mhurhangee/ep-ind-claims huggingface dataset:
A virtual reality goggle comprising: a goggle shaped body having multiple cameras mounted thereon; a display supported by the goggle shaped body in a position viewable by a wearer of the goggle shaped body; and a support extending between sides of the goggle shaped body, the support including multiple cameras; characterized in that the virtual reality goggle comprises: circuitry coupled to receive video from the multiple cameras, the video comprising a composite field of view of approximately 360 degrees about the goggle, the circuitry to couple to a wireless communication device to transmit the received video to networked processing services, and to receive stitched stereoscopic three dimensional virtual reality video from the networked processing services, the circuitry further coupled to provide the received stitched stereoscopic three dimensional virtual reality video for display on the display. a goggle shaped body having multiple cameras mounted thereon; a display supported by the goggle shaped body in a position viewable by a wearer of the goggle shaped body; and a support extending between sides of the goggle shaped body, the support including multiple cameras; characterized in that the virtual reality goggle comprises: circuitry coupled to receive video from the multiple cameras, the video comprising a composite field of view of approximately 360 degrees about the goggle, the circuitry to couple to a wireless communication device to transmit the received video to networked processing services, and to receive stitched stereoscopic three dimensional virtual reality video from the networked processing services, the circuitry further coupled to provide the received stitched stereoscopic three dimensional virtual reality video for display on the display.
A sintered bearing for a motor-type fuel pump, comprising raw material powder comprising 8.5% by weight to 10% by weight of aluminum, 0.1% by weight to 0.6% by weight of phosphorus, and the balance comprising copper as a main component, and inevitable impurities, the sintered bearing having a structure of a sintered aluminum-copper alloy, characterised by the sintered bearing having a pore formed in a surface layer portion of the sintered bearing, the pore being smaller in size than an internal pore of the sintered bearing, a ratio γ-phase/α-phase in the structure of the sintered aluminum-copper alloy being set to 0.10 ≤ γ-phase/α-phase ≤ 0.25.
A three dimensional bag made of plastic film comprising reinforcement inserts in each junction where at least three plastic films are joined, characterized in that the reinforcement inserts each comprise a star-like plastic part having at least three jaws, wherein the insert is sealed at a junction of the three-dimensional bag where at least three plastic films meet, so that each jaw extends in a direction between two films.
An authentication method for a recycled product performed by a computer system, the authentication method being characterised in that it comprises the following steps: a first acquisition step of acquiring information on a receiving amount of a recycled resin in a manufacturing entity of a resin product from a terminal apparatus communicable with the computer system; a second acquisition step of acquiring information on a sending amount of a resin product using the recycled resin in the manufacturing entity from the terminal; and an authentication step of giving authentication to the resin product when an authentication condition based on the information on the sending amount and the receiving amount is satisfied by generating authentication information showing that the resin product is a recycled product; wherein the receiving amount corresponds to information indicating a receiving amount of the recycled resin as raw materials for manufacturing the resin products by the manufacturing entity, the sending amount corresponds to information indicating a weight of the recycled resin in the resin product, or information indicating a sending amount of a recycling-authenticated resin product under a mass balance approach, and the authentication condition corresponds to a condition that the sending amount does not exceed the receiving amount. a first acquisition step of acquiring information on a receiving amount of a recycled resin in a manufacturing entity of a resin product from a terminal apparatus communicable with the computer system; a second acquisition step of acquiring information on a sending amount of a resin product using the recycled resin in the manufacturing entity from the terminal; and an authentication step of giving authentication to the resin product when an authentication condition based on the information on the sending amount and the receiving amount is satisfied by generating authentication information showing that the resin product is a recycled product; wherein the receiving amount corresponds to information indicating a receiving amount of the recycled resin as raw materials for manufacturing the resin products by the manufacturing entity, the sending amount corresponds to information indicating a weight of the recycled resin in the resin product, or information indicating a sending amount of a recycling-authenticated resin product under a mass balance approach, and the authentication condition corresponds to a condition that the sending amount does not exceed the receiving amount.
Instrument cluster for displaying vehicle information (26, 28) having a deformable display, a support structure, at least one sensor element and at least one movement element, wherein the deformable display is arranged on the support structure and the support structure is movable from a first position into a second position by means of the at least one movement element depending on environment influences detected by the sensor element, wherein the deformable display is at least in portions rotatable about a first axis and/or about at least one second axis and thereby deformable, characterised in that the second axis is arranged substantially transverse to the first axis.
A compound planet gear arrangement (100, 200, 300, 400) having a ring gear (110, 210, 310, 410), at least two planet gear units (120, 220, 320, 420) and a sun wheel (130, 230, 330, 430), wherein each planet gear unit (120, 220, 320, 420) comprises a primary planet gear (121, 221, 321, 421) with primary planet teeth meshing with the ring gear (110, 210, 310, 410) and a secondary planet gear (122, 222, 322, 422) with secondary planet teeth meshing with the sun wheel (130, 230, 330, 430), the secondary planet gear (122, 222, 322, 422) being axially connected with the primary planet gear (121, 221, 321, 421) wherein each planet gear unit (120, 220, 320, 420) comprises a shock absorbing transmission arrangement which is arranged to allow a limited elastic rotation of the secondary planet teeth relative to the primary planet teeth characterized in that the secondary planet gear (122, 222, 322, 422) has a diameter which is larger than the diameter of the primary planet gear (121, 221, 321, 421) and in that each transmission arrangement comprises a number of elastic members which are arranged at the secondary planet gear (122, 222, 322, 422) and arranged to transmit torque between the primary planet teeth and the secondary planet teeth.
Monolithic colon-specific delayed release pharmaceutical compositions comprising: a) a core with a monolithic matrix comprising hydroxypropylmethylcellulose wherein menthol is dispersed in ground, co-ground, or micronized form with a particle size ranging from 100 nm to 1200 μm, b) a gastro-resistant coating of the core a), wherein the menthol to hydroxypropylmethylcellulose weight ratio ranges from 1:5 - 4:1 a) a core with a monolithic matrix comprising hydroxypropylmethylcellulose wherein menthol is dispersed in ground, co-ground, or micronized form with a particle size ranging from 100 nm to 1200 μm, b) a gastro-resistant coating of the core a), wherein the menthol to hydroxypropylmethylcellulose weight ratio ranges from 1:5 - 4:1
A friction boiler apparatus using a centrifugal force and jet propulsion comprising: a spiral friction member for compressing a fluid by rotating the fluid to spirally flow, heating the fluid through frictional heat generated by a flow, and discharging the fluid; a heat exchange tank for storing a high-temperature fluid discharged from the spiral friction member, and heating a heating target fluid by allowing the high-temperature fluid to exchange heat with the heating target fluid; and a fluid pump for pumping the fluid stored in the heat exchange tank to supply the fluid to the spiral friction member; characterized in that the spiral friction member comprises: a hollow shaft having a hollow tube shape, in which one of both longitudinal ends of the hollow shaft is connected to the fluid pump to receive the fluid of the heat exchange tank; a rotary joint rotatably connecting the hollow shaft to the fluid pump; a rotary motor coupled to an outer peripheral surface of the hollow shaft to rotate the hollow shaft; a spiral disc having a cylindrical shape formed therein with a flow space for the fluid, and coupled to a remaining one of the both ends of the hollow shaft to rotate together with the hollow shaft, in which the flow space is partitioned by a spiral partition wall to guide the fluid supplied from the hollow shaft to an outer periphery of the flow space along the spiral partition wall to compress and heat the fluid by friction; and a jet nozzle provided at an outer periphery of the spiral disc to generate high-pressure propulsion for rotating the spiral disc by discharging the compressed fluid from the spiral disc. a spiral friction member for compressing a fluid by rotating the fluid to spirally flow, heating the fluid through frictional heat generated by a flow, and discharging the fluid; a heat exchange tank for storing a high-temperature fluid discharged from the spiral friction member, and heating a heating target fluid by allowing the high-temperature fluid to exchange heat with the heating target fluid; and a fluid pump for pumping the fluid stored in the heat exchange tank to supply the fluid to the spiral friction member; a hollow shaft having a hollow tube shape, in which one of both longitudinal ends of the hollow shaft is connected to the fluid pump to receive the fluid of the heat exchange tank; a rotary joint rotatably connecting the hollow shaft to the fluid pump; a rotary motor coupled to an outer peripheral surface of the hollow shaft to rotate the hollow shaft; a spiral disc having a cylindrical shape formed therein with a flow space for the fluid, and coupled to a remaining one of the both ends of the hollow shaft to rotate together with the hollow shaft, in which the flow space is partitioned by a spiral partition wall to guide the fluid supplied from the hollow shaft to an outer periphery of the flow space along the spiral partition wall to compress and heat the fluid by friction; and a jet nozzle provided at an outer periphery of the spiral disc to generate high-pressure propulsion for rotating the spiral disc by discharging the compressed fluid from the spiral disc.
A protective device for an electrical grid, comprising at least one variable choke which includes a conductor having at least one turn and a core which is arranged at least in sections within the at least one turn, the core including a magnetically soft part and at least one source magnet, the source magnet being configured such that it biases the magnetically soft part in a bias direction (M V), the protective device being an overvoltage protective device which includes a coarse protection means and a fine protection means, and the variable choke being arranged between the coarse protection means and the fine protection means, characterized in that the protective device includes two variable chokes, wherein each of the two variable chokes has an intended functional current direction (R F) of a current through the conductor of the respective variable choke, wherein the source magnet of the respective variable choke is arranged such that the bias direction (Mv) runs opposite a current magnetic field direction (M S), wherein the current magnetic field direction (M S) is the direction of a current magnetic field that is generated by a current flowing in the functional current direction (R F) through the at least one turn of the respective variable choke, and wherein the functional current directions (R F) of the two variable chokes are opposed. the core including a magnetically soft part and at least one source magnet, the source magnet being configured such that it biases the magnetically soft part in a bias direction (M V), the protective device being an overvoltage protective device which includes a coarse protection means and a fine protection means, and the variable choke being arranged between the coarse protection means and the fine protection means, characterized in that the protective device includes two variable chokes, wherein each of the two variable chokes has an intended functional current direction (R F) of a current through the conductor of the respective variable choke, wherein the source magnet of the respective variable choke is arranged such that the bias direction (Mv) runs opposite a current magnetic field direction (M S), wherein the current magnetic field direction (M S) is the direction of a current magnetic field that is generated by a current flowing in the functional current direction (R F) through the at least one turn of the respective variable choke, and wherein the functional current directions (R F) of the two variable chokes are opposed.
A method for remotely controlling a function of a slave portable terminal, the method comprising: receiving, by a slave portable terminal, a message from a master terminal; determining, by the slave portable terminal, whether the received message is a message for a remote control function; identifying, if the received message is the message for the remote control function, information which is included in the received message, the information comprising an authentication password and information regarding a type of the remote control function; authenticating the received message by comparing a password stored in the slave portable terminal with the authentication password included in the received message; setting up the remote control function to make the slave portable terminal be remotely controlled by the master terminal after an authentication of the received message is successful; detecting an event associated with the remote control function; and performing the remote control function in response to the detecting of the event, wherein the type of the remote control function comprises at least one of a call barring function and a forwarding function. receiving, by a slave portable terminal, a message from a master terminal; determining, by the slave portable terminal, whether the received message is a message for a remote control function; identifying, if the received message is the message for the remote control function, information which is included in the received message, the information comprising an authentication password and information regarding a type of the remote control function; authenticating the received message by comparing a password stored in the slave portable terminal with the authentication password included in the received message; setting up the remote control function to make the slave portable terminal be remotely controlled by the master terminal after an authentication of the received message is successful; detecting an event associated with the remote control function; and performing the remote control function in response to the detecting of the event, wherein the type of the remote control function comprises at least one of a call barring function and a forwarding function.
An electromagnetic rotary drive with a rotor, which can be driven magnetically without contact and which is designed without coils, and with a stator, which is designed as a bearing and drive stator, with which, in the operating state, the rotor can be driven magnetically without contact about a desired axis of rotation and can be levitated magnetically without contact with respect to the stator, wherein the stator comprises an upper stator part having a plurality of pronounced upper poles for supporting upper windings (311; 312; 313; 314; 315; 316), and a lower stator part having a plurality of pronounced lower poles for supporting lower windings (321; 322; 323; 324; 325; 326), wherein the upper stator part and the lower stator part are arranged at a distance from each other with respect to the axial direction, and wherein a permanent magnet is provided between the upper stator part and the lower stator part, characterized in that both the upper stator part and the lower stator part contribute respectively to the drive and to the contactless magnetic levitation of the rotor, wherein on each upper stator pole and on each lower stator pole in each case one coil (311, 312, 313, 314, 315, 316, 321, 322, 323, 324, 325, 326) is arranged as a winding, wherein two coils are connected together in each case to form an electrical phase, and wherein a separate power amplifier is provided for each electrical phase.
Connection system for installing a water-bearing device into a water connection on the wall, comprising a connection nozzle having a fluid channel and a connection region on the water connection side and a connection region on the device side, having an adapter on the water connection side for connecting the water connection to the connection region on the water connection side, wherein the adapter on the water connection side comprises a threaded section with an outer thread for screwing into a tube section of the water connection on the wall side and an assembly section stepped-down repeatedly on the outer peripheral side for insertion into the fluid channel or the connection region, wherein a body section having a plurality of spanner flats for attaching an open-ended wrench or combination wrench is embodied between the threaded section and the assembly section and having an adapter on the device side for connecting internal pipe system of the device to the connection region on the device side, wherein the connection nozzle is made of plastic and the adapter on the water connection side is made of metal, wherein the connection regions (6, 8) are embodied with the adapters (12, 14) as plug-in connections, wherein two connection elements (16, 18) are used to lock and secure the plug-in connections.
An electric battery comprising: plural battery cells (12, 30), each battery cell comprising at least one pouch cell, the pouch cell comprising a pouch cell container, which contains an electrochemical arrangement, each battery cell further comprising positive and negative terminals of sheet form (34, 54, 84, 36, 86) extending from the electrochemical arrangement; and plural measurement arrangements (14, 56, 60, 90), characterised in that each of the plural measurement arrangements (14, 56, 60, 90) is electrically coupled to each of two measurement locations, which are spaced apart from each other, both located on a same one of the positive and negative terminals (34, 54, 84, 36, 86) of a respective one of the plural battery cells (12, 30), each of the plural measurement arrangements being configured to measure potential difference between the two measurement locations whereby the terminal between the measurement locations is operative as a parasitic current sense resistance, wherein each of the plural measurement arrangements comprises an amplifier and a filter, the amplifier configured to measure the potential difference, and the filter configured to filter signals from the amplifier. plural battery cells (12, 30), each battery cell comprising at least one pouch cell, the pouch cell comprising a pouch cell container, which contains an electrochemical arrangement, each battery cell further comprising positive and negative terminals of sheet form (34, 54, 84, 36, 86) extending from the electrochemical arrangement; and plural measurement arrangements (14, 56, 60, 90), characterised in that each of the plural measurement arrangements (14, 56, 60, 90) is electrically coupled to each of two measurement locations, which are spaced apart from each other, both located on a same one of the positive and negative terminals (34, 54, 84, 36, 86) of a respective one of the plural battery cells (12, 30), each of the plural measurement arrangements being configured to measure potential difference between the two measurement locations whereby the terminal between the measurement locations is operative as a parasitic current sense resistance, wherein each of the plural measurement arrangements comprises an amplifier and a filter, the amplifier configured to measure the potential difference, and the filter configured to filter signals from the amplifier.
An ink jet printing method wherein a recording medium is moved relative to a print head having a plurality of nozzles, said method comprising the steps of a) adding spit pattern data to print data to be printed by the print head, b) supplying the print data and the added spit pattern data to the print head, c) ejecting ink droplets from the plurality of nozzles onto the recording medium in accordance with the print data and the spit pattern data in a single pass of the recording medium along the print head, d) scanning a location of an expected ink dot ejected according to the spit pattern data by a nozzle of the plurality of nozzles, thereby providing a scanned image, e) analyzing the scanned image in order to determine an actual presence of such an expected ink dot, the method being characterized by further comprising f) if it is determined that the ink dot is absent, applying nozzle failure correction during the same pass for the nozzle intended to eject the ink dot with respect to the ink droplets which still have to be ejected onto the recording medium and were intended to be ejected by the nozzle. a) adding spit pattern data to print data to be printed by the print head, b) supplying the print data and the added spit pattern data to the print head, c) ejecting ink droplets from the plurality of nozzles onto the recording medium in accordance with the print data and the spit pattern data in a single pass of the recording medium along the print head, d) scanning a location of an expected ink dot ejected according to the spit pattern data by a nozzle of the plurality of nozzles, thereby providing a scanned image, e) analyzing the scanned image in order to determine an actual presence of such an expected ink dot, the method being characterized by further comprising f) if it is determined that the ink dot is absent, applying nozzle failure correction during the same pass for the nozzle intended to eject the ink dot with respect to the ink droplets which still have to be ejected onto the recording medium and were intended to be ejected by the nozzle.