mhurhangee/ep-ind-claims huggingface dataset:
A cell removal system that is mounted on a centrifugal separator and removes predetermined cells from a body fluid, the cell removal system being characterized by a body fluid bag that is adapted to receive a body fluid; a first body fluid component bag that is adapted to receive a first body fluid component having a relatively high cell concentration in the body fluid; a second body fluid component bag that is adapted to receive a second body fluid component having a relatively low cell concentration in the body fluid; a first channel connected to the first body fluid component bag and the body fluid bag; a second channel connected to the second body fluid component bag and the body fluid bag; a filter that is provided in the first channel and adapted to remove predetermined cells from a body fluid component passing through the channel; a first on-off valve that adapted to open and close the first channel; and a second on-off valve that is adapted to open and close the second channel, the first channel being connected to an end portion of the body fluid bag, the end portion being, when mounted on the centrifugal separator, on the side of a direction of centrifugal force by the centrifugal separator, and the second channel being connected to an end portion of the body fluid bag, the end portion being, when mounted on the centrifugal separator, on the opposite side from the direction of centrifugal force by the centrifugal separator, characterized in that the cell removal system comprises a preservation liquid supply circuit connected to the first channel at a position closer to the body fluid bag than the filler provided in the first channel and which is configured to supply a preservation liquid for preserving the first body fluid component.
A power supply circuit, comprising: a first circuit portion operable to convert AC electrical power, provided by an AC source, to a first DC electrical power; and a second circuit portion operable to output a second DC electrical power derived from a DC bus operably connected to at least one DC source, wherein the first circuit portion and the second circuit portion are operably connected and configured to provide either the first DC electrical power or the second DC electrical power to a heater circuit of a battery module in dependence on a DC voltage level associated with the first circuit portion relative to a DC voltage level associated with the second circuit portion; characterized in that the first circuit portion and the second circuit portion are connected to each other and the heater and the second circuit portion includes a diode; wherein if the DC voltage level output by the first circuit portion is higher than the DC voltage level at the input of the second circuit portion, the electrical current to the heater is provided from the AC source via the first circuit portion and if the DC voltage level output by the first circuit portion is lower than the DC voltage level at the input of the second circuit portion, the diode is forward biased and electrical current to the heater is automatically provided from the DC bus via the diode. a first circuit portion operable to convert AC electrical power, provided by an AC source, to a first DC electrical power; and a second circuit portion operable to output a second DC electrical power derived from a DC bus operably connected to at least one DC source, wherein the first circuit portion and the second circuit portion are operably connected and configured to provide either the first DC electrical power or the second DC electrical power to a heater circuit of a battery module in dependence on a DC voltage level associated with the first circuit portion relative to a DC voltage level associated with the second circuit portion; characterized in that the first circuit portion and the second circuit portion are connected to each other and the heater and the second circuit portion includes a diode; wherein if the DC voltage level output by the first circuit portion is higher than the DC voltage level at the input of the second circuit portion, the electrical current to the heater is provided from the AC source via the first circuit portion and if the DC voltage level output by the first circuit portion is lower than the DC voltage level at the input of the second circuit portion, the diode is forward biased and electrical current to the heater is automatically provided from the DC bus via the diode.
A video processing method performed by a sending end of a video conference, whereby the method comprises: obtaining, by the sending end, a composite video image by stitching two or more original video images, received from multiple video collecting devices, according to pre-determined video arranging information (203, 403); encoding, by the sending end, the composite video image (203, 403); and sending, by the sending end, the encoded composite video image to a videoconferencing receiving end (203, 403, 404), wherein the video arranging information comprises a correspondence among an identity of a video collecting device collecting each of the two or more original video images, a position of each of the two or more original video images in the composite video image, and an identity of a video displaying device for displaying each of the two or more original video images, wherein the method further comprises: before the stitching two or more original video images, determining, by the sending end, the video arranging information by performing media capability negotiation with the receiving end (201, 401). obtaining, by the sending end, a composite video image by stitching two or more original video images, received from multiple video collecting devices, according to pre-determined video arranging information (203, 403); encoding, by the sending end, the composite video image (203, 403); and sending, by the sending end, the encoded composite video image to a videoconferencing receiving end (203, 403, 404), wherein the video arranging information comprises a correspondence among an identity of a video collecting device collecting each of the two or more original video images, a position of each of the two or more original video images in the composite video image, and an identity of a video displaying device for displaying each of the two or more original video images, wherein the method further comprises: before the stitching two or more original video images, determining, by the sending end, the video arranging information by performing media capability negotiation with the receiving end (201, 401).
Battery cell in the form of a lithium-ion cell, comprising an anode, a cathode and an ionically conductive and electrically insulating separator layer arranged between anode and cathode, characterized in that the separator layer is part of a separator arrangement, wherein the separator arrangement furthermore comprises a reduction layer comprising a reduction material, wherein the reduction layer has a specific surface area which lies in a range of greater than or equal to 10m 2 /g, preferably of greater than or equal to 100m 2 /g, for example of greater than or equal to 1000m 2 /g, and wherein the reduction layer is porous and has an open porosity in a range of greater than or equal to 10% to less than or equal to 90%, preferably of greater than or equal to 30% to less than or equal to 70%.
Method for inserting a connection screw element into the tank neck of the tank container of a tank device for storing a gaseous medium, in particular hydrogen, the tank device comprising at least one tank container, which at least one tank container has a tank housing with a tank neck, wherein a connection screw element is arranged in the tank neck, which connection screw element lies against a conical sealing seat formed on an inner side of the tank housing and thus seals a tank neck interior of the tank neck, wherein the connection screw element is pretensionable by means of a union nut element attached to an outer side of the tank housing, characterized in that the connection screw element is inserted into the tank neck when the tank container has already been closed on the rear side by means of crimping, and a device is provided, with which device the connection screw element is placed from outside the interior of the tank container through the tank neck onto the sealing seat.
Ultrasonic flowmeter, which comprises a measuring tube (2, 12) with a straight measuring tube axis, a transmitter designed to transmit an acoustic signal on a first signal path, a receiver (9, 19) designed to receive the acoustic signal on the first signal path (8, 18) and multiple reflection surfaces (6.1-6.5, 16.1-16.5) on which the acoustic signal on the first signal path is reflected at least once, wherein this first signal path is made up of straight subsections (8.1-8.6, 18.1-18.6); characterized in that a) the minimum distances of at least three subsections (8.1, 8.3, 8.4, 18.1, 18.3, 18.4) is a distance of 0.4-0.6 r in relation to the measuring tube axis, wherein r is the inner radius of the measuring tube (2, 12); b) wherein a first subsection (8.1, 18.1), which defines a first plane parallel to the axis, has a second subsection (8.2, 18.2) immediately following this, wherein said second subsection defines a second plane parallel to the axis, wherein the two planes pass through a first reflection surface (6.1, 16.1) and the normal vectors delimit an angle of less than 10°, c) wherein a third subsection (8.4, 18.4), which defines a third plane parallel to the axis, has a fourth subsection (8.5, 18.5) immediately following this, wherein said fourth subsection defines a fourth plane parallel to the axis, wherein the two planes pass through a second reflection surface (6.4, 16.4) and the normal vectors delimit an angle of less than 10°; and d) wherein the pattern of the signal path (8, 18) in the axial top view describes a polygon which side points of intersection are situated inside, on or outside the measuring tube (2, 12). a) the minimum distances of at least three subsections (8.1, 8.3, 8.4, 18.1, 18.3, 18.4) is a distance of 0.4-0.6 r in relation to the measuring tube axis, wherein r is the inner radius of the measuring tube (2, 12); b) wherein a first subsection (8.1, 18.1), which defines a first plane parallel to the axis, has a second subsection (8.2, 18.2) immediately following this, wherein said second subsection defines a second plane parallel to the axis, wherein the two planes pass through a first reflection surface (6.1, 16.1) and the normal vectors delimit an angle of less than 10°, c) wherein a third subsection (8.4, 18.4), which defines a third plane parallel to the axis, has a fourth subsection (8.5, 18.5) immediately following this, wherein said fourth subsection defines a fourth plane parallel to the axis, wherein the two planes pass through a second reflection surface (6.4, 16.4) and the normal vectors delimit an angle of less than 10°; and d) wherein the pattern of the signal path (8, 18) in the axial top view describes a polygon which side points of intersection are situated inside, on or outside the measuring tube (2, 12).
An apparatus for printing onto a curved surface of an article, the apparatus comprising: a housing, the housing including a base disposed along the bottom of the housing; a nozzle configured to discharge a composite yarn onto the curved surface; a first actuating system configured to move the nozzle, wherein the first actuating system moves the nozzle along a direction aligned with a vertical axis, the vertical axis extending normal to a surface of the base, and wherein the first actuating system moves the nozzle along a direction aligned with a first horizontal axis, the first horizontal axis being approximately parallel with respect to the base; a second actuating system configured to adjust the position of the article with respect to the nozzle, wherein the second actuating system moves the article along a direction parallel to the vertical axis, and wherein the second actuating system moves the article along a direction parallel to the first horizontal axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the nozzle downward toward the curved surface in a direction aligned with the vertical axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the nozzle in a direction aligned with the first horizontal axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the article in a direction parallel to the vertical axis; and the apparatus being configured to attach the composite yarn to the curved surface by moving the article in a direction parallel to the first horizontal axis. a housing, the housing including a base disposed along the bottom of the housing; a nozzle configured to discharge a composite yarn onto the curved surface; a first actuating system configured to move the nozzle, wherein the first actuating system moves the nozzle along a direction aligned with a vertical axis, the vertical axis extending normal to a surface of the base, and wherein the first actuating system moves the nozzle along a direction aligned with a first horizontal axis, the first horizontal axis being approximately parallel with respect to the base; a second actuating system configured to adjust the position of the article with respect to the nozzle, wherein the second actuating system moves the article along a direction parallel to the vertical axis, and wherein the second actuating system moves the article along a direction parallel to the first horizontal axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the nozzle downward toward the curved surface in a direction aligned with the vertical axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the nozzle in a direction aligned with the first horizontal axis; the apparatus being configured to attach the composite yarn to the curved surface by moving the article in a direction parallel to the vertical axis; and the apparatus being configured to attach the composite yarn to the curved surface by moving the article in a direction parallel to the first horizontal axis.
An assembly consisting of a pair of multifocal ocular implants, - each implant of this pair having a TFMTF (Modulation Transfer Function Through Focus) curve, for a pupil of diameter less than or equal to 4 mm, preferably less than or equal to 3 mm, which has a peak (A/VL; B/VL) corresponding to the distance vision of the wearer, as well as an asymmetrical peak (A/PE; B/PE) which spreads between intermediate vision and near vision, that is to say without discontinuity between intermediate vision and near vision, characterized by the fact that: - for a first implant of this pair, the TFMTF value is greater in intermediate vision than that of near vision; - for the second implant of this pair, the TFMTF value is greater in near vision than that of intermediate vision; - the rising edge of the asymmetrical peak (A/PE) of the first implant has, as an absolute value, a mean slope greater than that of its falling edge, whereas the rising edge of the asymmetrical peak (B/PE) of the second implant has, as an absolute value, a mean slope less than that of its falling edge. - each implant of this pair having a TFMTF (Modulation Transfer Function Through Focus) curve, for a pupil of diameter less than or equal to 4 mm, preferably less than or equal to 3 mm, which has a peak (A/VL; B/VL) corresponding to the distance vision of the wearer, as well as an asymmetrical peak (A/PE; B/PE) which spreads between intermediate vision and near vision, that is to say without discontinuity between intermediate vision and near vision, - for a first implant of this pair, the TFMTF value is greater in intermediate vision than that of near vision; - for the second implant of this pair, the TFMTF value is greater in near vision than that of intermediate vision; - the rising edge of the asymmetrical peak (A/PE) of the first implant has, as an absolute value, a mean slope greater than that of its falling edge, whereas the rising edge of the asymmetrical peak (B/PE) of the second implant has, as an absolute value, a mean slope less than that of its falling edge.
Assembly device for assembling a cockpit assembly in a vehicle chassis, comprising a first reference point pick-up and a first height adjustment device for the cockpit assembly, characterised in that the assembly additionally comprises a second reference point pick-up and a second height adjustment device, wherein the two height adjustment devices (5, 7) are arranged laterally relative to each other and designed for application in two opposite side regions of the cockpit assembly, wherein the two reference point pick-ups (4, 6) are arranged laterally relative to each other and designed to detect two laterally opposite reference points (8, 9) of the vehicle chassis.
Method to synthesize an organosilyl quaternary amine product of the type CH 3 (CH 2) 11-17 (CH 3) 2 N + (CH 2) 1-6 Si 3 X - by preparing a two-component composition, comprising of CH 3 (CH 2) 11-17 N(CH 3) 2 and X(CH 2) 1-6 Si 3 precursor materials, combined in a CH 3 (CH 2) 11-17 N(CH 3) 2 / X(CH 2) 1-6 Si 3 molar ratio of 0.85-1.5, and preferably a stoichiometric ratio, where "Z" is acetoxy and/or any alkoxy group with a carbon length of 1-4, "X" is a leaving group comprising of one or more of chlorine, bromine, iodine, sulfonate, sulfate, phosphonate, and phosphate structure; and characterized in that the process is terminated at a product conversion corresponding to a yield of 45 to 65%, and preferably 52 to 57%, with respect to the limiting reagent.
A locking bolt, comprising: a shank section threaded on an outer circumference thereof; and a head section provided at one end of the shank section, wherein the head section comprises: a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, wherein the locking bolt has a structure in which: a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim, and wherein an intersection between the inner surface of the cylindrical skirt portion and the shank section is formed into an approximately-round shape, to thereby have roundness. a shank section threaded on an outer circumference thereof; and a head section provided at one end of the shank section, wherein the head section comprises: a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, wherein the locking bolt has a structure in which: a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim, and a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim, and wherein an intersection between the inner surface of the cylindrical skirt portion and the shank section is formed into an approximately-round shape, to thereby have roundness.
A structure for use in an unmanned aerial vehicle, UAV, the structure comprising: a proximal portion configured to at least partially encompass a barometric altimeter of a circuit board of the UAV, wherein the proximal portion forms at least a partial barrier between the barometric altimeter and a first ambient air pressure that is disturbed by a downwash from propellers of the UAV during flight of the UAV, wherein the proximal portion forms an inner chamber in which the barometric altimeter is disposed, and includes an aperture extending from outside the proximal portion into the inner chamber; and a distal portion extending away from the barometric altimeter, wherein the distal portion channels to the barometric altimeter a second ambient air pressure that is disturbed less than the first ambient air pressure by the downwash from the propellers of the UAV during flight of the UAV; and wherein the distal portion comprises a tube having a first tube end and a second tube end, and wherein the first tube end is coupled to the aperture, and the second tube end includes an opening exposed to the second ambient air pressure. a proximal portion configured to at least partially encompass a barometric altimeter of a circuit board of the UAV, wherein the proximal portion forms at least a partial barrier between the barometric altimeter and a first ambient air pressure that is disturbed by a downwash from propellers of the UAV during flight of the UAV, wherein the proximal portion forms an inner chamber in which the barometric altimeter is disposed, and includes an aperture extending from outside the proximal portion into the inner chamber; and a distal portion extending away from the barometric altimeter, wherein the distal portion channels to the barometric altimeter a second ambient air pressure that is disturbed less than the first ambient air pressure by the downwash from the propellers of the UAV during flight of the UAV; and wherein the distal portion comprises a tube having a first tube end and a second tube end, and wherein the first tube end is coupled to the aperture, and the second tube end includes an opening exposed to the second ambient air pressure.