mhurhangee/ep-ind-claims huggingface dataset:
A system for providing haptic feedback to a user, the system comprising: a first piezoelectric transducer array comprising multiple piezoelectric transducers, respective ones of which being configured to be disposed on predetermined positions on the user and being configured to generate and transmit a second signal at a second frequency, and at least one of which also being configured to generate a first signal at a first frequency; and a second piezoelectric transducer array comprising multiple piezoelectric transducers, respective ones of which configured to receive the second signal transmitted from the first piezoelectric transducer array, and at least one of which configured to: generate and transmit a third signal to at least one piezoelectric transducer of the first piezoelectric transducer array, whereby to cause the at least one piezoelectric transducer of the first piezoelectric transducer array to initiate generation of the first signal at said at least one piezoelectric transducer of the first piezoelectric transducer array, the first signal at the first frequency suitable for providing a haptic feedback signal for a user, wherein the second signal is configured to locate the position of a transducer of the first piezoelectric transducer array using transducers of the second transducer array. a first piezoelectric transducer array comprising multiple piezoelectric transducers, respective ones of which being configured to be disposed on predetermined positions on the user and being configured to generate and transmit a second signal at a second frequency, and at least one of which also being configured to generate a first signal at a first frequency; and a second piezoelectric transducer array comprising multiple piezoelectric transducers, respective ones of which configured to receive the second signal transmitted from the first piezoelectric transducer array, and at least one of which configured to: generate and transmit a third signal to at least one piezoelectric transducer of the first piezoelectric transducer array, whereby to cause the at least one piezoelectric transducer of the first piezoelectric transducer array to initiate generation of the first signal at said at least one piezoelectric transducer of the first piezoelectric transducer array, the first signal at the first frequency suitable for providing a haptic feedback signal for a user, wherein the second signal is configured to locate the position of a transducer of the first piezoelectric transducer array using transducers of the second transducer array.
A base station apparatus that communicates with another base station apparatus by a time-sharing system, the base station apparatus comprising: a wireless communication unit that communicates with the another base station apparatus through a wireless network; a wired communication unit that communicates with the another base station apparatus through a wired network; a communication timing determination unit that determines a communication timing of a communication signal communicated by the wireless communication unit; and a communication timing correction unit that corrects the communication timing determined by the communication timing determination unit, wherein when the wireless communication unit fails to receive a synchronization signal from the another base station apparatus at a given reception timing, the wired communication unit transmits a synchronization state confirmation signal for confirming a synchronization state between the base station apparatus and the another base station apparatus, and receives a synchronization state response signal including a determination result of the synchronization state, and the communication timing correction unit corrects the communication timing based on the synchronization state response signal received by the wired communication unit. a wireless communication unit that communicates with the another base station apparatus through a wireless network; a wired communication unit that communicates with the another base station apparatus through a wired network; a communication timing determination unit that determines a communication timing of a communication signal communicated by the wireless communication unit; and a communication timing correction unit that corrects the communication timing determined by the communication timing determination unit, wherein when the wireless communication unit fails to receive a synchronization signal from the another base station apparatus at a given reception timing, the wired communication unit transmits a synchronization state confirmation signal for confirming a synchronization state between the base station apparatus and the another base station apparatus, and receives a synchronization state response signal including a determination result of the synchronization state, and the communication timing correction unit corrects the communication timing based on the synchronization state response signal received by the wired communication unit.
A method in a subscriber identity module for provisioning of network information into the subscriber identity module being comprised in a user device, the user device comprising a transceiver for connecting to a cellular radio network, the method comprising: receiving (208, 401) network information configured into a format selected based on capabilities of the user device, wherein the network information is received from a tactile input device comprised in the user device, and enables establishment of a connection between the user device and the cellular radio network; and storing (210, 403) the network information in the subscriber identity module. receiving (208, 401) network information configured into a format selected based on capabilities of the user device, wherein the network information is received from a tactile input device comprised in the user device, and enables establishment of a connection between the user device and the cellular radio network; and storing (210, 403) the network information in the subscriber identity module.
A transdermal therapeutic system comprising a backing layer and a polymer layer in contact with the backing layer comprising silicone adhesives, wherein the contact face of the backing layer has been provided with an adhesive layer obtained by siliconization and the adhesive layer is a organopolysiloxane layer containing organopolysiloxanes with vinyl groups and organopolysiloxanes containing Si-H groups.
Autonomous robot for the inspection and maintenance of large-sized pipes made of a central module that plays the role of chassis, a number of movement modules, a rotating module equipped with radial arms (5, 6), wherein the movement inside the pipe is completed by means of three movement modules which are displayed radially and at the same distance around the central body, each movement module being made of two bars (12, 13) equipped each with a movement group with wheels with tyres operated by a gear-motor, the adjustment to the diameter of the pipe being completed by means of the display of the bars (12, 13) in scissors, as well as through modification of the angle between the two bars (12, 13), which are articulated by a rotating joint, wherein for the inspection and the maintenance of the pipes, the robot is equipped with the rotating module that supports a first arm fitted with different tools and a second arm equipped with two video cameras, and a proximity sensor, the first and second arms (5, 6) being displayed radially in a plane perpendicular to the longitudinal axis of the robot and being extensible in the radial direction wherein for the maintenance of the distance between the robot and the inner surface of the pipe, in its curved areas, the first and second arms (5, 6) can be moved in a plane perpendicular to the longitudinal axis of the robot through a translation joint operated by a motor.
A cell culture comprising human cells, wherein at least 5% of said human cells are preprimitive streak cells, said preprimitive streak cells being multi potent cells that can differentiate into mesendoderm cells.
An oral care implement comprising: a handle; a head coupled to the handle, the head comprising a base structure and a monolithic cleaning unit, the monolithic cleaning unit comprising: a block portion extending from a front surface of the base structure to a distal surface, the block portion having a first height measured from the front surface of the base structure to the distal surface; and a plurality of protuberances (151, 156, 150) extending from the distal surface of the block portion, at least one of the plurality of protuberances (151, 156, 150) having a second height measured from the distal surface of the block portion to a distal end (152, 157) of the protuberance (151, 156, 150), the second height being equal to or less than the first height; characterized in that the monolithic cleaning unit further comprises a plurality of ribs extending from the distal surface of the block portion, each of the ribs extending between two of the protuberances (151, 156, 150) that are adjacent to one another. a handle; a head coupled to the handle, the head comprising a base structure and a monolithic cleaning unit, the monolithic cleaning unit comprising: a block portion extending from a front surface of the base structure to a distal surface, the block portion having a first height measured from the front surface of the base structure to the distal surface; and a plurality of protuberances (151, 156, 150) extending from the distal surface of the block portion, at least one of the plurality of protuberances (151, 156, 150) having a second height measured from the distal surface of the block portion to a distal end (152, 157) of the protuberance (151, 156, 150), the second height being equal to or less than the first height; a block portion extending from a front surface of the base structure to a distal surface, the block portion having a first height measured from the front surface of the base structure to the distal surface; and a plurality of protuberances (151, 156, 150) extending from the distal surface of the block portion, at least one of the plurality of protuberances (151, 156, 150) having a second height measured from the distal surface of the block portion to a distal end (152, 157) of the protuberance (151, 156, 150), the second height being equal to or less than the first height; characterized in that the monolithic cleaning unit further comprises a plurality of ribs extending from the distal surface of the block portion, each of the ribs extending between two of the protuberances (151, 156, 150) that are adjacent to one another.
A head mounted device comprising: a frame (102, 202); a near-infrared light source (207, 307) coupled with the frame, wherein the near-infrared light source is configured to emit near-infrared light; and an optical element secured to the frame, the optical element including: a transparent layer (230, 530); a plurality of outcoupling elements (111, 211, 311, 411, 511) distributed across the transparent layer; and a transparent waveguide structure (108, 208, 308, 408, 508) configured to receive the near-infrared light from the near-infrared light source coupled with the frame, wherein the transparent waveguide structure is configured to deliver the near-infrared light from the near-infrared light source to the outcoupling elements, wherein the outcoupling elements are configured to outcouple the near-infrared light as near-infrared illumination light to illuminate an eye region with near-infrared illumination light characterized in that said near-infrared illumination light is patterned. a frame (102, 202); a near-infrared light source (207, 307) coupled with the frame, wherein the near-infrared light source is configured to emit near-infrared light; and an optical element secured to the frame, the optical element including: a transparent layer (230, 530); a plurality of outcoupling elements (111, 211, 311, 411, 511) distributed across the transparent layer; and a transparent waveguide structure (108, 208, 308, 408, 508) configured to receive the near-infrared light from the near-infrared light source coupled with the frame, wherein the transparent waveguide structure is configured to deliver the near-infrared light from the near-infrared light source to the outcoupling elements, wherein the outcoupling elements are configured to outcouple the near-infrared light as near-infrared illumination light to a transparent layer (230, 530); a plurality of outcoupling elements (111, 211, 311, 411, 511) distributed across the transparent layer; and a transparent waveguide structure (108, 208, 308, 408, 508) configured to receive the near-infrared light from the near-infrared light source coupled with the frame, wherein the transparent waveguide structure is configured to deliver the near-infrared light from the near-infrared light source to the outcoupling elements, wherein the outcoupling elements are configured to outcouple the near-infrared light as near-infrared illumination light to illuminate an eye region with near-infrared illumination light
Rotary electric machine intended to drive a motor-vehicle air-conditioning compressor, having a rotor comprising a body provided with a plurality of cavities in each of which is positioned at least one magnet made of neodymium iron boron, the dysprosium content of which is less than 2% by mass, characterized in that each magnet has a sum of the neodymium and praseodymium contents of between 28 and 35% by mass and a boron content of between 0.5 and 1.5% by mass.
A fixing element, in particular for fastening insulating panels to a substrate, wherein the fixing element comprises a plate and a shaft arranged at the plate, and wherein a clamping sleeve is arranged in the shaft and the shaft encloses at least the outer surface of the clamping sleeve, characterized in that the clamping sleeve is arranged in an area of the shaft which is opposite to the plate in such a way that this area of the shaft is compressed when it is moved into an opening in the substrate and the clamping sleeve provides then there in circumferential direction an outwardly directed clamping force.
Boot-type footwear comprising a sole applied to an upper constituted by an external component made from waterproof or waterproof and breathable material and an internal component, whereby in between the first external component and the second internal component, which are only joined in the part under the foot, there are elasticated means for inserting and holding the foot, and independent lacing (16, 18) for holding the foot, characterised in that the internal component is made from a breathable material and the back of the external component is laced by means of a bellows with the possibility of closing and adjusting the fit by means of laces and a front ankle strap.
A method for preparation of granular defoamer, wherein, the granular defoamer comprises: A. a carrier selected from sulfate, carbonate, phosphate, polyphosphate, starch, cellulose or aluminosilicate which can be used separately or in mixture, dosed at 55-75 % of total mass of the granular defoamer, and divided into two parts A1 and A2, with mass ratio of A1 to A2 equal to 4:1-15:1; B. a silicone emulsion prepared from silicone grease, silicone polyether, emulsifying agent, and deionized water, dosed at 15-35 % of total mass of the granular defoamer, and divided into two parts B1 and B2, with mass ratio of B1 to B2 equal to 4:1-10:1; C. a texturing agent selected from acrylic polymer, cellulose ether, citric acid, citrate or polyvinylpyrrolidone which can be used separately or in mixture at any mix ratio, dosed at 3-10 % of total mass of the granular defoamer; D. a solvent prepared from alcohol and water which can be used separately or in mixture at any mix ratio, dosed at 2-10 % of total mass of the granular defoamer; the preparation method comprises: adding carrier A1 into a mixer, and then adding silicone emulsion B1 into the mixer and stirring uniformly; adding carrier component A2 into the mixture obtained in step, and stirring uniformly; adding silicone emulsion B2 into the mixture obtained in step and after stirring and mixing uniformly, adding the texturing agent and stirring uniformly, and then adding the solvent and stirring uniformly; pelleting and drying the mixture obtained in step. A. a carrier selected from sulfate, carbonate, phosphate, polyphosphate, starch, cellulose or aluminosilicate which can be used separately or in mixture, dosed at 55-75 % of total mass of the granular defoamer, and divided into two parts A1 and A2, with mass ratio of A1 to A2 equal to 4:1-15:1; B. a silicone emulsion prepared from silicone grease, silicone polyether, emulsifying agent, and deionized water, dosed at 15-35 % of total mass of the granular defoamer, and divided into two parts B1 and B2, with mass ratio of B1 to B2 equal to 4:1-10:1; C. a texturing agent selected from acrylic polymer, cellulose ether, citric acid, citrate or polyvinylpyrrolidone which can be used separately or in mixture at any mix ratio, dosed at 3-10 % of total mass of the granular defoamer; D. a solvent prepared from alcohol and water which can be used separately or in mixture at any mix ratio, dosed at 2-10 % of total mass of the granular defoamer; adding carrier A1 into a mixer, and then adding silicone emulsion B1 into the mixer and stirring uniformly; adding carrier component A2 into the mixture obtained in step, and stirring uniformly; adding silicone emulsion B2 into the mixture obtained in step and after stirring and mixing uniformly, adding the texturing agent and stirring uniformly, and then adding the solvent and stirring uniformly; pelleting and drying the mixture obtained in step.
A riding grass mower comprising: a chassis frame (10;111) supported by a pair of left and right front wheels (11;101) and a pair of left and right back wheels (12;102); a rear discharge type of mower device (4;109) arrangeable underneath the chassis frame (10;111), in a space between the front wheels (11;101) and the back wheels (12;102) in a front-back direction; the riding grass mower being characterized by a duct member located between the pair of left and right back wheels (12;102), behind the mower device (4;109), and capable of guiding cut grass from the mower device (4;109) backward and upward; and a toolbox (5;137) provided between the pair of left and right back wheels (12;102), behind the mower device (4;109), and inscribed in inner surfaces of a back portion of the duct member. a chassis frame (10;111) supported by a pair of left and right front wheels (11;101) and a pair of left and right back wheels (12;102); a rear discharge type of mower device (4;109) arrangeable underneath the chassis frame (10;111), in a space between the front wheels (11;101) and the back wheels (12;102) in a front-back direction; the riding grass mower being characterized by a duct member located between the pair of left and right back wheels (12;102), behind the mower device (4;109), and capable of guiding cut grass from the mower device (4;109) backward and upward; and a toolbox (5;137) provided between the pair of left and right back wheels (12;102), behind the mower device (4;109), and inscribed in inner surfaces of a back portion of the duct member.
A method for installing a key locked insert to a workpiece, the workpiece having a hole open to a first surface, the method comprising: threading an insert body into the hole; threading a first portion of a mandrel into the insert body; after the threading of the first portion into the insert body, mating a second portion of the mandrel with an actuator; and using the actuator to extend an anvil surface relative to the mandrel to drive keys of the insert through a thread of the workpiece hole. threading an insert body into the hole; threading a first portion of a mandrel into the insert body; after the threading of the first portion into the insert body, mating a second portion of the mandrel with an actuator; and using the actuator to extend an anvil surface relative to the mandrel to drive keys of the insert through a thread of the workpiece hole.
A method of refueling a nuclear reactor comprising a reactor vessel having an open upper end with a flange, the reactor vessel housing a core including a plurality of fuel assemblies and an upper internals structure supported above the core, and a head with a mating flange for sealing the open upper end of the reactor vessel; the method comprising the steps of: removing the reactor vessel head; placing the reactor vessel head in a first storage location outside of a path above the reactor vessel; lifting the upper internals structure out of the reactor vessel to a second storage location outside of the path above the reactor vessel; installing a cylindrical tank having an open lower end and an open upper end, on the reactor vessel flange; sealing the lower end of the cylindrical tank to the reactor vessel and a penetration on a side of the cylindrical tank to a refueling canal that is connected to a spent fuel pool; raising a level of reactor coolant within the reactor vessel to at least partially fill the cylindrical tank substantially to a level equal to a level of a coolant within the spent fuel pool; opening the refueling canal; and employing a refueling machine at least in part supported above the cylindrical tank, to transfer a number of the fuel assemblies within the core, through the penetration and the refueling canal to a storage location in the spent fuel pool. removing the reactor vessel head; placing the reactor vessel head in a first storage location outside of a path above the reactor vessel; lifting the upper internals structure out of the reactor vessel to a second storage location outside of the path above the reactor vessel; installing a cylindrical tank having an open lower end and an open upper end, on the reactor vessel flange; sealing the lower end of the cylindrical tank to the reactor vessel and a penetration on a side of the cylindrical tank to a refueling canal that is connected to a spent fuel pool; raising a level of reactor coolant within the reactor vessel to at least partially fill the cylindrical tank substantially to a level equal to a level of a coolant within the spent fuel pool; opening the refueling canal; and employing a refueling machine at least in part supported above the cylindrical tank, to transfer a number of the fuel assemblies within the core, through the penetration and the refueling canal to a storage location in the spent fuel pool.