mhurhangee/ep-ind-claims huggingface dataset:
A sealed and insulating tank for storing and/or transporting a liquefied gas, the tank comprising successively, from the inside to the outside: an internal reservoir, which is sealed and self-supporting, the internal reservoir having an inner surface intended to be in contact with the liquefied gas, and an outer surface, an insulating barrier covering the outer surface of the internal reservoir, the insulating barrier being attached to the internal reservoir, an outer sealed membrane covering an outer surface of the insulating barrier, the outer sealed membrane comprising a piece of sheet metal the outer sealed membrane being attached to the insulating barrier or the internal reservoir, characterized in that the outer sealed membrane is provided with bellows or corrugations so as to allow elastic deformation, wherein an intermediate space located between the internal reservoir and the outer sealed membrane contains a gas phase under depression in order to press the outer sealed membrane against the outer surface of the insulating barrier, wherein the depression consists of a difference between the pressure prevailing inside the intermediate space and the atmospheric pressure. an internal reservoir, which is sealed and self-supporting, the internal reservoir having an inner surface intended to be in contact with the liquefied gas, and an outer surface, an insulating barrier covering the outer surface of the internal reservoir, the insulating barrier being attached to the internal reservoir, an outer sealed membrane covering an outer surface of the insulating barrier, the outer sealed membrane comprising a piece of sheet metal the outer sealed membrane being attached to the insulating barrier or the internal reservoir, characterized in that the outer sealed membrane is provided with bellows or corrugations so as to allow elastic deformation, wherein an intermediate space located between the internal reservoir and the outer sealed membrane contains a gas phase under depression in order to press the outer sealed membrane against the outer surface of the insulating barrier, wherein the depression consists of a difference between the pressure prevailing inside the intermediate space and the atmospheric pressure.
A medical device having a liquid ejecting apparatus comprising: a liquid ejecting mechanism which is provided with a liquid chamber and a volume fluctuation portion that is configured to fluctuate a volume within the liquid chamber; a liquid supply portion configured to supply a liquid to the liquid chamber; and a control portion configured to control the volume fluctuation portion and the liquid supply portion, wherein the control portion is configured to change at least one of a voltage applied to the volume fluctuation portion and a flow rate of a liquid supplied to the liquid chamber, in accordance with a movement velocity of the liquid ejecting mechanism, characterized in that the control portion is configured to set the voltage to a first voltage when the movement velocity of the liquid ejecting mechanism is a first velocity, and set the voltage to a second voltage higher than the first voltage when the movement velocity is a second velocity faster than the first velocity. a liquid ejecting mechanism which is provided with a liquid chamber and a volume fluctuation portion that is configured to fluctuate a volume within the liquid chamber; a liquid supply portion configured to supply a liquid to the liquid chamber; and a control portion configured to control the volume fluctuation portion and the liquid supply portion,
Method for dynamic control of the current of a low-voltage electrical energy store of a motor vehicle equipped with at least one electrical energy generator to supply the charging energy of this store, this dynamic control being based on the maximum authorized voltage and comprising a first operation of estimating the no-load voltage and the resistance of the storer carried out from measurements of the temperature, current and voltage of the store, characterized in that it comprises a second operation for measuring the available charge current reserve for the recharge of the storer, that is to say the quantity of current that the generator is able to make available to the storer, depending on the energy production capacity of the generator, a third operation for determining the maximum charging current (Amax) authorized for said store from the state of charge of the store, the current, the temperature of the storer and the available current reserve and a fourth operation of determining the maximum voltage (Vmax) authorized for said storer from the no-load voltage of the storer, its estimated resistance and the maximum current (Amax) authorized.
A terminal, comprising: reception circuitry, which is adapted to receive (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and control circuitry, which is adapted to control, based on the received information (i) and (ii), allocation of a time resource used for the aperiodic transmission of the reference signal, wherein among the plurality of candidate unit time resources, a number of the values that are associated varies between information on a first unit time resource and a second unit time resource which is different from the first unit time resource. reception circuitry, which is adapted to receive (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and control circuitry, which is adapted to control, based on the received information (i) and (ii), allocation of a time resource used for the aperiodic transmission of the reference signal, wherein among the plurality of candidate unit time resources, a number of the values that are associated varies between information on a first unit time resource and a second unit time resource which is different from the first unit time resource.
A video encoder that implements scalable video coding to provide SVC bitstreams comprising: a sample adaptive offset filter to receive an uncoded and/or uncompressed video stream and based on the uncoded and/or uncompressed video stream, to provide SAO filter parameters for a lower-layer bitstream, and to re-use SAO filter parameters of the lower-layer bitstream for an enhancement layer bitstream if the enhancement layer bitstream is coded with inter-layer motion compensation, and otherwise to re-use SAO filter parameters of an intra-layer reference frame in the enhancement layer bitstream; and an output component to receive encoded lower-layer and enhancement layer bitstreams and output the SVC bitstream. a sample adaptive offset filter to receive an uncoded and/or uncompressed video stream and based on the uncoded and/or uncompressed video stream, to provide SAO filter parameters for a lower-layer bitstream, and to re-use SAO filter parameters of the lower-layer bitstream for an enhancement layer bitstream if the enhancement layer bitstream is coded with inter-layer motion compensation, and otherwise to re-use SAO filter parameters of an intra-layer reference frame in the enhancement layer bitstream; and an output component to receive encoded lower-layer and enhancement layer bitstreams and output the SVC bitstream.
An insertion instrument, comprising: an inner shaft having an elongate body with proximal and distal ends, the distal end of the inner shaft having a tip configured to engage a pedicle screw; and a knob assembly, including: a tubular body having proximal and distal ends defining a first longitudinal bore, the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore, the second longitudinal bore configured to be supported by the proximal end of the tubular body, the insertion instrument being characterized in that: the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft. an inner shaft having an elongate body with proximal and distal ends, the distal end of the inner shaft having a tip configured to engage a pedicle screw; and a knob assembly, including: a tubular body having proximal and distal ends defining a first longitudinal bore, the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore, the second longitudinal bore configured to be supported by the proximal end of the tubular body, a tubular body having proximal and distal ends defining a first longitudinal bore, the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore, the second longitudinal bore configured to be supported by the proximal end of the tubular body, the insertion instrument being characterized in that: the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft. the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft.
A formulation comprising a fibril or a fibril-forming peptide, wherein the fibril or fibril forming peptide is SEQ ID NO:1053, for use in a method of activating B-1a lymphocytes to treat an inflammatory or autoimmune condition in a subject in need thereof, wherein the inflammatory or autoimmune condition comprises multiple sclerosis, rheumatoid arthritis, arthritis, asthma, chronic obstructive pulmonary disease (COPD), or allergic airway disease, comprising: administering a therapeutically effective amount of the formulation to the respiratory tract of the subject in need thereof, thereby activating B-1a lymphocytes and treating the inflammatory or autoimmune condition in the subject in need thereof. administering a therapeutically effective amount of the formulation to the respiratory tract of the subject in need thereof, thereby activating B-1a lymphocytes and treating the inflammatory or autoimmune condition in the subject in need thereof.
A method of operating a device on a network, comprising: maintaining an outgoing-data database comprising addresses of device hubs on respective devices remote to the device; wherein a device hub is configured to relay data between one or more processes operating on its respective associated device and/or one or more device hubs associated with other devices on the network; receiving first data from a first process operating on the device; sending the first data to a first device hub associated with a first device remote to the device and associated with an entry in the outgoing-data database; maintaining an incoming-data database to associate processes operating on the device with data to which the processes subscribe; receiving second data from a second device hub associated with a second device; determining, by reference to the incoming-data database, that the second data is data subscribed-to by a second process operating on the device; and sending the second data to the second process; receiving third data from a third device hub associated with a third device; identifying, by reference to the incoming-data database, that the third data is not data subscribed-to by any process operating on the device; and deleting the third data. maintaining an outgoing-data database comprising addresses of device hubs on respective devices remote to the device; wherein a device hub is configured to relay data between one or more processes operating on its respective associated device and/or one or more device hubs associated with other devices on the network; receiving first data from a first process operating on the device; sending the first data to a first device hub associated with a first device remote to the device and associated with an entry in the outgoing-data database; maintaining an incoming-data database to associate processes operating on the device with data to which the processes subscribe; receiving second data from a second device hub associated with a second device; determining, by reference to the incoming-data database, that the second data is data subscribed-to by a second process operating on the device; and sending the second data to the second process; receiving third data from a third device hub associated with a third device; identifying, by reference to the incoming-data database, that the third data is not data subscribed-to by any process operating on the device; and deleting the third data.
A biomimetic apatite nanopowder composition, comprising hydroxyapatite particles with a formula: Ca r − z − m − n 2 Mg m Na n Zn z PO 4 p − 2 3 a − s SiO 4 s CO 3 a + b OH 2 − 2 b − s with r being between 8 and 10, m being between 0.083 and 0.25, n being between 0.17 and 0.35, z being between 0.03 and 0.05, p being between 4 and 6 such that p - 2 3 a − s being between 5.66 and 5.93, a being between 0.105 and 0.52, b being between 0.17 and 0.48, s being between 0 and 0.5, wherein a and b are selected such that a+b is between 0.58 and 0.68. with r being between 8 and 10, m being between 0.083 and 0.25, n being between 0.17 and 0.35, z being between 0.03 and 0.05, p being between 4 and 6 such that p - 2 3 a − s being between 5.66 and 5.93, a being between 0.105 and 0.52, b being between 0.17 and 0.48, s being between 0 and 0.5, wherein a and b are selected such that a+b is between 0.58 and 0.68.
An elevator system having the following features: an elevator car arranged horizontally movable along a rail in a shaft; a drive unit designed to move the elevator car along the rail; a brake unit designed to brake the elevator car; characterized by a control unit which, upon an imminent change in velocity of the elevator car, is designed to first initiate an acceleration B2 on a person within the elevator car and then control the brake unit or the drive unit such that it transmits the velocity change with an acceleration B1 to the elevator car, wherein acceleration B2 is greater in magnitude than acceleration B1. an elevator car arranged horizontally movable along a rail in a shaft; a drive unit designed to move the elevator car along the rail; a brake unit designed to brake the elevator car; characterized by a control unit which, upon an imminent change in velocity of the elevator car, is designed to first initiate an acceleration B2 on a person within the elevator car and then control the brake unit or the drive unit such that it transmits the velocity change with an acceleration B1 to the elevator car, wherein acceleration B2 is greater in magnitude than acceleration B1.
A capacitor, comprising: a) a casing; b) a first anode of a first anode active material and a second anode of a second anode active material, wherein the first and second anodes (12, 14) are housed inside the casing; c) a cathode comprising a cathode current collector having opposed first and second major faces supporting a first cathode active material thereon; d) a first separator envelope (36; 114; 134) housing the cathode so that the first cathode active material resides between and is aligned with the first and second anodes (12, 14); e) an electrolyte contacting the cathode and the first and second anodes (12, 14); and characterized by f) a second separator envelope (44; 116; 144) housing the first and second anodes (12, 14) and the intermediate first separator envelope (36; 114; 134), the first separator envelope (36; 114; 134) in turn housing the cathode comprising the first cathode active material supported on the opposed first and second major faces of the cathode current collector, the cathode residing between the first and second anodes (12, 14). a) a casing; b) a first anode of a first anode active material and a second anode of a second anode active material, wherein the first and second anodes (12, 14) are housed inside the casing; c) a cathode comprising a cathode current collector having opposed first and second major faces supporting a first cathode active material thereon; d) a first separator envelope (36; 114; 134) housing the cathode so that the first cathode active material resides between and is aligned with the first and second anodes (12, 14); e) an electrolyte contacting the cathode and the first and second anodes (12, 14); and characterized by f) a second separator envelope (44; 116; 144) housing the first and second anodes (12, 14) and the intermediate first separator envelope (36; 114; 134), the first separator envelope (36; 114; 134) in turn housing the cathode comprising the first cathode active material supported on the opposed first and second major faces of the cathode current collector, the cathode residing between the first and second anodes (12, 14).
Flush operating apparatus for installation in a cistern of a toilet or urinal - with a housing comprising a front side (3.1) and a rear side (3.2), and - with an operating mechanism containing at least - a release lever that is mounted to pivot about a pivot axis (5.1) in the housing, and comprises a lever section (5.2) extending from the pivot axis (5.1) to a first end (5.21), wherein the lever section (5.2) comprises a receptacle (5.22) at a point remote from the pivot axis (5.1) with a contact surface (5.221) for mechanical connection to a flush valve, and - at least one operating element (7, 7') that is movably mounted in the housing, and is mechanically connected to the release lever, wherein an arm (5.3) branches off from the lever section (5.2) of the release lever extending from the pivot axis (5.1) to the first end (5.21), at a branching point (5.23), which arm (5.3) comprises a receptacle (5.32) for mechanical connection to the flush valve at its end (5.31) facing away from the lever section (5.2), characterised in that a connecting device for mechanical connection to the flush valve is pivotally mounted in the receptacle (5.32) of the arm (5.3). - with a housing comprising a front side (3.1) and a rear side (3.2), and - with an operating mechanism containing at least - a release lever that is mounted to pivot about a pivot axis (5.1) in the housing, and comprises a lever section (5.2) extending from the pivot axis (5.1) to a first end (5.21), wherein the lever section (5.2) comprises a receptacle (5.22) at a point remote from the pivot axis (5.1) with a contact surface (5.221) for mechanical connection to a flush valve, and - at least one operating element (7, 7') that is movably mounted in the housing, and is mechanically connected to the release lever,
A method performed by an apparatus, the method for communicating over allocated resources in a wireless network, the method comprising: receiving a resource allocation comprising an indication of a portion of a resource block over a plurality of bundled transmission time intervals; and transmitting signals over the portion of the resource block in the plurality of bundled transmission time intervals according to the resource allocation. receiving a resource allocation comprising an indication of a portion of a resource block over a plurality of bundled transmission time intervals; and transmitting signals over the portion of the resource block in the plurality of bundled transmission time intervals according to the resource allocation.
Collar for high-pressure bottles, to be implemented with an internal core (2, 2.1, 2.2) made of a sheet of metallic or plastic material and lined on the outside with several layers of reinforcement fibers and resins, wherein the collar is composed of an internal part (4.2, 4.3, 4.5, 4.8) and an external part (4.1, 4.4, 4.6, 4.7, 4.9) which can be attached to each other forming a nozzle, the internal part (4.2, 4.5, 4.8) being in the form of a cylindrical ring, whose upper portion has an external thread for being screwed to the external part (4.1, 4.4, 4.6, 4.7, 4.9) and an internal thread for being screwed to a supply valve or tap; and the external part (4.1, 4.4, 4.6, 4.7, 4.9), whose first upper portion is in the form of a cylindrical ring and which terminates at the lower end in a broadened manner in a circular inclined and connected flange, having on the upper internal portion a thread which can be screwed to the one formed on the internal part (4.2, 4.5, 4.8); wherein the external part (4.1, 4.4, 4.6, 4.7, 4.9) and the internal part (4.2, 4.5, 4.8) are formed of metallic material and wherein the first upper portion of the external part (4.1, 4.4, 4.6, 4.7, 4.9) and the internal part (4.2, 4.5, 4.8) which are both in the form of a cylindrical ring define, when the coupling has taken place, a substantially cylindrical space sufficient for enclosing, containing and locking between them the core (2, 2.1, 2.2) of a bottle; wherein at least one of the external part (4.1, 4.4, 4.6, 4.7, 4.9) and the internal part (4.2, 4.5, 4.8) has at least one seat or annular groove on the surface in contact with the core (2, 2.1, 2.2) of the bottle, suitable for receiving a toroidal seal, preferably shaped as an O-ring or with a lip; wherein the external part (4.1, 4.4, 4.6, 4.7, 4.9) is further lockable to the core (2, 2.1, 2.2) of the bottle by means of an external wrapping with several layers, preferably made of reinforcement fibers and resins, integrating the external part (4.1, 4.4, 4.6, 4.7, 4.9) almost completely in the mass of the bottle.