mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid valve, comprising: a fluid flow control member having a fastener and a valve plug such that a gap is provided between the fastener and the valve plug ; wherein the valve plug has a first annular shoulder adjacent an end of the valve plug ; a seal disposed on the first annular shoulder ; wherein the fastener is disposed at the end of the valve plug to apply a load to the seal to force the seal against the first annular shoulder , wherein the fastener is a threaded fastener that is threadably coupled to the valve plug to allow the fastener to move relative to the valve plug , and wherein the fastener is movable toward the valve plug along a common longitudinal axis to reduce or close the gap between the fastener and the valve plug ; a valve cage for guiding movement of the valve plug of the flow control member , wherein the cage aligns the valve plug relative to the common longitudinal axis and provides stability to the valve plug as the valve plug moves, wherein a wall of the cage surrounds the fluid flow control member and slidably engages the valve plug , and wherein the seal is disposed on the first annular shoulder of the valve plug between the wall of the cage and the valve plug ; characterized in that , the fluid valve comprises a load ring between the fastener and the seal to distribute the load applied by the fastener to the seal . a fluid flow control member having a fastener and a valve plug such that a gap is provided between the fastener and the valve plug ; wherein the valve plug has a first annular shoulder adjacent an end of the valve plug ; a seal disposed on the first annular shoulder ; wherein the fastener is disposed at the end of the valve plug to apply a load to the seal to force the seal against the first annular shoulder , wherein the fastener is a threaded fastener that is threadably coupled to the valve plug to allow the fastener to move relative to the valve plug , and wherein the fastener is movable toward the valve plug along a common longitudinal axis to reduce or close the gap between the fastener and the valve plug ; a valve cage for guiding movement of the valve plug of the flow control member , wherein the cage aligns the valve plug relative to the common longitudinal axis and provides stability to the valve plug as the valve plug moves, wherein a wall of the cage surrounds the fluid flow control member and slidably engages the valve plug , and wherein the seal is disposed on the first annular shoulder of the valve plug between the wall of the cage and the valve plug ; characterized in that , the fluid valve comprises a load ring between the fastener and the seal to distribute the load applied by the fastener to the seal .
A crystalline form of Nilotinib fumarate designated as Form III, characterized by data selected from one or more of the following: a. an XRPD pattern having peaks at 5.5, 7.0, 11.0, 13.4 and 15.8 degrees two theta ± 0.2 degrees two theta; b. an XRPD pattern substantially as depicted in Figure 1; c. and combinations of these data. a. an XRPD pattern having peaks at 5.5, 7.0, 11.0, 13.4 and 15.8 degrees two theta ± 0.2 degrees two theta; b. an XRPD pattern substantially as depicted in Figure 1; c. and combinations of these data.
A radio-controlled transporter for pipes (P) for oil industry, comprising: a bearing structure ; an engine assembly ; a kinetic unit ; and a remote control , which remotely operates said transporter ; characterised in that the transporter further comprises a cabin , which is configured to accommodate an operator.
Device for controlling the passage of a fluid and intended to be inserted in a pipe , the device comprising a body of elongate shape and extending between an upstream end and a downstream end , an obturator forming a valve with a seat of the body to control the passage of the fluid between the upstream end and the downstream end , the valve adopting a closed position in which the passage of the fluid between the upstream end and the downstream end is shut off and an open position in which the passage of the fluid is possible, the device comprising sealing means on the body which are able to expand and provide sealing between the body and the pipe , the device being characterized in that it comprises retaining means for keeping the valve in the closed position, actuating means for making the valve pass from the closed position to the open position to the open position, and opening means able to keep the valve in the open position after it has been actuated by the actuating means .
A method of functioning of an escapement device (400; 400'; 400"; 400*) situated between a mobile (1b; 1b'; 1b"; 1b*) of a geartrain and an oscillator , the escapement device comprising a first escapement mobile (1; 1'; 1"; 1*) pivoted about a first axis (A1; A1'; A1"; A1*), a second escapement mobile (2; 2'; 2"; 2*) pivoted about a second axis (A2; A2'; A2"; A2*), and a blocking-lever (3; 3'; 3"; 3*), - the method involving a disengagement phase, in which there are simultaneously applied to the second escapement mobile: ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever, wherein the intensity of the second force is less than the intensity of the first force, in particular, the intensity of the second force being less than 0.5 times, or less than 0.3 times, or less than 0.2 times the intensity of the first force. - the method involving a disengagement phase, in which there are simultaneously applied to the second escapement mobile: ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever, ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever,
An extensometer structure comprising: a first extension arm having a first mount configured to support a first specimen engaging member ; a second extension arm having a second mount configured to support a second specimen engaging member ; characterized by a coupling assembly coupling the first and second extension arms together with a connecting member (76; 76') extending between the first and second extension arms and pivotally connected to the first extension arm with a first pivot connection and pivotally connected to the second extension arm with a second pivot connection , and wherein the first and second pivot connections are disposed on each respective extension arm between each corresponding mount on each respective extension arm and a remote end of each respective extension arm ; a flexure assembly coupling a control arm to the coupling assembly and a rear coupling assembly (38;38';38") connecting remote ends of the extension arms together. a first extension arm having a first mount configured to support a first specimen engaging member ; a second extension arm having a second mount configured to support a second specimen engaging member ; a coupling assembly coupling the first and second extension arms together with a connecting member (76; 76') extending between the first and second extension arms and pivotally connected to the first extension arm with a first pivot connection and pivotally connected to the second extension arm with a second pivot connection , and wherein the first and second pivot connections are disposed on each respective extension arm between each corresponding mount on each respective extension arm and a remote end of each respective extension arm ; a flexure assembly coupling a control arm to the coupling assembly and a rear coupling assembly (38;38';38") connecting remote ends of the extension arms together.
Dual power supply system with a first system terminal , a second system terminal , and a third system terminal , comprising a first battery cell stack interconnected between a first stack node and a second stack node and providing a first operation voltage; a second battery cell stack interconnected between the second stack node and a third stack node and providing a second operation voltage; and a DC/DC converter with a first converter node , a second converter node and a third converter node and configured for converting an input voltage between the second converter node and the first converter node to an output voltage between the second converter node and the third converter node and for converting an input voltage between the second converter node and third converter node to an output voltage between the second converter node and the first converter node , wherein each of the system terminals is configured for externally and electrically connecting the dual power supply system , wherein each of the first to third system terminal is connected to the respective first to third stack node via a respective first conductor and to the respective first to third converter node via a respective second conductor, that is different from the first conductor, and wherein a first blocking element configured for continuously or selectively blocking a current from the first system terminal to the first stack node is disposed in the respective first conductor.
A packaging of at least a tile , comprising at least a tile , which tile comprises an upper face having a perimeter edge portion and a central portion which is internal of the perimeter edge portion, in which the packaging of at least a tile comprises a first flap and a second flap which cover a relative part of the perimeter edge portion of the upper face of the tile ; the packaging of at least a tile comprising: a first protecting element for protecting the central portion of the upper face of the at least a tile , which first protecting element is strip-conformed, connects the first flap and the second flap to one another and is arranged so as to face the central portion of the upper face of the tile , thus dividing said central portion of the upper face of the tile into a first region and a second region ; first fixing means which fix the first protecting element to the first flap and the second flap ; characterized in that the first protecting element comprises a first end portion and a second end portion : wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone ; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone ; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone . a first protecting element for protecting the central portion of the upper face of the at least a tile , which first protecting element is strip-conformed, connects the first flap and the second flap to one another and is arranged so as to face the central portion of the upper face of the tile , thus dividing said central portion of the upper face of the tile into a first region and a second region ; first fixing means which fix the first protecting element to the first flap and the second flap ; characterized in that the first protecting element comprises a first end portion and a second end portion : wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone ; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone ; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone . wherein the first end portion of the first protecting element and the first flap are reciprocally superposed, identifying a first superposing zone ; wherein the second end portion of the first protecting element and the second flap are reciprocally superposed, identifying a second superposing zone ; wherein the first fixing means are arranged at the first superposing zone and the second superposing zone .
A staple cartridge assembly comprising a staple cartridge , an anvil and a cutter , wherein the cutter comprises a first end , a second end and a cutting part which is arranged between the first end and the second end; the cutting part is provided with a blade ; the staple cartridge assembly also comprises a rotation shaft and an auxiliary closing member which is connected with the rotation shaft ; the rotation shaft is arranged at the proximal end of the staple cartridge assembly relative to the blade ; the staple cartridge assembly is also provided with a driving component capable of driving the rotation shaft to rotate; when the cutter moves towards a distal end of the staple cartridge assembly , the driving component is configured to drive the rotation shaft to drive the auxiliary closing member to move in the process in which the staple cartridge assembly is converted from an original status to a closed status; when at least the staple cartridge assembly is in the closed status, one end surface of the auxiliary closing member abuts against the anvil to apply a force to the anvil for driving the anvil to be closed towards the staple cartridge , characterized in that the driving component and the cutter are integrally formed. the staple cartridge assembly is also provided with a driving component capable of driving the rotation shaft to rotate; when the cutter moves towards a distal end of the staple cartridge assembly , the driving component is configured to drive the rotation shaft to drive the auxiliary closing member to move in the process in which the staple cartridge assembly is converted from an original status to a closed status; when at least the staple cartridge assembly is in the closed status, one end surface of the auxiliary closing member abuts against the anvil to apply a force to the anvil for driving the anvil to be closed towards the staple cartridge , characterized in that the driving component and the cutter are integrally formed.
Fuel blend comprising as the major portion an internal combustion engine fuel and as a minor portion a fuel component, wherein the internal combustion engine fuel is diesel, and wherein the fuel component comprises a mixture of five or more aryl ethers, the mixture containing less than 1 wt% of compounds having a free alcohol group wherein the fuel component is obtainable by reacting biomass pyrolysis oil comprising one or more phenols with one or more hydrocarbyl moieties having 1 to 10 carbon atoms forming one or more hydrocarbyl-ether bonds with the one or more phenols present in the biomass pyrolysis oil, and comprises reacting biomass pyrolysis oil comprising one or more of the below formulae: with one or more compounds of the formula R 1 -Y, wherein R 1 is: linear or branched C 1 -C 10 -alkyl, cycloalkyl, aryl, or naphtyl, wherein the aryl or naphtyl is unsubstituted or substituted with one two or three groups, independently selected from: C 1 -C 5 -alkyl, C 1 -C 5 -alkoxy; Y is halogen, vinyl, OH, MgX, where X is Cl or Br thereby obtaining one or more compounds of the formulae with one or more compounds of the formula R 1 -Y, wherein R 1 is: linear or branched C 1 -C 10 -alkyl, cycloalkyl, aryl, or naphtyl, wherein the aryl or naphtyl is unsubstituted or substituted with one two or three groups, independently selected from: C 1 -C 5 -alkyl, C 1 -C 5 -alkoxy; Y is halogen, vinyl, OH, MgX, where X is Cl or Br thereby obtaining one or more compounds of the formulae
A railway vehicle , comprising: - at least one end car , each arranged at a respective end of the vehicle , - for each end car , a first car adjacent to this end car , - at least one second car , one of which is adjacent to the first car , wherein each second car comprises a second structural body , and each first car comprises a first structural body substantially identical to the second structural body of each second car , characterized in that each first car comprises a structural extension part attached on the first structural body and intended to be connected to the adjacent end car . - at least one end car , each arranged at a respective end of the vehicle , - for each end car , a first car adjacent to this end car , - at least one second car , one of which is adjacent to the first car ,
A printer configured to connect with a detachable ink unit and a printing medium wound around a core , the printer comprising: a wireless tag reader and writer configured to communicate with a wireless tag; an input device configured to accept an input from a user; and characterized by a controller configured to control the wireless tag reader and writer to, when the input device accepts the input for adjusting a setting of the ink unit, store in at least one of a first tag included in the ink unit and a second tag included in the core , combination information indicating a combination of the ink unit and the printing medium that are attached to the printer and adjustment information indicating the setting. a wireless tag reader and writer configured to communicate with a wireless tag; an input device configured to accept an input from a user; and characterized by a controller configured to control the wireless tag reader and writer to, when the input device accepts the input for adjusting a setting of the ink unit, store in at least one of a first tag included in the ink unit and a second tag included in the core , combination information indicating a combination of the ink unit and the printing medium that are attached to the printer and adjustment information indicating the setting.
Connecting system (B) comprising two connecting arrangements for providing a fluidic connection between a container (B1, B2, B3) and another container, the connecting arrangements being formed to be complementary and/or corresponding to one another, wherein in an initial state one of the connecting arrangements is fluidically sealed in an opening region and can be opened in order to produce the fluidic connection , characterised in that the one of the connecting arrangements comprises a removable cover device which covers the opening region , and the opening region comprises a rigid or dimensionally stable closure plate which is attached to a holding portion by means of a frangible point , wherein the frangible point is arranged between the closure plate and the holding portion and surrounds the closure plate, wherein the cover device comprises a support portion which corresponds to the closure plate and is directly or so closely adjacent to the closure plate that a force (FS) acting on the closure plate in the direction of the support portion is absorbed by the contact of at least part of the closure plate on the support portion such that opening of the opening region is prevented.
A method for producing a statistical copolymer containing a chloroprene monomer unit and an unsaturated nitrile monomer unit and having a number average molecular weight (Mn) within the range of 80,000 to 300,000, the method comprising a step of conducting continuous addition of the chloroprene monomer after initiation of a polymerization reaction, wherein the addition of the chloroprene monomer is conducted in time periods of 3000 seconds or less, or conducting 10 cycles or more of intermittent portionwise addition of the chloroprene monomer after initiation of a polymerization reaction, characterized in that during polymerization the addition of the chloroprene monomer is performed such that a mass ratio between unreacted nitrile monomer and the total of unreacted chloroprene monomer and unreacted unsaturated nitrile monomer in the polymerization fluid is kept within a range of ±10% of a target ratio. conducting continuous addition of the chloroprene monomer after initiation of a polymerization reaction, wherein the addition of the chloroprene monomer is conducted in time periods of 3000 seconds or less, or conducting 10 cycles or more of intermittent portionwise addition of the chloroprene monomer after initiation of a polymerization reaction, characterized in that during polymerization the addition of the chloroprene monomer is performed such that a mass ratio between unreacted nitrile monomer and the total of unreacted chloroprene monomer and unreacted unsaturated nitrile monomer in the polymerization fluid is kept within a range of ±10% of a target ratio.
A method of deterring output of data from a computing platform comprising: launching a driver to filter write requests to selected output ports (136:146, 302) of the computing platform; receiving a write request to a selected output port; and denying the write request when the selected output port specified in the write request is identified as being in a read-only mode, or allowing the write request when the selected output port specified in the write request is not identified as being in read-only mode. launching a driver to filter write requests to selected output ports (136:146, 302) of the computing platform; receiving a write request to a selected output port; and denying the write request when the selected output port specified in the write request is identified as being in a read-only mode, or allowing the write request when the selected output port specified in the write request is not identified as being in read-only mode.
Valve train assembly comprising: - at least a number of exhaust valves each having a valve stem; - at least one camshaft with at least a pair of a primary lift cam and an engine brake lift cam ; - a number of rocker arms , each rocker arm having a valve stem actuation portion , a pivot axis parallel to the camshaft and a cam follower for following one of the primary lift cam and the engine brake lift cam ; wherein each rocker arm having a cam follower following an engine brake lift cam is provided with an engine brake capsule , which is selectively translatable between a retracted and extended position, the retracted position disabling actuation of the valve by the engine brake lift cam and the corresponding rocker arm and the extended position enabling actuation of the valve; a number of biasing assemblies, each one cooperating with one of the rocker arms of which the cam follower follows an engine brake lift cam with which said one of the rocker arms is biased to a default position, characterized in that each biasing assembly comprises a lever pivotably arranged on the top of the rocker arm , a lost motion spring arranged between the lever and the rocker arm to accommodate mechanical lash, and limiting means for limiting the rotation of the lever relative to the pivot axis of the rocker arm . - at least a number of exhaust valves each having a valve stem; - at least one camshaft with at least a pair of a primary lift cam and an engine brake lift cam ; - a number of rocker arms , each rocker arm having a valve stem actuation portion , a pivot axis parallel to the camshaft and a cam follower for following one of the primary lift cam and the engine brake lift cam ; wherein each rocker arm having a cam follower following an engine brake lift cam is provided with an engine brake capsule , which is selectively translatable between a retracted and extended position, the retracted position disabling actuation of the valve by the engine brake lift cam and the corresponding rocker arm and the extended position enabling actuation of the valve; a number of biasing assemblies, each one cooperating with one of the rocker arms of which the cam follower follows an engine brake lift cam with which said one of the rocker arms is biased to a default position, characterized in that each biasing assembly comprises a lever pivotably arranged on the top of the rocker arm , a lost motion spring arranged between the lever and the rocker arm to accommodate mechanical lash, and limiting means for limiting the rotation of the lever relative to the pivot axis of the rocker arm .