mhurhangee/ep-ind-claims huggingface dataset:
Process for thermal conversion of aluminum chloride hydrate into aluminum oxide and gaseous hydrogen chloride by partially decomposing the aluminum chloride hydrate into a decomposition reactor by heating to a temperature between 120 and 400 °C and then calcining the partially decomposed aluminum chloride hydrate in the calcining reactor to aluminum oxide at a temperature between 850 and 1200 °C, characterized in that the aluminum chloride hydrate is admixed with aluminum oxide in an intensive mixer with a mass ratio between 1:1 and 10:1 aluminum chloride hydrate to aluminum oxide and that the resulting mixture is fed into the decomposition reactor which is a fluidized bed reactor.
A method for storing information in a non-volatile memory, said method comprising: determining a starting key based upon a seed key and a logical page address associated with a group of data values; modifying data values in the group by randomizing the group of data values using a deterministic sequence of keys corresponding to the starting key; storing the randomized group of data into a physical page (208, 216, 224) of the non-volatile memory; characterised by: storing, into the physical page (208, 216, 224) of the non-volatile memory, a page offset identifier from which the starting key may be determined without knowledge of the logical page address, the page offset identifier determining the position of the starting key in the deterministic sequence.of keys. determining a starting key based upon a seed key and a logical page address associated with a group of data values; modifying data values in the group by randomizing the group of data values using a deterministic sequence of keys corresponding to the starting key; storing the randomized group of data into a physical page (208, 216, 224) of the non-volatile memory; characterised by: storing, into the physical page (208, 216, 224) of the non-volatile memory, a page offset identifier from which the starting key may be determined without knowledge of the logical page address, the page offset identifier determining the position of the starting key in the deterministic sequence.of keys. storing, into the physical page (208, 216, 224) of the non-volatile memory, a page offset identifier from which the starting key may be determined without knowledge of the logical page address, the page offset identifier determining the position of the starting key in the deterministic sequence.of keys.
Modular underwater vehicle, wherein the modular water vehicle comprises at least one payload module and two first bow modules, wherein the at least one payload module has a first width, wherein the first bow module has a second width, wherein the first width is between 1.8 and 2.2 times as great as the second width, wherein the first bow module has a three-sided horizontal cross section, wherein the cross section of the first bow module has a straight first first side which can be arranged to the payload module, wherein the cross section of the first bow module has a straight first second side which can be arranged to the centre of the ship, wherein the first first side and the first second side form a right angle, wherein the cross section of the first bow element has a first third side which can be arranged to the outside, wherein the first third side has a rounded profile, wherein the tangent of the first third side forms a right angle with the first first side at the point of intersection with the first first side, characterized in that the modular underwater vehicle comprises at least two payload modules arranged alongside one another, wherein the modular underwater vehicle comprises two second bow elements, wherein the second bow element can be arranged adjacent to the first bow element, wherein the second bow element has a second width, wherein the second bow element has a four-sided horizontal cross section, wherein the cross section of the second bow element has a straight third first side which can be arranged to the payload module, wherein the cross section of the second bow element has a straight third first second which can be arranged to the centre of the ship, wherein the third first side and the third second side form a right angle, wherein the cross section of the second bow element has a third third side which can be arranged to the outside, wherein the third third side has a rounded profile, wherein the cross section of the second bow module has a straight third fourth side which can be arranged to the first bow module, wherein the third first side and the third fourth side form a right angle, wherein the tangent of the third third side at the point of intersection with the third second side forms a right angle with the third second side.
A method for decoding a video signal, the method comprising: decoding a current block using at least one reconstructed pixel contained in a current picture including the current block when a prediction mode of the current block is an intra mode, wherein decoding the current block comprises: obtaining intra prediction mode information of the current block; when the intra prediction mode information indicates a vertical prediction mode: obtaining correlation parameter information from a difference between a value of a top-left neighboring pixel of the current block and a value of at least one of left neighboring pixels (I, J, K, L) of the current block; and obtaining a prediction value of a pixel in the current block using a value of a top neighboring pixel (A, B, C, D) of the current block and the correlation parameter information, wherein the top neighboring pixel has a same x-coordinate as the pixel in the current block. decoding a current block using at least one reconstructed pixel contained in a current picture including the current block when a prediction mode of the current block is an intra mode, obtaining intra prediction mode information of the current block; when the intra prediction mode information indicates a vertical prediction mode: obtaining correlation parameter information from a difference between a value of a top-left neighboring pixel of the current block and a value of at least one of left neighboring pixels (I, J, K, L) of the current block; and obtaining a prediction value of a pixel in the current block using a value of a top neighboring pixel (A, B, C, D) of the current block and the correlation parameter information, wherein the top neighboring pixel has a same x-coordinate as the pixel in the current block.
A method, comprising: accessing, by a second device (120, 125, 130), a cloud-based service accessible via a network, using a user name and/or password, such that the user name and/or password are stored on the second device; determining, by a first device, that the first device does not have stored a user name and/or password for the cloud-based service; responsive to determining that the first device does not have stored the user name and/or password for the cloud-based service, determining that the first device is located proximate to the second device; based on the determination that the first device is located proximate to the second device, establishing a peer-to-peer ad-hoc communication link between the first device and the second device; receiving, by the first device, the user name and/or password from the second device via the peer-to-peer ad-hoc communication link and transmitting the user name and/or password from the first device, via a second communication link that is different from the peer-to-peer ad-hoc communication link, to the cloud-based service or a corresponding login service to authenticate the first device for the cloud-based service. accessing, by a second device (120, 125, 130), a cloud-based service accessible via a network, using a user name and/or password, such that the user name and/or password are stored on the second device; determining, by a first device, that the first device does not have stored a user name and/or password for the cloud-based service; responsive to determining that the first device does not have stored the user name and/or password for the cloud-based service, determining that the first device is located proximate to the second device; based on the determination that the first device is located proximate to the second device, establishing a peer-to-peer ad-hoc communication link between the first device and the second device; receiving, by the first device, the user name and/or password from the second device via the peer-to-peer ad-hoc communication link and transmitting the user name and/or password from the first device, via a second communication link that is different from the peer-to-peer ad-hoc communication link, to the cloud-based service or a corresponding login service to authenticate the first device for the cloud-based service.
An occlusion clearing device, comprising: a controller comprising at least one actuator for generating repetitive motion; a stem coupled to the at least one actuator, the stem comprising: at least one fluid source, said fluid source comprising a deformable reservoir; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member, the reciprocating member configured to accept the repetitive motion. a controller comprising at least one actuator for generating repetitive motion; a stem coupled to the at least one actuator, the stem comprising: at least one fluid source, said fluid source comprising a deformable reservoir; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member, the reciprocating member configured to accept the repetitive motion. at least one fluid source, said fluid source comprising a deformable reservoir; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member, the reciprocating member configured to accept the repetitive motion.
A method for preparing a ceramic molded body for sintering which is molded by pressing a raw material powder containing a ceramic powder which is an oxide, a nitride or a fluoride and a thermoplastic resin having a glass transition temperature higher than room temperature into a predetermined shape, the method comprising the steps of: molding a uniaxially press-molded body by uniaxially pressing the raw material powder into a predetermined shape, or filling the raw material powder into a rubber die; as first-stage isostatic press molding, molding a first-stage press-molded body by isostatic pressing the uniaxially press-molded body, or the rubber die with the raw material powder, at a temperature lower than a glass transition temperature of the thermoplastic resin; and as second-stage isostatic press molding, molding a ceramic molded body by warm isostatic pressing the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description. molding a uniaxially press-molded body by uniaxially pressing the raw material powder into a predetermined shape, or filling the raw material powder into a rubber die; as first-stage isostatic press molding, molding a first-stage press-molded body by isostatic pressing the uniaxially press-molded body, or the rubber die with the raw material powder, at a temperature lower than a glass transition temperature of the thermoplastic resin; and as second-stage isostatic press molding, molding a ceramic molded body by warm isostatic pressing the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description.
An electronic device, comprising: an antenna (120, 305, 407); a coupler (115, 303, 405); a power amplifier (301, 401); a processor electrically coupled to the antenna, the coupler, and the power amplifier; and a memory electrically coupled to the processor and storing instructions; wherein the instructions stored on the memory, when executed by the processor, cause the processor to: transmit a radio signal through the antenna (120, 305, 407) at a preconfigured transmit power value; characterised in that the processor is further caused to: detect, using the coupler (115, 303, 405), a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna (120, 305, 407); and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level. an antenna (120, 305, 407); a coupler (115, 303, 405); a power amplifier (301, 401); a processor electrically coupled to the antenna, the coupler, and the power amplifier; and a memory electrically coupled to the processor and storing instructions; wherein the instructions stored on the memory, when executed by the processor, cause the processor to: transmit a radio signal through the antenna (120, 305, 407) at a preconfigured transmit power value; characterised in that the processor is further caused to: detect, using the coupler (115, 303, 405), a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna (120, 305, 407); and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level. detect, using the coupler (115, 303, 405), a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna (120, 305, 407); and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level.
A method within a hybrid ternary content addressable memory, TCAM, the method comprising: comparing a first portion of a search word to a first portion of a stored word in a first TCAM stage; and comparing 806) a second portion of the search word to a second portion of the stored word in a second TCAM stage in response to the first portion of the search word matching the first portion of the stored word, characterized by not comparing the second portion of the search word to the second portion of the stored word in response to the first portion of the search word not matching the first portion of the stored word, the first TCAM stage being configured as a first type TCAM, the second TCAM stage being configured as a second type TCAM, and the first type TCAM being different than the second type TCAM. comparing a first portion of a search word to a first portion of a stored word in a first TCAM stage; and comparing 806) a second portion of the search word to a second portion of the stored word in a second TCAM stage in response to the first portion of the search word matching the first portion of the stored word, characterized by not comparing the second portion of the search word to the second portion of the stored word in response to the first portion of the search word not matching the first portion of the stored word, the first TCAM stage being configured as a first type TCAM, the second TCAM stage being configured as a second type TCAM, and the first type TCAM being different than the second type TCAM.
A polyester resin composition, comprising 100 parts by weight of polybutylene terephthalate, and 0.01 to 1 parts by weight of talc and 0.01 to 1 parts by weight of an ethylene acrylic acid-based copolymer based on 100 parts by weight of the polybutylene terephthalate, wherein other polyesters except for the polybutylene terephthalate are less than 10% by weight. 100 parts by weight of polybutylene terephthalate, and 0.01 to 1 parts by weight of talc and 0.01 to 1 parts by weight of an ethylene acrylic acid-based copolymer
A system, comprising: a plurality of wagering game terminals each having a token-enabled state and a non-enabled state; a plurality of tokens associated with a capability, the quantity of tokens less than the quantity of terminals, each of the plurality of tokens configured, when held by one of the terminals, to allow the terminal to operate in the token-enabled state; a server configured to provide an instruction to at least one of the plurality of wagering game terminals in the token-enabled state, the instruction indicating a selection of one or more game formats to be provided by the wagering game terminal; wherein the plurality of terminals are each configured to enter the token-enabled state only when a token is received by the terminal and to return to the non-enabled state when the token is surrendered by the terminal; and wherein each terminal in the token-enabled state is configured to provide to a player the selection of one or more wagering game formats indicated by the instruction from the server, and wherein each terminal in the non-enabled state is prevented from offering wagering games; wherein the instruction includes a return condition that instructs the at least one of the plurality of wagering game terminals to return the token to the server after a time-out period; wherein the server is further configured to create a new token after the time-out period; and wherein the requesting wagering game terminal is configured to discard the token after the time-out period if the at least one of the plurality of wagering game terminals becomes disconnected from the server. a plurality of wagering game terminals each having a token-enabled state and a non-enabled state; a plurality of tokens associated with a capability, the quantity of tokens less than the quantity of terminals, each of the plurality of tokens configured, when held by one of the terminals, to allow the terminal to operate in the token-enabled state; a server configured to provide an instruction to at least one of the plurality of wagering game terminals in the token-enabled state, the instruction indicating a selection of one or more game formats to be provided by the wagering game terminal; wherein the plurality of terminals are each configured to enter the token-enabled state only when a token is received by the terminal and to return to the non-enabled state when the token is surrendered by the terminal; and wherein each terminal in the token-enabled state is configured to provide to a player the selection of one or more wagering game formats indicated by the instruction from the server, and wherein each terminal in the non-enabled state is prevented from offering wagering games; wherein the instruction includes a return condition that instructs the at least one of the plurality of wagering game terminals to return the token to the server after a time-out period; wherein the server is further configured to create a new token after the time-out period; and wherein the requesting wagering game terminal is configured to discard the token after the time-out period if the at least one of the plurality of wagering game terminals becomes disconnected from the server.
A wireless communication method for a magnetic field communication network, the wireless communication method being performed by a coordinator on the magnetic field communication network, the wireless communication method comprising: (a) transmitting a request signal used to request response to each of sensor nodes; (b) selecting any one of response signals received from the sensor nodes; (c) transmitting an acknowledgement signal to a sensor node corresponding to the response signal selected at (b); (d) selecting any one of response signals transmitted again from sensor nodes which did not receive the acknowledgement signal at (c); and (e) transmitting an acknowledgement signal to a sensor node corresponding to the response signal selected at (d). (a) transmitting a request signal used to request response to each of sensor nodes; (b) selecting any one of response signals received from the sensor nodes; (c) transmitting an acknowledgement signal to a sensor node corresponding to the response signal selected at (b); (d) selecting any one of response signals transmitted again from sensor nodes which did not receive the acknowledgement signal at (c); and (e) transmitting an acknowledgement signal to a sensor node corresponding to the response signal selected at (d).
Application unit with a cartridge formed by a mass-conducting cartridge and a closure integrally and as one piece formed on the cartridge which seals it until initial use,, and with a cartridge sleeve to hold the cartridge and a closure sleeve to hold the closure, wherein the cartridge sleeve and the cartridge form a first snap coupling to axially secure one part to the other, and the closure sleeve and the closure form a second snap coupling to axially secure one part to the other, characterized in that at least one of the two snap couplings (10, 11) is designed to allow play in the circumferential direction, so that the components axially secured by it can rotate relative to each other in the circumferential direction, and that the cartridge sleeve and the closure sleeve can be secured to each other while simultaneously having a force converter that transforms rotation of the cartridge sleeve relative to the closure sleeve into an axial force or an axial force component, which pushes the closure sleeve away from the cartridge sleeve.