mhurhangee/patent-ind-claim-en huggingface dataset:
Low-voltage protective switching device , comprising - an insulating-material housing , having a front side, a securing side opposite the front side , and narrow and broad sides connecting the front and securing sides , - a switching contact comprising a fixed contact , which is arranged in a stationary fashion in the housing , and a moving contact , which is movable relative to said fixed contact, - an arc quenching chamber , - an arc guide rail , the first end of which is led under the arc quenching chamber and the second end of which projects in the direction of the switching contact, - comprising a printed circuit board arranged between the arc quenching chamber and the securing side , characterized in that - the printed circuit board is electrically conductively connected to the arc guide rail via a voltage tap, and - the insulating-material housing consists of a plurality of modules (10-1, 10-2, 10-3, 10-4) arranged next to one another, wherein a switching contact and an arc guide rail assigned thereto are arranged in each of the plurality of modules (10-1, 10-2, 10-3, 10-4), wherein the printed circuit board extends across the plurality of modules (10-1, 10-2, 10-3, 10-4) and is electrically conductively connected to each of the arc guide rails via a respective dedicated voltage tap. - an insulating-material housing , having a front side, a securing side opposite the front side , and narrow and broad sides connecting the front and securing sides , - a switching contact comprising a fixed contact , which is arranged in a stationary fashion in the housing , and a moving contact , which is movable relative to said fixed contact, - an arc quenching chamber , - an arc guide rail , the first end of which is led under the arc quenching chamber and the second end of which projects in the direction of the switching contact, - comprising a printed circuit board arranged between the arc quenching chamber and the securing side , characterized in that - the printed circuit board is electrically conductively connected to the arc guide rail via a voltage tap, and - the insulating-material housing consists of a plurality of modules (10-1, 10-2, 10-3, 10-4) arranged next to one another, wherein a switching contact and an arc guide rail assigned thereto are arranged in each of the plurality of modules (10-1, 10-2, 10-3, 10-4), wherein the printed circuit board extends across the plurality of modules (10-1, 10-2, 10-3, 10-4) and is electrically conductively connected to each of the arc guide rails via a respective dedicated voltage tap.
A sinuous balanced mid-pipe exhaust system for an internal combustion engine to be disposed intermediate a manifold and a downstream muffler , the manifold having bilateral manifold pipes respectively terminating in first and second manifold output ports , the bilateral manifold pipes having different lengths resulting in a differential manifold pipe length therebetween, and the muffler having first and second muffler input ports , the balanced mid-pipe system comprising: a substantially straight mid-pipe adapted to be mounted at a corresponding upstream end to the first manifold output port and at a corresponding downstream end to the first muffler input port , the substantially straight mid-pipe having a predetermined exhaust gas flow path length from the manifold to the muffler; and a sinuous mid-pipe adapted to be mounted at a respective upstream end to the second manifold output port and at a respective downstream end to the second muffler input port , the sinuous mid-pipe having at least two sinusoidal curved segments (S1, S2) such that a sinuous gas flow path through the sinuous mid-pipe substantially equals the predetermined flow path length through the substantially straight mid-pipe and the differential pipe length; and wherein the substantially straight mid-pipe and the sinuous mid-pipe are form-fitted and adapted to be disposed in the undercarriage passageway. a substantially straight mid-pipe adapted to be mounted at a corresponding upstream end to the first manifold output port and at a corresponding downstream end to the first muffler input port , the substantially straight mid-pipe having a predetermined exhaust gas flow path length from the manifold to the muffler; and a sinuous mid-pipe adapted to be mounted at a respective upstream end to the second manifold output port and at a respective downstream end to the second muffler input port , the sinuous mid-pipe having at least two sinusoidal curved segments (S1, S2) such that a sinuous gas flow path through the sinuous mid-pipe substantially equals the predetermined flow path length through the substantially straight mid-pipe and the differential pipe length; and wherein the substantially straight mid-pipe and the sinuous mid-pipe are form-fitted and adapted to be disposed in the undercarriage passageway.
Descent control device comprising a housing , wherein the housing comprises - a rope entrance and a rope exit for a rope , - a channel between the rope entrance and the rope exit, the channel having at least one curvature of at least 180 degrees, for accommodating the rope internally in the housing , - an element arranged in the centre of the curvature, forming the inner radius of the channel , the element is eccentric rotatable between a free position and a stop position, the element is provided with an arm protruding out through the housing for controlling the rotating between free and stop position, wherein the channel in the curvature is more narrow along substantially its whole length when the element is in stop position than in free position, and wherein the peripheral edge of the element curved corresponding the curvature, has protrusions and/or recesses , characterized in that the housing further comprises limitation means arranged on the outside of the housing, limiting the minimum distance between the arm and the housing, said limitation means prevents the arm to align with the housing, in order to prevent the element to move into totally free position, and thus to limit the maximum rate of the rope through the device. - a rope entrance and a rope exit for a rope , - a channel between the rope entrance and the rope exit, the channel having at least one curvature of at least 180 degrees, for accommodating the rope internally in the housing , - an element arranged in the centre of the curvature, forming the inner radius of the channel , the element is eccentric rotatable between a free position and a stop position, the element is provided with an arm protruding out through the housing for controlling the rotating between free and stop position, wherein the channel in the curvature is more narrow along substantially its whole length when the element is in stop position than in free position, and wherein the peripheral edge of the element curved corresponding the curvature, has protrusions and/or recesses , characterized in that the housing further comprises limitation means arranged on the outside of the housing, limiting the minimum distance between the arm and the housing, said limitation means prevents the arm to align with the housing, in order to prevent the element to move into totally free position, and thus to limit the maximum rate of the rope through the device.
A grain-oriented magnetic steel sheet with chromium-free insulating tension coating, comprising a grain-oriented magnetic steel sheet and an insulating tension coating containing a phosphate salt and silica on at least one side of the grain-oriented magnetic steel sheet, the coating further including a crystalline compound represented by the general formula below: M II 3 M III 4 (X V O 4 ) 6 ... in the general formula , M II and M III are each independently one, or two or more selected from Sc, V, Mn, Fe, Co, Ni, Cu and Mg, and X V is one, or two or more selected from P, V and Mo.
A method for preparing a word line lead-out structure, comprising: providing a first groove in a substrate ; forming the word line extending along the X-axis direction in the first groove , a top surface of the word line being lower than a top surface of the substrate ; forming the contact hole layer on the word line and the substrate ; forming the metal layer on the contact hole layer ; and etching the metal layer and the contact hole layer to form the word line lead-out structure, wherein said forming the contact hole layer on the word line and the substrate comprises: forming a dielectric layer on the substrate and the word line , etching the dielectric layer to form a second groove extending along the Y-axis direction, the second groove penetrating through the dielectric layer and exposing the word line and the substrate , and forming the contact hole layer in the first groove and the second groove . providing a first groove in a substrate ; forming the word line extending along the X-axis direction in the first groove , a top surface of the word line being lower than a top surface of the substrate ; forming the contact hole layer on the word line and the substrate ; forming the metal layer on the contact hole layer ; and etching the metal layer and the contact hole layer to form the word line lead-out structure, wherein said forming the contact hole layer on the word line and the substrate comprises: forming a dielectric layer on the substrate and the word line , etching the dielectric layer to form a second groove extending along the Y-axis direction, the second groove penetrating through the dielectric layer and exposing the word line and the substrate , and forming the contact hole layer in the first groove and the second groove . forming a dielectric layer on the substrate and the word line , etching the dielectric layer to form a second groove extending along the Y-axis direction, the second groove penetrating through the dielectric layer and exposing the word line and the substrate , and forming the contact hole layer in the first groove and the second groove .
A method of manufacturing an additively manufactured component , comprising: operating an additive manufacturing machine to form a first structure including an elongate portion having a blind design surface ; operating the additive manufacturing machine to form a removal tool proximate the blind design surface , wherein the blind design surface and the removal tool are at least partially enclosed by and in contact with a support material and wherein the removal tool is at least partially enclosed by the first structure ; and translating the removal tool along the blind design surface to separate a portion of the support material from the blind design surface . operating an additive manufacturing machine to form a first structure including an elongate portion having a blind design surface ; operating the additive manufacturing machine to form a removal tool proximate the blind design surface , wherein the blind design surface and the removal tool are at least partially enclosed by and in contact with a support material and wherein the removal tool is at least partially enclosed by the first structure ; and translating the removal tool along the blind design surface to separate a portion of the support material from the blind design surface .
An actuation gear for raising and lowering a lift and slide element , such as a lift and slide door or a lift and slide window, which is displaceable along a guide rail and which can be transferred from a lowered position, in which the lift and slide element is non-displaceable, into a raised position in which the lift and slide element is displaceable, wherein the actuation gear comprises an input shaft which is rotatable by means of an actuation lever about an axis (A) between a locked position corresponding to the lowered position of the lift and slide element and an unlocked position corresponding to the raised position of the lift and slide element ; and a coupling element for the drive-effective coupling of the input shaft to a connecting rod drive-effectively coupled to a lifting element , said coupling element being eccentrically connected in an articulated manner to the input shaft at an articulation point , characterized in that the input shaft is preloaded by the coupling element in its locked position such that the input shaft experiences a restoring torque (Mrest) acting in the direction of its locked position .
A loosely-coupled lock-step computing system comprising: a plurality of sensors that detect or measure a physical property; a plurality of server groups communicatively coupled to the plurality of sensors , wherein each server group is serially linked to another server group and comprises a plurality of server instances operating in virtual synchrony, and wherein the server instances of each server group performing respective diverse calculations as part of the server group such that not all instances of a server group perform a replicated calculation; and a virtual synchrony middleware communicatively coupled to each of the server groups , wherein the virtual synchrony middleware accepts a plurality of outputs from the plurality of server instances when operating with one of the server groups without requiring the outputs from the server instances to arrive at a same time and renders a single reply based on the plurality of outputs; wherein the virtual synchrony middleware replicates and orders incoming requests to the server groups to ensure that each of the server instances of that server group receives the same incoming requests in the same order without requiring that the requests arrive at said middleware in the same order. a plurality of sensors that detect or measure a physical property; a plurality of server groups communicatively coupled to the plurality of sensors , wherein each server group is serially linked to another server group and comprises a plurality of server instances operating in virtual synchrony, and wherein the server instances of each server group performing respective diverse calculations as part of the server group such that not all instances of a server group perform a replicated calculation; and a virtual synchrony middleware communicatively coupled to each of the server groups , wherein the virtual synchrony middleware accepts a plurality of outputs from the plurality of server instances when operating with one of the server groups without requiring the outputs from the server instances to arrive at a same time and renders a single reply based on the plurality of outputs; wherein the virtual synchrony middleware replicates and orders incoming requests to the server groups to ensure that each of the server instances of that server group receives the same incoming requests in the same order without requiring that the requests arrive at said middleware in the same order.
A working machine , wherein the working machine is a dumper vehicle, comprising: a frame ; an open topped container mounted to the frame for carrying a load therein, and wherein the container is moveable between a transport position for transporting a load and a discharge position for discharging a load; a ground engaging propulsion system connected to the frame for propelling the working machine ; a drive arrangement for providing motive power to the ground engaging propulsion system ; and an operator platform pivotally connected to the frame and moveable between a deployed position for supporting an operator thereon and a stowed position; characterised in that the working machine further comprises a sensor arrangement configured to sense when an external force is applied to the operator platform when said operator platform is in the deployed position, wherein the working machine is configured to prevent movement of the ground engaging propulsion system when the sensor arrangement does not sense an external force applied to the operator platform when said operator platform is in the deployed position, wherein the sensor arrangement comprises a biasing element configured and arranged to urge the operator platform away from the deployed position and a limit switch arranged to engage a cam surface associated with the operator platform such that the limit switch is configured to determine when an external force is applied to the operator platform and the biasing element has been overcome. a frame ; an open topped container mounted to the frame for carrying a load therein, and wherein the container is moveable between a transport position for transporting a load and a discharge position for discharging a load; a ground engaging propulsion system connected to the frame for propelling the working machine ; a drive arrangement for providing motive power to the ground engaging propulsion system ; and an operator platform pivotally connected to the frame and moveable between a deployed position for supporting an operator thereon and a stowed position; characterised in that the working machine further comprises a sensor arrangement configured to sense when an external force is applied to the operator platform when said operator platform is in the deployed position, wherein the working machine is configured to prevent movement of the ground engaging propulsion system when the sensor arrangement does not sense an external force applied to the operator platform when said operator platform is in the deployed position, wherein the sensor arrangement comprises a biasing element configured and arranged to urge the operator platform away from the deployed position and a limit switch arranged to engage a cam surface associated with the operator platform such that the limit switch is configured to determine when an external force is applied to the operator platform and the biasing element has been overcome.
A printing form precursor comprising: a) a support; and, b) a layer of a photopolymerizable material comprising a binder, a monomer, and a photoinitiator, that is adjacent the support and is sensitive to actinic radiation; wherein at least one indicia of a text or graphic is disposed between the support and the photopolymerizable layer, the at least one indicia sufficiently contrasts against the other layers so that the indicia is visible or viewable to the user, without the need for an added or specialized scanning device to detect the at least one indicia, and the at least one indicia is transparent to actinic radiation. a) a support; and, b) a layer of a photopolymerizable material comprising a binder, a monomer, and a photoinitiator, that is adjacent the support and is sensitive to actinic radiation;
A combined printing press (10; 10*) for the production of security documents, in particular banknotes, comprising a screen printing group (2; 2*) and an intaglio printing group adapted to process substrates in the form of individual sheets or successive portions of a continuous web, wherein the screen printing group (2; 2*) is located upstream of the intaglio printing group and comprises at least one screen printing unit (20; 20*) designed to print a pattern of optically-variable ink onto one side of the substrates, which optically-variable ink contains flakes that can be oriented by means of a magnetic field, wherein the screen printing group (2; 2*) further comprises a magnetic unit (24; 24*) located downstream of the screen printing unit (20; 20*), which magnetic unit (24; 24*) includes a rotating magnetic cylinder assembly carrying magnetic-field generating devices on its circumference and is designed to magnetically induce an optically-variable effect in the pattern of optically-variable ink applied by the screen printing unit (20; 20*), wherein the screen printing group (2; 2*) further comprises at least one first drying/curing unit (25; 25*) designed to dry/cure the pattern of optically-variable ink in which the optically-variable effect has been induced by the magnetic unit (24; 24*) prior to transfer of the substrates to the intaglio printing group , the first drying/curing unit (25; 25*) cooperating directly with the magnetic unit (24; 24*) by cooperating with a portion of the circumference of the rotating magnetic cylinder assembly, and wherein the screen printing group (2; 2*) comprises a drying/curing assembly (27, 28; 27*, 28*) located downstream of the magnetic unit (24; 24*) and designed to subject the substrates to a drying/curing operation prior to transfer of the substrates to the intaglio printing group , which drying/curing assembly (27, 28; 27*, 28*) includes a drying/curing cylinder (27; 27*) and one or more drying/curing units (28; 28*) positioned about part of the circumference of the drying/curing cylinder (27; 27*).
A light emitting apparatus comprising: a light transmissive envelope configured to diffuse light; an LED light source being in thermal communication with a heat sink base housing an electronic driver ; and a plurality of heat fins in thermal communication with said heat sink base and extending in a direction such that the heat fins are adjacent to said light transmissive envelope, wherein said plurality of heat fins comprises a carbon nanotube filled polymer composite; wherein said heat sink base comprises a truncated cone shape, with a receiving area for the LED light source sized approximately the same as the LED light source, and having sides angled between 15° and 30°. a light transmissive envelope configured to diffuse light; an LED light source being in thermal communication with a heat sink base housing an electronic driver ; and a plurality of heat fins in thermal communication with said heat sink base and extending in a direction such that the heat fins are adjacent to said light transmissive envelope, wherein said plurality of heat fins comprises a carbon nanotube filled polymer composite; wherein said heat sink base comprises a truncated cone shape, with a receiving area for the LED light source sized approximately the same as the LED light source, and having sides angled between 15° and 30°.
A torque sensor for measuring a torque introduced into an upper shaft , wherein the upper shaft , which can be rotated around a longitudinal axis , can be connected to a lower shaft via a torsion rod , characterized in that the torque sensor has two components intermeshing in the longitudinal direction of the longitudinal axis , wherein a first component can be connected to the upper shaft and a second component can be connected to the lower shaft , and wherein the components have surfaces protruding in the longitudinal direction, wherein the surfaces of one component at least partially overlap associated surfaces of the other component in the longitudinal direction, and wherein the torque sensor has at least one pair of sensors, wherein a pair of sensors has a sensor coil which can generate a high-frequency alternating magnetic field arranged on one of the surfaces protruding in the longitudinal direction of one component , and a metallic element arranged on one of the surfaces protruding in the longitudinal direction of the other component , and wherein a torque introduced into the upper shaft causes a change in the distance between the sensor coil and the metallic element , wherein the torque sensor comprises a device which is designed to measure a frequency change of the alternating magnetic field caused by the change in distance and to determine from this the torque introduced into the upper shaft .