mhurhangee/patent-ind-claim-en huggingface dataset:
A gutter broom , comprising: a mandrel including a channel that extends outwardly from an inner radial edge at a non-zero angle relative to a centerline of the mandrel ; a retaining carrier positioned in the channel and coupled to the mandrel , the retaining carrier comprising a left slot and a right slot to receive the mandrel ; and a bristle strip coupled to the carrier such that it is retained, the bristle strip extending down from the carrier . a mandrel including a channel that extends outwardly from an inner radial edge at a non-zero angle relative to a centerline of the mandrel ; a retaining carrier positioned in the channel and coupled to the mandrel , the retaining carrier comprising a left slot and a right slot to receive the mandrel ; and a bristle strip coupled to the carrier such that it is retained, the bristle strip extending down from the carrier .
Self-rinsing mobile urinal (Ψ) having a portable collector adapted to receive urine and connected to a fluid system comprising: • a first fluid circuit connected to the portable collector and comprising a rinsing fluid, the first fluid circuit being adapted to cause the rinsing liquid in the portable collector , • a second fluid circuit connected to the portable collector and adapted to drain the portable collector , the fluid system being adapted: • in a first state (S1) of its operation, pressurizing the rinsing liquid in the first fluid circuit and delivering this rinsing liquid to the portable collector , • in a second state (S2) of its operation distinct from the first state (S1) of its operation, to induce in the second fluid circuit , a suction depression adapted to empty the portable collector , the fluid system comprising a first valve disposed in the first fluid circuit , this first valve being open when the fluid system is in the first state (S1) of its operation the first fluid circuit is flexible, the second fluid circuit is flexible, characterized in that the first valve is adapted to regulate a rinsing flow rate through the first fluid circuit , in that the first valve is closed when the fluid system is in the second state (S2) of its operation, in that the fluid system has a second valve arranged in the second fluid circuit and adapted to regulate an emptying flow rate through the second fluid circuit , the second valve being: • closed when the fluid system is in the first state (S1) of its operation, and • open when the fluid system is in the second state (S2) of its operation, and in that the fluid system further comprises a reversible pump adapted to engage with the first valve and the second valve , the reversible pump being able to: • pressurize the rinsing liquid in the first fluid circuit when the fluid system is in the first state (S1) for its operation and • induce the vacuum suction in the second fluid circuit when the fluid system is in the second state (S2) of its operation. • a first fluid circuit connected to the portable collector and comprising a rinsing fluid, the first fluid circuit being adapted to cause the rinsing liquid in the portable collector , • a second fluid circuit connected to the portable collector and adapted to drain the portable collector , • in a first state (S1) of its operation, pressurizing the rinsing liquid in the first fluid circuit and delivering this rinsing liquid to the portable collector , • in a second state (S2) of its operation distinct from the first state (S1) of its operation, to induce in the second fluid circuit , a suction depression adapted to empty the portable collector , • closed when the fluid system is in the first state (S1) of its operation, and • open when the fluid system is in the second state (S2) of its operation, • pressurize the rinsing liquid in the first fluid circuit when the fluid system is in the first state (S1) for its operation and • induce the vacuum suction in the second fluid circuit when the fluid system is in the second state (S2) of its operation.
Tyrphostin 9 or precursor or salt thereof and L-carnitine or derivative or salt thereof for use in a method for treating obesity, preventing weight gain, promoting weight loss, and/or promoting slimming, said method comprising administering to a mammal in need thereof said tyrphostin 9 or precursor or salt thereof and L-carnitine or derivative or salt thereof, wherein said tyrphostin 9 or precursor or salt thereof and L-carnitine or derivative or salt thereof are in therapeutically or prophylactically effective amounts to treat obesity, prevent weight gain, promote weight loss, or promote slimming, wherein the tyrphostin 9 precursor is a phenolic ester able to produce tyrphostin 9 by chemical or enzymatic means, wherein the L-carnitine derivative is an ester in which the alcoholic hydrogen atom has been replaced by an acyl group able to generate L-carnitine through chemical or enzymatic action, and wherein said tyrphostin 9 or precursor or salt thereof and said L-carnitine or derivative or salt thereof are administered simultaneously or within one hour of each other. wherein the tyrphostin 9 precursor is a phenolic ester able to produce tyrphostin 9 by chemical or enzymatic means, wherein the L-carnitine derivative is an ester in which the alcoholic hydrogen atom has been replaced by an acyl group able to generate L-carnitine through chemical or enzymatic action, and wherein said tyrphostin 9 or precursor or salt thereof and said L-carnitine or derivative or salt thereof are administered simultaneously or within one hour of each other.
A method for producing a hot-dip galvanized steel sheet comprising the steps of: hot-dip-galvanizing a steel sheet to form a hot-dip galvanized layer; temper-rolling the steel sheet provided with the hot-dip galvanized layer; and subjecting the temper-rolled steel sheet to an oxidation treatment by applying a buffered acidic solution having a pH of 1.0 to 5.0 including an acetate buffer, a phthalate buffer, a citrate buffer, a succinate buffer, a lactate buffer, a tartrate buffer, a borate buffer or a phosphate buffer in the form of a thin liquid film on the surface of the temper-rolled steel sheet and retaining the temper-rolled steel sheet in contact with the film for 1 to 30 seconds before washing with water. hot-dip-galvanizing a steel sheet to form a hot-dip galvanized layer; temper-rolling the steel sheet provided with the hot-dip galvanized layer; and subjecting the temper-rolled steel sheet to an oxidation treatment by applying a buffered acidic solution having a pH of 1.0 to 5.0 including an acetate buffer, a phthalate buffer, a citrate buffer, a succinate buffer, a lactate buffer, a tartrate buffer, a borate buffer or a phosphate buffer in the form of a thin liquid film on the surface of the temper-rolled steel sheet and retaining the temper-rolled steel sheet in contact with the film for 1 to 30 seconds before washing with water.
A method for producing a heat sink for a liquid cooling system of a supercomputer computing blade, said heat sink comprising a body , a fluidic connection member and a heat dissipation fin module , said body comprising a heat collection face intended to be positioned in line with a heat-generating electronic component, and a fluidic connection face opposite said heat collection face , the body delimiting a central through-opening connecting the heat collection face and the fluidic connection face , said fluidic connection member comprising a parallelepiped central part from which extends, from a first face , an attachment element and, from a second face , two channels for circulating a liquid coolant, said fin module comprising a base plate and at least two fin assemblies extending from one face of said base plate , said method comprising the steps of: - positioning (E1) the attachment element of the fluidic connection member in the through-opening of the body so as to be flush with the heat collection face of the body , - machining (E2) the heat collection face so as to form two cavities for receiving the fin assemblies of the fin module , a central rib consisting of both the material of the attachment element of the fluidic connection member and the material of the heat collection face of the body , and a rim for supporting the base plate of the fin module , - placing (E3) the fin module on the body so as to bear on the rim such that each fin assembly is arranged in one of the cavities , - friction stir welding (E4) the base plate at the machined central rib and at the machined rim . - positioning (E1) the attachment element of the fluidic connection member in the through-opening of the body so as to be flush with the heat collection face of the body , - machining (E2) the heat collection face so as to form two cavities for receiving the fin assemblies of the fin module , a central rib consisting of both the material of the attachment element of the fluidic connection member and the material of the heat collection face of the body , and a rim for supporting the base plate of the fin module , - placing (E3) the fin module on the body so as to bear on the rim such that each fin assembly is arranged in one of the cavities , - friction stir welding (E4) the base plate at the machined central rib and at the machined rim .
Household appliance heating apparatus with at least one heating element , which has at least two heating connections , which are each provided for connection to one of at least two supply connections of a supply network, with at least one first switching element , which is connected between a first heating connection of the heating connections and a first supply connection of the supply connections , with at least one second switching element , which is connected between a second heating connection of the heating connections and a second supply connection of the supply connections , and with a measuring unit , which has at least one measuring input , at which a potential is present in at least one heating operating state, characterised by a control unit , which is designed to interrupt a conduction path through the heating element by means of the first switching element with the second switching element closed in at least one network form recognition operating state and to take into account a first potential present at the measuring input when determining a network form present at the heating element , wherein the control unit is designed to interrupt a conduction path through the heating element by means of the second switching element with the first switching element closed in the at least one network form recognition operating state and to take into account a second potential present at the measuring input when determining the network form present at the heating element , wherein the control unit is designed to compare the first and the second potential with one another in the at least one network form recognition operating state and to calculate a difference between the first and the second potential.
A method of designing a prosthetic implant, comprising the steps of: (a) obtaining three dimensional data corresponding to an existing or prototype orthopaedic implant or component thereof; (b) obtaining three dimensional data corresponding to a same type of bone to provide a population of bone data comprising multiple bones, where each of the multiple bones mimics a bone resurfaced to receive the existing or prototype orthopaedic implant or component thereof; (c) associating, separately, at least two of the multiple bones from the population with the three dimensional data corresponding to the existing or prototype orthopaedic implant or component thereof to establish a virtual replacement; (d) taking the virtual replacement through a simulated range of movement and recording data to generate statistics throughout the range of movement; and (e) responsive to the statistics, modifying the existing or prototype orthopaedic implant or component thereof to create a modified orthopaedic implant, and manufacturing the modified orthopaedic implant. (a) obtaining three dimensional data corresponding to an existing or prototype orthopaedic implant or component thereof; (b) obtaining three dimensional data corresponding to a same type of bone to provide a population of bone data comprising multiple bones, where each of the multiple bones mimics a bone resurfaced to receive the existing or prototype orthopaedic implant or component thereof; (c) associating, separately, at least two of the multiple bones from the population with the three dimensional data corresponding to the existing or prototype orthopaedic implant or component thereof to establish a virtual replacement; (d) taking the virtual replacement through a simulated range of movement and recording data to generate statistics throughout the range of movement; and (e) responsive to the statistics, modifying the existing or prototype orthopaedic implant or component thereof to create a modified orthopaedic implant, and manufacturing the modified orthopaedic implant.
A method, comprising: specifying , by a network node, a starting point for preamble repetition of a repetition level such that all user equipment UEs of a same repetition level start the preamble repetition on a same physical random access channel PRACH resource; determining when a series of the preamble repetition is over; transmitting a random access response RAR when the repetition series is finished; and repeating the transmitting of the random access response RAR within a window. specifying , by a network node, a starting point for preamble repetition of a repetition level such that all user equipment UEs of a same repetition level start the preamble repetition on a same physical random access channel PRACH resource; determining when a series of the preamble repetition is over; transmitting a random access response RAR when the repetition series is finished; and repeating the transmitting of the random access response RAR within a window.
A method for manufacturing a radiator component with a reflector (3; 4; 5; 6), comprising the method steps: (a) providing a base body (1; 21) with a surface which is at least partially covered by a reflector layer of opaque glass, (b) compacting a surface region of the reflector layer of opaque glass, and (c) applying a specularly reflective reflector layer to at least a portion of the compacted surface region . (a) providing a base body (1; 21) with a surface which is at least partially covered by a reflector layer of opaque glass, (b) compacting a surface region of the reflector layer of opaque glass, and (c) applying a specularly reflective reflector layer to at least a portion of the compacted surface region .
Ambient air purification device for a road vehicle , which is in particular designed to remove dusts, in particular fine particulate matter, and/or gases from the ambient air, wherein the ambient air purification device features at least one filter element and can be disposed in the outer area of the road vehicle , characterized in that the ambient air purification device is designed to be attached to a vehicle tail using a detachable coupling , wherein the ambient air purification device features at least one counter coupling which corresponds to a vehicle-sided coupling component and features a trailer hitch , in particular for a ball-shaped coupling.
A stove guard arrangement, comprising - sensors for detecting events on a stove and for providing detection data, and - a programmable processing component for analysing the detection data and for providing exceptional situation data in response to the detection data indicating an exceptional situation defined in the programming of the processing component ; characterized in that - the stove guard arrangement comprises a receiver connected to the processing component and arranged to receive radio-frequency interference and to provide corresponding reception data, - the processing component is arranged to recognize regular changes in said reception data and to derive, on the basis of the recognized regular changes, a conclusion that the stove is an induction stove. - sensors for detecting events on a stove and for providing detection data, and - a programmable processing component for analysing the detection data and for providing exceptional situation data in response to the detection data indicating an exceptional situation defined in the programming of the processing component ; characterized in that - the stove guard arrangement comprises a receiver connected to the processing component and arranged to receive radio-frequency interference and to provide corresponding reception data, - the processing component is arranged to recognize regular changes in said reception data and to derive, on the basis of the recognized regular changes, a conclusion that the stove is an induction stove.
A host cell comprising a first polynucleotide encoding a proprotein of Factor IX (proFIX), or a fusion protein thereof, and a second polynucleotide encoding a functional mammalian subtilisin/Kex2p-like proprotein convertase (PC5).
A reciprocating saw for machining a workpiece, in particular made of a mineral or metal material, containing - a drive ; and - a reciprocating rod having a first reciprocating rod end , a second reciprocating rod end and a drive point ; characterized in that a first articulated rod having a pivot point and a connection point , and a second articulated rod having a first pivot point and a second pivot point are provided, the pivot point of the first articulated rod being rotatably connectable to the drive point of the reciprocating rod , the connection point of the first articulated rod being connectable to the drive for conjoint rotation therewith by means of a connecting device , and it being possible to position the drive at least partially in a drive housing . - a drive ; and - a reciprocating rod having a first reciprocating rod end , a second reciprocating rod end and a drive point ;
A sheet storage device comprising: a reel around which a tape is wound; a drum onto which a sheet is wound together with the tape ; an input and output opening through which the sheet is passed; and a frame configured to form at least a portion of a transport path on which the sheet is transported from the input and output opening to the drum , wherein the frame has a first frame part and a second frame part , the first frame part and the second frame part are configured to move relative to each other to switch between a state in which the transport path is formed and a state in which at least a portion of the transport path is open, characterized in that the first frame part supports the reel , and forms a tape path extending from the reel to the drum , and the first frame part moves together with the reel and the tape path relative to the second frame part . a reel around which a tape is wound; a drum onto which a sheet is wound together with the tape ; an input and output opening through which the sheet is passed; and a frame configured to form at least a portion of a transport path on which the sheet is transported from the input and output opening to the drum , wherein the frame has a first frame part and a second frame part , the first frame part and the second frame part are configured to move relative to each other to switch between a state in which the transport path is formed and a state in which at least a portion of the transport path is open, characterized in that the first frame part supports the reel , and forms a tape path extending from the reel to the drum , and the first frame part moves together with the reel and the tape path relative to the second frame part .
Assembly comprising at least two fire protection profiles , each of the at least two fire protection profiles comprising a tube made of a composite material which is filled with a fire protection material , the composite material comprising an inorganic permeable fiber material which is a woven fabric, a knitted fabric or a non-woven fabric and is connected to a film , the fire protection profiles being formed in such a way that they combine with one another in the event of a fire, characterized in that the fiber material comprises a plurality of holes and combustible fibers and non-combustible fibers .
Finishing device for finish machining a workpiece , in particular a crankshaft or a camshaft, comprising a workpiece holder and a rotary drive for rotating the workpiece about the workpiece axis thereof, comprising at least one first finishing tool for machining a main bearing concentric to the workpiece axis and at least one second finishing tool for machining an additional bearing, wherein the finishing tools can be moved along a transport axis which extends beyond a working area defined by the workpiece holder and which serves to finish machine of a workpiece by means of the finishing tools , wherein the finishing tools are held on a finishing tool holder which is driven in a movable manner along the transport axis , characterized in that the finishing tool holder with the finishing tools can be moved along the transport axis into an additional area which is arranged outside the working area and in which an additional workpiece holder is arranged.
A method performed by a user equipment UE for avoiding interference for in-device coexistence, IDC, the method comprises: transmitting, to an eNodeB capability information on a licensed assisted access, LAA, operation of the user equipment receiving, from the eNodeB configuration information on an IDC indication that the user equipment is allowed to indicate that the user equipment has a hardware sharing problem between the LAA operation and a wireless local area network, WLAN, operation, wherein the LAA operation is configured for the user equipment based on the capability information and is associated with a secondary cell using an unlicensed band; identifying that the user equipment has the hardware sharing problem on the secondary cell; characterized by transmitting, to the eNodeB, an IDC indication indicating that the user equipment has the hardware sharing problem based on the configuration information in case that the hardware sharing problem is identified; and receiving, from the eNodeB, a solution indicating a de-activation of the secondary cell as a frequency division multiplexing, FDM, solution to resolve the IDC problem based on the IDC indication. transmitting, to an eNodeB capability information on a licensed assisted access, LAA, operation of the user equipment receiving, from the eNodeB configuration information on an IDC indication that the user equipment is allowed to indicate that the user equipment has a hardware sharing problem between the LAA operation and a wireless local area network, WLAN, operation, wherein the LAA operation is configured for the user equipment based on the capability information and is associated with a secondary cell using an unlicensed band; identifying that the user equipment has the hardware sharing problem on the secondary cell; characterized by transmitting, to the eNodeB, an IDC indication indicating that the user equipment has the hardware sharing problem based on the configuration information in case that the hardware sharing problem is identified; and receiving, from the eNodeB, a solution indicating a de-activation of the secondary cell as a frequency division multiplexing, FDM, solution to resolve the IDC problem based on the IDC indication.