mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for surface treatment of articles, comprising: a plurality of trays each carrying one or more piece-holding spindles; a plurality of work stations (12, 13, 14, 15) distributed along a movement path extending according to a closed line, wherein said plurality of work stations (12, 13, 14, 15) comprises at least a first work station (12, 14) and at least a second work station (13, 15) configured each for the execution of a respective treatment on articles arranged on the piece-holding spindles; a transport guide slidably engaging said trays and extending along the movement path; movement devices for moving the trays along the transport guide, through the work stations (12, 13, 14, 15); wherein said movement devices comprise a programmable electronic control unit, configured to modulate the translation speed of the individual trays along the transport guide so that each tray, while passing through the first work station (12, 14) during the execution of the treatment, moves at a different speed with respect to a moving speed of the trays in the second work station (13, 15). a plurality of trays each carrying one or more piece-holding spindles; a plurality of work stations (12, 13, 14, 15) distributed along a movement path extending according to a closed line, wherein said plurality of work stations (12, 13, 14, 15) comprises at least a first work station (12, 14) and at least a second work station (13, 15) configured each for the execution of a respective treatment on articles arranged on the piece-holding spindles; a transport guide slidably engaging said trays and extending along the movement path; movement devices for moving the trays along the transport guide, through the work stations (12, 13, 14, 15); wherein said movement devices comprise a programmable electronic control unit, configured to modulate the translation speed of the individual trays along the transport guide so that each tray, while passing through the first work station (12, 14) during the execution of the treatment, moves at a different speed with respect to a moving speed of the trays in the second work station (13, 15).
Saddle tank for motor vehicles, comprising two chambers (12, 14) which are connected to one another in their upper region via a tapered central portion, the first chamber having an access opening for refueling, and a filling level limiting valve being arranged in the second chamber, and a partition body being arranged between the two chambers (12, 14), characterized in that the partition body has a partition wall which extends between an upper and a lower wall portion across the full width of the central portion, and a tube which extends into the first chamber from an opening in the partition wall, which tube allows fluid communication between the first and second chambers (12, 14), the tube extending far enough into the first chamber in order to prevent fuel from spilling over from the first chamber into the second chamber without using movable parts.
Sealing element for sealing an aperture of a side wall of a connection box, said sealing element being attachable to the side wall inside the aperture and comprising: - a first body configured to seal a first portion of the aperture and having a plurality of sealable openings, each opening being configured to receive a portion of a cable passing through the aperture of the side wall, and - a second body configured to seal a second portion of the aperture; wherein: - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings, said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings, - the first body has resilient properties such that, during the passage of the cable along the sliding line, the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line. - a first body configured to seal a first portion of the aperture and having a plurality of sealable openings, each opening being configured to receive a portion of a cable passing through the aperture of the side wall, and - a second body configured to seal a second portion of the aperture; wherein: - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings, said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings, - the first body has resilient properties such that, during the passage of the cable along the sliding line, the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line. - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings, said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings, - the first body has resilient properties such that, during the passage of the cable along the sliding line, the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line.
A serving node (1; 500) for use in a telecommunications network, comprising: a communications unit for sending and receiving data; a storage medium for storing data; and a control unit for controlling the operation of the communications unit and the storage medium; wherein: the communications unit is configured to receive security capabilities of a terminal when the terminal registers with the serving node; the storage medium is configured to store the security capabilities; the communications unit is configured to receive a path switch request message, the path switch request including another indication of security capabilities of the terminal; and the communications unit is configured to send the stored security capabilities towards a target base station, characterised in that the control unit is configured to instruct the communications unit to send the stored security capabilities to the target base station if the indication of security capabilities of the terminal included in the received path switch request message do not match the stored security capabilities. (S313; S612). a communications unit for sending and receiving data; a storage medium for storing data; and a control unit for controlling the operation of the communications unit and the storage medium; wherein: the communications unit is configured to receive security capabilities of a terminal when the terminal registers with the serving node; the storage medium is configured to store the security capabilities; the communications unit is configured to receive a path switch request message, the path switch request including another indication of security capabilities of the terminal; and the communications unit is configured to send the stored security capabilities towards a target base station, characterised in that the control unit is configured to instruct the communications unit to send the communications unit is configured to receive security capabilities of a terminal when the terminal registers with the serving node; the storage medium is configured to store the security capabilities; the communications unit is configured to receive a path switch request message, the path switch request including another indication of security capabilities of the terminal; and the communications unit is configured to send the stored security capabilities towards a target base station, characterised in that the control unit is configured to instruct the communications unit to send the stored security capabilities to the target base station if the indication of security capabilities of the terminal included in the received path switch request message do not match the stored security capabilities. (S313; S612).
Transportable device for preventing the loss of a movable object, with a protective housing for protecting the device, with an electronic alarm device arranged in the protective housing with an anti-theft alarm function, and with fastening means for detachably fastening the device to the movable object, wherein the fastening means comprise at least one wrap-around means (12; 46; 52; 59; 68) for wrapping around at least one part of the movable object and wherein the wrap-around means (12; 46; 52; 59; 68) can be fixed by locking means (19, 20, 21; 49, 50, 51; 55, 57, 58; 61, 63, 64, 65; 71, 72, 73), which are arranged in the protective housing, wherein the locking means (19, 20, 21; 49, 50, 51; 55, 57, 58; 61, 63, 64, 65; 71, 72, 73) can be selectively opened and closed by means of a lock device rigidly connected to the protective housing, and wherein, by means of the specified lock device, the protective housing is also configured to be selectively openable and closable and thereby enables access to at least one chamber (18, 33) in the protective housing, characterized in that the electronic alarm device can be removed from the protective housing when it is open and can then be used as a stand-alone device, in particular for locating, for alarm and message transmission, and/or as a camera.
A device for producing cut objects on the basis of a pattern that comprises a cutting pattern and a printing pattern within the cutting pattern, wherein the device comprises: - a dye-sublimation thermal printer for printing the pattern onto a printing substrate and for outputting the printed printing substrate, - a cutting apparatus for cutting the printing substrate along the cutting pattern, wherein the cutting apparatus has a cutting unit for cutting the printing substrate and a first moving unit for moving the printing substrate within the cutting apparatus, wherein the first moving unit is adapted to move the printing substrate during the cutting process in a direction of movement from the first moving unit to the cutting unit and back from the cutting unit to the first moving unit, wherein the dye-sublimation thermal printer is adapted to print the printing substrate in such a way that the outputted printing substrate has a printed area in which printing has occurred and a non-printed area in which printing has not occurred, wherein the printed area and the non-printed area are successively arranged one after the other in an arrangement direction and the dimension of the non-printed area in the arrangement direction is at least equal to a distance between the cutting unit and the first moving unit, wherein the dye-sublimation thermal printer and the cutting apparatus are arranged in such a way that the direction of movement and the arrangement direction are aligned, and wherein the device also comprises a) a transferring apparatus for automatically transferring the printed printing substrate from the dye-sublimation thermal printer to the cutting apparatus, wherein the transferring apparatus comprises a second moving unit for automatically moving the printed printing substrate in a forward direction from the dye-sublimation thermal printer to the cutting apparatus, wherein the forward direction is aligned with the direction of movement and the arrangement direction, and b) a control apparatus for controlling at least the transferring apparatus and the cutting apparatus. - a dye-sublimation thermal printer for printing the pattern onto a printing substrate and for outputting the printed printing substrate, - a cutting apparatus for cutting the printing substrate along the cutting pattern, wherein the cutting apparatus has a cutting unit for cutting the printing substrate and a first moving unit for moving the printing substrate within the cutting apparatus, wherein the first moving unit is adapted to move the printing substrate during the cutting process in a direction of movement from the first moving unit to the cutting unit and back from the cutting unit to the first moving unit,
A disposal method for a packaging container formed by folding a sheet material and including a container body that has a trunk, a top and a bottom, the trunk serving as side panels, the top and the bottom being respectively connected to ends of the trunk, the top having a spout opening and a pouring tool made of a resin and mounted to the spout opening, the method comprising: a step of compressing the trunk and the top of the packaging container; a step of at least partially breaking the compressed packaging container by folding the same along a weakened portion linearly formed in the container body, wherein a crease formed by folding the container body along the weakened portion crosses over the spout opening; a step of separating at least part of the pouring tool from the packaging container when the packaging container is folded along the weakened portion; the method being characterised by a step of separating the packaging container along the broken portion extending along the weakened portion. a step of compressing the trunk and the top of the packaging container; a step of at least partially breaking the compressed packaging container by folding the same along a weakened portion linearly formed in the container body, wherein a crease formed by folding the container body along the weakened portion crosses over the spout opening; a step of separating at least part of the pouring tool from the packaging container when the packaging container is folded along the weakened portion; the method being characterised by a step of separating the packaging container along the broken portion extending along the weakened portion.
Method for generating a customised matrix graphic code, said method comprising the following steps: - receiving an image comprising a set of pixels; - receiving a first matrix graphic code, said first matrix graphic code comprising a set of modules, each module comprising a set of pixels of a given colour, the colours of the modules defining a code; - associating each pixel of the first matrix graphic code with a pixel of the image; characterised in that said method further comprises a step of selecting pixels of the first matrix graphic code for the generation of a second customised matrix graphic code, the selection step comprising the following steps, for at least one association between a first given pixel of the first matrix graphic code and a second pixel of the image: - comparing a difference between a parameter of the first pixel and a parameter of the second pixel to a predefined threshold; - if the difference is less than or equal to the predefined threshold, adding the second pixel of the image to the second matrix graphic code; - if the difference is greater than the predefined threshold, determining (107; 108) a pixel of the second matrix graphic code according to the first pixel and the second pixel. - receiving an image comprising a set of pixels; - receiving a first matrix graphic code, said first matrix graphic code comprising a set of modules, each module comprising a set of pixels of a given colour, the colours of the modules defining a code; - associating each pixel of the first matrix graphic code with a pixel of the image; - comparing a difference between a parameter of the first pixel and a parameter of the second pixel to a predefined threshold; - if the difference is less than or equal to the predefined threshold, adding the second pixel of the image to the second matrix graphic code; - if the difference is greater than the predefined threshold, determining (107; 108) a pixel of the second matrix graphic code according to the first pixel and the second pixel.
A system for three-dimensional analysis of lesions represented by breast image data, comprising: - a lesion detection subsystem for detecting individual lesions and three-dimensional positions of the individual lesions, based on the breast image data; - a cluster detection subsystem for detecting a cluster of lesions, based on three-dimensional position information of lesions, and associating at least some of the individual lesions with the cluster of lesions, based on the three-dimensional positions of the individual lesions; and - a cluster analysis subsystem configured to analyze the cluster of lesions, the cluster analysis subsystem comprising: i) a surface generator configured to generate a circumscribing surface containing the cluster of lesions, and ii) a shape model subsystem for accessing a set of adaptive shape models stored in a memory, each of the set of adaptive shape models being associated with an anatomical area or structure within the breast, wherein the shape model subsystem is arranged for assessing whether the cluster is located in a given anatomical area or structure by adapting an adaptive shape model of the set to at least part of the cluster of lesions to obtain an adapted shape model which comprises the circumscribing surface. - a lesion detection subsystem for detecting individual lesions and three-dimensional positions of the individual lesions, based on the breast image data; - a cluster detection subsystem for detecting a cluster of lesions, based on three-dimensional position information of lesions, and associating at least some of the individual lesions with the cluster of lesions, based on the three-dimensional positions of the individual lesions; and - a cluster analysis subsystem configured to analyze the cluster of lesions, the cluster analysis subsystem comprising: i) a surface generator configured to generate a circumscribing surface containing the cluster of lesions, and ii) a shape model subsystem for accessing a set of adaptive shape models stored in a memory, each of the set of adaptive shape models being associated with an anatomical area or structure within the breast, wherein the shape model subsystem is arranged for assessing whether the cluster is located in a given anatomical area or structure by adapting an adaptive shape model of the set to at least part of the cluster of lesions to obtain an adapted shape model which comprises the circumscribing surface. i) a surface generator configured to generate a circumscribing surface containing the cluster of lesions, and ii) a shape model subsystem for accessing a set of adaptive shape models stored in a memory, each of the set of adaptive shape models being associated with an anatomical area or structure within the breast, wherein the shape model subsystem is arranged for assessing whether the cluster is located in a given anatomical area or structure by adapting an adaptive shape model of the set to at least part of the cluster of lesions to obtain an adapted shape model which comprises the circumscribing surface.
A mounted slide hammer comprising: a body defining a through hole and a first attaching surface; a first auxiliary weight having a second attaching surface configured to attach to the body at the first attaching surface, the first auxiliary weight having a through hole located to align with the through hole in the body when the first auxiliary weight is attached to the body; a shaft located in the through holes in the body and the first auxiliary weight, said shaft having stops; and tire spoons located on either end of the shaft, wherein the through hole on the first auxiliary weight is dimensioned to allow the first auxiliary weight to fit over the tire spoons. a body defining a through hole and a first attaching surface; a first auxiliary weight having a second attaching surface configured to attach to the body at the first attaching surface, the first auxiliary weight having a through hole located to align with the through hole in the body when the first auxiliary weight is attached to the body; a shaft located in the through holes in the body and the first auxiliary weight, said shaft having stops; and tire spoons located on either end of the shaft, wherein the through hole on the first auxiliary weight is dimensioned to allow the first auxiliary weight to fit over the tire spoons.
An organic light emitting device comprising: a cathode, an emissive region, and an anode wherein, the emissive region comprises a fluorescent layer comprising a first fluorescent emitting material as a dopant in a host material; and a phosphorescent-sensitized fluorescent layer comprising a second fluorescent emitting material and a phosphorescent emitting material as dopants in a host material; characterized in a spacer layer between the fluorescent layer and the phosphorescent-sensitized fluorescent layer. a cathode, an emissive region, and an anode
Cable shield connecting assembly for securing and grounding a cable to the housing of an electrical device, the cable comprising a cable jacket and braided shielding extending from an end portion of the cable jacket, wherein the cable shield connecting assembly comprises - a mounting plate having a cavity and an aperture arranged on a bottom side of the cavity, and - a grommet having an inner diameter adapted to receive the end portion of the cable jacket, and upper and lower portions (14a, 14b) extending on both sides of an edge of the aperture of the mounting plate, characterized in that the upper portion of the grommet is fitted inside the cavity, wherein the cable shield connecting assembly further comprises a clamp adapted to be pressed-fitted against the upper portion of the grommet inside said cavity to squeeze therebetween said braided shielding. the cable comprising a cable jacket and braided shielding extending from an end portion of the cable jacket, wherein the cable shield connecting assembly comprises - a mounting plate having a cavity and an aperture arranged on a bottom side of the cavity, and - a grommet having an inner diameter adapted to receive the end portion of the cable jacket, and upper and lower portions (14a, 14b) extending on both sides of an edge of the aperture of the mounting plate, - a mounting plate having a cavity and an aperture arranged on a bottom side of the cavity, and - a grommet having an inner diameter adapted to receive the end portion of the cable jacket, and upper and lower portions (14a, 14b) extending on both sides of an edge of the aperture of the mounting plate, characterized in that the upper portion of the grommet is fitted inside the cavity, wherein the cable shield connecting assembly further comprises a clamp adapted to be pressed-fitted against the upper portion of the grommet inside said cavity to squeeze therebetween said braided shielding.
A gate comprising a gate leaf, movable between an open position and a closed position in which it is arranged approximately on a vertical plane and seals an opening in the wall; a guide rail arrangement with at least one guide rail segment running in the direction of gravity and extending, in the closed position, approximately parallel to the side edge of the door leaf in the closed position for guiding the door leaf movement; and a guiding means which is attached to the gate leaf in the area of what is the lower edge of the door leaf in the closed position and which is at least partially received in the guide rail segment in the closed position, wherein a limiting device limiting the movement of the guiding means in the direction of gravity is fixed to the guiding rail segment in the area of the lower end of the guide rail segment, and the limiting device has a stop element which is at least partially received, preferably through a positive fit, in the guide rail segment, which stop element is hit by the guiding means when it reaches the closed position, characterised in that the stop element has a collar running around at least part of the stop element and sitting on a lower edge of the guide rail segment.