mhurhangee/ep-ind-claims huggingface dataset:
A method, performed in a serving cell, of operating a wireless communication network operating according to a duty cycle, the method characterized by: monitoring respective duty cycle budgets, relating to a ratio of the cumulative duration of transmissions within an observation interval, for the serving cell and one or more neighbor cells, wherein each duty cycle budget defines, for its respective cell, a percentage of time, within an observation interval, in which the respective cell is permitted to communicate data; and redirecting a User Equipment to a neighbor cell based on the duty cycle budget for the serving cell, for the UE to target the neighbour cell in cell selection procedure or in cell reselection procedure. monitoring respective duty cycle budgets, relating to a ratio of the cumulative duration of transmissions within an observation interval, for the serving cell and one or more neighbor cells, wherein each duty cycle budget defines, for its respective cell, a percentage of time, within an observation interval, in which the respective cell is permitted to communicate data; and redirecting a User Equipment to a neighbor cell based on the duty cycle budget for the serving cell, for the UE to target the neighbour cell in cell selection procedure or in cell reselection procedure.
An arrangement for light output, having - an LED light source for generating a light and radiating the light in a main radiating direction, - a reflector for optically influencing the light, - an optical element for optically influencing the light, wherein the optical element is operatively arranged between the LED light source on one side and the reflector on the other side, wherein the optical element is formed arching forwardly in the main radiating direction and consists of a transparent material, wherein the optical element has a surface region with optical structures, characterized in that the structures have flank surfaces, each of which extends in a flank plane (F1, F2) which penetrates the LED light source or which extends along a surface of a cone, the point of which penetrates the LED light source. - an LED light source for generating a light and radiating the light in a main radiating direction, - a reflector for optically influencing the light, - an optical element for optically influencing the light,
An electrical device having two computer systems (9.1, 9.2) and having a cooling device, in particular a climate-control device, wherein the computer systems (9.1, 9.2) are housed in a closed or enclosed chamber and the cooling device comprises at least one evaporator, preferably a side wall evaporator, a compressor, and a liquefier; and the compressor and the liquefier are arranged outside the closed or enclosed chamber, preferably in an external appliance (22, 22.1, 22.2), characterized in that - the cooling device has at least two separate, closed cooling loops having separate supply lines (24.1, 24.2) to the evaporator and separate drain lines (26.1, 26.2) from the evaporator; - the evaporator is embodied in a redundant construction in a single housing and has a single evaporator block having separate piping systems (1100.1, 1100.2), resulting in a partial evaporator in each case, wherein each partial evaporator is associated with one of the two separate cooling loops in each case; - the at least two partial evaporators are housed in one housing, wherein openings are formed in the side walls (11.1, 11.2) of the housing; - wherein the evaporator is arranged as a single standing evaporator between the two computer systems (9.1, 9.2) to be cooled and air is aspirated via an end-face side wall (13.1) of the housing, cooled in the evaporator, and conveyed via the openings and guiding units in the side walls to the respective computer system (9.1, 9.2). - the cooling device has at least two separate, closed cooling loops having separate supply lines (24.1, 24.2) to the evaporator and separate drain lines (26.1, 26.2) from the evaporator; - the evaporator is embodied in a redundant construction in a single housing and has a single evaporator block having separate piping systems (1100.1, 1100.2), resulting in a partial evaporator in each case, wherein each partial evaporator is associated with one of the two separate cooling loops in each case; - the at least two partial evaporators are housed in one housing, wherein openings are formed in the side walls (11.1, 11.2) of the housing; - wherein the evaporator is arranged as a single standing evaporator between the two computer systems (9.1, 9.2) to be cooled and air is aspirated via an end-face side wall (13.1) of the housing, cooled in the evaporator, and conveyed via the openings and guiding units in the side walls to the respective computer system (9.1, 9.2).
Polymeric pH-indicator fixed in a polymeric gel carrier, wherein the polymeric gel carrier comprises a given hydrophilic polymer, wherein a given polymeric indicator is cross-linked with said given hydrophilic polymer to form a combined cross-linked hydrogel network fixed by covalent bonds between the polymeric indicator and the hydrophilic polymer.
A sealing ring (17") for a seal assembly, comprising: - a main body (40, 41) rotating about an axis; and - a first surface, which is defined by said main body (40, 41), extends transversely to said axis and is suitable for abutting against a further sealing ring in a direction parallel to said axis; said first surface comprising a plurality of grooves (35a'', 35b") forming respective hydropads; said grooves (35a", 35b") being delimited by a first edge (36") and a second edge (37") facing one another; said first edge (36") and second edge (37") delimiting said grooves (35a", 35b") in a circumferential direction to said axis; characterized in that at least one of said first edge (36") and the second edge (37") is shaped like an elliptical arc, which has coincident or separate foci; said sealing ring (17") comprising first grooves (35a") and second grooves (35b") alternating with one another in a circumferential direction to said axis and staggered from each other in a radial direction to said axis; said first and second grooves (35a", 35b") having the same geometrical shape. - a main body (40, 41) rotating about an axis; and - a first surface, which is defined by said main body (40, 41), extends transversely to said axis and is suitable for abutting against a further sealing ring in a direction parallel to said axis;
A cell culture medium composition for culturing primary cells, said cell culture medium composition comprising: a basal medium at a concentration of from 20 % (v/v) to 99 % (v/v); a lyophilized human platelet lysate reconstituted at a concentration of from 1 % (v/v) to 20 % (v/v) and wherein said lyophilized human platelet lysate retains its growth properties after lyophilization and; a supplemental exogenous growth factor at a concentration of at least 1 fold to about 2,000 fold of the concentration of the growth factor present in the lyophilized human platelet lysate, wherein the cell culture medium composition is free from bulking agents selected from a group consisting of sucrose, mannitol, trehalose and combinations thereof and free from an animal serum. a basal medium at a concentration of from 20 % (v/v) to 99 % (v/v); a lyophilized human platelet lysate reconstituted at a concentration of from 1 % (v/v) to 20 % (v/v) and wherein said lyophilized human platelet lysate retains its growth properties after lyophilization and; a supplemental exogenous growth factor at a concentration of at least 1 fold to about 2,000 fold of the concentration of the growth factor present in the lyophilized human platelet lysate, wherein the cell culture medium composition is free from bulking agents selected from a group consisting of sucrose, mannitol, trehalose and combinations thereof and free from an animal serum.
A dust cup assembly, comprising: a cup casing having an opening; a device housing disposed in the cup casing and defining a dust removal chamber together with the cup casing, wherein a part of the device housing has an air exhaust port and the air exhaust port is disposed at the opening and exposed from the opening; and a negative pressure device located within the device housing, and configured to allow dusty air to enter the dust removal chamber for dust and air separation, and to allow airstream separated from the dust removal chamber to enter the device housing and to be exhausted through the air exhaust port, wherein the dust cup assembly further comprises a cyclone separating device disposed in the dust removal chamber and defining a cyclone separating chamber in the dust removal chamber, wherein the device housing is configured to have a tube shape; the cyclone separating chamber comprises multiple stages of cyclone chambers communicated successively and each stage of cyclone chamber is configured to be a hollow annular-columnar chamber; and an upstream stage of cyclone chamber surrounds a downstream stage of cyclone chamber along a circumferential direction of the device housing, and the most downstream stage of cyclone chamber surrounds the device housing along the circumferential direction of the device housing. a cup casing having an opening; a device housing disposed in the cup casing and defining a dust removal chamber together with the cup casing, wherein a part of the device housing has an air exhaust port and the air exhaust port is disposed at the opening and exposed from the opening; and a negative pressure device located within the device housing, and configured to allow dusty air to enter the dust removal chamber for dust and air separation, and to allow airstream separated from the dust removal chamber to enter the device housing and to be exhausted through the air exhaust port, wherein the dust cup assembly further comprises a cyclone separating device disposed in the dust removal chamber and defining a cyclone separating chamber in the dust removal chamber, wherein the device housing is configured to have a tube shape; the cyclone separating chamber comprises multiple stages of cyclone chambers communicated successively and each stage of cyclone chamber is configured to be a hollow annular-columnar chamber; and an upstream stage of cyclone chamber surrounds a downstream stage of cyclone chamber along a circumferential direction of the device housing, and the most downstream stage of cyclone chamber surrounds the device housing along the circumferential direction of the device housing.
Composition for colouring human keratinic fibres in mousse form, comprising: (a) at least one amphoteric surfactant; (b) at least one alkanolamine; (c) ammonium chloride; (d) at least one oxidizing agent; (e) at least one oxidation dye precursor. (a) at least one amphoteric surfactant; (b) at least one alkanolamine; (c) ammonium chloride; (d) at least one oxidizing agent; (e) at least one oxidation dye precursor.
An aluminum alloy material for a storage container for high-pressure hydrogen gas, consisting of, in mass%, 0.8 to 1.4% of Mg; 0.9 to 1.8% of Si; less than 0.44 (excluding 0%) of Fe; 0.7 to 1.2% of Cu; 0.7 to 0.9% of Mn; 0.40% or less (including 0%) of Cr; 0.25% or less (including 0%) of Zn; and 0.20% or less (including 0%) of Ti; with a remaining portion including Al and unavoidable impurities, wherein a relationship between C and D satisfies the formula: D+0.0011×C-9.5 ≤ 0 when D represents the average density (particles/μm 2) of dispersed particles each having an equivalent circle diameter of 800 nm or less and C represents the average density (particles/mm 2) of crystallized materials each having an equivalent circle diameter of 0.38 μm or more in a structure of the aluminum alloy material, and wherein the aluminum alloy material have, as mechanical properties after being subjected to a T6 tempering treatment, a tensile strength of 410 MPa or more, a 0.2% yield strength of 360 MPa or more and an elongation of 10% or more. 0.8 to 1.4% of Mg; 0.9 to 1.8% of Si; less than 0.44 (excluding 0%) of Fe; 0.7 to 1.2% of Cu; 0.7 to 0.9% of Mn; 0.40% or less (including 0%) of Cr; 0.25% or less (including 0%) of Zn; and 0.20% or less (including 0%) of Ti; with a remaining portion including Al and unavoidable impurities, wherein a relationship between C and D satisfies the formula: D+0.0011×C-9.5 ≤ 0 when D represents the average density (particles/μm 2) of dispersed particles each having an equivalent circle diameter of 800 nm or less and C represents the average density (particles/mm 2) of crystallized materials each having an equivalent circle diameter of 0.38 μm or more in a structure of the aluminum alloy material, and wherein the aluminum alloy material have, as mechanical properties after being subjected to a T6 tempering treatment, a tensile strength of 410 MPa or more, a 0.2% yield strength of 360 MPa or more and an elongation of 10% or more. a tensile strength of 410 MPa or more, a 0.2% yield strength of 360 MPa or more and an elongation of 10% or more.
Use of an electrical insulating resin comprising A) isohexidediol diglycidyl ether B) a hardener C) an optional filler D) further optional additives, for impregnating electrical machines, for encapsulating transformers, coils, for fully encapsulating electric motors and for producing high-voltage electrical machines. A) isohexidediol diglycidyl ether B) a hardener C) an optional filler D) further optional additives, for impregnating electrical machines, for encapsulating transformers, coils, for fully encapsulating electric motors and for producing high-voltage electrical machines.
Use of an adhesive tape system as tear strip on a carton consisting of an outer liner and an inner liner, there being disposed between the liners at least one corrugation of card, the adhesive tape system consisting of an adhesive tape A furnished on at least one side with an adhesive coating and having a carrier, the carrier having a film and having filaments extending in the longitudinal direction of the carrier, and consisting of an adhesive tape B furnished on at least one side with an adhesive coating and having a film carrier, the adhesive tapes A and B being disposed one above the other, the adhesive tape A being applied on the inside of the outer liner and the adhesive tape B being applied on the outside of the inner liner, so that the adhesive tape B is disposed beneath the adhesive tape A.
A flame-guard filter consisting of a number k, with k = 1,...,n, of layer sequences (S1, S2, S3), wherein each of the layer sequences (S1, S2, S3) consists of filter layers arranged one on top of the other with a common axis, containing a first filter layer, formed by a first grid with a first opening width (1.11), and a second filter layer arranged parallel thereto, formed by a second grid with a second opening width (2.11), the second grid of the second filter layer is a fabric in the form of a braid, the braid consisting of warp wires and weft wires, characterised in that the warp wires or the weft wires are arranged close together so that light rays incident perpendicularly on the second filter layer do not pass through the second filter layer in a straight line.
A method for preparing an optical device comprising an optical layer comprising a shift region, of which optical axes or light absorption axes are changed according to one direction, and an alignment film coming in contact with the optical layer, characterized in that an interface between regions, of which the optical axes or light absorption axes are different from each other in the shift region, are not observed, in that the optical layer is a liquid crystal polymer layer, a lyotropic liquid crystal layer or a liquid crystal polymer layer comprising a dichroic dye, in that the alignment film comprises an alignment compound reversibly orientable in a predetermined direction by irradiation with light, in that an average rate of change of the optical axes or light absorption axes defined by the following Equation 1 is greater than 0 degree/mm and not more than 5 degree/mm, and in that the shift region has a rotation angle (φ) of 70 degrees or more, as measured according to the following Equation 4: V = 360 / P wherein V (unit: degree/mm) represents the average rate of change, and P (unit: mm) represents a pitch of the shift region, wherein the pitch is a length measured in the one direction, which is required to achieve 360 degrees rotation of the optical axis or light absorption axis in the shift region: φ = V × L wherein the φ (unit: degree) represents the rotation angle, the V (unit: degree/mm) represents the average rate of change, and the L (unit: mm) represents a length of the shift region, wherein the method comprises disposing the alignment film comprising the alignment compound below a polarizing mask; irradiating the alignment film with light via the polarizing mask; and forming the optical layer on the alignment film, wherein the polarizing mask includes polarization lines (101, 102, 103, 104, 105, A, B, C, D, E, F, G, H) that includes a plurality of polarization regions (1011, 1012, 1013, 1014, 1015, 2011, 2012, 2013, 2014, 2015, 3011, 3012, 3013, 3014, 3015, 4011, 4012, 4013, 4014, 4015, 5011, 5012, 5013, 5014, 5015) disposed adjacently to each other along a first direction and that are disposed adjacently to each other along a second direction perpendicular to the first direction, wherein at least one of the polarization lines has a first polarization region having a transmission axis formed in a predetermined direction and a second polarization region having a transmission axis formed in a direction different from the predetermined direction and wherein the irradiation is performed by shifting a relative position of the alignment film with respect to the polarizing mask along the first direction so as for the same region of the alignment film to be irradiated with different kinds of linearly polarized light polarized in different directions several times.
A linear stepping motor, comprising a housing; a stator mounted inside the housing: a rotor rotatively arranged at an inner surface of the stator and mounted with a female screw threaded to a lead screw; a mounting plate fixed at a lateral surface of the housing for passing the lead screw; and a plate cover coupled between the mounting plate and the housing configured to prevent a bearing rotatively supporting the female screw from axially moving, wherein the plate cover includes: a pocket unit into which the bearing is inserted; a first support unit (610, 650) formed at a distal end of the pocket unit to support a lateral surface of the bearing; a second support unit (620, 660) formed at the other distal end of the pocket unit to support the other lateral surface of the bearing; a fixation unit extended from the other distal end of the pocket unit to the external direction to be fixed at the lateral surface of the housing; and a coupling protruder formed at the fixation unit to be press-fitted to a coupling slot formed at the mounting plate, wherein the first support unit (610, 650) and the second support unit (620, 660) are respectively supported to both lateral surfaces of an external member of the bearing. a pocket unit into which the bearing is inserted; a first support unit (610, 650) formed at a distal end of the pocket unit to support a lateral surface of the bearing; a second support unit (620, 660) formed at the other distal end of the pocket unit to support the other lateral surface of the bearing; a fixation unit extended from the other distal end of the pocket unit to the external direction to be fixed at the lateral surface of the housing; and a coupling protruder formed at the fixation unit to be press-fitted to a coupling slot formed at the mounting plate, wherein the first support unit (610, 650) and the second support unit (620, 660) are respectively supported to both lateral surfaces of an external member of the bearing.
A system comprising a seat belt device, a vehicle seat and a pillar, further comprising a webbing having a tongue (18d1) and extending from a webbing feed port made in the pillar, when the tongue (18d1) is inserted into a buckle (18e1) provided on one side of a seat cushion, the upper half of the webbing used as a shoulder webbing (18c1) is wrapped slantwise around the shoulder of the occupant sitting on the vehicle seat, and the lower half of the webbing used as a lap webbing is wrapped around the hips of the occupant, thereby holding the occupant to the vehicle seat, further comprising a hole provided by cutting the seatback at an upper-front part, and a striker being shaped like a cantilever, characterized in that the striker is extending in the left-right direction in the hole, having a free end at an inner end, and being able to engage with the shoulder webbing (18c1), the free end is pushed, a part of the shoulder webbing (18c1) is passed through a gap between the free end and an inner side of the hole, inserted and guided through the striker, when a force is released from the free end of the striker, the striker returns to an initial position, because of its resilient force, and the shoulder webbing (18c1) is bent back, forming a bent part at the intermediated part and is substantially U-shaped, is engaged with the striker and then wrapped slantwise around the shoulder of the occupant.
An intravascular ultrasound (IVUS) device, comprising: a catheter body; an ultrasound assembly coupled to a distal portion of the catheter body; and a four-wire interconnection with four conductors (314, 316, 318, 320) extending along a length of the catheter body, wherein the four conductors (314, 316, 318, 320) are electrically coupled to electrical contacts (304, 306, 308, 310) of the ultrasound assembly; and characterized in that each of the four conductors (314, 316, 318, 320) includes a primary section (314a, 316a, 318a, 320a) and a distal section (314b, 316b, 318b, 320b), wherein the primary sections (314a, 316a, 318a, 320a) have a cylindrical profile and the distal sections (314b, 316b, 318a, 320b) have a flattened profile. a catheter body; an ultrasound assembly coupled to a distal portion of the catheter body; and a four-wire interconnection with four conductors (314, 316, 318, 320) extending along a length of the catheter body, wherein the four conductors (314, 316, 318, 320) are electrically coupled to electrical contacts (304, 306, 308, 310) of the ultrasound assembly; and characterized in that each of the four conductors (314, 316, 318, 320) includes a primary section (314a, 316a, 318a, 320a) and a distal section (314b, 316b, 318b, 320b), wherein the primary sections (314a, 316a, 318a, 320a) have a cylindrical profile and the distal sections (314b, 316b, 318a, 320b) have a flattened profile.
A method of detecting urinary podocytes, comprising the following steps of: preparing an insoluble carrier-bound antibody that recognizes a protein specifically expressed on a podocyte surface; bringing a urine sample of a test subject into contact with the insoluble carrier-bound antibody; and observing the urine sample brought into contact with the insoluble carrier-bound antibody with a light microscope to count podocytes; wherein the antibody that recognizes the protein specifically expressed on the podocyte surface comprises an anti-podocalyxin antibody, and wherein the insoluble carrier comprises a polystyrene latex particle having an average diameter of 0.4μm or more and 1.5μm or less. preparing an insoluble carrier-bound antibody that recognizes a protein specifically expressed on a podocyte surface; bringing a urine sample of a test subject into contact with the insoluble carrier-bound antibody; and observing the urine sample brought into contact with the insoluble carrier-bound antibody with a light microscope to count podocytes;
L-n-butylphthalide represented in formula below for use in the amelioration of impaired short-term memory and spatial memory in the treatment of Alzheimer's disease: wherein the L-n-butylphthalide has an optical purity of greater 98 %.