mhurhangee/ep-ind-claims huggingface dataset:
A storage tank (100, 200) for liquid hydrogen, the storage tank comprising first (102; 202) and second (104; 204) shells each being constructed of laminate material, the second shell being disposed outwardly of the first shell with respect to the centre (120; 220) of the storage tank and spaced apart from the first shell and wherein the first and second shells are mechanically connected by a first plurality of pins (103; 203) each of which passes through at least some layers of the second shell and at least some layers of the first shell.
A charge and discharge control device that controls charging and discharging of a battery module in which a plurality of cell blocks (B1 to Bn), each including one or more unit cells, are connected in parallel to one another, the device characterized by comprising a controller configured to control a current (i k) flowing through each of the cell blocks (B 1 to B n) based on at least one of a current load (P k) of each of the cell blocks (B 1 to B n) or a parameter relating to the current load (P k), the current load (P k) being a ratio of the current (i k) relative to any one of a cell block capacity, a positive electrode capacitance and a negative electrode capacitance in each of the cell blocks (B 1 to B n).
A treatment assessment device for assessing a treatment of a subject, wherein, in use, a current treatment is tracked by a tracking unit (15, 30) and the treatment assessment device comprises: - a treatment plan providing unit adapted to provide a current treatment plan, - a conformance values providing unit adapted to provide previous conformance values being indicative of previous degrees of conformance of previous treatments with previous treatment plans, and - a visualization unit adapted to generate a visualization being indicative of a current degree of conformance of the current treatment with the current treatment plan in relation to the previous degrees of conformance based on the tracking of the current treatment, the current treatment plan and the provided previous conformance values. - a treatment plan providing unit adapted to provide a current treatment plan, - a conformance values providing unit adapted to provide previous conformance values being indicative of previous degrees of conformance of previous treatments with previous treatment plans, and - a visualization unit adapted to generate a visualization being indicative of a current degree of conformance of the current treatment with the current treatment plan in relation to the previous degrees of conformance based on the tracking of the current treatment, the current treatment plan and the provided previous conformance values.
A wearable body harness comprising: a first shoulder strap and a second shoulder strap; at least one adjustment strap having a first end connected to at least one of the first shoulder strap and the second shoulder strap and a free, second end opposite the first end; a belt strap connected to at least one of the first shoulder strap and the second shoulder strap via the at least one adjustment strap; an adjustment plate connected to the belt strap, the adjustment plate having the at least one adjustment strap routed therethrough; and an adjustment mechanism configured for selectively raising or lowering a position of the belt strap relative to the first shoulder strap and the second shoulder strap, wherein the adjustment mechanism is connected to at least one of the first shoulder strap and the second shoulder strap, and wherein the second end of the at least one adjustment strap is connected to the adjustment mechanism, characterized in that: the adjustment plate has a first slot through which the belt strap is routed and a second slot through which the at least one adjustment strap is routed. a first shoulder strap and a second shoulder strap; at least one adjustment strap having a first end connected to at least one of the first shoulder strap and the second shoulder strap and a free, second end opposite the first end; a belt strap connected to at least one of the first shoulder strap and the second shoulder strap via the at least one adjustment strap; an adjustment plate connected to the belt strap, the adjustment plate having the at least one adjustment strap routed therethrough; and an adjustment mechanism configured for selectively raising or lowering a position of the belt strap relative to the first shoulder strap and the second shoulder strap, wherein the adjustment mechanism is connected to at least one of the first shoulder strap and the second shoulder strap, and wherein the second end of the at least one adjustment strap is connected to the adjustment mechanism, characterized in that: the adjustment plate has a first slot through which the belt strap is routed and a second slot through which the at least one adjustment strap is routed.
System for treating a surface to be treated of a photovoltaic installation formed from one photovoltaic module or from a plurality of juxtaposed photovoltaic modules, said system comprising an emission source for emitting electromagnetic radiation, said emission source being configured to emit electromagnetic radiation, said system being characterized in that it comprises: - means for moving said emission source, - a control unit configured to control said emission source with a view to emitting said electromagnetic radiation for a determined exposure time with a given irradiance towards at least one portion of the surface to be treated, - the control unit being configured to control the moving means so as to move said emission source with respect to said surface to be treated until the entire photovoltaic surface has been scanned. - means for moving said emission source, - a control unit configured to control said emission source with a view to emitting said electromagnetic radiation for a determined exposure time with a given irradiance towards at least one portion of the surface to be treated, - the control unit being configured to control the moving means so as to move said emission source with respect to said surface to be treated until the entire photovoltaic surface has been scanned.
A turbine/generator system comprising: a multi-spool gas turbine having a high pressure shaft and a low pressure shaft, wherein the multi-spool gas turbine is an aircraft propulsion turbofan engine; and a multi-rotor generator comprising: an inner rotor mounted on the low pressure shaft; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft; and a stator mounted concentric with and radially outward of the outer rotor. a multi-spool gas turbine having a high pressure shaft and a low pressure shaft, wherein the multi-spool gas turbine is an aircraft propulsion turbofan engine; and a multi-rotor generator comprising: an inner rotor mounted on the low pressure shaft; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft; and a stator mounted concentric with and radially outward of the outer rotor. an inner rotor mounted on the low pressure shaft; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft; and a stator mounted concentric with and radially outward of the outer rotor.
Motor vehicle, preferably utility vehicle, having - a storage device for storing electrical energy for an electric machine of the motor vehicle - a charging device having a charging interface for connecting a charging component for externally charging the storage device, and - a side bodywork section (4.1, 4.2) which preferably comprises at least one vehicle door by means of which a person entry region can be opened and closed, which leads into the driver and/or passenger accommodating space of the motor vehicle, wherein the charging interface is arranged in the lateral direction of the motor vehicle behind the side bodywork section (4.1, 4.2), in such a way that it can be protected by the side bodywork section (4.1, 4.2) against environmental influences and/or unauthorized access, characterized in that the entry region has a step structure with at least one step (7.1), wherein the step structure has a step offset (7.2) and the charging device is installed in the step offset (7.2). - a storage device for storing electrical energy for an electric machine of the motor vehicle - a charging device having a charging interface for connecting a charging component for externally charging the storage device, and - a side bodywork section (4.1, 4.2) which preferably comprises at least one vehicle door by means of which a person entry region can be opened and closed, which leads into the driver and/or passenger accommodating space of the motor vehicle, wherein the charging interface is arranged in the lateral direction of the motor vehicle behind the side bodywork section (4.1, 4.2), in such a way that it can be protected by the side bodywork section (4.1, 4.2) against environmental influences and/or unauthorized access,
An assembly comprising: a fan sub-assembly including: a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface, a central hub disposed on the air surface for receiving a drive member, and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk; and wherein the liquid surface is sealed throughout a radial extent of the disk to separate a flow of supplied liquid from the air surface of the disk, wherein the fan sub-assembly includes a first connecting mechanism disposed on the liquid surface of the disk for receiving a pump with a second connection mechanism interacting with the first connection mechanism, and wherein the liquid surface of the disk extends continuously along a radial direction within the outer circumferential edge to define a barrier to minimize liquid flow. a fan sub-assembly including: a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface, a central hub disposed on the air surface for receiving a drive member, and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk; and a disk rotatable about an axis having an air surface and a liquid surface disposed axially opposite the air surface, a central hub disposed on the air surface for receiving a drive member, and a plurality of blades disposed on the air surface extending from the hub towards an outer peripheral edge of the disk; and wherein the liquid surface is sealed throughout a radial extent of the disk to separate a flow of supplied liquid from the air surface of the disk, wherein the fan sub-assembly includes a first connecting mechanism disposed on the liquid surface of the disk for receiving a pump with a second connection mechanism interacting with the first connection mechanism, and wherein the liquid surface of the disk extends continuously along a radial direction within the outer circumferential edge to define a barrier to minimize liquid flow.
Ventilation device designed to generate a flow of air towards a heat exchanger of a motor vehicle, comprising ducts through which a flow of air is intended to pass, the ducts being provided with at least one opening for the flow of air to pass through, this being distinct from their ends, the ducts being aligned along a direction perpendicular to a direction of extent of the ducts with a pitch greater than or equal to 15 mm, preferably greater than or equal to 20 mm, more preferably greater than or equal to 23 mm, and less than or equal to 30 mm, preferably less than or equal to 27 mm, more preferably less than or equal to 25 mm.
A nasal splint (100, 200, 300) comprising: a member (101, 201, 301) having a first outer planar surface (104, 204, 304) and an opposite second outer planar surface; a tubular airway (102, 202, 302) connected to the first outer planar surface on a line substantially parallel to a longitudinal axis extending from a first end of the member (101, 201, 301) to a second end of the member (101, 201, 301); an aperture (110, 205, 206, 306, 307) located proximal to the first end of the member (101, 201, 301); the nasal splint (100, 200, 300) further characterized by: a structure (108, 203, 303) located adjacent to the first end of the member (101, 201, 301), wherein the structure (108, 203, 303) is configured to introduce a space between a suture and the first outer planar surface (104, 204, 304) of the member (101, 201, 301). a member (101, 201, 301) having a first outer planar surface (104, 204, 304) and an opposite second outer planar surface; a tubular airway (102, 202, 302) connected to the first outer planar surface on a line substantially parallel to a longitudinal axis extending from a first end of the member (101, 201, 301) to a second end of the member (101, 201, 301); an aperture (110, 205, 206, 306, 307) located proximal to the first end of the member (101, 201, 301); the nasal splint (100, 200, 300) further characterized by: a structure (108, 203, 303) located adjacent to the first end of the member (101, 201, 301), wherein the structure (108, 203, 303) is configured to introduce a space between a suture and the first outer planar surface (104, 204, 304) of the member (101, 201, 301).
A game machine for development that is connected to a host computer, the game machine being configured to read out a file requested by a game program under development from a storage device of the game machine, and to execute the game program, the file requested by the game program being one of a plurality of game files for the game program, the game machine for development comprising: a file confirmation section configured to confirm whether or not the file requested by the game program is stored in the storage device; a file request section configured to request the host computer to transmit the file in a case where the file is not stored; a storage processor configured to acquire the file from the host computer and store the file in the storage device; and an update management section configured to acquire update information indicating that the file stored in the storage device is updated in the host computer; wherein in a case where the update management section has acquired and retained the update information of the file requested by the game program: the file request section is configured to request the host computer to transmit an updated file; and the storage processor is configured to acquire the updated file from the host computer and store the updated file in the storage device. a file confirmation section configured to confirm whether or not the file requested by the game program is stored in the storage device; a file request section configured to request the host computer to transmit the file in a case where the file is not stored; a storage processor configured to acquire the file from the host computer and store the file in the storage device; and an update management section configured to acquire update information indicating that the file stored in the storage device is updated in the host computer; wherein in a case where the update management section has acquired and retained the update information of the file requested by the game program: the file request section is configured to request the host computer to transmit an updated file; and the storage processor is configured to acquire the updated file from the host computer and store the updated file in the storage device. the file request section is configured to request the host computer to transmit an updated file; and the storage processor is configured to acquire the updated file from the host computer and store the updated file in the storage device.
A system for analyzing neurophysiological data recorded from a brain of a subject, the system comprising a data processor configured for: receiving neurophysiological data; identifying activity-related features in the data; parceling the data according to said activity-related features by forming a spatial grid according to locations of measuring devices used to measure said data, associating each identified activity-related feature with a grid element and a time point, and defining a capsule corresponding to said identified activity-related feature as a spatiotemporal activity region encapsulating grid elements nearby said associated grid element and time points nearby said associated time point, wherein said grid elements nearby said associated grid element and said time points nearby said associated time point comprise all grid elements and time points at which an amplitude level of said activity-related feature is within a predetermined threshold range, thereby defining a plurality of capsules, each representing a spatiotemporal activity region in the brain; comparing at least some of said defined capsules to at least one reference capsule; and estimating a brain function of the subject based on said comparison. receiving neurophysiological data; identifying activity-related features in the data; parceling the data according to said activity-related features by forming a spatial grid according to locations of measuring devices used to measure said data, associating each identified activity-related feature with a grid element and a time point, and defining a capsule corresponding to said identified activity-related feature as a spatiotemporal activity region encapsulating grid elements nearby said associated grid element and time points nearby said associated time point, wherein said grid elements nearby said associated grid element and said time points nearby said associated time point comprise all grid elements and time points at which an amplitude level of said activity-related feature is within a predetermined threshold range, thereby defining a plurality of capsules, each representing a spatiotemporal activity region in the brain; comparing at least some of said defined capsules to at least one reference capsule; and estimating a brain function of the subject based on said comparison.
Method for operating an agricultural spreader device, comprising the step: - acquiring information on at least one distributor disc (18a, 18b), which can be driven in rotation, of the agricultural spreader device by means of a sensing device of the agricultural spreader device; wherein the information on the at least one distributor disc (18a, 18b) comprises information on the disc type, the disc condition and/or the disc configuration, and the acquisition of information on the at least one distributor disc (18a, 18b), which can be driven in rotation, of the agricultural spreader device by the sensing device of the agricultural spreader device is carried out on the basis of at least one sensor signal which is dependent on the ejection characteristic of the spreading material, wherein the sensing of the information on the at least one distributor disc (18a, 18b) comprises the following steps: - calculating a frequency spectrum (32a-32c) of the at least one sensor signal, which spectrum is dependent on the ejection characteristic of the spreading material; - sensing properties of the calculated frequency spectrum (32a-32c); - deriving the information on the at least one distributor disc (18a, 18b) from the calculated frequency spectrum (32a-32c) and/or the acquired properties of the frequency spectrum (32a-32c), and the step: - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc (18a, 18b) by means of the agricultural spreader device. - acquiring information on at least one distributor disc (18a, 18b), which can be driven in rotation, of the agricultural spreader device by means of a sensing device of the agricultural spreader device; wherein - calculating a frequency spectrum (32a-32c) of the at least one sensor signal, which spectrum is dependent on the ejection characteristic of the spreading material; - sensing properties of the calculated frequency spectrum (32a-32c); - deriving the information on the at least one distributor disc (18a, 18b) from the calculated frequency spectrum (32a-32c) and/or the acquired properties of the frequency spectrum (32a-32c), and the step: - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc (18a, 18b) by means of the agricultural spreader device. - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc (18a, 18b) by means of the agricultural spreader device.
Method of operating a wind turbine having a tower, a rotor arranged on the tower, a plurality of rotor blades (103, 109, 201), each of the blades (103, 109, 201) having a pitch system for adjusting the pitch angle of the blade (103, 109, 201), and at least one azimuth sensor for detecting the position of the blades (103, 109, 201); the method comprising: detecting, through the corresponding azimuth sensor, when a first blade substantially approaches the shadow of the tower, and pitching, through the corresponding pitch system, at least one other blade (103, 201), which is in or approaching a position above the tower, to increase the angle of attack and wind load on said at least one other blade (103, 201) in such a way that an increase of the tilt angle of the rotor is caused; detecting when the first blade is substantially close to leaving the shadow of the tower, and pitching, through the corresponding pitch system, the at least one other blade (103, 201) to decrease the angle of attack and wind load on said at least one other blade (103, 201) in such a way that the previously caused increase of the tilt angle of the rotor is cancelled. detecting, through the corresponding azimuth sensor, when a first blade substantially approaches the shadow of the tower, and pitching, through the corresponding pitch system, at least one other blade (103, 201), which is in or approaching a position above the tower, to increase the angle of attack and wind load on said at least one other blade (103, 201) in such a way that an increase of the tilt angle of the rotor is caused; detecting when the first blade is substantially close to leaving the shadow of the tower, and pitching, through the corresponding pitch system, the at least one other blade (103, 201) to decrease the angle of attack and wind load on said at least one other blade (103, 201) in such a way that the previously caused increase of the tilt angle of the rotor is cancelled.