mhurhangee/patent-ind-claim-en huggingface dataset:
A valve assembly , comprising: a valve configured to adjust a flow of fluid through a valve body of the valve assembly; an actuator configured to drive rotation of the valve ; a housing ; a gear assembly disposed in the housing , and comprising: a first planetary gear assembly and a second planetary gear assembly , wherein the first planetary gear assembly is coupled to the actuator , and wherein the second planetary gear assembly is coupled to the valve ; and an override assembly having an external gear ; characterized in that the first planetary gear assembly is enclosed by a first intermediate housing and the second planetary gear assembly is enclosed by a second intermediate housing , the first intermediate housing and the second intermediate housing being enclosed by the housing , wherein the second intermediate housing includes an opening configured to receive the external gear of the override assembly such that it is directly coupled to a ring gear of the second planetary gear assembly , and wherein the override assembly is configured to drive rotation of the ring gear so as to drive rotation of the valve independent of the actuator and without disengaging the actuator from the gear assembly . a valve configured to adjust a flow of fluid through a valve body of the valve assembly; an actuator configured to drive rotation of the valve ; a housing ; a gear assembly disposed in the housing , and comprising: a first planetary gear assembly and a second planetary gear assembly , wherein the first planetary gear assembly is coupled to the actuator , and wherein the second planetary gear assembly is coupled to the valve ; and an override assembly having an external gear ; characterized in that the first planetary gear assembly is enclosed by a first intermediate housing and the second planetary gear assembly is enclosed by a second intermediate housing , the first intermediate housing and the second intermediate housing being enclosed by the housing , wherein the second intermediate housing includes an opening configured to receive the external gear of the override assembly such that it is directly coupled to a ring gear of the second planetary gear assembly , and wherein the override assembly is configured to drive rotation of the ring gear so as to drive rotation of the valve independent of the actuator and without disengaging the actuator from the gear assembly .
A softwood lignin derivative recovered during or after pulping of lignocellulosic softwood feedstocks, said softwood lignin derivative having an aliphatic hydroxyl content of from 2.5 mmol/g to 5 mmol/g, a weight average molecular weight of from 500 g/mol to 5000 g/mol, and a normalized RSI of 10 to 40.
An air-conditioning apparatus , comprising: a heat source-side refrigerant circuit (A) for circulating heat source-side refrigerant, in which a compressor , a heat source-side heat exchanger , an expansion device , and a heat source-side refrigerant passage in an intermediate heat exchanger are connected in series by pipes; and a heat medium circuit (B) for circulating a heat medium, in which a pump , a use-side heat exchanger , and a heat medium passage in the intermediate heat exchanger are connected in series by pipes, the heat source-side refrigerant circuit (A) and the heat medium circuit (B) being cascade-connected so that the heat source-side refrigerant and the heat medium exchange heat in the intermediate heat exchanger , the heat medium circuit (B) including a relief valve , the relief valve being actuated when the heat source-side refrigerant flows into the heat medium circuit (B) and a pressure in the heat medium circuit (B) reaches a predetermined value, to thereby expel the heat source-side refrigerant and the heat medium, and the predetermined value is determined based on a kind of the heat source-side refrigerant and a kind of the heat medium, characterized in that a Cv value of the relief valve satisfies a value obtained by dividing a product of a Cv value of a communication hole formed between the heat source-side refrigerant circuit (A) and the heat medium circuit (B) and a square root of a difference between the maximum pressure of the heat source-side refrigerant and a working pressure of the relief valve by a square root of the working pressure of the relief valve . a heat source-side refrigerant circuit (A) for circulating heat source-side refrigerant, in which a compressor , a heat source-side heat exchanger , an expansion device , and a heat source-side refrigerant passage in an intermediate heat exchanger are connected in series by pipes; and a heat medium circuit (B) for circulating a heat medium, in which a pump , a use-side heat exchanger , and a heat medium passage in the intermediate heat exchanger are connected in series by pipes, the heat source-side refrigerant circuit (A) and the heat medium circuit (B) being cascade-connected so that the heat source-side refrigerant and the heat medium exchange heat in the intermediate heat exchanger , the heat medium circuit (B) including a relief valve , the relief valve being actuated when the heat source-side refrigerant flows into the heat medium circuit (B) and a pressure in the heat medium circuit (B) reaches a predetermined value, to thereby expel the heat source-side refrigerant and the heat medium, and the predetermined value is determined based on a kind of the heat source-side refrigerant and a kind of the heat medium, characterized in that a Cv value of the relief valve satisfies a value obtained by dividing a product of a Cv value of a communication hole formed between the heat source-side refrigerant circuit (A) and the heat medium circuit (B) and a square root of a difference between the maximum pressure of the heat source-side refrigerant and a working pressure of the relief valve by a square root of the working pressure of the relief valve .
A network adapter, wherein the network adapter comprises a processor and a hardware processing engine; the processor is configured to obtain a first input/output, I/O, command, wherein the first I/O command indicates to write first data stored in a local server into at least one peer server; the processor is further configured to send first indication information to the hardware processing engine, wherein the first indication information indicates the hardware processing engine to obtain the first data from the local server, and the first indication information comprises address information and length information; and the hardware processing engine is configured to: when the first data is obtained from the local server based on the address information and the length information, directly process the first data, and send the processed first data to the at least one peer server, wherein the first data is not stored in a memory of the network adapter. the processor is configured to obtain a first input/output, I/O, command, wherein the first I/O command indicates to write first data stored in a local server into at least one peer server; the processor is further configured to send first indication information to the hardware processing engine, wherein the first indication information indicates the hardware processing engine to obtain the first data from the local server, and the first indication information comprises address information and length information; and the hardware processing engine is configured to: when the first data is obtained from the local server based on the address information and the length information, directly process the first data, and send the processed first data to the at least one peer server, wherein the first data is not stored in a memory of the network adapter.
Device , comprising: - a main frame ; - one or more than one wheel that is associated with the main frame ; - supports ; - wherein the supports are arranged in a support frame that is movably connected to the main frame ; - wherein the support frame comprises a seat sub frame (12-2) and a leg sub frame (12-1); - wherein one of the seat sub frame (12-2) and the leg sub frame (12-1) is fixedly hinged relative to the main frame , and wherein the other of the seat sub frame (12-2) and the leg sub frame (12-1) is displaceably hinged relative to the main frame ; and - a transformation mechanism associated with the main frame and configured to convert the device between a planar support state and an angled support state, wherein supports enclose an angle (α) to define a seat and backing support , and vice versa; characterized in that, in the angled support state, the leg sub frame (12-1) is extended to beyond its hinge (17") relative to the main frame and comprises a set of wheels at the free end of the extended leg sub frame (12-1), wherein the extended leg sub frame (12-1) is configured to provide a sturdy wheel base in the angled support state to define a wheel chair mode. - a main frame ; - one or more than one wheel that is associated with the main frame ; - supports ; - wherein the supports are arranged in a support frame that is movably connected to the main frame ; - wherein the support frame comprises a seat sub frame (12-2) and a leg sub frame (12-1); - wherein one of the seat sub frame (12-2) and the leg sub frame (12-1) is fixedly hinged relative to the main frame , and wherein the other of the seat sub frame (12-2) and the leg sub frame (12-1) is displaceably hinged relative to the main frame ; and - a transformation mechanism associated with the main frame and configured to convert the device between a planar support state and an angled support state, wherein supports enclose an angle (α) to define a seat and backing support , and vice versa;
An optical filtering structure consisting of a set of at least two elementary optical filters (R, V, B), an elementary optical filter being centered on an optimum transmission frequency, comprising a stack of n metal layers (m1, m2, m3) and of n substantially transparent layers (d1, d2, d3) which alternate between a first metal layer (m1) and an n th substantially transparent layer (d3), each of the n metal layers (m1, m2, m3) having a constant thickness and at least one substantially transparent layer having a variable thickness which sets the optimum transmission frequency of an elementary optical filter, n being an integer larger than or equal to 2, Characterized in that in the filtering structure, n=3 and wherein two substantially transparent layers have a variable thickness, a first substantially transparent layer which has a variable thickness being the substantially transparent layer located between the first metal layer (m1) and a second metal layer (m2) and the second substantially transparent layer which has a variable thickness being located between the second metal layer and a third metal layer (m3), an overthickness resulting from a change in thickness of the first substantially transparent layer substantially stacked with an overthickness resulting from a change in thickness of the second substantially transparent layer.
A learning system comprising: non-transitory memory storing instructions executable to transmit a file to a user device of a user; a hub circuitry ; and a processor circuitry configured to execute the instructions to: initiate wireless communication between the user device and the hub circuitry in response to the user device entering a communication range of the hub circuitry; retrieve information comprising a home base location of the user; calculate a travel distance from the home base location of the user to a geographic location where the user device enters into the communication range of the hub circuitry; determine a type of file to be transmitted and an amount of content of the file to be transmitted based on the travel distance; and transmit from the hub circuitry, to the user device, the file according to the type of the file and the amount of content of the file. non-transitory memory storing instructions executable to transmit a file to a user device of a user; a hub circuitry ; and a processor circuitry configured to execute the instructions to: initiate wireless communication between the user device and the hub circuitry in response to the user device entering a communication range of the hub circuitry; retrieve information comprising a home base location of the user; calculate a travel distance from the home base location of the user to a geographic location where the user device enters into the communication range of the hub circuitry; determine a type of file to be transmitted and an amount of content of the file to be transmitted based on the travel distance; and transmit from the hub circuitry, to the user device, the file according to the type of the file and the amount of content of the file. initiate wireless communication between the user device and the hub circuitry in response to the user device entering a communication range of the hub circuitry; retrieve information comprising a home base location of the user; calculate a travel distance from the home base location of the user to a geographic location where the user device enters into the communication range of the hub circuitry; determine a type of file to be transmitted and an amount of content of the file to be transmitted based on the travel distance; and transmit from the hub circuitry, to the user device, the file according to the type of the file and the amount of content of the file.
A polyvinyl chloride composition for powder molding comprising: a polyvinyl chloride (A) in an amount of 100 parts by mass; a plasticizer in an amount of 110 parts by mass or more and 150 parts by mass or less; and an acrylic polymer in an amount of 4 parts by mass or more and 23 parts by mass or less, wherein the polyvinyl chloride (A) has an average particle diameter of 50 μm or more and 500 μm or less and an average degree of polymerization of 1,350 or more, the acrylic polymer has an average particle diameter of 0.01 μm or more and 10 μm or less and contains a constitutional unit derived from a (meth)acrylic ester in an amount of 50 mass% or more, and the (meth)acrylic ester includes at least one selected from the group consisting of a (meth)acrylic ester of an aliphatic alcohol having two or more carbon atoms and a (meth)acrylic ester of an aromatic alcohol, wherein the average particle diameter and the average degree of polymerization is measured as described in the description. a polyvinyl chloride (A) in an amount of 100 parts by mass; a plasticizer in an amount of 110 parts by mass or more and 150 parts by mass or less; and an acrylic polymer in an amount of 4 parts by mass or more and 23 parts by mass or less, wherein the polyvinyl chloride (A) has an average particle diameter of 50 μm or more and 500 μm or less and an average degree of polymerization of 1,350 or more, the acrylic polymer has an average particle diameter of 0.01 μm or more and 10 μm or less and contains a constitutional unit derived from a (meth)acrylic ester in an amount of 50 mass% or more, and the (meth)acrylic ester includes at least one selected from the group consisting of a (meth)acrylic ester of an aliphatic alcohol having two or more carbon atoms and a (meth)acrylic ester of an aromatic alcohol,
Tile cutter comprising a bearing frame that has a bearing surface for bearing a tile to be split, a crushing support associated with the bearing frame , which crushing support can be moved from below by a slide transversely to the plane extension of the bearing surface in the upwards direction, and a crushing element which can be moved from above towards the bearing surface in order to apply a crushing force, characterised in that the slide can be moved transversely to the movement direction of the crushing support , the crushing support being supported at a first, low support level in a first operating position of the slide and being supported at a second, higher support level in a second operating position.
A multiview backlight comprising: a light guide configured to guide light as guided light ; and a plasmonic multibeam element comprising a plasmonic material and being configured to provide emitted light having a color-tailored emission pattern from the guided light , the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, and the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display, wherein the color-tailored emission pattern of the plasmonic multi beam element is configured to provide directional light beams of different colors to each of the color sub-pixels, where said directional light beams of different colors are substantially parallel to one another. a light guide configured to guide light as guided light ; and a plasmonic multibeam element comprising a plasmonic material and being configured to provide emitted light having a color-tailored emission pattern from the guided light , the emitted light comprising a plurality of directional light beams having different principal angular directions corresponding to respective different view directions of a multiview display, and the color-tailored emission pattern corresponds to an arrangement of color sub-pixels of a view pixel in the multiview display, wherein the color-tailored emission pattern of the plasmonic multi beam element is configured to provide directional light beams of different colors to each of the color sub-pixels, where said directional light beams of different colors are substantially parallel to one another.
A method of forming a pressure sensor assembly, the method comprising: forming an inlet channel by brazing a transition portion to a pressure port with a high temperature brazing process; characterised in that the transition portion and the pressure port are both hollow tubular members and are formed of different materials, the pressure port including a base and a projection extending therefrom; the method further characterised in that after the inlet channel is formed, joining a header and a sensor to the pressure port with a soldering process that is at a lower temperature than the high temperature brazing process, wherein the header is joined to the base of the pressure port and the sensor is joined to the projection of the pressure port and is in fluid communication with a fluid to be measured through the pressure port; and welding a cover to the header . forming an inlet channel by brazing a transition portion to a pressure port with a high temperature brazing process; characterised in that the transition portion and the pressure port are both hollow tubular members and are formed of different materials, the pressure port including a base and a projection extending therefrom; the method further characterised in that after the inlet channel is formed, joining a header and a sensor to the pressure port with a soldering process that is at a lower temperature than the high temperature brazing process, wherein the header is joined to the base of the pressure port and the sensor is joined to the projection of the pressure port and is in fluid communication with a fluid to be measured through the pressure port; and welding a cover to the header .
Device , in particular a carriage , for aligning a track support plate with respect to a ground , comprising: - a chassis , - running gear for moving the chassis along the track support plate , and - at least one spacer element, characterized in that a control unit and an adjusting device having at least one preferably electrically driven actuating unit for adjusting the at least one spacer element on the track support plate are provided, the at least one spacer element penetrating the track support plate from an upper side to an underside via a through-hole or being arranged laterally on the track support plate by means of a retaining element, the control unit being configured to receive an actual position (P ist ) of the track support plate from a position-determination device and, by actuating the adjusting device , to align the track support plate on the basis of the actual position (P ist ) according to a target position (P soll ). - a chassis , - running gear for moving the chassis along the track support plate , and - at least one spacer element,
Method for controlling the vaporization of a vaporizer in an inhaler , wherein the vaporizer is heated by means of electrical resistance heating, and wherein an electronic control device regulates the current flow through the vaporizer , characterized by the following steps: - taking measurements of the current applied to the vaporizer in time series starting from an initial point ; - determining a transition point between a low vaporization range and a high vaporization range in a time-dependent current measurement series corresponding to the measured values ; - determining, preferably in real time, a current value I v corresponding to the transition point ; - determining a current interval [I 1 ; I 2 ] as a function of the determined current value I v ; and - controlling the current flow within the determined current interval [I 1 ; I 2 ]. - taking measurements of the current applied to the vaporizer in time series starting from an initial point ; - determining a transition point between a low vaporization range and a high vaporization range in a time-dependent current measurement series corresponding to the measured values ; - determining, preferably in real time, a current value I v corresponding to the transition point ; - determining a current interval [I 1 ; I 2 ] as a function of the determined current value I v ; and - controlling the current flow within the determined current interval [I 1 ; I 2 ].