mhurhangee/ep-ind-claims huggingface dataset:
A kneading device that in use kneads an electricity storage material, comprising a kneading member (152; 153) that is rotatable and that in use kneads the electricity storage material, characterized in that the kneading device comprises: a control device configured to include index setting means for setting an index for kneading based on a motion energy of particles of the electricity storage material, a mean free path of the particles of the electricity storage material, and a kneading time for the electricity storage material, condition setting means for setting a condition for the kneading based on the set index for the kneading, and kneading controlling means for controlling the kneading of the electricity storage material based on the set condition for the kneading, wherein the index setting means is adapted to set an accumulated collision energy of the particles of the electricity storage material as the index for the kneading, based on the equation 2: D = mv 2 2 x 2 ⁢ ησv x t where D is the accumulated collision energy of the particles of the electricity storage material, m is a single particle weight of the electricity storage material, v is a kneading peripheral speed of the kneading member, η is a solid content of the electricity storage material, σ is an average particle size of the particles of the electricity storage material, and t is a kneading time for the electricity storage material, wherein the accumulated collision energy of the particles of the electricity storage material is set smaller than or equal to an accumulated collision energy (Dp), which corresponds to a battery's minimum required capacity retention ratio (Pp). a control device configured to include index setting means for setting an index for kneading based on a motion energy of particles of the electricity storage material, a mean free path of the particles of the electricity storage material, and a kneading time for the electricity storage material, condition setting means for setting a condition for the kneading based on the set index for the kneading, and kneading controlling means for controlling the kneading of the electricity storage material based on the set condition for the kneading, wherein the index setting means is adapted to set an accumulated collision energy of the particles of the electricity storage material as the index for the kneading, based on the equation 2: D = mv 2 2 x 2 ⁢ ησv x t where D is the accumulated collision energy of the particles of the electricity storage material, m is a single particle weight of the electricity storage material, v is a kneading peripheral speed of the kneading member, η is a solid content of the electricity storage material, σ is an average particle size of the particles of the electricity storage material, and t is a kneading time for the electricity storage material, wherein the accumulated collision energy of the particles of the electricity storage material is set smaller than or equal to an accumulated collision energy (Dp), which corresponds to a battery's minimum required capacity retention ratio (Pp).
A spacecraft servicing system, comprising: a target spacecraft; and a spacecraft servicing device comprising: a body (182, 201) configured to be deployed from a host spacecraft (100, 180) at a location adjacent the target spacecraft; a propellant tank (24, 141) coupled to the body (182, 201), the propellant tank (24, 141) configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft, the spacecraft servicing device configured to place the at least one propellant in the propellant tank (24, 141) in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism, at least a portion of the at least one propellant from the propellant tank (24, 141) is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft. a target spacecraft; and a spacecraft servicing device comprising: a body (182, 201) configured to be deployed from a host spacecraft (100, 180) at a location adjacent the target spacecraft; a propellant tank (24, 141) coupled to the body (182, 201), the propellant tank (24, 141) configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft, the spacecraft servicing device configured to place the at least one propellant in the propellant tank (24, 141) in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism, at least a portion of the at least one propellant from the propellant tank (24, 141) is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft. a body (182, 201) configured to be deployed from a host spacecraft (100, 180) at a location adjacent the target spacecraft; a propellant tank (24, 141) coupled to the body (182, 201), the propellant tank (24, 141) configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft, the spacecraft servicing device configured to place the at least one propellant in the propellant tank (24, 141) in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism, at least a portion of the at least one propellant from the propellant tank (24, 141) is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft.
Method of physical deposition in vapour phase to deposit a decorative and/or protective coating of deep black colour on a substrate, comprising: • deposition by sputtering of an adhesion sub-layer in inert atmosphere by a source or several sources of the magnetron type, • progressive addition of an hydrocarbon gas to the inert atmosphere, according to a predetermined profile of concentration, keeping the source or the sources magnetron actives, such to obtain a superposition of layers with a progressively increasing proportion of carbon above the adhesion sub-layer, • increase of the partial pressure of reactive gas to a level of saturation of the target of the source or of the sources, level at which a layer of amorphous carbon is deposed on the substrate. • deposition by sputtering of an adhesion sub-layer in inert atmosphere by a source or several sources of the magnetron type, • progressive addition of an hydrocarbon gas to the inert atmosphere, according to a predetermined profile of concentration, keeping the source or the sources magnetron actives, such to obtain a superposition of layers with a progressively increasing proportion of carbon above the adhesion sub-layer, • increase of the partial pressure of reactive gas to a level of saturation of the target of the source or of the sources, level at which a layer of amorphous carbon is deposed on the substrate.
Device for demonstrating and functionally testing model locomotives or other rail-guided rolling model material, comprised of a carrying body having a top side and a bottom side, which comprises two spaced opposite axles and drive wheels arranged on the axle, wherein the drive wheels' spacing on the respective axle corresponds to the gauge of the model track, as well as endless belts spanned onto the wheels in between the drive wheels of the opposite axles, onto which the wheel sets of the model locomotive or the rolling material may be placed, characterized in that the endless belts are made of an electrically conductive material and hereby the power supply to the model is performed, the drive wheels are in operative connection with at least one motor (3; 4) situated in or on the carrying body to set the endless belts in motion, the endless belts moreover run in an open guide on the top side of the carrying body, which guide supports the belts in particular from below, as well as at least one measuring device for continuously detecting the model's distance from a fixed point, and a control unit which, when a distance change is determined, causes the motors (3; 4) to move the endless belts for the purpose of keeping the respective distance essentially within a tolerance range.
Unloading device for unloading products located on product carrier trays, which are in turn arranged in product carrier gondolas of a chain store, onto discharge conveyor belts (6, 7, 12), the device comprising at least two vertically pivotable discharge conveyor belts (6, 7, 12) arranged above one another, the at least two discharge conveyor belts being mechanically hinged to a vertically movable pusher, or the pivoting movement of the discharge conveyor belts and the vertical movement of the pusher each being carried out by means of separate drives having correspondingly suitable control means, the pusher being provided with the same number of push bars as there are discharge conveyor belts connected downstream above one another, characterized in that the at least two discharge conveyor belts run at differently synchronized speeds in such a way that a regular, uninterrupted product flow is achieved on a main conveying level. the at least two discharge conveyor belts being mechanically hinged to a vertically movable pusher, or the pivoting movement of the discharge conveyor belts and the vertical movement of the pusher each being carried out by means of separate drives having correspondingly suitable control means, the pusher being provided with the same number of push bars as there are discharge conveyor belts connected downstream above one another, characterized in that the at least two discharge conveyor belts run at differently synchronized speeds in such a way that a regular, uninterrupted product flow is achieved on a main conveying level.
A method of measuring the concentration of a first gas in a sample, comprising the steps of providing a detector having a sensor responsive to a first wavelength, a sensor responsive to a second wavelength, and a sensor for taking reference readings; applying a lineariser function to each of the first and second absorption figures to be obtained from measurements with the sensors to calculate first and second concentration figures, calibrating the sensor for each wavelength for detecting the first gas such that the data at each wavelength gives the same reading when only said first gas is present in a sample; analysing a gas sample to obtain a first absorption reading at the first wavelength, a second absorption reading at the second wavelength and a reference reading; calculating a first concentration figure (c 1) and a second concentration figure (c 2) using the reading at the first wavelength, the reading at the second wavelength and the reference reading, and calculating a corrected concentration figure (c cor) indicative of the actual concentration of said first gas in the sample using the equation c cor = c 1 - X.(c 2 - c 1), in which X = D.A. (c 1 / c 2) B, where A and B are constants for a particular pair of filter wavelengths chosen depending on the gases which are being looked for in the sample, and D is a correction factor which depends on concentration of the first gas in the sample.
Method for installing a wiring harness in an aircraft, said harness being fastened inside the aircraft so as to follow a path, said method consisting in lifting up said harness and attaching it when the harness coincides with said path, characterized in that the method consists in using cables having first ends secured to the harness and winding means (42, 68) onto each of which one of said cables is wound so as to lift up said harness by exerting a tensile force, the first ends of the cables being distributed along at least a section of the harness so as to distribute the tensile forces over said section.
A traumatic brain injury treatment system, comprising: (a) a headpiece comprising: (i) a housing comprising 1) a head cavity defined by the housing; and 2) an inner surface within the head cavity; and (ii) a light array disposed on the inner surface, wherein the light array comprises a plurality of LED light assemblies, wherein the plurality of LED light assemblies further comprise a portion of the LED light assemblies disposed adjacent to a front sinus or a mastoid process of a patient's head when the patient's head is disposed within the housing, wherein the portion of the LED light assemblies disposed adjacent to the front sinus or the mastoid process have a different radiant intensity than other LED light assemblies in the plurality of LED light assemblies; (b) a power/communication line coupled to the light array; (c) a controller coupled to the power/communication line; and (d) an energy source coupled to the power/communication line; wherein the different radiant intensity is greater radiant intensity ranging from about 15% to about 50% greater intensity than the other LED light assemblies in the plurality of LED light assemblies. (a) a headpiece comprising: (i) a housing comprising 1) a head cavity defined by the housing; and 2) an inner surface within the head cavity; and (ii) a light array disposed on the inner surface, wherein the light array comprises a plurality of LED light assemblies, wherein the plurality of LED light assemblies further comprise a portion of the LED light assemblies disposed adjacent to a front sinus or a mastoid process of a patient's head when the patient's head is disposed within the housing, wherein the portion of the LED light assemblies disposed adjacent to the front sinus or the mastoid process have a different radiant intensity than other LED light assemblies in the plurality of LED light assemblies; (i) a housing comprising 1) a head cavity defined by the housing; and 2) an inner surface within the head cavity; and 1) a head cavity defined by the housing; and 2) an inner surface within the head cavity; and (ii) a light array disposed on the inner surface, wherein the light array comprises a plurality of LED light assemblies, wherein the plurality of LED light assemblies further comprise a portion of the LED light assemblies disposed adjacent to a front sinus or a mastoid process of a patient's head when the patient's head is disposed within the housing, wherein the portion of the LED light assemblies disposed adjacent to the front sinus or the mastoid process have a different radiant intensity than other LED light assemblies in the plurality of LED light assemblies; (b) a power/communication line coupled to the light array; (c) a controller coupled to the power/communication line; and (d) an energy source coupled to the power/communication line;
A lithium silicate blank for a dental restoration, the lithium silicate blank comprising lithium metasilicate crystals as the main crystalline phase, wherein the blank has a holder to fix it in a machine.
A pouch type case comprising: a pouch type body part including an inner space for accommodating an electrode assembly; and an injection part extending from the body part to guide electrolyte into the inner space, wherein the injection part is corrugated in a zigzag shape, and characterized in that the body part includes a sealing part having a flat shape between the body part and the injection part and which is sealable to form a sealing surface. a pouch type body part including an inner space for accommodating an electrode assembly; and an injection part extending from the body part to guide electrolyte into the inner space, wherein the injection part is corrugated in a zigzag shape, and characterized in that the body part includes a sealing part having a flat shape between the body part and the injection part and which is sealable to form a sealing surface.
A display system comprising: a waveguide stack; and an image injection device configured to direct a multiplexed light stream into the waveguide stack, the multiplexed light stream comprising: a first stream of light having a first wavelength and a first polarization; and a second stream of light having a second wavelength and a second polarization, wherein the second wavelength is different from the first wavelength, and wherein the second polarization is different from the first polarization, wherein the waveguide stack comprises: a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light and selectively in-couple the first stream of light by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization. a waveguide stack; and an image injection device configured to direct a multiplexed light stream into the waveguide stack, the multiplexed light stream comprising: a first stream of light having a first wavelength and a first polarization; and a second stream of light having a second wavelength and a second polarization, wherein the second wavelength is different from the first wavelength, and wherein the second polarization is different from the first polarization, wherein the waveguide stack comprises: a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light and selectively in-couple the first stream of light by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization. a first waveguide comprising liquid crystal in-coupling optical elements configured to transmit the second stream of light and selectively in-couple the first stream of light by selectively redirecting light having the first wavelength and the first polarization; and a second waveguide comprising liquid crystal in-coupling optical elements configured to selectively in-couple the second stream of light by selectively redirecting light having the second wavelength and the second polarization while being transmissive to light having the first polarization.
A telescopic suspension fork leg, having an inner tube and an outer tube and a damping device and a spring device which is arranged inside a first chamber formed in the outer tube and is supported relative to a second chamber which is formed by the damping device, is arranged below the first chamber and is designed to accommodate a damping fluid, the damping device having a piston which is supported on a piston rod and has an upper and a lower piston face (17; 18), and the piston being displaceable inside a damping tube arranged largely concentrically to the inner tube, and the damping tube being surrounded by an annular chamber arranged largely concentrically to the damping tube, and the telescopic suspension fork leg having a hydraulic end stop device, the end stop device being arranged inside the damping device and being designed to form a damping force dependent on the spring deflection, characterised in that the end stop device has a pressure-limiting device which has a valve device arranged on the piston.
Controller for domestic installation for the wired remote control of the drive arrangement, in particular of the tubular motor arrangement, of a shading device or fuse device, the drive arrangement having an asynchronous drive motor which can be operated on AC supply voltage and has a running capacitor for generating main phase and auxiliary phase, in the installed state the controller being connected, in particular, to the AC supply voltage, and the drive motor being connected, in any event with its two line terminals (6, 7), to the controller, the controller having a housing and an electronic switchover unit in the housing, and the switchover unit switching through the phase conductor of the AC supply voltage to one of the two line terminals (6, 7) of the drive motor depending on the desired adjustment direction, characterized in that the switchover unit has an electronic evaluation unit which uses the auxiliary phase voltage (U Hilfe) and the main phase voltage (U Haupt) to determine a torque value for the torque output by the drive motor, and initiates a collision routine given a deviation from a predetermined behaviour of the torque value, and in that the evaluation unit periodically determines a first area value (A n) over a half wave of the main phase voltage (U Haupt) and a second area value (a n) over the associated, phase-shifted half wave of the auxiliary phase voltage (U Hilfs), and determines the torque value from the two area values (A n, a n).
A door for a motor vehicle, in particular for a driver's cab of a commercial vehicle, having: a door lock for locking the door and a door inner side, wherein the door has a fixing point for a securing element for securing the door against illegal break-in, in addition to the door lock, and the fixing point is arranged behind the door inner side, wherein the door has a door supporting structure with a pillar, and the fixing point is formed on the pillar of the door supporting structure, wherein the door inner side has a marker for locating the fixing point, characterized in that the central axis of the fixing point coincides with the marker, wherein the fixing point comprises an internal thread or is a nut.
A device for reading a symbol forming a code marked on one face of a substrate comprising a glass sheet, the substrate being on the run, the device comprising: - an illumination; - a camera configured to acquire at least one image of at least one portion of the symbol, the running substrate being illuminated by the illumination; and - a processor connected to the camera and configured to be suitable for implementing an image-processing step in which the acquired image is processed by the processor and decoded; in which the camera used is linear and the illumination is a dark field illumination, and in which the device is configured to carry out, prior to the processor processing step, a plurality of image acquisitions with the linear camera of various portions of the symbol. - an illumination; - a camera configured to acquire at least one image of at least one portion of the symbol, the running substrate being illuminated by the illumination; and - a processor connected to the camera and configured to be suitable for implementing an image-processing step in which the acquired image is processed by the processor and decoded;