-filled cartridge and is removably mountable to a pharmaceutical injection device main body, in order to mount the pharmaceutical-filled cartridge to a pharmaceutical injection device, said unit comprising: an outer peripheral cap having openings (3f, 3e) on a front end side and a rear end side; and a cartridge cover that is disposed on the inside of the outer peripheral cap and stows the pharmaceutical-filled cartridge, characterized in that the outer peripheral cap has: a guide component that guides a sliding of the cartridge cover forward and backward with respect to the outer peripheral cap; stoppers (30a, 30b) that are formed at the front and back of the guide component; and a first engagement component that can engage with the pharmaceutical injection device main body; wherein the cartridge cover has a guided part that is provided to the outer peripheral part of the cartridge cover and is guided to slide forward and backward by the guide component of the outer peripheral cap, wherein the cartridge cover is slidable between the stoppers (30a, 30b) of the outer peripheral cap, and wherein the cartridge cover is unified with the outer peripheral cap. an outer peripheral cap having openings (3f, 3e) on a front end side and a rear end side; and a cartridge cover that is disposed on the inside of the outer peripheral cap and stows the pharmaceutical-filled cartridge, characterized in that the outer peripheral cap has: a guide component that guides a sliding of the cartridge cover forward and backward with respect to the outer peripheral cap; stoppers (30a, 30b) that are formed at the front and back of the guide component; and a first engagement component that can engage with the pharmaceutical injection device main body; wherein the cartridge cover has a guided part that is provided to the outer peripheral part of the cartridge cover and is guided to slide forward and backward by the guide component of the outer peripheral cap, wherein the cartridge cover is slidable between the stoppers (30a, 30b) of the outer peripheral cap, and wherein the cartridge cover is unified with the outer peripheral cap. a guide component that guides a sliding of the cartridge cover forward and backward with respect to the outer peripheral cap; stoppers (30a, 30b) that are formed at the front and back of the guide component; and a first engagement component that can engage with the pharmaceutical injection device main body; wherein the cartridge cover has a guided part that is provided to the outer peripheral part of the cartridge cover and is guided to slide forward and backward by the guide component of the outer peripheral cap, wherein the cartridge cover is slidable between the stoppers (30a, 30b) of the outer peripheral cap, and wherein the cartridge cover is unified with the outer peripheral cap.
A system comprising: an electronic display, the electronic display comprising a plurality of plenoptic cells, each plenoptic cell comprising a plurality of display pixels; a computer processor; one or more memory units; and a module stored in the one or more memory units, the module configured, when executed by the processor, to: access a source image stored in the one or more memory units; determine depth data for each pixel of a plurality of pixels of the source image; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels, the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells; and send instructions to the electronic display to display the mapped four-dimensional light field data. an electronic display, the electronic display comprising a plurality of plenoptic cells, each plenoptic cell comprising a plurality of display pixels; a computer processor; one or more memory units; and a module stored in the one or more memory units, the module configured, when executed by the processor, to: access a source image stored in the one or more memory units; determine depth data for each pixel of a plurality of pixels of the source image; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels, the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells; and send instructions to the electronic display to display the mapped four-dimensional light field data. access a source image stored in the one or more memory units; determine depth data for each pixel of a plurality of pixels of the source image; map, using the plurality of pixels and the determined depth data for each of the plurality of pixels, the source image to four-dimensional light field data, said mapping comprising copying pixel data for each of the plurality of pixels of the source image to a corresponding display pixel of each of the plenoptic cells; and send instructions to the electronic display to display the mapped four-dimensional light field data.
A method for preparing a photomask blank suitable for manufacturing a photomask used in a lithography of up to 20 nm node, the photomask blank comprising a quartz substrate and a chromium-based material film formed on the quartz substrate, the chromium-based material film being a lightshielding film and having a tensile stress or compressive stress corresponding to an amount of warp of up to 50 nm, Wherein the method comprising the step of: forming the chromium-based material film having an optical density per unit film thickness at a wavelength of 193 nm of at least 0.050/nm on the quartz substrate having 152 mm square dimensions and 6.35 mm in thickness, by sputtering with a chromium target, and an inert gas and a reactive gas, as a sputtering gas, at a flow rate ratio of the reactive gas to the inert gas of 1 to 2.
Shut-off valve having a housing which realizes an inlet opening and an outlet opening, in which housing a valve body is arranged perpendicular to a longitudinal direction of extension of the housing so as to be adjustable and which comprises a partition wall, which is provided with a recess and realizes a valve seat which defines the recess, against which valve seat the valve body abuts in a sealing manner in a closed position, characterized in that the valve seat comprises a Z-shaped height offset in the longitudinal direction of extension of the housing such that the recess is open in the longitudinal direction of extension of the housing.
A small gas generator (1, 31), having a combustion chamber for generating gas, for a gas actuator for operating a safety device, the generator comprising, in the combustion chamber, first gas generant molded articles (7, 37) containing a fuel agent including a guanidine derivative and/or a tetrazole derivative, and an oxidizing agent containing a metal nitrate and/or a perchlorate; and second gas generant molded articles (2, 32) containing smokeless powders including nitrocellulose as a major ingredient, wherein the fuel agent contains one or more selected out of nitroguanidine, guanidine nitrate, bitetrazole, azobistetrazole, and 5-aminotetrazole, and the oxidizing agent is a mixture of ammonium perchlorate and strontium nitrate, or potassium perchlorate, and the first gas generant molded articles (7, 37) further contains a binder, which contains a mixture of hydroxypropylmethylcellulose and polyacrylamide, and each first gas generant molded article further contains an additive, and the content of the fuel agent is 20 to 55% by weight; the content of the oxidizing agent is 40 to 70% by weight; the content of the binder is 2 to 10% by weight; and the content of the additive is 2 to 10% by weight, which are controlled so that the total of the fuel agent, the oxidizing agent, the binder, and the additive is 100% by weight, wherein the ratio Aw/Bw between the whole weight Aw of the first gas generant molded articles (7, 37) and the whole weight Bw of the second gas generant molded articles (2, 32) is 0.5 to 2.0.
Additive supply arrangement (6, 80, 88, 18, 20, 22, 12) adapted to supply at least one additive into a storing compartment of a textiles treatment apparatus, the additive supply arrangement (6, 80, 88, 18, 20, 22, 12) comprising: at least one nozzle (8, 62, 64), each being adapted to feed an additive; at least one additive supply source; and at least one fluid channel (18, 20, 100, 106) connecting the at least one additive supply source to the at least one nozzle (8, 62, 64); characterized in that the at least one fluid channel (18, 20, 100, 106) comprises at least one capillary element (94, 102, 108) arranged for decreasing the surface tension and improving the draining off and sucking away of liquid accumulations and droplets, or the at least one nozzle (8,62,64) comprises at least in some surface areas an anti-adhesive surface layer, or the at least one nozzle (8, 62, 64) comprises at least in some surface areas a surface tension reducing surface layer, or a combination thereof. at least one nozzle (8, 62, 64), each being adapted to feed an additive; at least one additive supply source; and at least one fluid channel (18, 20, 100, 106) connecting the at least one additive supply source to the at least one nozzle (8, 62, 64); characterized in that the at least one fluid channel (18, 20, 100, 106) comprises at least one capillary element (94, 102, 108) arranged for decreasing the surface tension and improving the draining off and sucking away of liquid accumulations and droplets, or the at least one nozzle (8,62,64) comprises at least in some surface areas an anti-adhesive surface layer, or the at least one nozzle (8, 62, 64) comprises at least in some surface areas a surface tension reducing surface layer, or a combination thereof.
A device for neuromuscular stimulation and/or electromyography, EMG, recording, the device comprising: a sleeve comprising a compression sleeve fabric; and electrodes housed within the sleeve; wherein the electrodes are printed on the sleeve; characterized in that the electrodes comprise conductive polycellulose. a sleeve comprising a compression sleeve fabric; and electrodes housed within the sleeve; wherein the electrodes are printed on the sleeve;
A splicing tape (100; 101) configured to splice an end edge portion of a sheet material roll to a further sheet material, said splicing tape (100; 101) comprising: - a first layer of adhesive material configured to be coupled on a portion of the outer turn of the sheet material roll; - a second layer of adhesive material configured to be coupled to the further sheet material; - a splitting assembly, comprised between said first adhesive layer and said second adhesive layer, said splitting assembly comprising a supporting layer (15; 16) and polymeric material layer, wherein said supporting layer (15; 16) comprises at least a substantially planar face and said polymeric layer is coupled to said substantially planar face in a coupling configuration of the splicing tape (100; 101), said polymeric layer comprising a polymeric mixture of ethylene vinyl acetate and polyethylene, the overall configuration being such that when an external splitting force due to a dragging force, of the further sheet material acting on the splicing tape (100; 101), exceeds an adhesion force between said substantially planar face of said supporting layer (15; 16) and said polymeric layer, said splitting assembly is split allowing the obtaining of a junction between the sheet material roll and the further sheet material by means of said second adhesive layer, in such a way that said polymeric layer and said supporting layer (15; 16) lie, respectively, on opposite faces of the obtained junction. - a first layer of adhesive material configured to be coupled on a portion of the outer turn of the sheet material roll; - a second layer of adhesive material configured to be coupled to the further sheet material; - a splitting assembly, comprised between said first adhesive layer and said second adhesive layer, said splitting assembly comprising a supporting layer (15; 16) and polymeric material layer, wherein said supporting layer (15; 16) comprises at least a substantially planar face and said polymeric layer is coupled to said substantially planar face in a coupling configuration of the splicing tape (100; 101), said polymeric layer comprising a polymeric mixture of ethylene vinyl acetate and polyethylene, the overall configuration being such that when an external splitting force due to a dragging force, of the further sheet material acting on the splicing tape (100; 101), exceeds an adhesion force between said substantially planar face of said supporting layer (15; 16) and said polymeric layer, said splitting assembly is split allowing the obtaining of a junction between the sheet material roll and the further sheet material by means of said second adhesive layer, in such a way that said polymeric layer and said supporting layer (15; 16) lie, respectively, on opposite faces of the obtained junction.