mhurhangee/ep-ind-claims huggingface dataset:
An inhalable pharmaceutical composition comprising ketamine or its pharmaceutically acceptable salt for use in a treatment of depression, by administration of the composition to the lungs via pulmonary route, wherein said treatment is performed in a dosage regimen that comprises cycle of multiple sequences of administration by inhalation, said cycle lasting from 10 days to 30 days, wherein each of multiple sequences of administration is performed in a one single day, with 2 to 4 days intervals between sequences, and each of said sequences consists of multiple single dose inhalations separated by a break period lasting at least 5 minutes, and wherein the composition is an inhalable dry powder composition and wherein the composition comprises from 2 mg to 100 mg of micronized ketamine calculated as a free base per nominal unit dose.
A refrigerating machine comprising: a cooling stage that cools a target object; a He condensation section; a reservoir that communicates with said He condensation section, and is filled with He gas; and a heat transfer buffer member that is arranged between the bottom face of said cooling stage and the top face of said He condensation section, and is composed of a material having a thermal conductivity lower than that of said He condensation section, wherein the He condensation section stores liquid He in its interior and comprises a table onto which said object is mounted, the table being arranged on the bottom face of said He condensation section, characterized in that: corrugations are formed on a contact face between said heat transfer buffer member and said cooling stage or said He condensation section. a cooling stage that cools a target object; a He condensation section; a reservoir that communicates with said He condensation section, and is filled with He gas; and a heat transfer buffer member that is arranged between the bottom face of said cooling stage and the top face of said He condensation section, and is composed of a material having a thermal conductivity lower than that of said He condensation section, corrugations are formed on a contact face between said heat transfer buffer member and said cooling stage or said He condensation section.
A nitrile copolymer rubber composition for hose use containing a nitrile copolymer rubber which has α,β-ethylenically unsaturated nitrile monomer units 20 to 80 wt%, an inorganic filler with an aspect ratio of 30 to 2,000, a coupling agent, and a glycol compound, wherein a ratio of said coupling agent is 0.05 to 15 parts by weight and a ratio of said glycol compound is 0.05 to 15 parts by weight with respect to 100 parts by weight of said nitrile copolymer rubber.
Motor vehicle having a dashboard and a steering wheel arranged on a steering column, said steering wheel being arranged in the region of the dashboard, wherein the steering wheel is moveable relative to the dashboard and is displaceable in a longitudinal direction of the steering column in the direction of the dashboard in an automatic mode of the motor vehicle from a first position of the manual steering into a second retracted position of the automatic steering, wherein in the case of an accidental force impact of the motor vehicle, the steering column is formed in such a way that the steering wheel is displaced from the second position into the first position, wherein the steering column is coupled to an actuator, which is designed to displace the steering wheel from the second position into the first position, characterised in that the actuator has a spring device which is subject to a prestressing in the second position of the steering wheel and is able to be unlocked in the case of an accident.
Ground compaction drum, comprising: - a drum casing, - a drum casing interior space, which is surrounded by the drum casing, - a mount, which includes at least one drum bracket (10, 11) and in which the drum casing is rotatably mounted about an axis of rotation, wherein the mount includes a holding means, in which a storage means at least partially arranged in the drum casing interior space is mounted, characterized in that the storage means is vibration-dampened vis-à-vis the drum casing. - a drum casing, - a drum casing interior space, which is surrounded by the drum casing, - a mount, which includes at least one drum bracket (10, 11) and in which the drum casing is rotatably mounted about an axis of rotation,
Book comprising a plurality of sheets, wherein the sheets arc provided at least substantially with text on both pages within predetermined margins, which text consists of lines with words which can be read by a reader in a reading direction, wherein at least almost all lines on at least almost all pages of the book extend parallel to the spine of the book, and that the lines on two adjoining pages of two adjoining sheets are arranged in the same reading direction in the opened position of the book such that the reader can read the text on both adjoining pages in the same reading direction without rotating the book, characterized in that the sheets are mutually bound on a spine side without being bound to the spine itself wherein the thickness of the sheets is less than 0.1 mm, and wherein two sheets are formed in each case by a leaf that is folded double.
Electric or hybrid vehicle structure comprising a floor, a battery tray fastened beneath the floor, and a compressed foam plate disposed between the battery tray and the floor, in which structure the surface of the foam plate comprises microscopic perforations configured for evacuating air contained in the foam during the compression of the plate and/or configured to avoid the ingress of water into the foam.
A resonator structure, comprising: a resonator part and a counter-electrode part, wherein the resonator structure has a characteristic frequency of oscillation in combination with a given mechanical amplitude, wherein setting said mechanical amplitude is accomplished by having in the resonator structure the resonator part and the counter-electrode part, wherein the resonator part comprises a first anchor configured to anchor the resonator part at a first anchor point located at a given point of the resonator structure substrate, and a first oscillatory element and a second oscillatory element connected to the first anchor point in such a manner that said first and said second oscillatory elements are configured to oscillate synchronously with regard to said anchor point, said first anchor point being located inside an area delimited by the first oscillatory element and the second oscillatory element, wherein the counter-electrode part comprises a second anchor configured to anchor the counter-electrode part at a second anchor point located at a given point of a resonator structure substrate, and wherein the locations of the first anchor point and the second anchor point are within an area delimited by the projection on the resonator structure substrate of said first oscillatory element, said second oscillatory element, and said counter-electrode. a resonator part and a counter-electrode part, wherein the resonator structure has a characteristic frequency of oscillation in combination with a given mechanical amplitude, wherein setting said mechanical amplitude is accomplished by having in the resonator structure the resonator part and the counter-electrode part, wherein the resonator part comprises a first anchor configured to anchor the resonator part at a first anchor point located at a given point of the resonator structure substrate, and a first oscillatory element and a second oscillatory element connected to the first anchor point in such a manner that said first and said second oscillatory elements are configured to oscillate synchronously with regard to said anchor point, said first anchor point being located inside an area delimited by the first oscillatory element and the second oscillatory element, wherein the counter-electrode part comprises a second anchor configured to anchor the counter-electrode part at a second anchor point located at a given point of a resonator structure substrate, and wherein the locations of the first anchor point and the second anchor point are within an area delimited by the projection on the resonator structure substrate of said first oscillatory element, said second oscillatory element, and said counter-electrode.
Transport device for transporting a tire component in a transport direction, wherein the transport device comprises at least three conveyors extending mutually parallel in the transport direction and side-by-side in a lateral direction perpendicular to the transport direction to form a combined conveying surface for conveying the tire component in the transport direction, wherein the at least three conveyors comprise an intermediate conveyor, a first side conveyor on a first side of the intermediate conveyor in the lateral direction and a second side conveyor on a second side of the intermediate conveyor in the lateral direction, opposite to the first side, wherein the intermediate conveyor, the first side conveyor and the second side conveyor are movable at different speeds with respect to each other in a direction parallel to the transport direction.
Operating device for a luminaire, in particular for an LED luminaire, the operating device having: a coil having a coil core, a heat-conducting structure (4, 4') which is in surface contact with the coil core in order to conduct the heat emitted by the coil core during operation of the coil away from the coil core, and a circuit board, the coil and the heat-conducting structure (4, 4') being provided on a first side of the circuit board such that the heat-conducting structure (4, 4') conducts the heat emitted by the coil core away from the coil core and the first side to a second side of the circuit board which faces away from the first side, and the heat-conducting structure (4, 4') having legs for dissipating heat in the direction of the second side of the circuit board, characterized in that the legs pass through the circuit board, the coil being a transformer coil, and the coil core being designed as a transformer core, the transformer core having: a first portion for electromagnetic interaction with a primary winding, a second portion for electromagnetic interaction with a secondary winding, and a third portion for connecting the first portion to the second portion in order to conduct the magnetic flux between the first and the second portion, the heat-conducting structure (4, 4') being in surface contact with the third portion. a coil having a coil core, a heat-conducting structure (4, 4') which is in surface contact with the coil core in order to conduct the heat emitted by the coil core during operation of the coil away from the coil core, and a circuit board, the coil and the heat-conducting structure (4, 4') being provided on a first side of the circuit board such that the heat-conducting structure (4, 4') conducts the heat emitted by the coil core away from the coil core and the first side to a second side of the circuit board which faces away from the first side, and the heat-conducting structure (4, 4') having legs for dissipating heat in the direction of the second side of the circuit board, characterized in that the legs pass through the circuit board, the coil being a transformer coil, and the coil core being designed as a transformer core, the transformer core having: a first portion for electromagnetic interaction with a primary winding, a second portion for electromagnetic interaction with a secondary winding, and a third portion for connecting the first portion to the second portion in order to conduct the magnetic flux between the first and the second portion, the heat-conducting structure (4, 4') being in surface contact with the third portion. a first portion for electromagnetic interaction with a primary winding, a second portion for electromagnetic interaction with a secondary winding, and a third portion for connecting the first portion to the second portion in order to conduct the magnetic flux between the first and the second portion, the heat-conducting structure (4, 4') being in surface contact with the third portion.
A free-piston engine comprising an engine cylinder and a single piston member comprising a double-ended piston configured to move within the cylinder, wherein (a) the piston member partitions the cylinder into two separate chambers (3,4), each of which are supplied with a compressible working fluid from one or more intake means, (b) the piston being arranged to move over and past the intake means during each stroke such that the fluid is replenished within one chamber (3,4) while the piston compresses the fluid held in the other chamber (4,3), (c) the intake means comprises an air intake means having a sliding port valve, characterised in that (d) the piston is elongate such that its length is at least five times its diameter, (e) the cylinder has a length at least ten times its diameter, and (f) the air intake means further comprises a solenoid poppet valve arranged in series with the sliding port valve. (a) the piston member partitions the cylinder into two separate chambers (3,4), each of which are supplied with a compressible working fluid from one or more intake means, (b) the piston being arranged to move over and past the intake means during each stroke such that the fluid is replenished within one chamber (3,4) while the piston compresses the fluid held in the other chamber (4,3), (c) the intake means comprises an air intake means having a sliding port valve, characterised in that (d) the piston is elongate such that its length is at least five times its diameter, (e) the cylinder has a length at least ten times its diameter, and (f) the air intake means further comprises a solenoid poppet valve arranged in series with the sliding port valve.
A light curtain having a housing having at least three electronic cards which are arranged behind one another in a longitudinal direction and on which a plurality of light transmitters and/or light receivers are arranged in series, wherein the electronic cards are each connected to one another by a mechanical connection element and the electronic cards are held in the housing; and wherein the housing is formed as a profile housing, characterized in that the first electronic card (3.1) and the last electronic card (3.2) are fixed to the respective housing end in the longitudinal direction so that the last light transmitter and/or light receiver of the first electronic card (3.1) and of the last electronic card (3.2), said last light transmitter and/or light receiver disposed at the housing end, has a fixed defined spacing from the housing end, characterized in that the connection element bounds a minimal spacing and a maximum spacing between the electronic cards, with the maximum spacing being greater than the minimal spacing.
Flue gas desulphurization device having at least one scrubber having a distribution device for distributing an absorbent into the flue gas flow flowing through the scrubber and a scrubber sump located at the bottom of the scrubber, as well as a heat exchanger device tool for transferring heat from the flue gas flow flowing into the scrubber to the clean gas flow flowing out of the scrubber, wherein oxidation air can be fed into the scrubber suspension from the scrubber sump and the scrubber suspension can be provided in a circulating manner to the distribution device, characterized in that a clean gas bypass channel is provided for the heat exchanger device for the use of lime stone or calcium hydrate as absorbent.
A method of transmitting a ranging response signal performed by a first vehicle-to-X V2X user equipment UE for supporting distance measurement in a wireless communication system, the method comprising: receiving a ranging request signal from a second V2X UE; and transmitting a ranging response signal to the second V2X UE in response to the ranging request signal based on distance measurement parameter information, characterised in that the distance measurement parameter information comprises information about a cyclic prefix CP length used for the ranging response signal, and the CP length used for the ranging response signal is different from a CP length used for V2X data channel transmission. receiving a ranging request signal from a second V2X UE; and transmitting a ranging response signal to the second V2X UE in response to the ranging request signal based on distance measurement parameter information, characterised in that the distance measurement parameter information comprises information about a cyclic prefix CP length used for the ranging response signal, and the CP length used for the ranging response signal is different from a CP length used for V2X data channel transmission.
Clamp for an external fixator, comprising: a plurality of attachments (2; 3; 4) for locking bars and/or bone screws; a connector provided with an at least partially threaded stem, which passes through and connects in series said plurality of attachments (2; 3; 4); at least one first attachment of said plurality of attachments (2; 3; 4) comprising two arms (20; 21), connected by a C-shaped flexible bridge; said stem passing through said first attachment in an intermediate position between said flexible bridge and the opposite free ends of said arms (20; 21) wherein, at the free ends, said arms (20; 21) define a screw housing seat for a bone screw; said screw housing seat being selectively configurable, varying the deformation of the flexible bridge, to clamp bone screws having different diameter; wherein said screw housing seat allows at least the clamping of bone screws with diameters of 4 mm, 5 mm and 6 mm; characterized in that said first attachment also provides for a bar housing seat for a bar of the external fixator; wherein said bar housing seat is defined by an inner profile, substantially shaped as an arc of a circle, of the flexible bridge of the first attachment.
A tire mold for forming an atypical sidewall pattern, wherein the tire mold is configured to form a marking region of a sidewall of a tire, wherein the tire mold comprises a plurality of basic pattern unit formation parts (110, 120, 130) arranged in a region thereof corresponding to the marking region of the sidewall, and the basic pattern unit formation part is formed of a plurality of right-angled recesses (101, 102, 103) when viewed from a surface of the tire mold, wherein the basic pattern unit formation parts (110, 120, 130) are regularly arranged to form a series of pattern unit arrangements, characterized in that the plurality of right-angled recesses (101, 102, 103) are asymmetrically arranged horizontally and vertically within each basic pattern unit formation part (110, 120, 130), taken individually. the tire mold comprises a plurality of basic pattern unit formation parts (110, 120, 130) arranged in a region thereof corresponding to the marking region of the sidewall, and the basic pattern unit formation part is formed of a plurality of right-angled recesses (101, 102, 103) when viewed from a surface of the tire mold, wherein the basic pattern unit formation parts (110, 120, 130) are regularly arranged to form a series of pattern unit arrangements, characterized in that the plurality of right-angled recesses (101, 102, 103) are asymmetrically arranged horizontally and vertically within each basic pattern unit formation part (110, 120, 130), taken individually.
A system for roasting particulate material, such as coffee or cacao beans, grains, malt, said system comprising: a photovoltaic unit configured for generating electricity from the solar radiation; a heat storage device comprising at least one phase change material (201, 202, 203); a roasting device configured for roasting said particulate material; a thermal circuit connecting the heat storage device to the roasting device, and configured for circulating a fluid (Fl) through the roasting device; characterized by further comprising an electrical circuit connecting the photovoltaic unit to the heat storage device, and configured for exchanging heat with said at least one phase change material (201, 202, 203). a photovoltaic unit configured for generating electricity from the solar radiation; a heat storage device comprising at least one phase change material (201, 202, 203); a roasting device configured for roasting said particulate material; a thermal circuit connecting the heat storage device to the roasting device, and configured for circulating a fluid (Fl) through the roasting device; characterized by further comprising an electrical circuit connecting the photovoltaic unit to the heat storage device, and configured for exchanging heat with said at least one phase change material (201, 202, 203).
A method for wireless communication performed by a user equipment, UE, comprising: identifying a first subcarrier spacing for synchronization signals, SSs; receiving (2105; 2205) an indication of a synchronization signal, SS, burst set pattern, comprising receiving a radio resource control, RRC, transmission that indicates the SS burst set pattern; identifying the SS burst set pattern based at least in part on the received indication of the SS burst set pattern and the first subcarrier spacing; and determining (2110; 2210) a time location of one of more SSs based at least in part on the received indication, further comprising: identifying positions to monitor for one or more sets of SS blocks based at least in part on the received indication of the SS burst set pattern; and monitoring the identified positions for the one or more sets of SS blocks; and wherein the SS burst set pattern indicates one or more symbols within one or more occupied slots of a set of slots that contain SS block information. identifying a first subcarrier spacing for synchronization signals, SSs; receiving (2105; 2205) an indication of a synchronization signal, SS, burst set pattern, comprising receiving a radio resource control, RRC, transmission that indicates the SS burst set pattern; identifying the SS burst set pattern based at least in part on the received indication of the SS burst set pattern and the first subcarrier spacing; and determining (2110; 2210) a time location of one of more SSs based at least in part on the received indication, further comprising: identifying positions to monitor for one or more sets of SS blocks based at least in part on the received indication of the SS burst set pattern; and monitoring the identified positions for the one or more sets of SS blocks; and wherein the SS burst set pattern indicates one or more symbols within one or more occupied slots of a set of slots that contain SS block information. identifying positions to monitor for one or more sets of SS blocks based at least in part on the received indication of the SS burst set pattern; and monitoring the identified positions for the one or more sets of SS blocks; and wherein the SS burst set pattern indicates one or more symbols within one or more occupied slots of a set of slots that contain SS block information.