mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of an apparatus for generating a standing wave in a standing water body or water basin, wherein the apparatus comprises at least one water acceleration section, at least one wave generation section located downstream of the water acceleration section, and at least one pump, wherein the at least one pump is arranged such that with this pump water can be conveyed from an underwater area of the standing water body of water basin to a starting level which is higher than the water level of the standing water body or water basin, to generate a water flow directed toward the wave generation section by utilizing gravity (g), wherein the apparatus is arranged relative to the standing water body or water basin such that the standing water body or water basin with its water level is part of the wave generation section.
A system comprising a decorative glazing insert and a decorative glazing element adapted for placement between the panes of a double-glazing unit, said decorative glazing insert defining at least one aperture for receipt of the decorative glazing element, characterized in that the decorative glazing insert comprises first and second generally planar insert parts (2,3), the first generally planar insert part connectable to the second generally planar insert part by engagement of a first engagement portion (15,18) defined by the first insert part with a second engagement portion (17,19) defined by the second insert part, wherein at least one of said first and second engagement portions extends substantially transverse to the major plane of the first insert part, and wherein the insert further comprises (i) at least one mounting portion (6,7) arranged to permit mounting of the insert to a frame of the double-glazing unit between the panes thereof, and (ii) an elongate mounting member connected to the or each mounting portion, said mounting member being arranged, in use, to connect the insert to the frame of the double-glazing unit between the panes thereof, wherein at least one of the first and second engagement portions defines an enlarged head region (28,30), and preferably wherein both of the first and second engagement portions define complementary enlarged head regions which are configured, in use, to overlie one another when the first and second engagement portions are engaged together, so as to optionally define a predetermined clearance between said head regions to accommodate a predetermined range of thicknesses of decorative glazing elements for receipt in said at least one aperture defined by the insert.
An over-voltage protection device for a resonant wireless power reception device, the over-voltage protection device comprising: a resonance signal receiver for receiving a wireless resonance signal transmitted from a wireless power transmission device; an over-voltage protector which is driven by a driver in an over-voltage protection operation to detune a resonance frequency of the reception device, thereby reducing reception power; the driver for driving the over-voltage protector according to a control signal in the over-voltage protection operation; and a controller for outputting the control signal for driving the over-voltage protector to the driver when it is determined that over-voltage occurs, characterised in that the over-voltage protector comprises resonance-detuning first and second capacitors (C1, C2), a first terminal of each of the capacitors being connected to a respective one of two connection terminals (VIN-P, VIN-N) of a resonator of the resonance signal receiver, and wherein the driver comprises a switch structure in which the driver performs a switching operation according to the control signal output from the controller to establish a dedicated path between each of the second terminals of the first and second capacitors (C1, C2) of the over-voltage protector and a ground terminal. a resonance signal receiver for receiving a wireless resonance signal transmitted from a wireless power transmission device; an over-voltage protector which is driven by a driver in an over-voltage protection operation to detune a resonance frequency of the reception device, thereby reducing reception power; the driver for driving the over-voltage protector according to a control signal in the over-voltage protection operation; and a controller for outputting the control signal for driving the over-voltage protector to the driver when it is determined that over-voltage occurs, characterised in that the over-voltage protector comprises resonance-detuning first and second capacitors (C1, C2), a first terminal of each of the capacitors being connected to a respective one of two connection terminals (VIN-P, VIN-N) of a resonator of the resonance signal receiver, and wherein the driver comprises a switch structure in which the driver performs a switching operation according to the control signal output from the controller to establish a dedicated path between each of the second terminals of the first and second capacitors (C1, C2) of the over-voltage protector and a ground terminal.
A thermoacoustic device comprising: a loop tube in which a working gas is sealed; a stack in which a temperature gradient is generated in a tube axis direction of the loop tube, the stack being provided in the loop tube; and a diaphragm structure including a diaphragm provided in the loop tube and an operating unit, the diaphragm having a surface extending in a direction intersecting the tube axis direction and being configured to vibrate with a component of vibration in the tube axis direction, characterized in that the operation unit is configured to apply a physical quantity that is required, to the diaphragm to change a rigidity of the diaphragm in the tube axis direction; the diaphragm is configured to expand and contract in a direction along the surface based on the physical quantity, wherein when the diaphragm expands in the direction along the surface, the rigidity of the diaphragm in the tube axis direction decreases, and when the diaphragm contracts in the direction along the surface, the rigidity of the diaphragm in the tube axis direction increases; the diaphragm structure further includes a restraining member that restrains a peripheral portion of the diaphragm; and a region of the diaphragm is configured to vibrate in the tube axis direction, the region of the diaphragm being closer to a center of the diaphragm than the peripheral portion is. a loop tube in which a working gas is sealed; a stack in which a temperature gradient is generated in a tube axis direction of the loop tube, the stack being provided in the loop tube; and a diaphragm structure including a diaphragm provided in the loop tube and an operating unit, the diaphragm having a surface extending in a direction intersecting the tube axis direction and being configured to vibrate with a component of vibration in the tube axis direction, characterized in that the operation unit is configured to apply a physical quantity that is required, to the diaphragm to change a rigidity of the diaphragm in the tube axis direction; the diaphragm is configured to expand and contract in a direction along the surface based on the physical quantity, wherein when the diaphragm expands in the direction along the surface, the rigidity of the diaphragm in the tube axis direction decreases, and when the diaphragm contracts in the direction along the surface, the rigidity of the diaphragm in the tube axis direction increases; the diaphragm structure further includes a restraining member that restrains a peripheral portion of the diaphragm; and a region of the diaphragm is configured to vibrate in the tube axis direction, the region of the diaphragm being closer to a center of the diaphragm than the peripheral portion is.
Compounds of general formula wherein R 1 is -F and R 2 is -H or -F, or R 1 is -H and R 2 is -F; as well as pharmacologically acceptable salts, solvates and hydrates of the aforementioned compounds. R 1 is -F and R 2 is -H or -F, or R 1 is -H and R 2 is -F;
A wireless communication method, comprising: receiving, by at least two forwarding nodes (A, B), a first data packet from a source node, wherein the first data packet comprises service data, forwarding node set information of the first data packet, and destination node information; and a forwarding node set of the first data packet comprises the at least two forwarding nodes (A,B), and the destination node information identifies a destination node set and/or a destination node; and sending, by at least two forwarding nodes in the at least two forwarding nodes (A,B), a second data packet, wherein the second data packet comprises the service data, forwarding node set information of the second data packet, and the destination node information; wherein the forwarding node set information of the second data packet identifies a non-destination node set and/or a non-destination node, and the non-destination node set includes at least one non-destination node; wherein the forwarding node set information of the second data packet identifies the destination node set and the non-destination node set receiving, by at least two forwarding nodes (A, B), a first data packet from a source node, wherein the first data packet comprises service data, forwarding node set information of the first data packet, and destination node information; and a forwarding node set of the first data packet comprises the at least two forwarding nodes (A,B), and the destination node information identifies a destination node set and/or a destination node; and sending, by at least two forwarding nodes in the at least two forwarding nodes (A,B), a second data packet, wherein the second data packet comprises the service data, forwarding node set information of the second data packet, and the destination node information; wherein the forwarding node set information of the second data packet identifies a non-destination node set and/or a non-destination node, and the non-destination node set includes at least one non-destination node; wherein the forwarding node set information of the second data packet identifies the destination node set and the non-destination node set
A battery pack for an electric power tool that is detachably mountable on a tool body of the electric power tool for serving as a power source for the electric power tool, the battery pack comprising: a case; battery cells; and a cell holder that is inserted into the case, the cell holder covering at least a part of the battery cells, wherein a dimensional difference interposition member (541;551;563;573) serves to bridge a dimensional difference between the cell holder and the inside of the case by generating a pressing force applied to the case when the cell holder is inserted, characterized in that the dimensional difference interposition member (541;551;563;573) is integrally molded with the cell holder, and wherein the dimensional difference interposition member (541;551;563;573) is formed as a cutout in the cell holder, and serves to bridge the dimensional difference by the elasticity thereof when the cell holder is completely inserted into the case. a case; battery cells; and a cell holder that is inserted into the case, the cell holder covering at least a part of the battery cells, wherein a dimensional difference interposition member (541;551;563;573) serves to bridge a dimensional difference between the cell holder and the inside of the case by generating a pressing force applied to the case when the cell holder is inserted, characterized in that the dimensional difference interposition member (541;551;563;573) is integrally molded with the cell holder, and wherein the dimensional difference interposition member (541;551;563;573) is formed as a cutout in the cell holder, and serves to bridge the dimensional difference by the elasticity thereof when the cell holder is completely inserted into the case.
Elevator system having an assigned car information display apparatus for elevators, the system being configured with a security authentication device that performs a security authentication transaction performed when an elevator user passes through a security gate of a building; a security-authentication-transaction-linked destination floor registering means; an elevator group control device that controls an entire elevator group constituted of a plurality of elevator cars so as to operate efficiently, in consideration of an operation status of the elevator group; and an assigned car information display device disposed at the security gate, the display device displaying information of an assigned elevator car when the user passes through the security gate, the assigned elevator car being one car assigned by the elevator group control device to a destination floor registered for the user, wherein the assigned car information display device changes, based on an attribute of the user, any one of a language, a font, a graphic figure and a color in a displayed message on a display screen when the assigned elevator car is displayed, and thereby displays assigned car information for a specific user; characterized in that - if there is no display command for newly assigned car from the elevator group control device, the assigned car information display device displays for a predetermined period of time the assigned car information currently being displayed; and - if there is a display command for a newly assigned car from the elevator group control device, the assigned car information display device cancels displaying of the assigned car information currently being displayed, displays a blank screen notifying that the newly assigned car information will be displayed, and then displays the newly assigned car information. - if there is no display command for newly assigned car from the elevator group control device, the assigned car information display device displays for a predetermined period of time the assigned car information currently being displayed; and - if there is a display command for a newly assigned car from the elevator group control device, the assigned car information display device cancels displaying of the assigned car information currently being displayed, displays a blank screen notifying that the newly assigned car information will be displayed, and then displays the newly assigned car information.
An agent that is able to restore the E-cadherin trafficking in Darier keratinocytes and the formation of adherens junctions for use in treating a patient with Darier disease, wherein said agent is selected from the group consisting of chemical chaperones and pharmacologic chaperones, the chemical chaperone being 4-phenyl butyric acid, and the pharmacological chaperone being 1,5-(butylimino)-1,5-dideoxy-D-glucitol (miglustat).
An oscillator configured to generate a signal with a frequency sweep, said oscillator having circuitry comprising: a set of capacitors, each capacitor of said set of capacitors being switchably connectable in parallel in said circuitry so that a frequency of said signal has an intrinsic dependence on the number of said capacitors connected, a shift register controllable by a clock line and comprising a number of bits, each bit of said number of bits controlling connection of a respective capacitor of said set of capacitors so that the capacitors are connectable or disconnectable in a pre-determined order by shifting, respectively, activation or de-activation bits into said shift register, wherein said shifting is paced by said clock line; and a clock signal generator configured to output a clock signal with a time modulation on said clock line, wherein said oscillator is configured to generate said frequency sweep with a specific desired time-dependent profile, said time modulation being based on said specific desired time-dependent profile of said frequency sweep in relation to said intrinsic dependence of said frequency of said signal on the number of capacitors connected, wherein said oscillator is an LC oscillator, wherein said shift register is embedded within a tank circuit of said LC oscillator. a set of capacitors, each capacitor of said set of capacitors being switchably connectable in parallel in said circuitry so that a frequency of said signal has an intrinsic dependence on the number of said capacitors connected, a shift register controllable by a clock line and comprising a number of bits, each bit of said number of bits controlling connection of a respective capacitor of said set of capacitors so that the capacitors are connectable or disconnectable in a pre-determined order by shifting, respectively, activation or de-activation bits into said shift register, wherein said shifting is paced by said clock line; and a clock signal generator configured to output a clock signal with a time modulation on said clock line,
A method for manufacturing a cellulosic paper material, wherein the method comprises: providing old textiles as starting material, wherein the old textiles comprise cellulose and non-cellulosic foreign matters, wherein the non-cellulosic foreign matters comprise synthetic plastic and optionally metal oxides; at least partially depleting the non-cellulosic foreign matters from the cellulose, to provide a depleted starting material, wherein depleting comprises: mechanically separating at least a part of the non-cellulosic foreign matters; and/or chemically separating at least a part of the non-cellulosic foreign matters; and forming the cellulosic paper material from the depleted starting material. providing old textiles as starting material, wherein the old textiles comprise cellulose and non-cellulosic foreign matters, wherein the non-cellulosic foreign matters comprise synthetic plastic and optionally metal oxides; at least partially depleting the non-cellulosic foreign matters from the cellulose, to provide a depleted starting material, wherein depleting comprises: mechanically separating at least a part of the non-cellulosic foreign matters; and/or chemically separating at least a part of the non-cellulosic foreign matters; and mechanically separating at least a part of the non-cellulosic foreign matters; and/or chemically separating at least a part of the non-cellulosic foreign matters; and forming the cellulosic paper material from the depleted starting material.
A calibration device for calibrating a gas filling apparatus comprising: a filling vessel, accommodated in a measurement housing, to said filling vessel a high pressure fuel gas being fed from outside of the measurement housing by the gas filling apparatus; and a scale for measuring a weight of a fuel gas fed to the filling vessel, wherein a dry gas pipe for feeding a dry gas in the measurement housing is detachably mounted to the measurement housing. a filling vessel, accommodated in a measurement housing, to said filling vessel a high pressure fuel gas being fed from outside of the measurement housing by the gas filling apparatus; and a scale for measuring a weight of a fuel gas fed to the filling vessel, wherein a dry gas pipe for feeding a dry gas in the measurement housing is detachably mounted to the measurement housing.
A medical system for shape sensing by interacting with a shape sensing element configured to perform a shape sensing measurement of an interventional device and by interacting with an image data generation unit for generating image data, said medical system comprising: - a shape sensing console adapted to communicate with said shape sensing element for generating measurement signals of said shape sensing measurement, - a shape reconstruction unit in communication with said shape sensing console for reconstructing a shape of said shape sensing element based on said generated measurement signals, characterized in that the medical system further comprises - a data-processing receiving unit for receiving a position and/or orientation of an apparatus (26, 26') comprising said image data generation unit, - a data-processing coordinate transformation unit for registering said reconstructed shape by representing said reconstructed shape in a coordinate system based on said received position and/or orientation of said apparatus (26, 26'), and - a connector unit for connecting said shape sensing console and/or said shape reconstruction unit to said shape sensing element, said connector unit being detachably connectable to a housing of said apparatus (26, 26') using fixing means. - a shape sensing console adapted to communicate with said shape sensing element for generating measurement signals of said shape sensing measurement, - a shape reconstruction unit in communication with said shape sensing console for reconstructing a shape of said shape sensing element based on said generated measurement signals, characterized in that the medical system further comprises - a data-processing receiving unit for receiving a position and/or orientation of an apparatus (26, 26') comprising said image data generation unit, - a data-processing coordinate transformation unit for registering said reconstructed shape by representing said reconstructed shape in a coordinate system based on said received position and/or orientation of said apparatus (26, 26'), and - a connector unit for connecting said shape sensing console and/or said shape reconstruction unit to said shape sensing element, said connector unit being detachably connectable to a housing of said apparatus (26, 26') using fixing means.
A bulk catalyst composition comprising one or more Group VIII metals and two or more Group VIB metals, which bulk catalyst composition comprises i. first metal oxidic particles comprising one first Group VIII metal and one first Group VIB metal ii. separately prepared second metal oxidic particles comprising one second Group VIII metal and one second Group VIB metal, wherein the first and second metal oxidic particles are respectively NiMo and NiW bimetallic oxidic particles, wherein the first and second oxidic bulk particles are separately shaped to separate first and second shaped bulk catalyst particles, which are combined to form the bulk catalyst composition. i. first metal oxidic particles comprising one first Group VIII metal and one first Group VIB metal ii. separately prepared second metal oxidic particles comprising one second Group VIII metal and one second Group VIB metal, wherein the first and second metal oxidic particles are respectively NiMo and NiW bimetallic oxidic particles, wherein the first and second oxidic bulk particles are separately shaped to separate first and second shaped bulk catalyst particles, which are combined to form the bulk catalyst composition.
An aerial photographing system, comprising a flying vehicle being remotely controlled, a main frame provided in a center of said flying vehicle and designed in hollow cylindrical shape, a shaft which penetrates said main frame in up-to-down direction and provided on said main frame via a gimbal, a lower camera provided on a lower end of said shaft, an upper camera provided on an upper end of said shaft, and a retro-reflector integrated with said lower camera and being set in a known relation with said lower camera and used as an object to be measured, a total station for tracking said retro-reflector and for measuring a position of said retro-reflector, wherein said shaft is supported by said gimbal so as to be kept vertically by a weight balance, and wherein said lower camera photographs in vertically downward direction and said upper camera photographs in vertically upward direction.