mhurhangee/ep-ind-claims huggingface dataset:
A panel comprising a display support enabling an image to be displayed on a front face of the support and wall hanging means disposed on a rear face of the support, wherein the wall hanging means comprise at least one planar profiled section (6, 106) which is capable of being folded over on itself to form a rigid tubular profiled section (7, 107), one of the faces (10, 110) of the tubular profiled section (7, 107) being non-reversibly secured to said rear face of the support, the planar profiled section (6, 106) comprising a first elongated edge (20, 120) provided with first securing means (23, 33, 43, 123), said first securing means (23, 33, 43, 123) being capable of cooperating continuously with complementary second securing means (22, 32, 42, 122) along the entire length of said planar profiled section (6, 106) and enabling the planar profiled section (6, 106) to be held in position in a folded position which is in the shape of the rigid tubular profiled section (7, 107), characterized in that the planar profiled section comprises at least one opening intended to enable a hanging hook to be introduced into the interior of the volume of the tubular profiled section, and in that the planar profiled section (6, 106) comprises two parallel grooves (15, 16, 115, 116) which are intended to facilitate folding of the profiled section (6, 106) into the shape of the tubular profiled section (7, 107), said grooves (15, 16, 115, 116) being disposed at the ridges (35, 36) of the tubular profiled section (7, 107) once the profiled section (6, 106) has been folded.
A hydrostatic driveline for a vehicle, comprising: a power source; a drive axle; a first fluid accumulator; a second fluid accumulator; an auxiliary circuit including a first pump, the first pump drivingly engaged with the power source; and a drive circuit including a second pump drivingly engaged with the power source, a motor drivingly engaged with the drive axle, and a directional valve, the second pump in fluid communication with the directional valve, the directional valve in fluid communication with the first fluid accumulator and the second fluid accumulator, wherein the directional valve may be selectively controlled to direct fluid from the second pump and the motor to the first fluid accumulator and the second fluid accumulator, wherein the auxiliary circuit further includes an auxiliary directional valve and at least one actuator, the auxiliary directional valve in fluid communication with the first pump, characterized by further comprising a hydraulic transformer, the hydraulic transformer in fluid communication with the directional valve and the auxiliary directional valve, the hydraulic transformer permitting energy to be transferred from one of the drive circuit at a first pressure to the auxiliary circuit at a second pressure, the first pressure different from the second pressure. a power source; a drive axle; a first fluid accumulator; a second fluid accumulator; an auxiliary circuit including a first pump, the first pump drivingly engaged with the power source; and a drive circuit including a second pump drivingly engaged with the power source, a motor drivingly engaged with the drive axle, and a directional valve, the second pump in fluid communication with the directional valve, the directional valve in fluid communication with the first fluid accumulator and the second fluid accumulator, wherein the directional valve may be selectively controlled to direct fluid from the second pump and the motor to the first fluid accumulator and the second fluid accumulator, wherein the auxiliary circuit further includes an auxiliary directional valve and at least one actuator, the auxiliary directional valve in fluid communication with the first pump, characterized by further comprising a hydraulic transformer, the hydraulic transformer in fluid communication with the directional valve and the auxiliary directional valve, the hydraulic transformer permitting energy to be transferred from one of the drive circuit at a first pressure to the auxiliary circuit at a second pressure, the first pressure different from the second pressure.
A pneumatic vacuum elevator guide system comprising: a pneumatic vacuum elevator cabin having a support member (2a,2b) attached thereto; and a first rail guide (3a,3b) moveably mounted with respect to the pneumatic vacuum elevator cabin on the support member (2a,2b); characterized in that the first rail guide (3a,3b) comprises: a sheet of rigid material moveably attached to the support member (2a,2b); and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto. a pneumatic vacuum elevator cabin having a support member (2a,2b) attached thereto; and a first rail guide (3a,3b) moveably mounted with respect to the pneumatic vacuum elevator cabin on the support member (2a,2b); characterized in that the first rail guide (3a,3b) comprises: a sheet of rigid material moveably attached to the support member (2a,2b); and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto. a sheet of rigid material moveably attached to the support member (2a,2b); and a tube attached to the sheet of rigid material wherein the tube has a first textile material attached thereto.
A method of compiling an image database for a three-dimensional object recognition comprising the steps of: when a plurality of images each showing a three-dimensional object from different viewpoint are inputted, extracting local features from each of a plurality of images, and expressing the local features using respective feature vectors; forming sets of the feature vectors, each set representing the local feature of a same part of the object from a series of the viewpoints neighboring one another, and generating subspaces in which sets of local features are clustered to be represented as one goup using a subspace method, each subspace being formed of k orientation vectors determining a k¬dimensional basis representing a characteristic of each set; and storing for each subspace k eigenvectors forming the subspace in the image database in association with an identifier of the object, wherein the image database is accessed by a computer to perform a recognition process of the three-dimensional object, and the recognition process is realized by the steps of: when one image of an object from a certain viewpoint or a plurality of images of the object from a series of viewpoints are given as a query, extracting a plurality of feature vectors as query feature vectors representing local features of the query; determining the subspace most similar to each query feature vector; and executing a counting process to the identifiers, each identifier being associated with each subspace, to retrieve a three-dimensional object most similar to the query image. when a plurality of images each showing a three-dimensional object from different viewpoint are inputted, extracting local features from each of a plurality of images, and expressing the local features using respective feature vectors; forming sets of the feature vectors, each set representing the local feature of a same part of the object from a series of the viewpoints neighboring one another, and generating subspaces in which sets of local features are clustered to be represented as one goup using a subspace method, each subspace being formed of k orientation vectors determining a k¬dimensional basis representing a characteristic of each set; and storing for each subspace k eigenvectors forming the subspace in the image database in association with an identifier of the object, wherein the image database is accessed by a computer to perform a recognition process of the three-dimensional object, and the recognition process is realized by the steps of: when one image of an object from a certain viewpoint or a plurality of images of the object from a series of viewpoints are given as a query, extracting a plurality of feature vectors as query feature vectors representing local features of the query; determining the subspace most similar to each query feature vector; and executing a counting process to the identifiers, each identifier being associated with each subspace, to retrieve a three-dimensional object most similar to the query image.
Housing for a spark plug, having a bore along the longitudinal axis X of the housing, the housing thus having an outer side and an inner side, and where an electrochemically applied nickel- and zinc-containing protective layer is disposed on at least part of the outer side of the housing, and a sealing layer is disposed on the nickel- and zinc-containing protective layer, where the sealing layer comprises silicon, characterized in that the silicon-containing sealing layer has been formed by silanization.
A method of controlling usage in a mobile device having a virtualization software layer that supports at least one virtual machine, the method comprising: receiving control information at the mobile device from a management server, wherein the control information includes one or more limits pertaining to one or more uses of the mobile device which are performed by the virtual machine supported by the virtualization software layer; collecting usage information relating to the uses of the mobile device by the virtual machine supported by the virtualization software layer, wherein the usage information relates to use of a telephone network; determining whether the usage information exceeds a corresponding limit in the control information; and if so, carrying out a predetermined action by the virtualization software layer relating to the use where the limit has been exceeded, wherein the predetermined action is defined by the control information from the management server and wherein the virtualization software layer thereby limits a telephone functionality provided by the virtual machine regarding use of the telephone network. receiving control information at the mobile device from a management server, wherein the control information includes one or more limits pertaining to one or more uses of the mobile device which are performed by the virtual machine supported by the virtualization software layer; collecting usage information relating to the uses of the mobile device by the virtual machine supported by the virtualization software layer, wherein the usage information relates to use of a telephone network; determining whether the usage information exceeds a corresponding limit in the control information; and if so, carrying out a predetermined action by the virtualization software layer relating to the use where the limit has been exceeded, wherein the predetermined action is defined by the control information from the management server and wherein the virtualization software layer thereby limits a telephone functionality provided by the virtual machine regarding use of the telephone network.
Container handling machine for processing packaging materials, in particular in the form of bottles or similar containers, comprising a transport device by means of which the packaging means are movable along a transport section, past at least one handling module (9, 9', 9") which is interchangeably provided at at least one working position, wherein the respective interchangeable handling module (9, 9', 9"), fixed in the working position by means of at least one centring and docking unit, can be coupled to a machine frame, wherein the transport device is delimited, at least in sections, along the transport section by a machine guard comprising at least a plurality of wall elements, which forms at least one machine guard opening, having a specified width between at least two wall elements, through which the at least one interchangeable handling module (9, 9', 9"), in the working position, fixed in position by the centring and docking unit, protrudes with at least one module section (9.1) into a chamber (20.1) delimited by the machine guard, characterised in that the at least one centring and docking unit has an adjustable holding device for receiving the at least two wall elements, by means of which the width of the machine guard opening is adjustable.
A system for retaining a wear member on a bucket, the bucket including a container portion and a lip portion and defining an aperture extending from an inner surface of the bucket to an outer surface of the bucket, the system comprising: a boss including a head element, a guide element extending in a first direction from the head element, and a leg element extending in a second direction from the head element, wherein the leg element is configured to extend into the aperture defined by the bucket; a lug member including a wear member engagement portion configured to engage an aperture of a wear member, a boss engagement portion configured to engage the guide element and the head element, and a compression bolt assembly engaging portion; and a compression bolt assembly including two compression bolts between the head element and the compression bolt assembly engaging portion of the lug member and configured to force the compression bolt assembly engaging portion of the lug member away from the head element. a boss including a head element, a guide element extending in a first direction from the head element, and a leg element extending in a second direction from the head element, wherein the leg element is configured to extend into the aperture defined by the bucket; a lug member including a wear member engagement portion configured to engage an aperture of a wear member, a boss engagement portion configured to engage the guide element and the head element, and a compression bolt assembly engaging portion; and a compression bolt assembly including two compression bolts between the head element and the compression bolt assembly engaging portion of the lug member and configured to force the compression bolt assembly engaging portion of the lug member away from the head element.
An arc chamber for a low-voltage switch, comprising: - a plurality of substantially U-shaped metal plates; and - a casing made of electrically insulating material provided with opposed internal grooves for insertion of said metal plates, said arc chamber being characterized in that it comprises one or more polar expansions housed in corresponding containment seats arranged within said casing so that said polar expansions are enclosed and integrated in the structure of said arc chamber, each of said containment seats being configured in such a way as to insulate said polar expansions from said metal plates. - a plurality of substantially U-shaped metal plates; and - a casing made of electrically insulating material provided with opposed internal grooves for insertion of said metal plates,
A security element, preferably a security thread, foil, patch, flake or fiber, more preferably security thread, for a secured document, comprising: - a masking structure intended to decrease the visibility of a surface of the element when the latter is present within the document or on its surface, the masking structure comprising a nanoscale filler and a multilayer interferential pigment. - a masking structure intended to decrease the visibility of a surface of the element when the latter is present within the document or on its surface, the masking structure comprising a nanoscale filler and a multilayer interferential pigment.
A beverage preparation device, in particular a coffee machine having a brewing unit for leaching coffee grounds, having devices for heating milk with steam, comprising a heating device for heating water in order to form steam, having a drive nozzle for generating a negative pressure and thus suctioning milk through a milk tube, said drive nozzle being able to be provided via a motive steam tube with vaporous fluid or a fluid intended for generating steam, steam being able to be supplied into the suctioned milk via an outlet opening of the drive tube in order to heat the milk, at least one additional steam tube being provided, through which the steam can be supplied to the milk at a position different to the outlet opening of the drive nozzle, characterized in that steam can be supplied to the milk simultaneously via the additional steam tube and via the outlet opening of the drive nozzle.
Reflectometric vibration measurement system to monitor multiphase flows by multimode fibers comprising: • a sensing multimode optical fiber; • an optical source with at least one fiber output port, which generates optical pulses which are to be sent to the sensing fiber; • an optical receiver with at least one multimode fiber input port; • an optical device with at least 3 multimode fiber ports, in which one port is connected to the optical source, one port to the optical receiver, and one port to the sensing multimode fiber; • a system for processing the output signals from the optical receiver, further comprising more than one spatial mode filter. • a sensing multimode optical fiber; • an optical source with at least one fiber output port, which generates optical pulses which are to be sent to the sensing fiber; • an optical receiver with at least one multimode fiber input port; • an optical device with at least 3 multimode fiber ports, in which one port is connected to the optical source, one port to the optical receiver, and one port to the sensing multimode fiber; • a system for processing the output signals from the optical receiver, further comprising more than one spatial mode filter.
A child seat for a bicycle, in particular for arrangement in a cargo bike box, comprising a back part, a seat part connected to the back part a foldable manner, a pivot axis disposed between the back part and the seat part about which the seat part is pivotable relative to the back part, characterized by at least one spring and/or damping element interacting with the seat part in the unfolded position, wherein the at least one spring and/or damping element is disposed between the seat part and a holding element connected to the back part. a back part, a seat part connected to the back part a foldable manner, a pivot axis disposed between the back part and the seat part about which the seat part is pivotable relative to the back part, characterized by at least one spring and/or damping element interacting with the seat part in the unfolded position, wherein the at least one spring and/or damping element is disposed between the seat part and a holding element connected to the back part.
A panel fastening system comprising a panel, in particular a fiber cement board, having a visible side and a rear side, at least one slot which is introduced into the rear side of the panel and which extends along a longitudinal axis, and which has at least one stop face, wherein a first slot portion extends between the at least one stop face and the rear side, and wherein a second slot portion extends between the at least one stop face and the slot base, and at least one fastening element which is inserted into the slot and which has a fastening portion and a contact face, wherein the contact face of the fastening element abuts against the at least one stop face, wherein the stop face in the slot forms a stop against a pulling-out force, which acts on the fastening element substantially at a right angle with respect to the rear side, characterized in that the panel fastening system further comprises at least one securing element which can be arranged in the slot, wherein the at least one securing element secures the at least one fastening element against a movement in the direction of the longitudinal axis. a panel, in particular a fiber cement board, having a visible side and a rear side, at least one slot which is introduced into the rear side of the panel and which extends along a longitudinal axis, and which has at least one stop face, wherein a first slot portion extends between the at least one stop face and the rear side, and wherein a second slot portion extends between the at least one stop face and the slot base, and at least one fastening element which is inserted into the slot and which has a fastening portion and a contact face, wherein the contact face of the fastening element abuts against the at least one stop face, wherein the stop face in the slot forms a stop against a pulling-out force, which acts on the fastening element substantially at a right angle with respect to the rear side, characterized in that the panel fastening system further comprises at least one securing element which can be arranged in the slot, wherein the at least one securing element secures the at least one fastening element against a movement in the direction of the longitudinal axis.
A group III nitride laminate comprising a substrate and an n-type first AlGaN layer represented by a compositional formula of Al X Ga 1-X N (0.5 < X ≤ 1), wherein a second AlGaN layer represented by a compositional formula of Al Y Ga 1-Y N (0.5 < Y < 1, with Y < X) is formed between the substrate and the n-type first AlGaN layer, characterized in that the thickness ty of the second AlGaN layer is 30 to 100 nm, and a thickness ratio tx / ty between the n-type first AlGaN layer and the second AlGaN layer is 2 or larger and 100 or less. a second AlGaN layer represented by a compositional formula of Al Y Ga 1-Y N (0.5 < Y < 1, with Y < X) is formed between the substrate and the n-type first AlGaN layer, characterized in that the thickness ty of the second AlGaN layer is 30 to 100 nm, and a thickness ratio tx / ty between the n-type first AlGaN layer and the second AlGaN layer is 2 or larger and 100 or less.
Sliding-guide element for fastening a tabletop movably on bearing struts of a table frame, having the following features: - the sliding-guide element has a main body which can be fastened to the underside of the tabletop, comprising a guide portion which can be inserted into a guide slot in the bearing struts and can be moved in the guide slot, and has lateral guide surfaces for lateral guidance in the guide slot, - arranged on mutually opposed sides of the main body of the sliding-guide element are resilient snap-fit limbs which can be moved between an underengagement position in which they project laterally over the guide portion in order to engage under a wall of the bearing struts, and an insertion position in which they can be guided through the guide slot in the bearing struts, characterised in that the sliding-guide element has on at least one of its end regions a resiliently flexible end stop damper. - the sliding-guide element has a main body which can be fastened to the underside of the tabletop, comprising a guide portion which can be inserted into a guide slot in the bearing struts and can be moved in the guide slot, and has lateral guide surfaces for lateral guidance in the guide slot, - arranged on mutually opposed sides of the main body of the sliding-guide element are resilient snap-fit limbs which can be moved between an underengagement position in which they project laterally over the guide portion in order to engage under a wall of the bearing struts, and an insertion position in which they can be guided through the guide slot in the bearing struts,