mhurhangee/ep-ind-claims huggingface dataset:
An electronic cigarette comprising a ceramic vaporizer comprising: - a cylindrical vaporizer body having an interior surface, and an exterior surface, wherein the interior surface forms a central vapor passage, and the exterior surface is suitable for forming an inside wall of an e-liquid storage device; and - a vaporizer heater embedded inside the cylindrical vaporizer body, characterized in that the electronic cigarette further comprises an air adjustment assembly having: - an air adjustment assembly base having an upper tubular portion threadedly connected to a lower outside threaded portion of the ceramic vaporizer, an air adjustment chamber defined inside of the air adjustment assembly base, and a plurality of first air vents; - an air adjustment ring disposed outside of the upper tubular portion of the air adjustment assembly base, wherein the air adjustment ring comprises a plurality of second air vents; and - a sealing ring configured to prevent air leak from the air adjustment assembly, - wherein when a user rotates the air adjustment ring around the upper tubular portion of the air adjustment assembly base, and when the locations of the plurality of second air vents of the air adjustment ring match the locations of the plurality of first air vents, air flow from outside to the air adjustment chamber reaches maximum capacity, and when the user further rotates the air adjustment ring around the upper tubular portion, the air flow decreases, and when the locations of the plurality of second air vents of the air adjustment ring completely misalign with the locations of the plurality of first air vents, the air flow stops. - a cylindrical vaporizer body having an interior surface, and an exterior surface, wherein the interior surface forms a central vapor passage, and the exterior surface is suitable for forming an inside wall of an e-liquid storage device; and - a vaporizer heater embedded inside the cylindrical vaporizer body, - an air adjustment assembly base having an upper tubular portion threadedly connected to a lower outside threaded portion of the ceramic vaporizer, an air adjustment chamber defined inside of the air adjustment assembly base, and a plurality of first air vents; - an air adjustment ring disposed outside of the upper tubular portion of the air adjustment assembly base, wherein the air adjustment ring comprises a plurality of second air vents; and - a sealing ring configured to prevent air leak from the air adjustment assembly, - wherein when a user rotates the air adjustment ring around the upper tubular portion of the air adjustment assembly base, and when the locations of the plurality of second air vents of the air adjustment ring match the locations of the plurality of first air vents, air flow from outside to the air adjustment chamber reaches maximum capacity, and when the user further rotates the air adjustment ring around the upper tubular portion, the air flow decreases, and when the locations of the plurality of second air vents of the air adjustment ring completely misalign with the locations of the plurality of first air vents, the air flow stops.
A secure article, such as a wallet, passport holder, bag, purse, backpack or the like, having at least one pocket or portion therein being equipped with RFID shielding material, wherein the RFID shielding material comprises a blend of polyester, copper, and nickel comprising between about 40% to about 80% polyester, between about 10% to about 40% copper, and between about 2% to about 20% nickel.
An antistatic agent, comprising: a block polymer having a block of a polyamide (a) and a block of a hydrophilic polymer (b) as structure units; and an amide-forming monomer (c), wherein a weight ratio of the amide-forming monomer (c) to the block polymer, i.e., amide-forming monomer (c)/block polymer, is 2/98 to 12/88. a block polymer having a block of a polyamide (a) and a block of a hydrophilic polymer (b) as structure units; and an amide-forming monomer (c), wherein a weight ratio of the amide-forming monomer (c) to the block polymer, i.e., amide-forming monomer (c)/block polymer, is 2/98 to 12/88.
A solar module collection assembly (12, 14) for collection of incident solar energy and generation of electricity, which comprises: (a) a central vertically oriented support column; (b) a solar collection assembly comprising a plurality of dual faced solar receptor assemblies, each solar receptor assembly having an upper solar receptor surface (36A, 36C) and a lower solar receptor surface (36B, 36D), said solar collection assembly carried by said central vertically oriented support column; and (c) a solar collector reflective assembly surrounding said central vertically oriented support column and oriented to reflect incident solar energy onto said solar collection assembly characterized in that each solar receptor assembly comprises a wedge-shaped support (34A, 34B) having an upper surface and a lower surface, each upper and lower surface having a solar receptor (36A, 36C; 36B, 36D) affixed thereto. (a) a central vertically oriented support column; (b) a solar collection assembly comprising a plurality of dual faced solar receptor assemblies, each solar receptor assembly having an upper solar receptor surface (36A, 36C) and a lower solar receptor surface (36B, 36D), said solar collection assembly carried by said central vertically oriented support column; and (c) a solar collector reflective assembly surrounding said central vertically oriented support column and oriented to reflect incident solar energy onto said solar collection assembly
A control method for a microfluidic testing system, the microfluidic testing system comprising a microfluidic biochip, a sample stage for placing a sample cup, and a lifting mechanism for driving the sample stage to move, the microfluidic biochip being provided with a sample inlet for receiving a sample liquid, and the control method comprising: starting the lifting mechanism after the sample cup holding the sample liquid is placed on the sample stage, and controlling the lifting mechanism to move the sample stage from an initial position to a testing position where the sample liquid in the sample cup comes into contact with the sample inlet, wherein the microfluidic testing system further comprises a buffer liquid driving device, and wherein before starting the lifting mechanism, the control method further comprises a step of judging whether the sample cup holding the sample liquid is placed on the sample stage, and the step specifically comprises: judging whether the sample cup holding a sample is placed on the sample stage; and if yes, starting the buffer liquid driving device, and driving a buffer liquid to flow into the sample cup by the buffer liquid driving device, such that the buffer liquid is mixed with the sample in the sample cup to generate the sample liquid. judging whether the sample cup holding a sample is placed on the sample stage; and if yes, starting the buffer liquid driving device, and driving a buffer liquid to flow into the sample cup by the buffer liquid driving device, such that the buffer liquid is mixed with the sample in the sample cup to generate the sample liquid.
An attenuated Piscirickettsia salmonis bacterium comprising a mutation in the amino acid sequence of each of the rpoD, FecR, ATP-grasp domain protein, and FtsH gene products, the mutations comprising: a) an arginine to cysteine mutation at position 473 of the rpoD gene product provided as Seq. ID No. 17; b) a premature stop codon at the position corresponding to residue 83 of the FecR gene product provided as Seq. ID No. 26; c) a serine to proline mutation at position 184 of the ATP-grasp domain protein gene product provided as Seq. ID No. 40; and, d) a methionine to isoleucine mutation at position 191 of the FtsH gene product provided as Seq. ID No. 54. a) an arginine to cysteine mutation at position 473 of the rpoD gene product provided as Seq. ID No. 17; b) a premature stop codon at the position corresponding to residue 83 of the FecR gene product provided as Seq. ID No. 26; c) a serine to proline mutation at position 184 of the ATP-grasp domain protein gene product provided as Seq. ID No. 40; and, d) a methionine to isoleucine mutation at position 191 of the FtsH gene product provided as Seq. ID No. 54.
A device for burying slender elements, such as cables, pipes, ropes, chains, ducts and the like, in a furrow, comprising a chassis, which is provided with manual control means for an operator for piloting it, the chassis carrying movement means, such as wheels and the like, and at least one cutting tool which rotates about its own vertical axis, the cutting tool being driven by a motor, and being further provided with suitable cutting edges, the device being further provided with pivoting means (6, 7) for horizontal pivoting with respect to said vertical axis of said cutting tool, the pivoting means (6, 7) being provided with an outlet for dispensing said slender element, said outlet being substantially aligned with the lower portion of said rotating cutting tool, and means for adjusting the height of said pivoting means (6, 7) and of said rotating cutting tool and therefore of the depth of the furrow that is generated in the terrain by said rotating cutting tool while said device is advancing, characterized in that said pivoting means (6, 7) comprises a collar which is coaxially hinged to the rotating cutting tool, said collar being coupled to a rudder-shaped appendage that has its lower part arranged substantially at the same level as the lower portion of said cutting tool, while the device is advancing, the lower portion of said rudder-shaped appendage being accommodated inside the furrow generated by said cutting tool.
A method for preparing a relief printing form from a photosensitive element having an exterior surface and comprising a layer of a photopolymerizable composition capable of being partially liquefied, comprising the steps of: a) supporting a development medium with a core member adjacent to the exterior surface; b) heating the exterior surface to a temperature sufficient to cause a portion of the layer to liquefy and form liquefied material; and c) contacting the photosensitive element with the development medium to allow the liquefied material to be removed by the development medium; wherein a compressible collar comprising a closed-cell foam having a Poisson's ratio of less than 0.4 is disposed between the core member and the development medium; and a layer of thermally-conductive solid elastomer is disposed between the collar and the development medium; wherein said method further comprises, prior to contacting step c), heating with radiant energy an outer surface of the thermally-conductive solid layer. a) supporting a development medium with a core member adjacent to the exterior surface; b) heating the exterior surface to a temperature sufficient to cause a portion of the layer to liquefy and form liquefied material; and c) contacting the photosensitive element with the development medium to allow the liquefied material to be removed by the development medium;
A belt assembly for an internal combustion engine having a tensioner mount, comprising: a spacer rotatably coupleable to the tensioner mount; and a tensioner co-rotatably coupled to the spacer, the spacer being positioned between the tensioner and the tensioner mount; wherein the spacer comprises a retractable key configured to move into a first notch formed in the tensioner mount of the internal combustion engine, wherein the retractable key comprises a spring; and characterized in that the retractable key is further configured to concurrently move into a second notch in the spacer so as to prevent rotation of the spacer relative to the tensioner mount; wherein the retractable key is configured to move radially inward and outward so as to concurrently move into and move out of the first notch and the second notch. a spacer rotatably coupleable to the tensioner mount; and a tensioner co-rotatably coupled to the spacer, the spacer being positioned between the tensioner and the tensioner mount; wherein the spacer comprises a retractable key configured to move into a first notch formed in the tensioner mount of the internal combustion engine, wherein the retractable key comprises a spring; and characterized in that the retractable key is further configured to concurrently move into a second notch in the spacer so as to prevent rotation of the spacer relative to the tensioner mount; wherein the retractable key is configured to move radially inward and outward so as to concurrently move into and move out of the first notch and the second notch.
A media content playing method, comprising receiving, by a second display apparatus which is associated with a first display apparatus, second media content corresponding to first information, wherein, the first information corresponding to first media content and being sent from a first server to a second sever; wherein, the first media content being sent by the first server to the first display apparatus according to a first request of a user so that the first display apparatus playing the first media content; the first request being received by the first server and being used to instruct to send the first media content to the first display apparatus; sending, by the second display apparatus, a second request to the first server; wherein the second request comprising second information, which corresponds to third media content that is currently presented on the second display apparatus, and identification information, which comprises geographic location information of the second display apparatus or information about a network to which the second display apparatus currently connects; wherein the second request being used to instruct the first server determine fourth media content corresponding to the second information according to the second request, determine a third display apparatus that is associated with the second display apparatus according to the identification information and send the fourth media content to the third display apparatus. receiving, by a second display apparatus which is associated with a first display apparatus, second media content corresponding to first information, wherein, the first information corresponding to first media content and being sent from a first server to a second sever; wherein, the first media content being sent by the first server to the first display apparatus according to a first request of a user so that the first display apparatus playing the first media content; the first request being received by the first server and being used to instruct to send the first media content to the first display apparatus; sending, by the second display apparatus, a second request to the first server; wherein the second request comprising second information, which corresponds to third media content that is currently presented on the second display apparatus, and identification information, which comprises geographic location information of the second display apparatus or information about a network to which the second display apparatus currently connects; wherein the second request being used to instruct the first server determine fourth media content corresponding to the second information according to the second request, determine a third display apparatus that is associated with the second display apparatus according to the identification information and send the fourth media content to the third display apparatus.
Article with a coating arranged on at least one surface of the article, which coating comprises at least one antimicrobially acting layer with an antimicrobial agent, wherein the agent comprises a copper compound and/or a copper compound as well as silicon, nitrogen and oxygen, characterized in that in the layer, all data in at%, a ratio G = Cu + Si / Cu + Si + N + O + D of 32 ≤ G ≤ 52 is present, wherein D stands for one or more optional doping elements.
A portable terminal charging device comprising: a support plate whose front surface side serves as a portable terminal installation unit; a charging coil that is arranged on a rear surface side of the support plate so as to face the support plate, and a plurality of detection coils, characterized by a first detection coil that is arranged between the charging coil and the portable terminal installation unit of the support plate, and that has a large diameter; a second detection coil that is arranged inward of the first detection coil, and that has a smaller diameter than the first detection coil; and a controller that is connected to the first and second detection coils, wherein the controller performs a safety operation if a ratio (V2/V1) of a second voltage detected by the second detection coil to a first voltage detected by the first detection coil becomes smaller than a set value. a support plate whose front surface side serves as a portable terminal installation unit; a charging coil that is arranged on a rear surface side of the support plate so as to face the support plate, and a plurality of detection coils, characterized by a first detection coil that is arranged between the charging coil and the portable terminal installation unit of the support plate, and that has a large diameter; a second detection coil that is arranged inward of the first detection coil, and that has a smaller diameter than the first detection coil; and a controller that is connected to the first and second detection coils, wherein the controller performs a safety operation if a ratio (V2/V1) of a second voltage detected by the second detection coil to a first voltage detected by the first detection coil becomes smaller than a set value.
A 3D printing device, comprising a printing head, a heating device, a draw-in device (17, 18) for a welding wire of plastic, a work piece table with a support plane for the work piece to be printed, means for moving the work piece to be printed along at least two axes that are perpendicularly to one another, that is in the X-direction and in the Y-direction as well as means for moving the printing heat in the Z-direction, wherein via transmission means (23, 24) connected between the rotating spindle and the draw-in device (17, 18) for the welding wire the rotary motion of the spindle is directly converted into a feeding motion of the welding wire, wherein the draw-in device (17, 18) for the welding wire of plastic is driven via the spindle drive of a CNC machine, wherein the means for moving the work piece to be printed are controlled in the X-direction and in the Y-direction as well as the means for moving the printing head in the Z-direction are controlled via the control of the CNC milling machine and the drive axle of the spindle drive of the rotating spindle of the CNC machine is orientated equal to or parallel to the feeding direction of the welding wire in the region in front of the printing head, and wherein between the draw-in device (17, 18) for the welding wire and the printing head a cooling device is arranged.
Control system of a propulsion unit of a watercraft comprising: an engine electronic control unit configured to control an operating state of an engine; a remote controller having a control lever and being capable of transmitting a control signal to the engine electronic control unit to achieve a target operating state; and an electronic remote control unit comprising an operating state determination means configured to determine whether the engine is in an operating state, a shift position detector configured to detect whether the shift is in neutral, and a lever position detector configured to detect whether the control lever is in a neutral position, characterised in that the electronic remote control unit is configured to control a shift actuator either to maintain or to change a shift position of the engine when a supply of electrical power from an electrical power source to the engine is stopped or resumed depending on whether the engine is in an operating state, and on a shift position, and on an operating position of the control lever. an engine electronic control unit configured to control an operating state of an engine; a remote controller having a control lever and being capable of transmitting a control signal to the engine electronic control unit to achieve a target operating state; and an electronic remote control unit comprising an operating state determination means configured to determine whether the engine is in an operating state, a shift position detector configured to detect whether the shift is in neutral, and a lever position detector configured to detect whether the control lever is in a neutral position, characterised in that the electronic remote control unit is configured to control a shift actuator either to maintain or to change a shift position of the engine when a supply of electrical power from an electrical power source to the engine is stopped or resumed depending on whether the engine is in an operating state, and on a shift position, and on an operating position of the control lever.
An assistance device for supporting an upper body of a care receiver and performing standing assistance for the care receiver, the assistance device comprising: a base; a body supporting member provided on the base in a manner capable of being raised and lowered, and configured to support the upper body of the care receiver; a load detecting device configured to detect a load applied on the body supporting member by the care receiver; and a display device configured to display an extent to which a load is applied to the body supporting member in a front-rear direction of the body supporting member based on the load detected by the load detecting device. characterized in that: the load detecting device includes a first load detecting apparatus configured to detect a first load (a) applied by the care receiver, and a second load detecting apparatus provided on the body supporting member at a position rearwards of the first load detecting apparatus, and configured to detect a second load (b) applied by the care receiver, and wherein the display device is configured to show the extent to which the load is applied based on the first load (a) and the second load (b). a base; a body supporting member provided on the base in a manner capable of being raised and lowered, and configured to support the upper body of the care receiver; a load detecting device configured to detect a load applied on the body supporting member by the care receiver; and a display device configured to display an extent to which a load is applied to the body supporting member in a front-rear direction of the body supporting member based on the load detected by the load detecting device. characterized in that: the load detecting device includes a first load detecting apparatus configured to detect a first load (a) applied by the care receiver, and a second load detecting apparatus provided on the body supporting member at a position rearwards of the first load detecting apparatus, and configured to detect a second load (b) applied by the care receiver, and wherein the display device is configured to show the extent to which the load is applied based on the first load (a) and the second load (b). the load detecting device includes a first load detecting apparatus configured to detect a first load (a) applied by the care receiver, and a second load detecting apparatus provided on the body supporting member at a position rearwards of the first load detecting apparatus, and configured to detect a second load (b) applied by the care receiver, and wherein the display device is configured to show the extent to which the load is applied based on the first load (a) and the second load (b).