mhurhangee/ep-ind-claims huggingface dataset:
A medicine dispensing system comprising: a main unit; one or more sub units; and a transfer device configured to connect the main unit and the sub unit, wherein the main unit comprises: a main storage part configured to store and dispense a plurality of kinds of medicines; and a packing part configured to pack the medicine dispensed from the main storage part, wherein the sub unit comprises a sub storage part configured to store and dispense a plurality of kinds of medicines, and wherein the transfer device transfers the medicine dispensed from the sub storage part toward the main unit and the packing part of the main unit packs and dispenses the medicine, and wherein the transfer device comprises: a pipe line for connecting the main unit and the sub unit; and a transfer means configured to suck or pressure-send the medicine existing in the pipe line from the sub unit toward the main unit. a main unit; one or more sub units; and a transfer device configured to connect the main unit and the sub unit, wherein the main unit comprises: a main storage part configured to store and dispense a plurality of kinds of medicines; and a packing part configured to pack the medicine dispensed from the main storage part, wherein the sub unit comprises a sub storage part configured to store and dispense a plurality of kinds of medicines, and wherein the transfer device transfers the medicine dispensed from the sub storage part toward the main unit and the packing part of the main unit packs and dispenses the medicine, and wherein the transfer device comprises: a pipe line for connecting the main unit and the sub unit; and a transfer means configured to suck or pressure-send the medicine existing in the pipe line from the sub unit toward the main unit. a main storage part configured to store and dispense a plurality of kinds of medicines; and a packing part configured to pack the medicine dispensed from the main storage part, wherein the sub unit comprises a sub storage part configured to store and dispense a plurality of kinds of medicines, and wherein the transfer device transfers the medicine dispensed from the sub storage part toward the main unit and the packing part of the main unit packs and dispenses the medicine, and wherein the transfer device comprises: a pipe line for connecting the main unit and the sub unit; and a transfer means configured to suck or pressure-send the medicine existing in the pipe line from the sub unit toward the main unit. a pipe line for connecting the main unit and the sub unit; and a transfer means configured to suck or pressure-send the medicine existing in the pipe line from the sub unit toward the main unit.
An orally ingestible delivery system for releasing a therapeutic agent within an intestine of a mammal, comprising: the therapeutic agent and a differentially permeable capsule system containing the therapeutic agent within a therapeutic agent compartment, wherein the differentially permeable capsule system is dimensionally adapted for oral ingestion and for passage into a stomach of the mammal and thence into the intestine; wherein the differentially permeable capsule system comprises an acid-resistant shell and a dispersible acid barrier; wherein the dispersible acid barrier is deployed in a locus selected from the group consisting of an external aspect of the acid-resistant shell, an internal aspect within the acid-resistant shell, and an inferior region below the acid-resistant shell, said dispersible acid barrier inhibiting contact between the acid-resistant shell and the gastric juice in the stomach; wherein the dispersible acid barrier forms while the orally-ingestible delivery system is in the stomach; and wherein the dispersible acid barrier is dispersed in the intestine, thereby permitting enzymes in the intestine to reach the therapeutic agent compartment, thereby releasing the therapeutic agent within the intestine. wherein the differentially permeable capsule system is dimensionally adapted for oral ingestion and for passage into a stomach of the mammal and thence into the intestine; wherein the differentially permeable capsule system comprises an acid-resistant shell and a dispersible acid barrier; wherein the dispersible acid barrier is deployed in a locus selected from the group consisting of an external aspect of the acid-resistant shell, an internal aspect within the acid-resistant shell, and an inferior region below the acid-resistant shell, said dispersible acid barrier inhibiting contact between the acid-resistant shell and the gastric juice in the stomach; wherein the dispersible acid barrier forms while the orally-ingestible delivery system is in the stomach; and wherein the dispersible acid barrier is dispersed in the intestine, thereby permitting enzymes in the intestine to reach the therapeutic agent compartment, thereby releasing the therapeutic agent within the intestine. wherein the dispersible acid barrier is deployed in a locus selected from the group consisting of an external aspect of the acid-resistant shell, an internal aspect within the acid-resistant shell, and an inferior region below the acid-resistant shell, said dispersible acid barrier inhibiting contact between the acid-resistant shell and the gastric juice in the stomach; wherein the dispersible acid barrier forms while the orally-ingestible delivery system is in the stomach; and wherein the dispersible acid barrier is dispersed in the intestine, thereby permitting enzymes in the intestine to reach the therapeutic agent compartment, thereby releasing the therapeutic agent within the intestine.
A glucose monitoring method using glucose dehydrogenase comprising the following properties and: a Km for D-glucose of 0.1 mM or more and 100 mM or less; and a Km for D-xylose of 736 mM or more and 3000 mM or less. a Km for D-glucose of 0.1 mM or more and 100 mM or less; and a Km for D-xylose of 736 mM or more and 3000 mM or less.
Mobile air-conditioning unit for air-conditioning the room air in a building with a buffer store which is designed as a latent heat store using a PCM material, characterised in that in particular a paraffin material is used as the PCM material, in that in the interior of the housing of the buffer store, the PCM material is arranged to fill a gap in the space between heat-exchanger modules with water flowing through, and in that the water-conveying pipe is guided through the heat-exchanger modules into an air-water heat exchanger through which room air to be air-conditioned flows, and in that the heat-exchanger modules have connecting tubes which are connected to assigned convector plates on the outer side, wherein the PCM material is arranged distributed uniformly to fill a gap and to transfer heat in the space between the convector plates.
Aseismic connection device used to connect a panel to a beam, comprising: - a dissipating element shaped as a bar with longitudinal axis, said dissipating element being suitable for being fixed to the beam in such manner that the longitudinal axis of the dissipating element is parallel to the longitudinal axis of the beam, - a fixed connector suitable for being fixed to the panel in correspondence of a transverse axis orthogonal to the longitudinal axis and passing through a mid point of the dissipating element, characterized in that said aseismic connection device further comprises: - a sliding connector slidingly mounted on the dissipating element in such manner to slide along the longitudinal axis of the dissipating element, - a tensioning element connected to the fixed connector and the sliding connector in such manner to allow for a linear displacement of the fixed connector towards the sliding connector in the direction of the transverse axis until the panel stops against a longitudinal edge of the beam in such a way to connect the panel to the beam, wherein said panel is not able to move with respect to the beam in the direction of the transverse axis, when the panel is stopped against the longitudinal edge of the beam and said panel is able to move with respect to the beam in the direction of the longitudinal axis when the sliding connector slides along the longitudinal axis of the dissipating element. - a dissipating element shaped as a bar with longitudinal axis, said dissipating element being suitable for being fixed to the beam in such manner that the longitudinal axis of the dissipating element is parallel to the longitudinal axis of the beam, - a fixed connector suitable for being fixed to the panel in correspondence of a transverse axis orthogonal to the longitudinal axis and passing through a mid point of the dissipating element, - a sliding connector slidingly mounted on the dissipating element in such manner to slide along the longitudinal axis of the dissipating element, - a tensioning element connected to the fixed connector and the sliding connector in such manner to allow for a linear displacement of the fixed connector towards the sliding connector in the direction of the transverse axis until the panel stops against a longitudinal edge of the beam in such a way to connect the panel to the beam,
A method for controlling an electric compressor having a motor, said electric compressor compressing a refrigerant, characterized in that said method comprises the steps of: activating the electric compressor in a non-asynchronous operation by driving the motor in a constant torque mode when the electric compressor is activated until a rotor rotates by a predetermined amount of rotation; switching an operation mode of the motor from the constant torque mode to a constant speed mode, when the rotor is driven by a predetermined amount of rotation from the initial position in the constant torque mode; and driving the motor at a constant speed after switching the operation mode of the motor. activating the electric compressor in a non-asynchronous operation by driving the motor in a constant torque mode when the electric compressor is activated until a rotor rotates by a predetermined amount of rotation; switching an operation mode of the motor from the constant torque mode to a constant speed mode, when the rotor is driven by a predetermined amount of rotation from the initial position in the constant torque mode; and driving the motor at a constant speed after switching the operation mode of the motor.
A three-dimensional stereoscopic display apparatus, comprising: a reception unit which receives a 3D image signal from another 3D stereoscopic display apparatus having a different size to the 3D stereoscopic display apparatus; a conversion unit which non-linearly converts a disparity of the 3D image signal to a converted disparity which falls within a predetermined range of a plurality of disparities by using transmitter information of the other 3D stereoscopic display apparatus and receiver information of the 3D stereoscopic display apparatus and generates an output 3D image signal having depth information which is proportional to depth information of the received 3D image signal by using the converted disparity; and a display unit which outputs the output 3D image signal, wherein the transmitter information comprises a first viewing distance for the other 3D stereoscopic display apparatus and the receiver information comprises a second viewing distance for the 3D stereoscopic display apparatus, wherein the conversion unit converts the disparity of the 3D image signal based on the first viewing distance and the second viewing distance and a predetermined proportionality constant between the depth information of the 3D image signal and the depth information of the output 3D image signal. a reception unit which receives a 3D image signal from another 3D stereoscopic display apparatus having a different size to the 3D stereoscopic display apparatus; a conversion unit which non-linearly converts a disparity of the 3D image signal to a converted disparity which falls within a predetermined range of a plurality of disparities by using transmitter information of the other 3D stereoscopic display apparatus and receiver information of the 3D stereoscopic display apparatus and generates an output 3D image signal having depth information which is proportional to depth information of the received 3D image signal by using the converted disparity; and a display unit which outputs the output 3D image signal, wherein the transmitter information comprises a first viewing distance for the other 3D stereoscopic display apparatus and the receiver information comprises a second viewing distance for the 3D stereoscopic display apparatus, wherein the conversion unit converts the disparity of the 3D image signal based on the first viewing distance and the second viewing distance and a predetermined proportionality constant between the depth information of the 3D image signal and the depth information of the output 3D image signal.
A true random number generator comprising: a cavity filled with tritium; an electronic sensor constructed to detect energy from the decay of the tritium and to produce a signal for the detected energy; an amplifier connected to the sensor and constructed to amplify the signal; a filter connected to the amplifier constructed to filter the signal; a processor connected to the filter, the processor constructed to perform the following steps: a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values. a cavity filled with tritium; an electronic sensor constructed to detect energy from the decay of the tritium and to produce a signal for the detected energy; an amplifier connected to the sensor and constructed to amplify the signal; a filter connected to the amplifier constructed to filter the signal; a processor connected to the filter, the processor constructed to perform the following steps: a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values. a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values.
A white light-emitting organic electroluminescent device comprising: first and second organic light emitting layers respectively interposed between an anode and a cathode; an intermediate layer made of a hole blocking material interposed between the first and second organic light emitting layers, wherein the white light-emitting organic electroluminescent device realizes white light-emission via a first light emitted from the first organic light emitting layer and a second light emitted from the second organic light emitting layer, characterized in that the hole blocking material is selected from CF-X, CF-Y, and lanthanide compounds. first and second organic light emitting layers respectively interposed between an anode and a cathode; an intermediate layer made of a hole blocking material interposed between the first and second organic light emitting layers, wherein the white light-emitting organic electroluminescent device realizes white light-emission via a first light emitted from the first organic light emitting layer and a second light emitted from the second organic light emitting layer, characterized in that the hole blocking material is selected from CF-X, CF-Y, and lanthanide compounds.
A method for synchronizing handwriting of multiple clients, wherein each client can be sender and receiver, comprising: obtaining, by one or more senders, an input point of a handwriting by a user, and forming a set of input points from a plurality of consecutive input points to obtain a segmented handwriting data; setting, by the one or more senders, identification information for the set of input points of the handwriting by the user, and forming one or more segments of the segmented handwriting data according to the identification information; and receiving, at a server, the segmented handwriting data of a real-time handwriting sent in segments from each of the one or more senders; forwarding, by the server, each segment of the segmented handwriting data to each receiver in real time respectively, wherein the segmented handwriting data is received asynchronously and restored into a real-time handwriting by each receiver, restoring, by each receiver, the one or more segments of the segmented handwriting data into the real-time handwriting inputted by the user according to the identification information, wherein the identification information comprises an ID of the user and an ID of the set of points; receiving, at the server, complete handwriting data of one inputted complete handwriting sent by each of the one or more senders; and forwarding, by the server, the complete handwriting data sent by each of the one or more senders to each receiver, wherein the complete handwriting data is received synchronously and the handwriting is inserted into an interface for display by each receiver. obtaining, by one or more senders, an input point of a handwriting by a user, and forming a set of input points from a plurality of consecutive input points to obtain a segmented handwriting data; setting, by the one or more senders, identification information for the set of input points of the handwriting by the user, and forming one or more segments of the segmented handwriting data according to the identification information; and receiving, at a server, the segmented handwriting data of a real-time handwriting sent in segments from each of the one or more senders; forwarding, by the server, each segment of the segmented handwriting data to each receiver in real time respectively, wherein the segmented handwriting data is received asynchronously and restored into a real-time handwriting by each receiver, restoring, by each receiver, the one or more segments of the segmented handwriting data into the real-time handwriting inputted by the user according to the identification information, wherein the identification information comprises an ID of the user and an ID of the set of points; receiving, at the server, complete handwriting data of one inputted complete handwriting sent by each of the one or more senders; and forwarding, by the server, the complete handwriting data sent by each of the one or more senders to each receiver, wherein the complete handwriting data is received synchronously and the handwriting is inserted into an interface for display by each receiver.
An anti-vibration device comprising: a tubular first attachment member configured to be connected to one of a vibration generating portion and a vibration receiving portion; a second attachment member configured to be connected to another one of the vibration generating portion and the vibration receiving portion; an elastic body connecting the first attachment member and the second attachment member to each other; and a separating member separating a liquid-filled liquid chamber inside the first attachment member into a main liquid chamber on one side in an axial direction and a secondary liquid chamber on another side in the axial direction, the main liquid chamber being partitioned by at least the elastic body, and the secondary liquid chamber being partitioned by at least a diaphragm, wherein a tapered surface decreasing in diameter towards the another side in the axial direction is formed on an end on the another side in the axial direction of an outer circumferential surface of the separating member, a bend portion bent to follow the tapered surface is formed on an end on the another side in the axial direction of the first attachment member, and an end on an outer circumferential side of the diaphragm is sandwiched between the tapered surface and the bend portion. a tubular first attachment member configured to be connected to one of a vibration generating portion and a vibration receiving portion; a second attachment member configured to be connected to another one of the vibration generating portion and the vibration receiving portion; an elastic body connecting the first attachment member and the second attachment member to each other; and a separating member separating a liquid-filled liquid chamber inside the first attachment member into a main liquid chamber on one side in an axial direction and a secondary liquid chamber on another side in the axial direction, the main liquid chamber being partitioned by at least the elastic body, and the secondary liquid chamber being partitioned by at least a diaphragm, wherein a tapered surface decreasing in diameter towards the another side in the axial direction is formed on an end on the another side in the axial direction of an outer circumferential surface of the separating member, a bend portion bent to follow the tapered surface is formed on an end on the another side in the axial direction of the first attachment member, and an end on an outer circumferential side of the diaphragm is sandwiched between the tapered surface and the bend portion.
A washing machine comprising a steam generation apparatus, the steam generation apparatus comprising: a case having an accommodating space for storing water; a heater disposed inside the case to heat the water stored in the case; a heater overheating prevention unit for cutting off power of the heater when the heater is overheated above the set temperature; and a water level sensor positioned inside the case to sense a water level of water being supplied into the case, wherein the water level sensor outputs a signal when the sensed water level reaches a predetermined level to supply power to the heater, wherein the water level sensor controls a heater protecting water level for preventing overheating of the heater, the heater being exposed to air when the water level falls below the heater protecting water level, and the heater overheating prevention unit comprises: a thermo-fuse installed inside the heater, or a thermostat which is installed at the bottom of the case and disposed in contact with the heater, or a power interrupting unit installed inside one end portion of the heater and cutting off power being supplied to the heater when the heater is overheated. a case having an accommodating space for storing water; a heater disposed inside the case to heat the water stored in the case; a heater overheating prevention unit for cutting off power of the heater when the heater is overheated above the set temperature; and a water level sensor positioned inside the case to sense a water level of water being supplied into the case, wherein the water level sensor outputs a signal when the sensed water level reaches a predetermined level to supply power to the heater, wherein the water level sensor controls a heater protecting water level for preventing overheating of the heater, the heater being exposed to air when the water level falls below the heater protecting water level, and the heater overheating prevention unit comprises: a thermo-fuse installed inside the heater, or a thermostat which is installed at the bottom of the case and disposed in contact with the heater, or a power interrupting unit installed inside one end portion of the heater and cutting off power being supplied to the heater when the heater is overheated. a thermo-fuse installed inside the heater, or a thermostat which is installed at the bottom of the case and disposed in contact with the heater, or a power interrupting unit installed inside one end portion of the heater and cutting off power being supplied to the heater when the heater is overheated.