mhurhangee/ep-ind-claims huggingface dataset:
A cell culture apparatus for culturing cells using culture vessels, comprising: a culture vessel set for accommodating a plurality of culture vessels; at least one liquid supply means that is connected to a liquid inlet portion of each of the plurality of culture vessels and supplies a liquid to the culture vessel; at least one liquid recovery means that is connected to a liquid outlet portion of each of the plurality of culture vessels and adapted to discharge a liquid from the culture vessel; and a rotating mechanism (53, 57, 60) that is adapted to rotate the culture vessel set by a predetermined angle, wherein: the culture vessel set has a plurality of concave portions for accommodating the plurality of culture vessels, and each of the plurality of concave portions has, on inner walls thereof, a plate spring adapted to press against a side surface of the culture vessel accommodated in the concave portion. a culture vessel set for accommodating a plurality of culture vessels; at least one liquid supply means that is connected to a liquid inlet portion of each of the plurality of culture vessels and supplies a liquid to the culture vessel; at least one liquid recovery means that is connected to a liquid outlet portion of each of the plurality of culture vessels and adapted to discharge a liquid from the culture vessel; and a rotating mechanism (53, 57, 60) that is adapted to rotate the culture vessel set by a predetermined angle, wherein: the culture vessel set has a plurality of concave portions for accommodating the plurality of culture vessels, and each of the plurality of concave portions has, on inner walls thereof, a plate spring adapted to press against a side surface of the culture vessel accommodated in the concave portion. the culture vessel set has a plurality of concave portions for accommodating the plurality of culture vessels, and each of the plurality of concave portions has, on inner walls thereof, a plate spring adapted to press against a side surface of the culture vessel accommodated in the concave portion.
Electrohydraulic drive apparatus for a motor vehicle, preferably utility vehicle, wherein the electrohydraulic drive apparatus is embodied without an internal combustion engine, comprising a) a purely electrically driveable axle (A 1) on which at least one electric machine is arranged; b) an electrohydraulically driveable axle (A 2) on which at least one hydraulic machine is arranged; and c) a first electrohydraulic drive device (3 1), comprising - a first electric machine (3e 1) and - a first hydraulic machine (3h 1) which is drive-connected to the first electric machine (3e 1) for power transfer and which is in fluid communication with at least one hydraulic machine, which is arranged on the electrohydraulically driveable axle (A 2), for power transfer; characterized by d) a second electrohydraulic drive device (3 2) comprising - a second electric machine (3e 2) and - a second hydraulic machine (3h 2) which is drive-connected to the second electric machine (3e 2) for power transfer and which is in fluid communication with at least one hydraulic machine, which is arranged on the electrohydraulic driveable axle (A 2), for power transfer. a) a purely electrically driveable axle (A 1) on which at least one electric machine is arranged; b) an electrohydraulically driveable axle (A 2) on which at least one hydraulic machine is arranged; and c) a first electrohydraulic drive device (3 1), comprising - a first electric machine (3e 1) and - a first hydraulic machine (3h 1) which is drive-connected to the first electric machine (3e 1) for power transfer and which is in fluid communication with at least one hydraulic machine, which is arranged on the electrohydraulically driveable axle (A 2), for power transfer; - a first electric machine (3e 1) and - a first hydraulic machine (3h 1) which is drive-connected to the first electric machine (3e 1) for power transfer and which is in fluid communication with at least one hydraulic machine, which is arranged on the electrohydraulically driveable axle (A 2), for power transfer; - a second electric machine (3e 2) and - a second hydraulic machine (3h 2) which is drive-connected to the second electric machine (3e 2) for power transfer and which is in fluid communication with at least one hydraulic machine, which is arranged on the electrohydraulic driveable axle (A 2), for power transfer.
A device for detecting a chemical compound in a fluid comprising a chamber provided with an inlet orifice for a flow of fluid and a suction orifice for the flow of fluid having passed through the chamber, and containing several sensors (C1-C4, C'1-C'2, 5) of the piezoelectric microbalance type each delimited by two main faces (5.1, 5.2) and an edge (5.3) and each carried by a wall of the chamber (2.1, 2.2), at least one of the main faces of each sensor being coated with a material sensitive to the compound to be detected, each sensor having a median plane on either side of which each of the main faces (5.1, 5.2) extends, in that each sensor is arranged in the chamber so that its median plane is locally orthogonal to the wall (2.1; 2.2) of the chamber which carries the sensor, in that the sensors are located at the same distance (δ) from the inlet orifice, in that: - the sensors (C1-C4) are arranged in a fan shape, the fan having a centre on the side of the inlet orifice, or - the sensors (C1'-C4') have their main faces parallel, or - the chamber is in the form of a cylindrical tube of revolution with an axis (XX'), the sensors being placed radially in the chamber, characterised in that the chamber further contains a deflector for the flow of fluid placed downstream of the sensors (C1 to C4), between the sensors (C1 to C4) and the suction orifice. - the sensors (C1-C4) are arranged in a fan shape, the fan having a centre on the side of the inlet orifice, or - the sensors (C1'-C4') have their main faces parallel, or - the chamber is in the form of a cylindrical tube of revolution with an axis (XX'), the sensors being placed radially in the chamber, characterised in that the chamber further contains a deflector for the flow of fluid placed downstream of the sensors (C1 to C4), between the sensors (C1 to C4) and the suction orifice.
An apparatus comprising: a radio-frequency, RF, path that includes an antenna tuner; and calibration circuitry coupled to the antenna tuner, the calibration circuitry comprising a switched load and configured to selectively isolate an antenna from a component of the RF path. a radio-frequency, RF, path that includes an antenna tuner; and calibration circuitry coupled to the antenna tuner, the calibration circuitry comprising a switched load and configured to selectively isolate an antenna from a component of the RF path.
A torsional vibration damper comprising: a hub; an inertia member disposed concentric with and spaced radially outward or radially inward from the hub; wherein the hub and inertia member (102, 104) define a plurality of pockets there between; and a plurality of spool-shaped elastomeric plugs, one each seated in the spool-shaped receptacle of each of the plurality of pockets, wherein each of the plurality of spool-shaped elastomeric plugs are compressed between the hub and the inertia member, wherein when the inertia member is spaced radially outward of the hub, the hub is mountable on a shaft, and when the inertia member is spaced radially inward of the hub, the hub is mountable inside a shaft, wherein each of the plurality of pockets includes a central rib portion on both the hub and the inertia member (102, 104) seated against a core section of the spool-shaped elastomeric plugs, characterized in that an upper flange and a the lower flange of each of the plurality of spool-shaped elastomeric plugs has an outer diameter that is smaller than an inner diameter of the spool-shaped receptacle, thereby defining a clearance gap between the upper and lower flanges (122, 124) and the pocket. a hub; an inertia member disposed concentric with and spaced radially outward or radially inward from the hub; wherein the hub and inertia member (102, 104) define a plurality of pockets there between; and a plurality of spool-shaped elastomeric plugs, one each seated in the spool-shaped receptacle of each of the plurality of pockets, wherein each of the plurality of spool-shaped elastomeric plugs are compressed between the hub and the inertia member, wherein when the inertia member is spaced radially outward of the hub, the hub is mountable on a shaft, and when the inertia member is spaced radially inward of the hub, the hub is mountable inside a shaft, wherein each of the plurality of pockets includes a central rib portion on both the hub and the inertia member (102, 104) seated against a core section of the spool-shaped elastomeric plugs, characterized in that an upper flange and a the lower flange of each of the plurality of spool-shaped elastomeric plugs has an outer diameter that is smaller than an inner diameter of the spool-shaped receptacle, thereby defining a clearance gap between the upper and lower flanges (122, 124) and the pocket.
A positive electrode active material that comprises an olivine-type lithium manganese phosphate compound represented by the following general formula Li x Mn y M 1 z M 2 w PO 4 in the formula, 0 < x < 2, 0.8 < y < 1.0, 0 < z < 0.2, 0 < w < 0.2, z = w, M 1 is at least one divalent metal element selected from the group consisting of Co, Ni, Fe, Zn, and Cu, and M 2 is at least one metal element selected from the group consisting of Ti, Zr, and V, and that has a particle diameter of 50 to 200 nm, wherein the positive electrode active material further comprises carbon on the surface of the olivine-type lithium manganese phosphate compound particles, in an amount of from 3 to 20 weight%.
An actuator comprising: a composite actuator rod tube comprising an unflared portion and a flared end; an embedded nut having a threaded surface, wherein the embedded nut has a complementary shape to the flared end; and a rod end assembly comprising: a rod attachment end comprising a threaded surface configured to engage with the threaded surface of the embedded nut; and a wedge configured to compress a portion of the flared end; and characterized by further comprising an external nut threaded along the rod attachment end, proximate to the wedge and configured to exert a compression force against the wedge; and wherein the rod end assembly comprises a locking mechanism configured to prevent the external nut from loosening, wherein the locking mechanism comprises a locking key, and wherein the embedded nut comprises a key receiving segment configured to receive the locking key. a composite actuator rod tube comprising an unflared portion and a flared end; an embedded nut having a threaded surface, wherein the embedded nut has a complementary shape to the flared end; and a rod end assembly comprising: a rod attachment end comprising a threaded surface configured to engage with the threaded surface of the embedded nut; and a wedge configured to compress a portion of the flared end; and characterized by further comprising an external nut threaded along the rod attachment end, proximate to a rod attachment end comprising a threaded surface configured to engage with the threaded surface of the embedded nut; and a wedge configured to compress a portion of the flared end; and characterized by further comprising an external nut threaded along the rod attachment end, proximate to the wedge and configured to exert a compression force against the wedge; and wherein the rod end assembly comprises a locking mechanism configured to prevent the external nut from loosening, wherein the locking mechanism comprises a locking key, and wherein the embedded nut comprises a key receiving segment configured to receive the locking key.
A method for controlling a self-interference reference signal for self-interference cancellation, by an apparatus (105, 110) supporting full duplex radio, FDR, mode, the method comprising; transmitting a first reference signal and a second reference signal, wherein the first reference signal and the second reference signal are orthogonal from each other; measuring powers of the first reference signal and the second reference signal received as self-interference signals; and controlling: a phase shifter, among the phase shifter, an attenuator and a time delay element, based on a measured power of a first signal included in the first reference signal, the attenuator, among the phase shifter, the attenuator and the time delay element, based on a measured power of a second signal included in the first reference signal, and the time delay element, among the phase shifter, the attenuator and the time delay element, based on a measured power of the second reference signal, wherein the first reference signal is composed of a sum of the first signal and the second signal which are orthogonal from each other, and wherein the phase shifter, the attenuator and the time delay element are included in a self-interference reference generator configured to obtain the self-interference reference signal. a phase shifter, among the phase shifter, an attenuator and a time delay element, based on a measured power of a first signal included in the first reference signal, the attenuator, among the phase shifter, the attenuator and the time delay element, based on a measured power of a second signal included in the first reference signal, and the time delay element, among the phase shifter, the attenuator and the time delay element, based on a measured power of the second reference signal,
Sheet metal part with a connector portion oriented along a connector direction, a carrier-strip and a connection tab, the connection tab being connected to the connector portion and to the carrier-strip and having a connection tab cross-section area oriented perpendicular to the connector direction, wherein the connection tab comprises at least one weakened zone, in which the connection tab cross-section area is reduced by at least one weakening element, which is a recess, that is a hole, characterized in that the at least one recess extends in or against the connector direction from the connection tab into the connector portion and/or into the carrier-strip.
A pharmaceutical composition comprising IGF-1 and GH and • a non-aggregating agent; • a buffer; • a non-ionic surfactant; • a preservative; and • a tonicity modifier or bulking agent wherein the non-aggregating agent is arginine present in the composition in a concentration ranging from 80 mM to 200 mM, the buffer is selected from histidine or citrate at a concentration ranging from 1 to 50 mM, and the tonicity modifier is sodium chloride at a concentration of 0 to 150 mM. • a non-aggregating agent; • a buffer; • a non-ionic surfactant; • a preservative; and • a tonicity modifier or bulking agent wherein the non-aggregating agent is arginine present in the composition in a concentration ranging from 80 mM to 200 mM, the buffer is selected from histidine or citrate at a concentration ranging from 1 to 50 mM, and the tonicity modifier is sodium chloride at a concentration of 0 to 150 mM.
A method of loading and booting for a computer system (225-1, 225-i) linked to a communication network to which is connected at least one server (205, 210, 215, 230), said at least one server comprising at least one image of a kernel of a minimal operating system and an image of an associated file system, the method comprising steps of loading said image of said kernel (330, 410) and said image of said file system (325, 415), this method being characterized in that one of said steps of loading said image of said kernel and of loading said image of said file system is launched before the end of the execution of the other of said steps of loading (335, 340) said image of said kernel and of loading said image of said file system.
A cast wheel comprising a plurality of paired spokes that couple a hub to a rim, and that include a lightened spoke whose inside is lightened by comprising a lightening portion, which is a recess formed such that an outer surface of the lightened spoke is recessed in the width direction of the wheel, and a solid spoke whose inside is not lightened, wherein the lightened spoke is adjacent to the solid spoke and the paired spokes are equally spaced in a peripheral direction.
A radio resource scheduling method, comprising: an access network element acquiring uplink, UL, data feature information corresponding to a service supported by a terminal; the terminal waiting for an UL resource scheduling signaling of the access network element when judging, by the terminal, that an initiated service is regular or predictable according to the UL data feature information; and the access network element sending the UL resource scheduling signaling to the terminal according to the UL data feature information corresponding to the service initiated by the terminal so as to carry out UL resource scheduling on the terminal, when the service initiated by the terminal is regular or predictable; wherein the UL data feature information corresponding to the service supported by the terminal comprises a data model feature of the service supported by the terminal or packet size information about the service supported by the terminal; wherein the data model feature of the service supported by the terminal comprises a sending period for sending a kind of packets which are sent periodically, and if there are many kinds of packets with fixed size range, whether the sending order among various kinds of packets is complied with a certain fixed rule, and if yes, then which rule is such a fixed rule. an access network element acquiring uplink, UL, data feature information corresponding to a service supported by a terminal; the terminal waiting for an UL resource scheduling signaling of the access network element when judging, by the terminal, that an initiated service is regular or predictable according to the UL data feature information; and the access network element sending the UL resource scheduling signaling to the terminal according to the UL data feature information corresponding to the service initiated by the terminal so as to carry out UL resource scheduling on the terminal, when the service initiated by the terminal is regular or predictable; wherein the UL data feature information corresponding to the service supported by the terminal comprises a data model feature of the service supported by the terminal or packet size information about the service supported by the terminal; wherein the data model feature of the service supported by the terminal comprises a sending period for sending a kind of packets which are sent periodically, and if there are many kinds of packets with fixed size range, whether the sending order among various kinds of packets is complied with a certain fixed rule, and if yes, then which rule is such a fixed rule.
Micromechanical device, comprising a base substrate with a front side and a rear side; a cap substrate, wherein at least one encircling trench is formed in the front side of the base substrate, wherein, in the region of the trench on the front side of the base substrate, a seal glass closure is formed between the base substrate and the cap substrate, wherein the seal glass closure completely covers the trench, characterized in that the encircling trench is formed with uneven side walls, the front side of the base substrate and the trench are coated with at least one metal layer (4, 4a), wherein the uneven side walls of the trench are covered in a non-conformal manner by the metal (4, 4a), such that they do not form an electrical current path in a direction running perpendicularly with respect to the front side. a base substrate with a front side and a rear side; a cap substrate, wherein at least one encircling trench is formed in the front side of the base substrate, wherein, in the region of the trench on the front side of the base substrate, a seal glass closure is formed between the base substrate and the cap substrate, wherein the seal glass closure completely covers the trench, characterized in that the encircling trench is formed with uneven side walls, the front side of the base substrate and the trench are coated with at least one metal layer (4, 4a), wherein the uneven side walls of the trench are covered in a non-conformal manner by the metal (4, 4a), such that they do not form an electrical current path in a direction running perpendicularly with respect to the front side.
A process of oxidizing cyclohexane, comprising feeding cyclohexane, an aqueous hydrogen peroxide solution and optionally an organic solvent into a reaction zone through a feed inlet thereof under the oxidation reaction conditions for contact, and providing all or most of the oxidation product at the reaction zone bottom, wherein a part or all of the packing in the reaction zone is a titanium silicate molecular sieve-containing catalyst, and the organic solvent is one or more of an alcohol, a ketone and an organic carboxylic acid having a boiling point of 40 - 250°C; wherein the titanium silicate molecular sieve catalyst is prepared by a process comprising: hydrolyzing an organic silicon compound and an templating agent useful for producing the titanium silicate molecular sieve under hydrolysis conditions to obtain a colloidal solution; then mixing homogeneously the titanium silicate molecular sieve and the colloidal solution to obtain a slurry; and granulating the slurry to obtain the catalyst in the form of microsphere, wherein the titanium silicate molecular sieve-containing catalyst comprises a carrier and the titanium silicate molecular sieve, and wherein the carrier is used in an amount of 1 - 90 wt%, and the titanium silicate molecular sieve is used in an amount of 10 - 99 wt%, based on the total weight of the catalyst, and wherein the titanium silicate molecular sieve has a MFI structure, and the crystal grain of the titanium silicate molecular sieve has a hollow structure with a radial length of 5 - 300 nm for the cavity portion of the hollow structure, wherein the adsorption capacity of benzene measured for the titanium silicate molecular sieve under the conditions of 25°C, P/P 0 = 0.10 and 1 h of adsorption time is at least 70 mg/g, and there is a hysteresis loop between the adsorption isotherm and desorption isotherm for the nitrogen adsorption at low temperature of the molecular sieve. hydrolyzing an organic silicon compound and an templating agent useful for producing the titanium silicate molecular sieve under hydrolysis conditions to obtain a colloidal solution; then mixing homogeneously the titanium silicate molecular sieve and the colloidal solution to obtain a slurry; and granulating the slurry to obtain the catalyst in the form of microsphere, wherein the titanium silicate molecular sieve-containing catalyst comprises a carrier and the titanium silicate molecular sieve, and wherein the carrier is used in an amount of 1 - 90 wt%, and the titanium silicate molecular sieve is used in an amount of 10 - 99 wt%, based on the total weight of the catalyst, and wherein the titanium silicate molecular sieve has a MFI structure, and the crystal grain of the titanium silicate molecular sieve has a hollow structure with a radial length of 5 - 300 nm for the cavity portion of the hollow structure,