mhurhangee/ep-ind-claims huggingface dataset:
An item of furniture having at least two sliding doors (1, 2), which are movable on parallel tracks to close at least a portion of a furniture body, and having an electronic locking system, using which the sliding doors (1, 2) are lockable in a closed position, wherein the locking system has: - at least one locking element having a bolt movable from a release position into a locking position, - at least one bolt receptacle for accommodating the bolt in its locked position, - a housing, in which the locking element is at least partially accommodated and an electric motor driving the bolt is accommodated, - a control unit, using which the electric motor is controllable, characterized in that - the locking element is inserted into a borehole of a side wall, which is aligned parallel to a displacement direction (x) of the sliding doors (1, 2), of a first of the sliding doors (1, 2) and the bolt receptacle is arranged on a lateral surface of a second of the sliding doors (1, 2) facing toward the first of the sliding doors (1, 2), - wherein a guide element is formed on the housing, which protrudes into a frontal recess of the bolt, facing toward the housing, to guide the bolt in the closing direction (z). - at least one locking element having a bolt movable from a release position into a locking position, - at least one bolt receptacle for accommodating the bolt in its locked position, - a housing, in which the locking element is at least partially accommodated and an electric motor driving the bolt is accommodated, - a control unit, using which the electric motor is controllable, characterized in that - the locking element is inserted into a borehole of a side wall, which is aligned parallel to a displacement direction (x) of the sliding doors (1, 2), of a first of the sliding doors (1, 2) and the bolt receptacle is arranged on a lateral surface of a second of the sliding doors (1, 2) facing toward the first of the sliding doors (1, 2), - wherein a guide element is formed on the housing, which protrudes into a frontal recess of the bolt, facing toward the housing, to guide the bolt in the closing direction (z).
Seat depth adjuster comprising an upholstery support plate, a base plate and an electric drive, wherein the upholstery support plate is made of glass-fiber-reinforced plastic, wherein the connection of components to one another and/or of components to the upholstery support plate and/or of the upholstery support plate to a seat part takes place by way of molded-in or cast-in fastening elements, characterized in that the electric drive cooperates with the upholstery support plate via a spindle, and in that one fastening element has a threaded section for the placement of a nut and one fastening element has an overmoldable or encapsulable further threaded section, wherein a disc-shaped section is provided between the two threaded sections and the diameter of the overmoldable or encapsulable further threaded section is larger than the diameter of the threaded section, wherein a thread depth of the overmoldable or encapsulable further threaded section is significantly deeper and/or a pitch is significantly greater than that of the threaded section.
A security system (10, 50, 50') configured for securing an item of merchandise from theft, the security system (10, 50, 50') comprising: a sensor (12, 52, 52') configured to removably engage an input port of an item of merchandise and to be in electrical communication with the item of merchandise; and a monitoring component (16, 58, 58') configured to wirelessly communicate with the sensor (12, 52, 52'), wherein the monitoring component (16, 58, 58') and the sensor (12, 52, 52') are configured to communicate with one another to determine a proximity of the item of merchandise relative to the monitoring component (16, 58, 58'), wherein the monitoring component (16, 58, 58') and/or the sensor (12, 52, 52') is configured to initiate a security signal when the proximity between the monitoring component (16, 58, 58') and the sensor (12, 52, 52') is not within a predetermined range, and wherein the monitoring component (16, 58, 58') and/or the sensor (12, 52, 52') is configured to initiate a security signal in response to the sensor being removed from the input port of the item of merchandise. a sensor (12, 52, 52') configured to removably engage an input port of an item of merchandise and to be in electrical communication with the item of merchandise; and a monitoring component (16, 58, 58') configured to wirelessly communicate with the sensor (12, 52, 52'), wherein the monitoring component (16, 58, 58') and the sensor (12, 52, 52') are configured to communicate with one another to determine a proximity of the item of merchandise relative to the monitoring component (16, 58, 58'), wherein the monitoring component (16, 58, 58') and/or the sensor (12, 52, 52') is configured to initiate a security signal when the proximity between the monitoring component (16, 58, 58') and the sensor (12, 52, 52') is not within a predetermined range, and wherein the monitoring component (16, 58, 58') and/or the sensor (12, 52, 52') is configured to initiate a security signal in response to the sensor being removed from the input port of the item of merchandise.
A corona ignition system for igniting a mixture of fuel and air of a combustion chamber, comprising: an electrode for providing an electrical discharge, a corona drive circuit transmitting energy to said electrode in an amount capable of maintaining a corona discharge, and an energy circuit auxiliary to said corona drive circuit for storing energy while said corona drive circuit transmits said energy to said electrode and transmitting said stored energy to said electrode to intentionally maintain arc discharge upon detecting said arc discharge. an electrode for providing an electrical discharge, a corona drive circuit transmitting energy to said electrode in an amount capable of maintaining a corona discharge, and an energy circuit auxiliary to said corona drive circuit for storing energy while said corona drive circuit transmits said energy to said electrode and transmitting said stored energy to said electrode to intentionally maintain arc discharge upon detecting said arc discharge.
A method of capturing an image in a mobile terminal comprising a camera (121, 121') and a touch screen, the method comprising: displaying a preview of the image to be captured on the touch screen; receiving a first touch input on an area of the preview, the first touch input being a contact touch with the touch screen; recognizing the area of the preview receiving the first touch input as an area to be focused; focusing on the recognized area of the preview; the method being characterised in that it further comprises the steps of: determining whether the recognized area is focused; and if the recognized area is focused, capturing the image after a period of time has elapsed since release of the contact touch. displaying a preview of the image to be captured on the touch screen; receiving a first touch input on an area of the preview, the first touch input being a contact touch with the touch screen; recognizing the area of the preview receiving the first touch input as an area to be focused; focusing on the recognized area of the preview; the method being characterised in that it further comprises the steps of: determining whether the recognized area is focused; and if the recognized area is focused, capturing the image after a period of time has elapsed since release of the contact touch. determining whether the recognized area is focused; and if the recognized area is focused, capturing the image after a period of time has elapsed since release of the contact touch.
A method of forming an earth-boring tool, the method comprising: forming a hardfacing layer over at least one surface of a body; characterised in that the method further comprises using a plasma spray device to gouge at least one recess through the hardfacing layer and into the body using a plasma emitted by the plasma spray device, at least a portion of the at least one recess defining a cutting element pocket; machining an interior surface of the at least one recess after using the plasma spray device to gouge the at least one recess through the hardfacing layer and into the body; and securing at least one cutting element to the body at least partially within the cutting element pocket. forming a hardfacing layer over at least one surface of a body; characterised in that the method further comprises using a plasma spray device to gouge at least one recess through the hardfacing layer and into the body using a plasma emitted by the plasma spray device, at least a portion of the at least one recess defining a cutting element pocket; machining an interior surface of the at least one recess after using the plasma spray device to gouge the at least one recess through the hardfacing layer and into the body; and securing at least one cutting element to the body at least partially within the cutting element pocket.
Demolition arrangement for a remotable-controlled working machine equipped with a manoeuverable arm, which machine comprises tracks, is electrically powered and able to be driven on tracks, and is principally intended for destruction and demolition work through the demolition processing with a tool comprising an impact tool that operates through a hydraulically powered hammer and where an operator walking next to the machine controls its various movements with a remote-control, the maneuverable arm is pivotable about a vertical axis and is intended for removal of slag and refractory material that is located on the inside of a furnace or metallurgical vessel, and comprising an impact tool attached in the front end of a hydraulic hammer, a tilting or breaking device that is arranged between a free end of the manoeuvreable arm and the hammer and which, by the action of a link system allows the supported impact tool to form a moment arm pivoted about the center of an axis of the free end of the control arm, a rotary joint which by the action of a rotator allows a front arm portion (12:2) of the control arm and thereby the impact tool to be rotated about its own longitudinal axis, characterized in that the hydraulic hammer for the impact tool forms part of a hammer system comprising a closed control box which is formed of joined steel plates, and is openable via a rear wall piece forming part of the control box, and in which control box the hydraulic hammer is adapted to be received in a retaining manner, the rear wall end piece on one side has a connector designed for quick coupling with the free end of the manoeuvreable arm by cooperation with a corresponding coupling means provided in the link system and that the end wall piece on a second side has a part with to which a rear flange like portion of the hammer is mountable by means of fixture fittings, wherein the control box in a front end is provided with an opening in which a chisel-shaped portion of a head included in the impact tool is non-rotatable but slidably guided for performing movements in its axial direction.
A display device for a vehicle comprising: a substrate housing portion that stores a circuit substrate that outputs an image signal of an image to be displayed; an optical unit that is provided at one end of the substrate housing portion and that generates and projects an image based on the image signal output from the circuit substrate; and a combiner that is provided at one end of the optical unit and on which the image is projected, wherein the optical unit has: an optical unit main body that includes a light source and an image display element; and a projection unit that is attached to the optical unit main body, that includes a projection mirror and an intermediate image screen that forms a real image, and that determines a projection direction, wherein the optical unit main body has a first main body surface and a second main body surface, which is a surface facing the first main body surface, and characterized in that the projection unit has two arrangement states: a first state where a projection port of the projection unit is on the side of the first main body surface; and a second state where the projection port is on the side of the second main body surface. a substrate housing portion that stores a circuit substrate that outputs an image signal of an image to be displayed; an optical unit that is provided at one end of the substrate housing portion and that generates and projects an image based on the image signal output from the circuit substrate; and a combiner that is provided at one end of the optical unit and on which the image is projected, wherein the optical unit has: an optical unit main body that includes a light source and an image display element; and a projection unit that is attached to the optical unit main body, that includes a projection mirror and an intermediate image screen that forms a real image, and that determines a projection direction, wherein the optical unit main body has a first main body surface and a second main body surface, which is a surface facing the first main body surface, and characterized in that the projection unit has two arrangement states: a first state where a projection port of the projection unit is on the side of the first main body surface; and a second state where the projection port is on the side of the second main body surface. an optical unit main body that includes a light source and an image display element; and a projection unit that is attached to the optical unit main body, that includes a projection mirror and an intermediate image screen that forms a real image, and that determines a projection direction, wherein the optical unit main body has a first main body surface and a second main body surface, which is a surface facing the first main body surface, and characterized in that the projection unit has two arrangement states: a first state where a projection port of the projection unit is on the side of the first main body surface; and a second state where the projection port is on the side of the second main body surface.
An optically-based measurement system comprising: a first imaging system configured to be disposed adjacent an inlet of a gas turbine engine of an aircraft, the first imaging system configured to perform a first imaging of a first target area of the inlet of a gas turbine engine of an aircraft, the first imaging performed while the gas turbine engine operates while the aircraft is in flight; a second imaging system configured to be disposed adjacent an outlet of the gas turbine engine, the second imaging system configured to perform a second imaging of a second target area of the outlet of the gas turbine engine of an aircraft, the second imaging performed while the gas turbine engine operates while the aircraft is in flight; and a measurement controller configured to calculate the first mass flow and the second mass flow of the gas turbine engine based at least in part on the first imaging of the inlet and the second imaging of the outlet, respectively. a first imaging system configured to be disposed adjacent an inlet of a gas turbine engine of an aircraft, the first imaging system configured to perform a first imaging of a first target area of the inlet of a gas turbine engine of an aircraft, the first imaging performed while the gas turbine engine operates while the aircraft is in flight; a second imaging system configured to be disposed adjacent an outlet of the gas turbine engine, the second imaging system configured to perform a second imaging of a second target area of the outlet of the gas turbine engine of an aircraft, the second imaging performed while the gas turbine engine operates while the aircraft is in flight; and a measurement controller configured to calculate the first mass flow and the second mass flow of the gas turbine engine based at least in part on the first imaging of the inlet and the second imaging of the outlet, respectively.
A pyrotechnic current disconnector including a housing having an igniter which, for disconnecting a conductor, applies pressure to a disconnecting piston displaceable in the housing, wherein upon triggering a signal line is interrupted, too, wherein the signal line is formed as a loop, characterised in that a pin of the disconnecting piston engages the loop.
Hydraulic machine comprising a barrel rotated by an input shaft, comprising cylinders distributed around the axis, each receiving a piston sliding according to the rotation of the shaft, each cylinder emerging through an opening on a transverse face of the barrel in abutment on a circular plate having inlet and outlet manifolds, the openings comprising, with respect to their cylinders, angular offsets lying in a total offset range, characterised in that the offsets of the openings are disposed at one or other end of this offset range.
A flowline protection system for a fully rated pipeline, the fully rated pipeline having a fluid flowing through the fully rated pipeline at an operation pressure, the system including: a first isolation valve and a second isolation valve, the first and second isolation valves being connected in series and connectable to the fully rated pipeline to prevent a flow of the fluid through the fully rated pipeline when either the first isolation valve or the second isolation valve is in a closed position; a first and second hydraulic control assembly (20a, 20b), each of the hydraulic control assemblies including a high pressure safety pilot valve with a high pressure setting, and a low pressure safety pilot valve with a low pressure setting; wherein the first and second hydraulic control assemblies are configured to cause both the first isolation valve and the second isolation valve to return to the closed position if either of the high pressure safety pilot valves sense that the operating pressure is greater than the high pressure setting or if either of the low pressure safety pilot valves sense that the operating pressure is less than the low pressure setting; and wherein the isolation valves and the hydraulic control assemblies are part of a self-contained skid assembly free of a connection to any component other than the fully rated pipeline. a first isolation valve and a second isolation valve, the first and second isolation valves being connected in series and connectable to the fully rated pipeline to prevent a flow of the fluid through the fully rated pipeline when either the first isolation valve or the second isolation valve is in a closed position; a first and second hydraulic control assembly (20a, 20b), each of the hydraulic control assemblies including a high pressure safety pilot valve with a high pressure setting, and a low pressure safety pilot valve with a low pressure setting; wherein the first and second hydraulic control assemblies are configured to cause both the first isolation valve and the second isolation valve to return to the closed position if either of the high pressure safety pilot valves sense that the operating pressure is greater than the high pressure setting or if either of the low pressure safety pilot valves sense that the operating pressure is less than the low pressure setting; and wherein the isolation valves and the hydraulic control assemblies are part of a self-contained skid assembly free of a connection to any component other than the fully rated pipeline.
System for thermally oxidising a waste gas with hydrocarbon compounds into an oxidised gas, which system comprises: - an outer chamber with a front wall, a rear wall, a left wall, a right wall, an upper wall and a lower wall which are provided on their inside with electrical heating means, the outer chamber being provided with a first opening and a second opening, wherein a depth of the outer chamber is defined as a shortest distance between its front wall and its rear wall, wherein a width of the outer chamber is defined as a shortest distance between its left wall and its right wall and wherein a height of its outer chamber is defined as a shortest distance between its lower wall and its upper wall; and - an inner chamber that is completely surrounded by the outer chamber and has a depth, a width and a height, each of which is at most 15%, particularly at most 10%, smaller than a respective one of the depth, the width and the height of the outer chamber, wherein the inner chamber is provided with: - an inlet configured to connect, via the first opening in the outer chamber, to a supply device provided to supply a mixture of superheated oxygen gas and said waste gas to the inner chamber; - an outlet configured to connect, via the second opening in the outer chamber, to a discharge device provided to discharge said oxidised gas from the inner chamber; and - one or more partitions such that said mixture flows through one or more substantially U-shaped loops within the inner chamber. - an outer chamber with a front wall, a rear wall, a left wall, a right wall, an upper wall and a lower wall which are provided on their inside with electrical heating means, the outer chamber being provided with a first opening and a second opening, wherein a depth of the outer chamber is defined as a shortest distance between its front wall and its rear wall, wherein a width of the outer chamber is defined as a shortest distance between its left wall and its right wall and wherein a height of its outer chamber is defined as a shortest distance between its lower wall and its upper wall; and - an inner chamber that is completely surrounded by the outer chamber and has a depth, a width and a height, each of which is at most 15%, particularly at most 10%, smaller than a respective one of the depth, the width and the height of the outer chamber, wherein the inner chamber is provided with: - an inlet configured to connect, via the first opening in the outer chamber, to a supply device provided to supply a mixture of superheated oxygen gas and said waste gas to the inner chamber; - an outlet configured to connect, via the second opening in the outer chamber, to a discharge device provided to discharge said oxidised gas from the inner chamber; and - one or more partitions such that said mixture flows through one or more substantially U-shaped loops within the inner chamber.