mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling a balance of battery protection chips, each battery protection chip protecting a battery pack with a plurality of batteries, the device comprising: a plurality of battery protection chips connected in series, in which each of the battery protection chips has a first end and a second end, the first end of a first battery protection chip is connected to the second end of a second battery protection chip, the second end of the first battery protection chip is connected to the first end of a third battery protection chip, wherein when a voltage of at least one battery in a battery pack protected by one battery protection chip of the plurality of battery protection chips does not reach a balance threshold, a strong pull up signal is output from the first end of the one battery protection chip and a strong pull down signal is output from the second end of the one battery protection chip; when voltages of the plurality of batteries in the battery pack protected by the one battery protection chip of the plurality of battery protection chips reach the balance threshold, a weak pull down signal is output from the first end of the one battery protection chip and a weak pull up signal is output from the second end of the one battery protection chip; when the strong pull down signal is output from the second end of the second battery protection chip and the weak pull down signal is output from the first end of the first battery protection chip, the weak pull down signal from the first end of the first battery protection chip is forced to become the strong pull up signal; when the strong pull up signal is output from the first end of the third battery protection chip and the weak pull up signal is output from the second end of the first battery protection chip, the weak pull up signal from the second end of the first battery protection chip is forced to become the strong pull down signal; and when the weak pull up signal is output from the second end of the second battery protection chip and the weak pull down signal is output from the first end of the first battery protection chip, the weak pull up signal from the second end of the second battery protection is forced to become the strong pull down signal. a plurality of battery protection chips connected in series, in which each of the battery protection chips has a first end and a second end, the first end of a first battery protection chip is connected to the second end of a second battery protection chip, the second end of the first battery protection chip is connected to the first end of a third battery protection chip, wherein
A method of quantification of an analyte selected from the group consisting of 25-hydroxyvitamin D3 and C3-epi-25-hydroxyvitamin D3 in a specimen containing the analyte, the method comprising the steps of separating the 25-hydroxyvitamin D3 from C3-epi-25-hydroxyvitamin D3, said separation step comprising subjecting the specimen to UPLC reverse-phase separation; and detecting the protonated precursor pseudo-molecular ion of the analyte using a mass spectrometry technique to determine the amount of the analyte.
A pharmaceutically active powder composition comprising: a) a pharmaceutically acceptable anionic polymer stabilizer comprising a C 2 -C 5 -diol ester of alginate or a C 3 -C 5 -triol ester of alginate; and b) a pharmaceutically active aliphatic polyallylamine polymer crosslinked with a difunctional cross-linking agent or a pharmaceutically acceptable salt thereof mixed with the anionic polymer stabilizer, characterised in that said crosslinked polymer is a carbonate salt of sevelamer. a) a pharmaceutically acceptable anionic polymer stabilizer comprising a C 2 -C 5 -diol ester of alginate or a C 3 -C 5 -triol ester of alginate; and b) a pharmaceutically active aliphatic polyallylamine polymer crosslinked with a difunctional cross-linking agent or a pharmaceutically acceptable salt thereof mixed with the anionic polymer stabilizer, characterised in that said crosslinked polymer is a carbonate salt of sevelamer.
A method, comprising: capturing at least one satellite feed (103;203), the at least one satellite feed comprising a plurality of transponder signals; demodulating each of the plurality of transponder signals, each demodulated transponder signal corresponding to a transport stream comprising a plurality of input streams, wherein the plurality of transponder signals corresponds to a plurality of transport streams; selecting a plurality of streams from the plurality of input streams and parsing the selected input streams from more than one transponder signal of the plurality of transponder signals, wherein the plurality of selected streams are selected based on predetermined criteria including one or more of: a user preference, the bandwidth availability in a coaxial feed, a determination of which video streams are frequently viewed, and the capabilities of the receiving device; assembling a plurality of new transport streams from the plurality of selected streams, wherein the plurality of new transport streams includes a first transport stream (211-a) having a first set of output streams (209-a1..209-ai) corresponding only to selected input streams parsed from more than one of the plurality of transport streams (205-a..205-x) so as to form a new combination of input streams; modulating the plurality of new transport streams to generate at least one new transponder signal; adding the at least one new transponder signal to a channel stack; and transmitting the channel stack to a receiving device. capturing at least one satellite feed (103;203), the at least one satellite feed comprising a plurality of transponder signals; demodulating each of the plurality of transponder signals, each demodulated transponder signal corresponding to a transport stream comprising a plurality of input streams, wherein the plurality of transponder signals corresponds to a plurality of transport streams; selecting a plurality of streams from the plurality of input streams and parsing the selected input streams from more than one transponder signal of the plurality of transponder signals, wherein the plurality of selected streams are selected based on predetermined criteria including one or more of: a user preference, the bandwidth availability in a coaxial feed, a determination of which video streams are frequently viewed, and the capabilities of the receiving device; assembling a plurality of new transport streams from the plurality of selected streams, wherein the plurality of new transport streams includes a first transport stream (211-a) having a first set of output streams (209-a1..209-ai) corresponding only to selected input streams parsed from more than one of the plurality of transport streams (205-a..205-x) so as to form a new combination of input streams; modulating the plurality of new transport streams to generate at least one new transponder signal; adding the at least one new transponder signal to a channel stack; and transmitting the channel stack to a receiving device.
A composition containing ribose and caffeine as effective ingredients, which has a sustainable anti-fatigue effect and helps the body restore the level of high-energy phosphate substances and increase energy, characterized in that it comprises the following components in parts by weight: 92.6-98 ribose and 2-7.4 caffeine.
A system, comprising: a set of nodes deployable across an area, the nodes being configured and operative to self-form a mobile ad-hoc network for communication thereamong, the set including nodes having imaging circuitry by which a node captures an image of a respective local sub-area based on a triggering event, image-transfer circuitry by which a node partitions a captured image into a plurality of sub-images and transmits the sub-images to respective other nodes, image-transmission circuitry by which a node transmits on a respective uplink a respective sub-image received from another node; a relay configured and operative, with multiple channels, to receive transmissions of respective sub-images, in parallel on independent channels, from the nodes via respective uplinks, and retransmit the sub-images to the remote location via a downlink; and a control station at the remote location, the control station being configured and operative to receive the sub-images from the relay via the downlink, re-create the captured image by combining the received sub-images, and utilize the re-created image in a monitoring or control operation of the central control station. a set of nodes deployable across an area, the nodes being configured and operative to self-form a mobile ad-hoc network for communication thereamong, the set including nodes having imaging circuitry by which a node captures an image of a respective local sub-area based on a triggering event, image-transfer circuitry by which a node partitions a captured image into a plurality of sub-images and transmits the sub-images to respective other nodes, image-transmission circuitry by which a node transmits on a respective uplink a respective sub-image received from another node; a relay configured and operative, with multiple channels, to receive transmissions of respective sub-images, in parallel on independent channels, from the nodes via respective uplinks, and retransmit the sub-images to the remote location via a downlink; and a control station at the remote location, the control station being configured and operative to receive the sub-images from the relay via the downlink, re-create the captured image by combining the received sub-images, and utilize the re-created image in a monitoring or control operation of the central control station.
A hydraulic system (112, 194, 202), wherein the hydraulic system (112, 194, 202) comprises: a cylinder; a first cylinder conduit configured to fluidly couple to the cylinder; a second cylinder conduit configured to fluidly couple to the cylinder; a bypass conduit fluidly coupled both to the first cylinder conduit upstream of the cylinder, relative to a flow direction from the first cylinder conduit to the second cylinder conduit, and to the second cylinder conduit downstream of the cylinder, wherein the bypass conduit is configured to enable intermittent fluid flow of a hydraulic fluid from the first cylinder conduit to the second cylinder conduit while bypassing at least a portion of the cylinder; and characterized in that a bleed orifice is disposed along the bypass conduit, wherein the bleed orifice is configured to enable intermittent fluid flow of the hydraulic fluid from the first cylinder conduit to the second cylinder conduit while bypassing the cylinder, the bleed orifice being further configured to enable the purge of air and potentially other contaminants in portions of any of the first cylinder conduit, the second cylinder conduit and/or the bypass conduit in the absence of continuously circulating hydraulic flow. a cylinder; a first cylinder conduit configured to fluidly couple to the cylinder; a second cylinder conduit configured to fluidly couple to the cylinder; a bypass conduit fluidly coupled both to the first cylinder conduit upstream of the cylinder, relative to a flow direction from the first cylinder conduit to the second cylinder conduit, and to the second cylinder conduit downstream of the cylinder, wherein the bypass conduit is configured to enable intermittent fluid flow of a hydraulic fluid from the first cylinder conduit to the second cylinder conduit while bypassing at least a portion of the cylinder; and characterized in that a bleed orifice is disposed along the bypass conduit, wherein the bleed orifice is configured to enable intermittent fluid flow of the hydraulic fluid from the first cylinder conduit to the second cylinder conduit while bypassing the cylinder, the bleed orifice being further configured to enable the purge of air and potentially other contaminants in portions of any of the first cylinder conduit, the second cylinder conduit and/or the bypass conduit in the absence of continuously circulating hydraulic flow.
Actuation device for a drain valve of a flushing cistern comprising an actuating plate, in which at least one actuating element (1, 2) for flush triggering is mounted, wherein the at least one actuating element (1, 2) is movable from a starting position into an end position over an actuating path when the flushing is triggered, wherein the actuation device further comprises a lever for transmitting the movement of the actuating element (1, 2) to a presser bar of the drain valve, characterized in that the lever is configured such, that on actuation of the actuating element (1, 2) the lever travels an actuating way in the form of a pivoting, which is greater than the actuating path of the at least one actuating element (1, 2), wherein the lever is pivotably in connection with the actuating plate by a mounting section and acts upon the pressing bar by an actuating section being arranged opposite to the mounting section and wherein the actuating section comprises a first section and an adjoining second section, wherein the first section is angularly arranged to the second section by an angle (α), so that the actuating element (1, 2) is in contact with the first section over a first partial path of the actuating path, and that the actuating element (1, 2) is in contact with the second section over a second partial path. the lever is configured such, that on actuation of the actuating element (1, 2) the lever travels an actuating way in the form of a pivoting, which is greater than the actuating path of the at least one actuating element (1, 2), wherein the lever is pivotably in connection with the actuating plate by a mounting section and acts upon the pressing bar by an actuating section being arranged opposite to the mounting section and wherein the actuating section comprises a first section and an adjoining second section, wherein the first section is angularly arranged to the second section by an angle (α), so that the actuating element (1, 2) is in contact with the first section over a first partial path of the actuating path, and that the actuating element (1, 2) is in contact with the second section over a second partial path.
A stent, comprising a tubular lattice structure comprising individual struts, wherein the stent has at least one strut, of which at least one longitudinal portion runs with at least one directional component in the radial circumferential direction of the stent, and wherein the surface of the longitudinal portion facing the outside of the stent is curved only around the longitudinal axis of the stent, characterised in that the stent merely in its end regions (122, 132) has struts which are formed in such a way that the surface of the strut longitudinal portion facing towards the inside of the stent has a curvature, caused by rounded luminal edges, such that the strut cross section is fluidically optimised in order to prevent turbulences of the blood flow flowing through the stent, wherein the end regions, starting from each stent end (120, 130), extend in each case over 20-30% of the length of the stent.
A computing apparatus comprising: a predictor component that is configured to predict positions of a member relative to a display for a respective plurality of display frames that are to be displayed, the predictor component configured to predict the positions of the member based upon samples of a sensor signal and a value that is indicative of a frictional force between the member and a surface of the display; and an operation component that is configured to cause the plurality of display frames to be displayed on the display based upon the positions of the member predicted by the predictor component. a predictor component that is configured to predict positions of a member relative to a display for a respective plurality of display frames that are to be displayed, the predictor component configured to predict the positions of the member based upon samples of a sensor signal and a value that is indicative of a frictional force between the member and a surface of the display; and an operation component that is configured to cause the plurality of display frames to be displayed on the display based upon the positions of the member predicted by the predictor component.
Apparatus for slitting a web material into a several partial webs by longitudinal cutting and spreading of the partial webs, comprising a dispensing device for providing the web material, at least one cutting device configured such as to produce at least one longitudinal cut in the web material, and at least one spreading device, by means of which the partial webs (10, 10b, 10c) obtained after the at least one longitudinal cut are deflected at least partially transverse to their conveying direction, and due to the deflection are spaced at a distance from one another, wherein a first control circuit is provided, by means of which the location of the web material transverse to its conveying direction is controlled before the guiding to the cutting device, wherein at least one second control circuit is provided, interacting with the spreading device, by means of which controlling is put into effect of the deflection of at least two partial webs (10a, 10c) transverse to their conveying direction, and wherein the first control circuit comprises at least one sensor unit (21, 21') for detecting the location of the web material transverse to its conveying direction, a control unit, and an actuator, by means of the location of the web material can be changed transverse to its conveying direction, characterised in that the spreading device comprises means for compensating for the path difference between partial webs (10a, 10b, 10c), which run through path stretches of different length relative to one another, and that a third control circuit is provided, which interacts with the means for compensating the path differences, and actuates these means in such a way that the partial webs (10a, 10b, 10c) run at least partially through part stretches of equal length.
A polymer electrolyte fuel cell comprising a plurality of stacked cells each having an ionic conductive electrolyte membrane, an anode (16, 18) placed on one side of the electrolyte membrane, a cathode (16, 18) placed on the other side of the electrolyte membrane, and a conductive separator (22, 26) on which a first refrigerant channel for flow of a refrigerant is formed in center part thereof, the separator (22, 26) comprising: a refrigerant manifold (30e, 30f, 50) which extend in a direction of stacking of the plurality of cells and through which the refrigerant flows, a second refrigerant channel for communication between the refrigerant manifold (30e, 30f, 50) and the first refrigerant channel, and a plurality of protrusions protruding into the refrigerant manifold (30e, 30f, 50) from a part of a wall surface of the refrigerant manifold (30e, 30f, 50) that located peripherally in a connection part between the refrigerant manifold (30e, 30f, 50) and the second refrigerant channel, a seal member interposed for enclosing and sealing the first refrigerant channel and the refrigerant manifold (30e, 30f, 50), characterized in that the protrusions have round-shaped extremities, wherein a sectional configuration of the refrigerant manifold (30e, 30f, 50) of the separator (22, 26) that is orthogonal to the direction of stacking of the cells includes the plurality of protrusions on a part of the sectional configuration that corresponds to the periphery of the connection part between the refrigerant manifold (30e, 30f, 50) and the second refrigerant channel. a refrigerant manifold (30e, 30f, 50) which extend in a direction of stacking of the plurality of cells and through which the refrigerant flows, a second refrigerant channel for communication between the refrigerant manifold (30e, 30f, 50) and the first refrigerant channel, and a plurality of protrusions protruding into the refrigerant manifold (30e, 30f, 50) from a part of a wall surface of the refrigerant manifold (30e, 30f, 50) that located peripherally in a connection part between the refrigerant manifold (30e, 30f, 50) and the second refrigerant channel, a seal member interposed for enclosing and sealing the first refrigerant channel and the refrigerant manifold (30e, 30f, 50), characterized in that the protrusions have round-shaped extremities, wherein a sectional configuration of the refrigerant manifold (30e, 30f, 50) of the separator (22, 26) that is orthogonal to the direction of stacking of the cells includes the plurality of protrusions on a part of the sectional configuration that corresponds to the periphery of the connection part between the refrigerant manifold (30e, 30f, 50) and the second refrigerant channel.
A product comprising a recombinant human follicle stimulating hormone for use in the treatment of infertility in a patient having serum AMH level of < 15 pmol/L, wherein the product is to be administered at a dose of, or equivalent to, 11-13 μg recombinant human FSH per day, wherein the product further comprises hCG.
Plastics moulded part having a bowl shape for the kitchen or sanitary domain, wherein the moulded part has a bottom area with a visible side facing toward the bowl volume and a rear side lying opposite, and wherein the moulded part is produced by curing a casting material which comprises a binder with a polymerisable monomer and an inorganic filler, wherein at least one planar metallic reinforcing element is embedded in the bottom area, characterised in that the casting material comprises a proportion of 40 to 85% by weight of at least one inorganic filler and a binder with methyl acrylate or methyl methacrylate as the polymerisable monomer.
Parallel-vision, image-inverting prism system comprising two mutually parallel base faces (4; 9) for a perpendicular beam passage, wherein one of these base faces (4; 9) can be assigned to an eyepiece-side imaging beam path and the other one of these base faces can be assigned to an objective lens-side imaging beam path of a telescope, and wherein the prism system consists of two reflection prisms (3; 7) with respectively one gable face angled in relation to the base face (4; 9), one of these reflection prisms having a roof edge likewise angled in relation to the base face and the reflection prisms (3; 7) being assembled at the planar gable faces in such a way that the roof edge and the region of the gable face, lying outside of the joining region, of the other reflection prism forms a triangular open space, characterized in that the planar reflection face of one of the reflection prisms (3, 7) situated in the open space is embodied over the whole area thereof as a broadband, partly transmissive beam splitter.