mhurhangee/ep-ind-claims huggingface dataset:
Printing press comprising a first cylinder with a first gearwheel, a second cylinder with a second gearwheel and a third cylinder that forms a printing nip with the first cylinder and takes over the sheets from the second cylinder, wherein an intermediate shaft having a gearwheel arrangement is provided and wherein the first gearwheel and the second gearwheel are permanently connected to one another via the gearwheel arrangement.
Water-carrying household appliance having a housing and a treatment chamber and an automatic dosing system which is arranged within the housing and which can be controlled by way of a control unit, the dosing system comprising: at least one reservoir for a liquid treatment agent, which can be filled manually, and at least one delivery pump, characterised in that the reservoir has a fill opening on its top side for introducing the liquid treatment agent, and in that the delivery pump is arranged within the reservoir.
A compression garment for correcting a lower body shape and a walking gait for an angular deformity of the legs comprising: a bottom garment main body; and a correction band disposed on the bottom garment main body, wherein the correction band includes a first correction band disposed in a first area of the bottom garment main body and a second correction band disposed in a second area of the bottom garment main body, wherein the first correction band includes a first part disposed above the first area, a second part disposed below the first area, and a third part connecting the first part of the first correction band and the second part of the first correction band, wherein the second correction band includes a first part disposed above the second area, a second part disposed below the second area, and a third part connecting the first part of the second correction band and the second part of the second correction band, characterized in that the first correction band includes a connecting member disposed on the first part of the first correction band and including a hole, and wherein the first part of the second correction band is inserted into the hole of the connecting member of the first correction band and coupled by means of a belt fastening method. a bottom garment main body; and a correction band disposed on the bottom garment main body, wherein the correction band includes a first correction band disposed in a first area of the bottom garment main body and a second correction band disposed in a second area of the bottom garment main body, wherein the first correction band includes a first part disposed above the first area, a second part disposed below the first area, and a third part connecting the first part of the first correction band and the second part of the first correction band, wherein the second correction band includes a first part disposed above the second area, a second part disposed below the second area, and a third part connecting the first part of the second correction band and the second part of the second correction band, characterized in that the first correction band includes a connecting member disposed on the first part of the first correction band and including a hole, and wherein the first part of the second correction band is inserted into the hole of the connecting member of the first correction band and coupled by means of a belt fastening method.
A mouthpiece for distribution of a liquid in a user's mouth, the mouthpiece comprising an inlet for a tube and an internal channel with at least two outlets, wherein the mouthpiece is configured to be positioned within a superior vestibule of the user's mouth apical to a gingival margin, characterised in that a thickness of the mouthpiece is less than 1.0 mm.
A process for the gas phase polymerization of ethylene comprising contacting ethylene with a catalyst composition comprising one or more Group 3-10 transition metal containing, Ziegler-Natta, procatalyst compounds; one or more alkylaluminum cocatalysts; and one or more polymerization control agents, selected from C 1-10 alkyl monoether derivatives of C 1-10 alkyl esters of benzoic acid, C 1-10 alkyl monoether derivatives of C 1-10 dialkyl esters of phthalic acid, and C 1-10 alkyl monoether derivatives of C 1-10 dialkyl esters of terephthalic acid, wherein the polymerization temperature is greater than 85°C and the PCA is present in a PCA:cocatalyst(s) molar ratio of 1:1 to 1:100.
A method, comprising: a base station in a network sending to a mobile communication terminal a sub-frame pattern of a given length; based on the received pattern, deciding in the terminal among three hypotheses with no a-priory knowledge as to which of an almost-blank sub-frames, ABS, or non-ABS sub-frame type locations in the pattern correspond based on noise averaging over the pattern locations, wherein two of the hypotheses define an ABS type of the locations of the ABS pattern and the third hypothesis assumes a configuration in which transmission of ABSs is disabled; and improving an accuracy of various processing and estimation procedures by giving smaller weight to non-ABSs that suffer higher interference levels. a base station in a network sending to a mobile communication terminal a sub-frame pattern of a given length; based on the received pattern, deciding in the terminal among three hypotheses with no a-priory knowledge as to which of an almost-blank sub-frames, ABS, or non-ABS sub-frame type locations in the pattern correspond based on noise averaging over the pattern locations, wherein two of the hypotheses define an ABS type of the locations of the ABS pattern and the third hypothesis assumes a configuration in which transmission of ABSs is disabled; and improving an accuracy of various processing and estimation procedures by giving smaller weight to non-ABSs that suffer higher interference levels.
Filling needle for use in a tube set for transferring a flowable medium, in particular a pharmaceutical product, - having a needle end for temporary insertion into a filling vessel, - having a connector end for connecting the filling needle to a filling device via which the medium can be supplied to the filling needle, - having an inner tube layer made of silicone, defining an inner tube lumen, and - an outer reinforcing tube layer made of a plastic reinforcing material, encasing the inner tube lumen, - wherein the reinforcing tube layer is made of polypropylene, polyethylene, polycarbonate or polysulfone and - wherein the filling needle on the whole consists of plastic, exclusively. - having a needle end for temporary insertion into a filling vessel, - having a connector end for connecting the filling needle to a filling device via which the medium can be supplied to the filling needle, - having an inner tube layer made of silicone, defining an inner tube lumen, and - an outer reinforcing tube layer made of a plastic reinforcing material, encasing the inner tube lumen, - wherein the reinforcing tube layer is made of polypropylene, polyethylene, polycarbonate or polysulfone and - wherein the filling needle on the whole consists of plastic, exclusively.
Tubular thermoelectric module at least comprising an inner tube, an outer tube and an interspace arranged therebetween, wherein at least a plurality of rings each formed by a plurality of n-doped and p-doped semiconductor elements arranged alternately in a circumferential direction are arranged in succession in an axial direction of the thermoelectric module in the interspace, wherein furthermore, on an inner side or an outer side of the semiconductor elements of one ring, electrically conductive first connections run only in the circumferential direction and connect the adjacently arranged semiconductor elements to one another alternately via the outer side or the inner side and, on the opposite outer side or inner side, in each case one electrically conductive second connection electrically conductively connects a semiconductor element of the ring to a semiconductor element of an adjacent ring and runs in an axial direction and in the circumferential direction of the thermoelectric module, wherein the semiconductor elements and the rings are electrically connected in series and wherein exclusively n-doped or p-doped semiconductor elements in each case are arranged at a circumferential coordinate in an axial direction.
A battery pack, comprising: a battery cell including an electrode tab; a cell holder through which the electrode tab is inserted; and a connection tab including a first connection tab portion and a second connection tab portion facing each other and coupled to the electrode tab with the electrode tab being therebetween; wherein: the first connection tab portion includes a tab hole, the electrode tab extends through the tab hole, and the second connection tab portion covers a portion of the electrode tab which is exposed through the tab hole. a battery cell including an electrode tab; a cell holder through which the electrode tab is inserted; and a connection tab including a first connection tab portion and a second connection tab portion facing each other and coupled to the electrode tab with the electrode tab being therebetween; wherein: the first connection tab portion includes a tab hole, the electrode tab extends through the tab hole, and the second connection tab portion covers a portion of the electrode tab which is exposed through the tab hole. the first connection tab portion includes a tab hole, the electrode tab extends through the tab hole, and the second connection tab portion covers a portion of the electrode tab which is exposed through the tab hole.
A method of manufacturing a printed circuit board comprising: providing a foil-laminated substrate having one or more stacked circuit layer pairs and comprising a substrate having first and second sides with a first foil layer on each of the first side of the substrate and on the second side of the substrate, the first foil layers corresponding, respectively, to first and second sides of the foil-laminated substrate corresponding to the first and second sides of the substrate; forming at least one via-hole defined by a sidewall in the substrate; the at least one via-hole having opposing first and second ends with the first end extending through the first foil layer on the first side of the foil-laminated substrate; the at least one via-hole extending from its first end in the first foil layer on the first side of the foil-laminated substrate through to at least one circuit layer of the foil-laminated substrate; and countersinking the first end of the at least one via-hole on the first side of the substrate through at least the first foil layer such that the sidewall at the first end of the via-hole has a beveled surface, wherein the countersinking of the via-hole comprises a clearance_ between an outer diameter of the countersink and the sidewall of the via hole; and depositing a conductive layer on the sidewall extending onto the beveled surface of the at least one via hole such that the conductive layer interlocks with the first foil layer on the first side of the foil laminated substrate. providing a foil-laminated substrate having one or more stacked circuit layer pairs and comprising a substrate having first and second sides with a first foil layer on each of the first side of the substrate and on the second side of the substrate, the first foil layers corresponding, respectively, to first and second sides of the foil-laminated substrate corresponding to the first and second sides of the substrate; forming at least one via-hole defined by a sidewall in the substrate; the at least one via-hole having opposing first and second ends with the first end extending through the first foil layer on the first side of the foil-laminated substrate; the at least one via-hole extending from its first end in the first foil layer on the first side of the foil-laminated substrate through to at least one circuit layer of the foil-laminated substrate; and countersinking the first end of the at least one via-hole on the first side of the substrate through at least the first foil layer such that the sidewall at the first end of the via-hole has a beveled surface, wherein the countersinking of the via-hole comprises a clearance_ between an outer diameter of the countersink and the sidewall of the via hole; and depositing a conductive layer on the sidewall extending onto the beveled surface of the at least one via hole such that the conductive layer interlocks with the first foil layer on the first side of the foil laminated substrate.
Machining centre comprising: - a machining plane; - a subtractive unit arranged to perform chip removal on a workpiece positioned on said machining plane, said subtractive unit comprising a first carriage that is slidable along an operating axis, said subtractive unit being connected to a motor unit that is drivable to move said first carriage along said operating axis; - an additive unit arranged to perform machining by additive production techniques on said machining plane, said additive unit comprising a second carriage that is slidable along said operating axis; said additive unit being provided with first coupling means (44, 46, 47) and said subtractive unit being provided with second coupling means (45, 48) couplable with said first coupling means (44, 46, 47); in one operating step said subtractive unit adopting a pick-up configuration in which said first coupling means (44, 46, 47) is coupled with said second coupling means (45, 48) to connect said subtractive unit to said additive unit along said operating axis, in said pick-up configuration said subtractive unit being configured to move said additive unit along said operating axis. - a machining plane; - a subtractive unit arranged to perform chip removal on a workpiece positioned on said machining plane, said subtractive unit comprising a first carriage that is slidable along an operating axis, said subtractive unit being connected to a motor unit that is drivable to move said first carriage along said operating axis; - an additive unit arranged to perform machining by additive production techniques on said machining plane, said additive unit comprising a second carriage that is slidable along said operating axis;
Weaving machine for forming fabrics consisting of weft yarns, ground-warp yarns and pile-warp yarns, comprising: - shed-forming means provided for forming one or more sheds in successive operating cycles through the positioning of warp yarns; - a weft insertion device with at least one rapier provided for inserting, in successive operating cycles, one or more weft yarns in a shed between fabric-forming warp yarns and non-fabric-forming warp yarns, wherein during the inserting of a weft yarn the non-fabric-forming warp yarns support a rapier; - a reed provided for pushing, in each operating cycle, by means of to and fro movements during beating-up, the inserted weft yarns against the fabric line of the fabrics formed by the weft yarns and the fabric-forming warp yarns; characterized in that the weaving machine further comprises a yarn removal device for leading away the non-fabric-forming warp yarns, wherein this yarn removal device separates the non-fabric-forming warp yarns from the fabric-forming warp yarns before the fabric line so that the non-fabric-forming warp yarns are not located between the beaten-up fabric(s). - shed-forming means provided for forming one or more sheds in successive operating cycles through the positioning of warp yarns; - a weft insertion device with at least one rapier provided for inserting, in successive operating cycles, one or more weft yarns in a shed between fabric-forming warp yarns and non-fabric-forming warp yarns, wherein during the inserting of a weft yarn the non-fabric-forming warp yarns support a rapier; - a reed provided for pushing, in each operating cycle, by means of to and fro movements during beating-up, the inserted weft yarns against the fabric line of the fabrics formed by the weft yarns and the fabric-forming warp yarns;
A plate heat exchanger (2, 88) comprising an end-piece (4, 90) and a package (12, 110) of heat transfer plates (13, 112), the end-piece comprising a frame part (8, 102), which frame part has an inner portion (42, 14, 116), an outer portion and an intermediate portion arranged between the inner and outer portions, the intermediate portion of the frame part comprising a first number of cavities extending parallel to an axis of the frame part, wherein an outer wall surface (48, 15, 128) of the inner portion (42, 14, 116) of the frame part (8, 102) faces a first surface (17, 140) of the package of heat transfer plates, said first surface having a center portion (23, 145) and a peripheral portion (25, 147) encircling the center portion, and wherein outer dimensions (x1, y1) of the outer wall surface of the inner portion of the frame part are at least as large as outer dimensions (x2, y2) of the center portion of the first surface of the package of heat transfer plates, wherein the plate heat exchanger is characterized by the fact that the frame part (8, 102) is extruded in an extrusion direction parallel to the said axis of the frame part along which the cavities extend.
A method for optimizing deep resistivity measurements, comprising, during drilling operations with a downhole tool disposed in a borehole, the downhole tool comprising a drill bit and a measurement and/or logging section: obtaining one or more first multi-component measurements from the downhole tool, wherein the measurement and/or logging section comprises at least two antennae (404,406); determining a relative structural dip angle, Φ, of the downhole tool; adjusting a tilt angle of at least one of the at least two antennae relative to the longitudinal axis of the tool, wherein the adjusted tilt angle is based on the relative structural dip angle of the downhole tool; obtaining one or more second multi-component measurements from the downhole tool associated with the adjusted tilt angle of the at least one of the at least two antennae; and determining a formation characteristic that comprises a distance from the downhole tool to a formation boundary based, at least in part, on the one or more second multi-component measurements without including anisotropy effects. obtaining one or more first multi-component measurements from the downhole tool, wherein the measurement and/or logging section comprises at least two antennae (404,406); determining a relative structural dip angle, Φ, of the downhole tool; adjusting a tilt angle of at least one of the at least two antennae relative to the longitudinal axis of the tool, wherein the adjusted tilt angle is based on the relative structural dip angle of the downhole tool; obtaining one or more second multi-component measurements from the downhole tool associated with the adjusted tilt angle of the at least one of the at least two antennae; and determining a formation characteristic that comprises a distance from the downhole tool to a formation boundary based, at least in part, on the one or more second multi-component measurements without including anisotropy effects.
An encapsulated dye composition comprising: a) carrier consisting of a mixture of silica and clay; and b) at least one dye encapsulated in the carrier. a) carrier consisting of a mixture of silica and clay; and b) at least one dye encapsulated in the carrier.
Blade for a gas turbine comprising: a main body; a first anchoring portion coupled to the main body and adapted, in use, to be coupled to a stator casing of the gas turbine; a second anchoring portion coupled to the main body and adapted, in use, to be coupled to a respective stator ring of the gas turbine; a cooling circuit supplied with a cooling fluid and comprising a first channel and at least a second channel arranged, at least in part, inside the main body; the first channel being provided with a first inlet and with a first outlet; the second channel being provided with a second inlet, distinct from the first inlet, and with a plurality of second outlets formed along the main body and distinct from the first outlet; the first inlet and the second inlet being formed in the first anchoring portion; the first outlet being formed in the second anchoring portion; the blade being characterized in that the first channel and the second channel are in fluidic communication by means of at least one first connecting conduit to allow the passage of a certain amount of cooling fluid. a main body; a first anchoring portion coupled to the main body and adapted, in use, to be coupled to a stator casing of the gas turbine; a second anchoring portion coupled to the main body and adapted, in use, to be coupled to a respective stator ring of the gas turbine; a cooling circuit supplied with a cooling fluid and comprising a first channel and at least a second channel arranged, at least in part, inside the main body; the first channel being provided with a first inlet and with a first outlet; the second channel being provided with a second inlet, distinct from the first inlet, and with a plurality of second outlets formed along the main body and distinct from the first outlet; the first inlet and the second inlet being formed in the first anchoring portion; the first outlet being formed in the second anchoring portion; the blade being characterized in that the first channel and the second channel are in fluidic communication by means of at least one first connecting conduit to allow the passage of a certain amount of cooling fluid.
Detection or communication device comprising an electronic housing and an articulation system for articulating the electronic housing on a body of a vehicle between a deployed position, in which the electronic housing is placed in a space dedicated to the transmission and the reception of detection or communication signals, and a retracted position, in which the electronic housing is separated from the dedicated space, the articulation system comprising: - two arms (21, 22) each comprising a first end (211, 221) mounted rotationally articulated on the electronic housing and a second end (212, 222) that can be mounted to be rotationally mobile on the body so as to guide the electronic housing between the deployed position and the retracted position, the first ends (211, 221) of the two arms being distant and articulated respectively at two points of the electronic housing, the second ends (212, 222) of the two arms being distant and capable of being articulated respectively at two points of the body, the detection or communication device being characterized in that the articulation system comprises - a retaining means (23a, 23b) that has a blocked state, in which the electronic housing is held in deployed position, and a free state in which the electronic housing is free to pass from the deployed position to the retracted position, the retaining means (23a, 23b) being elastically deformable so as to be deformed between the blocked state and the free state. - two arms (21, 22) each comprising a first end (211, 221) mounted rotationally articulated on the electronic housing and a second end (212, 222) that can be mounted to be rotationally mobile on the body so as to guide the electronic housing between the deployed position and the retracted position, the first ends (211, 221) of the two arms being distant and articulated respectively at two points of the electronic housing, the second ends (212, 222) of the two arms being distant and capable of being articulated respectively at two points of the body, the detection or communication device being characterized in that the articulation system comprises - a retaining means (23a, 23b) that has a blocked state, in which the electronic housing is held in deployed position, and a free state in which the electronic housing is free to pass from the deployed position to the retracted position, the retaining means (23a, 23b) being elastically deformable so as to be deformed between the blocked state and the free state.