mhurhangee/ep-ind-claims huggingface dataset:
Positional energy store, comprising a hydraulic cylinder in which a piston is arranged for the storage of energy in the form of potential energy of the piston, wherein the position of the piston relative to the surface of the earth is variable, also comprising a pump by which a hydraulic fluid can be pumped via lines into the hydraulic cylinder so that the piston is raised, and a generator by which flow energy of the hydraulic fluid displaced from the hydraulic cylinder during the lowering of the piston is converted into electricity, wherein a seal (400, 500, 600, 700, 701, 800, 900, 1000) or seal arrangement (1200, 1300, 1400, 1500) is arranged at least partially between the hydraulic cylinder and the piston, characterised in that the seal (400, 500, 600, 700, 701, 800, 900, 1000) or seal arrangement (1200, 1300, 1400, 1500) has at least one sealing section (608, 708, 709, 901, 1001, 1222, 1223, 1322, 1323, 1422, 1423, 1622, 1523) with a flexible carrier structure for accommodating the acting forces, the carrier structure being coated on one or both sides with a fluid-tight layer for sealing against the passage of fluid or being impregnated with a solidified fluid-tight material.
A reduced-pressure interface for connecting a reduced-pressure source to a manifold pad to treat a tissue site on a patient with reduced pressure, the reduced-pressure interface comprising: a conduit housing having a cavity, where the cavity is divided by a dividing wall into a first cavity and a second cavity; a reduced-pressure port within the first cavity; a pressure-detection port within the second cavity; a flange connected to the conduit housing, the flange having a manifold-contacting surface; and at least one channel disposed in the manifold-contacting surface of the flange to transmit reduced pressure from the first cavity to the second cavity. a conduit housing having a cavity, where the cavity is divided by a dividing wall into a first cavity and a second cavity; a reduced-pressure port within the first cavity; a pressure-detection port within the second cavity; a flange connected to the conduit housing, the flange having a manifold-contacting surface; and at least one channel disposed in the manifold-contacting surface of the flange to transmit reduced pressure from the first cavity to the second cavity.
A bone cutting device (100; 200; 300; 400; 500) extending from a proximal end (102; 202; 302; 402; 502) to a distal end (108; 206; 306; 406; 506) and having a sharpened cutting surface (110; 210; 312; 406; 506) adjacent the distal end (108; 206; 306; 406; 506), the cutting surface (110; 210; 312; 406; 506) being dimensioned to permit cutting of bone, the bone cutting device being formed of a ferrite free implant grade material, characterized in that the ferrite free implant grade material is one of implant quality austenitic stainless steel and cobalt alloys such as CCM (Co-28Cr-6Mo Alloy), MP35N, L605, ASTM-F-1058 and Elgiloy, wherein an outer surface of the bone cutting device (100 - 500) is one of carburized and nitrided.
A device for grouping piece goods, which are being conveyed in an essentially closed conveyor stream along a transport route by means of a transport device, said device having divider elements, which are movable and which insert into the conveyor stream transversal to the direction of transport for the purpose of forming gaps between consecutive piece goods being transported, wherein the divider elements are respectively formed by divider fingers, which are insertable into and bringable out of the conveyor stream approximately perpendicularly and along their longitudinal extension directions, wherein individual or a plurality of divider elements are assigned to respectively separate divider apparatuses, which circulate via gearless direct drives along a closed movement path running at least section-wise in parallel to the transport route, wherein the feed motions and/or feed speeds of the individual divider apparatuses with the divider elements respectively assigned to them are variably and/or individually controllable along the movement path, wherein the movement paths of the divider apparatuses are respectively provided with magnetic or electromagnetic drives, characterised in that each divider apparatus is assigned at least two drive elements (46, 48), respectively, which drive elements (46, 48) are movable together along the movement path, wherein the at least two drive elements (46, 48) of each divider apparatus are individually changeable in their distance in relation to each other, and wherein the vertical stroke of the divider fingers is flexibly controllable by the distances of the respective drive pairs being controlled with their magnetic drives.
A fixing belt substrate for an image forming apparatus (10BK, 10C, 10M, 10Y), the fixing belt substrate prepared by an electroforming process, the fixing belt substrate comprising: nickel of prescribed weight percent; sulfur of from 0.003 weight percent or more to 0.02 weight percent or less; and carbon of from 0.012 weight percent or more to 0.03 weight percent or less, characterized in that the fixing belt substrate further comprises: phosphorus of from 0.4 weight percent or more to 0.7 weight percent or less. nickel of prescribed weight percent; sulfur of from 0.003 weight percent or more to 0.02 weight percent or less; and carbon of from 0.012 weight percent or more to 0.03 weight percent or less, characterized in that the fixing belt substrate further comprises: phosphorus of from 0.4 weight percent or more to 0.7 weight percent or less.
A chain guide comprising: a guide base configured to be arranged along a portion of an outer periphery of a chain for transmitting torque and elongated in a direction in which the chain travels; a plurality of roller shafts attached to the guide base so as to be spaced apart from each other along the direction in which the chain travels; and rollers rotatably supported by the respective roller shafts, wherein the guide base is pivotable about a first end of the guide base, and is configured to be pressed at a second end of the guide base by a chain tensioner, characterized in that a distance between centers of each adjacent pair of the rollers is set to be shorter than the distance between the centers of any adjacent pair of the rollers that are located farther from the second end than are said each adjacent pair of the rollers. a guide base configured to be arranged along a portion of an outer periphery of a chain for transmitting torque and elongated in a direction in which the chain travels; a plurality of roller shafts attached to the guide base so as to be spaced apart from each other along the direction in which the chain travels; and rollers rotatably supported by the respective roller shafts, wherein the guide base is pivotable about a first end of the guide base, and is configured to be pressed at a second end of the guide base by a chain tensioner, characterized in that a distance between centers of each adjacent pair of the rollers is set to be shorter than the distance between the centers of any adjacent pair of the rollers that are located farther from the second end than are said each adjacent pair of the rollers.
A dyeing machine, which includes a storage trough connected with the exit of a conveyance tube, characterized in that: the mentioned storage trough is tiled down to the floor and includes three sections (5; 6; 7), a first section having a smooth surface which is a curved impermeable plate and is of low friction relative to the friction of a relatively high friction second section; the following second section is a sieve which is liquid permeable and a final third section is a row of low friction polytetrafluoroethylene coated plates, wherein, in use, a fabric travels along said conveyance tube to the first section and enters the storage trough, and a dyeing solution ejecting from a nozzle propels the fabric to the first section of the storage trough.
Support device to support a garment, the support device comprising a hanger-shaped body on which a garment comprising sleeves can be arranged, the body comprising at least one foldable part (9, 10) capable of occupying an unfolded position in which the body supports the garment with the sleeves deployed towards the outside of the garment and a folded position in which the body supports the garment with the sleeves folded towards one another, the hanger comprising a first foldable part arranged at a first end of the body and a second foldable part arranged at a second end of the body, the body comprising a main body part, a first shoulder support which is configured to support a first shoulder part of the garment and a second shoulder support which is configured to support a second part shoulder of the garment, the first part being pivotally mounted on the first shoulder support about a first pivot axis and the second part being pivotally mounted on the second shoulder support about a second axis pivot, characterized in that the first pivot axis is inclined from bottom to top and from outside to inside by a first angle of inclination comprised between 5° and 15° with respect to a vertical direction, and the second pivot axis is inclined from bottom to top and from outside to inside by a second angle of inclination comprised between 5° and 15° with respect to a vertical direction.
A method for improving the production of a recombinant acid β-Glucosidase protein, which method comprises contacting a host cell in vitro with isofagomine, wherein the host cell expresses the recombinant protein; and purifying the acid β-Glucosidase from cell culture media following secretion by the host cell, wherein the isofagomine stabilizes the acid β-Glucosidase protein during purification. contacting a host cell in vitro with isofagomine, wherein the host cell expresses the recombinant protein; and purifying the acid β-Glucosidase from cell culture media following secretion by the host cell, wherein the isofagomine stabilizes the acid β-Glucosidase protein during purification.
Copolymer resulting from the polymerization of: (i) 70% to 95% by weight, of the total weight of the monomers, of isobornyl (meth)acrylate; (ii) 1% to 30% by weight of vinylphosphonic acid monomer of formula: in which: R1 denotes H or -CH 3; X denotes a covalent bond and n denotes an integer ranging from 0 to 14; or X denotes a -COO- group and n denotes an integer ranging from 2 to 6; (iii) 0 to 20% by weight of an additional monomer which is different from the monomers of isobornyl (meth)acrylate and of vinylphosphonic acid. (i) 70% to 95% by weight, of the total weight of the monomers, of isobornyl (meth)acrylate; (ii) 1% to 30% by weight of vinylphosphonic acid monomer of formula: in which: R1 denotes H or -CH 3; X denotes a covalent bond and n denotes an integer ranging from 0 to 14; or X denotes a -COO- group and n denotes an integer ranging from 2 to 6; R1 denotes H or -CH 3; X denotes a covalent bond and n denotes an integer ranging from 0 to 14; or X denotes a -COO- group and n denotes an integer ranging from 2 to 6; (iii) 0 to 20% by weight of an additional monomer which is different from the monomers of isobornyl (meth)acrylate and of vinylphosphonic acid.
A diffractive pigment blend comprising: a plurality of groups of all-dielectric diffractive pigment flakes (100, 800), wherein the all-dielectric diffractive pigment flakes (100, 800) of each group each include one or more dielectric layers (110, 120, 810, 820, 821) for providing a background color, and wherein at least one of the one or more dielectric layers (110, 120, 810, 820, 821) includes a diffractive structure (130, 830) for providing a diffractive effect; wherein each group of all-dielectric diffractive pigment flakes (100, 800) provides a different diffractive effect; and wherein the diffractive pigment blend provides a combined diffractive effect that is a combination of the different diffractive effects provided by the groups of all-dielectric diffractive pigment flakes (100, 800). a plurality of groups of all-dielectric diffractive pigment flakes (100, 800), wherein the all-dielectric diffractive pigment flakes (100, 800) of each group each include one or more dielectric layers (110, 120, 810, 820, 821) for providing a background color, and wherein at least one of the one or more dielectric layers (110, 120, 810, 820, 821) includes a diffractive structure (130, 830) for providing a diffractive effect; wherein each group of all-dielectric diffractive pigment flakes (100, 800) provides a different diffractive effect; and wherein the diffractive pigment blend provides a combined diffractive effect that is a combination of the different diffractive effects provided by the groups of all-dielectric diffractive pigment flakes (100, 800).
A method of decoding video data, the method comprising: determining a chroma sampling format for the video data; in response to the chroma sampling format being 4:4:4, receiving in a picture parameter set, PPS, a syntax element indicating whether adaptive color transform is enabled for pictures of the video data that refer to the PPS; in response to adaptive color transform being enabled, receiving, in the PPS, one or more PPS-level offset values; in response to adaptive color transform being enabled, receiving, in a slice header of a slice that refers to the PPS, one or more slice-level offset values; determining a quantization parameter for one or more blocks of the slice based on the one or more PPS-level offset values and the one or more slice-level offset values; and dequantizing transform coefficients based on the determined quantization parameter. determining a chroma sampling format for the video data; in response to the chroma sampling format being 4:4:4, receiving in a picture parameter set, PPS, a syntax element indicating whether adaptive color transform is enabled for pictures of the video data that refer to the PPS; in response to adaptive color transform being enabled, receiving, in the PPS, one or more PPS-level offset values; in response to adaptive color transform being enabled, receiving, in a slice header of a slice that refers to the PPS, one or more slice-level offset values; determining a quantization parameter for one or more blocks of the slice based on the one or more PPS-level offset values and the one or more slice-level offset values; and dequantizing transform coefficients based on the determined quantization parameter.
A lifting machine comprising a work platform, a lifting mechanism for raising said work platform, and a control console for controlling at least the lifting mechanism, said work platform comprising a floor and a guard rail forming the longitudinal and transverse walls of an enclosure surrounding at least a part of said floor, said guard rail comprising at least one top rail, called hand rail, of non-circular section, this top rail having a top face and a bottom face and the control console comprising a fixing device to allow the control console to be removably coupled to the top rail, characterized in that the control console can be coupled to the top rail by snap-fitting, in that the fixing device of the control console comprises, for the control console to be coupled to the top rail by snap-fitting, one or more fixing members that are at least partially elastically deformable and in that the control console has at least one so-called bearing surface, that is able to come into bearing contact with the top rail when the control console is coupled to the top rail, at least a part of the bearing surface and at least a part of the or of at least one of the fixing members defining between them a housing for the top rail having a passage for insertion of the top rail into said housing, this passage being configured to, by elastic deformation of at least a part of the or of at least one of the fixing members, widen upon the introduction of the top rail into said housing before closing up again beyond a predetermined position of introduction of the top rail into said housing.
A hook terminal secured at a main body to grip a cable of several strands, the hook terminal comprising: a hook unit formed at an upper side with an opening capable of inserting at least two cables, where the other end of the opening is formed with a fixing groove in which inserted cables are accommodated; a fixing unit integrally formed at a bottom side of the hook unit to be fixed at a main body when the main body is formed by injection molding; a disengagement prevention unit formed at a vicinity of the opening formed at the upper side of the hook unit to prevent the cable from being disengaged; and a plurality of pressure lugs formed at an inner surface of a fixing groove of the hook unit to prevent the cable from moving to an axial direction by applying pressure to an external surface of the cable, whereby the hook unit includes first and second support pads (24, 26), each pad facing the other pad, and an insertion groove interposed between the first and second support pads (24, 26) to allow two or more cables to be inserted thereinto, an upper end of an inner surface faced by the first and second support pads (24, 26) is formed with inclined surfaces, each surface being symmetrically formed, characterized in that the first and second support pads (24, 26) are thermally deformed in a direction in which the first and second support pads (24, 26) are closer to each other after the cable is inserted into the insertion groove.
An energy storage apparatus configured to store electricity in a thermal form comprising: - a containment body defining a storage space and having at least one inlet for a heat carrier fluid and at least one outlet for said fluid; - at least one electrical resistor positioned in the storage space; - at least one pair of electrodes (104a, 104b) positioned at the ends of said at least one electrical resistor and designed to be connected to an electricity supply network; - a plurality of storage granules positioned for at least partly filling the storage space and defining a thermal storage mass configured to receive thermal energy from said at least one electrical resistor and to release said thermal energy to a heat carrier fluid flowing from said inlet to said outlet; characterised in that said at least one electrical resistor is at least partly made in a substantially granular form and wherein at least some granules of the electrical resistor are made with a doped semiconductor and/or with an intermetallic compound; wherein at least 50% by weight of the granular material of the electrical resistor consists of silicon carbide granules having a doping greater than 0.5% and a diameter of between 0.5 mm and 50 mm. - a containment body defining a storage space and having at least one inlet for a heat carrier fluid and at least one outlet for said fluid; - at least one electrical resistor positioned in the storage space; - at least one pair of electrodes (104a, 104b) positioned at the ends of said at least one electrical resistor and designed to be connected to an electricity supply network; - a plurality of storage granules positioned for at least partly filling the storage space and defining a thermal storage mass configured to receive thermal energy from said at least one electrical resistor and to release said thermal energy to a heat carrier fluid flowing from said inlet to said outlet; said at least one electrical resistor is at least partly made in a substantially granular form and wherein at least some granules of the electrical resistor are made with a doped semiconductor and/or with an intermetallic compound; wherein at least 50% by weight of the granular material of the electrical resistor consists of silicon carbide granules having a doping greater than 0.5% and a diameter of between 0.5 mm and 50 mm.
A method for use in a wireless transmit/receive unit, WTRU,, the method comprising: sending an attach request message to a new core network, wherein the attach request message includes an international mobile subscriber identity, IMSI, as an identifier of the WTRU, and an attach type; receiving an attach accept message from the new core network, wherein the attach accept message is received after the attach request message is sent and includes Quality of Service, QoS, information, Access Point Name, APN, information, and an Internet Protocol, IP, address for the WTRU; and transmitting an attach complete message to the new core network in response to the attach accept message. sending an attach request message to a new core network, wherein the attach request message includes an international mobile subscriber identity, IMSI, as an identifier of the WTRU, and an attach type; receiving an attach accept message from the new core network, wherein the attach accept message is received after the attach request message is sent and includes Quality of Service, QoS, information, Access Point Name, APN, information, and an Internet Protocol, IP, address for the WTRU; and transmitting an attach complete message to the new core network in response to the attach accept message.
Method for operating a motor vehicle comprising at least one electric motor which is connected to at least one rechargeable electrical energy storage unit for storing electrical energy, wherein the charging operation of the energy storage unit takes place such that a charge-state limit which lies below the maximum charge state of the energy storage unit is not exceeded, wherein, upon activation of at least one vehicle drive system, which is designed to automatically perform maximum acceleration of the motor vehicle from standstill, the charging operation of the energy storage unit before the acceleration of the motor vehicle takes place in such a way that the energy storage unit is charged to a further charge-state limit which lies above the first charge-state limit, characterised in that the amount of energy required to charge the at least one energy storage unit to the further charge-state limit is produced by the at least one electric motor which is operated as a generator and is driven by at least one additional electric motor provided on the vehicle side, and/or is provided by at least one additional energy storage unit, in particular a double layer capacitor, and/or wherein at least one additional rechargeable energy storage unit is connected in series.
A transport refrigeration system for refrigerating a perishable cargo within a cargo space of a mobile refrigerated unit, comprising: a refrigeration unit having a refrigerant compressor; an engine coupled to a drive shaft for driving the refrigerant compressor and operable to generate an available shaft horsepower output; an auxiliary power apparatus operatively associated with the drive shaft for driving the refrigerant compressor and selectively operable to augment the available shaft horsepower output of said engine; characterized in that said auxiliary power apparatus comprises a compressed air engine. a refrigeration unit having a refrigerant compressor; an engine coupled to a drive shaft for driving the refrigerant compressor and operable to generate an available shaft horsepower output; an auxiliary power apparatus operatively associated with the drive shaft for driving the refrigerant compressor and selectively operable to augment the available shaft horsepower output of said engine; characterized in that said auxiliary power apparatus comprises a compressed air engine.