mhurhangee/ep-ind-claims huggingface dataset:
A compound selected from -(+)-2-[4-(2-fluorobenzyloxy)-benzylamino]-propanamide and -(+)-2-[4-(3-fluorobenzyloxy)-benzylamino]-propanamide for use in improving cognitive function and treating cognitive impairment associated to a disease selected from autism, dyslexia, attention deficit hyperactivity disorder, Tourette's syndrome, Mild Cognitive Impairment and disorders of learning in children, adolescents and adults, Age Associated Memory Impairment, Age Associated Cognitive Decline, Down's Syndrome.
Condiment comprising an emulsion of an aqueous phase and an oil or fat phase, the emulsion comprising a potato protein protease inhibitor isolate, wherein the condiment further comprises at least one ingredient selected from the group of thickening agents, food acids, flavourings, preservatives, anti-oxidants and colourings.
A portable thromboelastometer comprising a door plate structure, an outer housing having a first opening, a blood sample-initiating station, a test station, a driving mechanism and a blood sample-loading mechanism, wherein said door plate structure is arranged at the first opening, and includes a first door plate, a second door plate, and a third door plate, said first door plate is provided with a second opening through which said blood sample-loading mechanism is connected to said driving mechanism, said first door plate is connected to said second door plate, and said second door plate is connected to said third door plate, said driving mechanism is configured to drive said blood sample-loading mechanism to move from said blood sample-initiating station to said test station in a movement process, and the portable thromboelastometer is configured such that while said driving mechanism is driving said blood sample-loading mechanism to move from said blood sample-initiating station to said test station in the movement process, said blood sample-loading mechanism drives said first door plate to move synchronously, and said first door plate drives said second door plate to move during the movement process, said second door plate drives said third door plate to move during the movement process, the three door plates matching with each other such that the three door plates always cover said first opening during the movement of said blood sample-loading mechanism.
A fluoropolymer having the formula I wherein: Rf is a C 4 -C 6 perfluoroalkyl group; A is a bivalent linker moiety; R ct is a chain transfer agent; R 1 is H or methyl; R 2 is H or methyl; X is NH or O; Y is NH 2 or OR; n is 10-50; m is 5-100; and said fluoropolymer has a weight average molecular weight of at least about 10,000. Rf is a C 4 -C 6 perfluoroalkyl group; A is a bivalent linker moiety; R ct is a chain transfer agent; R 1 is H or methyl; R 2 is H or methyl; X is NH or O; Y is NH 2 or OR; n is 10-50; m is 5-100; and said fluoropolymer has a weight average molecular weight of at least about 10,000.
A method to communicate comprising: generating, by a medium access control sublayer logic (1018, 1038), a frame comprising a device profile index element, wherein the device profile index element comprises data indicative of a device category and a device type to associate the communications device with a device profile, wherein the data indicative of the device category comprises a value to identify the device category from a group of device categories and the data indicative of the device type comprises a value to identify the device type from a group of device types; and encapsulating, by a physical layer logic, the frame with a preamble to create a physical layer protocol data unit to transmit. generating, by a medium access control sublayer logic (1018, 1038), a frame comprising a device profile index element, wherein the device profile index element comprises data indicative of a device category and a device type to associate the communications device with a device profile, wherein the data indicative of the device category comprises a value to identify the device category from a group of device categories and the data indicative of the device type comprises a value to identify the device type from a group of device types; and encapsulating, by a physical layer logic, the frame with a preamble to create a physical layer protocol data unit to transmit.
A method for storing a slip-sheet, the method comprising: removing the slip-sheet from a media stack at a first position, the media stack including one or more slip sheets and one or more image recordable materials; moving the slip-sheet from the first position to a second position; moving a slip-sheet holder from a third position to a fourth position, the slip-sheet holder positioned at the fourth position being in the vicinity of the slip-sheet positioned at the second position, and depositing the slip-sheet into the slip-sheet holder positioned at the fourth position. removing the slip-sheet from a media stack at a first position, the media stack including one or more slip sheets and one or more image recordable materials; moving the slip-sheet from the first position to a second position; moving a slip-sheet holder from a third position to a fourth position, the slip-sheet holder positioned at the fourth position being in the vicinity of the slip-sheet positioned at the second position, and depositing the slip-sheet into the slip-sheet holder positioned at the fourth position.
A running carriage with at least one rolling body for transmitting a load between two drawer rails (3, 4), wherein the at least one rolling body has a rotational axis and two end faces (S1, S2), wherein the at least one rolling body has a projection with a shell surface being configured so as to be substantially rotationally symmetrical about the rotational axis, wherein the projection is rotationally supported on a bearing surface of the running carriage, characterized in that the bearing surface has a mating shape adapted in its form to the shell surface of the at least one rolling body, wherein the mating shape being configured so as to be rotationally symmetrical about the rotational axis and wherein the projection is formed on one of the two end faces (S1, S2) only.
A medical care apparatus comprising: a plurality of units, the plurality comprising a seat drive unit, and operation control unit, the plurality of units being configured to communicate with one another and perform a plurality of types of control operations; and a history collection unit connected to other control units (12,14-17,19) configured to communicate with the control units (12,14-17,19), the history collection device being configured to collect usage data from each of the control units (12,14-17,19), the history collection unit including a collection unit configured to collect usage data about each of the plurality of types of control operations from communication data that is transmitted and received among the control units (12,14-17,19), and a storage unit configured to store the usage data collected by the collection unit, the collection unit being configured to collect usage data and cause the storage unit to store collect usage data that has changed with respect to usage data currently stored in the storage unit. the plurality of units being configured to communicate with one another and perform a plurality of types of control operations; and a history collection unit connected to other control units (12,14-17,19) configured to communicate with the control units (12,14-17,19), the history collection device being configured to collect usage data from each of the control units (12,14-17,19), the history collection unit including a collection unit configured to collect usage data about each of the plurality of types of control operations from communication data that is transmitted and received among the control units (12,14-17,19), and a storage unit configured to store the usage data collected by the collection unit, a collection unit configured to collect usage data about each of the plurality of types of control operations from communication data that is transmitted and received among the control units (12,14-17,19), and a storage unit configured to store the usage data collected by the collection unit, the collection unit being configured to collect usage data and cause the storage unit to store collect usage data that has changed with respect to usage data currently stored in the storage unit.
A method for an audio/video recording and communication device, A/V device, the A/V device including a camera, a processor, a memory, and a communication module, the method comprising: recording, with the camera, video image data of an area about the A/V device; executing, by the processor, a write operation to write the video image data into the memory at a write rate; while writing the video image data into the memory, detecting an event in the area about the A/V device; after detecting the event in the area about the A/V device, executing, by the processor, a read operation to read the video image data out of the memory at a first read rate that is greater than the write rate, and the processor continuing to write the video image data into the memory at the write rate; the processor continuing to read the video image data out of the memory at the first read rate until the read operation catches up to the write operation; after the read operation catches up to the write operation, the processor reading the video image data out of the memory at a second read rate equal to the write rate, and the processor continuing to write the video image data into the memory at the write rate; and transmitting, by the communication module, the video image data read out of the memory to a client device, wherein a beginning portion of the video image data is transmitted at a first transmit rate until the read operation catches up to the write operation, and thereafter the video image data is transmitted at a second transmit rate less than the first transmit rate. recording, with the camera, video image data of an area about the A/V device; executing, by the processor, a write operation to write the video image data into the memory at a write rate; while writing the video image data into the memory, detecting an event in the area about the A/V device; after detecting the event in the area about the A/V device, executing, by the processor, a read operation to read the video image data out of the memory at a first read rate that is greater than the write rate, and the processor continuing to write the video image data into the memory at the write rate; the processor continuing to read the video image data out of the memory at the first read rate until the read operation catches up to the write operation; after the read operation catches up to the write operation, the processor reading the video image data out of the memory at a second read rate equal to the write rate, and the processor continuing to write the video image data into the memory at the write rate; and transmitting, by the communication module, the video image data read out of the memory to a client device, wherein a beginning portion of the video image data is transmitted at a first transmit rate until the read operation catches up to the write operation, and thereafter the video image data is transmitted at a second transmit rate less than the first transmit rate.
A device for dispensing a frozen confection from a cartridge, wherein: - the cartridge comprises: • a product compartment containing the frozen confection and having a product outlet, • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening; and - the device comprises: • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction. - the cartridge comprises: • a product compartment containing the frozen confection and having a product outlet, • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening; and • a product compartment containing the frozen confection and having a product outlet, • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening; and - the device comprises: • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction. • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction.
A method implemented in a wireless communication apparatus, comprising: receiving an indication of at least one operating mode indicative of a proximity and an orientation of transmitting antennas (336, 346) of the wireless communication apparatus, wherein the orientation indication takes into account the exact position of the transmitter located within the wireless communication apparatus; and determining a power transmission characteristic based on the at least one operating mode and at least one of a radio access technology type, a band-class, a transmission configuration, an uplink channel, a traffic state, and a radio access technology transmission state used by the wireless communication apparatus, or any combination thereof. receiving an indication of at least one operating mode indicative of a proximity and an orientation of transmitting antennas (336, 346) of the wireless communication apparatus, wherein the orientation indication takes into account the exact position of the transmitter located within the wireless communication apparatus; and determining a power transmission characteristic based on the at least one operating mode and at least one of a radio access technology type, a band-class, a transmission configuration, an uplink channel, a traffic state, and a radio access technology transmission state used by the wireless communication apparatus, or any combination thereof.
A method for reducing the likelihood of corrosion occurring on a beverage container wherein a metallic beverage can body has an end closure attached thereto using the steps of: filling a beverage can body with a liquid beverage; placing an end closure with a frangible score defined in the end closure to allow opening of the container over an open end of the beverage can body filled with the beverage; and attaching the end closure to the beverage can body, characterized by the further step of: rinsing the end closure in a solution comprising a corrosion inhibitor subsequent to attaching the end closure to the beverage can body. filling a beverage can body with a liquid beverage; placing an end closure with a frangible score defined in the end closure to allow opening of the container over an open end of the beverage can body filled with the beverage; and attaching the end closure to the beverage can body, characterized by the further step of: rinsing the end closure in a solution comprising a corrosion inhibitor subsequent to attaching the end closure to the beverage can body. rinsing the end closure in a solution comprising a corrosion inhibitor subsequent to attaching the end closure to the beverage can body.
Apparatus for controlling the temperature of objects, in particular for drying coated vehicle bodies, with a) a housing; b) a temperature control tunnel which is accommodated in the housing and through which an object is transportable in a transport direction by means of a transport system; c) at least one temperature control device (35, 50; 35, 70) for controlling the temperature of the object, wherein d) there is a local temperature control device (50; 70) by means of which the temperature of locally limited regions of the object can be selectively controlled and which, for this purpose, comprises a plurality of temperature control units (52; 72) activatably and drivable independently of one another, e) the local temperature control device (50; 70) is arranged in a post temperature control zone which is disposed in the transport direction downstream of a temperature control zone in which the temperature of the object as a whole is controlled, characterized in that f) temperature control units of the local temperature control device are designed as air nozzles by means of which temperature-controlled air can be dispensed onto the object. a) a housing; b) a temperature control tunnel which is accommodated in the housing and through which an object is transportable in a transport direction by means of a transport system; c) at least one temperature control device (35, 50; 35, 70) for controlling the temperature of the object, wherein d) there is a local temperature control device (50; 70) by means of which the temperature of locally limited regions of the object can be selectively controlled and which, for this purpose, comprises a plurality of temperature control units (52; 72) activatably and drivable independently of one another, e) the local temperature control device (50; 70) is arranged in a post temperature control zone which is disposed in the transport direction downstream of a temperature control zone in which the temperature of the object as a whole is controlled, characterized in that f) temperature control units of the local temperature control device are designed as air nozzles by means of which temperature-controlled air can be dispensed onto the object.
A flow reversal system, comprising: a single direction flow device adapted for receiving a fluid; and first, second, third and fourth binary valves that are in fluid communication with the single direction flow device wherein, collectively, the first, second, third and fourth binary valves are adapted to be actuated so as to regulate the direction of a flow of the fluid to and from the single direction flow device, wherein said system is adapted to be configured in a first positon wherein the first and fourth binary valves are open and the second and third binary valves are closed and the fluid flows through the single direction flow device in a first direction; and characterized in that the system is further adapted to be configured from the first position to a neutral positon by actuating the second and third binary valves from a closed position to an open position wherein, in the neutral position, the first, second, third and fourth binary valves are open and the fluid flows through the single direction flow device in the first direction, and to be configured from the neutral position to a second position by actuating the first and fourth binary valves from an open position to a closed position wherein, in the second position, the first and fourth binary valves are closed and the second and third binary valves are opened and the fluid flows through the single direction flow device in the first direction. a single direction flow device adapted for receiving a fluid; and first, second, third and fourth binary valves that are in fluid communication with the single direction flow device wherein, collectively, the first, second, third and fourth binary valves are adapted to be actuated so as to regulate the direction of a flow of the fluid to and from the single direction flow device, wherein said system is adapted to be configured in a first positon wherein the first and fourth binary valves are open and the second and third binary valves are closed and the fluid flows through the single direction flow device in a first direction; and characterized in that the system is further adapted to be configured from the first position to a neutral positon by actuating the second and third binary valves from a closed position to an open position wherein, in the neutral position, the first, second, third and fourth binary valves are open and the fluid flows through the single direction flow device in the first direction, and to be configured from the neutral position to a second position by actuating the first and fourth binary valves from an open position to a closed position wherein, in the second position, the first and fourth binary valves are closed and the second and third binary valves are opened and the fluid flows through the single direction flow device in the first direction.
A resin impregnation measurement system comprising: a container (10; a plurality of first electrodes that extend in parallel; a plurality of second electrodes disposed so as to oppose to the first electrodes across the container in which a fiber base material is to be placed and extending in a direction intersecting the first electrodes, the container being configured to be filled with a resin; a measurement controller configured to sequentially switch between the plurality of first electrodes and the plurality of second electrodes and measure electrostatic capacities of a plurality of measurement regions where the first electrodes are opposite to the second electrodes; and an impregnation ratio deriving unit configured to derive an impregnation ratio of the resin to the fiber base material in the container on a basis of a distribution of the electrostatic capacities of the plurality of measurement regions; wherein a region other than the measurement regions in the first electrodes has a smaller cross section in a longitudinal direction of the first electrodes than the measurement regions have. a container (10; a plurality of first electrodes that extend in parallel; a plurality of second electrodes disposed so as to oppose to the first electrodes across the container in which a fiber base material is to be placed and extending in a direction intersecting the first electrodes, the container being configured to be filled with a resin; a measurement controller configured to sequentially switch between the plurality of first electrodes and the plurality of second electrodes and measure electrostatic capacities of a plurality of measurement regions where the first electrodes are opposite to the second electrodes; and an impregnation ratio deriving unit configured to derive an impregnation ratio of the resin to the fiber base material in the container on a basis of a distribution of the electrostatic capacities of the plurality of measurement regions; wherein a region other than the measurement regions in the first electrodes has a smaller cross section in a longitudinal direction of the first electrodes than the measurement regions have.