mhurhangee/ep-ind-claims huggingface dataset:
A blood purification device comprising: a blood removal line for delivering a blood taken out from a patient to a blood purifier; a blood pump placed on the blood removal line, characterized in that the blood purification device further comprises a first transfusion line for supplying a first transfusion to the blood removal line on a side upstream of the blood pump; a transfusion vessel connected to the first transfusion line; a first opening/closing valve for opening or closing the first transfusion line; a second transfusion line for supplying a second transfusion to the blood removal line on a side upstream of the blood pump; a transfusion pump placed on the second transfusion line; a second opening/closing valve placed in the blood removal line on a side upstream of the first transfusion line and the second transfusion line for opening or closing the blood removal line; and a control unit for controlling the blood pump, the transfusion pump, the first opening/closing valve and the second opening/closing valve, wherein the control unit achieves automatic return of the blood to the patient by successively performing the following steps of: a first step of stopping operation of the blood pump and the transfusion pump, and opening the first transfusion line by means of the first opening/closing valve and closing the blood removal line by means of the second opening/closing valve; a second step of performing forward rotation of the blood pump by a predetermined volume X to move the first transfusion from the first transfusion line to the blood removal line; a third step of performing reverse rotation of the transfusion pump by a predetermined volume Y to move the first transfusion in the blood removal line to the second transfusion line; a fourth step of closing the first transfusion line by means of the first opening/closing valve and opening the blood removal line by the second opening/closing valve; and a fifth step of performing forward rotation of the transfusion pump by a predetermined volume Z to move the first transfusion in the second transfusion line to the blood removal line and return the first transfusion to the patient.
A switch transport wagon including on-track undercarriages and - positioned centrally with regard to axes of the latter - a beam-shaped wagon frame on which a loading platform provided for connection to a switch and comprising a loading plane is fastened for pivoting about a pivot axis extending in the longitudinal direction of the wagon, and also including drives for pivoting the loading platform as well as fixing devices for connecting the switch to the loading platform, characterized by the following features: a) the fixing device consists of a fixing beam which is supported on the loading platform by means of longitudinal guides and displaceable on the loading plane relative to the loading platform in the longitudinal direction of the wagon by means of a drive arranged at the loading platform and has a beam longitudinal direction extending perpendicularly to the longitudinal direction of the wagon, b) provided at two longitudinal ends (20, 21), spaced from one another in the beam longitudinal direction, of the fixing beam is a respective fixing hook (22, 24) displaceable relative to the fixing beam in the beam longitudinal direction. a) the fixing device consists of a fixing beam which is supported on the loading platform by means of longitudinal guides and displaceable on the loading plane relative to the loading platform in the longitudinal direction of the wagon by means of a drive arranged at the loading platform and has a beam longitudinal direction extending perpendicularly to the longitudinal direction of the wagon, b) provided at two longitudinal ends (20, 21), spaced from one another in the beam longitudinal direction, of the fixing beam is a respective fixing hook (22, 24) displaceable relative to the fixing beam in the beam longitudinal direction.
Combustion chamber assembly for an evaporation burner, in particular a vehicle heating device, comprising a substantially pot-like combustion chamber housing defining a combustion chamber, at least one ignition member receiving piece at a wall of the combustion chamber housing where an ignition member extends and where at least one air entry opening is provided, a porous evaporator medium being provided at an inner side of the ignition member receiving piece surrounding the ignition member and a fuel supply line for inserting liquid fuel into the porous evaporator medium leading into the ignition member receiving piece, characterized by the at least one air entry opening being provided in the ignition member receiving piece in an area covered by the porous evaporator medium and being at least partly covered by the porous evaporator medium, by at least one air passage opening being provided in the porous evaporator medium in the area of at least one air entry opening and by said air passage opening having a smaller passage cross-section than the associated air entry opening.
A method of performing a compression of 2-dimensional digital media data, the method comprising: receiving the 2-dimensional digital media data; characterized by: compressing the 2-dimensional digital media data with block transform-based coding using a reversible, scale-free 2-dimensional block transform defined as a 1-dimensional transform applied horizontally and vertically on a 2-dimensional block of the digital media data by: in each of two or more stages, interleaving operations from the horizontal and vertical 1-dimensional transforms, and applying the operations in the respective stage to independent subsets of values in the 2-dimensional block, wherein the operations are arranged as a set of elementary transforms implemented as lifting steps; wherein the transform is scale-free in that the transform pair's basis functions are equally scaled. compressing the 2-dimensional digital media data with block transform-based coding using a reversible, scale-free 2-dimensional block transform defined as a 1-dimensional transform applied horizontally and vertically on a 2-dimensional block of the digital media data by: in each of two or more stages, interleaving operations from the horizontal and vertical 1-dimensional transforms, and applying the operations in the respective stage to independent subsets of values in the 2-dimensional block, wherein the operations are arranged as a set of elementary transforms implemented as lifting steps; wherein the transform is scale-free in that the transform pair's basis functions are equally scaled.
A digital photo frame, comprising: a memory for storing a plurality of digital photos, and tags (T1, T2, T3) associated with the digital photos, where a tag for a digital photo corresponds to an object appearing in the digital photo; a screen for displaying the digital photos; an interface for making connection with a communicator, wherein the communicator comprises a storage for storing a contact list of phone numbers for objects; and a controller, coupled with said memory and said interface, for rendering one of the plurality of digital photos on said screen, for identifying an object ID for a selected object from a first database stored in the digital photo frame and for instructing the communicator via said interface (i) to identify the phone number of the selected object by matching the object ID from the first database stored in the digital photo frame with the phone number in a second database stored in the communicator, and (ii) to dial the identified phone number, in response to user activation of a tag, from among two or more tags associated with the rendered digital photo, corresponding to the selected object. a memory for storing a plurality of digital photos, and tags (T1, T2, T3) associated with the digital photos, where a tag for a digital photo corresponds to an object appearing in the digital photo; a screen for displaying the digital photos; an interface for making connection with a communicator, wherein the communicator comprises a storage for storing a contact list of phone numbers for objects; and a controller, coupled with said memory and said interface, for rendering one of the plurality of digital photos on said screen, for identifying an object ID for a selected object from a first database stored in the digital photo frame and for instructing the communicator via said interface (i) to identify the phone number of the selected object by matching the object ID from the first database stored in the digital photo frame with the phone number in a second database stored in the communicator, and (ii) to dial the identified phone number, in response to user activation of a tag, from among two or more tags associated with the rendered digital photo, corresponding to the selected object.
A bottom head of a vessel, the bottom head comprising a first feed/effluent nozzle and a first distributor disposed in the first feed/effluent nozzle, the first distributor comprising: at least one flow permitting surface (12, 14); and at least one structural support fin configured to provide structural support to the at least one flow permitting surface (12, 14), to transfer load from the first distributor to the first feed/effluent nozzle, and to removably attach to the first feed/effluent nozzle, wherein a flow gap is defined between a bottom portion of the first distributor and the first feed/effluent nozzle, the flow gap having dimensions sufficient to permit a liquid to drain from the vessel into the first feed/effluent nozzle and to retain a solid medium including an adsorption medium or a catalyst disposed within the vessel proximate the first distributor. at least one flow permitting surface (12, 14); and at least one structural support fin configured to provide structural support to the at least one flow permitting surface (12, 14), to transfer load from the first distributor to the first feed/effluent nozzle, and to removably attach to the first feed/effluent nozzle, wherein a flow gap is defined between a bottom portion of the first distributor and the first feed/effluent nozzle, the flow gap having dimensions sufficient to permit a liquid to drain from the vessel into the first feed/effluent nozzle and to retain a solid medium including an adsorption medium or a catalyst disposed within the vessel proximate the first distributor.
Electric arc furnace with a closable bottom tap for the metal melt, characterised in that at least two tap openings, which are closable independently of one another, are provided closely adjacent to one another, wherein the centre spacing between the tap openings corresponds with approximately four times, but at least twice, the diameter of the tap opening.
Method for identifying the state of a vehicle driver of a motor vehicle by producing a plethysmographic variable indicating the physiological state of the vehicle driver, preferably the heart rate, by means of a sensor arranged in the vehicle, wherein - the sensor is embodied as a monochrome image sensor for recording an image of the head of the vehicle driver, - provision is made of a structured green filter (4, 4a), which has green and transparent filter pixels (4b, 4c), - the facial region of the vehicle driver is detected from the image recording of the head, - the green components of the facial region are captured from a plurality of individual images of the head of the vehicle driver and in each case stored as image data over a predetermined time period, and - the plethysmographic variable is determined from the stored image data by means of a mathematical algorithm, characterized in that the green filter (4, 4a) comprises at least one 2 x 2 matrix of filter pixels (4b, 4c) which alternately has green filter pixels and transparent filter pixels. - the sensor is embodied as a monochrome image sensor for recording an image of the head of the vehicle driver, - provision is made of a structured green filter (4, 4a), which has green and transparent filter pixels (4b, 4c), - the facial region of the vehicle driver is detected from the image recording of the head, - the green components of the facial region are captured from a plurality of individual images of the head of the vehicle driver and in each case stored as image data over a predetermined time period, and - the plethysmographic variable is determined from the stored image data by means of a mathematical algorithm,
A method for transmitting a device-to-device, D2D, synchronization signal, D2DSS, operation in a wireless communication system, the method being performed by a user equipment, UE, and comprising: establishing a radio resource control, RRC, connection with a first cell of a first frequency; selecting a subframe in a second cell of a second frequency, wherein the second frequency is different from the first frequency, wherein the UE is in an RRC connected state for the first cell; and transmitting the D2DSS at the subframe selected in the second cell of the second frequency when the following conditions are met: no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool. establishing a radio resource control, RRC, connection with a first cell of a first frequency; selecting a subframe in a second cell of a second frequency, wherein the second frequency is different from the first frequency, wherein the UE is in an RRC connected state for the first cell; and transmitting the D2DSS at the subframe selected in the second cell of the second frequency when the following conditions are met: no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool. no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool.
A layer sequence repeater module including a cell of axially disposed thin annular disks for a co-extrusion die, the cell of axially disposed thin annular disks comprising: at least one first cap disk including at least two entry openings; at least one second cap disk including a plurality of inner flow openings and at least one outer flow opening corresponding with one of the at least two entry openings of the first cap disk; at least one distribution disk, the distribution disk including a distribution inlet opening corresponding with one of the at least two entry openings of the first cap disk or one of the at least one outer flow opening of the second cap disk, a plurality of outlet openings corresponding with the plurality of inner flow openings of the second cap disk, and a channel connecting the distribution inlet opening and the plurality of outlet openings; a plurality of spreader disks, each spreader disk including at least one outer opening, a plurality of inner openings including a plurality of selections of inner openings (71a, 71b), and a flow region connected to a first selection of inner openings; and characterized by at least one repeater disk in alternating sequence with the spreader disks and including a plurality of outer passage openings disposed around a circumference thereof and a plurality of circular inner passage openings disposed in a pattern that is concentric with the plurality of outer passage openings. at least one first cap disk including at least two entry openings; at least one second cap disk including a plurality of inner flow openings and at least one outer flow opening corresponding with one of the at least two entry openings of the first cap disk; at least one distribution disk, the distribution disk including a distribution inlet opening corresponding with one of the at least two entry openings of the first cap disk or one of the at least one outer flow opening of the second cap disk, a plurality of outlet openings corresponding with the plurality of inner flow openings of the second cap disk, and a channel connecting the distribution inlet opening and the plurality of outlet openings; a plurality of spreader disks, each spreader disk including at least one outer opening, a plurality of inner openings including a plurality of selections of inner openings (71a, 71b), and a flow region connected to a first selection of inner openings; and characterized by at least one repeater disk in alternating sequence with the spreader disks and including a plurality of outer passage openings disposed around a circumference thereof and a plurality of circular inner passage openings disposed in a pattern that is concentric with the plurality of outer passage openings.
A projection capture system, comprising; a camera to capture images of objects in a capture space; and a projector to illuminate the objects in the capture space and to project images captured by the camera into a display space, wherein the projector includes a flash mode for projecting white light for illuminating the objects in the capture space; and a controller to adjust drive settings to LEDs of the projector to achieve a predetermined white point during the flash mode, characterized by a color meter to generate color information based on the projected white light during the flash mode; wherein the controller is to adjust the drive settings of the LEDs based on the color information generated by the color meter; wherein the controller uses a simulated annealing method to achieve the predetermined white point.
A Form A atorvastatin benethamine having an x-ray powder diffraction pattern containing the following 2θ peaks measured using CuK α radiation: 4.7, 5.3, 9.5, 12.0, 15.6, 18.1, and 19.9, or a solid state 19 F nuclear magnetic resonance having the following chemical shifts expressed in parts per million: -113.2 and -114.2.
A rail element for lighting systems, comprising a bar body extending along a longitudinal axis and provided with an inner longitudinal channel along the axis and open on a front surface of the body; and a pair of opposite insulating shells, made of an insulating material and housed in the channel along respective opposite lateral sides of the channel and extending parallel to each other and to the axis; each shell being provided with one or more conductive tracks extending along a respective side of the channel parallel to the axis; wherein the body is a hollow body and the channel is delimited by a bottom wall and by said two opposite lateral sides, which originate from respective sides of the bottom wall; the channel being provided with a front opening made in a front surface of the body and longitudinally extending along the channel and along the entire body and facing the bottom wall and laterally delimited by respective longitudinal edges, which project towards one another from respective sides; characterized in that the body is an extruded section bar made of annealed aluminum or annealed aluminum alloy which is cold bendable by means of a manual calender; and in that the body has a thickness not higher than 12,5 mm, measured as the maximum distance between said front surface, provided with the opening, and a rear surface opposite said front surface and defined by the outer surface of the bottom wall.
A method for producing a water absorbent resin comprising: a polymerization step for polymerizing an unsaturated monomer; and a drying step for drying a particulate hydrogel crosslinked polymer having solid content concentration of 45% by weight or more, that is obtained by micronization of the hydrogel crosslinked polymer either during or after the polymerization, wherein a through-circulation belt type dryer or a through-circulation stationary batch type dryer equipped with a through-circulation plate is used for drying in the drying step, a hole area rate is set to be 15 - 50% wherein the hole area rate is defined as the percentage of hole area in a punching metal or a metal mesh relative to the entire area of the surface of the through-circulation belt surface or the through-circulation plate (including hole area) and a drop and scatter ratio of the particulate hydrogel crosslinked polymer that is represented by following Formula 1 is set to 1% by weight or less Drop and scatter ratio % by weight = 1 − Amount of solid content in particulate hydrogel obtained from drying step / Amount of solid content in particulate hydrogel provided to throught-cirulation belt or through-circulation plate × 100. a polymerization step for polymerizing an unsaturated monomer; and a drying step for drying a particulate hydrogel crosslinked polymer having solid content concentration of 45% by weight or more, that is obtained by micronization of the hydrogel crosslinked polymer either during or after the polymerization, wherein a through-circulation belt type dryer or a through-circulation stationary batch type dryer equipped with a through-circulation plate is used for drying in the drying step, a hole area rate is set to be 15 - 50% wherein the hole area rate is defined as the percentage of hole area in a punching metal or a metal mesh relative to the entire area of the surface of the through-circulation belt surface or the through-circulation plate (including hole area) and a drop and scatter ratio of the particulate hydrogel crosslinked polymer that is represented by following Formula 1 is set to 1% by weight or less Drop and scatter ratio % by weight = 1 − Amount of solid content in particulate hydrogel obtained from drying step / Amount of solid content in particulate hydrogel provided to throught-cirulation belt or through-circulation plate × 100.