mhurhangee/patent-ind-claim-en huggingface dataset:
An electric vehicle driving device comprising: a first motor ; a second motor ; a transmission device to which power of at least one of the first motor and the second motor is transmitted; and an output member that rotates with power output from the transmission device , wherein a rotation axis of the first motor , a rotation axis of the second motor , and a rotation axis of the transmission device are arranged in parallel to a rotation axis of the output member , when seen from an axial direction parallel to the rotation axis of the output member , the rotation axis of the first motor is located on one side of a straight line (L1) passing through the rotation axis of the output member and the rotation axis of the transmission device and the rotation axis of the second motor is located on the other side of the straight line (L1), characterized in that a distance to the rotation axis of the first motor from the straight line (L1) and a distance to the rotation axis of the second motor from the straight line (L1) are equal to each other. a first motor ; a second motor ; a transmission device to which power of at least one of the first motor and the second motor is transmitted; and an output member that rotates with power output from the transmission device , wherein a rotation axis of the first motor , a rotation axis of the second motor , and a rotation axis of the transmission device are arranged in parallel to a rotation axis of the output member , when seen from an axial direction parallel to the rotation axis of the output member , the rotation axis of the first motor is located on one side of a straight line (L1) passing through the rotation axis of the output member and the rotation axis of the transmission device and the rotation axis of the second motor is located on the other side of the straight line (L1), characterized in that a distance to the rotation axis of the first motor from the straight line (L1) and a distance to the rotation axis of the second motor from the straight line (L1) are equal to each other.
A packaged inflatable life raft , comprising a non-inflated life raft ; and an enclosure around the non-inflated life raft that includes a film comprising a first layer , innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer , outermost from the non-inflated life raft; wherein the first layer comprises a heat-sealable polymer selected from polyethylene, polypropylene, or a halogenated polymer, at least one of the second and third layers comprises a polymer vapor barrier comprising aligned nanoparticle platelets, at least one of the second, third, and fourth layers comprises a polyester or polyamide, and at least one of the first, second, third, and fourth layers comprises a halogenated polymer, or a polymer composition comprising a halogenated or non-halogenated polymer and a fire retardant. a non-inflated life raft ; and an enclosure around the non-inflated life raft that includes a film comprising a first layer , innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer , outermost from the non-inflated life raft; wherein a first layer , innermost toward the non-inflated life raft; a second layer outer from the first layer; a third layer outer from the second layer; and a fourth layer , outermost from the non-inflated life raft; wherein the first layer comprises a heat-sealable polymer selected from polyethylene, polypropylene, or a halogenated polymer, at least one of the second and third layers comprises a polymer vapor barrier comprising aligned nanoparticle platelets, at least one of the second, third, and fourth layers comprises a polyester or polyamide, and at least one of the first, second, third, and fourth layers comprises a halogenated polymer, or a polymer composition comprising a halogenated or non-halogenated polymer and a fire retardant.
A compound for use in a method of treating and/or preventing graft versus host disease (GVHD) in a patient undergoing hematopoietic stem cell transplantation (HSCT), wherein the compound is to be administered to a patient who is subjected to a method which comprises: (i) a first step of conditioning said patient thereby destroying substantially all bone marrow and the immune system; and (ii) a second step of transplanting hematopoietic stem cells from a donor to said patient; wherein said compound is a compound of formula (II) or a pharmaceutically acceptable salt thereof; or a phosphate derivative thereof of the following formulae (IIa), (IIb): or or a pharmaceutically acceptable salt thereof, and wherein the conditioning is performed by treating said patient with an effective amount of a chemotherapeutic agent and/or with a high-dose chemoradiation therapy. (i) a first step of conditioning said patient thereby destroying substantially all bone marrow and the immune system; and (ii) a second step of transplanting hematopoietic stem cells from a donor to said patient;
A power adapter , comprising a power conversion unit and a charging interface , the charging interface comprising a power line; the power conversion unit being configured to form a charging loop with a terminal via the power line, for charging a battery of the terminal; and wherein, the power adapter further comprises a communication unit , the charging interface further comprises a data line; during a coupling of the power adapter to the terminal, the communication unit is configured to perform a bidirectional communication with the terminal via the data line; wherein, in a process of outputting by the power adapter a charging current to the terminal for charging the battery, the communication unit is configured to perform the bidirectional communication with the terminal, so as to negotiate a charging mode, wherein, the charging mode comprises a quick charging mode and a regular charging mode, and a charging current output by the power adapter for charging the battery in the quick charging mode is greater than a charging current output by the power adapter for charging the battery in the regular charging mode; wherein, the communication unit is configured to perform a communication with the terminal so as to determine an operation condition of the battery; wherein, the operation condition of the battery comprises a voltage and/or a capacity of the battery, and the power adapter is further configured to determine a maximum output power of the power adapter corresponding to the voltage and/or the capacity of the battery, and to limit an output power to the maximum output power by detecting whether the output power exceeds the maximum output power and reducing the voltage or current when the output power exceeds the maximum output power; wherein, during charging in the regular charging mode, the communication unit is configured to perform the bidirectional communication with the terminal so as to negotiate to enter into the quick charging mode by performing following operations of: sending a quick charging inquiry message to the terminal, wherein the quick charging inquiry message is used for instructing the terminal to determine whether a voltage of the battery reaches a quick charging voltage; receiving a quick charging indication command sent by the terminal, if the voltage of the battery reaches the quick charging voltage; and enabling the power adapter to enter into the quick charging mode according to an indication of the quick charging indication command. sending a quick charging inquiry message to the terminal, wherein the quick charging inquiry message is used for instructing the terminal to determine whether a voltage of the battery reaches a quick charging voltage; receiving a quick charging indication command sent by the terminal, if the voltage of the battery reaches the quick charging voltage; and enabling the power adapter to enter into the quick charging mode according to an indication of the quick charging indication command.
A method for producing a vinyl ether polymer containing an oxyethylene chain, comprising the step of polymerizing vinyl ether represented by the following formula : wherein R 1 represents an alkyl group having 1 to 3 carbons, and n represents an integer from 1 to 10, in the presence of water as a polymerization solvent, a basic compound as an additive, and an organic azo-based compound as a radical polymerization initiator, and in pH of 5 or more wherein the amount of the basic compound used is 0.05 to 0.2 mol % based on the vinyl ether, and wherein the pH is measured using Seven 2 Go manufactured by Mettler-Toledo K.K., by impregnating the electrode into a feed solution before polymerization. wherein R 1 represents an alkyl group having 1 to 3 carbons, and n represents an integer from 1 to 10, in the presence of water as a polymerization solvent, a basic compound as an additive, and an organic azo-based compound as a radical polymerization initiator, and in pH of 5 or more wherein the amount of the basic compound used is 0.05 to 0.2 mol % based on the vinyl ether, and wherein the pH is measured using Seven 2 Go manufactured by Mettler-Toledo K.K., by impregnating the electrode into a feed solution before polymerization.
A process for regenerating titanium-containing catalysts, characterized in that a deactivated catalyst is treated in an acidic solution having a pH value of ≤1, and then dried and calcined, wherein said acid solution is an inorganic acid selected from the group consisting of nitric acid, sulfuric acid, hydrochloric acid and phosphoric acid, and wherein the concentration of hydrogen peroxide in said acidic solution is 0% by weight; wherein the concentration of the deactivated catalyst in the acidic solution is 1∼20% by weight, and the treatment is carried out at 50∼100°C for 0.5-6 hours.
Sealing arrangement, comprising a sealing ring having at least one dynamically loaded sealing lip , and a machine element to be sealed having a surface to be sealed, said surface being electrically conductive and sealingly enclosed by the sealing lip with radial prestressing, wherein the sealing ring has a core composed of an electrically conductive material and a casing composed of an electrically insulating material , wherein the casing has a material thickness , at least partially encloses the core and comprises the sealing lip , and a wear detector , comprising an electric measurement device for detecting the wear state of the sealing ring , characterized in that the sealing ring is produced in such a way that, as viewed in section, the material thickness of the sealing lip in the radial direction is smaller than the material thickness of the remaining casing , wherein the casing , as viewed in section, is substantially U-shaped in form and has two end sides which extend substantially in the radial direction and between which, as viewed in the axial direction , the core is arranged, and wherein the end sides each have an axial thickness which corresponds substantially to the axial thickness of the core .
A screen , wherein the screen a) is annular in shape, b) designed to filter water in a sanitary thermostatic valve , c) can be transferred from a first state to a further state , d) has a first circumference in the first state , and e) has a further circumference in the further state , wherein the further circumference is greater than the first circumference, wherein the screen includes a screen shell surface over a plurality of screen openings , characterized in that a spring area of the screen shell surface is designed as a spring element , wherein the spring element is designed as a radial outward bulge of the screen shell surface . a) is annular in shape, b) designed to filter water in a sanitary thermostatic valve , c) can be transferred from a first state to a further state , d) has a first circumference in the first state , and e) has a further circumference in the further state , wherein the further circumference is greater than the first circumference, wherein the screen includes a screen shell surface over a plurality of screen openings , characterized in that a spring area of the screen shell surface is designed as a spring element , wherein the spring element is designed as a radial outward bulge of the screen shell surface .
A method for manufacturing a flexographic printing plate, comprising a step of developing a CTP flexographic printing original plate with use of an aqueous developer, wherein the CTP flexographic printing original plate has at least (A) a support, (B) a photosensitive resin layer, (C) a protective layer, and (D) an infrared-sensitive layer that contains carbon black, which are stacked in this order, and wherein the aqueous developer contains 90 to 99.9% by mass of water and 0.1 to 10% by mass of a developer composition containing (a) a nonionic surfactant composed of monoalkyl ether and/or monoalkyl ester of polyethylene glycol, wherein a number of carbon atoms of the alkyl group therein is 8 to 19, and wherein an HLB value thereof is 11 to 16; and (b) one or more anionic surfactants selected from the group consisting of oleic acid metal salt, lauric acid metal salt, dodecylbenzene sulfonic acid metal salt and lauryl sulfate metal salt, wherein a content ratio of (a) : (b) is 25 : 75 to 75 : 25 (mass ratio), and wherein a brushing friction coefficient on a surface of a printing original plate is 0.60 to 0.75[-], when measured in an aqueous developer containing 1% by mass of the developer composition and 99% by mass of water, wherein the brushing friction coefficient is measured as described in the description.
A method, comprising: receiving, with an indicia-reading device comprising an indicia-capturing subsystem , a trigger signal from a non-mechanical trigger mechanism , wherein the indicia-reading device comprises supports so that when the supports are attached to a user's fingers of a hand, the indicia-reading device rests on the user's fingers, and wherein the indicia-capturing subsystem comprises an image sensor for capturing two-dimensional images in the indicia-capturing subsystem 's field of view ; illuminating an indicia with transmitted radiation ; capturing an image of the indicia with the indicia-capturing subsystem ; and causing a signal representative of the image to be decoded; characterized in that : the trigger signal is generated based on image analysis of an image captured by the image sensor of the indicia-capturing subsystem, including determining if a user's finger of the said hand is in the image captured by the image sensor of the indicia-capturing subsystem. receiving, with an indicia-reading device comprising an indicia-capturing subsystem , a trigger signal from a non-mechanical trigger mechanism , wherein the indicia-reading device comprises supports so that when the supports are attached to a user's fingers of a hand, the indicia-reading device rests on the user's fingers, and wherein the indicia-capturing subsystem comprises an image sensor for capturing two-dimensional images in the indicia-capturing subsystem 's field of view ; illuminating an indicia with transmitted radiation ; capturing an image of the indicia with the indicia-capturing subsystem ; and causing a signal representative of the image to be decoded;
A metallized plastic article comprising: a plastic substrate; and a metal plating layer formed on surface of the plastic substrate; wherein a surface layer of the plastic substrate covered by the metal plating layer is formed by a plastic composition, the plastic composition comprises: a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum. a plastic substrate; and a metal plating layer formed on surface of the plastic substrate; wherein a surface layer of the plastic substrate covered by the metal plating layer is formed by a plastic composition, the plastic composition comprises: a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum. a base resin; and a doped tin oxide dispersed in the base resin; and wherein a doping element of the doped tin oxide is at least one selected from a group consisting of cerium and lanthanum.
. A fluid ejection system comprising: a plurality of fluid ejection devices; an operator interface to select a fluid ejection device; and a controller configured to turn on an indicator on the selected fluid ejection device to enable the selected fluid ejection device to be easily identified. a plurality of fluid ejection devices; an operator interface to select a fluid ejection device; and a controller configured to turn on an indicator on the selected fluid ejection device to enable the selected fluid ejection device to be easily identified.
A method for producing bearing components by means of a production line which comprises at least one grinding machine , at least one honing machine , at least one cleaning unit and at least one transport unit , wherein each bearing component is transported through the production line by means of the at least one transport unit , wherein at least one grinding operation is performed on each bearing component by means of the at least one grinding machine , at least one honing operation is performed on each bearing component by means of the at least one honing machine and at least one clean is performed on each bearing component in the at least one cleaning unit , wherein a vertical grinding machine is used as the at least one grinding machine , wherein the bearing component is designed as a bearing ring and the grinding operation comprises a step of internal grinding of the bearing ring by means of a first vertical grinding machine , and wherein each bearing component passes through the production line lying on a constant horizontal plane (E), wherein an elevation shift of a centre of gravity of a bearing component by up to ± 10 cm is still considered transport in a constant horizontal plane.
Assembly comprising a rim of a motor vehicle wheel and a brake disc mounted on a rotating guiding system comprising a hub intended to be mounted so as to rotate about an axis (X) with respect to a fixed member, said hub having a shaft from which a flange for fixing said rim and said brake disc extends radially, said flange being formed by a plurality of tabs which are spaced apart angularly by recesses , said tabs each having an interface for fixing the rim and an interface for fixing the brake disc defining respectively a diameter (D j ) for fixing the rim and a diameter (D d ) for fixing the brake disc about the axis of rotation (X), said diameter for fixing the brake disc being greater than said diameter for fixing the rim , said assembly being characterised in that each of the tabs has a wall defining between them a diameter (D c ) about the axis of rotation (X) and in that the rim has complementary walls which are mounted on said walls to ensure the centring of said rim along the diameter (D c ).
A welding or additive manufacturing system , comprising: a power supply with a controller , where said controller is configured to control said power supply to output a current waveform ; and a contact tip assembly having a first exit orifice suitable to direct a first consumable (E1) through said first exit orifice to a deposition operation, and second exit orifice suitable to direct a second consumable (E2) through said second exit orifice to said deposition operation, and where a distance (S) exists between said first and second exit orifices ; characterized in that said current waveform has a peak current level , and background current level and a bridging current level ; and said bridging current level is configured to form a bridging droplet which couples said first and second consumable (E1, E2) before said bridging droplet is transferred to a puddle during said deposition operation. a power supply with a controller , where said controller is configured to control said power supply to output a current waveform ; and a contact tip assembly having a first exit orifice suitable to direct a first consumable (E1) through said first exit orifice to a deposition operation, and second exit orifice suitable to direct a second consumable (E2) through said second exit orifice to said deposition operation, and where a distance (S) exists between said first and second exit orifices ; characterized in that said current waveform has a peak current level , and background current level and a bridging current level ; and said bridging current level is configured to form a bridging droplet which couples said first and second consumable (E1, E2) before said bridging droplet is transferred to a puddle during said deposition operation.
Protective fence for protecting surfaces or facilitiesfrom wild animals, in particular badgers, having a first fence portion and a second fence portion , wherein the first fence portion and the second fence portion each have one or more wires , wherein the first fence portion and the second fence portion are arranged with spacing from each other in such a manner that between the first fence portion and the second fence portion a passage and two individual fence stages which are adapted to each other and which are intended to be passed one after the other are formed, wherein the first fence portion comprises a plurality of wires which extend in a substantially parallel manner and/or the second fence portion comprises a plurality of wires which extend in a substantially parallel manner, wherein the wires of the first fence portion preferably extend substantially parallel with the wires of the second fence portion , characterised in that the bottom wire of the second fence portion has a smaller spacing with respect to the ground than the bottom wire of the first fence portion . having a first fence portion and a second fence portion , wherein the first fence portion and the second fence portion each have one or more wires , wherein the first fence portion and the second fence portion are arranged with spacing from each other in such a manner that between the first fence portion and the second fence portion a passage and two individual fence stages which are adapted to each other and which are intended to be passed one after the other are formed, wherein the first fence portion comprises a plurality of wires which extend in a substantially parallel manner and/or the second fence portion comprises a plurality of wires which extend in a substantially parallel manner, wherein the wires of the first fence portion preferably extend substantially parallel with the wires of the second fence portion , characterised in that the bottom wire of the second fence portion has a smaller spacing with respect to the ground than the bottom wire of the first fence portion .