mhurhangee/patent-ind-claim-en huggingface dataset:
A screening body for a screening arrangement including a top element defining a longitudinal direction, said screening body comprising a plurality of slats and a fabric layer having a top surface and a bottom surface , each slat extending in a longitudinal direction between two end edges and having first and second side edges parallel to the longitudinal direction, the screening body being adapted to be wound up in and rolled out from said top element in a direction perpendicular to said longitudinal direction to a screening position in which the screening body defines a general screening plane; in which each of the slats is composed of at least one metal strip connected to the fabric layer , wherein the at least one first metal strip comprises aluminium, wherein the at least one metal strip is coated with a coating on at least the side facing the fabric layer and an adhesive layer binds the metal strip to the fabric layer ; the screening body being characterised in that the coating comprises epoxy, wherein the adhesive composition of the adhesive layer comprises thermoplastic polyurethane or polyethylene terephthalate. the at least one metal strip is coated with a coating on at least the side facing the fabric layer and an adhesive layer binds the metal strip to the fabric layer ; the screening body being characterised in that the coating comprises epoxy, wherein the adhesive composition of the adhesive layer comprises thermoplastic polyurethane or polyethylene terephthalate.
A low frequency torsional vibration damper comprising: an annular inertia member defining an annular recess for receiving an elastomeric O-ring in a radial outer surface or a radial inner surface thereof and defining generally opposing annular recesses for receiving elastomeric O-rings , one each, in opposing top and bottom surfaces thereof, the opposing annular recesses being positioned proximate whichever of the radial outer surface or the radial inner surface has the annular recess ; a plurality of elastomeric O-rings , one each seated in the annular recess and the opposing annular recesses; characterized by a hub defining an annular receptacle with opposing sidewalls that each comprise a plurality of spaced apart tabs ; wherein the annular inertia member is seated in the annular receptacle with the plurality of spaced apart tabs permanently deformed against the plurality of elastomeric O-rings , thereby operatively coupling the hub to the inertia member for rotation together; wherein when the inertia member defines the outer diameter of the torsional vibration damper , the hub is mountable on a shaft, and when the inertia member defines the inner diameter of the torsional vibration damper , the hub is mountable inside a shaft. an annular inertia member defining an annular recess for receiving an elastomeric O-ring in a radial outer surface or a radial inner surface thereof and defining generally opposing annular recesses for receiving elastomeric O-rings , one each, in opposing top and bottom surfaces thereof, the opposing annular recesses being positioned proximate whichever of the radial outer surface or the radial inner surface has the annular recess ; a plurality of elastomeric O-rings , one each seated in the annular recess and the opposing annular recesses; characterized by a hub defining an annular receptacle with opposing sidewalls that each comprise a plurality of spaced apart tabs ; wherein the annular inertia member is seated in the annular receptacle with the plurality of spaced apart tabs permanently deformed against the plurality of elastomeric O-rings , thereby operatively coupling the hub to the inertia member for rotation together; wherein when the inertia member defines the outer diameter of the torsional vibration damper , the hub is mountable on a shaft, and when the inertia member defines the inner diameter of the torsional vibration damper , the hub is mountable inside a shaft.
A capacitor comprising: a porous metal base material ; a dielectric layer formed on the porous metal base material ; an upper electrode formed on the dielectric layer ; a first terminal electrode electrically connected to the porous metal base material; and a second terminal electrode electrically connected to the upper electrode, wherein the porous metal base material comprises a high-porosity part and low-porosity part , and the low-porosity part is present at a pair of opposed side surface parts of the porous metal base material, characterised in that an additional low-porosity part is further formed between the low-porosity part present at the pair of opposed side surface parts of the porous metal base material ; said additional low-porosity part formed so as to connect said pair of opposed side-surface low-porosity part and the additional low-porosity part completely covered with the high-porosity part of the porous metal base material so as to be buried in said high-porosity part . a porous metal base material ; a dielectric layer formed on the porous metal base material ; an upper electrode formed on the dielectric layer ; a first terminal electrode electrically connected to the porous metal base material; and a second terminal electrode electrically connected to the upper electrode, wherein the porous metal base material comprises a high-porosity part and low-porosity part , and the low-porosity part is present at a pair of opposed side surface parts of the porous metal base material, characterised in that an additional low-porosity part is further formed between the low-porosity part present at the pair of opposed side surface parts of the porous metal base material ;
Heat exchanger element comprising a plurality of components (2-8, 10, 11, 13, 14) which are welded together, a) wherein two of the components form a corner joint , b) wherein a root counter weld is formed as a V-seam, c) wherein the V-seam of the root counter weld is located obliquely to a welding seam produced by electron beam welding, characterised in that d) on one component a set-back shoulder is formed as support for the second component so that an L-shaped welding joint is formed, e) wherein adjacent to the shoulder a set-back hollow in the first component and in the second component is arranged as seam preparation for the root counter weld , f) wherein in the hollow the root counter weld is located, by means of which a lower leg of the L-shaped welding joint is melted and the components are joined together, g) wherein from the opposite side in the upper leg of the L-shaped welding joint an I-shaped welding seam produced by electron beam welding is directed to the root counter weld and the welding joint is completely filled from the opposite side, wherein the V-seam of the root counter weld is located obliquely to the lower leg of the L-shaped welding joint . a) wherein two of the components form a corner joint , b) wherein a root counter weld is formed as a V-seam, c) wherein the V-seam of the root counter weld is located obliquely to a welding seam produced by electron beam welding, characterised in that d) on one component a set-back shoulder is formed as support for the second component so that an L-shaped welding joint is formed, e) wherein adjacent to the shoulder a set-back hollow in the first component and in the second component is arranged as seam preparation for the root counter weld , f) wherein in the hollow the root counter weld is located, by means of which a lower leg of the L-shaped welding joint is melted and the components are joined together, g) wherein from the opposite side in the upper leg of the L-shaped welding joint an I-shaped welding seam produced by electron beam welding is directed to the root counter weld and the welding joint is completely filled from the opposite side, wherein the V-seam of the root counter weld is located obliquely to the lower leg of the L-shaped welding joint .
A turbocharger turbine housing assembly seal comprising: a cylindrical portion that defines an opening having an axis, wherein the cylindrical portion is disposed at a cylinder radius from the axis over an axial span; a lower edge disposed at a lower edge radius that exceeds the cylinder radius; a sloped annular portion that extends radially inwardly from the lower edge, wherein the sloped annular portion comprises a slope angle greater than 10 degrees and less than 20 degrees and wherein the sloped annular portion rises axially from the lower edge at the slope angle over a length that is a hypotenuse of a triangle with the slope angle as the interior angle; a lower bend that extends from the sloped annular portion to a lower axial position of the cylindrical portion, the lower bend defined in part by a radius of curvature and an axial dimension; an upper bend that extends from an upper axial position of the cylindrical portion; and an upper edge that extends radially outwardly from the upper bend to an upper edge radius that exceeds the cylinder radius and that is less than the lower edge radius, wherein the turbocharger turbine housing assembly seal further comprises an uncompressed axial height, wherein the axial span of the cylindrical portion is greater than 25 percent of the uncompressed axial height, and wherein the turbocharger turbine housing assembly seal has a spring constant such that its overall axial height changes in a substantially linear manner with respect to an applied force and such that the cylindrical portion maintains a substantially axial orientation while the slope angle decreases. a cylindrical portion that defines an opening having an axis, wherein the cylindrical portion is disposed at a cylinder radius from the axis over an axial span; a lower edge disposed at a lower edge radius that exceeds the cylinder radius; a sloped annular portion that extends radially inwardly from the lower edge, wherein the sloped annular portion comprises a slope angle greater than 10 degrees and less than 20 degrees and wherein the sloped annular portion rises axially from the lower edge at the slope angle over a length that is a hypotenuse of a triangle with the slope angle as the interior angle; a lower bend that extends from the sloped annular portion to a lower axial position of the cylindrical portion, the lower bend defined in part by a radius of curvature and an axial dimension; an upper bend that extends from an upper axial position of the cylindrical portion; and an upper edge that extends radially outwardly from the upper bend to an upper edge radius that exceeds the cylinder radius and that is less than the lower edge radius, wherein the turbocharger turbine housing assembly seal further comprises
Batch-off installation having a cleaning system for the sectional cleaning of the batch-off installation , wherein the cleaning system has at least one collecting container for a mixture (G) to be collected, which contains at least anti-adhesive residues, and at least one foam collecting container , wherein the at least one collecting container has at least one foam skimming device , wherein the foam skimming device is designed to separate foam constituents (S) of the mixture (G) from liquid constituents (F) of the mixture (G) and to transport the foam constituents (S) to the at least one foam collecting container .
A horizontal rotation driving device for large-scale heliostat, comprising a base and an upper pedestal , wherein the upper pedestal is rotatably connected to the base , an eccentric shaft is provided on the base , the eccentric shaft being deviated from a rotation axis of the upper pedestal ; and at least three hydraulic cylinders are provided circumferentially on the upper pedestal , the hydraulic cylinders being rotatably connected to the upper pedestal , and a front end of a piston rod of the hydraulic cylinders being rotatably connected to the eccentric shaft , wherein trunnions are provided symmetrically on both sides of the hydraulic cylinder , a trunnion mounting seat is provided on the upper pedestal , a trunnion hole is provided in the trunnion mounting seat for connection of the trunnions , characterized in that a bushing is provided between the trunnion and the trunnion hole, and in that, the trunnion mounting seat comprises an inner trunnion mounting seat and an outer trunnion mounting seat , the inner trunnion mounting seat and the upper pedestal are integrally molded, the outer trunnion mounting seat is bolted to the inner trunnion mounting seat ; the inner trunnion mounting seat is provided with a first half trunnion hole, the outer trunnion mounting seat is provided with a second half trunnion hole corresponding to the first half trunnion hole, the first half trunnion hole and the second half trunnion hole are snap-fitted to each other to form the trunnion hole; and the outer trunnion mounting seat is provided with a sealing cover on the side away from the inner trunnion mounting seat , the sealing cover being fitted over the outer side of the hydraulic cylinder .
A method of submitting transit signal priority (TSP) requests, comprising: receiving TSP information of a vehicle by a phase selector at a current time; determining from the TSP information, an estimated time of arrival (ETA) of the vehicle at an intersection having a traffic signal controlled by an intersection controller; determining a phase of the traffic signal at the ETA, wherein the phase at the ETA is an arrival phase; determining whether the arrival phase is a green phase or a non-green phase; determining a phase-relative arrival time within the arrival phase at which the ETA occurs; determining a time to issue the TSP request based on the phase-relative arrival time; determining a non-green truncation threshold and a green extension threshold based on an average of deviations of ETAs of a plurality of vehicles from associated actual times of arrival (ATAs) of the vehicles; determining whether to truncate a non-green phase or extend a green phase based on the phase-relative arrival time relative to the non-green truncation threshold and the green extension threshold in the arrival phase, respectively; and issuing the TSP request by the phase selector to the intersection controller at the determined time. receiving TSP information of a vehicle by a phase selector at a current time; determining from the TSP information, an estimated time of arrival (ETA) of the vehicle at an intersection having a traffic signal controlled by an intersection controller; determining a phase of the traffic signal at the ETA, wherein the phase at the ETA is an arrival phase; determining whether the arrival phase is a green phase or a non-green phase; determining a phase-relative arrival time within the arrival phase at which the ETA occurs; determining a time to issue the TSP request based on the phase-relative arrival time; determining a non-green truncation threshold and a green extension threshold based on an average of deviations of ETAs of a plurality of vehicles from associated actual times of arrival (ATAs) of the vehicles; determining whether to truncate a non-green phase or extend a green phase based on the phase-relative arrival time relative to the non-green truncation threshold and the green extension threshold in the arrival phase, respectively; and issuing the TSP request by the phase selector to the intersection controller at the determined time.
Top case for a motor vehicle, in particular a motorcycle or a motor vehicle similar to a motorcycle, comprising an integrated loudspeaker arrangement having a loudspeaker housing and at least one loudspeaker that is connected to the loudspeaker housing , wherein the top case at least in portions forms the loudspeaker housing , wherein the loudspeaker housing comprises a horn-shaped duct that in an air-conducting manner is connected to a rear side of the loudspeaker , characterized in that the horn-shaped duct comprises at least one tubular portion and one horn portion that is widened towards an exit opening of the horn-shaped duct, wherein an entry of the tubular portion faces and is connected in an air-conducting manner to the rear side of the loudspeaker or a receptacle space of an associated loudspeaker receptacle , and the tubular portion in the further profile thereof opens into the horn portion which along the profile thereof widens up to the exit opening at a distal end of the horn portion .
An optical box for installing an optical access network, said optical box comprising: - an outer casing comprising a first fixing member configured to fix said outer casing to an optical cable of said optical access network at a mid-span position thereof; and - two plates (5', 5") detachable from said outer casing and configured to be completely housed within said outer casing side by side on a same plane parallel to a bottom of said outer casing , each one of said plates (5', 5") comprising a second fixing member configured to fix each one of said plates (5', 5") to an end of a respective drop element (7', 7") of said optical access network. - an outer casing comprising a first fixing member configured to fix said outer casing to an optical cable of said optical access network at a mid-span position thereof; and - two plates (5', 5") detachable from said outer casing and configured to be completely housed within said outer casing side by side on a same plane parallel to a bottom of said outer casing , each one of said plates (5', 5") comprising a second fixing member configured to fix each one of said plates (5', 5") to an end of a respective drop element (7', 7") of said optical access network.
A method for controlling a smart household device to connect to a network, performed by a terminal, wherein the smart household device is bound to the terminal, a user can control the smart household device by using a smart household APP installed on the terminal, and the method comprises: receiving a reset operation of a user; in response to the reset operation, determining whether the smart household device is disconnected from the network; if the smart household device is disconnected from the network, creating a Wi-Fi hotspot based on a first wireless fidelity Wi-Fi name and a first Wi-Fi password, wherein the first Wi-Fi name and the first Wi-Fi password are prestored in the terminal and, before being disconnected from the network, the smart household device accesses the network based on the first Wi-Fi name and the first Wi-Fi password through a wireless access point, AP; obtaining a second Wi-Fi name and a second Wi-Fi password; and after the smart household device establishes a connection to the terminal using the first Wi-Fi name and the first Wi-Fi password, sending the second Wi-Fi name and the second Wi-Fi password to the smart household device using the Wi-Fi hotspot, so that the smart household device re-accesses the network based on the second Wi-Fi name and the second Wi-Fi password by using an AP. receiving a reset operation of a user; in response to the reset operation, determining whether the smart household device is disconnected from the network; if the smart household device is disconnected from the network, creating a Wi-Fi hotspot based on a first wireless fidelity Wi-Fi name and a first Wi-Fi password, wherein the first Wi-Fi name and the first Wi-Fi password are prestored in the terminal and, before being disconnected from the network, the smart household device accesses the network based on the first Wi-Fi name and the first Wi-Fi password through a wireless access point, AP; obtaining a second Wi-Fi name and a second Wi-Fi password; and after the smart household device establishes a connection to the terminal using the first Wi-Fi name and the first Wi-Fi password, sending the second Wi-Fi name and the second Wi-Fi password to the smart household device using the Wi-Fi hotspot, so that the smart household device re-accesses the network based on the second Wi-Fi name and the second Wi-Fi password by using an AP.
An elevator system comprising: a hoistway ; an elevator car and a counterweight arranged to move within the hoistway ; a first counterweight guide rail and a second counterweight guide rail arranged to guide the counterweight within the hoistway ; a guide rail bracket (32; 132) which connects the first and second counterweight guide rails together; an elevator machine arranged to drive a tension member , which couples the elevator car and counterweight together, to move the elevator car within the hoistway ; and a friction reducing element (36; 136) arranged on the guide rail bracket (32; 132) such that if the tension member moves towards the guide rail bracket (32; 132), the tension member contacts the friction reducing element , characterized in that , the elevator system comprises at least one elevator car guide rail , wherein the elevator car guide rail is supported by the guide rail bracket . a hoistway ; an elevator car and a counterweight arranged to move within the hoistway ; a first counterweight guide rail and a second counterweight guide rail arranged to guide the counterweight within the hoistway ; a guide rail bracket (32; 132) which connects the first and second counterweight guide rails together; an elevator machine arranged to drive a tension member , which couples the elevator car and counterweight together, to move the elevator car within the hoistway ; and a friction reducing element (36; 136) arranged on the guide rail bracket (32; 132) such that if the tension member moves towards the guide rail bracket (32; 132), the tension member contacts the friction reducing element , characterized in that , the elevator system comprises at least one elevator car guide rail , wherein the elevator car guide rail is supported by the guide rail bracket .
A membrane for membrane distillation comprising a polyazole polymer, wherein the polyazole polymer consists of repeating units: where R is a hydrophobic group, wherein the hydrophobic group is characterized by the following chemical structures: in which n is an integer from 1 to 8.