mhurhangee/ep-ind-claims huggingface dataset:
A computer-readable storage medium including instructions that upon execution by a processor cause the processor to: open a parent virtual disk file that is a parent of a child virtual disk file of a chain of virtual disk files (612, 610, 606, 600) in order to modify some of the information stored therein, the parent virtual disk file (610,702) including a first parent unique identifier and a sector bitmap including parent virtual disk extent data for a first virtual disk extent that includes at least a first part of the data in a virtual disk, the child virtual disk file (612,702) including a copy of the parent unique identifier, a child unique identifier and another sector bitmap including child virtual disk extent data for a second virtual disk extent that includes at least a second part of the data in the virtual disk, wherein a normalized bitmap includes a byte for each virtual disk extent that is fully described; overwrite the first parent unique identifier in the virtual disk file with a second parent unique identifier in response to detecting that a virtual disk parser is directed to write information to the virtual disk file that affects how virtual disk extent data is interpreted; determine that the second unique identifier was written to a persistent copy of the virtual disk file; and write the information to the virtual disk file in response to determining that the second unique identifier was written to the persistent copy of the virtual disk file. open a parent virtual disk file that is a parent of a child virtual disk file of a chain of virtual disk files (612, 610, 606, 600) in order to modify some of the information stored therein, the parent virtual disk file (610,702) including a first parent unique identifier and a sector bitmap including parent virtual disk extent data for a first virtual disk extent that includes at least a first part of the data in a virtual disk, the child virtual disk file (612,702) including a copy of the parent unique identifier, a child unique identifier and another sector bitmap including child virtual disk extent data for a second virtual disk extent that includes at least a second part of the data in the virtual disk, wherein a normalized bitmap includes a byte for each virtual disk extent that is fully described; overwrite the first parent unique identifier in the virtual disk file with a second parent unique identifier in response to detecting that a virtual disk parser is directed to write information to the virtual disk file that affects how virtual disk extent data is interpreted; determine that the second unique identifier was written to a persistent copy of the virtual disk file; and write the information to the virtual disk file in response to determining that the second unique identifier was written to the persistent copy of the virtual disk file.
Method to reduce the height of a box made of a foldable material, composed of a base and at least four side walls (1a, 1b, 1c, and 1d) inter-connected at a right angle by forming ridges, up to the top of the stack of objects (3, 4, 5, 6, and 7) previously placed into said box, without removal of a part of the material of said box nor utilization of any cutting tool whatsoever, but by folding towards the center of said box the upper sections of said side walls, characterized in that: - the connections between said side walls (1a, 1b, 1c, and 1d) are broken along the upper portion of the vertical ridges (2ab, 2bc, 2cd, and 2da) of said box from the top of said vertical walls of the box to the level of the top of said stack of objects (3, 4, 5, 6, and 7) previously placed inside the latter, by exerting a force (Fa, Fb, Fc, and Fd) directed towards the exterior of said box, on the upper portion (1 ah, 1 bh, 1 ch, and 1 dh) situated above the level of the top of said stack of objects, of at least two of said side walls; - simultaneously are folded, towards the exterior of said box said upper sections (1ah, 1bh, 1ch, and 1dh) on which said force (Fa, Fb, Fc, and Fd) is exerted; - then all upper sections (1ah, 1bh, 1ch, and 1dh) of said side walls (1a, 1b, 1c, and 1d) are folded towards the interior of said box to bring them back into an essentially horizontal plane. - the connections between said side walls (1a, 1b, 1c, and 1d) are broken along the upper portion of the vertical ridges (2ab, 2bc, 2cd, and 2da) of said box from the top of said vertical walls of the box to the level of the top of said stack of objects (3, 4, 5, 6, and 7) previously placed inside the latter, by exerting a force (Fa, Fb, Fc, and Fd) directed towards the exterior of said box, on the upper portion (1 ah, 1 bh, 1 ch, and 1 dh) situated above the level of the top of said stack of objects, of at least two of said side walls; - simultaneously are folded, towards the exterior of said box said upper sections (1ah, 1bh, 1ch, and 1dh) on which said force (Fa, Fb, Fc, and Fd) is exerted; - then all upper sections (1ah, 1bh, 1ch, and 1dh) of said side walls (1a, 1b, 1c, and 1d) are folded towards the interior of said box to bring them back into an essentially horizontal plane.
A process for the gasification of a solid carbonaceous feed, the process comprising the steps of: introducing a batch of the solid carbonaceous feed into a sluice vessel, while an internal pressure in the sluice vessel is at a first pressure; introducing at least recycled CO 2 comprising methanol into the sluice vessel via one or more gas inlets (7, 39) covered by the solid carbonaceous feed, to pressurize the sluice vessel from the first pressure to a second pressure exceeding the first pressure, during a predetermined time period; closing the one or more gas inlets (7, 39); opening a feed outlet of the sluice vessel to supply the batch of the solid carbonaceous feed to a feed vessel for feeding the solid carbonaceous feed to a gasification reactor; closing the feed outlet; venting the sluice vessel to reduce the internal pressure to the first pressure; and repeating the process characterized by the recycled CO 2 being introduced into the sluice vessel only via the one or more gas inlets (7, 39) which are covered by the solid carbonaceous feed, and at a flow rate which is at most 0.3 m 3 per minute for each 0.5 kg of solid carbonaceous feed in the batch. introducing a batch of the solid carbonaceous feed into a sluice vessel, while an internal pressure in the sluice vessel is at a first pressure; introducing at least recycled CO 2 comprising methanol into the sluice vessel via one or more gas inlets (7, 39) covered by the solid carbonaceous feed, to pressurize the sluice vessel from the first pressure to a second pressure exceeding the first pressure, during a predetermined time period; closing the one or more gas inlets (7, 39); opening a feed outlet of the sluice vessel to supply the batch of the solid carbonaceous feed to a feed vessel for feeding the solid carbonaceous feed to a gasification reactor; closing the feed outlet; venting the sluice vessel to reduce the internal pressure to the first pressure; and repeating the process characterized by the recycled CO 2 being introduced into the sluice vessel only via the one or more gas inlets (7, 39) which are covered by the solid carbonaceous feed, and at a flow rate which is at most 0.3 m 3 per minute for each 0.5 kg of solid carbonaceous feed in the batch.
Seeder comprising a frame which has at least one fixed part that extends axially so as to define an axial direction of the fixed part, at least one tank mounted on said fixed part of said frame, and a platform for accessing said tank, said platform is connected to the frame laterally with respect to said at least one tank and is mounted at a side of the fixed part, said platform being articulated to the frame so as to be able to oscillate between an operating position, in which it extends in parallel with the axial direction of the fixed part, in which it is substantially perpendicular to the axial direction of said fixed part of said frame, wherein said frame comprises at least one movable wing which is articulated to said fixed part and can be moved from and into an operating position in which it is an extension of said fixed part, said platform being connected to said movable wing in order to be moved therewith between said operating and rest positions, characterized in that said platform comprises a footboard connected to the wing by means of a parallelogram mechanism which is articulated such that, in said operating position, said footboard is retained above the movable wing at a distance therefrom, whereas in said rest position, said footboard is leant against the movable wing and optionally also against said at least one tank.
A system for generating a multi-dimensional surface model of a geometric structure, comprising a processing apparatus configured to: acquire a set of location data points comprising a plurality of location data points corresponding to respective locations on the surface of a region of the geometric structure; define a minimum bounding box containing each location data point of said set of location data points; expanding the minimum bounding box by a predetermined value α in all three axial directions; construct a voxel grid within said expanded bounding box, wherein said voxel grid comprises a plurality of voxels; calculate a distance d between a data point and each of the voxels in the grid; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is less than the predetermined value α as voxels of a first subset of voxels; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is greater than the predetermined value α and that are neighboring a voxel of the first subset as voxels of a second subset of voxels; change identification of each voxel in the first subset of voxels, for which the distance to one or more of the determined voxels of the second subset of voxels is less than a predetermined distance, to a voxel of the second subset of voxels; and extract a multi-faceted surface model from the first subset of voxels. acquire a set of location data points comprising a plurality of location data points corresponding to respective locations on the surface of a region of the geometric structure; define a minimum bounding box containing each location data point of said set of location data points; expanding the minimum bounding box by a predetermined value α in all three axial directions; construct a voxel grid within said expanded bounding box, wherein said voxel grid comprises a plurality of voxels; calculate a distance d between a data point and each of the voxels in the grid; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is less than the predetermined value α as voxels of a first subset of voxels; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is greater than the predetermined value α and that are neighboring a voxel of the first subset as voxels of a second subset of voxels; change identification of each voxel in the first subset of voxels, for which the distance to one or more of the determined voxels of the second subset of voxels is less than a predetermined distance, to a voxel of the second subset of voxels; and extract a multi-faceted surface model from the first subset of voxels.
Method for handling a bag chain, wherein the bag chain is folded into layers to form a stack, and wherein the layers each include one or multiple bags of the bag chain, characterized in that the bag chain is folded by at least two folding members which engage between the bags of the bag chain to fold the bag chain, and in that the bag chain is folded by the folding members in such a manner that, to form the zig-zag layers, the bag chain is folded first of all by a first folding member in one direction and then by another, second folding member in another direction which deviates from the first direction.
A mounting assembly for mounting a crane on a forest machine, the mounting assembly comprising several mounting elements, each being configured to be mounted between the crane and a mounting point for the crane in the forest machine, in which mounting assembly - each mounting element comprises a first mounting end for the crane and a second mounting end for the mounting point for the crane in the forest machine; - each mounting element forms primarily the same distance between the crane and the mounting point for the crane in the forest machine; - at least one of the mounting elements comprises a swivel joint in such a way that the first mounting end and the second mounting end of the mounting element are configured to swivel with respect to an axis transverse to the longitudinal direction of the intermediate frame of the mounting element between the mounting ends (48, 50), whereby this axis is primarily parallel to the horizontal plane when the mounting element is mounted in place on the forest machine; and - at least one of the mounting elements comprises a rigid intermediate frame between its mounting ends (48, 50). - each mounting element comprises a first mounting end for the crane and a second mounting end for the mounting point for the crane in the forest machine; - each mounting element forms primarily the same distance between the crane and the mounting point for the crane in the forest machine; - at least one of the mounting elements comprises a swivel joint in such a way that the first mounting end and the second mounting end of the mounting element are configured to swivel with respect to an axis transverse to the longitudinal direction of the intermediate frame of the mounting element between the mounting ends (48, 50), whereby this axis is primarily parallel to the horizontal plane when the mounting element is mounted in place on the forest machine; and - at least one of the mounting elements comprises a rigid intermediate frame between its mounting ends (48, 50).
A method of generating a three-dimensional image of a target using two-dimensional images, comprising: generating a three-dimensional map of a target area associated with one or more fiducial markers, wherein the three-dimensional map is generated using infrared light; capturing a two-dimensional white light image of the target area and the one or more fiducial markers; creating a three-dimensional white light image from the two-dimensional white light image and the three-dimensional map; capturing a two-dimensional fluorescence image of the target area and the one or more fiducial markers; creating a three-dimensional fluorescence image from the two-dimensional fluorescence image and the three-dimensional map; and aligning the three-dimensional white light image and the three-dimensional fluorescence image using the one or more fiducial markers to form a three-dimensional superimposed image. generating a three-dimensional map of a target area associated with one or more fiducial markers, wherein the three-dimensional map is generated using infrared light; capturing a two-dimensional white light image of the target area and the one or more fiducial markers; creating a three-dimensional white light image from the two-dimensional white light image and the three-dimensional map; capturing a two-dimensional fluorescence image of the target area and the one or more fiducial markers; creating a three-dimensional fluorescence image from the two-dimensional fluorescence image and the three-dimensional map; and aligning the three-dimensional white light image and the three-dimensional fluorescence image using the one or more fiducial markers to form a three-dimensional superimposed image.
Device for generating an air blade barrier between two environments communicating with each other through a passage, said device including a portal structure that defines said passage which extends horizontally between a pair of opposite side uprights (14, 16) of the portal structure, and vertically between an upper crosspiece of the portal structure, which is connected to the upper ends of such uprights (14, 16), and a base plane, which uprights (14, 16) have an inner cavity connected to said passage and in which an air flow is admitted as a result of the operation of fan means associated with the portal structure, a first upright (14, 16) having at least one inlet opening to allow an air flow to be sucked into said inner cavity from said passage, and a second upright (14, 16) having at least one outlet opening to allow said air flow to exit in order to generate continuously said air blade barrier at said passage, said fan means are incorporated in each of said uprights (14, 16), each upright (14, 16) comprising both said air flow inlet opening and said air flow outlet opening, whereby at opposite zones of said passage of the portal structure a pair of independent air flows having opposite direction are generated which constitute together a double air blade barrier (34, 36; 46, 48), at least one slidable closure member for closing said passage being associated with the device, characterized in that said slidable closure member consists of a flexible curtain (22; 22, 22a) which is intended to be wound about a motorized rotary shaft extending along the upper crosspiece of the portal structure, each side edge of said flexible curtain (22; 22, 22a) slidably engaging a respective vertical guide rail rigidly connected to a respective upright (14, 16).
System for facilitating detection of a respiratory status, wherein the system comprises a flexible patch being configured to be affixed or attached to a skin of a patient's body by means of an adhesive layer, wherein the patch comprises at least one sensor (10, 11, 12, 13), preferably of a sensor arrangement, for sensing a body activity corresponding to the respiratory status of said patient's body, and wherein the sensor (10, 11, 12, 13) or the sensor arrangement is configured to determine and/or output a sensor signal corresponding to said body activity, the system comprising a re-usable add-on device being attachable to and detachable from the patch, and the add-on device being adapted to provide energy to the patch in a wireless manner. the system comprising a re-usable add-on device being attachable to and detachable from the patch, and the add-on device being adapted to provide energy to the patch in a wireless manner.
Dosing device for an administering device with a dose limiting mechanism comprising: a first limiting means constructed on an inner wall section of a dosing sleeve as a circumferential toothing consisting of teeth and teeth interstices, having a first stop means a second limiting means with a second stop means constructed as a sleeve like stop wheel having a circumferential toothing consisting of teeth and teeth interstices and which is on an outer wall section of the stop wheel and the second limiting means does not undergo any relative movement with respect to the first limiting means during an injection movement, characterized in that the second limiting means is axially arranged in such a manner that the circumferential toothing of the second limiting means meshes the circumferential toothing of the first limiting means and follows the rotational movement of the first limiting means with a defined transmission ratio during a dosing movement, and thereby the first and second stop means (500,300) each move on a path curve (U1,U2), and the first and second stop means each can pass through their respective path curves several times such that the path curves (U1,U2) intersect or come so close together that the stop means (500,300) strike against another and thereby blocking a dosing movement of the dosing sleeve, a first limiting means constructed on an inner wall section of a dosing sleeve as a circumferential toothing consisting of teeth and teeth interstices, having a first stop means a second limiting means with a second stop means constructed as a sleeve like stop wheel having a circumferential toothing consisting of teeth and teeth interstices and which is on an outer wall section of the stop wheel and the second limiting means does not undergo any relative movement with respect to the first limiting means during an injection movement, characterized in that the second limiting means is axially arranged in such a manner that the circumferential toothing of the second limiting means meshes the circumferential toothing of the first limiting means and follows the rotational movement of the first limiting means with a defined transmission ratio during a dosing movement, and thereby the first and second stop means (500,300) each move on a path curve (U1,U2), and the first and second stop means each can pass through their respective path curves several times such that the path curves (U1,U2) intersect or come so close together that the stop means (500,300) strike against another and thereby blocking a dosing movement of the dosing sleeve,
A row of artificial eyelashes to be fixed to the edge of an eyelid, having (i) a base part intended to be fixed to the edge of the eyelid, and (ii) false eyelashes, the base part having a first chain-stitch knitted warp thread, the false eyelashes passing through the chain stitches without being tied thereto, wherein the base part has a second chain-stitch knitted warp thread, the false eyelashes passing through the chain stitches without being tied thereto, the row of artificial eyelashes being characterized in that the first and second warp threads are interwoven. the base part having a first chain-stitch knitted warp thread, the false eyelashes passing through the chain stitches without being tied thereto, wherein the base part has a second chain-stitch knitted warp thread, the false eyelashes passing through the chain stitches without being tied thereto, the row of artificial eyelashes being characterized in that the first and second warp threads are interwoven.
Method for locating metallic or metal-containing objects and materials, in which currents in at least two transmitting coils can be regulated relative to one another in such a way that a receiving coil output signal received by at least one receiving coil is continuously regulated to "zero", even in the case of metal influence, the mean value of the receiving coil output signal in a first demodulation phase (6.1) being equal to the mean value of the receiving coil output signal of a further demodulation phase (6.2) offset by 90° in the state regulated to "zero", wherein the amplitude of the receiving coil output signal demodulated for the state compensated to "zero" by demodulation in the first demodulation phase and the amplitude of the receiving coil output signal demodulated for the state compensated to "zero" by demodulation in the further demodulation phase (6.2) offset by 90°, preferably at least at 0° and at a demodulation offset by 90°, are detected as values, characterised in that the amplitudes are matched, and in that the demodulated signal of the first demodulation phase (6.1) and the demodulated signal of the further demodulation phase (6.2) offset by 90° are brought into coincidence by means of a multiplier determined from the amplitudes.