mhurhangee/patent-ind-claim-en huggingface dataset:
A warning device for a vehicle, wherein the warning device comprises: an image acquisition means configured to acquire a first and a second image taken respectively based on a first and a second filter characteristic; a detection means configured to detect a specified object on each of the first and second image and to calculate an index value indicating the level of detection of an object for each of the first and second image; and a warning means configured to issue a specific warning when the object is detected from at least any one of the first and second images by determining whether the index value exceeds a specified value in one image or not, wherein the warning means configured to issue a higher level of warning when the object is detected from all of the first and second image than when the object is detected from only one of the first and second image based on whether the index value exceeds a specified value in both images or not, wherein, when one of the index values of the first and second image exceeds a specified value and the other one of them falls below the specified value, the warning means is configured to display the image, which is the image in which the index value exceeds the specified value, on the screen of a display device , and wherein, when the index value of the first and second exceeds a specified value in both images, the warning means is configures to select the image with the highest index value and to display, on the screen of the display device , the selected image with the object highlighted. an image acquisition means configured to acquire a first and a second image taken respectively based on a first and a second filter characteristic; a detection means configured to detect a specified object on each of the first and second image and to calculate an index value indicating the level of detection of an object for each of the first and second image; and a warning means configured to issue a specific warning when the object is detected from at least any one of the first and second images by determining whether the index value exceeds a specified value in one image or not, wherein the warning means configured to issue a higher level of warning when the object is detected from all of the first and second image than when the object is detected from only one of the first and second image based on whether the index value exceeds a specified value in both images or not, wherein, when one of the index values of the first and second image exceeds a specified value and the other one of them falls below the specified value, the warning means is configured to display the image, which is the image in which the index value exceeds the specified value, on the screen of a display device , and wherein, when the index value of the first and second exceeds a specified value in both images, the warning means is configures to select the image with the highest index value and to display, on the screen of the display device , the selected image with the object highlighted.
A device , comprising: - at least one electronic component arranged on a substrate , - a cap member applied onto the substrate and covering the at least one electronic component arranged thereon, the cap member having an opening at the at least one electronic component , - a filling of encapsulant material in the cap member , the encapsulant material sealingly encapsulating the at least one electronic component arranged on the substrate , characterized in that : - the cap member comprises an outer wall having said opening therein and inner wall surrounding the at least one electronic component , - the inner wall extends from a proximal end at the substrate towards a distal end facing said opening in the outer wall to provide a reception chamber for the at least one electronic component within the inner wall and a peripheral chamber between the inner wall and the outer wall of the cap member , wherein the peripheral chamber of the cap member surrounds the reception chamber for the at least one electronic component , and - the filling of encapsulant material is provided in the reception chamber for the at least one electronic component . - at least one electronic component arranged on a substrate , - a cap member applied onto the substrate and covering the at least one electronic component arranged thereon, the cap member having an opening at the at least one electronic component , - a filling of encapsulant material in the cap member , the encapsulant material sealingly encapsulating the at least one electronic component arranged on the substrate , - the cap member comprises an outer wall having said opening therein and inner wall surrounding the at least one electronic component , - the inner wall extends from a proximal end at the substrate towards a distal end facing said opening in the outer wall to provide a reception chamber for the at least one electronic component within the inner wall and a peripheral chamber between the inner wall and the outer wall of the cap member , wherein the peripheral chamber of the cap member surrounds the reception chamber for the at least one electronic component , and - the filling of encapsulant material is provided in the reception chamber for the at least one electronic component .
A support assembly to movably support a device , comprising: a base ; an arm ; and a hinge assembly to pivotably couple the arm to the base , wherein the hinge assembly comprises: a rotatable cam ; a link attached to the rotatable cam , wherein a portion of the link is windable about the profile of the cam as the cam rotates; and a biasing assembly comprising a linear spring , the biasing assembly being attached to the link to apply to biasing force on the link , wherein the arm has a hinge , to pivotably attach the device to the arm , characterized in that a torsional spring is comprised in the hinge assembly , to apply biasing force in conjunction with the linear spring of the biasing assembly , and further characterized in that the profile of the rotatable cam is non-circular. a base ; an arm ; and a hinge assembly to pivotably couple the arm to the base , wherein the hinge assembly comprises: a rotatable cam ; a link attached to the rotatable cam , wherein a portion of the link is windable about the profile of the cam as the cam rotates; and a biasing assembly comprising a linear spring , the biasing assembly being attached to the link to apply to biasing force on the link , wherein the arm has a hinge , to pivotably attach the device to the arm , a rotatable cam ; a link attached to the rotatable cam , wherein a portion of the link is windable about the profile of the cam as the cam rotates; and a biasing assembly comprising a linear spring , the biasing assembly being attached to the link to apply to biasing force on the link , wherein the arm has a hinge , to pivotably attach the device to the arm , characterized in that a torsional spring is comprised in the hinge assembly , to apply biasing force in conjunction with the linear spring of the biasing assembly , and further characterized in that the profile of the rotatable cam is non-circular.
A composite spar for an aircraft wing, the composite spar comprising: - a double-flanged spar cap comprising an inward-facing flange and a first outward-facing flange , the inward-facing flange and the first outward-facing flange configured to be integrated with a first skin of the aircraft wing during a co-curing process; - a single-flanged spar cap comprising a second outward-facing flange , the second outward-facing flange configured to be attached to a second skin of the aircraft wing, the second skin being opposite to the first skin; - a spar web connecting the double-flanged spar cap and the single-flanged spar cap; - a first tear strap made of a composite material that is stitched to an inner side of the spar web along at least a portion of a length of the composite spar, the first tear strap being offset from the single-flanged spar cap by a first distance that is less than a height of the composite spar; - a second tear strap made of a composite material that is stitched to the inner side of the spar web along the portion of the length of the composite spar, the second tear strap being offset from the double-flanged spar cap by a second distance that is less than the height of the composite spar, whereby the first tear strap and the second tear strap are configured to be integrated with the composite spar during a co-curing process. - a double-flanged spar cap comprising an inward-facing flange and a first outward-facing flange , the inward-facing flange and the first outward-facing flange configured to be integrated with a first skin of the aircraft wing during a co-curing process; - a single-flanged spar cap comprising a second outward-facing flange , the second outward-facing flange configured to be attached to a second skin of the aircraft wing, the second skin being opposite to the first skin; - a spar web connecting the double-flanged spar cap and the single-flanged spar cap; - a first tear strap made of a composite material that is stitched to an inner side of the spar web along at least a portion of a length of the composite spar, the first tear strap being offset from the single-flanged spar cap by a first distance that is less than a height of the composite spar; - a second tear strap made of a composite material that is stitched to the inner side of the spar web along the portion of the length of the composite spar, the second tear strap being offset from the double-flanged spar cap by a second distance that is less than the height of the composite spar,
A sliding component formed in an annular shape and disposed at a relative rotation point of a rotating machine, wherein a plurality of dynamic pressure generation mechanisms are provided on a sliding surface of the sliding component , each of the dynamic pressure generation mechanisms including a first groove portion communicating with a leak side and a pair of second groove portions communicating with the first groove portion and extending on both sides in a circumferential direction, an extension-direction end surface of each of the second groove portions is disposed on a sealing target fluid side as compared with a communication portion of between the first groove portion and each of the second groove portions , characterized in that each of the second groove portions curvedly extends so as to be convex toward the leak side, in that each of the second groove portions has a first side wall surface extending from the first groove portion on the sealing target fluid side and a second side wall surface extending from the first groove portion on the leak side, and an end wall surface connecting the first side wall surface and the second side wall surface in an end of the respective second groove portion , and in that the end wall surface of the second groove portion is a surface extending in the circumferential direction. a plurality of dynamic pressure generation mechanisms are provided on a sliding surface of the sliding component , each of the dynamic pressure generation mechanisms including a first groove portion communicating with a leak side and a pair of second groove portions communicating with the first groove portion and extending on both sides in a circumferential direction, an extension-direction end surface of each of the second groove portions is disposed on a sealing target fluid side as compared with a communication portion of between the first groove portion and each of the second groove portions , characterized in that each of the second groove portions curvedly extends so as to be convex toward the leak side, in that each of the second groove portions has a first side wall surface extending from the first groove portion on the sealing target fluid side and a second side wall surface extending from the first groove portion on the leak side, and an end wall surface connecting the first side wall surface and the second side wall surface in an end of the respective second groove portion , and in that the end wall surface of the second groove portion is a surface extending in the circumferential direction.
Door handle arrangement , in particular outer door handle arrangement for a vehicle having at least one movable vehicle element , comprising at least: - a handle element having a handle recess (6.1), - a handle cover , which at least partially covers the handle recess (6.1), - an actuating unit , which is arranged between the handle element and the handle cover , and - a carrier unit having at least one sensor (9.2) and at least one switch (9.1), wherein - the carrier unit unlocks a door lock in a contact-free manner upon detection of an object (O) located in a detection area (9.3) of the sensor (9.2) and/or approaching the detection area (9.3), and wherein, - when the door lock is unlocked, the actuating unit when actuated actuates the switch (9.1), wherein as a result of the actuation the switch (9.1) opens the door lock , wherein the carrier unit is arranged between the actuating unit and the handle cover . - a handle element having a handle recess (6.1), - a handle cover , which at least partially covers the handle recess (6.1), - an actuating unit , which is arranged between the handle element and the handle cover , and - a carrier unit having at least one sensor (9.2) and at least one switch (9.1), wherein - the carrier unit unlocks a door lock in a contact-free manner upon detection of an object (O) located in a detection area (9.3) of the sensor (9.2) and/or approaching the detection area (9.3), and wherein, - when the door lock is unlocked, the actuating unit when actuated actuates the switch (9.1), wherein as a result of the actuation the switch (9.1) opens the door lock ,
A satellite assembly, comprising a reflector satellite comprising at least one curved reflection surface adapted to reflect electromagnetic radiation, and at least one supporting structure of said curved reflection surface, the supporting structure connecting at least four positioning and orientation systems of the reflector satellite to each other to carry out attitude and orbit control, said positioning and orientation systems each comprising at least one propulsion system , said positioning and orientation systems being synchronised and disposed so as to allow orientation of the reflector satellite along at least two axes of rotation, the satellite assembly further comprising at least one other satellite called source satellite comprising at least one radio frequency source , the reflector satellite and said source satellite being distant and servo-controlled in position relative to each other so that said reflection surface collaborates with said radio frequency source to constitute an emitter and/or receiver system capable of emitting and/or receiving radiofrequency radiation to and/or from the earth, and wherein the source satellite comprises: - an array of sources and - a sub-reflector , or first and second sub-reflectors , positioned such that a beam emitted by the array of sources is reflected by the first sub-reflector towards the second sub-reflector, then reflected by the second sub-reflector towards the reflection surface of the source satellite, so that the assembly consisting of the reflection surface, the source array and the sub-reflector or the first and second sub-reflectors constitutes an antenna capable of emitting or receiving radiofrequency radiation to or from the Earth. the satellite assembly further comprising at least one other satellite called source satellite comprising at least one radio frequency source , the reflector satellite and said source satellite being distant and servo-controlled in position relative to each other so that said reflection surface collaborates with said radio frequency source to constitute an emitter and/or receiver system capable of emitting and/or receiving radiofrequency radiation to and/or from the earth, and wherein the source satellite comprises: - an array of sources and - a sub-reflector , or first and second sub-reflectors , positioned such that a beam emitted by the array of sources is reflected by the first sub-reflector towards the second sub-reflector, then reflected by the second sub-reflector towards the reflection surface of the source satellite, - an array of sources and - a sub-reflector , or first and second sub-reflectors , positioned such that a beam emitted by the array of sources is reflected by the first sub-reflector towards the second sub-reflector, then reflected by the second sub-reflector towards the reflection surface of the source satellite, so that the assembly consisting of the reflection surface, the source array and the sub-reflector or the first and second sub-reflectors constitutes an antenna capable of emitting or receiving radiofrequency radiation to or from the Earth.
A gas ventilation mask comprising a nasal mask and a mouth mask defining respectively a nasal chamber and an oral chamber , detachably connected to one another so that the nasal mask may be used separately as a nasal mask, or combined with the mouth mask, wherein the nasal and oral chambers are connected to one another through a self-closing valve , the nasal chamber having a multi-lobed Y-shaped seal adapted to interface with a patient's face.
An optoelectronic circuit (10; 110; 120) comprising a substrate and display pixels (Pix), each display pixel comprising a first light-emitting diode adapted to emit a first radiation and a second light-emitting diode adapted to emit a second radiation, the first light-emitting diode having a planar structure and resting on the substrate and the second light-emitting diode having a tridimensional structure and crossing at least partially through the first light-emitting diode, wherein the substrate comprises opposite first and second faces , wherein the first light-emitting diode comprises a first active region adapted to emit the first radiation, wherein the second light-emitting diode comprises a second active region adapted to emit the second radiation, and wherein the surface area, viewed from a direction orthogonal to the first face, of the first active region is at least twice as big as the surface area, viewed from said direction, of the second active region, wherein the first light-emitting diode comprises first and second semiconductor planar layers , the first active region being sandwiched between first and second semiconductor planar layers and wherein the second light-emitting diode comprises a tridimensional semiconductor element , the second active region covering at least partially the tridimensional semiconductor element, the tridimensional element crossing at least partially through the first light-emitting diode, and wherein the first semiconductor planar layer is in contact with the substrate and wherein each display pixel (Pix) comprises an opening extending through the second semiconductor planar layer , through the first active region and at least partially through the first semiconductor planar layer, the tridimensional semiconductor element extending at least inside the opening.
Volumetric dosing pump for delivering and dosing powdery, liquid, pasty or creamy products, namely glues, mastexes, grease, paints, said dosing pump comprising a first duct for entering the product to be dosed, a second duct for exiting such dosed product, an internal recess connected to the first duct for entering the product to be dosed and at least one pumping element with progressive recesses , which doses such product, operatively connected to motor means and fluid connected to the internal recess and to the second duct for exiting such dosed product, said pumping element with progressive recesses comprising an external stator case and an internal rotor driven in rotation by the motor means, said internal rotor being shaped as a worm screw with progressive recesses and said stator comprising an internal surface in contact with the rotor and being shaped as worm screw, said internal surface being coated with a coating layer made of a different material with respect to the material of which the stator is made, characterized in that the stator and the coating layer are made through injection co-moulding of the stator and of the coating layer , the stator being made of rubber, the coating layer being made of polyethylene.
Solid controlled release pharmaceutical or food formulation for oral administration that achieves a slow release of an active ingredient in the gastrointestinal tract over an extended period of time comprising said at least one active ingredient dispersed in a mixture of glycogen with a polysaccharide other than alginate, wherein said polysaccharide has a viscosity of between 10,000 and 100,000 mPa.s with reference to a 2% w/v aqueous solution at 20°C, and is selected from the group consisting of celluloses and gums, said celluloses being selected from the group consisting of: hydroxymethylcellulose, hydroxyethylcellulose, hydroxypropylcellulose, hydroxybutylcellulose, hydroxypentylcellulose, and hydroxypropylmethylcellulose and said gums being selected from the group consisting of: xanthan gum, gum arabic, gum tragacanth, gellan gum and ghatti gum.
A grip tape comprising: a top face and a bottom face, wherein the bottom face is suitable for being wrapped around a handle or portion of on an item of a sports or industrial equipment; characterised by a plurality of suckers located on the top face; wherein at least one or a plurality of the suckers form a concave shape and are therefore capable of creating a suction action against a user when depressed under pressure, thereby improving the suction force between the user and the tape; wherein the plurality of suckers comprise side walls which extend out from the top face forming the concave shape of the suckers and an outer surface of the side walls is sloped inwards towards a central part of the concave sucker, whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; and wherein the sidewalls comprise no undercuts, thus allowing the sucker to be evenly compressed under pressure; wherein the tape is in the form of an adhesive elongate tape which is capable of being wound around a sports or industrial article where improved grip is required; and wherein the suckers are arranged in a pattern to allow moisture and/or sweat to escape from the tape. a top face and a bottom face, wherein the bottom face is suitable for being wrapped around a handle or portion of on an item of a sports or industrial equipment; characterised by a plurality of suckers located on the top face; wherein at least one or a plurality of the suckers form a concave shape and are therefore capable of creating a suction action against a user when depressed under pressure, thereby improving the suction force between the user and the tape; wherein the plurality of suckers comprise side walls which extend out from the top face forming the concave shape of the suckers and an outer surface of the side walls is sloped inwards towards a central part of the concave sucker, whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; and wherein the sidewalls comprise no undercuts, thus allowing the sucker to be evenly compressed under pressure; wherein the tape is in the form of an adhesive elongate tape which is capable of being wound around a sports or industrial article where improved grip is required; and wherein the suckers are arranged in a pattern to allow moisture and/or sweat to escape from the tape.