mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing in situ an aqueous gel ink with fixed color comprising the following steps: (i) preparing a gel-based matrix of aqueous ink comprising 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid as reducing agent, and (ii) adding a solution of metallic salts to the gel-based matrix of aqueous ink prepared in step (i), to obtain an aqueous gel ink with fixed color with metallic nanoparticles dispersed therein. (i) preparing a gel-based matrix of aqueous ink comprising 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid as reducing agent, and (ii) adding a solution of metallic salts to the gel-based matrix of aqueous ink prepared in step (i), to obtain an aqueous gel ink with fixed color with metallic nanoparticles dispersed therein.
An oil pressure controller for an automatic transmission, the oil pressure controller producing a pre-charge shelf pressure (Pa) supplied to a starter clutch (CL2) by rapidly-decreasing a command hydraulic pressure to the starter clutch (CL2) after temporarily rapidly increasing the command hydraulic pressure and also producing a capacity adjustment pressure (Pb1, Pb2) of the starter clutch (CL2) by gradually increasing the command hydraulic pressure after decreasing the pre-charge shelf pressure (Pa) when a selecting operation is made from a neutral range to a drive range, the oil pressure controller comprising: a brake state detecting unit that detects a brake-operating/nonoperating state of a vehicle mounting the automatic transmission, and the command hydraulic pressure in the brake-nonoperating state being set to be higher than the command hydraulic pressure in the brake-operating state, characterized in that the capacity adjustment pressure (Pb1) in the brake-nonoperating state is a pressure obtained by adding a predetermined offset hydraulic pressure amount (Of) to the capacity adjustment pressure (Pb2) in the brake-operating state, wherein, when a brake is changed from the brake-operating state to the brake-nonoperating state during the progress of production of the capacity adjustment pressure (Pb2) on the basis of the selecting operation from the neutral range to the drive range, the capacity adjustment pressure (Pb1) in the brake-nonoperating state being produced by adding the offset hydraulic pressure amount (Of) to the capacity adjustment pressure (Pb2) In the brake-operating state while gradually increasing the offset hydraulic pressure amount (Of). a brake state detecting unit that detects a brake-operating/nonoperating state of a vehicle mounting the automatic transmission, and the command hydraulic pressure in the brake-nonoperating state being set to be higher than the command hydraulic pressure in the brake-operating state, characterized in that the capacity adjustment pressure (Pb1) in the brake-nonoperating state is a pressure obtained by adding a predetermined offset hydraulic pressure amount (Of) to the capacity adjustment pressure (Pb2) in the brake-operating state, wherein, when a brake is changed from the brake-operating state to the brake-nonoperating state during the progress of production of the capacity adjustment pressure (Pb2) on the basis of the selecting operation from the neutral range to the drive range, the capacity adjustment pressure (Pb1) in the brake-nonoperating state being produced by adding the offset hydraulic pressure amount (Of) to the capacity adjustment pressure (Pb2) In the brake-operating state while gradually increasing the offset hydraulic pressure amount (Of).
Heating/cooling system manifold comprising a sleeve having at least one opening in a wall and fixing means having a connection geometry adapted for mounting at least a functional part (114 - 119) of the system to the sleeve and being arranged around the opening , wherein the fixing means comprise at least two parts which are connected by means of at least one joining element outside the sleeve , characterized in that at least one of the two parts of the fixing means comprises a protrusion extending into the interior of the sleeve .
A valve comprising: a valve body comprising an inlet for fluid communication with a space or source containing pressurised gas, and at least one outlet ; a membrane arranged between the inlet and the at least one outlet ; a membrane puncturing element arranged for movement between a retracted, inoperative position and an extended position in which it punctures the membrane ; an actuating piston operatively coupled to the membrane puncturing element for moving the membrane puncturing element between its retracted and its extended positions, the actuating piston being received in a piston bore of the valve body ; a cartridge receiving chamber for receiving a sealed actuating gas cartridge ; a cartridge puncturing device for puncturing the actuating gas cartridge ; and an actuating gas flow passage for communicating actuating gas released from the actuating gas cartridge to the actuating piston bore upon puncturing the actuating gas cartridge for moving the actuating piston and thus the membrane puncturing element from its retracted to its extended position characterised in that : the actuating gas flow passage comprises an annular plenum extending around the actuating piston bore and a plurality of feed passages extending from the annular plenum to the actuating piston bore and circumferentially spaced around an axis (B) of the actuating piston bore . a valve body comprising an inlet for fluid communication with a space or source containing pressurised gas, and at least one outlet ; a membrane arranged between the inlet and the at least one outlet ; a membrane puncturing element arranged for movement between a retracted, inoperative position and an extended position in which it punctures the membrane ; an actuating piston operatively coupled to the membrane puncturing element for moving the membrane puncturing element between its retracted and its extended positions, the actuating piston being received in a piston bore of the valve body ; a cartridge receiving chamber for receiving a sealed actuating gas cartridge ; a cartridge puncturing device for puncturing the actuating gas cartridge ; and an actuating gas flow passage for communicating actuating gas released from the actuating gas cartridge to the actuating piston bore upon puncturing the actuating gas cartridge for moving the actuating piston and thus the membrane puncturing element from its retracted to its extended position characterised in that : the actuating gas flow passage comprises an annular plenum extending around the actuating piston bore and a plurality of feed passages extending from the annular plenum to the actuating piston bore and circumferentially spaced around an axis (B) of the actuating piston bore .
A release mechanism for use with a downhole component in a wellbore environment comprising: a shifting sleeve disposed about a mandrel , wherein the shifting sleeve and the mandrel are configured to prevent rotational movement of the shifting sleeve about the mandrel , and wherein the shifting sleeve is configured to shift between a first position and a second position with respect to the mandrel ; a collet prop disposed about the mandrel , wherein when the shifting sleeve is in the first position the collet prop is retained in engagement with a collet and the shifting sleeve , wherein the engagement between the collet prop and the shifting sleeve is configured to torsionally lock the collet prop with respect to the shifting sleeve , and wherein when the shifting sleeve is in the second position the collet prop is disengaged from the shifting sleeve and configured to longitudinally translate in response to a rotational force applied to the mandrel or the collet prop to thereby disengage the collet prop from the collet; wherein the collet couples the mandrel to the downhole component when engaged with the collet prop ; and the collet permits release of the mandrel from the downhole component when disengaged from the collet prop . a shifting sleeve disposed about a mandrel , wherein the shifting sleeve and the mandrel are configured to prevent rotational movement of the shifting sleeve about the mandrel , and wherein the shifting sleeve is configured to shift between a first position and a second position with respect to the mandrel ; a collet prop disposed about the mandrel , wherein when the shifting sleeve is in the first position the collet prop is retained in engagement with a collet and the shifting sleeve , wherein the engagement between the collet prop and the shifting sleeve is configured to torsionally lock the collet prop with respect to the shifting sleeve , and wherein when the shifting sleeve is in the second position the collet prop is disengaged from the shifting sleeve and configured to longitudinally translate in response to a rotational force applied to the mandrel or the collet prop to thereby disengage the collet prop from the collet; wherein the collet couples the mandrel to the downhole component when engaged with the collet prop ; and the collet permits release of the mandrel from the downhole component when disengaged from the collet prop .
An ultrasound breast imaging system comprising: a gantry ; and a compression assembly coupled to the gantry, the compression assembly comprising: a pair of compression paddles mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other. a gantry ; and a compression assembly coupled to the gantry, the compression assembly comprising: a pair of compression paddles mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other. a pair of compression paddles mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other.
A method of making a (meth)acrylic acid polymer, comprising reverse iodine transfer polymerization of an ethylenically unsaturated monomer comprising (meth)acrylic acid, salt thereof, or combination thereof, in the presence of: a radical polymerization initiator that generates carbon-centered radicals; an oxidant; an iodide salt; and a solvent. a radical polymerization initiator that generates carbon-centered radicals; an oxidant; an iodide salt; and a solvent.
A method for context based encoding of a histogram map of an image in the field of visual search using compact descriptors, the histogram map representing location information of key points of the image, the method comprising: providing compressed context representation information (A; B; C) associated to a given bitrate and to a given block size of a spatial grid applied to a matrix representation of the image to obtain the histogram map; computing , from the compressed context representation information (A; B; C), a context for the given bitrate and the given block size by applying an approximation algorithm; and encoding the histogram map using the context computed for the given bitrate and the given block size; wherein the step of providing compressed context representation information further comprises: computing the compressed context representation (A; B; C) information for the given bitrate and the given block size from a set of context information values associated to the given block size and another bitrate by using a further approximation algorithm. providing compressed context representation information (A; B; C) associated to a given bitrate and to a given block size of a spatial grid applied to a matrix representation of the image to obtain the histogram map; computing , from the compressed context representation information (A; B; C), a context for the given bitrate and the given block size by applying an approximation algorithm; and encoding the histogram map using the context computed for the given bitrate and the given block size; wherein the step of providing compressed context representation information further comprises: computing the compressed context representation (A; B; C) information for the given bitrate and the given block size from a set of context information values associated to the given block size and another bitrate by using a further approximation algorithm.
A computer-implemented method of memory allocation in a processing system, the processing system comprising a plurality of logical memories and the computer-implemented method comprising: i. creating a task , the task comprising a plurality of separate instances, each instance operating on a different data item; ii. grouping instances of the task into a plurality of groups ; iii. for each of the groups, mapping registers referenced by the group to one of the plurality of logical memories based on a pre-defined sequence of the plurality of logical memories in the processing system, starting at a position in the sequence specified by the current value of a group counter , wherein each logical memory of the plurality of logical memories is an area of memory with a dedicated access port; iv. executing the instances of the task; v. after mapping the registers for the task, incrementing the group counter for a next task ; and vi. repeating steps i-v for the next task. i. creating a task , the task comprising a plurality of separate instances, each instance operating on a different data item; ii. grouping instances of the task into a plurality of groups ; iii. for each of the groups, mapping registers referenced by the group to one of the plurality of logical memories based on a pre-defined sequence of the plurality of logical memories in the processing system, starting at a position in the sequence specified by the current value of a group counter , wherein each logical memory of the plurality of logical memories is an area of memory with a dedicated access port; iv. executing the instances of the task; v. after mapping the registers for the task, incrementing the group counter for a next task ; and vi. repeating steps i-v for the next task.
A process for producing polyurethane-polyisocyanurate-fiber composite parts, wherein a) polyisocyanate, b) a mixture obtainable by introducing an alkali metal salt or alkaline earth metal salt into a compound R-NH-CO-R' containing urethane groups comprise, with R being not hydrogen and/or not COR", c) compound containing one or more epoxide groups, and d) polyetherol having an average functionality of 1.8 to 5.0 and a hydroxyl number of 200 to 500, e) chain extender, and f) fibrous reinforcing agents and optionally further additives are mixed to form a reaction mixture, the reaction mixture is applied to the fibrous reinforcing agent and caused to react to form the polyurethane-polyisocyanurate-fiber composite part, the amount of alkali metal ions or alkaline earth metal ions per urethane group in the compound (b) being 0.0001 to 3.5, based on the number of alkali metal or alkaline earth metal ions and urethane groups, the fraction of the compound (c) containing one or more epoxide groups being from 0.3 to 15 wt%, based on the total weight of components (c) and (d), and the isocyanate index being 200 to 450. a) polyisocyanate, b) a mixture obtainable by introducing an alkali metal salt or alkaline earth metal salt into a compound R-NH-CO-R' containing urethane groups comprise, with R being not hydrogen and/or not COR", c) compound containing one or more epoxide groups, and d) polyetherol having an average functionality of 1.8 to 5.0 and a hydroxyl number of 200 to 500, e) chain extender, and f) fibrous reinforcing agents and optionally further additives
A vehicle control method for controlling movement of a vehicle based on the operation of a terminal device located outside the vehicle, comprising: providing the terminal device with a single first button ; and receiving (S101), from the terminal device , a first signal that indicates that the first button has been pressed; characterized by the steps of: based on the reception of the first signal, that indicates that the single first button has been pressed: unlocking (S107) vehicle doors and then placing (S111) the vehicle in a state in which movement control is permitted based on an operation of the terminal device . providing the terminal device with a single first button ; and receiving (S101), from the terminal device , a first signal that indicates that the first button has been pressed;
A deposition module within a web press for inhibiting media deformation, comprising: a fluid deposition device located on a side of a media ; and a processing device to control the fluid deposition device to selectively apply a wetting agent to the media ; wherein: the deposition of the wetting agent is based on the location of content printed on the media as defined by print data; characterised in that the processing device is configured to control the fluid deposition device to selectively apply the wetting agent to portions of the media where the content is not printed on the media and where the content is printed on the media ; and the amount of the wetting agent deposited on the media where the content is not printed is different from the amount of the wetting agent where the content is printed. a fluid deposition device located on a side of a media ; and a processing device to control the fluid deposition device to selectively apply a wetting agent to the media ; wherein: the deposition of the wetting agent is based on the location of content printed on the media as defined by print data; characterised in that the processing device is configured to control the fluid deposition device to selectively apply the wetting agent to portions of the media where the content is not printed on the media and where the content is printed on the media ; and the amount of the wetting agent deposited on the media where the content is not printed is different from the amount of the wetting agent where the content is printed. the deposition of the wetting agent is based on the location of content printed on the media as defined by print data; characterised in that the processing device is configured to control the fluid deposition device to selectively apply the wetting agent to portions of the media where the content is not printed on the media and where the content is printed on the media ; and the amount of the wetting agent deposited on the media where the content is not printed is different from the amount of the wetting agent where the content is printed.
A method of manufacturing a seal assembly for a surgical access assembly , comprising: forming a seal assembly having a monolithic construction, the seal assembly including: a support member ; seal sections connected to the support member; a bridge (176a-f) disposed between adjacent seal sections and interconnecting the adjacent seal sections; and a plurality of standoffs (178a-c) extending from each seal section; placing the seal assembly into a treatment bath; cutting the bridges (176a-f); and folding the seal assembly . forming a seal assembly having a monolithic construction, the seal assembly including: a support member ; seal sections connected to the support member; a bridge (176a-f) disposed between adjacent seal sections and interconnecting the adjacent seal sections; and a plurality of standoffs (178a-c) extending from each seal section; a support member ; seal sections connected to the support member; a bridge (176a-f) disposed between adjacent seal sections and interconnecting the adjacent seal sections; and a plurality of standoffs (178a-c) extending from each seal section; placing the seal assembly into a treatment bath; cutting the bridges (176a-f); and folding the seal assembly .
A chloroprene polymer comprising at least one selected from the group consisting of a homopolymer of chloroprene and a copolymer of chloroprene with 2,3-dichloro-1,3-butadiene, and wherein a toluene insoluble content is 60% by mass or more, characterized in that in gel permeation chromatography measurement of a toluene soluble content, the chloroprene polymer has a first peak having a weight average molecular weight of 500,000 to 900,000 and a second peak having a weight average molecular weight of 7,000 to 80,000.
A siphon for a shower tray, comprising: - a body intended to be accommodated in a drain hole of a shower tray; - a tube extending the main body up to a pipe; - a non-return block mounted in the tube , comprising: - a rigid cartridge inserted into the tube , the cartridge having a first opening directed towards the body and a second opening opposite to the first opening ; - a flap valve with a fastening portion and a sealing portion , the flap valve being mounted movable in rotation on the cartridge between: - a sealing position in which the sealing portion closes off the second opening to prevent a fluid passage from the second opening towards the first opening , and - a passing position in which the sealing portion is cleared from the second opening to enable a fluid passage from the first opening towards the second opening , the flap valve being made in one-piece of a flexible material and integrating a flexible hinge between the fastening portion and the sealing portion to enable toggling of flap valve from its passing position into its sealing position, said hinge being prestressed so as to urge the flap valve in its sealing position in the absence of a fluid originating from the first opening , characterised in that the body has a ramp for fitting the cartridge of the non-return block into the tube , and in that the cartridge has a handling tab to facilitate the insertion of the block into the shower tray siphon . - a body intended to be accommodated in a drain hole of a shower tray; - a tube extending the main body up to a pipe; - a non-return block mounted in the tube , comprising: - a rigid cartridge inserted into the tube , the cartridge having a first opening directed towards the body and a second opening opposite to the first opening ; - a flap valve with a fastening portion and a sealing portion , the flap valve being mounted movable in rotation on the cartridge between: - a sealing position in which the sealing portion closes off the second opening to prevent a fluid passage from the second opening towards the first opening , and - a passing position in which the sealing portion is cleared from the second opening to enable a fluid passage from the first opening towards the second opening , the flap valve being made in one-piece of a flexible material and integrating a flexible hinge between the fastening portion and the sealing portion to enable toggling of flap valve from its passing position into its sealing position, said hinge being prestressed so as to urge the flap valve in its sealing position in the absence of a fluid originating from the first opening , characterised in that the body has a ramp for fitting the cartridge of the non-return block into the tube , and in that the cartridge has a handling tab to facilitate the insertion of the block into the shower tray siphon .