mhurhangee/ep-ind-claims huggingface dataset:
Master switchgear for back-up protection against electric shock in earthed consumer systems, comprising a housing, connecting terminals for power lines, a contact apparatus having an associated switch latch for disconnecting external lines L1, L2 and L3 and a neutral line N, overload release means, a summation current transformer, an electronic memory- and/or amplifier circuit and an electromechanical relay or a thyristor, the electronic memory- and/or amplifier circuit being connected to a secondary winding of the summation current transformer and, if a fault current exceeds a predefined value, activating the overload release means in a supply-voltage-dependent manner by means of the electromechanical relay or the thyristor, which overload release means unlatches the switch latch and thus causes the contact apparatus to open, characterised in that the electronic memory- and/or amplifier circuit is dimensioned such that, irrespective of the magnitude of the fault current, the tripping time of the master switchgear is always greater than 0.2 s and, for fault currents which are more than ten times the value of the nominal fault current, the total interruption time is always less than 0.5 s.
A device for controlling the oscillation of a rotating jet sprinkler, wherein the sprinkler comprises a barrel rotatably mounted on a stationary base for oscillating around a substantially vertical axis, which device comprises: - a reversing mechanism designed to interact with a pair of limit stop members ( 7, 8) attachable to the stationary base to invert the rotation direction of the barrel; - a first annular member stably attached to said stationary base; wherein said limit stop members ( 7, 8) are manually adjustable to define respective oscillation positions of the barrel; - at least one movable abutment member securable to the base of the sprinkler in a predetermined angular position with respect to said pair of limit stop members ( 7, 8) to selectively interact with said reversing mechanism and determine corresponding oscillation angles ( α, α'), characterized in that said at least one movable abutment member comprises a lever member pivotally mounted to said first annular member, said at least one movable abutment member swiveling in a substantially vertical plane ( π) between an upper operative position and a lower inoperative position, drive means being operatively associated to said at least one movable abutment member to promote movement thereof between said upper operative position wherein said at least one movable abutment member interacts with said reversing mechanism whereby determining an inversion of rotation of the barrel, and said lower inoperative position wherein said at least one movable member does not interact with the reversing mechanism to change the oscillation angle, said at least one movable abutment member being at least partially made of a ferromagnetic material, said drive means being provided with at least one electromagnetic actuator designed to generate an electromagnetic force acting on said movable abutment member to promote the unidirectional movement thereof from said operative position to said inoperative position. - a reversing mechanism designed to interact with a pair of limit stop members ( 7, 8) attachable to the stationary base to invert the rotation direction of the barrel; - a first annular member stably attached to said stationary base; wherein said limit stop members ( 7, 8) are manually adjustable to define respective oscillation positions of the barrel; - at least one movable abutment member securable to the base of the sprinkler in a predetermined angular position with respect to said pair of limit stop members ( 7, 8) to selectively interact with said reversing mechanism and determine corresponding oscillation angles ( α, α'),
A spinal fixation plate system comprising: - a bone fixation plate having a first opening and a second opening, wherein the bone fixation plate comprises a recess formed therein; - a first posted bone screw insertable through the first opening, wherein the first posted bone screw can be rotated polyaxially; - a second posted bone screw inserted through the second opening, wherein the second posted bone screw can be rotated polyaxially and can translate along a length of the bone fixation plate; and - an integrated carriage and expandable member received in the second opening, wherein the second posted bone screw is received in the integrated carriage and the expandable member which are movable along the second opening, - wherein the integrated carriage is received in the recess, characterised in that the integrated carriage is capable of height expansion to press and lock against inner walls of the recess thereby securing the second posted bone screw in a desired orientation and position along the plate, and in that - the expandable member includes a plurality of slits to assist in expansion of the expandable member. - a bone fixation plate having a first opening and a second opening, wherein the bone fixation plate comprises a recess formed therein; - a first posted bone screw insertable through the first opening, wherein the first posted bone screw can be rotated polyaxially; - a second posted bone screw inserted through the second opening, wherein the second posted bone screw can be rotated polyaxially and can translate along a length of the bone fixation plate; and - an integrated carriage and expandable member received in the second opening, wherein the second posted bone screw is received in the integrated carriage and the expandable member which are movable along the second opening, - wherein the integrated carriage is received in the recess, characterised in that the integrated carriage is capable of height expansion to press and lock against inner walls of the recess thereby securing the second posted bone screw in a desired orientation and position along the plate, and in that - the expandable member includes a plurality of slits to assist in expansion of the expandable member.
An apparatus for cleaning or grooming a submerged surface comprising: an acoustic pressure shock wave generating device including a reflector; a control system for the shock wave generating device configured to control accumulative energy of shock to an energy level that removes targeted undesirable material covering a submerged surface without imparting material stress, paint damage or coating damage to the underlying submerged surface; characterized in that, the reflector is covered by a membrane and a remotely operated underwater vehicle including thrusters is coupled to the acoustic pressure shock wave generating device; and the vehicle includes an inspection and cleaning or grooming module comprising the acoustic pressure shock wave generating device, wherein the inspection and cleaning or grooming module is rotatable about both an X-axis by an X-motor with gear head and Y-axis with a Y-motor and gear head and includes one or more underwater sensors configured to detect the distance between the acoustic pressure shock wave generating device and the submerged surface, wherein the inspection and cleaning or grooming module is operatively coupled to the control system that activates the acoustic pressure shock wave generating device, rotates the cleaning or grooming module about the X-axis and Y-axis, and directs the remotely operated underwater vehicle. an acoustic pressure shock wave generating device including a reflector; a control system for the shock wave generating device configured to control accumulative energy of shock to an energy level that removes targeted undesirable material covering a submerged surface without imparting material stress, paint damage or coating damage to the underlying submerged surface; characterized in that, the reflector is covered by a membrane and a remotely operated underwater vehicle including thrusters is coupled to the acoustic pressure shock wave generating device; and the vehicle includes an inspection and cleaning or grooming module comprising the acoustic pressure shock wave generating device, wherein the inspection and cleaning or grooming module is rotatable about both an X-axis by an X-motor with gear head and Y-axis with a Y-motor and gear head and includes one or more underwater sensors configured to detect the distance between the acoustic pressure shock wave generating device and the submerged surface, wherein the inspection and cleaning or grooming module is operatively coupled to the control system that activates the acoustic pressure shock wave generating device, rotates the cleaning or grooming module about the X-axis and Y-axis, and directs the remotely operated underwater vehicle.
A computer-implemented method for protecting sensitive navigation information displayed in a software window, the method comprising: displaying on a display a window for a content editing application; displaying in the window a content region and a plurality of regions (306, 307, 308) showing navigation information for both a current content displayed in the content region and related content; receiving from a user, by the content editing application, a single request to protect from viewing sensitive portions of the plurality of regions (306, 307, 308); hiding, by the content editing application using programming calls to an operating system, at least a portion of the plurality of regions showing navigation information, said portion corresponding to the navigation information for the related content; expanding the content region into any newly available window space, if any; and maintaining the present size and location of the software window. displaying on a display a window for a content editing application; displaying in the window a content region and a plurality of regions (306, 307, 308) showing navigation information for both a current content displayed in the content region and related content; receiving from a user, by the content editing application, a single request to protect from viewing sensitive portions of the plurality of regions (306, 307, 308); hiding, by the content editing application using programming calls to an operating system, at least a portion of the plurality of regions showing navigation information, said portion corresponding to the navigation information for the related content; expanding the content region into any newly available window space, if any; and maintaining the present size and location of the software window.
An antenna, comprising: a conducting bar; a first coupling plate connected at a first end of said conducting bar and a second coupling plate connected at a second end of said conducting bar; an antenna feed connected to said conducting bar; and a cavity backed slot wherein said conducting bar and said first and second coupling plates (310a, 310b) are located in a cavity of said cavity backed slot, wherein said first and second coupling plates (310a, 310b) and said conducting bar form a first coupling device, and further comprising a second coupling device that is nominally a duplicate of said first coupling device, wherein said first and second coupling devices are both located in a cavity of said cavity backed slot and spaced apart by a distance that is at least as large as an overall length of said coupling devices, and wherein the coupling devices are configured to excite the cavity backed slot. a conducting bar; a first coupling plate connected at a first end of said conducting bar and a second coupling plate connected at a second end of said conducting bar; an antenna feed connected to said conducting bar; and a cavity backed slot wherein said conducting bar and said first and second coupling plates (310a, 310b) are located in a cavity of said cavity backed slot, wherein said first and second coupling plates (310a, 310b) and said conducting bar form a first coupling device, and further comprising a second coupling device that is nominally a duplicate of said first coupling device, wherein said first and second coupling devices are both located in a cavity of said cavity backed slot and spaced apart by a distance that is at least as large as an overall length of said coupling devices, and wherein the coupling devices are configured to excite the cavity backed slot.
A multicast group establishment method in a fat-tree network, wherein the fat-tree network comprises N layers, the fat-tree network comprises multiple switching nodes, wherein a top layer is a core switching node, and each core switching node manages multiple multicast group addresses assigned by a management device of the fat-tree network; and the method comprises: sending, by a network node according to an address of a target multicast group, a join request to a management switching node of the target multicast group, wherein the join request is used to request to make the network node join the target multicast group, to establish the target multicast group, and the management switching node of the target multicast group is a core switching node to which the address of the target multicast group belongs, wherein the join request is self-routed from a bottom-layer switching node of the fat-tree network to the management switching node of the target multicast group in sequence according to the address of the target multicast group; wherein the multicast group address comprises N elements, and an address of the network node comprises N elements and the address of the network node and the multicast group address are both marked (i, j, k), and when j>N or k>N, then (i, j, k) is the multicast group address, otherwise (i, j, k) is the address of the network node, wherein k%N corresponds to a highest digit of an address of the core switching node, j%N corresponds to a second digit of the address of the core switching node, and a third digit of the core switching node is always the same. sending, by a network node according to an address of a target multicast group, a join request to a management switching node of the target multicast group, wherein the join request is used to request to make the network node join the target multicast group, to establish the target multicast group, and the management switching node of the target multicast group is a core switching node to which the address of the target multicast group belongs, wherein the join request is self-routed from a bottom-layer switching node of the fat-tree network to the management switching node of the target multicast group in sequence according to the address of the target multicast group; wherein the multicast group address comprises N elements, and an address of the network node comprises N elements and the address of the network node and the multicast group address are both marked (i, j, k), and when j>N or k>N, then (i, j, k) is the multicast group address, otherwise (i, j, k) is the address of the network node, wherein k%N corresponds to a highest digit of an address of the core switching node, j%N corresponds to a second digit of the address of the core switching node, and a third digit of the core switching node is always the same.
Valve arrangement for a switching valve for regulating a mass flow in a cooling or heating circuit, having a valve housing which has a feed opening and a discharge opening, - with a valve piston which has a valve closing member which, in a closed position, bears against a valve seat on a through bore between the feed opening and the discharge opening and closes the through bore, wherein - the valve seat has a stop surface and a sealing surface which are aligned adjacent to one another, - the valve closing member has a support surface and a sealing surface which are aligned adjacent to one another, - an elastic sealing element is provided on the valve seat or the valve closing member, on which the sealing surface or the sealing surface is formed, - a sealing projection is provided on the sealing surface or the sealing surface, which is aligned with the opposite sealing surface or sealing surface, - the support surface of the valve closing member and the stop surface of the valve seat bear against one another in the closed position and form a path limitation between the valve closing member and the valve seat, and the sealing projection is at least partially pressed into the sealing element, and - the valve piston has a sealing sleeve and a valve body at least partially surrounded by the sealing sleeve, and the sealing element is accommodated between the sealing sleeve and the valve body, characterized in that - in that the sealing sleeve and the valve body are firmly connected to the valve body by a latching connection or by a beading of an edge of the sealing sleeve to form a gap between the valve body and the beading of the sealing sleeve. - with a valve piston which has a valve closing member which, in a closed position, bears against a valve seat on a through bore between the feed opening and the discharge opening and closes the through bore, wherein - the valve seat has a stop surface and a sealing surface which are aligned adjacent to one another, - the valve closing member has a support surface and a sealing surface which are aligned adjacent to one another, - an elastic sealing element is provided on the valve seat or the valve closing member, on which the sealing surface or the sealing surface is formed, - a sealing projection is provided on the sealing surface or the sealing surface, which is aligned with the opposite sealing surface or sealing surface, - the support surface of the valve closing member and the stop surface of the valve seat bear against one another in the closed position and form a path limitation between the valve closing member and the valve seat, and the sealing projection is at least partially pressed into the sealing element, and - the valve piston has a sealing sleeve and a valve body at least partially surrounded by the sealing sleeve, and the sealing element is accommodated between the sealing sleeve and the valve body, characterized in that - in that the sealing sleeve and the valve body are firmly connected to the valve body by a latching connection or by a beading of an edge of the sealing sleeve to form a gap between the valve body and the beading of the sealing sleeve.
A method of controlling a mobile terminal having a display, comprising: implementing a first application on a first screen (210, 230, 250) of the display; implementing a second application on a second screen (220'; 240';260') of the display during the implementation of the first application; and overlay-displaying the second screen (220'; 240';260') over the first screen (210, 230, 250) by displaying the second screen (220'; 240';260') of the second application on the first screen (210, 230, 250) of the first application, wherein the second screen (220'; 240';260') has implemented input and output functions in a semi-transparent state and the first screen (210, 230, 250) has a restricted input function and an implemented output function, wherein overlay-displaying the second screen (220'; 240';260') comprises: displaying a transparency adjustor to adjust a transparency of the second screen (220'; 240';260'), and adjusting a transparency of the second screen (220'; 240';260') of the second application based on the transparency adjustor; wherein adjusting the transparency comprises: ending the implementation of the first application on the first screen (210, 230, 250), when the transparency is adjusted to 0%; and ending the implementation of the second application on the second screen, when the transparency is adjusted to 100%. implementing a first application on a first screen (210, 230, 250) of the display; implementing a second application on a second screen (220'; 240';260') of the display during the implementation of the first application; and overlay-displaying the second screen (220'; 240';260') over the first screen (210, 230, 250) by displaying the second screen (220'; 240';260') of the second application on the first screen (210, 230, 250) of the first application, wherein the second screen (220'; 240';260') has implemented input and output functions in a semi-transparent state and the first screen (210, 230, 250) has a restricted input function and an implemented output function, wherein overlay-displaying the second screen (220'; 240';260') comprises: displaying a transparency adjustor to adjust a transparency of the second screen (220'; 240';260'), and adjusting a transparency of the second screen (220'; 240';260') of the second application based on the transparency adjustor; displaying a transparency adjustor to adjust a transparency of the second screen (220'; 240';260'), and adjusting a transparency of the second screen (220'; 240';260') of the second application based on the transparency adjustor; wherein adjusting the transparency comprises: ending the implementation of the first application on the first screen (210, 230, 250), when the transparency is adjusted to 0%; and ending the implementation of the second application on the second screen, when the transparency is adjusted to 100%. ending the implementation of the first application on the first screen (210, 230, 250), when the transparency is adjusted to 0%; and ending the implementation of the second application on the second screen, when the transparency is adjusted to 100%.