mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing a leukocyte preparation from a leukocyte fraction, comprising the following method steps: a) sedimenting the leukocyte fraction until a dividing line has formed between the sedimented erythrocytes and a leukocyte supernatant, removing the leukocyte supernatant from the sediment, wherein the leukocyte supernatant is collected or remains in a leukocyte container, b) sedimenting the leukocytes in the leukocyte container, wherein a low-leukocyte supernatant is formed, and removing the low-leukocyte supernatant from the leukocyte container, c) washing the sediment in the leukocyte container with a saline solution, wherein the sedimented cells are resuspended in the saline solution, the solution is sedimented and a resulting supernatant is removed, and d) resuspending the sediment in the leukocyte container in a storage solution. a) sedimenting the leukocyte fraction until a dividing line has formed between the sedimented erythrocytes and a leukocyte supernatant, removing the leukocyte supernatant from the sediment, wherein the leukocyte supernatant is collected or remains in a leukocyte container, b) sedimenting the leukocytes in the leukocyte container, wherein a low-leukocyte supernatant is formed, and removing the low-leukocyte supernatant from the leukocyte container, c) washing the sediment in the leukocyte container with a saline solution, wherein the sedimented cells are resuspended in the saline solution, the solution is sedimented and a resulting supernatant is removed, and d) resuspending the sediment in the leukocyte container in a storage solution.
A method, comprising: obtaining parameters for extended cell reselection, ECR, by a user equipment, UE, in a mobile communication network; going to sleep and waking up periodically to monitor a paging channel, wherein the UE applies a normal paging cycle or a power-saving paging cycle; characterized by performing cell selection if the UE applies the normal paging cycle; and performing cell reselection based on the ECR parameters if the UE applies the power-saving paging cycle and if the ECR parameters are valid based on a list of conditions. obtaining parameters for extended cell reselection, ECR, by a user equipment, UE, in a mobile communication network; going to sleep and waking up periodically to monitor a paging channel, wherein the UE applies a normal paging cycle or a power-saving paging cycle; characterized by performing cell selection if the UE applies the normal paging cycle; and performing cell reselection based on the ECR parameters if the UE applies the power-saving paging cycle and if the ECR parameters are valid based on a list of conditions.
A communication device comprising: a communication unit that has a plurality of ports and relays data in accordance with a setting status of a plurality of VLANs; a status information management unit that manages, for each of the ports, status information that indicates whether or not the port is currently used by each of the VLANs; and an SNMP processing unit that: receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP. a communication unit that has a plurality of ports and relays data in accordance with a setting status of a plurality of VLANs; a status information management unit that manages, for each of the ports, status information that indicates whether or not the port is currently used by each of the VLANs; and an SNMP processing unit that: receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP. receives a request, on a port-by-port basis, for the status information in accordance with an SNMP; obtains the status information, on a port-by-port basis, from the status information management unit; and sends the obtained status information to another device in accordance with the SNMP.
Composition comprising a) at least one radically polymerizable monomer R; b) at least one metal (meth)acrylate; and c) at least one tertiary amine A of the formula where the radical R 1 is a linear or branched alkyl radical having 1 to 10 carbon atoms; the radical R 2 independently at each occurrence is a linear or branched alkylene radical having 1 to 10 carbon atoms, and optionally has one or more heteroatoms, and optionally has one or more C-C multiple bonds; and the index n has a value of 0, 1, 2 or 3. a) at least one radically polymerizable monomer R; b) at least one metal (meth)acrylate; and c) at least one tertiary amine A of the formula where the radical R 1 is a linear or branched alkyl radical having 1 to 10 carbon atoms; the radical R 2 independently at each occurrence is a linear or branched alkylene radical having 1 to 10 carbon atoms, and optionally has one or more heteroatoms, and optionally has one or more C-C multiple bonds; and the index n has a value of 0, 1, 2 or 3. where the radical R 1 is a linear or branched alkyl radical having 1 to 10 carbon atoms; the radical R 2 independently at each occurrence is a linear or branched alkylene radical having 1 to 10 carbon atoms, and optionally has one or more heteroatoms, and optionally has one or more C-C multiple bonds; and the index n has a value of 0, 1, 2 or 3.
An oil composition comprising an interesterified structured lipid component and one or more components selected from a phytosterol ester and an additional edible oil; wherein the structured lipid component is a reaction product of an interesterification reactant charge, the reactant charge comprising (i) an amount of a medium chain triglyceride having fatty acid chains from C6 to C12 in length, (ii) an amount of a long chain domestic oil having fatty acid chains of at least C16 in length, and (iii) an amount of a source of stearidonic acid, wherein the source of stearidonic acid is Echium oil and the amount of Echium oil in the interesterification charge is 20-40 weight percent based on total weight of reactant charge.
A warning unit for attachment to a handheld firearm, the warning unit comprising: attachment means for attachment to a firearm, a light source, expansion optics for expending a beam of light emitted by the light source, divergence optics for controlling the amount of divergence of the beam emitted by the light source, a beam splitter for splitting the light emitted from the light source unequally wherein the majority of the light passes through the beam splitter towards said expansion optics and said divergence optics, a controller for controlling the extent to which the expansion optics expand the beam of light and for controlling the extent to which the divergence optics impose a divergence on the beam of light, input means (42, 44) actuatable by a user's hand to enable salection of a mode of operation of the warning unit, the warning unit being capable of being operated in at least a narrow divergence mode and a wide divergence mode, wherein, in the narrow divergence mode, the controller is operable to cause the expansion optics to reduce the extent to which the beam is expanded and to cause the divergence optics to reduce the angle of divergance to thereby cause the warning unit to emit a beam of light of a lower divergence than in the wide divergence made. attachment means for attachment to a firearm, a light source, expansion optics for expending a beam of light emitted by the light source, divergence optics for controlling the amount of divergence of the beam emitted by the light source, a beam splitter for splitting the light emitted from the light source unequally wherein the majority of the light passes through the beam splitter towards said expansion optics and said divergence optics, a controller for controlling the extent to which the expansion optics expand the beam of light and for controlling the extent to which the divergence optics impose a divergence on the beam of light, input means (42, 44) actuatable by a user's hand to enable salection of a mode of operation of the warning unit, the warning unit being capable of being operated in at least a narrow divergence mode and a wide divergence mode, wherein, in the narrow divergence mode, the controller is operable to cause the expansion optics to reduce the extent to which the beam is expanded and to cause the divergence optics to reduce the angle of divergance to thereby cause the warning unit to emit a beam of light of a lower divergence than in the wide divergence made.
A network structure comprising a three-dimensional random loop bonded structure obtained by forming random loops with curling treatment of a continuous linear structure including a polyester-based thermoplastic elastomer and having a fineness of not less than 100 decitex and not more than 60000 decitex, and by making each loop mutually contact in a molten state, wherein the network structure has an apparent density of 0.005 g/cm 3 to 0.20 g/cm 3, a 50%-constant displacement repeated compression residual strain of not more than 15%, and a 50%-compression hardness retention of not less than 85% after 50%-constant displacement repeated compression.
A system for performing retinal phototherapy or photostimulation comprising: a laser console configured to generate a treatment micropulsed laser light beam comprising a single micropulse of laser light, which pulse is less than a millisecond in duration and that has parameters selected to photostimulate retinal tissue without damaging the retinal tissue; an optical mask that the treatment laser light beam passes through to optically shape the laser light beam simultaneously into a plurality of treatment laser light beams a coaxial wide-field non-contact digital optical viewing camera simultaneously projecting the plurality of treatment laser light beams to an area of a desired site for performing retinal phototherapy or photostimulation; and an optical scanning mechanism that controllably moves the treatment laser light beams during micropulse intervals to at least one other area of the desired site for performing retinal phototherapy or photostimulation, and subsequently returns the treatment laser light beams to a previously treated area within a predetermined period of time comprising between 1 and 3 milliseconds during the same treatment session to reapply the treatment laser light beams to that area. a laser console configured to generate a treatment micropulsed laser light beam comprising a single micropulse of laser light, which pulse is less than a millisecond in duration and that has parameters selected to photostimulate retinal tissue without damaging the retinal tissue; an optical mask that the treatment laser light beam passes through to optically shape the laser light beam simultaneously into a plurality of treatment laser light beams a coaxial wide-field non-contact digital optical viewing camera simultaneously projecting the plurality of treatment laser light beams to an area of a desired site for performing retinal phototherapy or photostimulation; and an optical scanning mechanism that controllably moves the treatment laser light beams during micropulse intervals to at least one other area of the desired site for performing retinal phototherapy or photostimulation, and subsequently returns the treatment laser light beams to a previously treated area within a predetermined period of time comprising between 1 and 3 milliseconds during the same treatment session to reapply the treatment laser light beams to that area.
A rotary-wing aircraft comprising: - a fuselage provided with a rotary wing; and - an external device mounted on an outside of the fuselage, wherein the external device comprises - a mounting device fixed to the fuselage and disposed so as to project in a lateral direction of the fuselage, - a mass variation device mounted on the mounting device, the mass variation device having a mass that varies as the mass variation device is used during flight, and - a damper comprising a stiffness variable mechanism, characterised in that - the damper couples the fuselage to the mounting device, the damper supporting the mounting device, and in that - the stiffness variable mechanism is configured to adjust stiffness of the damper during flight in response to a variation in the mass of the mass variation device during flight. - a fuselage provided with a rotary wing; and - an external device mounted on an outside of the fuselage, wherein the external device comprises - a mounting device fixed to the fuselage and disposed so as to project in a lateral direction of the fuselage, - a mass variation device mounted on the mounting device, the mass variation device having a mass that varies as the mass variation device is used during flight, and - a damper comprising a stiffness variable mechanism, characterised in that - the damper couples the fuselage to the mounting device, the damper supporting the mounting device, and in that - the stiffness variable mechanism is configured to adjust stiffness of the damper during flight in response to a variation in the mass of the mass variation device during flight.
Flatbed printer comprising a flatbed area for placing a plurality of media pieces (91, 92, 9A) to be printed upon, the media pieces (91, 92, 9A) having dimensions smaller than the dimensions of the flatbed area, a print controller for receiving at least one print job to be printed on the plurality of media pieces and controlling the printing of the at least one received print job on the plurality of media pieces, an armature constructed to move over the flatbed area in at least one direction (X, Y), and a print head configured to eject recording material on the plurality of media pieces and attached to the armature, wherein the print controller is configured to determine a system parameter setting with regard to the flatbed area, which system parameter setting (39A, 39B, 37, 38) defines an unreachable area of the flatbed area which is not reachable by the operator to lay down media pieces, to determine a subset of the plurality of media pieces which are entirely placeable on the flatbed area outside the unreachable area, and to schedule at least part of the at least one print job to be printed on the subset of the plurality of media pieces. the print controller is configured to determine a system parameter setting with regard to the flatbed area, which system parameter setting (39A, 39B, 37, 38) defines an unreachable area of the flatbed area which is not reachable by the operator to lay down media pieces, to determine a subset of the plurality of media pieces which are entirely placeable on the flatbed area outside the unreachable area, and to schedule at least part of the at least one print job to be printed on the subset of the plurality of media pieces.
A fan drive gear system comprising: a torque frame comprising a base with integrated gear shafts circumferentially spaced relative to one another, each shaft providing a shaft axis; a fan shaft integrated with the base; a bearing assembly mounted on each of the gear shafts and providing a bearing axis, the bearing assembly including a spherical bearing configured to permit angular movement of the bearing axis relative to the shaft axis; an intermediate gear supported on each bearing assembly for rotation about the bearing axis; an input gear located radially inward from and intermeshing with said intermediate gears supported on the gear shafts; and a ring gear arranged about and intermeshing with the intermediate gears, the input gear supported by an input shaft, and a fixed structure supporting the ring gear; wherein the bearing assembly includes a race supporting the gear, and the spherical bearing is received by the race; the torque frame includes a first passage provided through the shaft and configured to provide lubricating fluid to the gears; and the bearing assembly includes at least one passageway (92,94,96) extending through each of the spherical bearing and the race and in fluid communication with the passage. a torque frame comprising a base with integrated gear shafts circumferentially spaced relative to one another, each shaft providing a shaft axis; a fan shaft integrated with the base; a bearing assembly mounted on each of the gear shafts and providing a bearing axis, the bearing assembly including a spherical bearing configured to permit angular movement of the bearing axis relative to the shaft axis; an intermediate gear supported on each bearing assembly for rotation about the bearing axis; an input gear located radially inward from and intermeshing with said intermediate gears supported on the gear shafts; and a ring gear arranged about and intermeshing with the intermediate gears, the input gear supported by an input shaft, and a fixed structure supporting the ring gear; wherein the bearing assembly includes a race supporting the gear, and the spherical bearing is received by the race; the torque frame includes a first passage provided through the shaft and configured to provide lubricating fluid to the gears; and the bearing assembly includes at least one passageway (92,94,96) extending through each of the spherical bearing and the race and in fluid communication with the passage.
Method for sterilizing a thermoplastic container of the type of containers obtained from a hot preform converted by blow moulding by means of a pressurized fluid, the method comprising at least one irradiating step consisting in irradiating the container from the outside by means of an electron beam with a view to sterilizing, through a wall of the container, the inside of said container, characterized in that the electron beam is a pulsed electron beam that is formed from a succession of pulses each having an emission duration (d) that is shorter than 100 ns and an amplitude (i) that is higher than 1 kA, and in that the method comprises a step consisting in introducing axially a reflector into the inside of the container to be sterilized.
A fluid transporting apparatus for transporting a first fluid, comprising: a polygonal tube comprised of flexible walls enclosing a fluid passage and having a polygonal cross-section, with a plurality of tube edges corresponding to corners of the polygonal cross-section; a plurality of flexible ribbons, each having a first longitudinal edge, a second longitudinal edge, and a contact surface, wherein each of the plurality of flexible ribbons is connected along the first longitudinal edge to one of the plurality of tube edges, and wherein the contact surface projects transverse to a longitudinal axis of each of the plurality of flexible ribbons; at least one deformation retaining component connected to one of the longitudinal edges of at least one of the plurality of flexible ribbons; wherein, in use, at least one base member is fixed with respect to a flowing second fluid and connected to the at least one deformation retaining component; and wherein the longitudinal axis of each of the plurality of flexible ribbons is oriented substantially parallel to a primary flow direction of the flowing second fluid, and the contact surface being disposed in contact with the flowing second fluid such that dynamic undulations of the plurality of flexible ribbons caused by the flowing second fluid impart forces via the flexible walls of the polygonal tube to a first fluid inside the fluid passage to transport the first fluid along a longitudinal axis of the fluid passage. a polygonal tube comprised of flexible walls enclosing a fluid passage and having a polygonal cross-section, with a plurality of tube edges corresponding to corners of the polygonal cross-section; a plurality of flexible ribbons, each having a first longitudinal edge, a second longitudinal edge, and a contact surface, wherein each of the plurality of flexible ribbons is connected along the first longitudinal edge to one of the plurality of tube edges, and wherein the contact surface projects transverse to a longitudinal axis of each of the plurality of flexible ribbons; at least one deformation retaining component connected to one of the longitudinal edges of at least one of the plurality of flexible ribbons; wherein, in use, at least one base member is fixed with respect to a flowing second fluid and connected to the at least one deformation retaining component; and wherein the longitudinal axis of each of the plurality of flexible ribbons is oriented substantially parallel to a primary flow direction of the flowing second fluid, and the contact surface being disposed in contact with the flowing second fluid such that dynamic undulations of the plurality of flexible ribbons caused by the flowing second fluid impart forces via the flexible walls of the polygonal tube to a first fluid inside the fluid passage to transport the first fluid along a longitudinal axis of the fluid passage.
Method for controlling a pneumatic brake system of a vehicle, having at least the following steps: modulating a pilot-control brake pressure (p_22) by means of an electropneumatic pilot-control valve in venting phases (t1; S1_on) and bleeding phases (t2; S2_off); feeding in the pilot-control pressure (p_22) via a pilot-control line for outputting a brake pressure (p_33, p_32) to wheel brakes (29, 30) of the vehicle, wherein the pilot-control valve is modulated from a bled state (p_0) in alternating venting phases and bleeding phases in order to automatically modulate an average pilot-control pressure level (p_22_mid), in such a way that the pilot-control pressure (p_22) is increased in the venting phases, and decreased in the bleeding phases, characterized in that, when an automatic braking process is initiated from a braking-free state (p_0), the average pilot-control braking level (p_mid) is set by means of a plurality of switching periods, each with a venting phase increasing the pilot-control pressure (p_22) present in the pilot-control line, and a subsequent bleeding phase reducing the pilot-control pressure (p_22) and wherein the average pilot-control braking level (p_mid) is set in a setting time (T_v) which is longer than the switching period. modulating a pilot-control brake pressure (p_22) by means of an electropneumatic pilot-control valve in venting phases (t1; S1_on) and bleeding phases (t2; S2_off); feeding in the pilot-control pressure (p_22) via a pilot-control line for outputting a brake pressure (p_33, p_32) to wheel brakes (29, 30) of the vehicle, wherein the pilot-control valve is modulated from a bled state (p_0) in alternating venting phases and bleeding phases in order to automatically modulate an average pilot-control pressure level (p_22_mid), in such a way that the pilot-control pressure (p_22) is increased in the venting phases, and decreased in the bleeding phases, characterized in that, when an automatic braking process is initiated from a braking-free state (p_0), the average pilot-control braking level (p_mid) is set by means of a plurality of switching periods, each with a venting phase increasing the pilot-control pressure (p_22) present in the pilot-control line, and a subsequent bleeding phase reducing the pilot-control pressure (p_22) and wherein the average pilot-control braking level (p_mid) is set in a setting time (T_v) which is longer than the switching period.
Drive assembly for a unit of an internal combustion engine, comprising a drive element and a housing with a stationary receptacle part and a cover fastened thereto, wherein the cover has an axially extending portion which is elastically variable in length in the axial direction, characterized in that the length-variable portion is designed as a corrugated tube.