mhurhangee/ep-ind-claims huggingface dataset:
A thermosyphon, comprising: a condenser having a first condenser orifice configured to allow vapor to enter the condenser; the condenser further having a second condenser orifice configured to allow liquid to leave, and vapor to enter, the condenser, the first condenser orifice and the second condenser orifice being located on a bottom of the condenser; an evaporator having a first evaporator orifice configured to allow vapor to exit the evaporator; the evaporator further having a second evaporator orifice located below the second condenser orifice and configured to allow liquid to enter, and vapor to leave, the evaporator, the first evaporator orifice and the second evaporator orifice being located on a top of the evaporator; a plurality of evaporator fins positioned within the evaporator, wherein the evaporator fins direct movement of fluid within the evaporator from the second evaporator orifice towards the first evaporator orifice; a vapor tube fluidly coupling the first evaporator orifice to the first condenser orifice; a liquid tube fluidly coupling the second condenser orifice to the second evaporator orifice; characterised in that in use the vapour tube and the liquid tube are parallel to each other and positioned in one horizontal plane, such that the condenser is positioned above the vapour tube and the liquid tube, and the evaporator is positioned below the vapour tube. a condenser having a first condenser orifice configured to allow vapor to enter the condenser; the condenser further having a second condenser orifice configured to allow liquid to leave, and vapor to enter, the condenser, the first condenser orifice and the second condenser orifice being located on a bottom of the condenser; an evaporator having a first evaporator orifice configured to allow vapor to exit the evaporator; the evaporator further having a second evaporator orifice located below the second condenser orifice and configured to allow liquid to enter, and vapor to leave, the evaporator, the first evaporator orifice and the second evaporator orifice being located on a top of the evaporator; a plurality of evaporator fins positioned within the evaporator, wherein the evaporator fins direct movement of fluid within the evaporator from the second evaporator orifice towards the first evaporator orifice; a vapor tube fluidly coupling the first evaporator orifice to the first condenser orifice; a liquid tube fluidly coupling the second condenser orifice to the second evaporator orifice; characterised in that in use the vapour tube and the liquid tube are parallel to each other and positioned in one horizontal plane, such that the condenser is positioned above the vapour tube and the liquid tube, and the evaporator is positioned below the vapour tube.
Pipe inspection and/or maintenance device for a pipe inspection and/or maintenance system, comprising - a housing, - at least one electrical and/or electronic component arranged in the housing, - at least one accumulator which is arranged in the housing and is coupled to the electrical and/or electronic component, - the electrical and/or electronic component and the accumulator being arranged in the housing in a fluid-tight and gastight manner, and - the accumulator being coupled to a charging device which is also arranged in the housing in a fluid-tight and gastight manner, the charging device being adapted - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device, and - to charge the accumulator with the transmitted electrical power at least in part, characterised in that - the housing comprises at least one portion in which the housing wall comprises a non-metal material, the charging device being arranged inside the housing in the region of the portion, and - the charging device comprises a secondary coil, which interacts with a primary coil of the charging unit, the secondary coil being arranged in the region of the portion and facing the portion. - a housing, - at least one electrical and/or electronic component arranged in the housing, - at least one accumulator which is arranged in the housing and is coupled to the electrical and/or electronic component, - the electrical and/or electronic component and the accumulator being arranged in the housing in a fluid-tight and gastight manner, and - the accumulator being coupled to a charging device which is also arranged in the housing in a fluid-tight and gastight manner, the charging device being adapted - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device, and - to charge the accumulator with the transmitted electrical power at least in part, characterised in that - to interact with a charging unit that can be arranged outside the housing in order to transmit electrical power wirelessly from the charging unit to the charging device, and - to charge the accumulator with the transmitted electrical power at least in part, - the housing comprises at least one portion in which the housing wall comprises a non-metal material, the charging device being arranged inside the housing in the region of the portion, and - the charging device comprises a secondary coil, which interacts with a primary coil of the charging unit, the secondary coil being arranged in the region of the portion and facing the portion.
A method for controlling the direction of a gas suctioning in a device for producing a three-dimensional object by selectively solidifying a building material layer by layer, wherein the device comprises: an application device for applying a layer of the building material to a build area in a working plane, a solidification device for selectively solidifying the building material in the applied layer, and at least two gas nozzles which are arranged at the edge of the build area, wherein the gas nozzles can be switched into a function for suctioning gas out of the device and in a functionless state and the gas nozzles are switched depending on an operating state of the device. an application device for applying a layer of the building material to a build area in a working plane, a solidification device for selectively solidifying the building material in the applied layer, and at least two gas nozzles which are arranged at the edge of the build area, wherein the gas nozzles can be switched into a function for suctioning gas out of the device and in a functionless state and the gas nozzles are switched depending on an operating state of the device.
A fluorine matt film which comprises 100 parts by mass of a fluorine resin and 1 to 18 parts by mass (with respect to 100 parts by mass of the fluorine resin) of a non-crosslinked acrylic resin, wherein the solubility parameter of fluorine resin and the solubility parameter of non-crosslinked acrylic resin satisfy the following equations and 2, and wherein the non-crosslinked acrylic resin is a hydroxyl group-containing polymer, which is a polymer obtained by copolymerizing a monomer component which contains 1 to 80 mass% of a hydroxyalkyl (meth)acrylate having a hydroxyl group-containing alkyl group with a carbon number of 1 to 8, 20 to 99 mass% of alkyl methacrylate having an alkyl group with a carbon number of 1 to 13, and 0 to 79 mass% of alkyl acrylate having an alkyl group with a carbon number of 1 to 8. SPA − SPF ≥ 5 J 1 / 2 cm − 3 / 2 SPA − SPF ≤ 6.8 J 1 / 2 cm − 3 / 2 100 parts by mass of a fluorine resin and 1 to 18 parts by mass (with respect to 100 parts by mass of the fluorine resin) of a non-crosslinked acrylic resin,
Main bearing of a wind turbine with three rotor blades, wherein - the bearing comprises an annular stationary raceway, which is arranged and prepared to be rigidly connected to a nacelle of the wind turbine, and an annular rotating raceway, which is arranged and prepared to be rigidly connected to a hub of the wind turbine, - both raceways (21, 22) are arranged such with regard to each other that their axes of symmetry coincide, - each raceway (21, 22) comprises a rear surface (213, 223), which is directed towards the nacelle, and a front surface (212, 222), which is directed to the hub, characterized in that - the rotating raceway is selectively reinforced by reinforcement means which are attached on the front surface of the rotating raceway in the angular sections where the rotor blades are attached to the hub, and/or on the rear surface of the rotating raceway in the angular sections between two adjacent rotor blades. - the bearing comprises an annular stationary raceway, which is arranged and prepared to be rigidly connected to a nacelle of the wind turbine, and an annular rotating raceway, which is arranged and prepared to be rigidly connected to a hub of the wind turbine, - both raceways (21, 22) are arranged such with regard to each other that their axes of symmetry coincide, - each raceway (21, 22) comprises a rear surface (213, 223), which is directed towards the nacelle, and a front surface (212, 222), which is directed to the hub, characterized in that - the rotating raceway is selectively reinforced by reinforcement means which are attached on the front surface of the rotating raceway in the angular sections where the rotor blades are attached to the hub, and/or on the rear surface of the rotating raceway in the angular sections between two adjacent rotor blades.
Garment for the protection of a user comprising an inflatable member and at least one seat configured to receive the inflatable member, wherein said inflatable member is apt to assume an inflated condition and a deflated condition, and wherein said seat includes at least one first region intended to receive said inflatable member in the deflated condition and one second region free or without said inflatable member in the deflated condition and adapted to receive at least a part of said inflatable member in inflated condition; wherein said second region is open, or seamless, towards said first region to receive at least a part of said inflatable member in inflated condition, wherein in a deflated condition said inflatable member is at least partially folded on itself so as to form sub-portions (100a, 100b, 100c) arranged one above the other and characterized in that said sub-portions (100a, 100b, 100c) are joined together by connecting means and at least a first part of a body of the garment has one or more ventilation openings and/or is made of a material allowing the air to flow, and wherein said first part corresponds to, or comprises, at least the second region of the seat for receiving the inflatable member. in a deflated condition said inflatable member is at least partially folded on itself so as to form sub-portions (100a, 100b, 100c) arranged one above the other and characterized in that said sub-portions (100a, 100b, 100c) are joined together by connecting means and at least a first part of a body of the garment has one or more ventilation openings and/or is made of a material allowing the air to flow, and wherein said first part corresponds to, or comprises, at least the second region of the seat for receiving the inflatable member.
A flexible circuit electrode array for application to neural tissue, comprising: a polymer base layer; electrodes suitable to stimulate neural tissue and more than one layer of metal traces, separated by polymer layers, deposited on said polymer base layer; and a polymer top layer deposited on said polymer base layer and said metal traces; characterized in that: the flexible circuit array further comprises interlayer vias which connect traces on different layers of the more than one layers of metal traces and wherein two interlayer vias form a bridge where a first trace bridges a second trace. a polymer base layer; electrodes suitable to stimulate neural tissue and more than one layer of metal traces, separated by polymer layers, deposited on said polymer base layer; and a polymer top layer deposited on said polymer base layer and said metal traces; characterized in that: the flexible circuit array further comprises interlayer vias which connect traces on different layers of the more than one layers of metal traces and wherein two interlayer vias form a bridge where a first trace bridges a second trace.
A rapid, sensitive method for the detection and quantification of non-naturally occurring drugs for forensic drug testing in a post-mortem human subject using oral fluid from the post-mortem subject, comprising: collecting a sample of oral fluid from a post-mortem human subject; analyzing the oral fluid sample qualitatively to detect the presence of one or more of the non-naturally occurring drugs; analyzing the oral fluid sample quantitatively using a Liquid Chromatography-Mass Spectrometry/Mass Spectrometry (LC-MS/MS) method to determine concentration of the one or more non-naturally occurring drugs in the post-mortem human subject; and identifying the one or more non-naturally occurring drugs in the post-mortem human subject, wherein detection and quantification in oral fluid is more sensitive and faster than detection and quantification of the non-naturally occurring drugs in blood, urine, bile, and liver tissue in the same post-mortem human subject using the same qualitative and quantitative methods, wherein qualitative and quantitative results are obtained in as little as three hours. collecting a sample of oral fluid from a post-mortem human subject; analyzing the oral fluid sample qualitatively to detect the presence of one or more of the non-naturally occurring drugs; analyzing the oral fluid sample quantitatively using a Liquid Chromatography-Mass Spectrometry/Mass Spectrometry (LC-MS/MS) method to determine concentration of the one or more non-naturally occurring drugs in the post-mortem human subject; and identifying the one or more non-naturally occurring drugs in the post-mortem human subject, wherein detection and quantification in oral fluid is more sensitive and faster than detection and quantification of the non-naturally occurring drugs in blood, urine, bile, and liver tissue in the same post-mortem human subject using the same qualitative and quantitative methods, wherein qualitative and quantitative results are obtained in as little as three hours.
A recording apparatus comprising: an adhesive belt for supporting and transporting a recording medium, the adhesive belt being looped over a plurality of rotating bodies (3, 4); a recording head for recording an image onto the recording medium; a first sensor for detecting that the recording medium is separated from the adhesive belt within a first range; characterised in that the recording apparatus is further comprising: a second sensor for detecting that the recording medium is separated from the adhesive belt within a second range contained in the first range; a take-up section for winding the recording medium; and a controller for controlling a rotation of the take-up section and a movement of the adhesive belt, the controller configured to transport the recording medium at an average feed speed while rotating the take-up section at a constant angular velocity and switching between a moving state and stopped state of the adhesive belt, the controller having a first mode of controlling the average feed speed to a constant average feed speed by switching between the moving state and the stopped state, based on information from the second sensor so that the recording medium is separated within the second range. an adhesive belt for supporting and transporting a recording medium, the adhesive belt being looped over a plurality of rotating bodies (3, 4); a recording head for recording an image onto the recording medium; a first sensor for detecting that the recording medium is separated from the adhesive belt within a first range; a second sensor for detecting that the recording medium is separated from the adhesive belt within a second range contained in the first range; a take-up section for winding the recording medium; and a controller for controlling a rotation of the take-up section and a movement of the adhesive belt,
Method for producing a conductive composition for generating heat from electrical energy (heating paint), comprising producing a mixture of graphite and a silicate salt in an aqueous solvent, electrolyzing the mixture by applying an electrical voltage to activate the surface and to form an intercalation compound, and separating the reaction product of the electrolysis from the reaction solution.
A vacuum cleaning and dust collecting apparatus, comprising a robotic vacuum cleaner and a dust collector, wherein the robotic vacuum cleaner comprises a housing, an infrared receiving assembly, a dust bin assembly, host charging elastic pieces, a driving motor, running wheels, and a sweeping assembly, the infrared receiving assembly is disposed on a side surface of the housing, the dust bin assembly is detachably disposed on a tail end of the housing, the host charging elastic pieces and the driving motor are disposed inside the housing, the infrared receiving assembly and the driving motor are electrically connected to the host charging elastic pieces, the running wheels are disposed on a bottom portion of the housing, the running wheels are connected to an output end of the driving motor, the sweeping assembly is connected to the bottom portion of the housing, the sweeping assembly comprises a sweeping shaft and a sweeping brush, the sweeping brush is disposed on the sweeping brush, and a communication transmitting light is disposed inside the housing; wherein the dust collector comprises a dust collector body, four groups of infrared emitting lights, virtual wall signal lights, dust collector charging elastic pieces, and a dust collector assembly, the infrared emitting lights and the virtual wall signal lights are disposed on a side surface of the dust collector body, the dust collector charging elastic pieces are disposed on a bottom portion of the dust collector body, the dust collector assembly is disposed inside the dust collector body, the dust collector charging elastic pieces are in contact with the host charging elastic pieces, the dust collector assembly abuts against the dust bin assembly, and a communication receiving light is disposed on the bottom portion of the dust collector body.
A method for secure authentication performed on a mobile communication device comprising: an authentication application carrying out the steps of: receiving, via an authentication application protocol handler, a unique identifier for a transaction from a first application provided on the same mobile communication device as the authentication application, wherein the unique identifier is sent locally between the first application and the authentication application via a first application protocol handler provided at the first application for invoking the authentication application; receiving an encrypted transaction from a remote secure server; decrypting or obtaining decryption of the transaction with a private key of the authentication application; signing or obtaining signing of the transaction with the private key; signing the transaction with the unique identifier received from the first application; and transmitting the signed transaction back to the remote secure server, wherein the authentication application communicates with the remote secure server via a secure protocol for authentication of the transaction. an authentication application carrying out the steps of: receiving, via an authentication application protocol handler, a unique identifier for a transaction from a first application provided on the same mobile communication device as the authentication application, wherein the unique identifier is sent locally between the first application and the authentication application via a first application protocol handler provided at the first application for invoking the authentication application; receiving an encrypted transaction from a remote secure server; decrypting or obtaining decryption of the transaction with a private key of the authentication application; signing or obtaining signing of the transaction with the private key; signing the transaction with the unique identifier received from the first application; and transmitting the signed transaction back to the remote secure server, receiving, via an authentication application protocol handler, a unique identifier for a transaction from a first application provided on the same mobile communication device as the authentication application, wherein the unique identifier is sent locally between the first application and the authentication application via a first application protocol handler provided at the first application for invoking the authentication application; receiving an encrypted transaction from a remote secure server; decrypting or obtaining decryption of the transaction with a private key of the authentication application; signing or obtaining signing of the transaction with the private key; signing the transaction with the unique identifier received from the first application; and transmitting the signed transaction back to the remote secure server, wherein the authentication application communicates with the remote secure server via a secure protocol for authentication of the transaction.
A compound having a structure represented by formula I: wherein: R 1 is hydrogen or optionally substituted alkyl; R 2 is hydrogen or optionally substituted alkyl; R 3 is hydrogen or optionally substituted alkyl; R 4 is optionally substituted pyrazolyl, optionally substituted pyridinyl, optionally substituted benzopiperidinyl, wherein each R 5 is independently H, OH, CN, alkyl, alkoxy, halo, haloalkyl, haloalkoxy, amino, acyl, or amide; n is 0, 1, or 2; is an optionally substituted amide or an optionally substituted heterocycle; is absent if is an optionally substituted amide, and if is optionally substituted heterocycle, is absent, optionally substituted piperidinyl or optionally substituted piperazinyl; wherein the optional substituent is independently alkyl, alkoxy, haloalkyl, halo, hydroxyl, cyano, carboxyl, amino, or amido; or a pharmaceutically acceptable salt or stereoisomer thereof. R 1 is hydrogen or optionally substituted alkyl; R 2 is hydrogen or optionally substituted alkyl; R 3 is hydrogen or optionally substituted alkyl; R 4 is optionally substituted pyrazolyl, optionally substituted pyridinyl, optionally substituted benzopiperidinyl, wherein each R 5 is independently H, OH, CN, alkyl, alkoxy, halo, haloalkyl, haloalkoxy, amino, acyl, or amide; n is 0, 1, or 2; is an optionally substituted amide or an optionally substituted heterocycle; is absent if is an optionally substituted amide, and if is optionally substituted heterocycle, is absent, optionally substituted piperidinyl or optionally substituted piperazinyl; wherein the optional substituent is independently alkyl, alkoxy, haloalkyl, halo, hydroxyl, cyano, carboxyl, amino, or amido; or a pharmaceutically acceptable salt or stereoisomer thereof.
Fan system having an electric motor, wherein the electric motor has a rotor, and the rotor is mounted so as to be rotatable relative to a stator, wherein a fan impeller is arranged for conjoint rotation on an end surface of the rotor by means of at least one attachment element in an attachment portion of the rotor, wherein at least one decoupling element is provided which is in the form of an axially continuous decoupling gap, characterized in that the decoupling element engages around the at least one attachment portion in the respective radially outer region thereof, wherein the decoupling element is provided for mechanically decoupling the attachment portion of the rotor from a rotor portion surrounding the attachment portion.