mhurhangee/patent-ind-claim-en huggingface dataset:
Leveling and troweling device, comprising two guide rails which are to be supported on a ground on two supports each and which are held at a distance by two spacers , and a troweling rail which can be moved along the guide rails , the troweling rail being longer than the spacers and being connected to the guide rails by two suspensions on the side of the guide rails to be faced to the ground and being displaceable in its longitudinal direction and in the longitudinal direction of the guide rails , characterized in that each suspension has in each case an elongate body with a longitudinal axis and thereon at least one first roller guided in or on the guide rail and at least one second roller arranged at a distance from the first roller and guided in or on the troweling rail .
A pneumatic radial tire for passenger cars, provided with a pair of bead portions , a carcass formed by a ply of radial cords toroidally extending between the bead portions , and a tread , comprising: a section width W and an outside diameter L such that a ratio W/L is 0.24 or less; a tread edge main groove that is an outermost main groove in at least half of a surface of the tread divided by a tire equatorial plane CL, the tread edge main groove being adjacent to a tread edge TE, separated from the tread edge TE in a tread width direction by a distance of at least 25% of a tread width TW, and extending in a tread circumferential direction; at least one transverse groove in an adjacent land portion adjacent to a tread edge land portion defined by the tread edge main groove and the tread edge TE, the transverse groove extending from the tread edge main groove in the tread width direction and terminating within the adjacent land portion , the at least one transverse groove being provided only on one half of the surface of the tread divided by the tire equatorial plane CL and not on the other half of the surface of the tread , the at least one transverse groove being provided on the outside of a vehicle in a vehicle-mounted tire; an auxiliary groove extending in the tread circumferential direction in the tread edge land portion within the half of the tread surface including the transverse groove ; and a sidewall of the land portion defined by the tread edge TE and the auxiliary groove , the sidewall extending inwards in the tread width direction with increasing distance in the groove depth direction. a section width W and an outside diameter L such that a ratio W/L is 0.24 or less; a tread edge main groove that is an outermost main groove in at least half of a surface of the tread divided by a tire equatorial plane CL, the tread edge main groove being adjacent to a tread edge TE, separated from the tread edge TE in a tread width direction by a distance of at least 25% of a tread width TW, and extending in a tread circumferential direction; at least one transverse groove in an adjacent land portion adjacent to a tread edge land portion defined by the tread edge main groove and the tread edge TE, the transverse groove extending from the tread edge main groove in the tread width direction and terminating within the adjacent land portion , the at least one transverse groove being provided only on one half of the surface of the tread divided by the tire equatorial plane CL and not on the other half of the surface of the tread , the at least one transverse groove being provided on the outside of a vehicle in a vehicle-mounted tire; an auxiliary groove extending in the tread circumferential direction in the tread edge land portion within the half of the tread surface including the transverse groove ; and a sidewall of the land portion defined by the tread edge TE and the auxiliary groove , the sidewall extending inwards in the tread width direction with increasing distance in the groove depth direction.
A method for adding zinc to a molten steel, comprising supplying zinc aluminate that is a composite oxide of ZnO and Al 2 O 3 and/or zinc silicate that is a composite oxide of ZnO and SiO 2 to the molten steel.
Magnetic field sensor having a magnet (M), which generates a magnetic field (F) having a magnetic field axis (f) and which has a magnet axis (a) and is received in a component , which is movable about at least one axis and has a component axis (b), wherein the magnet (M) is in the form of a cylindrical body (M1, M2, M3) and the magnet axis (a) is in the form of a cylinder axis (a) and a radially symmetrical magnetic field with radially symmetrically arranged field lines is produced, characterized in that the magnetic field axis (f) deviates from the magnet axis (a) on account of production-related deviations and the magnet (M1, M2, M3), for the purpose of correcting the deviation, is received in the component in such a way that the magnetic field axis (f) largely corresponds to the component axis (b), wherein the magnet axis (a) of the magnet (M3) corresponds to the component axis (b) and compensation bodies composed of magnetically permeable material are arranged in the peripheral region of the magnet (M3).
A sensor assembly with at least one sensor for detecting objects in a monitoring area, characterised in that at least two diverse, mutually independent input data are received or generated as a function of sensor signals from the at least one sensor and are each supplied to a processing unit with an AI (artificial intelligence) processing algorithm , and in that processing results generated in the processing units are combined to form an overall result forming an output signal of the sensor assembly .
A cover part of a metallurgical melting vessel for covering an opening of a cavity of a ladle part of the metallurgical melting vessel , wherein the cover part comprises a collar part , which can protrude into the cavity of the ladle part , in order to reduce the risk of formation of skull on the metallurgical melting vessel , characterized in that fastening elements serve for the arrangement of the collar part , wherein said fastening elements are arranged on the collar part such that they protrude vertically downward from the cover part and adjustable with respect to their length, preferably realized in the form of length-adjustable chains.
A subsea line clamp assembly, comprising a body (10; 110) having an axis and a clamp member (50; 150), the body comprising at least first and second body segments (20a,b,c; 120a,b,c) adapted to be assembled around a subsea line , the clamp member comprising at least first and second clamp member segments (60a,b,c; 160a,b,c), the clamp member (50;150) being movable relative to the body (10;110) and having an outer surface adapted to engage an inner surface of the body (10;110), and an inner surface adapted to engage the subsea line within the subsea line clamp assembly, the inner surface of the body (10;110) having at least one first tapered portion, and the outer surface of the clamp member (50;150) having at least one second tapered portion arranged to engage the first tapered portion on the inner surface of the body (10;110), wherein the clamp member (50; 150) and the body (10;110) are divided in a direction along the axis into the same number of segments 20a,b,c; 120a,b,c; 60a,b,c; 160a,b,c), with each body segment (20a,b,c; 120a,b,c) having a respective clamp member segment (60a,b,c; 160a,b,c), characterised in that the body (50;150) has an anchor attachment point (19a,b,c; 119a,b,c) adapted to tether the body (10;110) to a subsea anchor (5a,b), and wherein each body segment (20a,b,c;120a,b,c) has a larger angular dimension than its respective clamp member segment (60a,b,c; 160a,b,c); and wherein the clamp member (50; 150) and the body (10; 110) are divided into axial sections , with each axial body section having a respective axial clamp member section; and wherein each axial body section has a larger axial dimension than its respective axial clamp member section; and wherein at least one end face of each of the axial clamp member sections is axially spaced from at least one end face of an adjacent axial clamp member section.
A reconfigurable solar collector for managing crop yield through varied shading, comprising: a telescoping base comprising a fixed tube and a telescoping mounting post extensible from a top end of said fixed tube and being retractable to a position in which a top end of said base is positioned below a ground surface of a crop field; a support pole removably mountable on said telescoping mounting post ; and a panel array moveable from a deployed, generally horizontal position providing shade to crops located below said panel array toward a collapsed, generally vertical position, the panel array including multiple individual panels carrying photovoltaic cells on their top surface. a telescoping base comprising a fixed tube and a telescoping mounting post extensible from a top end of said fixed tube and being retractable to a position in which a top end of said base is positioned below a ground surface of a crop field; a support pole removably mountable on said telescoping mounting post ; and a panel array moveable from a deployed, generally horizontal position providing shade to crops located below said panel array toward a collapsed, generally vertical position, the panel array including multiple individual panels carrying photovoltaic cells on their top surface.
Rail arrangement (SA) for a longitudinal adjuster of a vehicle seat , comprising at least one pair of seat rails with at least two seat rails , wherein one seat rail is fixed on the vehicle and another seat rail is movable and displaceable with respect to the seat rail fixed on the vehicle, characterized in that at least one of the seat rails additionally has, on a contact surface , a friction lining in a contact region with a brake device , wherein the vehicle seat can be stopped by a required frictional force between the brake device and one of the seat rails , the frictional force being increased in relation to conventional rail arrangements by means of a contact pressure applied to the friction lining by means of the brake device .
A positioning tag replacement method, comprising: obtaining , by a positioning server , a moving trajectory of a first positioning tag and a moving trajectory of a second positioning tag, wherein the first positioning tag corresponds to a first positioned object, and the second positioning tag has no corresponding positioned object; and setting, by the positioning server, the second positioning tag to correspond to the first positioned object if the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition, characterized in that the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition comprises: if the positioning server determines that both the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag match a preset moving trajectory, and that a distance between the first positioning tag and the second positioning tag meets a threshold, determining, by the positioning server, that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet the preset condition. obtaining , by a positioning server , a moving trajectory of a first positioning tag and a moving trajectory of a second positioning tag, wherein the first positioning tag corresponds to a first positioned object, and the second positioning tag has no corresponding positioned object; and setting, by the positioning server, the second positioning tag to correspond to the first positioned object if the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition, characterized in that the positioning server determines that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet a preset condition comprises: if the positioning server determines that both the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag match a preset moving trajectory, and that a distance between the first positioning tag and the second positioning tag meets a threshold, determining, by the positioning server, that the moving trajectory of the first positioning tag and the moving trajectory of the second positioning tag meet the preset condition.
A bag-in-box fluid supply , comprising: a bag comprising a spout extending therefrom, the spout comprising a flange coupled to a surface of the bag and comprising a lip formed on the spout distal to the bag; a box formed around the bag to maintain the bag therein; a wedge , coupled to the spout of the bag and shaped to conform to an interior surface of the box , so that it wedges a surface of the box between the lip and a surface of the bag; and a fluid interface to fluidically interface with the spout of the bag, the fluid interface comprising a fluidic channel and a collar disposed on a first end of the fluidic channel to secure the fluid interface to the spout. a bag comprising a spout extending therefrom, the spout comprising a flange coupled to a surface of the bag and comprising a lip formed on the spout distal to the bag; a box formed around the bag to maintain the bag therein; a wedge , coupled to the spout of the bag and shaped to conform to an interior surface of the box , so that it wedges a surface of the box between the lip and a surface of the bag; and a fluid interface to fluidically interface with the spout of the bag, the fluid interface comprising a fluidic channel and a collar disposed on a first end of the fluidic channel to secure the fluid interface to the spout.
An exchange-coupled film comprising an antiferromagnetic layer and pinned magnetic layer which are stacked, characterised in that the antiferromagnetic layer is composed of a PtCr sublayer and an XMn sublayer wherein X is Pt or Ir and the XMn sublayer is in contact with the pinned magnetic layer.
An electrical element having variable properties, comprising: a dielectric panel having electrically insulating properties; a bottom dielectric plate (205; 450); a conductive line provided over the dielectric panel ; a variable dielectric zone provided at a defined area below the conductive line , the variable dielectric zone comprising a variable dielectric constant material (VDC) sandwiched between the bottom dielectric plate (205; 450) and the dielectric panel , and having electrodes coupled to a voltage source; wherein the electrical element comprises: a variable filter wherein the conductive line comprises an input line of the variable filter , and wherein the variable filter comprises an output line provided on top of the dielectric panel , having no ohmic contact to the input line , wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line ; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone . a dielectric panel having electrically insulating properties; a bottom dielectric plate (205; 450); a conductive line provided over the dielectric panel ; a variable dielectric zone provided at a defined area below the conductive line , the variable dielectric zone comprising a variable dielectric constant material (VDC) sandwiched between the bottom dielectric plate (205; 450) and the dielectric panel , and having electrodes coupled to a voltage source; wherein the electrical element comprises: a variable filter wherein the conductive line comprises an input line of the variable filter , and wherein the variable filter comprises an output line provided on top of the dielectric panel , having no ohmic contact to the input line , wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line ; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone . a variable filter wherein the conductive line comprises an input line of the variable filter , and wherein the variable filter comprises an output line provided on top of the dielectric panel , having no ohmic contact to the input line , wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line ; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone .
A method for producing a partially separated fiber bundle wherein, while a fiber bundle comprising a plurality of single fibers is traveled along the lengthwise direction of the fiber bundle, a separation means provided with a plurality of projected parts is penetrated into the fiber bundle to create a separation-processed part, and entangled parts, where the single fibers are interlaced, are formed at contact parts with the projected parts in at least one separation-processed part, thereafter the separation means is removed from the fiber bundle, and after passing through an entanglement accumulation part including the entangled parts, the separation means is penetrated again into the fiber bundle, characterized in that a separation means in which the intervals of the projected parts are nonuniform in the width direction of the fiber bundle is penetrated, and separation processing is performed in a nonuniform manner with respect to the width direction of the fiber bundle.
A shaft for a propulsion system configured to drive a reduction mechanism a first end , configured to engage an input gear of the reduction mechanism , a first bellows and a second bellows , the first bellows and the second bellows being revolutionnally symmetrical about the axis of rotation (X), the first bellows extends between the first end and the second bellows , and a shaft mechanically connecting the first bellows and the second bellows , the shaft having a first diameter at the level of the first bellows and a second diameter at the level of the second bellows , the shaft being characterized in that the shank is frustoconical and in that the second diameter is strictly smaller than the first diameter. a first bellows and a second bellows , the first bellows and the second bellows being revolutionnally symmetrical about the axis of rotation (X), the first bellows extends between the first end and the second bellows , and a shaft mechanically connecting the first bellows and the second bellows , the shaft having a first diameter at the level of the first bellows and a second diameter at the level of the second bellows , the shaft being characterized in that the shank is frustoconical and in that the second diameter is strictly smaller than the first diameter.
Polymer comprising (i) a first monomer unit M 1 of formula (I) in a first molar ratio m 1 ; (ii) a second monomer unit M 2 of formula (II) in a second molar ratio m 2 ; (iii) one or more third monomer units M 3 , each being independently of each other selected from the group consisting of formula (III), formula (IV), formula (V), and formula (VI), in a third molar ratio m 3 , (iv) one or more fourth monomer units M 4 , each independently of the other, one or more electron donors comprising a group selected from the group consisting of aryl, heteroaryl, ethene-2,1-diyl (*-(R 81 )C=C(R 82 )-*) and ethyndiyl (*-C≡C-*), wherein such aryl or heteroaryl group is different from formulae (I) to (VI), in a fourth molar ratio m 4 , and (v) a fifth monomer unit M 5 of formula (VII) in a fifth molar ratio m 5 , wherein, independently at each occurrence, one of X 1 and X 2 is N and the other is C-R 71 , and X 3 is at each occurrence independently selected from the group consisting of O, S, Te, Se and N-R 91 , wherein the polymer comprises monomer unit M 1 and monomer unit M 2 , and the sum of first molar ratio m 1 and second molar ratio m 2 is at least 0.10 and at most 0.90, the third molar ratio m 3 is at least 0 and at most 0.80, the fourth molar ratio m 4 is at least 0 and at most 0.20, the fifth molar ratio m 5 is at least 0.10 and at most 0.90, and m 1 + m 2 + m 3 + m 4 + m 5 = 1, with the respective molar ratios m 1 to m 5 being relative to the total number of monomer units M 1 to M 5 , and wherein, independently at each occurrence, R 11 to R 14 , R 21 to R 24 , R 31 to R 34 , R 41 to R 43 , R 51 to R 58 , R 61 to R 68 , R 71 , R 81 to R 82 and R 91 are independently of each other H or a carbyl group. (i) a first monomer unit M 1 of formula (I) in a first molar ratio m 1 ; (ii) a second monomer unit M 2 of formula (II) in a second molar ratio m 2 ; (iii) one or more third monomer units M 3 , each being independently of each other selected from the group consisting of formula (III), formula (IV), formula (V), and formula (VI), in a third molar ratio m 3 , (iv) one or more fourth monomer units M 4 , each independently of the other, one or more electron donors comprising a group selected from the group consisting of aryl, heteroaryl, ethene-2,1-diyl (*-(R 81 )C=C(R 82 )-*) and ethyndiyl (*-C≡C-*), wherein such aryl or heteroaryl group is different from formulae (I) to (VI), in a fourth molar ratio m 4 , and (v) a fifth monomer unit M 5 of formula (VII) in a fifth molar ratio m 5 , wherein, independently at each occurrence, one of X 1 and X 2 is N and the other is C-R 71 , and X 3 is at each occurrence independently selected from the group consisting of O, S, Te, Se and N-R 91 ,
A device for processing logs, comprising: a deicing apparatus , a debarking apparatus , arranged downstream of the deicing apparatus, a thermal camera , arranged to acquire a thermal image of at least one log downstream of the debarking apparatus, and a processing device , configured to: receive the thermal image from the thermal camera, to process the thermal image to determine a log surface temperature, and to provide a deicing control signal to the deicing apparatus based on the log surface temperature. a deicing apparatus , a debarking apparatus , arranged downstream of the deicing apparatus, a thermal camera , arranged to acquire a thermal image of at least one log downstream of the debarking apparatus, and a processing device , configured to: receive the thermal image from the thermal camera, to process the thermal image to determine a log surface temperature, and to provide a deicing control signal to the deicing apparatus based on the log surface temperature. receive the thermal image from the thermal camera, to process the thermal image to determine a log surface temperature, and to provide a deicing control signal to the deicing apparatus based on the log surface temperature.