mhurhangee/ep-ind-claims huggingface dataset:
A captive track motion system for a convertible roof, characterized by comprising: a main frame, the main frame being a roll bar, at least one track connected to said main frame, an intermediate side rail connected to said at least one track such that said intermediate side rail is movable relative to said main frame along said at least one track; and a first rear side rail pivotally connected to said main frame, and said first rear side rail pivotally connected to said intermediate side rail; wherein the movement of said intermediate side rail is controlled by the shape of said at least one track as said first rear side rail and said intermediate side rail are moved between a deployed position and a stowed position. a main frame, the main frame being a roll bar, at least one track connected to said main frame, an intermediate side rail connected to said at least one track such that said intermediate side rail is movable relative to said main frame along said at least one track; and a first rear side rail pivotally connected to said main frame, and said first rear side rail pivotally connected to said intermediate side rail; wherein the movement of said intermediate side rail is controlled by the shape of said at least one track as said first rear side rail and said intermediate side rail are moved between a deployed position and a stowed position.
System for covering at least one section of the surface of a sheet, especially a cladding sheet, which is permanently fixed to an underlying structure by fixing members, the system including accessories (7; 70; 700; 720; 730) which are juxtaposed in at least one direction of coverage of the sheet so that a junction zone (24; 76), which is straight and of even width, is delimited between the adjacent edges of two juxtaposed accessories, wherein each accessory (7; 70; 700; 720; 730) comprises, on each of its edges, a lip (8 to 11; 71 to 74) which is bent relative to the remainder of the accessory and at the free end of which there extends at least one lug (13 to 17; 130 to 170; 710 to 713; 721 to 724; 731 to 735) for resting on a receiving zone formed on the sheet, said at least one lug being in one piece with the lip, and the lugs of each accessory being shaped to cooperate with said fixing members so as to fix the accessory to the receiving zone, and wherein the lugs (13 to 17; 130 to 170; 710 to 713; 721 to 724; 731 to 735) provided on the adjacent edges of two juxtaposed accessories (7; 70; 700; 720; 730) do not overlap with one another along said corresponding junction zone (24; 76), characterised in that the lugs (13 to 17; 130 to 170; 710 to 713; 721 to 724; 731 to 735) provided on the adjacent edges of two juxtaposed accessories (7; 70; 700; 720; 730) are in alignment alternately along said corresponding junction zone (24; 76), each accessory accordingly being removable.
A spliced screen, comprising: at least two display panels spliced together, each display panel having: a display surface; a curved area bending toward a back side of the display surface at a splicing area; and a substantially flat area; a transparent cover at a side of the display surface and covering at least the curved area of each display panel; and a plurality of support portions between the transparent cover and the curved area of each of the display panels and forming a plurality of meshes extending from the display panel to the transparent cover, an inner wall of each mesh having a reflective surface; characterised in that the transparent cover is a transparent plane body, and an outer surface of the transparent cover comprises a rough surface. at least two display panels spliced together, each display panel having: a display surface; a curved area bending toward a back side of the display surface at a splicing area; and a substantially flat area; a display surface; a curved area bending toward a back side of the display surface at a splicing area; and a substantially flat area; a transparent cover at a side of the display surface and covering at least the curved area of each display panel; and a plurality of support portions between the transparent cover and the curved area of each of the display panels and forming a plurality of meshes extending from the display panel to the transparent cover, an inner wall of each mesh having a reflective surface; characterised in that the transparent cover is a transparent plane body, and an outer surface of the transparent cover comprises a rough surface.
A composition having antimicrobial activity comprising: particles comprising at least one cuprous halide salt, wherein the particles have an average particle size of 4 to 1000 nm, and at least one functionalizing agent in contact with said particles, wherein the functionalizing agent is a polymer selected from the group consisting of polyvinylpyrrolidone, polyethylene glycol and copolymers and blends comprising at least one of the monomers which form the said polymers. particles comprising at least one cuprous halide salt, wherein the particles have an average particle size of 4 to 1000 nm, and at least one functionalizing agent in contact with said particles, wherein the functionalizing agent is a polymer selected from the group consisting of polyvinylpyrrolidone, polyethylene glycol and copolymers and blends comprising at least one of the monomers which form the said polymers.
A set of a thermometer and an isolation glass, mainly for fillings of construction openings, where the thermometer has a temperature sensor and an indicator of a measured temperature, and where the isolation glass includes at least two glass plates, whereby the indicator is designed for adjacent placement to the glass plate, is characterized by the fact, that the indicator is placed inside a closed space between the two glass plates of the isolation glass.
A synthetic resin-made sliding bearing adapted to be interposed between a rack shaft and a gear case by being fixed to an inner peripheral surface of the gear case in order to support the rack shaft inside the gear case movably in an axial direction, characterized in that, said sliding bearing comprises: a semiannular bearing base portion which, at a semicylindrical outer peripheral surface thereof, is adapted to be brought into contact with the inner peripheral surface of the gear case and has a notched portion on a rack teeth side of the rack shaft; a first bearing portion which has a circular arc-shaped outer peripheral surface adapted to be brought into contact with the inner peripheral surface of the gear case and extends integrally in the axial direction from one axial semiannular end face of said bearing base portion; and a pair of second bearing portions which extend integrally in the axial direction from the one axial semiannular end face of said bearing base portion in such a manner as to sandwich said first bearing portion through each of a pair of slits in a direction about an axis, wherein said first bearing portion has a first bearing surface which is adapted to oppose an outer peripheral surface of the rack shaft on an opposite side to the rack teeth side of the rack shaft with a clearance therebetween, and each of said second bearing portions has a second bearing surface which is adapted to be brought into slidable contact with the outer peripheral surface of the rack shaft. a semiannular bearing base portion which, at a semicylindrical outer peripheral surface thereof, is adapted to be brought into contact with the inner peripheral surface of the gear case and has a notched portion on a rack teeth side of the rack shaft; a first bearing portion which has a circular arc-shaped outer peripheral surface adapted to be brought into contact with the inner peripheral surface of the gear case and extends integrally in the axial direction from one axial semiannular end face of said bearing base portion; and a pair of second bearing portions which extend integrally in the axial direction from the one axial semiannular end face of said bearing base portion in such a manner as to sandwich said first bearing portion through each of a pair of slits in a direction about an axis,
Method for determining wear (d) of a roll for rolling metal stock, - wherein a volume temperature distribution of the roll is updated on the basis of a heat flow distribution occurring on the surface of the roll using a temperature model of the roll, - wherein the volume temperature distribution is spatially resolved at least in the axial direction and in the radial direction of the roll, - wherein the heat flow distribution is spatially resolved in the axial direction and in the tangential direction of the roll, - wherein the wear (d) of the roll is determined using a wear model, - wherein as part of the wear model -- on the basis of the updated volume temperature distribution and/or the heat flow distribution, at least one upper surface temperature (T") occurring at particular points of the surface of the roll while the respective point is in contact with the metal stock is determined, and -- the wear (d) of the roll is determined taking into account the upper surface temperature (T") of the roll. - wherein a volume temperature distribution of the roll is updated on the basis of a heat flow distribution occurring on the surface of the roll using a temperature model of the roll, - wherein the volume temperature distribution is spatially resolved at least in the axial direction and in the radial direction of the roll, - wherein the heat flow distribution is spatially resolved in the axial direction and in the tangential direction of the roll, - wherein the wear (d) of the roll is determined using a wear model, - wherein as part of the wear model -- on the basis of the updated volume temperature distribution and/or the heat flow distribution, at least one upper surface temperature (T") occurring at particular points of the surface of the roll while the respective point is in contact with the metal stock is determined, and -- the wear (d) of the roll is determined taking into account the upper surface temperature (T") of the roll. -- on the basis of the updated volume temperature distribution and/or the heat flow distribution, at least one upper surface temperature (T") occurring at particular points of the surface of the roll while the respective point is in contact with the metal stock is determined, and -- the wear (d) of the roll is determined taking into account the upper surface temperature (T") of the roll.
Electronically commutated electric motor, having a stator and a rotor, which is designed in particular with a permanent magnet, wherein the electric motor has a processing unit connected to a power output stage of the electric motor, wherein the processing unit is designed to drive the power output stage to generate at least one stator current, wherein the power output stage has its output side connected to the stator, and the electric motor has a current sensor connected to the processing unit, said current sensor being designed to detect the stator current (80, 71) generated by the power output stage and to generate a current signal representing the stator current (80, 71), characterized in that the processing unit is designed to detect, by means of the current sensor, at least one current value of the current at a detection instant (71, 72) within a time interval and to determine a current profile (80, 82, 84) of the current in the time interval, at least on the basis of the current value and on the basis of a voltage (90, 91, 92), connected from the power output stage to the stator, and an impedance comprising on inductance or a non-reactive resistance (50, 51, 52) of stator coils of the stator, and to drive the power output stage to energize the stator on the basis of the determined current profile (80, 82, 84).
A decentralized system for providing an optimized environment in a room, the system comprising: - a balanced ventilation system configured to extract air from the room and exhaust the air to an external environment, but also to draw replacement air into the room, thus maintaining the air pressure within the room, and - a fluid system, the fluid system being a heat pump configured for transferring heat in the balanced ventilation system, wherein: - the balanced ventilation system and the fluid system are both arranged in a housing, - the fluid system comprises a suspended compressor enclosed in the housing, characterized in that: - the compressor is suspended by three or more springs within the housing, the springs being adapted to absorb vertical vibrations from the compressor, and - the springs are attached to the compressor at a horizontal plane at the compressor's center of gravity or less than 20 % of the compressor's length above or below the compressor's center of gravity. - a balanced ventilation system configured to extract air from the room and exhaust the air to an external environment, but also to draw replacement air into the room, thus maintaining the air pressure within the room, and - a fluid system, the fluid system being a heat pump configured for transferring heat in the balanced ventilation system, wherein: - the balanced ventilation system and the fluid system are both arranged in a housing, - the fluid system comprises a suspended compressor enclosed in the housing, characterized in that: - the compressor is suspended by three or more springs within the housing, the springs being adapted to absorb vertical vibrations from the compressor, and - the balanced ventilation system and the fluid system are both arranged in a housing, - the fluid system comprises a suspended compressor enclosed in the housing, - the compressor is suspended by three or more springs within the housing, the springs being adapted to absorb vertical vibrations from the compressor, and - the springs are attached to the compressor at a horizontal plane at the compressor's center of gravity or less than 20 % of the compressor's length above or below the compressor's center of gravity.
A vacuum insulated structure, comprising: a first panel having inner and outer surfaces (64, 65); a second panel having inner and outer surfaces (62, 63), wherein the second panel is operably coupled to the first panel to define an insulating space therebetween; and an airway system disposed within the insulating space, wherein the airway system includes portions (42, 44, 46, 48 and 50) of porous tubing configured to draw air along lengths of the portions (42, 44, 46, 48 and 50) of porous tubing from the insulating space during an evacuation procedure, characterised in that the vacuum insulated structure includes a plurality of connectors (54A-54C) interconnecting the portions (42, 44, 46, 48 and 50) of porous tubing of the airway system with the inner surface of the second panel, wherein each connector (54A-54C) of the plurality of connectors (54A-54C) is coupled to the inner surface of the second panel, wherein each connector (54A-54C) of the plurality of connectors (54A-54C) includes a support member (56A-56C) outwardly extending therefrom, and wherein each support member (56A-56C) extends across the insulating space and abuts the inner surface of the first panel. a first panel having inner and outer surfaces (64, 65); a second panel having inner and outer surfaces (62, 63), wherein the second panel is operably coupled to the first panel to define an insulating space therebetween; and an airway system disposed within the insulating space, wherein the airway system includes portions (42, 44, 46, 48 and 50) of porous tubing configured to draw air along lengths of the portions (42, 44, 46, 48 and 50) of porous tubing from the insulating space during an evacuation procedure, characterised in that the vacuum insulated structure includes a plurality of connectors (54A-54C) interconnecting the portions (42, 44, 46, 48 and 50) of porous tubing of the airway system with the inner surface of the second panel, wherein each connector (54A-54C) of the plurality of connectors (54A-54C) is coupled to the inner surface of the second panel, wherein each connector (54A-54C) of the plurality of connectors (54A-54C) includes a support member (56A-56C) outwardly extending therefrom, and wherein each support member (56A-56C) extends across the insulating space and abuts the inner surface of the first panel.
An air conditioning system comprising: a heat source side unit having a compressor, four-way valves (4, 5), a heat source side heat exchanger, and expansion valves (6, 10); multiple use side units each having a use side heat exchanger and an expansion valve; a liquid pipe, a high pressure gas pipe, and a low pressure gas pipe connecting the heat source side unit and the use side units; and a controller being connected to the heat source side unit and the multiple use side units via a transmission line and controlling the units, characterized in that in the controller, one control program in the case where the use side unit is connected, and another control program in the case where a hot water supply unit is connected in addition to the use side unit are stored; and when the hot water supply unit is connected to the liquid pipe and the high pressure gas pipe to connect the heat source side unit and the use side unit, and the hot water supply unit is connected to the transmission line, the controller recognizes connection to the hot water supply unit and is configured so as to control the heat source side unit, the use side unit, and the hot water supply unit according to the control program in the case where the hot water supply unit is connected in addition to the use side unit. a heat source side unit having a compressor, four-way valves (4, 5), a heat source side heat exchanger, and expansion valves (6, 10); multiple use side units each having a use side heat exchanger and an expansion valve; a liquid pipe, a high pressure gas pipe, and a low pressure gas pipe connecting the heat source side unit and the use side units; and a controller being connected to the heat source side unit and the multiple use side units via a transmission line and controlling the units, characterized in that in the controller, one control program in the case where the use side unit is connected, and another control program in the case where a hot water supply unit is connected in addition to the use side unit are stored; and when the hot water supply unit is connected to the liquid pipe and the high pressure gas pipe to connect the heat source side unit and the use side unit, and the hot water supply unit is connected to the transmission line, the controller recognizes connection to the hot water supply unit and is configured so as to control the heat source side unit, the use side unit, and the hot water supply unit according to the control program in the case where the hot water supply unit is connected in addition to the use side unit.
A method of categorizing endpoint nodes into sites in a communications network, the method comprising: acquiring information pertaining to tracing of a route of each of a plurality of the endpoint nodes (EP1-EP5) via a number of routing nodes (Ri-R5) in the communications network, said information identifying the routing nodes encountered in each traced route; the method being characterized in that it further comprises: performing a comparison, for each of the plurality of endpoint nodes with the remaining ones of the plurality of endpoint nodes, of the acquired information for a selected number (t) of routing nodes closest to the endpoint node for each traced route; and categorizing the endpoint nodes having at least one routing node in common among the selected number of routing nodes as belonging to a same site. acquiring information pertaining to tracing of a route of each of a plurality of the endpoint nodes (EP1-EP5) via a number of routing nodes (Ri-R5) in the communications network, said information identifying the routing nodes encountered in each traced route; the method being characterized in that it further comprises: performing a comparison, for each of the plurality of endpoint nodes with the remaining ones of the plurality of endpoint nodes, of the acquired information for a selected number (t) of routing nodes closest to the endpoint node for each traced route; and categorizing the endpoint nodes having at least one routing node in common among the selected number of routing nodes as belonging to a same site. performing a comparison, for each of the plurality of endpoint nodes with the remaining ones of the plurality of endpoint nodes, of the acquired information for a selected number (t) of routing nodes closest to the endpoint node for each traced route; and categorizing the endpoint nodes having at least one routing node in common among the selected number of routing nodes as belonging to a same site.
A charging circuit, characterized in that it includes: a universal interface adapted to be connected to a mobile device to be charged; wherein the universal interface is a Universal Serial Bus interface; a charging adaptation unit including at least two types of charging circuits, wherein the charging adaptation unit is connected to the universal interface and configured to provide a corresponding charging circuit for the mobile device; wherein the at least two types of charging circuits include a first circuit and a second circuit, the first circuit is a charging circuit having the same voltage on two data pins, and the second circuit is a charging circuit having different voltages on two data pins; a voltage conversion unit connected to a charging power source and configured to adjust the output voltage of the charging power source to a charging voltage for the mobile device; a current detection unit connected between the voltage conversion unit and the charging adaptation unit and configured to detect a charging current, wherein the charging current is configured to determine the charging circuit corresponding to the mobile device; the charging adaptation unit being configured to use the first circuit as a charging circuit for a mobile device by default; and to control the first circuit to charge the mobile device when the charging current is larger than a first threshold; to provide the second circuit for the mobile device and control the second circuit to charge the mobile device when the charging current is smaller than or equal to the first threshold. a universal interface adapted to be connected to a mobile device to be charged; wherein the universal interface is a Universal Serial Bus interface; a charging adaptation unit including at least two types of charging circuits, wherein the charging adaptation unit is connected to the universal interface and configured to provide a corresponding charging circuit for the mobile device; wherein the at least two types of charging circuits include a first circuit and a second circuit, the first circuit is a charging circuit having the same voltage on two data pins, and the second circuit is a charging circuit having different voltages on two data pins; a voltage conversion unit connected to a charging power source and configured to adjust the output voltage of the charging power source to a charging voltage for the mobile device; a current detection unit connected between the voltage conversion unit and the charging adaptation unit and configured to detect a charging current, wherein the charging current is configured to determine the charging circuit corresponding to the mobile device; the charging adaptation unit being configured to use the first circuit as a charging circuit for a mobile device by default; and to control the first circuit to charge the mobile device when the charging current is larger than a first threshold; to provide the second circuit for the mobile device and control the second circuit to charge the mobile device when the charging current is smaller than or equal to the first threshold.
An arrangement of a storage element of a central longitudinal compartment placed beneath a body roof of a vehicle, characterized in that the storage element comprises only a single volume over its length, its lateral walls being open so as to form a recess and its end walls (5, 6) being closed, and in that the storage element comprises, in addition, removable transverse partitioning means.