mhurhangee/ep-ind-claims huggingface dataset:
Manufacturing method for a rebated door leaf of metal sheets in box architecture and cover architecture of one of the claims 4 to 14, comprising this steps: a) providing a box sheet and a cover sheet for forming a box and a cover; b) rebating of two parallel edge portions (16, 18) on corresponding parallel edges of the box sheet and the cover sheet, for forming engaging behind means (20, 21) within two parallel door rebates the engaging behind means (20, 21) engaging behind each other while being displaceable relative to each other in a longitudinal direction of the edge portions (16, 18); c) rebating of at least a third edge portion of the box sheet and the cover sheet to generate a receiving groove on one of the sheets (12, 14) and a tongue which can be inserted in the receiving groove in the displacement direction arises on the other of the sheets (12, 14); d) joining the box sheet and the cover sheet by interlocking the engaging behind means (20, 21) and displacing until the tongue engages the receiving groove. a) providing a box sheet and a cover sheet for forming a box and a cover; b) rebating of two parallel edge portions (16, 18) on corresponding parallel edges of the box sheet and the cover sheet, for forming engaging behind means (20, 21) within two parallel door rebates the engaging behind means (20, 21) engaging behind each other while being displaceable relative to each other in a longitudinal direction of the edge portions (16, 18); c) rebating of at least a third edge portion of the box sheet and the cover sheet to generate a receiving groove on one of the sheets (12, 14) and a tongue which can be inserted in the receiving groove in the displacement direction arises on the other of the sheets (12, 14); d) joining the box sheet and the cover sheet by interlocking the engaging behind means (20, 21) and displacing until the tongue engages the receiving groove.
A laminate structure comprising: a print film comprising a print layer, the print layer comprising an emulsion polymer chosen from a vinyl acetate containing polymer, a blend of vinyl acetate with vinyl acetate ethylene, an all acrylic formulation, a vinyl acetate ethylene emulsion, a vinyl acetate homopolymer, vinyl acetate copolymer, a mixture of vinyl acetate homopolymer and vinyl acetate copolymer, an acrylic copolymer or its mixture with a vinyl acetate ethylene copolymer, a vinyl acetate ethylene and acrylic hybrid, a polyurethane containing polymer, a mixture of an acrylic copolymer with a polyurethane containing polymer, or a combination of two or more thereof; and an overlaminate film overlying an upper surface of the print film, the overlaminate film comprising a polymer chosen from a polyurethane, a polyurethane acrylic copolymer, a polyurethane-acrylic blend, a urethane-acrylic hybrid copolymer, an acrylic copolymer, a mixture of acrylics, or a combination of two or more thereof. a print film comprising a print layer, the print layer comprising an emulsion polymer chosen from a vinyl acetate containing polymer, a blend of vinyl acetate with vinyl acetate ethylene, an all acrylic formulation, a vinyl acetate ethylene emulsion, a vinyl acetate homopolymer, vinyl acetate copolymer, a mixture of vinyl acetate homopolymer and vinyl acetate copolymer, an acrylic copolymer or its mixture with a vinyl acetate ethylene copolymer, a vinyl acetate ethylene and acrylic hybrid, a polyurethane containing polymer, a mixture of an acrylic copolymer with a polyurethane containing polymer, or a combination of two or more thereof; and an overlaminate film overlying an upper surface of the print film, the overlaminate film comprising a polymer chosen from a polyurethane, a polyurethane acrylic copolymer, a polyurethane-acrylic blend, a urethane-acrylic hybrid copolymer, an acrylic copolymer, a mixture of acrylics, or a combination of two or more thereof.
A theater comprising: a motion base and a control system operable to coordinate a media presentation with movement of the motion base, and with seats on the motion base, all of the seats arranged on a curve so that all of the seats face radially inwardly toward a center of a screen; multiple 2D and/or 3D projectors arranged to provide seamless edge blended images on the screen; and the control system is operable to control operation of a drive means to rotate the motion base; characterized in the screen being continuous and dome-shaped around the seats; and the motion base being adapted to provide pitch or roll movement. a motion base and a control system operable to coordinate a media presentation with movement of the motion base, and with seats on the motion base, all of the seats arranged on a curve so that all of the seats face radially inwardly toward a center of a screen; multiple 2D and/or 3D projectors arranged to provide seamless edge blended images on the screen; and the control system is operable to control operation of a drive means to rotate the motion base; characterized in the screen being continuous and dome-shaped around the seats; and the motion base being adapted to provide pitch or roll movement.
A characteristic change detection device of a steering transmission system, the characteristic change detection device comprising: a detection unit for detecting a zero point of a steering angle of a steering wheel; a history holding unit for recording a detection history of zero points; characterized by further comprising: a characteristic change determination unit for determining whether or not a characteristic change occurs in the steering transmission system based on a width in the detection history of the zero points. a detection unit for detecting a zero point of a steering angle of a steering wheel; a history holding unit for recording a detection history of zero points; characterized by further comprising: a characteristic change determination unit for determining whether or not a characteristic change occurs in the steering transmission system based on a width in the detection history of the zero points. a characteristic change determination unit for determining whether or not a characteristic change occurs in the steering transmission system based on a width in the detection history of the zero points.
An electrostatic coating device characterized by comprising a coating material cartridge that includes a plurality of coating-material containers, a valve device configured to make a change of colors of coating materials, a common path through which a plurality of coating materials is able to pass according to the change, and a cleaning circuit configured to clean up the common path, wherein the coating material cartridge is configured to be removable from a coating machine. a plurality of coating-material containers, a valve device configured to make a change of colors of coating materials, a common path through which a plurality of coating materials is able to pass according to the change, and a cleaning circuit configured to clean up the common path, wherein
Fastener (10, 110) for the temporary assembly of at least two pre-drilled structures, comprising the following: - a body extending along an axis, said body having a bearing surface (14, 114) substantially perpendicular to the axis, said surface being able to come into contact with a front surface of the structures to be assembled; - a spacer, secured to said body; - two elastic half-clips designed to pass through the holes, each half-clip having a hooking spur that can be applied to a rear surface of the structures to be assembled, the spacer being located between the two half-clips; - a mechanism that can be moved relative to the body, said mechanism comprising a threaded rod placed coaxially to the body, with one end of said rod connected to the half-clips, said mechanism also comprising a control nut mounted on said rod; said fastener being characterized in that the control nut comprises: - an internal tapping cooperating with the thread of the rod; - an external thread cooperating with an internal tapping of the body; the pitch of the rod thread and of the nut thread being opposite. - a body extending along an axis, said body having a bearing surface (14, 114) substantially perpendicular to the axis, said surface being able to come into contact with a front surface of the structures to be assembled; - a spacer, secured to said body; - two elastic half-clips designed to pass through the holes, each half-clip having a hooking spur that can be applied to a rear surface of the structures to be assembled, the spacer being located between the two half-clips; - a mechanism that can be moved relative to the body, said mechanism comprising a threaded rod placed coaxially to the body, with one end of said rod connected to the half-clips, said mechanism also comprising a control nut mounted on said rod; - an internal tapping cooperating with the thread of the rod; - an external thread cooperating with an internal tapping of the body;
A SCC (Spinning Cone Column) equipped with a foam removal unit comprising a housing having a rotation axis; a supply part of at feast one reactant formed inside of the housing; at least two spinning cones that are installed so as to have a constant gradient from the upper part to the lower part to the rotation axis, move reactants supplied through the reactant supply part, and rotate around the rotation axis; a fixed cone that is fixed and formed on the inner side of the housing, and provides a pathway for sequentially moving reactant from a spinning cone at the upper part to a spinning cone at the lower part; a product collection part for collecting reactants moved through the spinning cone and the fixed cone; and a driving part for rotating the spinning cone, wherein a foam removal unit is installed on one side of the housing; wherein the foam removal unit is connected with the inside of the housing by at least one collection tube; and wherein each collection tube is connected with the flow path of each stage consisting of one pair of the spinning cone and the fixed cone. a housing having a rotation axis; a supply part of at feast one reactant formed inside of the housing; at least two spinning cones that are installed so as to have a constant gradient from the upper part to the lower part to the rotation axis, move reactants supplied through the reactant supply part, and rotate around the rotation axis; a fixed cone that is fixed and formed on the inner side of the housing, and provides a pathway for sequentially moving reactant from a spinning cone at the upper part to a spinning cone at the lower part; a product collection part for collecting reactants moved through the spinning cone and the fixed cone; and a driving part for rotating the spinning cone, wherein a foam removal unit is installed on one side of the housing; wherein the foam removal unit is connected with the inside of the housing by at least one collection tube; and wherein each collection tube is connected with the flow path of each stage consisting of one pair of the spinning cone and the fixed cone.
A hinge, in particular for furniture, having a hinge part, which is fixable on a door or flap, and which is held so it is pivotable on a side part, which is fixable via a mounting element on a furniture body or a frame, and a damper which decelerates a closing movement of the hinge part relative to the side part, whereby a switch element is provided, by means of which the damper can be switched to inactive, characterized in that the damper has a damper housing and a piston rod movable relative to the damper housing and a holding element, on which the switch element is arranged and the holding element, in a first position of the switch element, is locked thereto and, in a second position, the switch element is movable relative to the holding element, whereby the switch element, in the first position, couples the damper to the side part and the hinge part such that the piston rod is moved relative to the damper housing during a closing movement and, in the second position, the piston rod remains fixed in position on the damper housing during a closing movement, and the switch element has a bolt having at least one flattened area, whereby the bolt is held pivotally, so that the flattened areas can either be arranged for the second position on the arms being integrally formed with the damper housing or the piston rod, or else for the first position vertically thereto, and the bolt is locked with the damper in the first position and is movable relative to the damper in the second position, whereby the switch element has an actuating section, which is arranged on an outer side of the side part or the hinge part.
A cosmetics manufacturing apparatus capable of absorbing contents by an absorbent comprising: a feeding table by which a cosmetics container is fed; a suction unit arranged to suction foreign substances from an accommodation space of the cosmetics container; a contents injection unit arranged to inject contents into the accommodation space from which the foreign substances are suctioned by the suction unit; an absorbent supply unit arranged to introduce an absorbent into the accommodation space into which the contents are injected by the contents injection unit; an absorbent pressing unit arranged to repeatedly press the absorbent and absorbing the contents into the absorbent; a edge member supply unit arranged to introduce an edge member for fixing the absorbent to the accommodation space into the accommodation space; and an absorbent fixing unit arranged to fix the edge member to the accommodation space while the edge member presses and fixes a circumference of the absorbent, wherein the suction unit, the contents injection unit, the absorbent supply unit, the absorbent pressing unit, the edge member supply unit, and the absorbent fixing unit are sequentially installed in the feeding table along a feeding direction of the cosmetics container. a feeding table by which a cosmetics container is fed; a suction unit arranged to suction foreign substances from an accommodation space of the cosmetics container; a contents injection unit arranged to inject contents into the accommodation space from which the foreign substances are suctioned by the suction unit; an absorbent supply unit arranged to introduce an absorbent into the accommodation space into which the contents are injected by the contents injection unit; an absorbent pressing unit arranged to repeatedly press the absorbent and absorbing the contents into the absorbent; a edge member supply unit arranged to introduce an edge member for fixing the absorbent to the accommodation space into the accommodation space; and an absorbent fixing unit arranged to fix the edge member to the accommodation space while the edge member presses and fixes a circumference of the absorbent,
Mounting assembly for fastening a screen device to a window, comprising: - a window profile of the window, comprising a top wall; - a screen guide of the screen device; - a mounting base, which is fastenable on top of the window profile to the top wall thereof and to which the screen guide can be fastened, for fastening the screen guide at a distance above the window profile; characterized in that the window profile, at its top wall is provided with a depression realized as a slot and in that the mounting base, on its side designed to be fastened to the window profile, is provided with an elevation realized as a rib corresponding with and engageable with the slot of the top wall of the window profile. - a window profile of the window, comprising a top wall; - a screen guide of the screen device; - a mounting base, which is fastenable on top of the window profile to the top wall thereof and to which the screen guide can be fastened, for fastening the screen guide at a distance above the window profile;
A gas supply system comprising a pressure reducing means (21, 31) adapted to reduce the pressure of a gas supplied from a source of compressed gas, the resulting gas is supplied by the gas supply system, a heat exchanger (22, 32), which is provided on the upstream side, in the gas flow direction, of the pressure reducing means (21, 31), and which is adapted to heat the gas, characterized in that the heat exchanger (22, 32) heats the gas by heat exchange of the gas introduced to the pressure reducing means and warm water and in that the gas supply system further comprises: a warm water flow channel, which is provided in the pressure reducing means (21, 31), for heating the pressure reducing means (21, 31) by a part of the warm water, and a warm water source which is adapted to supply the warm water, wherein the heat exchanger (22,32) comprises a coil pipe for the gas which is stored in a container, a warm water introduction port which is provided on one of opposing sidewalls of the container, a warm water discharge port which is provided on the other one of the opposing sidewalls of the container, and a plurality of baffles by which the warm water which has flowed into the container from the warm water introduction port is allowed to be in contact with the coil pipe which is provided inside the container. a warm water flow channel, which is provided in the pressure reducing means (21, 31), for heating the pressure reducing means (21, 31) by a part of the warm water, and a warm water source which is adapted to supply the warm water, wherein the heat exchanger (22,32) comprises a coil pipe for the gas which is stored in a container, a warm water introduction port which is provided on one of opposing sidewalls of the container, a warm water discharge port which is provided on the other one of the opposing sidewalls of the container, and a plurality of baffles by which the warm water which has flowed into the container from the warm water introduction port is allowed to be in contact with the coil pipe which is provided inside the container.
A field device for mounting on an industrial apparatus comprising: a transducer adapted to control or monitor a process variable; a photodetector for detecting a light level; a display for showing information related to the process variable; and a display controller adapted to switch the display on or off in response, via an edge-triggered interrupt signal, to a sudden change in the light level detected by the photodetector. a transducer adapted to control or monitor a process variable; a photodetector for detecting a light level; a display for showing information related to the process variable; and a display controller adapted to switch the display on or off in response, via an edge-triggered interrupt signal, to a sudden change in the light level detected by the photodetector.
An eye-imaging training apparatus comprising: a housing comprising a front end and a rear end, wherein the front end is removably attached to the rear end to provide an interior volume of the housing; a first eye socket and a second eye socket formed on the front end of the housing; an eye structure (150, 152) disposed in each of the first eye socket and the second eye socket, wherein the eye structure comprises an eyeball member (154, 155) and a fastening member, wherein the fastening member extends from a distal end of the eyeball member; an actuator assembly disposed in the interior volume of the housing, and a base material disposed over at least the front end of the housing; characterised by: the actuator assembly comprising a pivot member and a receiving member in communication with the pivot member; the receiving member being configured to receive the fastening member of the eye structure; wherein actuating the pivot member is configured to move the eyeball member within at least one of the first eye socket and the second eye socket. a housing comprising a front end and a rear end, wherein the front end is removably attached to the rear end to provide an interior volume of the housing; a first eye socket and a second eye socket formed on the front end of the housing; an eye structure (150, 152) disposed in each of the first eye socket and the second eye socket, wherein the eye structure comprises an eyeball member (154, 155) and a fastening member, wherein the fastening member extends from a distal end of the eyeball member; an actuator assembly disposed in the interior volume of the housing, and a base material disposed over at least the front end of the housing; the actuator assembly comprising a pivot member and a receiving member in communication with the pivot member; the receiving member being configured to receive the fastening member of the eye structure; wherein actuating the pivot member is configured to move the eyeball member within at least one of the first eye socket and the second eye socket.
An inductive power transmitter comprising: a resonant circuit including at least one power transmitting coil configured to generate an inductive power transfer -IPT-field, and an object detection -OD-system configured tο: - generate an OD field at a frequency different from the frequency of the IPT field and wherein an initial level of energy in the resonant circuit corresponds to a maximum distance an object is desired to be determined to be within, - determine a change in energy decay of the resonant circuit, and - detect, based on the determined change in energy decay, the presence of an object. a resonant circuit including at least one power transmitting coil configured to generate an inductive power transfer -IPT-field, and an object detection -OD-system configured tο: - generate an OD field at a frequency different from the frequency of the IPT field and wherein an initial level of energy in the resonant circuit corresponds to a maximum distance an object is desired to be determined to be within, - determine a change in energy decay of the resonant circuit, and - detect, based on the determined change in energy decay, the presence of an object. - generate an OD field at a frequency different from the frequency of the IPT field and wherein an initial level of energy in the resonant circuit corresponds to a maximum distance an object is desired to be determined to be within, - determine a change in energy decay of the resonant circuit, and - detect, based on the determined change in energy decay, the presence of an object.
A concrete saw comprising: a motor; a blade support element for supporting and driving a cutting blade; and a plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) between the motor and the blade support element, a flexible drive element (54, 58) between the plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) and the blade support element, characterised in that the plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) are arranged in a gearbox having a drive input and wherein the drive input is at an approximate center widthwise of the gearbox, wherein the gears (84, 88, 110, 112, 114, 116, 118, 120) are arranged to include a neutral position where the blade support element is not driven, and wherein the gears (84, 88, 110, 112, 114, 116, 118, 120) are configured to operate at at least two different speeds (M, L, H), and wherein the gears further include a second neutral position. a motor; a blade support element for supporting and driving a cutting blade; and a plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) between the motor and the blade support element, a flexible drive element (54, 58) between the plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) and the blade support element, characterised in that the plurality of gears (84, 88, 110, 112, 114, 116, 118, 120) are arranged in a gearbox having a drive input and wherein the drive input is at an approximate center widthwise of the gearbox, wherein the gears (84, 88, 110, 112, 114, 116, 118, 120) are arranged to include a neutral position where the blade support element is not driven, and wherein the gears (84, 88, 110, 112, 114, 116, 118, 120) are configured to operate at at least two different speeds (M, L, H), and wherein the gears further include a second neutral position.