mhurhangee/patent-ind-claim-en huggingface dataset:
Downhole pump comprising: an extension wall having an interior; a barrel that extends vertically to the interior of the extension wall ; a gas separating chamber delimited by the barrel and the interior surface of the extension wall ; and a piston comprising a travelling valve in its lower end, wherein the piston is configured to slide vertically in the barrel to the interior of the separating chamber between an upper end of stroke position and a lower end of stroke position; wherein the piston comprises a plurality of venting orifices , wherein the plurality of venting orifices is configured to provide communication between an interior of the piston and the gas separating chamber when the piston reaches the lower end of stroke position, wherein, in the lower end of stroke position, the plurality of venting orifices is positioned below the barrel . an extension wall having an interior; a barrel that extends vertically to the interior of the extension wall ; a gas separating chamber delimited by the barrel and the interior surface of the extension wall ; and a piston comprising a travelling valve in its lower end, wherein the piston is configured to slide vertically in the barrel to the interior of the separating chamber between an upper end of stroke position and a lower end of stroke position; wherein the piston comprises a plurality of venting orifices , wherein the plurality of venting orifices is configured to provide communication between an interior of the piston and the gas separating chamber when the piston reaches the lower end of stroke position, wherein, in the lower end of stroke position, the plurality of venting orifices is positioned below the barrel .
A grey water treatment system for use in a single-family residence comprising, a collection tank for collecting a quantity of bathing water; a membrane unit in communication with the collection tank; a membrane pump to draw permeate through the membrane unit by suction at a rate of 10-80 L/hr a permeate tank downstream of the membrane unit, wherein the collection tank has a volume of 150 L or more, the permeate tank has a volume of 25 L or more and the total volume of both tanks is 500 L or less; and a controller, configured to selectively turn the membrane pump on and off. a collection tank for collecting a quantity of bathing water; a membrane unit in communication with the collection tank; a membrane pump to draw permeate through the membrane unit by suction at a rate of 10-80 L/hr a permeate tank downstream of the membrane unit, wherein the collection tank has a volume of 150 L or more, the permeate tank has a volume of 25 L or more and the total volume of both tanks is 500 L or less; and a controller, configured to selectively turn the membrane pump on and off.
Composition comprising: - 2.5 to 20% of a styrene - saturated olefin - styrene triblock copolymer - 30 to 96.5% by weight of a polyisobutene with a number molecular weight of between 700 g.mol -1 and 3000 g.mol -1 , determined as indicated in the description and - 1 to 25% by weight of particles of a crosslinked polymer having a carboxylate group density of between 2.0 and 12.0 meq/g and an average pore size of between 0.005 and 1.0 μm, determined as indicated in the description, the percentages being expressed by weight, relative to the total weight of the composition. - 2.5 to 20% of a styrene - saturated olefin - styrene triblock copolymer - 30 to 96.5% by weight of a polyisobutene with a number molecular weight of between 700 g.mol -1 and 3000 g.mol -1 , determined as indicated in the description and - 1 to 25% by weight of particles of a crosslinked polymer having a carboxylate group density of between 2.0 and 12.0 meq/g and an average pore size of between 0.005 and 1.0 μm, determined as indicated in the description,
A method of manufacturing a rigidizing layer for a soft robotic actuator using a hot press having a bottom plate and a top plate , the method comprising: disposing a fabric sheet on the bottom plate of the hot press ; disposing a layer of thermoplastic material on the fabric sheet , the layer of thermoplastic material having a plurality of slots formed in it; disposing a rigid slat in each of the slots in the layer of thermoplastic material ; disposing a compliant supportive layer on the layer of thermoplastic material and the slats ; operating the hot press to bond the fabric sheet , the layer of thermoplastic material , and the compliant supportive layer together to form a bonded sheet ; and cutting the rigidizing layer from the bonded sheet . disposing a fabric sheet on the bottom plate of the hot press ; disposing a layer of thermoplastic material on the fabric sheet , the layer of thermoplastic material having a plurality of slots formed in it; disposing a rigid slat in each of the slots in the layer of thermoplastic material ; disposing a compliant supportive layer on the layer of thermoplastic material and the slats ; operating the hot press to bond the fabric sheet , the layer of thermoplastic material , and the compliant supportive layer together to form a bonded sheet ; and cutting the rigidizing layer from the bonded sheet .
A moisture removal apparatus for a breathing circuit, the apparatus comprising: a breathing gas conduit configured to receive a flow of breathing gas (B) having a first humidity level; a dry gas conduit adjacent to at least a portion of the breathing gas conduit, the dry gas conduit configured to receive a flow of dry gas (D) having a second humidity level lower than the first humidity level; a feeding conduit extending through at least a portion of the dry gas conduit, the feeding conduit configured to supply the dry gas into the dry gas conduit; and a moisture transmission pathway (T) configured to enable transfer of moisture from the breathing gas to the dry gas based on a humidity differential between the first and second humidity levels; wherein the breathing gas conduit is configured for the breathing gas to flow from an upstream end of the apparatus to a downstream end of the apparatus , and the feeding conduit includes an inlet at the downstream end of the apparatus. a breathing gas conduit configured to receive a flow of breathing gas (B) having a first humidity level; a dry gas conduit adjacent to at least a portion of the breathing gas conduit, the dry gas conduit configured to receive a flow of dry gas (D) having a second humidity level lower than the first humidity level; a feeding conduit extending through at least a portion of the dry gas conduit, the feeding conduit configured to supply the dry gas into the dry gas conduit; and a moisture transmission pathway (T) configured to enable transfer of moisture from the breathing gas to the dry gas based on a humidity differential between the first and second humidity levels;
A mechanism coupling structure of a molded-case circuit breaker, comprising a shaft to one side of which a movable contactor is coupled, and on a part of which a rotating pinhole is formed in a penetrating manner; a base assembly into which the shaft is rotatably accommodated and coupled, a switch mechanism coupled to an upper portion of the base assembly and exposed with a first lower link and a second lower link at a lower side thereof, and a rotating pin coupled in a penetrating manner to the first lower link , second lower link and rotating pinhole , characterized in that the rotating pin has a protruding portion for release prevention from the first lower link and the second lower link at one end thereof, and wherein an arc-shaped pinhole is formed on the base assembly to expose the rotating pinhole when the shaft rotates, and a discharge groove configured to open a part of the pinhole is formed at a lower portion of the first lower link and second lower link to discharge an arc pressure generated at the time of interruption to an outside thereof.
A battery pack comprising: a plurality of secondary batteries; a molded body configured to store therein the secondary batteries; a temperature increase suppressing layer provided between the secondary batteries and an inner surface of the molded body to suppress a temperature increase of an outer surface of the molded body; and a block layer provided between the secondary batteries and the temperature increase suppressing layer to block leakage from the secondary battery, wherein the temperature increase suppressing layer is a heat absorbing layer containing a flame-retardant binding agent and a heat absorbing agent, wherein: the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3 ), aluminum hydroxide (Al(OH) 3 ), magnesium hydroxide (Mg(OH) 2 ), and calcium carbonate (CaCO 3 ); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride . a plurality of secondary batteries; a molded body configured to store therein the secondary batteries; a temperature increase suppressing layer provided between the secondary batteries and an inner surface of the molded body to suppress a temperature increase of an outer surface of the molded body; and a block layer provided between the secondary batteries and the temperature increase suppressing layer to block leakage from the secondary battery, wherein the temperature increase suppressing layer is a heat absorbing layer containing a flame-retardant binding agent and a heat absorbing agent, wherein: the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3 ), aluminum hydroxide (Al(OH) 3 ), magnesium hydroxide (Mg(OH) 2 ), and calcium carbonate (CaCO 3 ); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride . the heat absorbing agent contains at least one selected from the group consisting of calcium sulfate dihydrate (CaSO 4 ·2H 2 O), sodium hydrogen carbonate (NaHCO 3 ), aluminum hydroxide (Al(OH) 3 ), magnesium hydroxide (Mg(OH) 2 ), and calcium carbonate (CaCO 3 ); and the flame-retardant binding agent contains at least one selected from the group consisting of polyvinylidene chloride and polyvinylidene fluoride .
A high-pressure system comprising at least a vessel designed for high pressure, a primary compressor , a secondary compressor , a high-pressure reactor , a high-pressure separator , a low-pressure separator and a pump injection arrangement configured for injecting at least one medium into the high-pressure reactor and/or upstream of the high-pressure reactor into at least one high-pressure polymerization process to at least two different pressure levels, wherein the pump injection arrangement - comprises a plurality of injection pump apparatuses for at least one medium comprising olefins, substances having a double bond, alkenes, propylene or the like, and where the injection pump apparatuses are coupled to the high-pressure reactor and/or to one or more high-pressure conduit section(s) upstream of the reactor; and - comprises a regulating unit which is coupled to the injection pump apparatuses and is configured for regulating the injection by at least two of the injection pump apparatuses; where the pump injection arrangement is configured for synchronized regulation of the injection pump apparatuses with dependence on one another as well as for injecting the medium at flow rates greater than 150 liters per hour; and wherein at least two of the synchronously regulated injection pump apparatuses are double acting bidirectionally operating high-pressure pumps which are functionally coupled with at least single redundancy to the regulating unit in such a way that the pressure can be generated via at least two shafts and the pressurized medium can be made available for injection via a high-pressure conduit . - comprises a plurality of injection pump apparatuses for at least one medium comprising olefins, substances having a double bond, alkenes, propylene or the like, and where the injection pump apparatuses are coupled to the high-pressure reactor and/or to one or more high-pressure conduit section(s) upstream of the reactor; and - comprises a regulating unit which is coupled to the injection pump apparatuses and is configured for regulating the injection by at least two of the injection pump apparatuses;
A fine timing measurement FTM method, wherein the method comprises: receiving FTM request frames sent by at least two communication devices (S210); and sending a first FTM measurement frame according to the FTM request frames (S220), the first FTM measurement frame is sent to each of the at least two communication devices, wherein the first FTM measurement frame comprises a measurement parameter of each of the at least two communication devices and identifier information used to indicate each communication device, so that each communication device obtains the measurement parameter of each communication device according to the identifier information; the method being characterized by , the first FTM measurement frame comprises feedback indication information, the feedback indication information is used to indicate a time interval at which each communication device sends response information after each communication device receives the first FTM measurement frame, and different communication devices correspond to different feedback indication information. receiving FTM request frames sent by at least two communication devices (S210); and sending a first FTM measurement frame according to the FTM request frames (S220), the first FTM measurement frame is sent to each of the at least two communication devices, wherein the first FTM measurement frame comprises a measurement parameter of each of the at least two communication devices and identifier information used to indicate each communication device, so that each communication device obtains the measurement parameter of each communication device according to the identifier information; the method being characterized by , the first FTM measurement frame comprises feedback indication information, the feedback indication information is used to indicate a time interval at which each communication device sends response information after each communication device receives the first FTM measurement frame, and different communication devices correspond to different feedback indication information.
An input block for providing an input to a vector-by-matrix multiplication array in a neural memory system, the vector-by-matrix multiplication array comprising non-volatile memory cells arranged in rows and columns, the input block comprising: a global digital-to-analog converter; a plurality of row sample-and-hold buffers, each row sample-and-hold buffer corresponding to a row in the array; characterized in that the input block further comprises a plurality of row registers, each row register corresponding to a row in the array; and wherein when a row is selected, the global digital-to-analog converter converts a digital value stored in a row register corresponding to the selected row into an analog value that is sampled and held by the row sample-and-hold buffer corresponding to the selected row and applied to a line coupled to the selected row. a global digital-to-analog converter; a plurality of row sample-and-hold buffers, each row sample-and-hold buffer corresponding to a row in the array; characterized in that the input block further comprises a plurality of row registers, each row register corresponding to a row in the array; and wherein when a row is selected, the global digital-to-analog converter converts a digital value stored in a row register corresponding to the selected row into an analog value that is sampled and held by the row sample-and-hold buffer corresponding to the selected row and applied to a line coupled to the selected row.
A composition for use in the treatment of an autoimmune disease, wherein said composition comprises: (i) a TL1A-lg fusion protein comprising: (a) a first polypeptide comprising an extracellular domain of a human TL1A polypeptide that specifically binds to TNFRSF25, and (b) a second polypeptide comprising an Ig polypeptide, and wherein said composition either comprises IL-2 or is administered in combination with IL-2. (i) a TL1A-lg fusion protein comprising: (a) a first polypeptide comprising an extracellular domain of a human TL1A polypeptide that specifically binds to TNFRSF25, and (b) a second polypeptide comprising an Ig polypeptide, and wherein said composition either comprises IL-2 or is administered in combination with IL-2. (a) a first polypeptide comprising an extracellular domain of a human TL1A polypeptide that specifically binds to TNFRSF25, and (b) a second polypeptide comprising an Ig polypeptide,
A mask structured to be coupled to a head of a patient with a headgear for use in communicating a flow of breathing gas to an airway of a patient, the mask comprising: (a) a patient interface including: a faceplate , and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and (b) a frame including: a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement. (a) a patient interface including: a faceplate , and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and a faceplate , and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and (b) a frame including: a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement. a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement.
Assembly for aircraft comprising: - an aircraft wing comprising a wing box that consists in part of a forward stringer and an intermediate stringer ; - an engine mounting pylon arranged beneath the wing , the pylon comprising a primary structure in the form of a box having an upper stringer extending at least in part beneath the wing box , and also having a lower stringer , lateral panels and transverse reinforcing ribs ; and - attachment means for attaching the primary structure of the mounting pylon to the wing box , characterized in that said attachment means comprise a line of bolts along which each bolt passes both through a structural component of the pylon and through a fitting attached to one of said forward and intermediate stringers , and in that said structural component of the pylon corresponds to one of the transverse reinforcing ribs and the line of bolts is parallel to that of the forward and intermediate stringers to which the fitting is attached. - an aircraft wing comprising a wing box that consists in part of a forward stringer and an intermediate stringer ; - an engine mounting pylon arranged beneath the wing , the pylon comprising a primary structure in the form of a box having an upper stringer extending at least in part beneath the wing box , and also having a lower stringer , lateral panels and transverse reinforcing ribs ; and - attachment means for attaching the primary structure of the mounting pylon to the wing box ,
Method for producing a shoe , in particular a sports shoe, comprising the steps: a) Producing a shoe upper , wherein the shoe upper has an upper region covering the upper region of the wearer's foot and a lower region enclosing the sole of the wearer's foot; b) Producing a sole part , wherein the sole part having a bottom region and a lateral wall region , wherein the bottom region and the wall region delimiting an upwardly open receiving space for bulk material ; c) Filling the receiving space with a bulk material , wherein the bulk material consisting at least partially, preferably completely, of a thermoplastic elastomer (TPE); d) Fastening the shoe upper to the sole part so that the lower region of the shoe upper comes to rest on the bulk material , wherein at least one web-like structure is formed on the bottom region , which structure extends into the receiving space , characterized in that the bulk material is introduced in the form of individual loose bodies and also, in part, in the form of interconnected bodies. a) Producing a shoe upper , wherein the shoe upper has an upper region covering the upper region of the wearer's foot and a lower region enclosing the sole of the wearer's foot; b) Producing a sole part , wherein the sole part having a bottom region and a lateral wall region , wherein the bottom region and the wall region delimiting an upwardly open receiving space for bulk material ; c) Filling the receiving space with a bulk material , wherein the bulk material consisting at least partially, preferably completely, of a thermoplastic elastomer (TPE); d) Fastening the shoe upper to the sole part so that the lower region of the shoe upper comes to rest on the bulk material ,