mhurhangee/ep-ind-claims huggingface dataset:
Device for handling and/or sorting cargo, wherein the cargo is loaded into containers and/or unloaded from containers, comprising: several loading boxes for loading a container with cargo, several unloading boxes for unloading cargo from a container, a sorting belt for transporting cargo from an unloading box to a loading box, a container transport device for transporting containers between a vehicle and/or an unloading box and/or a loading box, wherein the sorting belt has a primary transport belt and several unloading belts branching off therefrom, said unloading belts connecting an unloading box to the primary transport belt, characterised in that an unloading box has at least one respective unloading belt that is arranged in such a way that it runs along a longitudinal side of a container located in the unloading box and is designed to be transversely displaceable in order to adjust the distance between the container and the unloading belt. several loading boxes for loading a container with cargo, several unloading boxes for unloading cargo from a container, a sorting belt for transporting cargo from an unloading box to a loading box, a container transport device for transporting containers between a vehicle and/or an unloading box and/or a loading box, wherein the sorting belt has a primary transport belt and several unloading belts branching off therefrom, said unloading belts connecting an unloading box to the primary transport belt, characterised in that an unloading box has at least one respective unloading belt that is arranged in such a way that it runs along a longitudinal side of a container located in the unloading box and is designed to be transversely displaceable in order to adjust the distance between the container and the unloading belt.
A method for producing a compound represented by formula wherein Y represents an alkyl group optionally substituted with fluorine atom(s), an alkoxy group optionally substituted with fluorine atom(s), an alkoxyalkyl group optionally substituted with fluorine atom(s), an alkylthio group optionally substituted with fluorine atom(s), an alkylsulfonyl group optionally substituted with fluorine atom(s), a hydrogen atom, a fluorine atom, a cyano group, an alkylcarbonyl group, or a dialkylamino group; and Z represents a NH 2, the method comprising Step (a): reacting a compound represented by formula wherein X represents a chlorine atom; and Y is the same as defined above, with a compound represented by formula wherein Z is the same as defined above, in the presence of a nickel compound and zinc to produce the compound represented by formula. Y represents an alkyl group optionally substituted with fluorine atom(s), an alkoxy group optionally substituted with fluorine atom(s), an alkoxyalkyl group optionally substituted with fluorine atom(s), an alkylthio group optionally substituted with fluorine atom(s), an alkylsulfonyl group optionally substituted with fluorine atom(s), a hydrogen atom, a fluorine atom, a cyano group, an alkylcarbonyl group, or a dialkylamino group; and Z represents a NH 2, the method comprising Step (a): reacting a compound represented by formula wherein X represents a chlorine atom; and Y is the same as defined above, with a compound represented by formula wherein Z is the same as defined above, in the presence of a nickel compound and zinc to produce the compound represented by formula.
Measurement device for determining a fluid fill level in a fuel tank of a vehicle, comprising a float and a signal generating unit adapted to be fixed to the fuel tank, wherein a position of the float relative to the signal generating unit can be converted into a signal which correlates with the fill level of the undeformed fuel tank, and comprising a correction device (48, 54, 56) for correcting the signal, which is configured to detect a deformation of the fuel tank, wherein the correction device (48, 54, 56) is configured to detect the extent of the deformation or a quantity which determines the extent of the deformation, characterised in that the correction device (48, 54, 56) comprises at least one of the following components: - a pressure sensor for determining a vapour pressure in the fuel tank; - a temperature sensor for detecting a temperature of the fuel tank; - a travel sensor for detecting a change in length of the walls of the fuel tank. - a pressure sensor for determining a vapour pressure in the fuel tank; - a temperature sensor for detecting a temperature of the fuel tank; - a travel sensor for detecting a change in length of the walls of the fuel tank.
Use of a preparation comprising sulfated oligosaccharides capable of trapping spermine and/or spermidine, as an active slimming ingredient in a non-therapeutic cosmetic composition.
A curable composition comprising: a polymerizable epoxy-acrylate resin composition having a complex viscosity at 25°C and 1 Hz frequency of at least about 4500 Pa-s and a probe tack peak force of at least about 300 kPa both determined according to the description; and abrasive particles partially or fully embedded in the polymerizable epoxy-acrylate resin component. a polymerizable epoxy-acrylate resin composition having a complex viscosity at 25°C and 1 Hz frequency of at least about 4500 Pa-s and a probe tack peak force of at least about 300 kPa both determined according to the description; and abrasive particles partially or fully embedded in the polymerizable epoxy-acrylate resin component.
A method for manufacturing a block copolymer-based three-dimensional polymorphic artificial structure comprising the steps of: forming a block copolymer layer by injecting a block copolymer solution into each micro-well and drying the micro-well array formed on the substrate; forming a three-dimensional structure from the block copolymer layer to the top of the micro-well by applying a buffer to each micro-well in which the block copolymer layer is formed, thereby forming a buffer in each micro-well in which the block copolymer layer is formed, at least a part of the process of hydration by applying is performed in a state in which an electric field is applied between the top and bottom of the micro-well in which the block copolymer layer is formed. forming a block copolymer layer by injecting a block copolymer solution into each micro-well and drying the micro-well array formed on the substrate; forming a three-dimensional structure from the block copolymer layer to the top of the micro-well by applying a buffer to each micro-well in which the block copolymer layer is formed, thereby forming a buffer in each micro-well in which the block copolymer layer is formed, at least a part of the process of hydration by applying is performed in a state in which an electric field is applied between the top and bottom of the micro-well in which the block copolymer layer is formed.
A system including: a central processing unit CPU; a peripheral device; a memory controller configured to arbitrate access to a main memory, wherein the CPU and the peripheral device operatively connect to said memory controller; wherein access to and from the main memory by the CPU and access to and from the main memory by the peripheral device is prioritized respectively according to a CPU priority level and a peripheral device priority level; an arbitration module is operatively attached to the CPU, the peripheral device and the memory controller, wherein the arbitration module is configured to receive the peripheral device priority level; characterised in that: the memory controller is configured to receive the CPU priority level from the arbitration module and to receive the peripheral device priority level from the peripheral device; and when the CPU priority level and the peripheral device priority level are both set at the highest available priority level, the arbitration module is configured to output to the memory controller a new CPU priority level less than the highest available priority level. a central processing unit CPU; a peripheral device; a memory controller configured to arbitrate access to a main memory, wherein the CPU and the peripheral device operatively connect to said memory controller; wherein access to and from the main memory by the CPU and access to and from the main memory by the peripheral device is prioritized respectively according to a CPU priority level and a peripheral device priority level; an arbitration module is operatively attached to the CPU, the peripheral device and the memory controller, wherein the arbitration module is configured to receive the peripheral device priority level; characterised in that: the memory controller is configured to receive the CPU priority level from the arbitration module and to receive the peripheral device priority level from the peripheral device; and when the CPU priority level and the peripheral device priority level are both set at the highest available priority level, the arbitration module is configured to output to the memory controller a new CPU priority level less than the highest available priority level. the memory controller is configured to receive the CPU priority level from the arbitration module and to receive the peripheral device priority level from the peripheral device; and when the CPU priority level and the peripheral device priority level are both set at the highest available priority level, the arbitration module is configured to output to the memory controller a new CPU priority level less than the highest available priority level.
A security verification method performed by a virtual smart card application running on an intelligent terminal, the method comprising: receiving and storing, by the virtual smart card application, one or more security parameters, wherein the one or more security parameters i) comprise a combination of a location limitation and a transaction amount threshold and ii) are generated by a remote server through analysis of historical data comprising payment transaction habits, daily payment transaction amounts, locations, times and commodity categories of a user; obtaining, by the virtual smart card application and when the virtual smart card application performs external service processing, data related to a current service, wherein the data related to the current service comprises i) current location information of the intelligent terminal, ii) current time information, and iii) transaction information; determining, by the virtual smart card application, whether the data related to the current service complies with the one or more security parameters generated by the remote server; and terminating, by the virtual smart card application, the current service if the data related to the current service does not comply with the one or more security parameters generated by the remote server. receiving and storing, by the virtual smart card application, one or more security parameters, wherein the one or more security parameters i) comprise a combination of a location limitation and a transaction amount threshold and ii) are generated by a remote server through analysis of historical data comprising payment transaction habits, daily payment transaction amounts, locations, times and commodity categories of a user; obtaining, by the virtual smart card application and when the virtual smart card application performs external service processing, data related to a current service, wherein the data related to the current service comprises i) current location information of the intelligent terminal, ii) current time information, and iii) transaction information; determining, by the virtual smart card application, whether the data related to the current service complies with the one or more security parameters generated by the remote server; and terminating, by the virtual smart card application, the current service if the data related to the current service does not comply with the one or more security parameters generated by the remote server.
An access processing method, characterized by comprising: setting by a User Equipment, UE, a range of backoff values according to the number of backoffs, wherein the upper limit of the backoff range is reduced as the number of backoffs increases; randomly selecting a backoff value from the backoff range; and sending, by the UE, a random access preamble to a base station by using the selected backoff value. setting by a User Equipment, UE, a range of backoff values according to the number of backoffs, wherein the upper limit of the backoff range is reduced as the number of backoffs increases; randomly selecting a backoff value from the backoff range; and sending, by the UE, a random access preamble to a base station by using the selected backoff value.
A vehicle display mirror system, comprising: a display device operable to display image data on a display surface as display light; a reflecting polarizer comprising a light receiving surface disposed proximate the display surface, the reflecting polarizer configured to output the display light in a first polarization from an emitting surface, wherein the reflecting polarizer is angled from the display surface at a first angle a; a liquid crystal element comprising a liquid crystal material and forming a first surface and a second surface, the first surface disposed proximate the emitting surface, wherein the liquid crystal element is angled from the reflecting polarizer at a second angle β; a polarizing layer forming a third surface and a fourth surface, the third surface disposed proximate the second surface of the liquid crystal element; and a controller in communication with the liquid crystal element, wherein the controller is configured to selectively control the liquid crystal material to: in a display state, align the liquid crystal material to pass the display light through the liquid crystal element in the first polarization and outward from the fourth surface; and in a mirror state, deactivate the liquid crystal element to adjust a received light from the first polarization to a second polarization and reflect the second polarization from the emitting surface. a display device operable to display image data on a display surface as display light; a reflecting polarizer comprising a light receiving surface disposed proximate the display surface, the reflecting polarizer configured to output the display light in a first polarization from an emitting surface, wherein the reflecting polarizer is angled from the display surface at a first angle a; a liquid crystal element comprising a liquid crystal material and forming a first surface and a second surface, the first surface disposed proximate the emitting surface, wherein the liquid crystal element is angled from the reflecting polarizer at a second angle β; a polarizing layer forming a third surface and a fourth surface, the third surface disposed proximate the second surface of the liquid crystal element; and a controller in communication with the liquid crystal element, wherein the controller is configured to selectively control the liquid crystal material to: in a display state, align the liquid crystal material to pass the display light through the liquid crystal element in the first polarization and outward from the fourth surface; and in a mirror state, deactivate the liquid crystal element to adjust a received light from the first polarization to a second polarization and reflect the second polarization from the emitting surface. in a display state, align the liquid crystal material to pass the display light through the liquid crystal element in the first polarization and outward from the fourth surface; and in a mirror state, deactivate the liquid crystal element to adjust a received light from the first polarization to a second polarization and reflect the second polarization from the emitting surface.
A substrate for a printed circuit board, comprising a base film containing a fluororesin as a main component; a metal layer disposed on at least one of surfaces of the base film; and a rust-proofing layer formed on a surface of the metal layer, characterised in that an amount of nitrogen present per unit area, the amount being determined on the basis of a peak area of a N1s spectrum in XPS analysis of a surface of the base film exposed after removal of the metal layer by etching with an acidic solution, is 5 atomic% or more and 10 atomic% or less.
An automation configuration tool, comprising: an applet (102, 202, 302) adapted to operate within a web browser and to provide remote access to automation devices in an automation network to change and monitor function specific device parameters, comprising: a configuration interface adapted to interact with a configuration gateway (108, 208); and a human-machine interface (210, 900) adapted to provide a user with device-assisted formatted configuration information obtained from at least one automation device via the configuration gateway, the providing a user with device-assisted formatted configuration information including providing the user with at least one configuration control using at least one human-machine interface functional block, characterized in that the at least one human-machine interface functional block is selected by the at least one automation device by using a configuration marker functional block associated with the at least one automation device, the configuration marker functional block comprising at least one input parameter, one output parameter and a reference to the human-machine interface functional block. an applet (102, 202, 302) adapted to operate within a web browser and to provide remote access to automation devices in an automation network to change and monitor function specific device parameters, comprising: a configuration interface adapted to interact with a configuration gateway (108, 208); and a human-machine interface (210, 900) adapted to provide a user with device-assisted formatted configuration information obtained from at least one automation device via the configuration gateway, the providing a user with device-assisted formatted configuration information including providing the user with at least one configuration control using at least one human-machine interface functional block, a configuration interface adapted to interact with a configuration gateway (108, 208); and a human-machine interface (210, 900) adapted to provide a user with device-assisted formatted configuration information obtained from at least one automation device via the configuration gateway, the providing a user with device-assisted formatted configuration information including providing the user with at least one configuration control using at least one human-machine interface functional block, characterized in that the at least one human-machine interface functional block is selected by the at least one automation device by using a configuration marker functional block associated with the at least one automation device, the configuration marker functional block comprising at least one input parameter, one output parameter and a reference to the human-machine interface functional block.
A ram air fan assembly comprising: an outer housing; an inner housing located within the outer housing; a motor attached to the inner housing; and an inlet tube extending between the outer housing and the motor, wherein the inlet tube includes at least a straight first portion and a curved second portion, wherein at least one of the straight first portion and the curved second portion includes a perforated portion, and characterised in that the perforated portion is disposed along at least half of the length of the straight first portion of the inlet tube. an outer housing; an inner housing located within the outer housing; a motor attached to the inner housing; and an inlet tube extending between the outer housing and the motor, wherein the inlet tube includes at least a straight first portion and a curved second portion, wherein at least one of the straight first portion and the curved second portion includes a perforated portion, and characterised in that the perforated portion is disposed along at least half of the length of the straight first portion of the inlet tube.
An inkjet printing apparatus, comprising: a gloss forming unit having inkjet heads that eject a gloss solution so as to form at least two regions having different gloss levels on a print medium; and a print image forming unit that forms a print image on the at least two regions having different gloss levels of the print medium after the gloss forming unit forms the at least two regions; wherein the gloss forming unit generates gloss level data based on image data that represents the print image, and employs the gloss level data to form the at least two regions having different gloss levels, and the gloss forming unit generates the gloss level data based on a luminosity of the image data, characterized in that the gloss forming unit calculates the luminosity of each pixel that constitutes the image data based on red gradation values, green gradation values, and blue gradation values of each pixel and the formula below: Luminosity = (coefficient kr • red gradation value) + (coefficient kg • green gradation value) + (coefficient kb • blue gradation value). a gloss forming unit having inkjet heads that eject a gloss solution so as to form at least two regions having different gloss levels on a print medium; and a print image forming unit that forms a print image on the at least two regions having different gloss levels of the print medium after the gloss forming unit forms the at least two regions; wherein the gloss forming unit generates gloss level data based on image data that represents the print image, and employs the gloss level data to form the at least two regions having different gloss levels, and the gloss forming unit generates the gloss level data based on a luminosity of the image data, characterized in that the gloss forming unit calculates the luminosity of each pixel that constitutes the image data based on red gradation values, green gradation values, and blue gradation values of each pixel and the formula below: Luminosity = (coefficient kr • red gradation value) + (coefficient kg • green gradation value) + (coefficient kb • blue gradation value).
A method of providing a predetermined caller identification, ID, comprising: receiving, at a server, a first audio call from a first device via a public switched telephone network, PSTN,, the first device having a first caller ID corresponding to a first telephone number; receiving, at the server, data from the first device via a channel different from the PSTN, wherein the data includes the predetermined caller ID; connecting, by the server, the first device and a first destination device via a second audio call; and providing, by the server and to the first destination device, the predetermined caller ID that differs from the first caller ID. receiving, at a server, a first audio call from a first device via a public switched telephone network, PSTN,, the first device having a first caller ID corresponding to a first telephone number; receiving, at the server, data from the first device via a channel different from the PSTN, wherein the data includes the predetermined caller ID; connecting, by the server, the first device and a first destination device via a second audio call; and providing, by the server and to the first destination device, the predetermined caller ID that differs from the first caller ID.