mhurhangee/ep-ind-claims huggingface dataset:
A vehicle wheel service machine, for performing operations on a wheel having a rim and a tyre, comprising: - a shaft rotating about a longitudinal axis, designed to rotatably support the wheel; - a contact element, connected to the shaft for rotating integrally with it and designed to make contact with the rim supported by the shaft; - a locking device, which can be removably coupled to the shaft and is designed to slide relative to the shaft along the longitudinal axis between an active position, close to the contact element, for locking the rim interposed between the contact element and the locking device, and a position away from the contact element, of non-interference with the rim; - a fastening element movably connected to the shaft for moving along the shaft, parallel to the longitudinal axis, and designed for coupling with the locking device, for dragging it in movement; - actuator means positioned on the machine and connected to the fastening element, characterised in that the locking device comprises an emitter designed for generating a wireless control signal, wherein the machine comprises a wireless signal receiver designed to actuate the actuator means in response to the wireless control signal. - a shaft rotating about a longitudinal axis, designed to rotatably support the wheel; - a contact element, connected to the shaft for rotating integrally with it and designed to make contact with the rim supported by the shaft; - a locking device, which can be removably coupled to the shaft and is designed to slide relative to the shaft along the longitudinal axis between an active position, close to the contact element, for locking the rim interposed between the contact element and the locking device, and a position away from the contact element, of non-interference with the rim; - a fastening element movably connected to the shaft for moving along the shaft, parallel to the longitudinal axis, and designed for coupling with the locking device, for dragging it in movement; - actuator means positioned on the machine and connected to the fastening element,
A weight plate for use in a weight stack of an exercise machine comprising: a locking member moveably attached to the weight plate, wherein the locking member has a interlocked position and a unlocked position; an interlocking magnet attached to the weight plate to retain the locking member in the interlocked position; and an unlocking magnet attached to the weight plate to retain the locking member in the unlocked position. a locking member moveably attached to the weight plate, wherein the locking member has a interlocked position and a unlocked position; an interlocking magnet attached to the weight plate to retain the locking member in the interlocked position; and an unlocking magnet attached to the weight plate to retain the locking member in the unlocked position.
A method of making a powder metal compact, comprising: forming a coated metallic powder comprising a plurality of coated metallic powder particles having particle cores with nanoscale metallic coating layers disposed thereon, wherein the metallic coating layers have a chemical composition and the particle cores have a chemical composition that is different than the chemical composition of the metallic coating layers; and applying a predetermined temperature and a predetermined pressure to the coated powder particles sufficient to form a powder metal compact by solid-phase sintering of the nanoscale metallic coating layers of the plurality of coated powder particles to form a substantially-continuous, cellular nanomatrix of a nanomatrix material, a plurality of dispersed particles dispersed within the cellular nanomatrix and a solid-state bond layer extending throughout the cellular nanomatrix, wherein the particle cores comprise a core material having a standard oxidation potential greater than or equal to that of Zn, and include Mg, Mn or Zn or a combination thereof, and the nanoscale metallic coating layers comprise Al, Zn, Mn, Mg, Mo, W, Cu, Fe, Si, Ca, Co, Ta, Re or Ni, or a combination of any of the aforementioned materials. forming a coated metallic powder comprising a plurality of coated metallic powder particles having particle cores with nanoscale metallic coating layers disposed thereon, wherein the metallic coating layers have a chemical composition and the particle cores have a chemical composition that is different than the chemical composition of the metallic coating layers; and applying a predetermined temperature and a predetermined pressure to the coated powder particles sufficient to form a powder metal compact by solid-phase sintering of the nanoscale metallic coating layers of the plurality of coated powder particles to form a substantially-continuous, cellular nanomatrix of a nanomatrix material, a plurality of dispersed particles dispersed within the cellular nanomatrix and a solid-state bond layer extending throughout the cellular nanomatrix, wherein the particle cores comprise a core material having a standard oxidation potential greater than or equal to that of Zn, and include Mg, Mn or Zn or a combination thereof, and the nanoscale metallic coating layers comprise Al, Zn, Mn, Mg, Mo, W, Cu, Fe, Si, Ca, Co, Ta, Re or Ni, or a combination of any of the aforementioned materials.
A method for performing a performance measurement on a packet flow transmitted along a path through a packet switched communication network, said method comprising the following ordered sequence of steps: a) generating a flow of artificial packets; b) aggregating said flow of artificial packets with said packet flow at a node of said communication network located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node; c) at a first measurement point located along said length of said path downstream said aggregating, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point located along said length of said path downstream said first measurement point, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow using said first and second raw performance measurements, wherein step a) comprises configuring said artificial packets so that they are distinguishable from data packets of said packet flow by said first measurement point and by said second measurement point, said artificial packets comprising in their header a dedicated source address or destination address enabling said first measurement point and said second measurement point to identify said artificial packets by applying an address filter. a) generating a flow of artificial packets; b) aggregating said flow of artificial packets with said packet flow at a node of said communication network located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node; c) at a first measurement point located along said length of said path downstream said aggregating, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point located along said length of said path downstream said first measurement point, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow using said first and second raw performance measurements,
A positioning apparatus for correct positioning of an insulation holder in an insulation panel, wherein the positioning apparatus has a screw-in tool which can be connected to the insulation holder and by which the insulation holder in its state of being connected to the screw-in tool can be screwed into the insulation panel, and wherein the screw-in tool has an elongate main body and at least one spacer which can be connected to the screw-in tool selectively at different predetermined positions of the elongate main body corresponding to a thickness of the insulation panel to be fixed and it has an abutment by which that length can be limited, to which the screw-in tool can be screwed into the insulation panel, wherein - either the spacer has two different connecting positions for selective connection to the screw-in tool and the abutment in the state of being connected to the screw-in tool at one of the different predetermined positions of the elongate body can be displaced in the two different connecting positions by a predefined amount relative to the screw-in tool, wherein the two different connecting positions of the spacer are marked by markings on the spacer, or - there are provided two spacers which differ from each other in the state of being connected to the screw-in tool at one of the different predetermined positions of the elongate body by different positioning of the abutment by a predefined amount relative to the screw-in tool, wherein the two spacers can be distinguished by markings. - either the spacer has two different connecting positions for selective connection to the screw-in tool and the abutment in the state of being connected to the screw-in tool at one of the different predetermined positions of the elongate body can be displaced in the two different connecting positions by a predefined amount relative to the screw-in tool, wherein the two different connecting positions of the spacer are marked by markings on the spacer, or - there are provided two spacers which differ from each other in the state of being connected to the screw-in tool at one of the different predetermined positions of the elongate body by different positioning of the abutment by a predefined amount relative to the screw-in tool, wherein the two spacers can be distinguished by markings.
A non-human mammalian model for human diseases or disorders comprising a neutrophil depleted rodent host engrafted with a human skin equivalent (huSE) and human immune cells, wherein the huSE comprises a cell slurry of human keratinocytes and fibroblasts and is free of skin resident immune cells at the time of engraftment.
A moving picture coding method for coding a moving picture which includes pictures, comprising: partitioning a picture into rows and columns of macroblocks each of which is partitioned into blocks, wherein each block includes pixels and has a size of 4x4 pixels or 8x8 pixels, and each macroblock has a size of 16x16 pixels; selecting a set of intra-prediction modes for the macroblocks and a combination of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock from among a plurality of combinations of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock, wherein the scanning scheme for the macroblocks defines a scanning order of the macroblocks and the scanning scheme for the blocks of a macroblock defines a scanning order for the blocks of a macroblock; and scanning the blocks according to the selected combination of a scanning scheme for the macroblocks and scanning scheme for the blocks of a macroblock; and coding S, in accordance with the selected set of intra-prediction modes, the blocks of a macroblock in an order in which the blocks are scanned said method characterised by the plurality of combinations includes a combination that scans a row of blocks of a macroblock being horizontally adjacent to a current macroblock and following the current macroblock with respect to the selected scanning scheme for the macroblocks before scanning a next row of blocks of the current macroblock. partitioning a picture into rows and columns of macroblocks each of which is partitioned into blocks, wherein each block includes pixels and has a size of 4x4 pixels or 8x8 pixels, and each macroblock has a size of 16x16 pixels; selecting a set of intra-prediction modes for the macroblocks and a combination of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock from among a plurality of combinations of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock, wherein the scanning scheme for the macroblocks defines a scanning order of the macroblocks and the scanning scheme for the blocks of a macroblock defines a scanning order for the blocks of a macroblock; and scanning the blocks according to the selected combination of a scanning scheme for the macroblocks and scanning scheme for the blocks of a macroblock; and coding S, in accordance with the selected set of intra-prediction modes, the blocks of a macroblock in an order in which the blocks are scanned said method characterised by the plurality of combinations includes a combination that scans a row of blocks of a macroblock being horizontally adjacent to a current macroblock and following the current macroblock with respect to the selected scanning scheme for the macroblocks before scanning a next row of blocks of the current macroblock.
A method of synthesizing medical images, the method comprising: acquiring image data of an object; acquiring an electrocardiogram of the object; generating first medical image frames of the object based on the image data; displaying, on a display, ECG signal information along with an interval marker on the ECG signal information; receiving a user input of selecting a time interval of the ECG signal information; and in response to the user input being received: selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected. acquiring image data of an object; acquiring an electrocardiogram of the object; generating first medical image frames of the object based on the image data; displaying, on a display, ECG signal information along with an interval marker on the ECG signal information; receiving a user input of selecting a time interval of the ECG signal information; and in response to the user input being received: selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected. selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected.
A target assembly comprising - a support body having a carrying surface; - a sputtering target having an attaching surface, said carrying surface and said attaching surface being arranged in opposing facing relation to one another, thereby defining an intermediate space between said carrying surface and said attaching surface; and - a bonding material disposed in the intermediate space for binding said attaching surface to said carrying surface, - characterized in that distinct areas of one or both of said attaching surface and said carrying surface are selectively, superficially treated to control delamination of the bonding material and thereby enhance the bonding strength of said bonding material in said distinct areas, and in that the support body and the sputtering target are cylindrical in shape and are concentrically arranged with respect to one another. - a support body having a carrying surface; - a sputtering target having an attaching surface, said carrying surface and said attaching surface being arranged in opposing facing relation to one another, thereby defining an intermediate space between said carrying surface and said attaching surface; and - a bonding material disposed in the intermediate space for binding said attaching surface to said carrying surface, - characterized in that distinct areas of one or both of said attaching surface and said carrying surface are selectively, superficially treated to control delamination of the bonding material and thereby enhance the bonding strength of said bonding material in said distinct areas, and in that the support body and the sputtering target are cylindrical in shape and are concentrically arranged with respect to one another.
A nuclear power plant spent fuel negative pressure unloading system, comprising a fuel element transport pipe and a gas transport pipe; the fuel element transport pipe comprises a fuel element output pipe, a fuel element lifting pipe, and a fuel element unloading pipe connected in series, the fuel element unloading pipe is arranged obliquely downward in the direction of movement of a fuel element, and the distal end of the fuel element unloading pipe is connected sequentially to a fuel loading apparatus and a transfer apparatus; characterised in that the gas transport pipe is connected to either end of the set positions of the fuel element output pipe and the fuel element unloading pipe respectively, gas driving mechanisms are connected to the gas transport pipe, and the inlet of the gas driving mechanism is arranged at one end in proximity to the fuel element unloading pipe for sucking gas in the fuel element transport pipe, the fuel loading apparatus and the transfer apparatus, and then release the gas to the fuel element output pipe via the gas transport pipe so as to drive the movement of the fuel element.
Laminate for application on a carrier material, in particular on a carrier plate, - with a resin-impregnated decorative layer, - with at least one resin-impregnated core layer (6, 8, 10), and - with a resin-impregnated decorative layer arranged opposite to the decorative layer - wherein the decorative layers (4, 12) and the at least one core layer (6, 8, 10) are pressed together, characterised in that - the surface of at least one of the decorative layers (4, 12), preferably of both decorative layers (4, 12), is provided with an embossed structure which corresponds to a structure produced by grinding, and - in that a tap-water drop at room temperature with a maximum diameter of 15 mm takes a contact angle of more than 40°, in particular more than 50°, with the layer that has the embossed structure. - with a resin-impregnated decorative layer, - with at least one resin-impregnated core layer (6, 8, 10), and - with a resin-impregnated decorative layer arranged opposite to the decorative layer - wherein the decorative layers (4, 12) and the at least one core layer (6, 8, 10) are pressed together, - the surface of at least one of the decorative layers (4, 12), preferably of both decorative layers (4, 12), is provided with an embossed structure which corresponds to a structure produced by grinding, and - in that a tap-water drop at room temperature with a maximum diameter of 15 mm takes a contact angle of more than 40°, in particular more than 50°, with the layer that has the embossed structure.
A machine for machining walls, particularly for walls made of wood or multilayer walls and the like, comprising a portal with one or more working heads, and a working surface for resting a wall to be machined, said portal and said working surface being configured for the movement of one with respect to the other, said machine for machining walls being characterized in that said working surface comprises a first and second opposite support and movement frames (17, 18), both provided with means for translation and rotation (19, 20) with respect to a fixed base frame and configured so as to allow each support and movement frame (17, 18) to provide the following configurations: - a lowered substantially horizontal configuration for machining a wall, - an inclined configuration that faces the other opposite support and movement frame (17, 18) for turning over a wall supported by said first support and movement frame onto said second opposite support and movement frame. - a lowered substantially horizontal configuration for machining a wall, - an inclined configuration that faces the other opposite support and movement frame (17, 18) for turning over a wall supported by said first support and movement frame onto said second opposite support and movement frame.