mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle cleaning tool, preferably wherein the vehicle is an aircraft, comprising: • a cleaning head comprises a housing, the housing comprising an application face and a recess at the application face; • a waiting cavity for cleaning liquid; • a supply tube configured for supplying the waiting cavity with cleaning liquid; • a nozzle comprising a passage for cleaning liquid flow from the waiting cavity to the recess, characterized in that the vehicle cleaning tool comprises a sensor configured for measuring the distance between a surface of a vehicle and the cleaning head, wherein the vehicle cleaning tool comprises a valve system at or near an end of the supply tube , wherein the valve system is configured for adjusting fluid supply from the supply tube to the waiting cavity and wherein the vehicle cleaning tool is configured to close off said end of the supply tube via the valve system when the distance between the cleaning head and the surface of the vehicle exceeds a predefined limit, and wherein the cleaning head comprises one or more grooves, wherein the one or more grooves comprise a groove opening configured for recovering the cleaning liquid and wherein each groove comprises a liquid removal opening positioned at a distal end of the groove with respect to the groove opening. • a cleaning head comprises a housing, the housing comprising an application face and a recess at the application face; • a waiting cavity for cleaning liquid; • a supply tube configured for supplying the waiting cavity with cleaning liquid; • a nozzle comprising a passage for cleaning liquid flow from the waiting cavity to the recess, characterized in that the vehicle cleaning tool comprises a sensor configured for measuring the distance between a surface of a vehicle and the cleaning head, wherein the vehicle cleaning tool comprises a valve system at or near an end of the supply tube , wherein the valve system is configured for adjusting fluid supply from the supply tube to the waiting cavity and wherein the vehicle cleaning tool is configured to close off said end of the supply tube via the valve system when the distance between the cleaning head and the surface of the vehicle exceeds a predefined limit, and wherein the cleaning head comprises one or more grooves, wherein the one or more grooves comprise a groove opening configured for recovering the cleaning liquid and wherein each groove comprises a liquid removal opening positioned at a distal end of the groove with respect to the groove opening.
An apparatus for the powder coating of an object , wherein said apparatus comprises: - at least a first and a second container for painting powder; - means for the movement of said first and second container between an operative position (P1, P1', P1") and a cleaning position (P2, P2', P2"), - means (4, 4', 4") for cleaning a container , configured to empty and clean said first or said second container , when said first or second container is in the cleaning position (P2, P2', P2"); - means (3, 3', 3") for withdrawing painting powder from said first or second container , when said first or second container is in the operative position (P1, P1', P1"), and for feeding it to a device for delivering painting powder onto an object to be painted; characterized in that said means for the movement of said first and second container are configured so that, when said first container is in the operative position (P1, P1'), said second container is in said cleaning position (P2, P2"), and so that when said first container is in the cleaning position (P2, P2'), said second container is in the operative position (P1, P1"). - at least a first and a second container for painting powder; - means for the movement of said first and second container between an operative position (P1, P1', P1") and a cleaning position (P2, P2', P2"), - means (4, 4', 4") for cleaning a container , configured to empty and clean said first or said second container , when said first or second container is in the cleaning position (P2, P2', P2"); - means (3, 3', 3") for withdrawing painting powder from said first or second container , when said first or second container is in the operative position (P1, P1', P1"), and for feeding it to a device for delivering painting powder onto an object to be painted;
A guiding device for guiding a sheet of packaging material in a packaging machine for producing sealed packages , said guiding device comprising a plurality of folding rollers defining a passage for said sheet of packaging material and causing a first longitudinal edge of said sheet of packaging material to superimpose to a second longitudinal edge of said sheet of packaging material , opposite said first longitudinal edge , to define an overlapping area of said first longitudinal edge and said second longitudinal edge , said overlapping area having a certain extension, said passage having a longitudinal axis (A), said plurality of folding rollers comprising a group of first folding rollers rotatable around first rotation axes (C) arranged in a common first plane, wherein said plurality of folding rollers comprises at least one second folding roller rotatable around a second rotation axis (D) arranged in a second plane, different from said first plane, said guiding device further comprising a driving arrangement for moving said at least one second folding roller towards and away from said longitudinal axis (A) of said passage so as to control the extension of said overlapping area , wherein when said first longitudinal edge is superimposed to said second longitudinal edge said sheet of packaging material forms a tube , said first folding rollers being rotatably supported by a supporting element surrounding said tube , wherein said at least one second folding roller is rotatably supported by a supporting body connected to said supporting element , wherein when said first longitudinal edge is superimposed to said second longitudinal edge said sheet of packaging material forms a tube , characterized in that said at last one second folding roller being arranged for interacting with a portion of said tube opposite said overlapping area , and in that said first folding rollers define a C-shaped arrangement , a gap being defined between opposite ends of said C-shaped arrangement , said least one second folding roller being arranged at said gap of said C-shaped arrangement .
A stereo endoscope for capturing a first image intended for viewing with a first eye and a second image intended for viewing with a second eye, having: a shaft having a distal end region ; a first image sensor in the distal end region of the shaft for capturing the first image; a second image sensor in the distal end region of the shaft for capturing the second image, wherein both the photosensitive layer of the first image sensor and the photosensitive layer of the second image sensor are arranged parallel or substantially parallel to a longitudinal axis of the distal end region , wherein the first image sensor and the second image sensor are oriented in opposite or substantially opposite directions, wherein the first image sensor and the second image sensor are offset relative to each other in a direction orthogonal to a longitudinal axis of the distal end region of the shaft and parallel to at least either a photosensitive layer of the first image sensor or a photosensitive layer of the second image sensor , characterized in that the first image sensor has a first rectangular image detection region , and an image of a straight line parallel to a stereo base of the stereo endoscope in the photosensitive layer of the first image sensor is inclined with respect to straight edge portions of the rectangular image sensing region . a shaft having a distal end region ; a first image sensor in the distal end region of the shaft for capturing the first image; a second image sensor in the distal end region of the shaft for capturing the second image, wherein both the photosensitive layer of the first image sensor and the photosensitive layer of the second image sensor are arranged parallel or substantially parallel to a longitudinal axis of the distal end region , wherein the first image sensor and the second image sensor are oriented in opposite or substantially opposite directions, wherein the first image sensor and the second image sensor are offset relative to each other in a direction orthogonal to a longitudinal axis of the distal end region of the shaft and parallel to at least either a photosensitive layer of the first image sensor or a photosensitive layer of the second image sensor , characterized in that the first image sensor has a first rectangular image detection region , and an image of a straight line parallel to a stereo base of the stereo endoscope in the photosensitive layer of the first image sensor is inclined with respect to straight edge portions of the rectangular image sensing region .
A data center power system , comprising: an electrical power conductor that comprises a live conductor surface and is configured to carry direct current, DC, power from a power source through a human-occupiable workspace of a data center; a grounded conductor positioned in the human-occupiablc workspace apart from the electrical power conductor , wherein the grounded conductor is embeddable within the floor of the data center; a first electrical connector configured to mount to a data center rack that supports a plurality of electronic devices , the first electrical connector moveable to electrically contact the live conductor surface of the electrical power conductor ; a second electrical conductor positioned on the rack and configured to electrically contact the grounded conductor , wherein at least a portion of the live conductor surface is exposed to the human occupiable workspace , and wherein the live conductor surface comprises a mesh or planar conductor surface, and the first electrical connector is configured to mount to a top portion of the data center rack . an electrical power conductor that comprises a live conductor surface and is configured to carry direct current, DC, power from a power source through a human-occupiable workspace of a data center; a grounded conductor positioned in the human-occupiablc workspace apart from the electrical power conductor , wherein the grounded conductor is embeddable within the floor of the data center; a first electrical connector configured to mount to a data center rack that supports a plurality of electronic devices , the first electrical connector moveable to electrically contact the live conductor surface of the electrical power conductor ; a second electrical conductor positioned on the rack and configured to electrically contact the grounded conductor , wherein at least a portion of the live conductor surface is exposed to the human occupiable workspace , and wherein the live conductor surface comprises a mesh or planar conductor surface, and the first electrical connector is configured to mount to a top portion of the data center rack .
A laminated body , comprising: a solid electrolyte layer ; and a layer containing a heat-resistant resin and an ion-conductive material, the solid electrolyte layer and the layer containing the heat-resistant resin and the ion-conductive material being adjacent to each other. a solid electrolyte layer ; and a layer containing a heat-resistant resin and an ion-conductive material, the solid electrolyte layer and the layer containing the heat-resistant resin and the ion-conductive material being adjacent to each other.
A method of providing an integrally bladed rotor, comprising the steps of: arranging a set of preform rotor blades relative to a rotor disk ; concurrently welding the preform rotor blades to the rotor disk , wherein the method is characterised in that : the preform rotor blades are interconnected by a collar , and either the collar is formed as a unitary body with the preform rotor blades , or the collar includes a plurality of collar segments and each of the collar segments is formed as a unitary body with a respective one of the preform rotor blades ; or each of the preform rotor blades is formed integral with a respective one of a plurality of interconnected collars , and the method further comprises: machining or otherwise removing excess material from at least the welded preform rotor blades to respectively form a set of blades . arranging a set of preform rotor blades relative to a rotor disk ; concurrently welding the preform rotor blades to the rotor disk , wherein the method is characterised in that : the preform rotor blades are interconnected by a collar , and either the collar is formed as a unitary body with the preform rotor blades , or the collar includes a plurality of collar segments and each of the collar segments is formed as a unitary body with a respective one of the preform rotor blades ; or each of the preform rotor blades is formed integral with a respective one of a plurality of interconnected collars , and the method further comprises: machining or otherwise removing excess material from at least the welded preform rotor blades to respectively form a set of blades . the preform rotor blades are interconnected by a collar , and either the collar is formed as a unitary body with the preform rotor blades , or the collar includes a plurality of collar segments and each of the collar segments is formed as a unitary body with a respective one of the preform rotor blades ; or each of the preform rotor blades is formed integral with a respective one of a plurality of interconnected collars , and the method further comprises: machining or otherwise removing excess material from at least the welded preform rotor blades to respectively form a set of blades .
A vehicle comprising a metal structure assembly with an improved corrosion resistance comprising a first and a second metal member , said first metal member comprises a steel sheet having a first surface , said first surface is coated with at least one alloy, said second metal member is an aluminium alloy member having a first surface , and said first surface of said first metal member is attached to said first surface of said second metal member at at least a first attachment area , characterized in that said at least one alloy is a Zn X Mg Y based alloy, namely a ZnMg based alloy coating, provided by means of a hot dip with zinc, magnesium and aluminium alloying elements, and containing 0.8 - 3.5 weight % aluminium and 0.8 - 10.0 weight % magnesium, and in that said second metal member comprises a coating free surface at said first attachment area at which the aluminium alloy is substantially free to corrode.
A slip monitor and control system comprising: a body ; a plurality of slips ; a transmitter for each slip ; at least one receiver coupled to the body; at least one of a position sensor, a motion sensor, and an acceleration sensor for each slip , and further comprising for at least one slip a relative position sensor configured to measure a vertical distance between the transmitter for that slip and the at least one receiver ; an actuator for each slip configured to move the respective slip vertically relative to the body ; and a control module , wherein the at least one receiver is configured to provide input to the control module , and the control module is configured to send control signals to the actuators . a body ; a plurality of slips ; a transmitter for each slip ; at least one receiver coupled to the body; at least one of a position sensor, a motion sensor, and an acceleration sensor for each slip , and further comprising for at least one slip a relative position sensor configured to measure a vertical distance between the transmitter for that slip and the at least one receiver ; an actuator for each slip configured to move the respective slip vertically relative to the body ; and a control module , wherein the at least one receiver is configured to provide input to the control module , and the control module is configured to send control signals to the actuators .
Wind turbine tower supported by a foundation , wherein the wind turbine tower is a concrete tower and comprises post-tensioning strands whose ends are fastened to the foundation , the foundation comprising: an annular base plate comprising a supporting surface configured to transmit, in use, the loads of a wind turbine from the foundation to a soil wherein the foundation lies, the annular base plate defining a central hollow by at least an inner lateral surface , wherein the central hollow further comprises a lower surface arranged at a level lower than a level of the supporting surface ; wherein the central hollow has a dimension (D), defined by the distance between at least an inner upper surface and the lower surface , configured such as to allocate additional equipment between both surfaces; and wherein the dimension (D) allows allocating post-tensioning equipment and performing post-tensioning operations of the strands of the wind turbine tower, wherein the ends of the strands are fastened directly to the foundation towards a post-tensioning surface located in the at least an inner upper surface . an annular base plate comprising a supporting surface configured to transmit, in use, the loads of a wind turbine from the foundation to a soil wherein the foundation lies, the annular base plate defining a central hollow by at least an inner lateral surface , wherein the central hollow further comprises a lower surface arranged at a level lower than a level of the supporting surface ; wherein the central hollow has a dimension (D), defined by the distance between at least an inner upper surface and the lower surface , configured such as to allocate additional equipment between both surfaces; and wherein the dimension (D) allows allocating post-tensioning equipment and performing post-tensioning operations of the strands of the wind turbine tower, wherein the ends of the strands are fastened directly to the foundation towards a post-tensioning surface located in the at least an inner upper surface .
A method for the manufacture of a partially transparent thin-layer solar module in a substrate configuration, comprising at least the following steps: - providing a substrate - applying a transparent or opaque back contact layer - applying a photovoltaically active semiconductor layer which is opaque or only very slightly transparent - applying a transparent front contact layer - structuring the layers by means of parallel structuring strips and dividing the coating into individual solar cell strips which are connected in series, characterized in that - defined surface regions are removed from the back contact layer and the semiconductor layer prior to depositing the front contact layer - the removed surface regions are filled in with a transparent or coloured transparent plastic and then the transparent front contact layer is deposited over the transparent and opaque surface regions (19, 22; 21). - providing a substrate - applying a transparent or opaque back contact layer - applying a photovoltaically active semiconductor layer which is opaque or only very slightly transparent - applying a transparent front contact layer - structuring the layers by means of parallel structuring strips and dividing the coating into individual solar cell strips which are connected in series, - defined surface regions are removed from the back contact layer and the semiconductor layer prior to depositing the front contact layer - the removed surface regions are filled in with a transparent or coloured transparent plastic and then the transparent front contact layer is deposited over the transparent and opaque surface regions (19, 22; 21).
Filter element having a folded filter medium , featuring at least two fibrous layers and at least one adsorption layer with activated carbon , wherein the at least one adsorption layer is disposed between the at least two fibrous layers , wherein the filter medium features at least one free edge which is sealed using a chemically curing and/or physically setting adhesive to enclose the activated carbon in a layer plane (E2), wherein the free edge of the filter medium forms a free fold front edge , and wherein the filter element furthermore features an open frame which encloses the filter medium in such a way that the free fold front edge is disposed in an open area thereof, and wherein the open frame features a sideband and two lateral strips which are connected to one another in such a way that they form a U-shape so that the open area is opposite the sideband.
An orthopedic device , comprising: a main support adapted to secure about a lower leg, wherein the main support defines a curved shape arranged as semi-rigid or rigid so as to resiliently generally maintain its shape between donning and doffing; at least one strap extending from the main support and arranged to wrap around an ankle; a strap assembly having a first portion coupling to the main support , and a second portion arranged to be drawn therefrom; an anchor for receiving and attaching to the second portion of the strap assembly ; an attachment component secured to the main support , the first portion of the strap assembly coupling to the attachment component , characterized in that the strap assembly includes a main segment and at least one elastic segment attached to the main segment and located between the first and second portions , the main segment being less elastic than the at least one elastic segment and including the first portion ; and in that the attachment component includes a base and lateral wings extending laterally from the base over the main support and forming the curved shape of the main support , the base being centrally located on the main support at an apex of the curved shape thereof. a main support adapted to secure about a lower leg, wherein the main support defines a curved shape arranged as semi-rigid or rigid so as to resiliently generally maintain its shape between donning and doffing; at least one strap extending from the main support and arranged to wrap around an ankle; a strap assembly having a first portion coupling to the main support , and a second portion arranged to be drawn therefrom; an anchor for receiving and attaching to the second portion of the strap assembly ; an attachment component secured to the main support , the first portion of the strap assembly coupling to the attachment component , characterized in that the strap assembly includes a main segment and at least one elastic segment attached to the main segment and located between the first and second portions , the main segment being less elastic than the at least one elastic segment and including the first portion ; and in that the attachment component includes a base and lateral wings extending laterally from the base over the main support and forming the curved shape of the main support , the base being centrally located on the main support at an apex of the curved shape thereof.