mhurhangee/ep-ind-claims huggingface dataset:
An injector for a liquid rocket engine, comprising: an array of injector elements, each injector element includes a central passage defining a central axis and a plurality of peripheral transverse passages, the central passages are configured to provide axial injection flow and the peripheral transverse passages are configured to provide swirl injection flow about the axial injection flow, wherein a portion of the injector elements are configured to provide the swirl injection flow in a clockwise direction and another portion of the injector elements are configured to provide the swirl injection flow in a counter-clockwise direction, and the injector elements are arranged to form a plurality of circumferential rows, the injector elements of each one of the circumferential rows are either all of the clockwise direction or all of the counter-clockwise direction, and there is at least one circumferential row of the clockwise direction and at least one circumferential row of the counter-clockwise direction; and characterised in that the circumferential rows include a group of circumferential rows that alternate between the counter-clockwise direction and the clockwise direction and at least two consecutive circumferential rows that are either the clockwise direction or the counter-clockwise direction, wherein the at least two consecutive circumferential rows are radially inward of the group of circumferential rows that alternate. an array of injector elements, each injector element includes a central passage defining a central axis and a plurality of peripheral transverse passages, the central passages are configured to provide axial injection flow and the peripheral transverse passages are configured to provide swirl injection flow about the axial injection flow, wherein a portion of the injector elements are configured to provide the swirl injection flow in a clockwise direction and another portion of the injector elements are configured to provide the swirl injection flow in a counter-clockwise direction, and the injector elements are arranged to form a plurality of circumferential rows, the injector elements of each one of the circumferential rows are either all of the clockwise direction or all of the counter-clockwise direction, and there is at least one circumferential row of the clockwise direction and at least one circumferential row of the counter-clockwise direction; and characterised in that the circumferential rows include a group of circumferential rows that alternate between the counter-clockwise direction and the clockwise direction and at least two consecutive circumferential rows that are either the clockwise direction or the counter-clockwise direction, wherein the at least two consecutive circumferential rows are radially inward of the group of circumferential rows that alternate.
A method for operating a container treatment plant, wherein containers are treated by a first treatment device of this container treatment plant in a first predefined manner, are subsequently transported from this first treatment device to a second treatment device of the container treatment plant and are subsequently treated by the second treatment device in a second predefined manner, wherein by first sensor units (22a, 24a), a first plurality of first reference characteristic values are recorded, which are characteristic of the treatment of the containers with the first treatment device, and by second sensor units (42a, 44a), a second plurality of second reference characteristic values is recorded, which are characteristic of the treatment of the containers with the second treatment device, and wherein these reference characteristic values (RK1, RK2) are stored in a storage device, characterised in that the reference characteristic values (RK1, RK2) are detected with a time value that is characteristic of the temporal occurrence of the respective reference characteristic value (RK1, RK2), and a plurality of test characteristic values (PK1, PK2) is recorded, and as a result of a comparison between at least one of said test characteristic values (PK1, PK2) and at least one reference characteristic value (RK1, RK2), at least one information is output that, wherein the information refer to conditions of the plant such as energy consumption, output or maintenance intervals, wherein the container treatment plant is controlled taking into account the information, wherein a number of test characteristic values are logically linked with each other for outputting the information and this logical linking of the test characteristic values, several test characteristic values from different sensor units are used for outputting the information. the reference characteristic values (RK1, RK2) are detected with a time value that is characteristic of the temporal occurrence of the respective reference characteristic value (RK1, RK2), and a plurality of test characteristic values (PK1, PK2) is recorded, and as a result of a comparison between at least one of said test characteristic values (PK1, PK2) and at least one reference characteristic value (RK1, RK2), at least one information is output that, wherein the information refer to conditions of the plant such as energy consumption, output or maintenance intervals, wherein the container treatment plant is controlled taking into account the information, wherein a number of test characteristic values are logically linked with each other for outputting the information and this logical linking of the test characteristic values, several test characteristic values from different sensor units are used for outputting the information.
A method of characterizing a specimen in an automated diagnostic analysis system, comprising: capturing an image of a specimen container with an image capture device (440A, 440B, 440C); identifying a label affixed to the specimen container in the image with an anonymization network; and editing the image with the anonymization network to mask the label such that information present in the label is removed from the image to produce an edited image, wherein the anonymization network is a machine learning algorithm or method capable of image inpainting or a General Adversarial Network or a Variational Auto Encoder and - is part of a quality check module, or - comprises a general adversarial network, or - comprises a variational auto encoder, or - is configured to inpaint the label in the image of the specimen and the specimen container in order to erase all barcodes and printed text on the label and form an inpainted label in the edited image, wherein preferably the inpainted label appears as a white label in the edited image, or - is configured to inpaint the label in order to mask all barcodes on the label, or - is configured to inpaint the label in order to mask all printed text on the label. capturing an image of a specimen container with an image capture device (440A, 440B, 440C); identifying a label affixed to the specimen container in the image with an anonymization network; and editing the image with the anonymization network to mask the label such that information present in the label is removed from the image to produce an edited image, wherein the anonymization network is a machine learning algorithm or method capable of image inpainting or a General Adversarial Network or a Variational Auto Encoder and - is part of a quality check module, or - comprises a general adversarial network, or - comprises a variational auto encoder, or - is configured to inpaint the label in the image of the specimen and the specimen container in order to erase all barcodes and printed text on the label and form an inpainted label in the edited image, wherein preferably the inpainted label appears as a white label in the edited image, or - is configured to inpaint the label in order to mask all barcodes on the label, or - is configured to inpaint the label in order to mask all printed text on the label. - is part of a quality check module, or - comprises a general adversarial network, or - comprises a variational auto encoder, or - is configured to inpaint the label in the image of the specimen and the specimen container in order to erase all barcodes and printed text on the label and form an inpainted label in the edited image, wherein preferably the inpainted label appears as a white label in the edited image, or - is configured to inpaint the label in order to mask all barcodes on the label, or - is configured to inpaint the label in order to mask all printed text on the label.
An additive manufacturing apparatus, the apparatus comprising: a support surface; a slot die having an internal cavity communicating with a slot formed in a lower surface of the slot die; a carriage supporting the slot die and arranged to allow movement of the slot die across and above the support surface in a movement direction; a drive mechanism arranged to drive the movement of the carriage in the movement direction; a projection unit for selectively projecting radiation to a construction region between the support surface and the slot die; and a controller (CONT) configured to control at least the drive mechanism, wherein the slot die and the support surface are relatively moveable in a separation direction between the slot die and the support surface, characterised in that: the slot is defined by two slot halves (111, 112), and the slot die is provided with a vibrator for vibrating the edges of the slot relative to one another. a support surface; a slot die having an internal cavity communicating with a slot formed in a lower surface of the slot die; a carriage supporting the slot die and arranged to allow movement of the slot die across and above the support surface in a movement direction; a drive mechanism arranged to drive the movement of the carriage in the movement direction; a projection unit for selectively projecting radiation to a construction region between the support surface and the slot die; and a controller (CONT) configured to control at least the drive mechanism, wherein the slot die and the support surface are relatively moveable in a separation direction between the slot die and the support surface, characterised in that: the slot is defined by two slot halves (111, 112), and the slot die is provided with a vibrator for vibrating the edges of the slot relative to one another.
A transmission device of a vehicle using a transmission, the transmission having a reverse gear position and a 1st speed gear position arranged opposite to one another, a 2nd speed gear position and a 3rd speed gear position arranged opposite to one another, a 4th speed gear position and a 5th speed gear position arranged opposite to one another, and a 6th speed gear position, with shift blocks (B1, B2, B4, B6) configured to shift into the gear positions by a shift operation, the transmission being configured to perform a select operation and then perform the shift operation of the shift blocks (B1, B2, B4, B6) for an automatic gear shifting, the transmission device comprising: the shift blocks (B1, B2, B4, B6) including a shift block of a reverse-1st speed, the shift block of a 4th speed-5th speed, a shift block of a 2nd speed-3rd speed, and a shift block of a 6th speed arranged in a direction of the select operation; first to fourth shift levers (24a, 25a, 25b, 24b) configured to engage with the shift blocks (B1, B2, B4, B6), a first select actuator configured to move, by the select operation, the first shift lever engaged with the shift block of the reverse-1st speed or the second shift lever engaged with the shift block of the 4th speed-5th speed; a first shift actuator configured to move the first or second shift lever (24a, 25a) by the shift operation; a second select actuator configured to move, by the select operation, the third shift lever engaged with the shift block of the 2nd speed-3rd speed or the fourth shift lever engaged with the shift block of the 6th speed; and a second shift actuator configured to perform the shift operation of the third or fourth shift lever (25b, 24b) that has moved by the select operation of the second select actuator. the shift blocks (B1, B2, B4, B6) including a shift block of a reverse-1st speed, the shift block of a 4th speed-5th speed, a shift block of a 2nd speed-3rd speed, and a shift block of a 6th speed arranged in a direction of the select operation; first to fourth shift levers (24a, 25a, 25b, 24b) configured to engage with the shift blocks (B1, B2, B4, B6), a first select actuator configured to move, by the select operation, the first shift lever engaged with the shift block of the reverse-1st speed or the second shift lever engaged with the shift block of the 4th speed-5th speed; a first shift actuator configured to move the first or second shift lever (24a, 25a) by the shift operation; a second select actuator configured to move, by the select operation, the third shift lever engaged with the shift block of the 2nd speed-3rd speed or the fourth shift lever engaged with the shift block of the 6th speed; and a second shift actuator configured to perform the shift operation of the third or fourth shift lever (25b, 24b) that has moved by the select operation of the second select actuator.
Drive arrangement for forming an isolation gap for a surge arrester, having - a mechanical system space in which a movement can be converted in such a way that a switch for connecting and/or for isolating a high-voltage contact to/from ground potential can be actuated in the surge arrester, - connections for controlling and/or monitoring the surge arrester, wherein the connections are arranged in a plug-in connecting device, and wherein the plug-in connecting device is arranged on a hood on the mechanical system space, wherein at least one connection for control and/or monitoring purposes is arranged inside the hood between the mechanical system space and the plug-in connecting device, - the hood has a first flattened portion to which the plug-in connecting device is attached, - the hood has at least one further flattered portion to which auxiliary equipment can be attached, characterized in that the auxiliary equipment provided is an additional plug-in connecting device according to a standard other than the standard used by the plug-in connecting device, and a cover is provided for the respective plug-in connecting device. - a mechanical system space in which a movement can be converted in such a way that a switch for connecting and/or for isolating a high-voltage contact to/from ground potential can be actuated in the surge arrester, - connections for controlling and/or monitoring the surge arrester, wherein the connections are arranged in a plug-in connecting device, and wherein the plug-in connecting device is arranged on a hood on the mechanical system space, wherein at least one connection for control and/or monitoring purposes is arranged inside the hood between the mechanical system space and the plug-in connecting device, - the hood has a first flattened portion to which the plug-in connecting device is attached, - the hood has at least one further flattered portion to which auxiliary equipment can be attached, the auxiliary equipment provided is an additional plug-in connecting device according to a standard other than the standard used by the plug-in connecting device, and a cover is provided for the respective plug-in connecting device.
A high power AC capacitor for connection with an AC current supply bus comprising first and second bus electrodes (304, 308) with a layer of electrically isolating material therebetween, the capacitor comprising: a first electrode including an electrically conductive rod (208; 250) protruding from a surface of the first electrode; a second electrode including an opening; a bobbin located between the first and the second electrodes (204,216) and having opposite ends in contact with the first and second electrodes, the bobbin including a hollow central section; wherein an axis (232; 236) of the electrically conductive rod (208; 250) protruding from the surface of the first electrode is coaxial with an axis of the hollow bobbin and wherein the electrically conductive rod (208; 250) passes through the hollow central section of the bobbin and through the opening in the second electrode allowing current flow such that, the AC capacitor can be mounted on the AC current supply bus, with the second electrode and the second bus electrode in electrical contact with one another and an end of the electrically conductive rod is terminated by a locking arrangement for passing through the AC current supply bus, the capacitor further comprising a locking element for engaging the locking arrangement of the electrically conductive rod to create a contact with the first bus electrode. a first electrode including an electrically conductive rod (208; 250) protruding from a surface of the first electrode; a second electrode including an opening; a bobbin located between the first and the second electrodes (204,216) and having opposite ends in contact with the first and second electrodes, the bobbin including a hollow central section;
An implantable valvular prosthesis having a stent body comprising a radial expandable body and at least one valve flap member within the stent body, the at least one valve flap member formed from a graft member characterized by the valve flap member covering at least a portion of the stent body and coupled to the stent body in a manner which biases the at least one valve flap member to a closed position within the stent body, wherein the stent body comprises a proximal anchor flange, an intermediate annular section, and a distal anchor section, the proximal anchor flange including a plurality of stent struts and a plurality of stent interstices that project radially outward away from the central longitudinal axis of the stent body, and the at least one valve flap member and the graft member each fabricated entirely of self-supporting films of biocompatible material selected from the group consisting of metals or pseudometals.
Spray arm for a dishwasher, comprising a first spray arm part and a second spray arm part, of which the second spray arm part comprises a web wall which extends substantially along the circumference of the second spray arm part, wherein the web wall comprises a first latching element, wherein the first spray arm comprises a groove which extends substantially along the circumference of the first spray arm part, which groove is formed by a first, inner groove wall and a second, outer groove wall, and the web wall is designed to engage with the groove, wherein the first latching element, to establish a latching connection between the first and the second spray arm part (20; 24), is designed to interact with a second latching element which is located on the outer groove wall, characterised in that the second, outer groove wall is designed to be higher than the first, inner groove wall, that the second, outer groove wall extends so far beyond the web wall that when the second spray arm part is brought together with the first spray arm part, there is sufficient space for the location of the latching connection below.
A seat pan diaphragm assembly attachable to a seat frame, comprising: a diaphragm subassembly including a flexible fabric panel having a top, a bottom, a front, a back, and opposing lateral sides; a cargo net subassembly positioned against the bottom of the fabric panel for limiting deflection of the flexible fabric panel under load, the cargo net subassembly including a grid of belts and a plurality of attachment straps each terminating at a free end in a clip attachable to a seat frame member; and stiffeners distributing load forces to the attachment straps and helping maintain the shape integrity of the panel and prevent localized high tension zones in the panel the stiffeners being configured to secure the cargo net subassembly to the diaphragm subassembly; the diaphragm subassembly further includes a slotted sleeve positioned along each of the opposing lateral sides, the plurality of lateral attachment straps extend outward beyond the opposing lateral sides of the flexible fabric panel, each of the lateral attachment straps terminating at a free end in its respective clip; and the stiffeners are positioned in the slotted sleeves received through loops of the attachments straps. a diaphragm subassembly including a flexible fabric panel having a top, a bottom, a front, a back, and opposing lateral sides; a cargo net subassembly positioned against the bottom of the fabric panel for limiting deflection of the flexible fabric panel under load, the cargo net subassembly including a grid of belts and a plurality of attachment straps each terminating at a free end in a clip attachable to a seat frame member; and stiffeners distributing load forces to the attachment straps and helping maintain the shape integrity of the panel and prevent localized high tension zones in the panel the stiffeners being configured to secure the cargo net subassembly to the diaphragm subassembly; the diaphragm subassembly further includes a slotted sleeve positioned along each of the opposing lateral sides, the plurality of lateral attachment straps extend outward beyond the opposing lateral sides of the flexible fabric panel, each of the lateral attachment straps terminating at a free end in its respective clip; and the stiffeners are positioned in the slotted sleeves received through loops of the attachments straps.
A screening arrangement for a window and adapted to be mounted in a frame of the window, having a supply condition and a mounted condition including at least two installation positions, the screening arrangement comprising a screening body and two side rails (8, 9) each defining a longitudinal direction between a lower end and an upper end, and having a pre-defined length corresponding to a first installation position and being adapted to be adjusted to at least one adjusted length corresponding to a respective at least one other installation position, each side rail (8, 9) comprises a first leg adapted to be mounted on an inner side face of a side piece of a window frame and a second leg having a front side and a back side and extending in a general plane at an angle to the first leg and adapted to cover side edges of the screening body in the mounted condition, the first leg of each side rail (8, 9) is provided with a first flange portion extending substantially in parallel with the general plane of the second leg to form a guiding track for the side edges of the screening body, characterized in that each side rail includes at least one break area at a distance from the lower end, and that the break area includes a first cut (252; 252') through the material of the first leg, and a second cut (253; 253') through the material of the first flange portion along the plane corresponding to the first cut in the first leg, so as to form a slit in the material of the first leg and first flange portion, the second leg including at least one weakening groove in the back side thereof substantially along the general planes of the first and second cuts (252, 253; 252', 253') so that a break-off section and a remaining section are defined of the side rail (8, 9).