mhurhangee/ep-ind-claims huggingface dataset:
Aircraft seat comprising: - at least one node for performing a particular operation or a function, - a first control unit (17.2) comprising means for operating the node, and - a keyboard (17.1) for emitting an instruction signal to the first control unit (17.2), - said first control unit (17.2), the node, and the keyboard (17.1) being interconnected via a multiplexed communication bus, - said first control unit (17.2) being carried by the keyboard (17.1), said first control unit (17.2) and said keyboard (17.1) being located inside one single first housing, characterized in that - said seat further comprises a screen (22.1) for displaying video information, and - a second control unit (22.2) comprises means for controlling the screen (22.1), the second control unit (22.2) being connected to the first control unit (17.2) via a high transmission speed network, - said second control unit (22.2) being carried by the screen (22.1) and positioned behind the screen (22.1), said second unit control (22.2) and said screen (22.1) being located inside one single second housing. - at least one node for performing a particular operation or a function, - a first control unit (17.2) comprising means for operating the node, and - a keyboard (17.1) for emitting an instruction signal to the first control unit (17.2), - said first control unit (17.2), the node, and the keyboard (17.1) being interconnected via a multiplexed communication bus, - said first control unit (17.2) being carried by the keyboard (17.1), said first control unit (17.2) and said keyboard (17.1) being located inside one single first housing, characterized in that - said seat further comprises a screen (22.1) for displaying video information, and - a second control unit (22.2) comprises means for controlling the screen (22.1), the second control unit (22.2) being connected to the first control unit (17.2) via a high transmission speed network, - said second control unit (22.2) being carried by the screen (22.1) and positioned behind the screen (22.1), said second unit control (22.2) and said screen (22.1) being located inside one single second housing.
A drain for an above-ground pool, the drain comprising: a drain hole; and a drain plug member configured to detachably attach to (i) the drain hole such that, when the drain plug member is detachably attached to the drain hole, the drain is in a closed state and a watertight seal is formed between the drain plug member and the drain hole; wherein the drain is disposed around an aperture in, and affixed to, one of a base and at least one sidewall of the above-ground pool; characterized in that the drain further comprises a locking member; and that the drain plug member is configured to detachably attach to (ii) the locking member such that, when the drain plug member is detachably attached to the locking member, the drain is in an open state. a drain hole; and a drain plug member configured to detachably attach to (i) the drain hole such that, when the drain plug member is detachably attached to the drain hole, the drain is in a closed state and a watertight seal is formed between the drain plug member and the drain hole; wherein the drain is disposed around an aperture in, and affixed to, one of a base and at least one sidewall of the above-ground pool; characterized in that the drain further comprises a locking member; and that the drain plug member is configured to detachably attach to (ii) the locking member such that, when the drain plug member is detachably attached to the locking member, the drain is in an open state.
A method for manufacturing a security document having a set of pages and a protective cover comprising the following steps: - providing a set of pages having a plurality of flexible interior pages which are mechanically connected along a bending line, - providing a protective cover which is formed more stable than the interior pages, - coating the inner side of the protective cover with a layer of a first adhesive in a partial region in a wet process, - applying a layer of a second adhesive (16, 18) in a second, non-overlapping partial region (13, 15) in a wet process, the second adhesive (16, 18) having a different water solubility than the first adhesive, - placing the protective cover with the coated inner side onto the set of pages, and - compressing the protective cover and the set of pages. - providing a set of pages having a plurality of flexible interior pages which are mechanically connected along a bending line, - providing a protective cover which is formed more stable than the interior pages, - coating the inner side of the protective cover with a layer of a first adhesive in a partial region in a wet process, - applying a layer of a second adhesive (16, 18) in a second, non-overlapping partial region (13, 15) in a wet process, the second adhesive (16, 18) having a different water solubility than the first adhesive, - placing the protective cover with the coated inner side onto the set of pages, and - compressing the protective cover and the set of pages.
A method of forming a surface coating on a composite article, comprising the steps of: applying a thermal spray (206, 236) to a tool surface of a tool in such a manner as to form a surface coating having a releasable bond with the tool surface, the step of applying the thermal spray (206, 236) comprising: applying a first thermal spray using a high-velocity oxy-fuel device to form a tool side coating portion of the surface coating, the tool side coating portion having a releasable bond with the tool surface; and applying a second thermal spray using a twin-wire arc device to form a part side coating portion of the surface coating, the composite material being applied over the part side coating portion such that the surface coating is formed with a net residual stress that is substantially equivalent in magnitude to a tool-coating adhesion strength: applying composite material over the surface coating; curing the composite material to form a cured composite article; and removing the cured composite article from the tool in a manner that releases the surface coating from the tool surface and retains the surface coating with the cured composite article. applying a thermal spray (206, 236) to a tool surface of a tool in such a manner as to form a surface coating having a releasable bond with the tool surface, the step of applying the thermal spray (206, 236) comprising: applying a first thermal spray using a high-velocity oxy-fuel device to form a tool side coating portion of the surface coating, the tool side coating portion having a releasable bond with the tool surface; and applying a second thermal spray using a twin-wire arc device to form a part side coating portion of the surface coating, the composite material being applied over the part side coating portion such that the surface coating is formed with a net residual stress that is substantially equivalent in magnitude to a tool-coating adhesion strength: applying a first thermal spray using a high-velocity oxy-fuel device to form a tool side coating portion of the surface coating, the tool side coating portion having a releasable bond with the tool surface; and applying a second thermal spray using a twin-wire arc device to form a part side coating portion of the surface coating, the composite material being applied over the part side coating portion such that the surface coating is formed with a net residual stress that is substantially equivalent in magnitude to a tool-coating adhesion strength: applying composite material over the surface coating; curing the composite material to form a cured composite article; and removing the cured composite article from the tool in a manner that releases the surface coating from the tool surface and retains the surface coating with the cured composite article.
Door seal, comprising: - an elongate housing with two side walls and a connecting part which connects the side walls, wherein mounting means are provided on at least one of the side walls of the housing for the purpose of mounting the housing in a recess in the underside of a door; and - a sealing body provided at least partially in the housing for sealing a space between the underside of the door and a ground surface, characterized in that the mounting means comprise a resilient tongue (34, 48) extending from the at least one side wall in a direction inclining downward in use. - an elongate housing with two side walls and a connecting part which connects the side walls, wherein mounting means are provided on at least one of the side walls of the housing for the purpose of mounting the housing in a recess in the underside of a door; and - a sealing body provided at least partially in the housing for sealing a space between the underside of the door and a ground surface,
A heat pump apparatus (100, 100a) including a refrigerant circuit, in which a compressor, a condenser, expansion means, and an evaporator are serially connected, comprising: condensation temperature detection means that detects the saturation temperature of said condenser; compressor operation current detection means that detects an operation current of said compressor; and a control section that estimates operation efficiency from a value obtained by dividing heating ability estimated by a detection value from said condensation temperature detection means by the detection value of said compressor operation current detection means or dissipation power estimated from said detection value, wherein said control section starts a defrosting operation when the estimated operation efficiency decreases to an estimated value of average operation efficiency (COP_CYCLE) from a start of normal operation to an end of said defrosting operation when said defrosting operation is performed at the present time, where the estimated value of said average operation efficiency (COP_CYCLE) is estimated based on an average value of the operation efficiency (COP_AVE) from a start of normal operation to the present time. condensation temperature detection means that detects the saturation temperature of said condenser; compressor operation current detection means that detects an operation current of said compressor; and a control section that estimates operation efficiency from a value obtained by dividing heating ability estimated by a detection value from said condensation temperature detection means by the detection value of said compressor operation current detection means or dissipation power estimated from said detection value, wherein said control section starts a defrosting operation when the estimated operation efficiency decreases to an estimated value of average operation efficiency (COP_CYCLE) from a start of normal operation to an end of said defrosting operation when said defrosting operation is performed at the present time, where the estimated value of said average operation efficiency (COP_CYCLE) is estimated based on an average value of the operation efficiency (COP_AVE) from a start of normal operation to the present time.
A drain pump comprising: a motor; a rotary impeller connected to an output shaft of the motor; and a housing that includes an inlet formed at a lower end portion thereof and an outlet formed at a side portion thereof, the rotary impeller being rotatably received in the housing, wherein the rotary impeller includes a shaft portion connected to the output shaft of the motor, a plurality of plate-like large-diameter blades that extends from the shaft portion in a radial direction, a plurality of plate-like small-diameter blades connected to lower edge portions of the large-diameter blades and is received in the inlet, and a cylindrical wall member connected to outer peripheral portions of the large-diameter blades, wherein each of the large-diameter blades is divided into an inner blade that extends outward from the shaft portion with an outer end thereof being separated from the cylindrical wall member, and an outer blade with an inner end thereof being separated from the shaft portion, and the inner and outer blades (102,103) are alternately disposed around the shaft portion, characterized in that the outer blade extends inward from the cylindrical wall member, the rotary impeller includes plate-like auxiliary blades, which extend in the radial direction, between the large-diameter blades that are adjacent to each other in a circumferential direction of the shaft portion, each of the auxiliary blades is divided into an inner auxiliary blade that extends in the radial direction between the shaft portion and the cylindrical wall member, and an outer auxiliary blade that extends inward from the cylindrical wall member, and the inner blades and the inner auxiliary blades, and the outer blades and the outer auxiliary blades are alternately disposed around the shaft portion. a motor; a rotary impeller connected to an output shaft of the motor; and a housing that includes an inlet formed at a lower end portion thereof and an outlet formed at a side portion thereof, the rotary impeller being rotatably received in the housing,
Arrangement of at least four circuit boards, with in each case a regular arrangement of positions (4, 6) for fitting with LED's, wherein each of the circuit boards exhibits a rectangular basic form, wherein the LED positions (4, 6) are arranged in slots and rows parallel to two rectangular sides (8, 10) of the rectangle, and the LED positions can be actuated in at least two different groups and/or with two groups of different LED's, wherein the nearest neighbours of the LED positions (4, 6) inside the same row and/or in the adjacent rows belong to different groups, wherein each of the circuit boards exhibits a shorter and a longer side, and the number of slots and rows along the two sides is different, characterized in that, in order to form a square LED light, the four circuit boards are in each case rotated cyclically in relation to one another, and in the middle exhibit a square gap, the side length of which corresponds to the difference between the longer and the shorter side.
Electromagnetic actuator comprising at least one armature, two coils (1, 2) and drive or power electronics, wherein the armature is mounted displaceably between the coils (1, 2), wherein the input of the first coil is connected to a measuring amplifier, characterized in that the output of the first coil and the input and output (11, 13) of the second coil are respectively connected to measuring amplifiers (14, 15), the measuring amplifiers (14, 15) are connected to a difference forming unit, the difference forming unit is connected to a logic unit, and the logic unit is connected to the power electronics.
A system for detecting a presence or an absence of a hand on a steering wheel, the steering wheel being provided with one or more conductive wires (2, 2a, 2b, 3) on the steering wheel, said system comprising a detection device comprising: an input circuit for providing an input signal to at least one conductive wire (2, 2a) of said one or more conductive wires (2, 2a, 2b, 3), said input signal being an electrical signal having a frequency in the RF range, and an output circuit configured for sensing inductive coupling between said at least one conductive wire on the steering wheel and at least one second conductive wire on the steering wheel in response to said input signal, said detection device being configured for detecting a change in value of said inductive coupling between said at least one conductive wire and said at least one second conductive wire, wherein said change is indicative of the presence or the absence of a hand on said steering wheel. an input circuit for providing an input signal to at least one conductive wire (2, 2a) of said one or more conductive wires (2, 2a, 2b, 3), said input signal being an electrical signal having a frequency in the RF range, and an output circuit configured for sensing inductive coupling between said at least one conductive wire on the steering wheel and at least one second conductive wire on the steering wheel in response to said input signal, said detection device being configured for detecting a change in value of said inductive coupling between said at least one conductive wire and said at least one second conductive wire, wherein said change is indicative of the presence or the absence of a hand on said steering wheel.
A saddle-type motor vehicle, comprising a frame, a rear drive wheel and at least one front steered wheel, said front steered wheel being supported by a spindle constrained to a steering structure and associated to a damped suspension; wherein a device is interposed between the spindle and the steering structure, for varying the position of a rotation axis of the front steered wheel with respect to the steering structure as a function of a braking action of the saddle-type motor vehicle; characterized in that the device for varying the position of the rotation axis of the front steered wheel with respect to the steering structure comprises a guide seat to which the spindle is movably engaged.
Antenna system configured for a radar measuring device detecting the topology of a product surface, comprising: a first antenna assembly configured to detect the topology of the product surface; a second antenna assembly configured to detect the fill level; wherein the first antenna assembly is an array antenna having an array of radiator elements arranged around the second antenna configuration; wherein the radiating surfaces of the radiator elements of the first antenna assembly and the radiating surface of the second antenna assembly are arranged on the same plane. a first antenna assembly configured to detect the topology of the product surface; a second antenna assembly configured to detect the fill level; wherein the first antenna assembly is an array antenna having an array of radiator elements arranged around the second antenna configuration; wherein the radiating surfaces of the radiator elements of the first antenna assembly and the radiating surface of the second antenna assembly are arranged on the same plane.
An electrical terminal having a socket section for receiving a plug contact, said socket section formed in a single piece and including two contact spring arms (16, 28) for contacting the plug contact received in the socket section, and an outwardly bent locking tongue for locking of the terminal in a housing, wherein a protection lug extends from at least one side wall segment (26, 51) of the socket section, which is bent such that it at least partially exceeds a contact spring arm, characterized in that said at least one side wall segment (26, 51) extends rectangular to the contact spring arms (16, 28); and an overbend protection (48, 50, 52) is provided for the locking tongue, including a wall segment of the socket section and a projection laterally extending from the locking tongue and bent in the direction of the wall segment.
A method, comprising: determining that an audio stream is received from a HDMI/ARC interface of a display device; determining a network load of a channel of a home wireless network, wherein the home wireless network is communicatively coupled to an administrative server on the Internet; determining that the network load of the channel of the home wireless network exceeds a bandwidth threshold or a latency threshold; establishing an ad hoc wireless network; switching a media device and a speaker device from the channel of the home wireless network to the ad hoc wireless network based on the determination that the audio stream is received from the HDMI/ARC interface of the display device and the determination that the network load of the channel of the home wireless network exceeds the bandwidth threshold or the latency threshold; in response to the switch of the speaker device from the channel of the home wireless network to the ad hoc wireless network, transmitting, by a transceiver of the media device, the received audio stream over the ad hoc wireless network to the speaker device; determining that the media device needs to transmit a request to the administrative server over the channel of the home wireless network; and switching the media device and the speaker device from the ad hoc wireless network to the channel of the home wireless network in response to an absence of receiving the audio stream from the HDMI/ARC interface of the display device. determining that an audio stream is received from a HDMI/ARC interface of a display device; determining a network load of a channel of a home wireless network, wherein the home wireless network is communicatively coupled to an administrative server on the Internet; determining that the network load of the channel of the home wireless network exceeds a bandwidth threshold or a latency threshold; establishing an ad hoc wireless network; switching a media device and a speaker device from the channel of the home wireless network to the ad hoc wireless network based on the determination that the audio stream is received from the HDMI/ARC interface of the display device and the determination that the network load of the channel of the home wireless network exceeds the bandwidth threshold or the latency threshold; in response to the switch of the speaker device from the channel of the home wireless network to the ad hoc wireless network, transmitting, by a transceiver of the media device, the received audio stream over the ad hoc wireless network to the speaker device; determining that the media device needs to transmit a request to the administrative server over the channel of the home wireless network; and switching the media device and the speaker device from the ad hoc wireless network to the channel of the home wireless network in response to an absence of receiving the audio stream from the HDMI/ARC interface of the display device.
Exhaust-gas turbocharger for the supercharging of an internal combustion engine, comprising a device for reducing vibrations, wherein the device for reducing vibrations comprises a vibration absorber (6; 9) and means for damping the vibrations, wherein the vibration absorber (6; 9) comprises a mass composed of loose bulk material which is arranged in a corresponding container chamber.
Foundation for a windmill, having a circular or polygonal pedestal for supporting a windmill tower and a plurality of ribs which project radially outwards from the pedestal, wherein in vertical direction, the pedestal is divided into a base ring section and an adapter ring section, wherein the base ring section is divided into a plurality of peripheral sections and is composed of precast concrete elements and wherein the adapter ring section is likewise composed of precast concrete elements, characterised in that a peripheral section of the base ring section and a rib projecting outwards from the peripheral section are respectively integrally formed with one another as a precast concrete element.