mhurhangee/ep-ind-claims huggingface dataset:
A convertible electrical switch with an actuating rocker assembled on a base of a body of the switch such that it can swivel between two stable switch connection and disconnection positions, and with an activation element connectable to the actuating rocker pushing the actuating rocker to a single stable position, when the activation element and the rocker are connected in an activation position by means of the action of a spring coupled to the activation element, converting the switch into a push-button, characterized in that the activation element is arranged such that it is slidingly assembled in a guided manner through a window (1.1) of the actuating rocker with a geometry in correspondence with the external geometry of the activation element such that in the inactive position the activation element goes through the window without pushing the rocker, whereas in the activation position the activation element is configured to push the rocker by means of at least one projection (3.1) after establishing a rotation of said activation element such that the projection (3.1) contacts the rocker, being moved together with the activation element by means of the action of the spring.
A coupling for cryogenically liquefied gases, comprising two complementary coupling halves (1, 2), which can be connected to one another so as to be capable of being detached and which in each case encompass a valve, which blocks or releases the flow-through of the liquefied gas, wherein the valves in each case exhibit a valve closing element (15, 27), which is supported so as to be capable of being displaced in axial direction and which can be pressed against a valve seat (22, 36), wherein the valve closing elements interact with one another in axial direction along a parting plane of the coupling when the coupling halves are connected to one another, characterized in that the surfaces (39, 40), which interact with one another in the parting plane, define a sealed hollow space when the coupling halves (1, 2) are connected to one another.
A method for measuring at least one physical magnitude, such as temperature, flow or pressure, of a cooling fluid flowing in an at least one individual cooling element cycle including a cooling element, respectively, in a metallurgical furnace, in which method the cooling fluid is fed to a supply header for distributing the cooling fluid and for feeding it from there to the at least one cooling element cycle with the cooling element, being received and collected from the respective cooling element cycle by a collection header, characterized in that - there is arranged a survey line, - the survey line is connected to the collection header, and the survey line is connected by a valve arrangement to the cooling element cycle, respectively, so that the cooling fluid is conducted alternatively either through the survey line to the collection header, or past the survey line to the collection header, respectively, and that - at least one physical magnitude, such as the temperature, pressure or flow of the cooling fluid in the survey line is measured, and the value of the physical magnitude is obtained. - there is arranged a survey line, - the survey line is connected to the collection header, and the survey line is connected by a valve arrangement to the cooling element cycle, respectively, so that the cooling fluid is conducted alternatively either through the survey line to the collection header, or past the survey line to the collection header, respectively, and that - at least one physical magnitude, such as the temperature, pressure or flow of the cooling fluid in the survey line is measured, and the value of the physical magnitude is obtained.
A high-heeled shoe for a human foot which enables a human to assume and maintain anatomically suitable body posture for standing and walking, and which has an orthopedic inclination, the high-heeled shoe comprising a toe section and a heel section separated by and connected with a sole section, the high-heeled shoe being configured for the respective support of a toe, heel and sole of a human foot wherein a vertical distance between support of the toe and support of the heel is between 50.8 mm and 114.3 mm (2 and 4.5 inches) and wherein the sole section which directly supports a human sole and heel comprises a curved inclination, as superimposed on an x-y coordinate system having a point of origin at the point at which the sole section begins to rise from a base of the toe section, characterized in that the curved inclination configuration is determined according to values of x and y along the sole section according to the formula: y initial = 5 / arctan 10 k. arctan k. x wherein x is the x coordinate of a point on the sole section and k is an empirical value ranging between about 1 /4.5 and 1/ 2.75, and wherein the y initial value is multiplied by a human foot correction factor formula of: 1 / 1 + x − x j 2 / k 2 to give a y coordinate of a point on the sole section, the y value indicating the vertical distance from a plane extending from the base of the toe section, wherein k 2 is 300 and x j is a function of the vertical distance between toe section and heel section and ranges from about 20 to 60 for vertical distances ranging between about 50.8 mm and 114.3 mm (2 and 4.5 inches), wherein, for A 1 representing a vertical distance of 50.8 mm (2 inches), A 2 representing 63.5 mm (2.5 inches), A 3 representing 76.2mm (3 inches), A 4 representing 88.9 mm (3.5 inches), A 5 representing 101.6mm (4 inches), and A 6 representing 114.3 mm (4.5 inches), the values of x j are given in the following table, and for vertical distances different from the values of A 1, A 2, A 3, A 4, A 5, and A 6, the x j values of the table are used to provide the extrapolation of range values between the adjacent A 1 to A 6 values: x j A 1 60 A 2 50 A 3 40 A 4 35 A 5 25 A 6 20
Monoallophanates having the formula 1: where R, R 1 -R 6 are each independently identical or different hydrocarbyl radicals having 1-8 carbon atoms, which may be branched or cyclic, and m and n are each 0.
A powder material comprising a dendritic structure and ceramics particles, wherein the dendritic structure and the ceramics particles exist together and the dendritic structure has a cemented carbide composition or a cermet composition, wherein the ceramics particles have a polygonal shape, wherein the cemented carbide composition refers to a configuration which includes W and carbon, the balance being at least one selected from Fe, Ni, Co, and Cr, and wherein the cermet composition refers to a configuration which includes at least one of a Group 4 transition metal, a Group 5 transition metal, a Group 6 transition metal except for W, Al, and Si, and at least one of oxygen, carbon, and nitrogen, the balance being at least one selected from Fe, Ni, Co, and Cr, the cemented carbide composition or the cermet composition containing at least 5 at% or more of at least one of a Group 4 transition metal, a Group 5 transition metal, a Group 6 transition metal, Si, and Al, and at least one of oxygen, carbon, and nitrogen.
A conversion light-emitting diode (conversion LED) with a chip, further electrically conductive components, electrically insulating components, as well as a phosphor containing layer upstream of the chip, which converts at least a part of the primary radiation of the chip into secondary radiation, characterized in that electrically conductive components and the chip are surrounded by a transparent oxidic protective layer as insulation, wherein the oxidic protective layer is or contains a metal oxide, wherein the metal oxide is Y 2 O 3 or MgO 2.
A blower, comprising: a fan frame, the fan frame having an inlet, an outlet and a throat portion, a fan wheel, the fan wheel being disposed in the fan frame and having a wheel hub, and a plurality of fan blades connected to periphery of the wheel hub, and a space between the fan wheel and the fan frame being defined as a pressure zone and a pressure releasing zone, characterized in that the blower comprises at least one induction element and a coil, wherein the at least one induction element is disposed in the fan blades and the coil is disposed on the fan frame and configured to drive the induction elements, such that the fan blades corresponding to the induction elements swing back and forth to generate a vibration sound having the same frequency as, the same amplitude as and an opposite phase of an eddy noise generated by the throat portion. a fan frame, the fan frame having an inlet, an outlet and a throat portion, a fan wheel, the fan wheel being disposed in the fan frame and having a wheel hub, and a plurality of fan blades connected to periphery of the wheel hub, and a space between the fan wheel and the fan frame being defined as a pressure zone and a pressure releasing zone, characterized in that the blower comprises at least one induction element and a coil, wherein the at least one induction element is disposed in the fan blades and the coil is disposed on the fan frame and configured to drive the induction elements, such that the fan blades corresponding to the induction elements swing back and forth to generate a vibration sound having the same frequency as, the same amplitude as and an opposite phase of an eddy noise generated by the throat portion.
A method for illustrating navigation directions on a digital map, the method comprising: generating a digital map of a geographic area, including providing map features included in the digital map at a default level of detail; obtaining, by one or more processors, a navigation route to a destination located in the geographic area; identifying, by the one or more processors, a first plurality of map features corresponding to physical entities located in the geographic area and related to the navigation route; and generating a modified digital map, including re-rendering, by the one or more processors, the first plurality of map features at a high level of detail, characterised in that, the modified digital map includes a second plurality of map features that are not related to the navigation route displayed at a low level of detail, where the default level of detail is higher than the low level of detail, and the high level of detail is higher than the default level of detail. generating a digital map of a geographic area, including providing map features included in the digital map at a default level of detail; obtaining, by one or more processors, a navigation route to a destination located in the geographic area; identifying, by the one or more processors, a first plurality of map features corresponding to physical entities located in the geographic area and related to the navigation route; and generating a modified digital map, including re-rendering, by the one or more processors, the first plurality of map features at a high level of detail, characterised in that, the modified digital map includes a second plurality of map features that are not related to the navigation route displayed at a low level of detail, where the default level of detail is higher than the low level of detail, and the high level of detail is higher than the default level of detail.
A hand tool, including a handle with a containing chamber, and a can opener that can be rotatably received in the containing chamber or unfolded connected pivotally to one end of the handle, wherein the can opener is made of metal material and used to open paint can lid; wherein the can opener is a plate-shaped member with a jaw in the middle thereof and a hook-shaped part extending inwards from each edge of the jaw; a putty knife that can be rotatably received in the containing chamber or unfolded is also pivotally connected to one end of the handle; wherein a blade carrier on which is mounted a replaceable blade, which can be rotatably received in the containing chamber or unfolded, is also pivotally connected to one end of the handle; an elastic part (71, 72, 73) with lateral elastic force, the elastic part is disposed in the containing chamber of the handle, and at least one of the blade carrier, the can opener and the putty knife has a positioning part at the pivoting connection end thereof, the side of the elastic part engages against the side of the pivoting connection end by the lateral elastic force when folded, while the elastic pat1 deflects and forms a lock-fit with the positioning part when unfolded.
A Slope Stability Lidar comprising: a laser producing a beam of optical radiation; a scanner that directs the beam of optical radiation into an area on a point by point basis, each point having an elevation and azimuth with respect to the laser; a detector that receives reflected optical radiation from each point; and a processor programmed to: acquire data from the detector and process the data to compile direction data, range data and amplitude data for each point; characterised in that the processor is programmed to segment the acquired data into blocks of data defining a voxel, with each block forming a voxel being selected based on a specific voxel size, such that all range points are within an azimuth by elevation both from of 0.1 degrees to 1.0 degrees, the voxel size having range limits like to exclude ranges of known artefacts; average the acquired range data within the voxel to produce a precise voxel range value for each voxel; compare voxel range values over time to identify movement; and generate an alert if movement exceeds a threshold. a laser producing a beam of optical radiation; a scanner that directs the beam of optical radiation into an area on a point by point basis, each point having an elevation and azimuth with respect to the laser; a detector that receives reflected optical radiation from each point; and a processor programmed to: acquire data from the detector and process the data to compile direction data, range data and amplitude data for each point; acquire data from the detector and process the data to compile direction data, range data and amplitude data for each point; characterised in that the processor is programmed to segment the acquired data into blocks of data defining a voxel, with each block forming a voxel being selected based on a specific voxel size, such that all range points are within an azimuth by elevation both from of 0.1 degrees to 1.0 degrees, the voxel size having range limits like to exclude ranges of known artefacts; average the acquired range data within the voxel to produce a precise voxel range value for each voxel; compare voxel range values over time to identify movement; and generate an alert if movement exceeds a threshold. degrees to 1.0 degrees, the voxel size having range limits like to exclude ranges of known artefacts; average the acquired range data within the voxel to produce a precise voxel range value for each voxel; compare voxel range values over time to identify movement; and generate an alert if movement exceeds a threshold.
A connector for forming a fluid connection between at least a first fluid conduit and a second fluid conduit, the connector comprising: a body (8; 8'; 8", 8"') defining at least one aperture configured to receive an end of the first fluid conduit; a locking element (30; 30') comprising a base and a pair of engagement arms (32a, 32b) extending therefrom, the engagement arms (32a, 32b) being configured so as to accommodate the end of the first fluid conduit therebetween; the locking element (30; 30') being configured to be at least partially received by a slot defined by the body (8; 8'; 8", 8′′′) and, when the end of the first fluid conduit is located within the body (8; 8'; 8", 8′′′) of the connector, to engage the first fluid conduit so as to resist withdrawal of the first fluid conduit from the connector; characterized in that the two engagement arms (32a, 32b) are flexible engagement arms, the slot is defined in part by inner guiding surfaces (11a, 11b) of the body (8; 8'; 8", 8′′′) of the connector which are curved and concave to the first fluid conduit and are configured to maintain the engagement arms (32a, 32b) in position against the first fluid conduit, and when the locking element (30; 30') is located in the slot and the end of the first fluid conduit is located in the body (8; 8'; 8", 8′′′) of the connector, the engagement arms (32a, 32) are retained against the first fluid conduit and have respective lengths such that the locking element (30; 30') at least partially surrounds the first fluid conduit. a body (8; 8'; 8", 8"') defining at least one aperture configured to receive an end of the first fluid conduit; a locking element (30; 30') comprising a base and a pair of engagement arms (32a, 32b) extending therefrom, the engagement arms (32a, 32b) being configured so as to accommodate the end of the first fluid conduit therebetween; the locking element (30; 30') being configured to be at least partially received by a slot defined by the body (8; 8'; 8", 8′′′) and, when the end of the first fluid conduit is located within the body (8; 8'; 8", 8′′′) of the connector, to engage the first fluid conduit so as to resist withdrawal of the first fluid conduit from the connector; characterized in that the two engagement arms (32a, 32b) are flexible engagement arms, the slot is defined in part by inner guiding surfaces (11a, 11b) of the body (8; 8'; 8", 8′′′) of the connector which are curved and concave to the first fluid conduit and are configured to maintain the engagement arms (32a, 32b) in position against the first fluid conduit, and when the locking element (30; 30') is located in the slot and the end of the first fluid conduit is located in the body (8; 8'; 8", 8′′′) of the connector, the engagement arms (32a, 32) are retained against the first fluid conduit and have respective lengths such that the locking element (30; 30') at least partially surrounds the first fluid conduit.
A display device for a movable object comprising: a display unit provided such that it is visible from outside a movable object; and a controller structured to cause the display unit to display information indicating a status of the movable object, wherein the controller is structured to change a display mode of the information displayed on the display unit in accordance with variation in the status of the movable object, characterized in that the display unit includes a first area and a second area for displaying the information indicating the status of the movable object, wherein the second area is also for displaying information different from the status of the movable object, and the controller is structured to cause information indicating a predetermined first status of the movable object to be displayed in the first area and structured to cause information indicating a predetermined second status of the movable object to be displayed in the first area and in the second area while information different from the status of the movable object is prevented to be displayed in the second area. a display unit provided such that it is visible from outside a movable object; and a controller structured to cause the display unit to display information indicating a status of the movable object, wherein the controller is structured to change a display mode of the information displayed on the display unit in accordance with variation in the status of the movable object, characterized in that the display unit includes a first area and a second area for displaying the information indicating the status of the movable object, wherein the second area is also for displaying information different from the status of the movable object, and the controller is structured to cause information indicating a predetermined first status of the movable object to be displayed in the first area and structured to cause information indicating a predetermined second status of the movable object to be displayed in the first area and in the second area while information different from the status of the movable object is prevented to be displayed in the second area.
A method for generating an ultrasonic lubrication haptic effect at a target point of a rigid surface of a solid using at least two piezoelectric actuators (S i) capable of generating, under the effect of control signals, a vibration of said rigid surface in the ultrasonic domain so as to create a so-called ultrasonic lubrication effect at a target point, characterised in that the respective control signal of each actuator (S i) is calculated on the basis of a delay law which depends on the speed of propagation of the emitted waves of the actuators in the solid and on the distance (d i) between this actuator and the target point to be actuated, the delay law being used to determine the control signals so that the amplitude of the displacement at the target point of the waves originating from all of the piezoelectric actuators (S i) is maximum to create, at the target point, an ultrasonic lubrication haptic effect higher than that one obtained using one single actuator.
A method for manufacturing a railway track support, the railroad track support comprising a plurality of prefabricated elements with predetermined dimensions assembled to one another, characterized in that it includes the following successive steps: - providing a movable insertion machine configured to arrange at least one insert in a fresh concrete block, the movable insertion machine being provided in a zone for producing prefabricated elements located near an installation zone intended to receive the railway track, the production zone being separate from the installation zone; - pouring and configuring fresh concrete in order to form individual fresh concrete blocks having the predetermined dimensions; - arranging at least one insert in each fresh concrete block using the movable insertion machine; and - drying the fresh concrete blocks to obtain the prefabricated elements. - providing a movable insertion machine configured to arrange at least one insert in a fresh concrete block, the movable insertion machine being provided in a zone for producing prefabricated elements located near an installation zone intended to receive the railway track, the production zone being separate from the installation zone; - pouring and configuring fresh concrete in order to form individual fresh concrete blocks having the predetermined dimensions; - arranging at least one insert in each fresh concrete block using the movable insertion machine; and - drying the fresh concrete blocks to obtain the prefabricated elements.