mhurhangee/ep-ind-claims huggingface dataset:
A non-pneumatic tire for a vehicle, comprising: a tread configured to come into contact with a road surface; a rim part connected to an axle of a vehicle; inside and outside annular bands disposed between the tread and the rim part, and coaxially spaced apart from each other; a spoke member comprising: supports (21,22) disposed in a predetermined pattern, and configured to connect the inside and outside annular bands; and openings defined by the supports (21,22); and a pair of protective films (7,7') disposed at both ends of the tire in a widthwise direction of the tire, and configured to prevent foreign substances from infiltrating into the openings of the spoke member; wherein the protective films (7,7') are made of a same material as the spoke member and integrated with the spoke member; and wherein the protective films (7,7') are disposed at both ends of the inside and outside annular bands inside the spoke member in the widthwise direction of the tire, or at both ends of the inside and outside annular bands outside the spoke member in the widthwise direction of the tire, characterised in that the spoke member comprises: an outside semicircular support configured to come into contact with the outside annular band; and an inside semicircular support configured to come into contact with the inside annular band and cross the outside semicircular support on an inside thereof. a tread configured to come into contact with a road surface; a rim part connected to an axle of a vehicle; inside and outside annular bands disposed between the tread and the rim part, and coaxially spaced apart from each other; a spoke member comprising: supports (21,22) disposed in a predetermined pattern, and configured to connect the inside and outside annular bands; and openings defined by the supports (21,22); and supports (21,22) disposed in a predetermined pattern, and configured to connect the inside and outside annular bands; and openings defined by the supports (21,22); and a pair of protective films (7,7') disposed at both ends of the tire in a widthwise direction of the tire, and configured to prevent foreign substances from infiltrating into the openings of the spoke member; wherein the protective films (7,7') are made of a same material as the spoke member and integrated with the spoke member; and wherein the protective films (7,7') are disposed at both ends of the inside and outside annular bands inside the spoke member in the widthwise direction of the tire, or at both ends of the inside and outside annular bands outside the spoke member in the widthwise direction of the tire, an outside semicircular support configured to come into contact with the outside annular band; and an inside semicircular support configured to come into contact with the inside annular band and cross the outside semicircular support on an inside thereof.
Arrangement for fixing apparatus on a playground structure, the arrangement comprising: - at least one frame having a tubular metal wall with a constant cross section on at least one fixing segment; - at least one fixing collar which is intended to be fixed by clamping around said fixing segment; characterised in that at least one first outer side zone of the wall of said segment comprises at least one first series of regularly axially distributed identical notches, each notch being blind, the inner face of the collar comprising a counterpart of complementary shape to a notch which is intended to be nested with one of the notches during the fixing of the collar to immobilise the collar axially in a selected position. - at least one frame having a tubular metal wall with a constant cross section on at least one fixing segment; - at least one fixing collar which is intended to be fixed by clamping around said fixing segment;
A method for calibrating measuring equipment measuring the thickness of a moving web, the measuring equipment comprising at least one first sensor, at least one second sensor and at least one reference piece, characterized by supporting the moving web by the reference piece; moving the reference piece and the moving web supported thereby to different distances from the first sensor and the second sensor; measuring a distance between the moving web and the first sensor by means of the first sensor for at least two different distances; measuring a distance between the reference piece and the second sensor by means of the second sensor for at least two different distances; and calibrating the first sensor and the second sensor to be uniform with respect to the movement of the reference piece. characterized by supporting the moving web by the reference piece; moving the reference piece and the moving web supported thereby to different distances from the first sensor and the second sensor; measuring a distance between the moving web and the first sensor by means of the first sensor for at least two different distances; measuring a distance between the reference piece and the second sensor by means of the second sensor for at least two different distances; and calibrating the first sensor and the second sensor to be uniform with respect to the movement of the reference piece.
A p97 (melanotransferrin)-trastuzumab fusion protein that comprises a trastuzumab heavy chain sequence fused to the N-terminus of a p97 sequence and an optional linker in between, wherein the p97 sequence consists of the amino acid sequence DSSHAFTLDELR.
A method for determining a carrier center frequency, wherein the method is applied to a Narrow Band Internet of Things, NB-IoT, system and comprises: determining a frequency band starting frequency, an absolute radio frequency channel number, a frequency band offset, and a relative radio frequency channel number; and determining a carrier center frequency according to the frequency band starting frequency, the absolute radio frequency channel number, the frequency band offset, and the relative radio frequency channel number that are determined; wherein the carrier center frequency is a downlink carrier center frequency F NB DL, and the determining a carrier center frequency according to the frequency band starting frequency, the absolute radio frequency channel number, the frequency band offset, and the relative radio frequency channel number that are determined comprises: F NB DL = F DL _ low + 0.1 ∗ N DL − N Offs − DL + 0.0025 ∗ 2 M DL + 1; wherein F DL_low is a downlink frequency band starting frequency, N DL is a downlink absolute radio frequency channel number, and N Offs-DL is a downlink frequency band offset; and M DL is a downlink relative radio frequency channel number, a value range of which comprises any one in the following set: -10, -9, -8, -7, -6, -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9. determining a frequency band starting frequency, an absolute radio frequency channel number, a frequency band offset, and a relative radio frequency channel number; and determining a carrier center frequency according to the frequency band starting frequency, the absolute radio frequency channel number, the frequency band offset, and the relative radio frequency channel number that are determined; wherein the carrier center frequency is a downlink carrier center frequency F NB DL, and the determining a carrier center frequency according to the frequency band starting frequency, the absolute radio frequency channel number, the frequency band offset, and the relative radio frequency channel number that are determined comprises: F NB DL = F DL _ low + 0.1 ∗ N DL − N Offs − DL + 0.0025 ∗ 2 M DL + 1; wherein F DL_low is a downlink frequency band starting frequency, N DL is a downlink absolute radio frequency channel number, and N Offs-DL is a downlink frequency band offset; and M DL is a downlink relative radio frequency channel number, a value range of which comprises any one in the following set: -10, -9, -8, -7, -6, -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9. wherein F DL_low is a downlink frequency band starting frequency, N DL is a downlink absolute radio frequency channel number, and N Offs-DL is a downlink frequency band offset; and M DL is a downlink relative radio frequency channel number, a value range of which comprises any one in the following set: -10, -9, -8, -7, -6, -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9.
Transmission having at least one rotatable component (101, 103) and having at least one oil line; wherein at least one closure element by which a first and a second outlet opening (119a, 119b) of the oil line are selectively able to be closed off; wherein one of the outlet openings is closed off by the closure element and one of the outlet openings is not closed off; wherein the component (101, 103) has at least one lubrication point, and wherein the outlet openings (119a, 119b) are arranged at a different distance from an axis of rotation of the component; characterized by a nozzle which is situated in the outlet opening that is not closed off; wherein the outlet opening that is not closed off is directed towards the lubrication point. the component (101, 103) has at least one lubrication point, and wherein the outlet openings (119a, 119b) are arranged at a different distance from an axis of rotation of the component; characterized by a nozzle which is situated in the outlet opening that is not closed off; wherein the outlet opening that is not closed off is directed towards the lubrication point.
A rollable display device comprising: a soft display panel; a main roller for winding or unwinding the soft display panel; an actuator coupled to the soft display panel to raise or lower the soft display panel; a housing in which the main roller is mounted, wherein an opening extending in a first direction is defined at a top of the housing to allow the soft display panel to retract or extend therethrough; and an elastic portion having one end coupled to a perimeter of the opening and protruding in a second direction perpendicular to the first direction to cover at least a portion of the opening, wherein the elastic portion includes a rubber portion having a predetermined length along the first direction, wherein the rubber portion includes: a connecting portion coupled to the housing; and a wing portion flatly extending from the connecting portion to cover the at least a portion of the opening, characterised in that: a thickness of the wing portion increases along a direction leading towards the connecting portion. a soft display panel; a main roller for winding or unwinding the soft display panel; an actuator coupled to the soft display panel to raise or lower the soft display panel; a housing in which the main roller is mounted, wherein an opening extending in a first direction is defined at a top of the housing to allow the soft display panel to retract or extend therethrough; and an elastic portion having one end coupled to a perimeter of the opening and protruding in a second direction perpendicular to the first direction to cover at least a portion of the opening, wherein the elastic portion includes a rubber portion having a predetermined length along the first direction, wherein the rubber portion includes: a connecting portion coupled to the housing; and a wing portion flatly extending from the connecting portion to cover the at least a portion of the opening, characterised in that: a thickness of the wing portion increases along a direction leading towards the connecting portion. a connecting portion coupled to the housing; and a wing portion flatly extending from the connecting portion to cover the at least a portion of the opening, characterised in that: a thickness of the wing portion increases along a direction leading towards the connecting portion.
A computer-implemented method for generating a digital model of reconstructed dentition from a digital model of a patient's dentition, the method comprising: obtaining (1002; 1402; 2302; 2402) a first 3-D digital mesh dentition model including braces, teeth, and gingival; generating a second 3-D digital mesh dentition model by removing (1008; 1406; 2306; 2406) wire portions of the braces from the first 3-D digital mesh dentition model; generating a third 3-D digital mesh dentition model by removing (1008; 1406; 2306; 2406) bracket portions of the braces from the second 3-D digital mesh dentition model; reconstructing (1010; 1408; 2308; 2408) teeth surfaces of the third 3-D digital mesh dentition model previously covered by the wire portions and the bracket portions of the braces; and displaying (1012; 1410; 2310; 2410), transmitting, or storing the reconstructed 3-D digital mesh dentition model. obtaining (1002; 1402; 2302; 2402) a first 3-D digital mesh dentition model including braces, teeth, and gingival; generating a second 3-D digital mesh dentition model by removing (1008; 1406; 2306; 2406) wire portions of the braces from the first 3-D digital mesh dentition model; generating a third 3-D digital mesh dentition model by removing (1008; 1406; 2306; 2406) bracket portions of the braces from the second 3-D digital mesh dentition model; reconstructing (1010; 1408; 2308; 2408) teeth surfaces of the third 3-D digital mesh dentition model previously covered by the wire portions and the bracket portions of the braces; and displaying (1012; 1410; 2310; 2410), transmitting, or storing the reconstructed 3-D digital mesh dentition model.
An antibody directed to mGluR7, wherein the antibody binds to the extracellular N - terminal region of the receptor and the binding of the antibody to mGluR7 induces receptor internalization in cells, and wherein the antibody is produced by hybridoma cell line mGluR7-CHO-1/28 with the deposit number DSM ACC2855.
A method for operating a wind turbine which comprises a power generator, a generator side converter, a grid side converter, a DC link electrically connected to an output of the generator side converter and an input of the grid side converter, the method comprises - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, and - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index being increased to a value (MiH) in an over-modulation range at least during a sub-period of the over-modulation mode, characterized in that, - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC voltage of the DC link is decreased from a second voltage level towards a first voltage level at least during a sub-period of the DC-voltage adjustment mode, the sub-period where the modulation index is increased is a second sub-period which succeeds a first sub-period of the over-modulation mode wherein the grid side converter is operated with a modulation index in an over-modulation range for a predetermined or variable period of time, and - the sub-period where the DC voltage of the DC link is decreased is a second sub-period which succeeds a first sub-period of the DC-voltage adjustment mode, wherein the DC voltage of the DC link is increased from the first voltage level towards the second voltage level. - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, and - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index being increased to a value (MiH) in an over-modulation range at least during a sub-period of the over-modulation mode, characterized in that, - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC voltage of the DC link is decreased from a second voltage level towards a first voltage level at least during a sub-period of the DC-voltage adjustment mode, the sub-period where the modulation index is increased is a second sub-period which succeeds a first sub-period of the over-modulation mode wherein the grid side converter is operated with a modulation index in an over-modulation range for a predetermined or variable period of time, and - the sub-period where the DC voltage of the DC link is decreased is a second sub-period which succeeds a first sub-period of the DC-voltage adjustment mode, wherein the DC voltage of the DC link is increased from the first voltage level towards the second voltage level.
An ionic emission device comprising a discharge corona electrode for emitting ions, characterized in that it comprises a metallic porous receptor electrode having a metallic foam structure with open cells and a pseudo-planar active surface, which faces the receptor electrode, the active surface having a plurality of substantially sharp points.
A system for recycling plastic feed materials such as whole or part tyres of various sizes, cut or un-cut or large plastic pieces or small plastic pieces or other plastic composites such as glass fibre reinforced plastics, metal coated plastics such as hoses and pure or mixed non-composite plastics or combinations thereof, the system characterised by: means for charging said feed material into a charging vessel, said charging vessel adapted to remove air from said feed material; means for charging said feed material from said charging vessel into a pyrolysis chamber; a pyrolysis chamber storing a pyrolysis liquid, wherein said pyrolysis liquid is molten zinc or tin; means for allowing heavy and light solid pyrolysis products associated with said feed material to separate within said pyrolysis liquid such that said light solid pyrolysis products and pyrolysis vapours separate to the top surface of said pyrolysis liquid; means for removing the pyrolysis vapours and said light solid pyrolysis products via an extractor from the surface of said pyrolysis liquid; means for separating said pyrolysis vapours and said light solid pyrolysis products; a condenser system for condensing the vapours to a liquid; and means for removing said heavy solid pyrolysis products from the bottom of said pyrolysis chamber with removal device (16, 19) and wherein said pyrolysis chamber comprises of a sloped bottom, so that said heavy solid pyrolysis products collect at a low point of said pyrolysis chamber. means for charging said feed material into a charging vessel, said charging vessel adapted to remove air from said feed material; means for charging said feed material from said charging vessel into a pyrolysis chamber; a pyrolysis chamber storing a pyrolysis liquid, wherein said pyrolysis liquid is molten zinc or tin; means for allowing heavy and light solid pyrolysis products associated with said feed material to separate within said pyrolysis liquid such that said light solid pyrolysis products and pyrolysis vapours separate to the top surface of said pyrolysis liquid; means for removing the pyrolysis vapours and said light solid pyrolysis products via an extractor from the surface of said pyrolysis liquid; means for separating said pyrolysis vapours and said light solid pyrolysis products; a condenser system for condensing the vapours to a liquid; and means for removing said heavy solid pyrolysis products from the bottom of said pyrolysis chamber with removal device (16, 19) and wherein said pyrolysis chamber comprises of a sloped bottom, so that said heavy solid pyrolysis products collect at a low point of said pyrolysis chamber.
Transmitter unit, especially for a hydraulic brake system or for a hydraulic clutch system, comprising a housing body, a piston which is arranged in the housing body able to move between a starting disposition and a pressure disposition, a pressure chamber bounded by the housing body and the piston, a reservoir for the supply of hydraulic fluid connected by a connection channel to the pressure chamber, a valve unit, which in an open position allows the connection between the reservoir and the pressure chamber and in a closed position breaks this connection, as well as a connection opening for the routing of pressurized hydraulic fluid from the pressure chamber for example to a connected hydraulic brake cylinder, wherein in a functional orientation of the transmitter unit, the connection channel opens into a highest end region of the pressure chamber in regard to a direction of gravity, wherein the piston and the valve unit are coupled by a coupling unit, wherein the piston and the valve unit are coupled by a coupling unit acting in dependence on the piston position, in a manner such that the coupling unit holds the valve unit in the open position when the piston is in the starting disposition and in the pressure disposition of the piston the coupling unit decouples the valve unit and the piston and characterized in that the housing body is a single piece.
A multifilament comprising 5 or more monofilaments, wherein the multifilament contains polyethylene having an intrinsic viscosity [η] of 5.0 dL/g or more and 40.0 dL/g or less and substantially including ethylene as a repeating unit, and shows 1000 times or more in number of reciprocating abrasions at break in an abrasion resistance test measured at a load of 5 cN/dtex in accordance with JIS L-1095 L-1095, and whereas the intrinsic viscosity is measured as specified in the description.
Centrifugal fan, comprising: - a fan housing with a radial outlet opening arranged in a radial peripheral wall thereof; - a rotor arranged rotatably in the fan housing; and - wherein the fan housing is provided with an inlet opening, characterized by a sound-reducing tube part which extends in the fan housing from the radial outlet opening of the fan housing arranged in the radial peripheral wall and extending inward along the radial peripheral wall, radially relative to the rotor along and adjacently of the rotor, whereby the outlet opening is displaced inward from the peripheral wall of the fan housing into the fan housing. - a fan housing with a radial outlet opening arranged in a radial peripheral wall thereof; - a rotor arranged rotatably in the fan housing; and - wherein the fan housing is provided with an inlet opening, characterized by a sound-reducing tube part which extends in the fan housing from the radial outlet opening of the fan housing arranged in the radial peripheral wall and extending inward along the radial peripheral wall, radially relative to the rotor along and adjacently of the rotor, whereby the outlet opening is displaced inward from the peripheral wall of the fan housing into the fan housing.
Pump unit, replaceably attachable to a reusable backend according to claim 7 of an injection arrangement for delivering a liquid medicament, the pump unit comprising a medicament inlet (2.1), a medicament outlet (2.2) and a peristaltic pump for delivering the liquid medicament from the inlet (2.1) to the outlet (2.2), the peristaltic pump comprising a pump rotor (2.3) and a pump hose (2.4), the pump hose (2.4) partially arranged around the pump rotor (2.3), the pump rotor (2.3) having protrusions (2.5) for engaging the pump hose (2.4), characterized in that a fixing side (2.6) of the pump unit facing a reusable backend when attached has a recess (2.7) in the shape of a circular arc for allowing a correspondingly shaped stop (3.1) protruding from the reusable backend to enter into the pump unit so as to support the pump hose (2.4) from an outer side opposite the pump rotor (2.3) thus allowing the protrusions (2.5) to locally squeeze the pump hose (2.4) against the stop (3.1) when attached to the reusable backend.