mhurhangee/ep-ind-claims huggingface dataset:
An air outlet nozzle with an air channel, an outlet body and a swirl body (4, 4a, 4b), wherein the swirl body (4, 4a, 4b) comprises at least two rotatable annular discs and is arranged within the outlet body and wherein the outlet body is at least partially disposed within the air channel, wherein the orientation of the outlet body to the air channel is variable by an angle which is horizontal to the central axis of the air channel and/or vertical to the central axis of the air channel, characterised in that the outlet body is moveable along the air flow direction in the air channel relative to the air channel and wherein the swirl body (4, 4a, 4b) is moveable by a relative movement of the outlet body to the air channel and wherein the annular discs of the swirl body (4, 4a, 4b) are rotationally moveable by a linear movement of the outlet body inside and relative to the air channel.
A multi-specific antibody molecule comprising or consisting of: a) a polypeptide chain of formula: V H -CH 1 -X-V 1; and b) a polypeptide chain of formula: V L -C L -Y-V 2; wherein: V H represents a heavy chain variable domain; CH 1 represents a domain of a heavy chain constant region, for example domain 1 thereof; X represents a bond or linker; Y represents a bond or linker; V 1 represents a dsFv or a dsscFv; V L represents a light chain variable domain; C L represents a domain from a light chain constant region, such as Ckappa; V 2 represents a dsFv or a dsscFv. a) a polypeptide chain of formula: V H -CH 1 -X-V 1; and b) a polypeptide chain of formula: V L -C L -Y-V 2; wherein: V H represents a heavy chain variable domain; CH 1 represents a domain of a heavy chain constant region, for example domain 1 thereof; X represents a bond or linker; Y represents a bond or linker; V 1 represents a dsFv or a dsscFv; V L represents a light chain variable domain; C L represents a domain from a light chain constant region, such as Ckappa; V 2 represents a dsFv or a dsscFv. V H represents a heavy chain variable domain; CH 1 represents a domain of a heavy chain constant region, for example domain 1 thereof; X represents a bond or linker; Y represents a bond or linker; V 1 represents a dsFv or a dsscFv; V L represents a light chain variable domain; C L represents a domain from a light chain constant region, such as Ckappa; V 2 represents a dsFv or a dsscFv.
Surface cleaner with suction and simplified operation which can be moved over a floor-side cleaning surface by hand with the aid of a push bar, and which consists of a pot-like housing open at the bottom against a cleaning surface in which at least one rotor arm with spray nozzles attaching thereto is driven rotatably under the action of a high-pressure medium, wherein a hand-actuated valve device (1, 3, 25, 26) is present which supplies the high-pressure medium alternatively to the one or several rotor arms and/or the suction device, characterised in that for two-handed operation, the hand-actuated valve device consists of two actuation handles (1, 3) arranged to be spatially separated from one another and having hand-actuatable actuation levers (25, 26) which are arranged at the two ends of the push bar of the surface cleaner.
Case for covering the bristles of a paint brush where the bristles are fixed at a handle of the paint brush by a ferrule, the case having a bottom (2, 11b, 12b) an outer circumference of which corresponds to the circumferential edge of the ferrule and a sidewall (3, 11a, 12a) upstanding from the bottom (2, 11b, 12b), wherein the case comprises a first case section and a second case section, the first and the second case sections being connected by an hinge, wherein the first case section comprises a first bottom section being connected with a first sidewall section, and the second case section comprises a second sidewall section, and the first and the second sidewall sections each being formed with a U-shaped curvature corresponding to a further U-shaped curvature of the ferrule, wherein at an inner surface of the sidewall (3, 11a, 12a) there are provided sealing means, wherein the ferrule has at its outer surface at least one circumferential groove, and wherein the sealing means comprise at least one rib corresponding to the groove so that the rib can be brought in engagement with the groove, wherein at an outside of the first sidewall section there is provided a first lock element, and at an outside of the second sidewall section there is provided a second lock element, the first and the second lock elements being embodied such that the first and the second case sections may be interlocked with each other, characterized in that an upper circumferential end section of the sidewall (3, 11 a, 12a) corresponds to the form of the ferrule and encompasses the ferrule when the rib engages the groove, and in that in the interlocked stage the first and the second sidewall sections circumvent the ferrule and the rib provided at the inner surface of the first and the second sidewall sections are pressed into the groove provided at the ferrule such that the case (1, 11, 11a, 11b, 12, 12a) essentially covers the bristles in an airtight manner.
A subframe configuration method for a time division duplex, TDD, communication system, and comprising: sending, by a network device, a subframe configuration message to at least two terminal devices, which comprises sending a system message, wherein the subframe configuration message carries a first subframe type of a first part of subframes in a target frame, indicating the first subframe type of the first part of subframes for the at least two terminal devices, wherein the subframe configuration message is a cell level message; sending, by the network device, downlink control information to a first terminal device of the at least two terminal devices, wherein the downlink control information is terminal device level information, the downlink control information carries a second subframe type of a second part of subframes in the target frame, indicating the second subframe type of a second part of subframes for the first terminal device; wherein according to a configuration mode the first subframe type comprises at least one of uplink or downlink, or special. sending, by a network device, a subframe configuration message to at least two terminal devices, which comprises sending a system message, wherein the subframe configuration message carries a first subframe type of a first part of subframes in a target frame, indicating the first subframe type of the first part of subframes for the at least two terminal devices, wherein the subframe configuration message is a cell level message; sending, by the network device, downlink control information to a first terminal device of the at least two terminal devices, wherein the downlink control information is terminal device level information, the downlink control information carries a second subframe type of a second part of subframes in the target frame, indicating the second subframe type of a second part of subframes for the first terminal device; wherein according to a configuration mode the first subframe type comprises at least one of uplink or downlink, or special.
A method (80, 120) for determining the sequence to be applied during an ablation of a cornea of an eye to impose a defect-correcting prescription on the eye, the method comprising: providing the defect-correcting prescription (92, 132), the prescription comprising a high-order optical correction; determining an ablation profile to impose the prescription on the cornea (98, 138), the ablation profile comprising a first-segment profile and a second-segment profile, the second-segment profile corresponding to at least one high-order optical correction (94, 134); creating a sequence of segment wavefront elevation maps corresponding to the defect-correcting prescription (96, 136); comparing the defect-correcting prescription and the segment wavefront elevation maps to check that an ablation shape corresponding to a segment wavefront elevation map does not exceed the shape of an ablation remaining to be accomplished following that segment; and determining a sequence of laser-energy ablations which will be applied to impose the ablation profile on the cornea (106, 146), wherein the determined sequence comprises ablations corresponding to the first-segment profile to be applied and ablations corresponding to the second-segment profile to be applied after the ablations corresponding to the first-segment profile. providing the defect-correcting prescription (92, 132), the prescription comprising a high-order optical correction; determining an ablation profile to impose the prescription on the cornea (98, 138), the ablation profile comprising a first-segment profile and a second-segment profile, the second-segment profile corresponding to at least one high-order optical correction (94, 134); creating a sequence of segment wavefront elevation maps corresponding to the defect-correcting prescription (96, 136); comparing the defect-correcting prescription and the segment wavefront elevation maps to check that an ablation shape corresponding to a segment wavefront elevation map does not exceed the shape of an ablation remaining to be accomplished following that segment; and determining a sequence of laser-energy ablations which will be applied to impose the ablation profile on the cornea (106, 146), wherein the determined sequence comprises ablations corresponding to the first-segment profile to be applied and ablations corresponding to the second-segment profile to be applied after the ablations corresponding to the first-segment profile.
A refrigerator comprising: a main body having a storage compartment; and a door configured to open or close the storage compartment, wherein the door includes: a door cap (80, 90) coupled to at least one of an upper portion and a lower portion of the door; a display unit provided at a front surface of the door; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion (81, 91) of the door cap (80, 90), characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door, wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion (81, 91), and the coupling portion and the insertion portion (81, 91) extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein. a main body having a storage compartment; and a door configured to open or close the storage compartment, wherein the door includes: a door cap (80, 90) coupled to at least one of an upper portion and a lower portion of the door; a display unit provided at a front surface of the door; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion (81, 91) of the door cap (80, 90), characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door, wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion (81, 91), and the coupling portion and the insertion portion (81, 91) extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein. a door cap (80, 90) coupled to at least one of an upper portion and a lower portion of the door; a display unit provided at a front surface of the door; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion (81, 91) of the door cap (80, 90), characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door, wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion (81, 91), and the coupling portion and the insertion portion (81, 91) extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein.
Showcase having at least a vertical side wall (204; 304), with an inner face (216; 316) and an outer face (218; 318), and at least a horizontal upper wall (205; 305), with a lower face (217; 317) and an upper face (219; 319), wherein the side (204; 304) and upper walls (205; 305) are both made of a transparent material and are fixedly fastened to one another at respective edges (220, 221; 320, 321) thereof, wherein the edges (220, 221; 320, 321) of the side (204; 304) and upper walls (205; 305) are shaped so as to comprise respective contact bands (222, 223; 322, 323) facing one another and glued to one another, wherein the contact bands comprise two horizontal contact bands (222, 223; 322, 323), one (222; 322) on the edge (220; 320) of the side wall (204; 304) the other on the edge (221; 321) of the upper wall (205; 305), and extending between an inner bound (224; 324) and an outer bound (226; 326), wherein the outer bound (226; 326) is internal with respect to the outer face (218; 318) of the side wall (204; 304), characterized in that the contact bands further comprise two oblique contact bands (242, 243; 342, 343), tilted of a predetermined angle with respect to a horizontal plane, one (242; 342) on the edge (220; 320) of the side wall (204, 304) the other on the edge (221; 321) of the upper wall (205; 305), and extending between an inner bound (244; 344) and an outer bound (246; 346), wherein the outer bound (246; 346) of the oblique contact bands (242, 243; 342, 343) is located at a corner of the showcase (201; 301), between the upper face (219; 319) of the upper wall (205; 305) and the outer face (218; 318) of the side wall (204; 304).
A method of detecting the presence or absence of a target nucleic acid sequence in a sample comprising: a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside polyphosphate having a structure of: where B = purine or pyrimidine base or an analog, L= linker or nothing, Z= label or nothing, R= OH or O -, R 1 and R 2 = H or OH, n =1-7, X= O, S, or NH, Y= an organic moiety that can be removed chemically or enzymatically and wherein Y is selected from the group consisting of HO-CH 2 -CH 2 -S-S-CH 2 -CH 2 -, CH 3 C -S-CH 2 -CH 2 -, and CH 3 CH 2 C OCH 2 -. a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside polyphosphate having a structure of: where B = purine or pyrimidine base or an analog, L= linker or nothing, Z= label or nothing, R= OH or O -, R 1 and R 2 = H or OH, n =1-7, X= O, S, or NH, Y= an organic moiety that can be removed chemically or enzymatically and wherein Y is selected from the group consisting of HO-CH 2 -CH 2 -S-S-CH 2 -CH 2 -, CH 3 C -S-CH 2 -CH 2 -, and CH 3 CH 2 C OCH 2 -.
Transport device, particularly for the transport of cooling blocks in a caterpillar casting machine, wherein the transport device comprises: a guide rail which forms an endless circulation track for a caterpillar casting machine and a support element with a plurality of rollers, by means of which the support element is guided at the guide rail and rolls thereon, wherein a cooling block of a caterpillar casting machine can be mounted on the support element, characterised in that the guide rail has a first guide surface (16.1) and a second guide surface (16.2), wherein the guide surfaces (16.1, 16.2) are provided at mutually opposite sides of the guide rail and the support element comprises at least three rollers (20.1, 20.2, 20.3), of which two rollers (20.1, 20.2) are in rolling contact with the first guide surface (16.1) of the guide rail and at least one further roller (20.3) is in rolling contact with the second guide surface (16.2) of the guide rail, wherein at least one roller (20.1; 20.2; 20.3) is acted on by a bias in the direction of the guide rail. a guide rail which forms an endless circulation track for a caterpillar casting machine and a support element with a plurality of rollers, by means of which the support element is guided at the guide rail and rolls thereon, wherein a cooling block of a caterpillar casting machine can be mounted on the support element, characterised in that the guide rail has a first guide surface (16.1) and a second guide surface (16.2), wherein the guide surfaces (16.1, 16.2) are provided at mutually opposite sides of the guide rail and the support element comprises at least three rollers (20.1, 20.2, 20.3), of which two rollers (20.1, 20.2) are in rolling contact with the first guide surface (16.1) of the guide rail and at least one further roller (20.3) is in rolling contact with the second guide surface (16.2) of the guide rail, wherein at least one roller (20.1; 20.2; 20.3) is acted on by a bias in the direction of the guide rail.
A roll-screen device to be provided at a window section formed in a roof of a vehicle, comprising: a winding roller; a light-shielding sheet configured to open the window section in a rolled-up state in which the light-shielding sheet is rolled up on the winding roller and to shield the window section from light in an unrolled state in which the light-shielding sheet is unrolled from the rolled-up state; guide rails provided on both sides of the light-shielding sheet in a vehicle width direction and configured to guide the light-shielding sheet when the light-shielding sheet transitions between the rolled-up state and the unrolled state; and guide sections configured to allow entrance of side edges at both sides of the light-shielding sheet, which is unrolled from the winding roller, in the vehicle width direction into the guide rails through entrance ports provided at end faces of the guide rails, the roll-screen device being characterised in that the light-shielding sheet includes a sheet body, and engagement belts provided at and along side edges at both sides of the sheet body in the vehicle width direction, the sheet body and the engagement belts are rolled up on the winding roller such that the sheet body and the engagement belts overlap each other, the guide rails include engagement wall sections located at a vehicle widthwise inner side of the engagement belts and configured to engage with the engagement belts to prevent the light-shielding sheet from falling out of the guide rails, and the guide sections include guide pieces each configured to put distance between the engagement belt and the sheet body before the light-shielding sheet enters the guide rails.
A cooling apparatus assembly for mounting a semiconductor disc laser the cooling apparatus assembly comprising: a crystalline heat spreader having opposed first and second sides, the first side of the crystalline heat spreader being optically contacted to the SDL; a heatsink comprising a recess located on a first surface thereof; a mechanically pliable filler material located within the recess; characterised in that a sealing plate is fastened to the heatsink to contact the second surface of the crystalline heat spreader and submerge the SDL within the mechanically pliable filler material resulting in the second side of the crystalline heat spreader lying flush with the first surface and the volume of the recess not occupied by the SDL or the crystalline heat spreader being occupied by the mechanically pliable filler material thereby hermetically sealing the SDL within the recess. a crystalline heat spreader having opposed first and second sides, the first side of the crystalline heat spreader being optically contacted to the SDL; a heatsink comprising a recess located on a first surface thereof; a mechanically pliable filler material located within the recess; characterised in that a sealing plate is fastened to the heatsink to contact the second surface of the crystalline heat spreader and submerge the SDL within the mechanically pliable filler material resulting in the second side of the crystalline heat spreader lying flush with the first surface and the volume of the recess not occupied by the SDL or the crystalline heat spreader being occupied by the mechanically pliable filler material thereby hermetically sealing the SDL within the recess.
A light emitting device comprising: a member having a first surface facing in one direction and a second surface facing an opposite side to the first surface; a light emitter that is disposed at the first surface, generates heat due to light emission; and a heater that is disposed at the second surface of the member, and heats the member from the second surface, wherein the light emitter is mounted on the first surface, the light emitting device being characterized in that the light emitter has a lower stiffness than the member, and that the light emitter is away from the first surface, and mounted over the first surface with a connector interposed between the light emitter and the first surface. a member having a first surface facing in one direction and a second surface facing an opposite side to the first surface; a light emitter that is disposed at the first surface, generates heat due to light emission; and a heater that is disposed at the second surface of the member, and heats the member from the second surface, wherein the light emitter is mounted on the first surface, the light emitting device being characterized in that the light emitter has a lower stiffness than the member, and that the light emitter is away from the first surface, and mounted over the first surface with a connector interposed between the light emitter and the first surface.