mhurhangee/ep-ind-claims huggingface dataset:
A method for preventing the unauthorized copying of content items stored on a mobile device using keys associated with each content item comprising: receiving a request to read data associated with a content item by a mobile device, wherein the data is encrypted and stored in removable storage associated with the mobile device; determining that the request to read the data is authorized by the mobile device; in response to determining that request to read the data is authorized, determining a key associated with the content item by the mobile device; decrypting the data associated with the content item using the key by the mobile device; and providing the decrypted data by the mobile device; wherein determining a key associated with the content item comprises determining a region of non-removable storage associated with the mobile device, and retrieving the key from the region of non-removable storage associated with the mobile device; the content item key is stored in the non-removable storage in a content item folder; and the content item folder used to store the content item key has the same name or identifier as a content item folder used to store the corresponding encrypted content item data in the removable storage; wherein the file structure of the content item folders used to store the content item keys on the non-removable storage mirrors the file structure of the content item folders used to store the encrypted content item data on the removable storage. receiving a request to read data associated with a content item by a mobile device, wherein the data is encrypted and stored in removable storage associated with the mobile device; determining that the request to read the data is authorized by the mobile device; in response to determining that request to read the data is authorized, determining a key associated with the content item by the mobile device; decrypting the data associated with the content item using the key by the mobile device; and providing the decrypted data by the mobile device; wherein determining a key associated with the content item comprises determining a region of non-removable storage associated with the mobile device, and retrieving the key from the region of non-removable storage associated with the mobile device; the content item key is stored in the non-removable storage in a content item folder; and the content item folder used to store the content item key has the same name or identifier as a content item folder used to store the corresponding encrypted content item data in the removable storage; wherein the file structure of the content item folders used to store the content item keys on the non-removable storage mirrors the file structure of the content item folders used to store the encrypted content item data on the removable storage.
A mass spectrometry probe comprising at least one porous material, characterised in that the at least one porous material is a) wetted by applying a small volume of a solution containing a solvent and an analyte onto the porous material; or b) swabbed along a surface including a powdered analyte and wetted by a small volume of a solvent, either prior or after swabbing; or c) pre-spotted by an analyte and wetted by a small volume of a solvent; and the at least one porous material is connected to a high voltage source to generate ions of said analyte without pneumatic assistance.
Sensor unit having a connecting element for connecting a data supply unit (12, USS) to a connecting section, the connecting element having the following features: - a first interface which comprises at least a first, second, third, fourth and fifth contact connection with which contact can be made from outside the connecting element, the first and second contact connections being connected or being able to be connected to one another in an electrically conductive manner, and the fourth and fifth contact connections being connected or being able to be connected to one another in an electrically conductive manner; - a second interface for supplying energy to the data supply unit (12, USS) and for forwarding the data from the data supply unit (12, USS), the second interface having at least a first, second and third connecting contact, and the first connecting contact being provided for the purpose of supplying energy to the data supply unit and being connected to the first and/or second contact connection, the second connecting contact being provided for the purpose of forwarding data and being connected to the third contact connection, and the third connecting contact being provided for the purpose of supplying energy to the data supply unit and being connected to the fourth and/or fifth contact connection, and having a sensor element for a vehicle for the purpose of supplying sensor data, the sensor element being able to be supplied with energy by means of the first and third connecting contacts, and the sensor element being designed to output sensor data to a data processing unit via the second connecting contact. - a first interface which comprises at least a first, second, third, fourth and fifth contact connection with which contact can be made from outside the connecting element, the first and second contact connections being connected or being able to be connected to one another in an electrically conductive manner, and the fourth and fifth contact connections being connected or being able to be connected to one another in an electrically conductive manner; - a second interface for supplying energy to the data supply unit (12, USS) and for forwarding the data from the data supply unit (12, USS), the second interface having at least a first, second and third connecting contact, and the first connecting contact being provided for the purpose of supplying energy to the data supply unit and being connected to the first and/or second contact connection, the second connecting contact being provided for the purpose of forwarding data and being connected to the third contact connection, and the third connecting contact being provided for the purpose of supplying energy to the data supply unit and being connected to the fourth and/or fifth contact connection,
A capacity control valve (V, V1, V2) comprising: a valve housing (10, 210) that is provided with a suction port through which a suction fluid of a suction pressure (Ps) passes and a control port through which a control fluid of a control pressure (Pc) passes; a CS valve (50, 150, 250) that includes a CS valve element (51, 151, 251) which is axially driven by a solenoid and a CS valve seat which is provided between the suction port and the control port and is brought into contact with and separated from the CS valve element (51, 151, 251); and a biasing member (17, 18, 217) configured to bias the CS valve element (51, 151, 251) in a valve closing direction of the CS valve (50, 150, 250), wherein a space (S, S1, S2) is formed inside the valve housing (10, 210) in opposition to the solenoid through the CS valve element (51, 151, 251) and the suction fluid flows into the space (S, S1, S2), the suction port is formed on a side opposed to the space (S, S1, S2) through the CS valve element (51, 151, 251) in an axial direction, the CS valve (50, 150, 250) is configured to open and close a communication between the control port and the suction port, characterized in that the suction fluid flows into the space (S, S1, S2) through the suction port, a communication passage (51c, 151c) for a communication between the space (S, S1, S2) and the suction port is provided, and the communication passage (51c, 151c) is formed in the CS valve element (51, 151, 251). a valve housing (10, 210) that is provided with a suction port through which a suction fluid of a suction pressure (Ps) passes and a control port through which a control fluid of a control pressure (Pc) passes; a CS valve (50, 150, 250) that includes a CS valve element (51, 151, 251) which is axially driven by a solenoid and a CS valve seat which is provided between the suction port and the control port and is brought into contact with and separated from the CS valve element (51, 151, 251); and a biasing member (17, 18, 217) configured to bias the CS valve element (51, 151, 251) in a valve closing direction of the CS valve (50, 150, 250), wherein a space (S, S1, S2) is formed inside the valve housing (10, 210) in opposition to the solenoid through the CS valve element (51, 151, 251) and the suction fluid flows into the space (S, S1, S2), the suction port is formed on a side opposed to the space (S, S1, S2) through the CS valve element (51, 151, 251) in an axial direction, the CS valve (50, 150, 250) is configured to open and close a communication between the control port and the suction port, characterized in that the suction fluid flows into the space (S, S1, S2) through the suction port, a communication passage (51c, 151c) for a communication between the space (S, S1, S2) and the suction port is provided, and the communication passage (51c, 151c) is formed in the CS valve element (51, 151, 251).
A pharmaceutical composition for use in the improvement, prevention or treatment of pruritus, comprising a compound represented by Formula 1 or Formula 2, or a pharmaceutically acceptable salt thereof as an active ingredient, wherein, in the formulae, R is hydrogen or C 1-4 alkyl.
Working tool, in particular electric tool, with a housing which forms a handle and in which a driving motor for a working means is provided, wherein the housing defines a first axial device axis, and with a working shaft which is driven in a rotating or oscillating manner, is intended for receiving the working means and is formed transversely with respect to the first axial device axis, characterized in that a rigid, in particular linear, connecting element which is inclined in relation to the first device axis is provided between a handle-side end of the motor housing and a receptacle for the working shaft, in that the working shaft has a driving end and a free end, in that a rigid transmission shaft which is inclined in relation to the device axis is provided between a motor shaft of the driving motor and the working shaft, and in that the driving end of the working shaft and the free end of the working shaft lie on two opposite sides of the device axis.
A sensor package (200; 310) comprising: a sensor (202; 316); at least one external wall (213; 313); an interposer (206; 300), arranged between the sensor (202; 316) and the at least one external wall (213; 313); wherein the interposer (206; 300) comprises conductive tracking (210; 302); wherein the sensor (202; 316) is wire bonded (208; 318) to the conductive tracking (210; 302); wherein the at least one external wall (213; 313) is made from a first material, the interposer (206; 300) is made from a second material, and the first and second materials are different; characterized in that the conductive tracking (210; 302) is wire bonded (208; 320) to the at least one external wall (213; 313) and in that the second material is plastic. a sensor (202; 316); at least one external wall (213; 313); an interposer (206; 300), arranged between the sensor (202; 316) and the at least one external wall (213; 313); wherein the interposer (206; 300) comprises conductive tracking (210; 302); wherein the sensor (202; 316) is wire bonded (208; 318) to the conductive tracking (210; 302); wherein the at least one external wall (213; 313) is made from a first material, the interposer (206; 300) is made from a second material, and the first and second materials are different; characterized in that the conductive tracking (210; 302) is wire bonded (208; 320) to the at least one external wall (213; 313) and in that the second material is plastic.
A method for generating a motion map, the method comprising the steps of: acquiring projection data at a plurality of angular positions relative to an object disposed in an examination region, each projection comprising a plurality of line integrals; reconstructing from the projection data to generate a reference image; obtaining reference projection data from a forward projection of the reference image; computing differences between pairs of corresponding line integrals from the acquired projection data and the reference projection data to determine line integral differences; and applying tomographic reconstruction to the line integral differences to generate a motion map indicative of the regions of a corresponding image reconstructed from the projection data that are affected by motion. acquiring projection data at a plurality of angular positions relative to an object disposed in an examination region, each projection comprising a plurality of line integrals; reconstructing from the projection data to generate a reference image; obtaining reference projection data from a forward projection of the reference image; computing differences between pairs of corresponding line integrals from the acquired projection data and the reference projection data to determine line integral differences; and applying tomographic reconstruction to the line integral differences to generate a motion map indicative of the regions of a corresponding image reconstructed from the projection data that are affected by motion.
A pigment dispersant being a compound represented by the following formula: wherein R 1 and R 2 each independently represent a group represented by the following formula or: wherein * shows a position of bonding with a triazine ring; each X independently represents an alkylene group having 1 to 4 carbon atoms; and R 5 and R 6 each independently represent a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, R 5 and R 6 optionally bond to each other to form a cyclic structure, and the cyclic structure optionally contains a hetero atom, and R 3 and R 4 each independently represent a hydrogen atom, a halogen atom, an alkyl group, an alkoxy group, or a hydroxy group.
An antisense oligonucleotide which targets a Brain derived neurotrophic factor (BDNF) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of a Brain derived neurotrophic factor (BDNF), wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 3-8, and with the proviso that the oligonucleotides having SEQ ID NOs: 50-55 are excluded.
Method for washing laundry in a washing machine comprising a suds container and a control unit, said method comprising: at least one washing phase in which the laundry is intended to be heated by a predefined amount of water to an externally predefined target laundry temperature which can be predefined by an operating element, the amount of water being heated to a target water temperature which lies above the target laundry temperature and is calculated by the control unit on the basis of the target laundry temperature, characterised in that the target water temperature is calculated by adding an offset to the target laundry temperature, the magnitude of the offset value being inversely proportional to the target laundry temperature, more particularly therefore a greater offset value being used in the case of a lower target laundry temperature than in the case of a higher target laundry temperature. at least one washing phase in which the laundry is intended to be heated by a predefined amount of water to an externally predefined target laundry temperature which can be predefined by an operating element, the amount of water being heated to a target water temperature which lies above the target laundry temperature and is calculated by the control unit on the basis of the target laundry temperature, characterised in that the target water temperature is calculated by adding an offset to the target laundry temperature, the magnitude of the offset value being inversely proportional to the target laundry temperature, more particularly therefore a greater offset value being used in the case of a lower target laundry temperature than in the case of a higher target laundry temperature.
A tire comprising a tread, sidewalls, a carcass and at least two belt layers (9, 10) arranged radially between the carcass and the tread in a crown area of the tire, wherein the tread has at least one axially outer edge portion radially covering an axially outermost edge of at least one of the belt layers (9, 10) and having a rubber composition different from the rubber composition of a neighboring portion of the tread, wherein the neighboring portion is adapted to be ground-contacting, wherein one of the sidewalls or a respective sidewall at least partially covers and contacts an axially outer surface of the axially outer edge portion of the tread, and wherein the rubber composition of the axially outer edge portion has an elongation at break of at least 500%, wherein elongation at break is determined by a ring sample test based on ASTM D412 or equivalent, characterized in that the rubber composition of the axially outer edge portion has an elongation at break which is at least 10% higher than the elongation at break of the rubber composition of the neighboring portion of the tread and in that rubber composition of the axially outer edge portion comprises at least 25 phr of polybutadiene rubber, at least 30 phr of polyisoprene rubber, and at least 20 phr of carbon black.
A medium-holding device holding a sheet-shaped medium by suction, comprising: a main body having a sucking part; sucking means for sucking an inner side of the sucking part; a sheet-shaped cover which is attached to the main body and covers the sucking part to configure a suction-holding surface of the medium; a plurality of suction apertures formed to have the same diameter on the cover; and a narrowing member individually provided to a specific suction aperture of the plurality of suction apertures and for narrowing the specific suction aperture, the narrowing member including a narrowing flow path which is provided on a back surface of the cover and in communication with the specific suction aperture to narrow the specific suction aperture, characterized in that the narrowing member abuts on the main body when the cover is attached to the main body. a main body having a sucking part; sucking means for sucking an inner side of the sucking part; a sheet-shaped cover which is attached to the main body and covers the sucking part to configure a suction-holding surface of the medium; a plurality of suction apertures formed to have the same diameter on the cover; and a narrowing member individually provided to a specific suction aperture of the plurality of suction apertures and for narrowing the specific suction aperture, the narrowing member including a narrowing flow path which is provided on a back surface of the cover and in communication with the specific suction aperture to narrow the specific suction aperture, characterized in that the narrowing member abuts on the main body when the cover is attached to the main body.
A nickel oxide ore smelting method for producing ferronickel by reducing a mixture containing a nickel oxide ore, the method comprising: a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained by filling a predetermined container with the mixture to obtain a mixture-filled container as a mixture-molded body a reducing step for heating the mixture-filled container obtained at a reducing temperature of 1250 °C or more and 1450 °C or less in a movable hearth furnace in a state in which the mixture is enclosed in the container and a lid is put onto the container, and metallizing nickel oxide and iron oxide contained in the mixture to form a shell on a surface of the mixture and generating slag of a liquid phase from slag components contained in the mixture and separately generating a metal composed of ferronickel and slag composed of an oxide in the mixture; and a separating step for separating slag and obtaining ferronickel after the reducing step is performed. a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained by filling a predetermined container with the mixture to obtain a mixture-filled container as a mixture-molded body a reducing step for heating the mixture-filled container obtained at a reducing temperature of 1250 °C or more and 1450 °C or less in a movable hearth furnace in a state in which the mixture is enclosed in the container and a lid is put onto the container, and metallizing nickel oxide and iron oxide contained in the mixture to form a shell on a surface of the mixture and generating slag of a liquid phase from slag components contained in the mixture and separately generating a metal composed of ferronickel and slag composed of an oxide in the mixture; and a separating step for separating slag and obtaining ferronickel after the reducing step is performed.
An apparatus comprising means for: pre-distorting an input signal, that is to be amplified by a power amplifier, by: processing (S8.2), by a first neural network block comprising multiple convolutional neural network layers, input data representing in-phase, I, and quadrature, Q, signals of the input signal to generate a first neural network block output; processing (S8.3), by a second neural network block comprising at least one dilated convolutional neural network layer, the input data to generate a second neural network block output; and combining (S8.4), using a linear transformation block having plural linear transformation coefficients, the first neural network block output and the second neural network block output to generate a pre-distorted signal for amplification by the power amplifier, wherein amplification of the pre-distorted signal by the power amplifier produces an amplified signal, wherein the means are further configured to: receive (S8.6) data representing the amplified signal; and based on the data representing the amplified signal, adapt (S8.7) the linear transformation coefficients of the linear transformation block. processing (S8.2), by a first neural network block comprising multiple convolutional neural network layers, input data representing in-phase, I, and quadrature, Q, signals of the input signal to generate a first neural network block output; processing (S8.3), by a second neural network block comprising at least one dilated convolutional neural network layer, the input data to generate a second neural network block output; and combining (S8.4), using a linear transformation block having plural linear transformation coefficients, the first neural network block output and the second neural network block output to generate a pre-distorted signal for amplification by the power amplifier, wherein amplification of the pre-distorted signal by the power amplifier produces an amplified signal, receive (S8.6) data representing the amplified signal; and based on the data representing the amplified signal, adapt (S8.7) the linear transformation coefficients of the linear transformation block.
Sand dispenser for a rail vehicle, the sand dispenser comprising a metering device for pneumatically metering a desired sand quantity using a metering air flow and a conveying device for pneumatically conveying the sand quantity to at least one scattering location using a conveying air flow, characterised by a decoupling device for pneumatically decoupling the metering device and the conveying device, wherein the decoupling device is designed to provide a compensation air flow for compensating for a difference between an outlet air flow of the metering device and an inlet air flow of the conveying device.