mhurhangee/ep-ind-claims huggingface dataset:
A shrink packing system comprising: a transfer conveyer for transferring a product; a feeding unit for continuously feeding a shrink film in the shape of an envelope wound on a roll; an opening unit for receiving the shrink film fed from the feeding unit and spreading the shrink film; a packing unit; a shrinking unit for shrinking the shrink film covering the product and the packing unit including two elevators (300a, 300b) provided so as to be upwardly and downwardly movable, and characterized by four telescopic arms (400a, 400b, 400c, 400d) for gripping the spread shrink film being combined with the two elevators (300a, 300b) so as to be slidable in the leftward and rightward directions with respect to the elevators (300a, 300b) and provided so as to be extensible and retractable in the forward and backward directions with respect to the elevators (300a, 300b), and said shrinking unit using hot air. a transfer conveyer for transferring a product; a feeding unit for continuously feeding a shrink film in the shape of an envelope wound on a roll; an opening unit for receiving the shrink film fed from the feeding unit and spreading the shrink film; a packing unit; a shrinking unit for shrinking the shrink film covering the product and the packing unit including two elevators (300a, 300b) provided so as to be upwardly and downwardly movable, and characterized by four telescopic arms (400a, 400b, 400c, 400d) for gripping the spread shrink film being combined with the two elevators (300a, 300b) so as to be slidable in the leftward and rightward directions with respect to the elevators (300a, 300b) and provided so as to be extensible and retractable in the forward and backward directions with respect to the elevators (300a, 300b), and said shrinking unit using hot air.
A process for preparing a ring electrode comprising the steps of: a) providing a monolithic metal precursor, wherein the monolithic metal precursor comprises an outer tube forming a first cavity of the precursor, and wherein the outer tube has a wall comprising in one section an inner tube forming a second cavity of the precursor; b) preparing a composite precursor by inserting a first sacrificial core element into the first cavity of the precursor provided in step a) and a second sacrificial core element into the second cavity of the precursor provided in step a); c) forming the composite precursor obtained in step b) to obtain a formed composite having a smaller outer diameter than the composite precursor obtained in step b); d) separating a composite disk from the formed composite obtained in step c); e) removing the first and the second sacrificial core element from the composite disk obtained in step d). a) providing a monolithic metal precursor, wherein the monolithic metal precursor comprises an outer tube forming a first cavity of the precursor, and wherein the outer tube has a wall comprising in one section an inner tube forming a second cavity of the precursor; wherein the monolithic metal precursor comprises an outer tube forming a first cavity of the precursor, and wherein the outer tube has a wall comprising in one section an inner tube forming a second cavity of the precursor; b) preparing a composite precursor by inserting a first sacrificial core element into the first cavity of the precursor provided in step a) and a second sacrificial core element into the second cavity of the precursor provided in step a); c) forming the composite precursor obtained in step b) to obtain a formed composite having a smaller outer diameter than the composite precursor obtained in step b); d) separating a composite disk from the formed composite obtained in step c); e) removing the first and the second sacrificial core element from the composite disk obtained in step d).
A diversity receiving device (10a;10b) comprising an SN-ratio calculating unit (105 to 405) that calculates an SN ratio of each of received signals that are OFDM modulated signals diversity-received by L number of branches (100a to 400a), wherein the SN-ratio calculating unit (105 to 405) calculates the SN ratio as follows X(n) that is defined by the following equation is calculated first X n = ∑ i = n − N n S I, i + Nu − S I i where S(I, i) is an output of a signal that is an i-th sample of an I-th symbol of the received signal, n is a sample number of an n-th sample of the I-th symbol, N is an integer smaller than Ng that is the number of samples of the guard interval of the I-th symbol, and N u is the number of samples of a valid symbol, and then SN that is the SN ratio is calculated using the following equation SN I = N max I − N min I N min I where N max is the maximum value of the I-th symbol and N min is the minimum value of the I-th symbol.
A shoulder prosthesis, which comprises: a body having an exterior surface, a shank portion attached to the body, the shank portion configured to be received within the medullary canal of a human humerus, an anterior fin (43, 44) including at least one suture hole (43a, 44a), the anterior fin and the at least one suture hole providing an attachment point for the greater and lesser tubercles, a projection on the lateral exterior surface of the body, at least one lateral suture hole which is formed in the said projection, the at least one lateral suture hole providing an attachment point for the greater tubercle to prevent rotation of the greater tubercle. characterised in that the at least one lateral suture hole intersects the exterior surface of the body, and the anterior fin (43, 44) extends further above the exterior surface of the body than the projection. a body having an exterior surface, a shank portion attached to the body, the shank portion configured to be received within the medullary canal of a human humerus, an anterior fin (43, 44) including at least one suture hole (43a, 44a), the anterior fin and the at least one suture hole providing an attachment point for the greater and lesser tubercles, a projection on the lateral exterior surface of the body, at least one lateral suture hole which is formed in the said projection, the at least one lateral suture hole providing an attachment point for the greater tubercle to prevent rotation of the greater tubercle. characterised in that the at least one lateral suture hole intersects the exterior surface of the body, and the anterior fin (43, 44) extends further above the exterior surface of the body than the projection.
An article of footwear (100, 200) comprising: an upper (102, 202); a sole (104, 204) associated with the upper (102, 202); a cable (132, 232), wherein a portion of the cable (132, 232) is disposed between the upper (102, 202) and the sole (104, 204), and wherein the cable (132, 232) is slidable with respect to the upper (102, 202) and the sole (104, 204); a spindle disposed in a heel region of the article of footwear; the cable (132, 232) associated with the spindle so that the spindle winds the cable (132, 232) to increase the tension in the cable (132, 232); a second portion of the cable (132, 232) extending straight across the article of footwear in a forefoot region between the upper (102, 202) and the sole (104, 204); a third portion of the cable (132, 232) extending diagonally across the article of footwear between the upper (102, 202) and the sole (104, 204); and a fourth portion of the cable (132, 232) extending diagonally across the article of footwear between the upper (102, 202) and the sole (104, 204) so that the fourth portion of the cable (132, 232) crosses the third portion of the cable (132, 232). an upper (102, 202); a sole (104, 204) associated with the upper (102, 202); a cable (132, 232), wherein a portion of the cable (132, 232) is disposed between the upper (102, 202) and the sole (104, 204), and wherein the cable (132, 232) is slidable with respect to the upper (102, 202) and the sole (104, 204); a spindle disposed in a heel region of the article of footwear; the cable (132, 232) associated with the spindle so that the spindle winds the cable (132, 232) to increase the tension in the cable (132, 232); a second portion of the cable (132, 232) extending straight across the article of footwear in a forefoot region between the upper (102, 202) and the sole (104, 204); a third portion of the cable (132, 232) extending diagonally across the article of footwear between the upper (102, 202) and the sole (104, 204); and a fourth portion of the cable (132, 232) extending diagonally across the article of footwear between the upper (102, 202) and the sole (104, 204) so that the fourth portion of the cable (132, 232) crosses the third portion of the cable (132, 232).
A device for measuring roughness and shine of hair, comprising: a) a first area comprising an ascending gradient of shine, and b) a second area comprising an ascending gradient of roughness, wherein the first area is aligned to the second area, and wherein the ascending gradient of shine and the ascending gradient of texture are inverse to each other, and wherein the roughness is provided by a textured pattern which is textured to mimic hair, and wherein the shine area and the textured area are transposed onto each other. a) a first area comprising an ascending gradient of shine, and b) a second area comprising an ascending gradient of roughness,
A method of managing a digital subscriber line in a network, comprising: a) determining a quality of experience measure and line synchronisation rate associated with each of a plurality of line profiles applied to the digital subscriber line; b) selecting a line profile from the plurality of line profiles applied to the digital subscriber line that has an associated quality of experience measure equivalent to or better than the quality of experience measure associated with the line profile currently applied to the digital subscriber line, and if there is more than one line profile with an equivalent to or better quality of experience measure, then selecting the line profile with the highest associated line synchronisation rate; c) applying the selected line profile to the digital subscriber line. a) determining a quality of experience measure and line synchronisation rate associated with each of a plurality of line profiles applied to the digital subscriber line; b) selecting a line profile from the plurality of line profiles applied to the digital subscriber line that has an associated quality of experience measure equivalent to or better than the quality of experience measure associated with the line profile currently applied to the digital subscriber line, and if there is more than one line profile with an equivalent to or better quality of experience measure, then selecting the line profile with the highest associated line synchronisation rate; c) applying the selected line profile to the digital subscriber line.
A method of a user equipment, UE, the method comprising: receiving, from a first base station, a first message for requesting UE capability information; and transmitting, to the first base station, a second message including the UE capability information, wherein the UE capability information includes information on at least one band combination supported by the UE and information on band combination parameters for a band combination of the at least one band combination including first information indicating that the UE supports a dual connectivity for the band combination, wherein the band combination is used to configure a cell associated with a second base station and a cell associated with the first base station for the UE, and wherein the first information indicates that serving cells corresponding to a band entry belong to one cell group in case that the band combination includes two or more band entries. receiving, from a first base station, a first message for requesting UE capability information; and transmitting, to the first base station, a second message including the UE capability information, wherein the UE capability information includes information on at least one band combination supported by the UE and information on band combination parameters for a band combination of the at least one band combination including first information indicating that the UE supports a dual connectivity for the band combination, wherein the band combination is used to configure a cell associated with a second base station and a cell associated with the first base station for the UE, and wherein the first information indicates that serving cells corresponding to a band entry belong to one cell group in case that the band combination includes two or more band entries.
A mixture of at least two sterically hindered amines obtainable by a method comprising: providing a polyethylene glycol having a molecular weight of from about 180 g/mol to about 1000 g/mol and a tertiarybutylamine in a reactor; and reacting the polyethylene glycol and tertiarybutylamine in the presence of a nickel-based hydrogenation catalyst where at least one sterically hindered amine has a formula: and another sterically hindered amine has a formula: wherein x is an integer from 3 to 14; y is an integer from 7 to 14, and the weight ratio of the sterically hindered amine of formula to the sterically hindered amine of formula is about 2.5:1 to about 6:1. providing a polyethylene glycol having a molecular weight of from about 180 g/mol to about 1000 g/mol and a tertiarybutylamine in a reactor; and reacting the polyethylene glycol and tertiarybutylamine in the presence of a nickel-based hydrogenation catalyst where at least one sterically hindered amine has a formula: and another sterically hindered amine has a formula: wherein x is an integer from 3 to 14; y is an integer from 7 to 14, and the weight ratio of the sterically hindered amine of formula to the sterically hindered amine of formula is about 2.5:1 to about 6:1.
A process of manufacturing semiconducting paper comprising cellulose fibres, the process comprising: - providing cellulose fibres, - providing a semiconductor growth composition, - combining the cellulose fibres with the semiconductor growth composition, - growing semiconductor structures on the cellulose fibres to form semiconductor structure coated cellulose fibres, and - draining liquid from a suspension of the semiconductor structure coated cellulose fibres to form semiconducting paper. - providing cellulose fibres, - providing a semiconductor growth composition, - combining the cellulose fibres with the semiconductor growth composition, - growing semiconductor structures on the cellulose fibres to form semiconductor structure coated cellulose fibres, and - draining liquid from a suspension of the semiconductor structure coated cellulose fibres to form semiconducting paper.
A method for providing interference characterization data by a network node for interference mitigation in a cellular communication system, comprising: providing, by the network node, telecommunications services for a first wireless device associated with the network node; identifying, by the network node, characteristic data identifying at least one characteristic of an interfering signal intended for a second wireless device associated with a neighbouring cell; and transmitting, to the first wireless device, the characteristic data associated with the interfering signal associated with the second wireless device, and wherein the characteristic data identifies at least one power characteristic associated with the neighbouring cell associated with the interfering signal, and characterized in that the characteristic data comprises a restricted subset of power offset values for the neighbouring cell, the restricted subset comprising a plurality of power offset values selected from a preselected group of values. providing, by the network node, telecommunications services for a first wireless device associated with the network node; identifying, by the network node, characteristic data identifying at least one characteristic of an interfering signal intended for a second wireless device associated with a neighbouring cell; and transmitting, to the first wireless device, the characteristic data associated with the interfering signal associated with the second wireless device, and wherein the characteristic data identifies at least one power characteristic associated with the neighbouring cell associated with the interfering signal, and characterized in that the characteristic data comprises a restricted subset of power offset values for the neighbouring cell, the restricted subset comprising a plurality of power offset values selected from a preselected group of values.
Edge construction for a door, the door comprising a core member, the edge construction comprising: a first stile member, one side permanently attachable to the core member, and the opposite side comprising a longitudinally extending groove, a replaceable stile member comprising a longitudinally extending tongue removably attached to the groove of the first stile member by a tongue-and-groove connection, the edge construction characterized: in that the replaceable stile member comprises opposing longitudinally extending slots or indents or grooves (32b, 60, 64) located in the surfaces perpendicular to the surface comprising the longitudinally extending tongue, and in that the edge construction further comprises a cover for the replaceable stile member, wherein said cover includes at its edges first and second inwardly extending flanges disposed in the opposing longitudinally extending slots or indents or grooves (32b, 60, 64) of the replaceable stile member. a first stile member, one side permanently attachable to the core member, and the opposite side comprising a longitudinally extending groove, a replaceable stile member comprising a longitudinally extending tongue removably attached to the groove of the first stile member by a tongue-and-groove connection, the edge construction characterized: in that the replaceable stile member comprises opposing longitudinally extending slots or indents or grooves (32b, 60, 64) located in the surfaces perpendicular to the surface comprising the longitudinally extending tongue, and in that the edge construction further comprises a cover for the replaceable stile member, wherein said cover includes at its edges first and second inwardly extending flanges disposed in the opposing longitudinally extending slots or indents or grooves (32b, 60, 64) of the replaceable stile member. in that the replaceable stile member comprises opposing longitudinally extending slots or indents or grooves (32b, 60, 64) located in the surfaces perpendicular to the surface comprising the longitudinally extending tongue, and in that the edge construction further comprises a cover for the replaceable stile member, wherein said cover includes at its edges first and second inwardly extending flanges disposed in the opposing longitudinally extending slots or indents or grooves (32b, 60, 64) of the replaceable stile member.
Method for controlling slip of at least one wheel of a vehicle, wherein at least one parameter of an action to be performed is read from a matrix using a slip state of the wheel if the slip state is outside a target slip area of the matrix, wherein, for reading, a data field of the matrix that is assigned to the slip state is determined and the at least one parameter is read from the data field, wherein, in order to perform the action, at least one actuator (106, 108) of the vehicle is controlled using the parameter, characterized in that, for the slip state, a pair of values is formed from a relative speed value of the wheel and a relative acceleration value of the wheel, wherein the relative speed value represents a differential speed between the wheel and a substrate.
A metal surface treatment agent, comprising: a water-soluble or water-dispersible resin; a compound comprising a nitrile group and an amino group; and at least one inorganic compound selected from a chromium compound, a vanadium compound, a titanium compound and a zirconium compound; wherein a ratio [B M /A M] between the mass (A M) of the resin and the mass (B M) of the compound is in a range of 0.03 to 1.50; wherein a ratio [B M /C M] between the mass (B M) of the compound and the mass (C M) of the inorganic compound is in a range of 0.10 to 5.00; and wherein the titanium compound is at least one selected from the group consisting of titanyl sulfate, titanyl nitrate, titanium nitrate, titanyl chloride, titanium potassium oxalate, titanium lactate, titanium tetraisopropoxide, titanium acetylacetonate, diisopropyl titanium bis-acetylacetone, fluorotitanic acid and salts thereof, metatitanic acid obtained by thermal hydrolysis of an aqueous titanyl sulfate solution and salts thereof, and orthotitanic acid obtained by alkali neutralization of an aqueous titanyl sulfate solution and salts thereof. a water-soluble or water-dispersible resin; a compound comprising a nitrile group and an amino group; and at least one inorganic compound selected from a chromium compound, a vanadium compound, a titanium compound and a zirconium compound; wherein a ratio [B M /A M] between the mass (A M) of the resin and the mass (B M) of the compound is in a range of 0.03 to 1.50; wherein a ratio [B M /C M] between the mass (B M) of the compound and the mass (C M) of the inorganic compound is in a range of 0.10 to 5.00; and wherein the titanium compound is at least one selected from the group consisting of titanyl sulfate, titanyl nitrate, titanium nitrate, titanyl chloride, titanium potassium oxalate, titanium lactate, titanium tetraisopropoxide, titanium acetylacetonate, diisopropyl titanium bis-acetylacetone, fluorotitanic acid and salts thereof, metatitanic acid obtained by thermal hydrolysis of an aqueous titanyl sulfate solution and salts thereof, and orthotitanic acid obtained by alkali neutralization of an aqueous titanyl sulfate solution and salts thereof.
Use of an abscissa calibration jig (10; 20) for calibration of a laser interference measuring apparatus, said abscissa being the two-dimensional position perpendicular to the optical axis of a laser light of the laser interference measuring apparatus, wherein said abscissa calibration jig (10; 20) comprises: an image projection unit (19; 29) configured to project an image (60; 64) with a marker (62; 66) at one point of the projected image (60; 64), said marker (62; 66) being in form of a dark or light spot in the projected image (60; 64); a first support mechanism (11; 21) configured to rotatably support the image projection unit (19; 29) around a first rotation axis passing a predetermined rotation center; and a second support mechanism (12; 22) configured to rotatably support the first support mechanism (11; 21) around a second rotation axis crossing the first rotation axis at the rotation center. an image projection unit (19; 29) configured to project an image (60; 64) with a marker (62; 66) at one point of the projected image (60; 64), said marker (62; 66) being in form of a dark or light spot in the projected image (60; 64); a first support mechanism (11; 21) configured to rotatably support the image projection unit (19; 29) around a first rotation axis passing a predetermined rotation center; and a second support mechanism (12; 22) configured to rotatably support the first support mechanism (11; 21) around a second rotation axis crossing the first rotation axis at the rotation center.
Wheel suspension for motor vehicles having at least one upper control arm, in particular an upper transverse control arm and at least one lower control arm, in particular a lower transverse control arm which are pivoted on the one hand on the body of the motor vehicle and on the other hand, forming a preferably substantially vertical steering axle, are connected to a wheel carrier wherein at least one suspension spring and at least one shock absorber are provided wherein the at least one suspension spring is formed in a rotary manner by at least one torsion bar and the at least one shock absorber by a rotary damper, characterised in that at least one further torsion bar engages on the lower control arm whose spring pretensioning is displaceable by means of an electric motor-driven displaceable rotary actuator.