mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle having an engine unit, said engine unit, comprising: an engine; a first exhaust gas treatment device treating exhaust gas from said engine; a second exhaust gas treatment device treating the exhaust gas that has passed through said first exhaust gas treatment device; a third exhaust gas treatment device treating the exhaust gas from said engine; a fourth exhaust gas treatment device treating the exhaust gas that has passed through said third exhaust gas treatment device; a first exhaust pipe extending upward from a gas outlet of said second exhaust gas treatment device; and a second exhaust pipe extending upward from a gas outlet of said fourth exhaust gas treatment device, wherein said first to fourth exhaust gas treatment devices (3, 4) are arranged to be located next to each other in an order of said first exhaust gas treatment device, said second exhaust gas treatment device, said fourth exhaust gas treatment device, and said third exhaust gas treatment device, such that respective longitudinal directions thereof are arranged in parallel, and said first exhaust pipe of said second exhaust gas treatment device and said second exhaust pipe of said fourth exhaust gas treatment device are arranged to be located next to each other on the same end side in said longitudinal direction of said second exhaust gas treatment device and said longitudinal direction of said fourth exhaust gas treatment device. an engine; a first exhaust gas treatment device treating exhaust gas from said engine; a second exhaust gas treatment device treating the exhaust gas that has passed through said first exhaust gas treatment device; a third exhaust gas treatment device treating the exhaust gas from said engine; a fourth exhaust gas treatment device treating the exhaust gas that has passed through said third exhaust gas treatment device; a first exhaust pipe extending upward from a gas outlet of said second exhaust gas treatment device; and a second exhaust pipe extending upward from a gas outlet of said fourth exhaust gas treatment device, wherein said first to fourth exhaust gas treatment devices (3, 4) are arranged to be located next to each other in an order of said first exhaust gas treatment device, said second exhaust gas treatment device, said fourth exhaust gas treatment device, and said third exhaust gas treatment device, such that respective longitudinal directions thereof are arranged in parallel, and said first exhaust pipe of said second exhaust gas treatment device and said second exhaust pipe of said fourth exhaust gas treatment device are arranged to be located next to each other on the same end side in said longitudinal direction of said second exhaust gas treatment device and said longitudinal direction of said fourth exhaust gas treatment device.
A method of cracking a high molecular weight hydrocarbon to form a lower molecular weight hydrocarbon product, comprising: admixing (a) a high molecular weight hydrocarbon having an API value of less than 12 and (b) an aqueous catalytic composition prepared by admixing and reacting, in an aqueous solution, a transition metal salt and particles of silicon dioxide, aluminum oxide, ferric oxide, calcium oxide, and titania or boron oxide; reacting the admixture from step at a temperature from 50°C to 200°C, thereby hydrogenating and cracking the high molecular weight hydrocarbon to form a lower molecular weight hydrocarbon product; said lower molecular weight product having an API value greater than the API value of the high molecular weight hydrocarbon composition. admixing (a) a high molecular weight hydrocarbon having an API value of less than 12 and (b) an aqueous catalytic composition prepared by admixing and reacting, in an aqueous solution, a transition metal salt and particles of silicon dioxide, aluminum oxide, ferric oxide, calcium oxide, and titania or boron oxide; reacting the admixture from step at a temperature from 50°C to 200°C, thereby hydrogenating and cracking the high molecular weight hydrocarbon to form a lower molecular weight hydrocarbon product; said lower molecular weight product having an API value greater than the API value of the high molecular weight hydrocarbon composition.
A processor comprising: processing resources to perform graphics operations using a plurality of threads; and load store pipeline hardware circuitry coupled to the processing resources to: configure a watchpoint register with a value of a watchpoint address, the watchpoint address comprising an address of a memory location in the processor, wherein the watchpoint register is implemented in the load store pipeline hardware circuitry via dedicated hardware; receive a memory access request from a thread of the plurality of threads; determine, using the watchpoint register, whether the memory access request is requesting access to the watchpoint address; and responsive to the memory access request requesting access to the watchpoint address, return an exception payload to the thread, the exception payload comprising watchpoint details corresponding to the watchpoint address and a scoreboard identifier, SBID, associated with the memory access request. processing resources to perform graphics operations using a plurality of threads; and load store pipeline hardware circuitry coupled to the processing resources to: configure a watchpoint register with a value of a watchpoint address, the watchpoint address comprising an address of a memory location in the processor, wherein the watchpoint register is implemented in the load store pipeline hardware circuitry via dedicated hardware; receive a memory access request from a thread of the plurality of threads; determine, using the watchpoint register, whether the memory access request is requesting access to the watchpoint address; and responsive to the memory access request requesting access to the watchpoint address, return an exception payload to the thread, the exception payload comprising watchpoint details corresponding to the watchpoint address and a scoreboard identifier, SBID, associated with the memory access request. configure a watchpoint register with a value of a watchpoint address, the watchpoint address comprising an address of a memory location in the processor, wherein the watchpoint register is implemented in the load store pipeline hardware circuitry via dedicated hardware; receive a memory access request from a thread of the plurality of threads; determine, using the watchpoint register, whether the memory access request is requesting access to the watchpoint address; and responsive to the memory access request requesting access to the watchpoint address, return an exception payload to the thread, the exception payload comprising watchpoint details corresponding to the watchpoint address and a scoreboard identifier, SBID, associated with the memory access request.
A self-standing sign comprising a sign stand and a removable display panel; wherein the sign stand comprises a base and a support member extending from said base; said base having a flat upper surface; and wherein the display panel comprises a perimeter region which surrounds at least in part a pocket into which, in use, at least a portion of said upwardly extending support member may be inserted; said perimeter region having an outer edge; characterised in that said display panel comprises two or more sheets (24, 25) which are bound to one another and incorporating links (31, 32) therebetween which are perpendicular to the plane of the sheets (24,25) and which are located between the pocket and the outer edge of the perimeter region; whereby said perimeter region is sufficiently rigid so that the shape of the outer edge of the perimeter region is substantially retained when the display panel extends upwardly and said upwardly extending support member is placed at least in part in said pocket; said rigid perimeter region extending to said flat surface; whereby said rigid perimeter region rests against said flat upper surface.
Longitudinal seat adjustment system for a motor vehicle seat having an upper rail, a lower rail and a release device which has a lever, a handle being provided at one end thereof and the other end thereof cooperating with a locking means, wherein the release device has a spring means which pretensions the lever into the passive position thereof, wherein the spring means fastens, in particular mounts in a rotatable manner, the lever to the upper rail, characterized in that a connection is provided between the handle and the lever, which connection automatically detaches when a certain inappropriate loading is exceeded, wherein the spring means is configured such that the spring means sets the handle back into its original position as soon as the inappropriate loading of the lever has ended.
A nonwoven fabric, comprising: a plurality of mono-component spunbond fibers comprising a polymeric material including a polymeric blend of (i) at least one polypropylene polymer, (ii) at least one polyethylene polymer, and (iii) at least one compatibilizer comprising or consisting of at least one first polypropylene-polyethylene copolymer, wherein the first polypropylene-polyethylene copolymer is a first block copolymer or a first EP-iPP diblock polymer and the first polypropylene-polyethylene copolymer has a melt flow rate of from 0.5 to 20 g/ 10 min as determined by ASTM D1238 (230C°/2.16 kg); wherein the nonwoven fabric has one or more of the following: (i) a TS7 value of at most 30 as determined by a Tissue Softness Analyzer from Emtec Innovative Testing Solutions; (ii) a HF value of at least 40 as determined by a Tissue Softness Analyzer from Emtec Innovative Testing Solutions; (iii) a delta value of at least 20, wherein the delta value is determined by subtracting the TS7 value from the HF value; (iv) a TS7 value that is from 5% to 35% lower than that of an identically constructed nonwoven fabric formed from 100% polypropylene; and (v) a HF value that is from 5% to 35% larger than that of an identically constructed nonwoven fabric formed from 100% polypropylene. a plurality of mono-component spunbond fibers comprising a polymeric material including a polymeric blend of (i) at least one polypropylene polymer, (ii) at least one polyethylene polymer, and (iii) at least one compatibilizer comprising or consisting of at least one first polypropylene-polyethylene copolymer, wherein the first polypropylene-polyethylene copolymer is a first block copolymer or a first EP-iPP diblock polymer and the first polypropylene-polyethylene copolymer has a melt flow rate of from 0.5 to 20 g/ 10 min as determined by ASTM D1238 (230C°/2.16 kg); wherein the nonwoven fabric has one or more of the following: (i) a TS7 value of at most 30 as determined by a Tissue Softness Analyzer from Emtec Innovative Testing Solutions; (ii) a HF value of at least 40 as determined by a Tissue Softness Analyzer from Emtec Innovative Testing Solutions; (iii) a delta value of at least 20, wherein the delta value is determined by subtracting the TS7 value from the HF value; (iv) a TS7 value that is from 5% to 35% lower than that of an identically constructed nonwoven fabric formed from 100% polypropylene; and (v) a HF value that is from 5% to 35% larger than that of an identically constructed nonwoven fabric formed from 100% polypropylene.
An operating device for lamps, in particular, an electronic ballast unit for gas discharge lamps, having a regulating- and/or control unit, to which operating parameter signals can be supplied, which are converted by an analog/digital converter, characterized in that during the operation of the operating device depending on an operating state of the operating device the time multiplex-measuring procedure of the analog/digital converter can be set for the adjustment to the type of operating parameter signal; wherein the analog/digital converter can be set in respect at least to the scanning speed 1; wherein the time multiplex operation includes the fact that a current measurement for an operating parameter signal can be interrupted with a certain scanning speed, in order to carry out a measurement of another operating parameter signal with another scanning speed 2.
A compound of formula I, a deuterated analog or a pharmaceutically acceptable salt thereof for use in the treatment of hemorrhagic stroke in a subject, wherein R 1 is H, an alkyl or terminal alkenyl having 1 to 5 carbon atoms, or - CH(CH 3)(CH 2) 3 CH(CH 3) 2.
A battery pack, comprising: a housing; a plurality of battery modules arranged in groups in the housing; and a cooling plate coupled to the housing and configured to cool the plurality of battery modules, wherein the cooling plate includes: a first cooling plate that contacts the plurality of battery modules; a second cooling plate coupled to the first cooling plate, the second cooling plate including a flow path therein; and a container on the second cooling plate, the container having an inner space that is connected to the flow path; wherein a surface of the first cooling plate is uneven, and wherein the first cooling plate comprises a plurality of protruding portions each having a different group of battery modules mounted thereon in a lengthwise direction of the protruding portions. a housing; a plurality of battery modules arranged in groups in the housing; and a cooling plate coupled to the housing and configured to cool the plurality of battery modules, wherein the cooling plate includes: a first cooling plate that contacts the plurality of battery modules; a second cooling plate coupled to the first cooling plate, the second cooling plate including a flow path therein; and a container on the second cooling plate, the container having an inner space that is connected to the flow path; wherein a surface of the first cooling plate is uneven, and wherein the first cooling plate comprises a plurality of protruding portions each having a different group of battery modules mounted thereon in a lengthwise direction of the protruding portions. a first cooling plate that contacts the plurality of battery modules; a second cooling plate coupled to the first cooling plate, the second cooling plate including a flow path therein; and a container on the second cooling plate, the container having an inner space that is connected to the flow path; wherein a surface of the first cooling plate is uneven, and wherein the first cooling plate comprises a plurality of protruding portions each having a different group of battery modules mounted thereon in a lengthwise direction of the protruding portions.
A polymer positive temperature coefficient (PPTC) assembly, comprising: a PPTC component, the PPTC component having a trip temperature, a first room temperature resistance and further having a first temperature coefficient of resistance in a low temperature range below the trip temperature; a resistive component, disposed in electrical contact with the PPTC component on a first side of the PPTC component, the resistive component comprising an electrical conductor, having a second room temperature resistance and having a second temperature coefficient of resistance in the low temperature; a first electrode, electrically coupled to the resistive component; and a second electrode, electrically coupled to a second side of the PPTC component, wherein the PPTC component and the resistive component are arranged in electrical series between the first electrode and the second electrode, characterised in that the second temperature coefficient of resistance in the low temperature range is less than the first temperature coefficient of resistance and in that the sum of the first room temperature resistance plus the second room temperature resistance equals a target room temperature resistance. a PPTC component, the PPTC component having a trip temperature, a first room temperature resistance and further having a first temperature coefficient of resistance in a low temperature range below the trip temperature; a resistive component, disposed in electrical contact with the PPTC component on a first side of the PPTC component, the resistive component comprising an electrical conductor, having a second room temperature resistance and having a second temperature coefficient of resistance in the low temperature; a first electrode, electrically coupled to the resistive component; and a second electrode, electrically coupled to a second side of the PPTC component, wherein the PPTC component and the resistive component are arranged in electrical series between the first electrode and the second electrode, characterised in that the second temperature coefficient of resistance in the low temperature range is less than the first temperature coefficient of resistance and in that the sum of the first room temperature resistance plus the second room temperature resistance equals a target room temperature resistance.
Prosthesis for at least partial replacement of a bone conveying a nerve, such as, in particular, a mandible bone, comprising connecting means at two ends facing away from each other, for the securing of the prosthesis to remaining parts of bones or joints, and in which a nerve accommodation space for accommodating the nerve is provided, extending between the two ends of the prosthesis, wherein the prosthesis comprises a first prosthesis part and a second prosthesis part, and the nerve accommodation space is formed by an accommodation channel which is at least partially embedded into the first prosthesis part, characterized in that the accommodation channel can be closed by means of the second prosthesis part, wherein a viscous bearing means is provided in the nerve accommodation space.
A method comprises: issuing, by a requesting entity, a rebuild request regarding an encoded data slice to a plurality of distributed storage -DS- units, wherein the plurality of DS units is an odd number of DS units; in response to the rebuild request, each of the plurality of DS units generates a partial slice corresponding to the encoded data slice to be rebuilt based on one of a set of encoded data slices stored by the respective DS unit to produce an array of partial slices; encrypting, by the plurality of DS units, the array of partial slices using a set of encryption keys, wherein each encryption key of the set of encryption keys is used twice to produce an array of encrypted partial slices; pairing one of the plurality of the DS units to share respective encryption keys with two other DS units of the plurality of the DS units; arranging remaining DS units of the plurality of DS units into DS unit pairings, wherein each DS unit of a DS unit pairing uses a same encryption key of the set of encryption keys; and rebuilding, by the requesting entity, the encoded data slice from the array of encrypted partial slices. issuing, by a requesting entity, a rebuild request regarding an encoded data slice to a plurality of distributed storage -DS- units, wherein the plurality of DS units is an odd number of DS units; in response to the rebuild request, each of the plurality of DS units generates a partial slice corresponding to the encoded data slice to be rebuilt based on one of a set of encoded data slices stored by the respective DS unit to produce an array of partial slices; encrypting, by the plurality of DS units, the array of partial slices using a set of encryption keys, wherein each encryption key of the set of encryption keys is used twice to produce an array of encrypted partial slices; pairing one of the plurality of the DS units to share respective encryption keys with two other DS units of the plurality of the DS units; arranging remaining DS units of the plurality of DS units into DS unit pairings, wherein each DS unit of a DS unit pairing uses a same encryption key of the set of encryption keys; and rebuilding, by the requesting entity, the encoded data slice from the array of encrypted partial slices.
An underwater moving body, comprising: a body; and a cavitation device for generating a cavity, wherein the cavitation device includes: a plurality of flap-up/down members rotatably connected to the body, and a pressing module for flapping up the flap-up/down members characterized in that the cavitation device encloses an outer circumferential surface of the body, the plurality of flap-up/down members are disposed to cover the outer circumferential surface, and disposed in a circumferential direction and a lengthwise direction of the body in a matrix form, the cavity is generated, as the flap-up/down members being rotated are inclined from the outer circumferential surface, and a rear flap-up/down member is disposed, in a lengthwise direction, so as to be positioned inside the cavity formed due to the front flap-up/down member. a body; and a cavitation device for generating a cavity, a plurality of flap-up/down members rotatably connected to the body, and a pressing module for flapping up the flap-up/down members characterized in that the cavitation device encloses an outer circumferential surface of the body, the plurality of flap-up/down members are disposed to cover the outer circumferential surface, and disposed in a circumferential direction and a lengthwise direction of the body in a matrix form, the cavity is generated, as the flap-up/down members being rotated are inclined from the outer circumferential surface, and a rear flap-up/down member is disposed, in a lengthwise direction, so as to be positioned inside the cavity formed due to the front flap-up/down member.
Radiator arrangement, which has at least two surface-area radiator elements (13a-c) connected to one another, the radiator elements being upright, high in comparison with their width and thin in comparison with their width and standing at an angle of between 20° and 160° to one another, the radiator elements (13a-c) being secured or fastened in the lower region to a floor or base, characterized in that a flow (22a-c) and a return (23a-c) for in each case one radiator element (13a-c) run in the floor and lead up to the radiator element from below.
The use of a skin patch device comprising a composition comprising an allergen that causes a cutaneous immune reaction, in the manufacture of a composition for treating eosinophilic esophagitis in a subject by application of said device on the skin under conditions allowing a contact between said composition and the skin.
A centering device for a plate to be used in orthopedic surgery, comprising the following components or parts: • a "C" shaped central body including two opposite ends; • a central channel which is located on a middle portion of the central body between said two ends, said central channel being usable to place a plate to be used during surgery; and • a fastening orifice located on an inside portion of said central channel and allowing the device to be attached to a patient's bone by means of a screw that goes through said fastening orifice along with the plate, characterized by further comprising: a fastening channel surrounding an outer edge of the centering device from one to the other of the two ends, said fastening channel allowing the centering device to be secured by a surgeon to the patient's bone by means of a clamp that grabs the centering device by the fastening channel so as to increase pressure on the patient's bone. • a "C" shaped central body including two opposite ends; • a central channel which is located on a middle portion of the central body between said two ends, said central channel being usable to place a plate to be used during surgery; and • a fastening orifice located on an inside portion of said central channel and allowing the device to be attached to a patient's bone by means of a screw that goes through said fastening orifice along with the plate,