mhurhangee/patent-ind-claim-en huggingface dataset:
A beam having a cross section, which is substantially rectangular, with short sides of the rectangle being substantially horizontal and long sides of the rectangle defining side surfaces of the beam, the beam presenting a predetermined main bending direction (B), which is perpendicular to the short side provided by a vertical load, the member comprising: a plurality of glued-together wood lamellae , each having a lamella cross section which is parallel with a cross section of the beam and a longitudinal direction which is parallel with a longitudinal direction of the beam and with a principal grain direction of the wood lamellae , and the lamellae are formed as radial sections of a log, wherein the lamellae present cross sections, which are triangular or trapezoidal and present a respective planar major base surface (bs1) that is formed at a radially outer part of the log, and wherein the planar major base surfaces are parallel to the short side of the cross section, characterized in that the base surfaces (bs1) are perpendicular to the main bending direction (B), wherein the beam comprises at least two glued-together layers (L1, L2, L3) of lamellae that are arranged such that major base surfaces (bs1) of a pair of immediately adjacent lamellae (bs1) face opposite directions, and wherein said layers (L1, L2, L3) are arranged base surface to base surface. a plurality of glued-together wood lamellae , each having a lamella cross section which is parallel with a cross section of the beam and a longitudinal direction which is parallel with a longitudinal direction of the beam and with a principal grain direction of the wood lamellae , and the lamellae are formed as radial sections of a log, wherein the lamellae present cross sections, which are triangular or trapezoidal and present a respective planar major base surface (bs1) that is formed at a radially outer part of the log, and wherein the planar major base surfaces are parallel to the short side of the cross section, characterized in that the base surfaces (bs1) are perpendicular to the main bending direction (B), wherein the beam comprises at least two glued-together layers (L1, L2, L3) of lamellae that are arranged such that major base surfaces (bs1) of a pair of immediately adjacent lamellae (bs1) face opposite directions, and wherein said layers (L1, L2, L3) are arranged base surface to base surface.
A method for producing a corrugated fin element for a heating register or for another heating device, wherein a flow can pass around said corrugated fin element, wherein the corrugated fin element comprises a plurality of corrugated fins of wave-shaped design, the method comprising the steps of: producing a corrugated fin basic element such that apexes of the corrugated fins are in contact with each other or are arranged at a small distance to each other, characterized in that the method comprises the following step: impacting the basic element with a tensile force (F) such that a distance (D) between the apexes is increased by deformation and the total length of the corrugated fin element thus increases correspondingly.
A shrinkable cable joint comprising: a joint insulating layer surrounding a connection region configured to house two connected cable ends when the joint is installed on the connected cable ends; a joint semiconductive layer surrounding the joint insulating layer ; a joint screen layer surrounding the joint semiconductive layer ; a joint sheath surrounding the joint screen layer ; and a capacitive voltage sensor arranged between the joint screen layer and said joint semiconductive layer and comprising: a sensor insulating layer having a first side and an opposite second side ; a sensor electrode and a guard electrode arranged on said second side and directly contacting the joint semiconductive layer ; a sensor conductive layer arranged on said first side and comprising a first conductive layer portion in direct contact with the joint screen layer and electrically connected to the guard electrode and a second conductive layer portion electrically connected to the sensor electrode ; the sensor conductive layer extending on the first side . a joint insulating layer surrounding a connection region configured to house two connected cable ends when the joint is installed on the connected cable ends; a joint semiconductive layer surrounding the joint insulating layer ; a joint screen layer surrounding the joint semiconductive layer ; a joint sheath surrounding the joint screen layer ; and a capacitive voltage sensor arranged between the joint screen layer and said joint semiconductive layer and comprising: a sensor insulating layer having a first side and an opposite second side ; a sensor electrode and a guard electrode arranged on said second side and directly contacting the joint semiconductive layer ; a sensor conductive layer arranged on said first side and comprising a first conductive layer portion in direct contact with the joint screen layer and electrically connected to the guard electrode and a second conductive layer portion electrically connected to the sensor electrode ; the sensor conductive layer extending on the first side . a sensor insulating layer having a first side and an opposite second side ; a sensor electrode and a guard electrode arranged on said second side and directly contacting the joint semiconductive layer ; a sensor conductive layer arranged on said first side and comprising a first conductive layer portion in direct contact with the joint screen layer and electrically connected to the guard electrode and a second conductive layer portion electrically connected to the sensor electrode ; the sensor conductive layer extending on the first side .
A method of cooling a main roll , the main roll including a shaft extending along a rotation axis of the main roll and a die disposed so as to surround the shaft, the main roll being used for ring rolling, the main roll being cooled in a state in which one side in a rotation axis direction faces upward, the method being characterized in that it comprises the step of: cooling the shaft of the main roll by injecting a liquid into a receiving part , the receiving part being recessed from an upper end surface of the die of the main roll facing the one side in the rotation axis direction, the receiving part surrounding the shaft of the main roll.
Frameless glass door or window arrangement comprising a static frame connected to a movably mounted or stationary casement through a hardware means , wherein said static frame comprises at least one draining duct , wherein said casement comprises a multiple glazing with at least an external glass plate and an internal glass plate spaced apart from each other at least by a spacer and at least a cordon of sealant fastening said glass plates together, at least a weather sealing means being provided between the static frame and the external glass plate , and at least one drip groove being provided on the glazing, wherein said at least one drip groove is provided between the plan defined by the external surface of the external glass plate and the plan defined by the internal surface of the internal glass plate , and wherein said at least one drip groove is provided between the plan defined by the external surface of the external glass plate and before the hardware means for actuating the arrangement. wherein said static frame comprises at least one draining duct , wherein said casement comprises a multiple glazing with at least an external glass plate and an internal glass plate spaced apart from each other at least by a spacer and at least a cordon of sealant fastening said glass plates together, at least a weather sealing means being provided between the static frame and the external glass plate , and at least one drip groove being provided on the glazing, wherein said at least one drip groove is provided between the plan defined by the external surface of the external glass plate and the plan defined by the internal surface of the internal glass plate , and wherein said at least one drip groove is provided between the plan defined by the external surface of the external glass plate and before the hardware means for actuating the arrangement.
A crystal of a hydrochloride of 2-( -1-(5-(4-chloro-3,5-difluorophenyl)-7-((2-fluoro-6-methylphenyl)(methyl)amino) pyrazolo[1,5-a]pyrimidine-2-carbonyl)-3-methoxypiperidin-4-yl)acetic acid represented by formula (I).
A multi-filament high temperature superconducting cable, comprising: a plurality of stacked exfoliated filaments , each of said filaments including a superconducting layer and a stabilizing metal layer in the absence of a substrate layer and a buffer layer, and wherein the adjacent stacked filaments are soldered to one another with a low temperature solder and maintained in uniform mechanical contact with each other to allow the uninterrupted flow of current from the superconducting layer of one filament to the superconducting layer of an adjacent layer, and wherein said uniform mechanical contact provides a level of contact resistance between adjacent stacked filaments of less than about 10 μΩcm 2 .
A pet food comprising protein, curdlan and an adsorptive agent, wherein the adsorptive agent is selected from the group consisting of activated charcoal and a silicate or a combination of these, wherein the pet food is a wet pet food with a moisture content of at least 40 wt%, based on the total weight of the pet food.
A work vehicle to which a plurality of working machines is attachable, the work vehicle characterized by comprising: a display unit configured to display, in a selectable manner, working machines that are attached and able to be interlocked (OFF), and to display, in an identifiable manner, a currently interlocked working machine (ON); an operation unit with which an operation of selecting and determining a working machine displayed, on the display unit , is performed; and a control unit configured to perform control in such a manner that, when an operation of determining a desired working machine is performed with the operation unit, interlocking of the currently interlocked working machine (ON) is released and the desired working machine determined by the operation is interlocked (OFF), characterized in that the display unit is further configured to display a working machine that is not attached but is able to be interlocked (OFF), in an identifiable and non-selectable manner. a display unit configured to display, in a selectable manner, working machines that are attached and able to be interlocked (OFF), and to display, in an identifiable manner, a currently interlocked working machine (ON); an operation unit with which an operation of selecting and determining a working machine displayed, on the display unit , is performed; and a control unit configured to perform control in such a manner that, when an operation of determining a desired working machine is performed with the operation unit, interlocking of the currently interlocked working machine (ON) is released and the desired working machine determined by the operation is interlocked (OFF), characterized in that the display unit is further configured to display a working machine that is not attached but is able to be interlocked (OFF), in an identifiable and non-selectable manner.
A computer-implemented method , comprising: computing a first matrix of intensity gradients based on a first frame of a video and a first degree local gradient in a three-by-three neighborhood of pixels around a first pixel; computing a second matrix of intensity gradients based on the first frame and a second degree local gradient in a five-by-five neighborhood of pixels around the first pixel; computing a Mahalanobis distance between the first matrix of intensity gradients and the second matrix of intensity gradients; and determining that the first pixel is defective when the Mahalanobis distance crosses a threshold, wherein computing the Mahalanobis distance comprises: calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix. computing a first matrix of intensity gradients based on a first frame of a video and a first degree local gradient in a three-by-three neighborhood of pixels around a first pixel; computing a second matrix of intensity gradients based on the first frame and a second degree local gradient in a five-by-five neighborhood of pixels around the first pixel; computing a Mahalanobis distance between the first matrix of intensity gradients and the second matrix of intensity gradients; and determining that the first pixel is defective when the Mahalanobis distance crosses a threshold, wherein computing the Mahalanobis distance comprises: calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix. calculating a vector based on a difference between a mean associated with the first matrix of intensity gradients and a mean associated with the second matrix of intensity gradients; computing a three-by-three covariance matrix based on the second matrix of intensity gradients; and computing the Mahalanobis distance based on the vector and the covariance matrix.
A liner assembly for insertion into a pipe, said liner assembly comprising: an extender tube ; a connector portion ; and a liner tube configured to be impregnated with a hardenable fluid; a first end of said extender tube being in substantially fluid tight communication with a first end of said connector portion ; a second end of said connector portion forming a substantially fluid tight, detachable connection with a first end of said liner tube to form a first connection; said extender tube , connector portion and liner tube forming a continuous tubular construction which is capable of eversion; characterized in that the liner assembly comprises a sealing member arranged to inhibit passage of said fluid from the liner tube to the extender tube or the connector portion when the liner assembly is in a lay-flat configuration prior to being everted. an extender tube ; a connector portion ; and a liner tube configured to be impregnated with a hardenable fluid; a first end of said extender tube being in substantially fluid tight communication with a first end of said connector portion ; a second end of said connector portion forming a substantially fluid tight, detachable connection with a first end of said liner tube to form a first connection; said extender tube , connector portion and liner tube forming a continuous tubular construction which is capable of eversion; characterized in that the liner assembly comprises a sealing member arranged to inhibit passage of said fluid from the liner tube to the extender tube or the connector portion when the liner assembly is in a lay-flat configuration prior to being everted.
A method for in situ remediation of a damaged support row assembly in a roller bearing assembly rotatively coupling a vessel to a turret , the roller bearing assembly having a support row assembly disposed between an inner ring connected to the turret and an outer lower ring connected to the vessel, a plurality of inner ring stud bolts securing the inner ring to the turret and a plurality of outer ring stud bolts securing the outer lower ring to the vessel, the method comprising the steps of: securing a coupler to a lower end of each of the plurality of inner ring stud bolts ; assembling a continuous bearing ring below the couplers and around the circumference of the turret ; installing a support bearing arrangement between the couplers and the continuous bearing ring ; providing a plurality of reaction plates , each reaction plate having at least one jack screw mounted therein; mounting the plurality of reaction plates to a turret supporting structure of the vessel, wherein the jack screws are positioned directly below the continuous bearing ring ; turning the plurality of jack screws to elevate the continuous bearing ring and form a flat surface for support of the bearing arrangement ; and transferring the axial load of the turret from the damaged support row assembly to the support bearing arrangement . securing a coupler to a lower end of each of the plurality of inner ring stud bolts ; assembling a continuous bearing ring below the couplers and around the circumference of the turret ; installing a support bearing arrangement between the couplers and the continuous bearing ring ; providing a plurality of reaction plates , each reaction plate having at least one jack screw mounted therein; mounting the plurality of reaction plates to a turret supporting structure of the vessel, wherein the jack screws are positioned directly below the continuous bearing ring ; turning the plurality of jack screws to elevate the continuous bearing ring and form a flat surface for support of the bearing arrangement ; and transferring the axial load of the turret from the damaged support row assembly to the support bearing arrangement .
Bus-capable function module which can be connected in series for controlling and/or monitoring technical processes, comprising - a mounting base having latching means for fastening onto a mounting rail with at least one lateral bus line contact, as well as a plug connector which is connected to the bus line contact; - a printed circuit board inserted into the plug connector along a first edge and having contact elements on a second edge parallel to the first edge; - a connection frame which is pivotably hinged to the mounting base and which in a pivoted closed position engages over the printed circuit board along its second edge and which provides at least one insertion slot ; - at least one connection module , which is inserted into the at least one insertion slot and provides connections on an accessible upper side and has a connector on an opposite lower side, which connector is plugged onto the printed circuit board in a pivoted closed position of the connection frame and contacts the contact elements thereof; characterized in that - the printed circuit board is of stepped design along its second edge , whereby at least two sections are formed in which the printed circuit board projects differently far in the direction of the connection frame , wherein - the contact elements for the connector of the at least one connection module are located in a first section , and wherein - the printed circuit board has at least one connection element in a second section , which is directly accessible through an opening in the connection frame . - a mounting base having latching means for fastening onto a mounting rail with at least one lateral bus line contact, as well as a plug connector which is connected to the bus line contact; - a printed circuit board inserted into the plug connector along a first edge and having contact elements on a second edge parallel to the first edge; - a connection frame which is pivotably hinged to the mounting base and which in a pivoted closed position engages over the printed circuit board along its second edge and which provides at least one insertion slot ; - at least one connection module , which is inserted into the at least one insertion slot and provides connections on an accessible upper side and has a connector on an opposite lower side, which connector is plugged onto the printed circuit board in a pivoted closed position of the connection frame and contacts the contact elements thereof; - the printed circuit board is of stepped design along its second edge , whereby at least two sections are formed in which the printed circuit board projects differently far in the direction of the connection frame , wherein - the contact elements for the connector of the at least one connection module are located in a first section , and wherein - the printed circuit board has at least one connection element in a second section , which is directly accessible through an opening in the connection frame .
A device for pollution control of air (DD) for a vehicle (V) including a passenger compartment (H), navigation means (MN) arranged for determining a route starting at a selected departure time as a function of cartographic data and of traffic information data, and communication means (MCN) suitable to connect to a communication network (RC), said device including research means (MR) arranged to determine data representative of a quality of the exterior air on said route, via said communication means (MCN), and control means (MCT) arranged to determine and control a pollution control strategy of the air supplying said passenger compartment (H) on said route, as a function of at least said determined quality data of the exterior air and of cartographic data and traffic information relating to said route, characterized in that said control means (MCT) are arranged to determine pollution control time domains as a function of estimations of geographical positions of said vehicle (V) at estimated times by said navigation means (MN), these pollution control time domains participating in the definition of said strategy, and in that said control means (MCT) are arranged to determine geographical positions situated respectively a little before locations of the route where at least one level of concentration of the exterior pollution should be greater than a predefined threshold, so as to associate a pollution control phase at each of said determined geographical positions, and so as to trigger each pollution control phase when they are informed by said navigation means (MN) of the arrival of said vehicle (V) at said associated geographical position.
An ambulatory rehabilitation device (10; 31; 40) comprising a movable structure for assisting an individual in the exercise of at least one movement of walking on the ground having means for supporting said individual comprising a support harness adapted to grip at least a portion of the trunk of said individual, preferably a portion of the pelvis of said individual, characterised in that said movable structure comprises a motorized automated guided trolley (14; 34; 41) the trolley being configured to move on the ground, and in that it comprises: - means for collecting a plurality of information representative of the position and movement of at least a portion of the trunk and/or at least a portion of each foot of said individual; - means for determining data representative of the gait of said individual as a function of said plurality of information; and - means for automatically guiding said trolley comprising means for controlling the means for actuating at least one drive wheel of said trolley in accordance with said data representative of the gait of said individual. - means for collecting a plurality of information representative of the position and movement of at least a portion of the trunk and/or at least a portion of each foot of said individual; - means for determining data representative of the gait of said individual as a function of said plurality of information; and - means for automatically guiding said trolley comprising means for controlling the means for actuating at least one drive wheel of said trolley in accordance with said data representative of the gait of said individual.