mhurhangee/patent-ind-claim-en huggingface dataset:
A crossflow heat-exchanger comprising: first and second sets of fluid-flow channels arranged such that each set crosses the other to afford heat-exchange between a first fluid in the first set and a second fluid in the second set , without the first and second fluids contacting one another; a first impelling means arranged to cause flow of the first fluid through the first set of channels; and a second impelling means arranged to cause flow of the second fluid through the second set of channels: characterised in that: for the first impelling means , a first controller is arranged, in use, to control the flow of fluid through the first set of channels such that fluid flows through different channels of the first set at different rates; and for the second impelling means , a second controller is arranged, in use, to control the flow of fluid through the second set of channels such that fluid flows through different channels of the second set at different rates. first and second sets of fluid-flow channels arranged such that each set crosses the other to afford heat-exchange between a first fluid in the first set and a second fluid in the second set , without the first and second fluids contacting one another; a first impelling means arranged to cause flow of the first fluid through the first set of channels; and a second impelling means arranged to cause flow of the second fluid through the second set of channels: characterised in that: for the first impelling means , a first controller is arranged, in use, to control the flow of fluid through the first set of channels such that fluid flows through different channels of the first set at different rates; and for the second impelling means , a second controller is arranged, in use, to control the flow of fluid through the second set of channels such that fluid flows through different channels of the second set at different rates. for the first impelling means , a first controller is arranged, in use, to control the flow of fluid through the first set of channels such that fluid flows through different channels of the first set at different rates; and for the second impelling means , a second controller is arranged, in use, to control the flow of fluid through the second set of channels such that fluid flows through different channels of the second set at different rates.
Base (B) for supports for raised floors, comprising at least one plane part (B1) suited to be used to rest and fix said base (B) onto the ground and a raised part (B2) joined to and extending from said plane part (B1), wherein said plane part (B1) is provided with at least one substantially straight first cut and/or at least one first series of holes aligned along at least one straight line which divides said plane part (B1) in at least two parts and provides a line intended to facilitate the breaking action for the separation of at least one detachable part (B3, B4) from said plane part (B1), and wherein said base (B) comprises radial ribs (B6) of said raised part (B2), characterized in that said radial ribs (B6) are cut at the level of said cuts or series of holes of the plane part (B1), so that they are divided in two parts (B61, B62).
Regenerative brake system (B), in particular for a motor vehicle, comprising: a brake force device with a brake booster for boosting a brake force, and with a brake pressure provision device which is configured as a cylinder for the provision of brake pressure by means of a brake medium, a brake device which can be loaded with pressure by way of the brake medium by means of the brake pressure provision device , at least one sensor which is configured to sense a distance difference of a displacement means which is configured as a piston for the displacement of volume of the brake medium of the brake force device , the brake force device being configured to determine the volume to be displaced of the brake medium on the basis of the cross-sectional area of the piston multiplied by the sensed distance difference of the displacement of the piston , and a compensation means which can be driven by means of a motor and is arranged for feeding in and/or discharging brake medium volume of the brake device , it being possible, in the case of actuation of a brake pedal which is connected via a tappet to an input rod of the brake booster for the transmission of a desired brake force, for a brake medium pressure which is built up as a result to be dissipated in the brake device by way of the compensation means by means of a volume displacement of brake medium into the compensation means , with the result that a regenerative recuperation of brake force can be carried out at wheels of the motor vehicle. a brake force device with a brake booster for boosting a brake force, and with a brake pressure provision device which is configured as a cylinder for the provision of brake pressure by means of a brake medium, a brake device which can be loaded with pressure by way of the brake medium by means of the brake pressure provision device , at least one sensor which is configured to sense a distance difference of a displacement means which is configured as a piston for the displacement of volume of the brake medium of the brake force device , the brake force device being configured to determine the volume to be displaced of the brake medium on the basis of the cross-sectional area of the piston multiplied by the sensed distance difference of the displacement of the piston , and a compensation means which can be driven by means of a motor and is arranged for feeding in and/or discharging brake medium volume of the brake device , it being possible, in the case of actuation of a brake pedal which is connected via a tappet to an input rod of the brake booster for the transmission of a desired brake force, for a brake medium pressure which is built up as a result to be dissipated in the brake device by way of the compensation means by means of a volume displacement of brake medium into the compensation means , with the result that a regenerative recuperation of brake force can be carried out at wheels of the motor vehicle.
A two-component adhesive composition comprising an A-side and a B-side: A) the A-side comprising: i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent and B) the B-side comprising: i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler; wherein each acrylate-capped polyurethane present is independently present in the A-side in an amount of equal to or greater than 5 weight percent based on the total weight of the A-side. A) the A-side comprising: i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent and i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent B) the B-side comprising: i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler; wherein each acrylate-capped polyurethane present is independently present in the A-side in an amount of equal to or greater than 5 weight percent based on the total weight of the A-side. i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler;
An apparatus for inductive temperature sensing comprising a coil configuration , a target , and an impedance measurement circuit , wherein the target has a non-zero conductivity and susceptibility; characterized in that the frequency at which the apparent inductance of the coil configuration is equal to the inductance of the coil configuration without the target present, called the cross-over frequency, is measured, wherein the measured cross-over frequency forms the basis of the temperature measurement. the target has a non-zero conductivity and susceptibility; characterized in that the frequency at which the apparent inductance of the coil configuration is equal to the inductance of the coil configuration without the target present, called the cross-over frequency, is measured, wherein the measured cross-over frequency forms the basis of the temperature measurement.
A catheter assembly , comprising: a sonic connector at a proximal end of a core wire , the sonic connector configured to couple to an ultrasound-producing mechanism and transmit vibrational energy from the proximal end of the core wire to a distal end portion of the core wire for modifying intravascular lesions; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp a number of degrees of freedom of the vibrational energy not needed for modifying the intravascular lesions; and a heat sink , characterised in that the heat sink includes a first annulus at a first end of the gasket system , a second annulus at a second, opposing end of the gasket system , and a plurality of longitudinal members arranged around a circumference of the gasket system configured to conduct and dissipate heat from the damping mechanism . a sonic connector at a proximal end of a core wire , the sonic connector configured to couple to an ultrasound-producing mechanism and transmit vibrational energy from the proximal end of the core wire to a distal end portion of the core wire for modifying intravascular lesions; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp a number of degrees of freedom of the vibrational energy not needed for modifying the intravascular lesions; and a heat sink , characterised in that the heat sink includes a first annulus at a first end of the gasket system , a second annulus at a second, opposing end of the gasket system , and a plurality of longitudinal members arranged around a circumference of the gasket system configured to conduct and dissipate heat from the damping mechanism .
A method in a wireless device (104 1 , 104 2 , 104 3 ...104 n ) which is configured to interact with a wireless access node (102 1 and 102 2 ), the method characterized by : transmitting , to the wireless access node, an 11-bit Enhanced General Packet Radio Service, EGPRS, packet channel request message which comprises a three bit Short Access Request code point "100" and eight bits thereafter where at least a portion of the eight bits is used to indicate at least one capability of the wireless device.
A composition, comprising, in at least one physiologically acceptable volatile medium: (a) at least one cationic polysaccharide; (b) at least one crosslinker having three or more acid groups or a salt thereof; (c) at least one powder; and (d) at least one polyol, wherein the amount of the (a) cationic polysaccharide(s) in the composition is from 0.01% to 10% by weight, relative to the total weight of the composition; the amount of the (b) crosslinker(s) having three or more acid groups or a salt(s) thereof in the composition is from 0.001% to 10% by weight, relative to the total weight of the composition; the (a) cationic polysaccharide(s) and the (b) crosslinker(s) having three or more acid groups or a salt thereof form a dynamically and ionically crosslinked gel, and the (c) powder is insoluble in the physiologically acceptable volatile medium. (a) at least one cationic polysaccharide; (b) at least one crosslinker having three or more acid groups or a salt thereof; (c) at least one powder; and (d) at least one polyol, the amount of the (a) cationic polysaccharide(s) in the composition is from 0.01% to 10% by weight, relative to the total weight of the composition; the amount of the (b) crosslinker(s) having three or more acid groups or a salt(s) thereof in the composition is from 0.001% to 10% by weight, relative to the total weight of the composition; the (a) cationic polysaccharide(s) and the (b) crosslinker(s) having three or more acid groups or a salt thereof form a dynamically and ionically crosslinked gel, and the (c) powder is insoluble in the physiologically acceptable volatile medium.
A friction stir welding apparatus comprising: a spindle housing ; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis ; a first shoulder not rotatable relative to the spindle housing about the axis ; and a second shoulder rotatable relative to the spindle housing about the axis ; wherein the first shoulder includes a first contact portion , the second shoulder includes a second contact portion facing the first contact portion , and the second contact portion is planar; and characterized in that at least a part of the first contact portion is non-planar. a spindle housing ; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis ; a first shoulder not rotatable relative to the spindle housing about the axis ; and a second shoulder rotatable relative to the spindle housing about the axis ; wherein the first shoulder includes a first contact portion , the second shoulder includes a second contact portion facing the first contact portion , and the second contact portion is planar; and characterized in that at least a part of the first contact portion is non-planar.
An electric vehicle comprising: a vehicle body for carrying a driver; a front wheel and rear wheel that are supported by front and rear portions of the vehicle body ; a pedal that receives a tread force of the driver, wherein the front and rear wheels do not receive any mechanical transmission from the pedal ; a rotation shaft; a crank whose tip portion is provided with the pedal and which conveys the tread force to the rotation shaft as torque; a motor (M) that drives at least the front or rear wheel ; a resistance applying unit (GU) that generates, when torque is applied to the rotation shaft because of the tread force on the pedal , resistance on the rotation shaft against the torque; and a running condition detection unit (PTS) that detects a running condition of the vehicle ; characterized by a resistance adjustment unit (CU, S401, S413, S415, S417, S421, S423) that decreases the resistance being applied by the resistance applying unit (G) at the increasing of a percentage of the rotation-speed change of the rotation that is input by the pedal to the resistance applying unit (GU) detected by the running condition detection unit (PTS). a vehicle body for carrying a driver; a front wheel and rear wheel that are supported by front and rear portions of the vehicle body ; a pedal that receives a tread force of the driver, wherein the front and rear wheels do not receive any mechanical transmission from the pedal ; a rotation shaft; a crank whose tip portion is provided with the pedal and which conveys the tread force to the rotation shaft as torque; a motor (M) that drives at least the front or rear wheel ; a resistance applying unit (GU) that generates, when torque is applied to the rotation shaft because of the tread force on the pedal , resistance on the rotation shaft against the torque; and a running condition detection unit (PTS) that detects a running condition of the vehicle ; characterized by a resistance adjustment unit (CU, S401, S413, S415, S417, S421, S423) that decreases the resistance being applied by the resistance applying unit (G) at the increasing of a percentage of the rotation-speed change of the rotation that is input by the pedal to the resistance applying unit (GU) detected by the running condition detection unit (PTS).
A method for remotely controlling a device, comprising: displaying, by a remotely controlled device, a Graphical User Interface (GUI) in a current context, the GUI comprising a plurality of contexts; receiving, by the remotely controlled device, from a remote control device that includes a touch-sensitive device, data characterizing a touch gesture event detected at the touch-sensitive device, wherein the remote control device is configured to send the data characterizing the touch gesture event detected upon an unstructured area displayed on a touch screen of the touch-sensitive device, wherein the unstructured area is displayed on the touch screen only when the touch-sensitive device is positioned according to a first orientation of the touch-sensitive device, and wherein the touch-sensitive device is further configured to display a structured touch-sensitive area comprising a plurality of selectable items on the touch screen when the touch-sensitive device is positioned according to a second, different orientation, wherein the selectable items include selectable items for sending data or commands to the remotely controlled device; determining, by the remotely controlled device, a command from a set of available commands by interpreting the data characterizing the touch gesture event based on the current context of the GUI; and effecting, by the remotely controlled device, an action based on the determined command. displaying, by a remotely controlled device, a Graphical User Interface (GUI) in a current context, the GUI comprising a plurality of contexts; receiving, by the remotely controlled device, from a remote control device that includes a touch-sensitive device, data characterizing a touch gesture event detected at the touch-sensitive device, wherein the remote control device is configured to send the data characterizing the touch gesture event detected upon an unstructured area displayed on a touch screen of the touch-sensitive device, wherein the unstructured area is displayed on the touch screen only when the touch-sensitive device is positioned according to a first orientation of the touch-sensitive device, and wherein the touch-sensitive device is further configured to display a structured touch-sensitive area comprising a plurality of selectable items on the touch screen when the touch-sensitive device is positioned according to a second, different orientation, wherein the selectable items include selectable items for sending data or commands to the remotely controlled device; determining, by the remotely controlled device, a command from a set of available commands by interpreting the data characterizing the touch gesture event based on the current context of the GUI; and effecting, by the remotely controlled device, an action based on the determined command.
An extracellular matrix (ECM) composition comprising: (a) 35-55% collagen by dry weight and 10-30% elastin by dry weight, or (b) 40-70% collagen by dry weight and 15-25% elastin by dry weight. (a) 35-55% collagen by dry weight and 10-30% elastin by dry weight, or (b) 40-70% collagen by dry weight and 15-25% elastin by dry weight.
Method for controlling the cold gas temperature of a cooling gas of a closed cooling gas circuit of a generator , which has at least one cooler through which flows a cooling liquid, wherein the method comprises the steps: a) defining cold gas temperature setpoint values in dependence of stator and rotor current of the generator , wherein the cold gas temperature setpoint values especially have a predetermined margin in relation to cold gas thermal protection values of a protection system of the generator ; b) detecting the prevailing cold gas temperature; c) detecting the prevailing stator and rotor current; d) determining the cold gas temperature setpoint value which is associated with the stator and rotor current detected in step c); e) controlling the cold gas temperature by altering the volumetric flow of the cooling liquid which is fed to the at least one cooler in dependence of the difference between the prevailing cold gas temperature detected in step b) and the cold gas temperature setpoint value determined in step d); and f) repeating steps b) to e) within defined time intervals. a) defining cold gas temperature setpoint values in dependence of stator and rotor current of the generator , wherein the cold gas temperature setpoint values especially have a predetermined margin in relation to cold gas thermal protection values of a protection system of the generator ; b) detecting the prevailing cold gas temperature; c) detecting the prevailing stator and rotor current; d) determining the cold gas temperature setpoint value which is associated with the stator and rotor current detected in step c); e) controlling the cold gas temperature by altering the volumetric flow of the cooling liquid which is fed to the at least one cooler in dependence of the difference between the prevailing cold gas temperature detected in step b) and the cold gas temperature setpoint value determined in step d); and f) repeating steps b) to e) within defined time intervals.
Spray nozzle for production of a urea fertilizer granules and/or urea-sulfur fertilizer granules at least comprising a conveying channel and an atomizing gas channel , characterized in that the conveying channel has at least one separating pin which is designed as a single land or individually or multiply crossing lands, and the atomizing gas channel has at least one swirl element comprising fixed elements which are mounted in the atomizing gas channel , wherein the conveying channel and the atomizing gas channel are planar to one another and form a common exit opening and wherein the atomizing gas channel surrounds the conveying channel .
A decorative sheet comprising at least a surface protective layer on a substrate, characterized in that the surface protective layer includes a cured material of an ionizing radiation curable resin composition at least containing a polycarbonate(meth)acrylate (A) with a weight-average molecular weight of 5000 - 20,000 and a multi-functional (meth)acrylate (B) in a mass ratio (A)/(B) of 98/2 - 70/30 .
Parking robot for a motor vehicle , wherein the parking robot has a pair of wheel supporting arms and a wheel holding arm and is designed to autonomously drive up to a wheel of the motor vehicle from the outside with the wheel supporting arms folded in and the wheel holding arm folded in, to lift the wheel by folding out the pair of wheel supporting arms and to secure the wheel on the parking robot by folding out the wheel holding arm , wherein the respective wheel supporting arms have a respective slide-off roller , the respective rotation axes of which are arranged parallel to a wheel axle of the motor vehicle in a folded-out position once the wheel of the motor vehicle has been lifted.