mhurhangee/ep-ind-claims huggingface dataset:
Aircraft seat device, with a backrest unit comprising a head region with at least one sandwich unit which has at least one support element and has towards a rear side of the backrest unit at least one rigid-foam element that is arranged downstream of the carrier element and is realised as an impact damping element, characterised in that the backrest unit comprises a functional component (82, 90, 92) and/or the sandwich unit comprises an insert component (72, 74), wherein the rigid-foam element has at least one recess (56, 58), wherein each recess (56, 58) is configured for receiving such a functional component (82, 90, 92) or such an insert component (56, 58). with a backrest unit comprising a head region with at least one sandwich unit which has at least one support element and has towards a rear side of the backrest unit at least one rigid-foam element that is arranged downstream of the carrier element and is realised as an impact damping element, characterised in that the backrest unit comprises a functional component (82, 90, 92) and/or the sandwich unit comprises an insert component (72, 74), wherein the rigid-foam element has at least one recess (56, 58), wherein each recess (56, 58) is configured for receiving such a functional component (82, 90, 92) or such an insert component (56, 58).
An image processing apparatus comprising: image acquisition means configured to acquire a tomogram group including a plurality of tomograms obtained by capturing tomograms of an eye to be examined; reference tomographic plane setting means configured to set a reference tomographic plane indicating a tomographic plane serving as a reference of the tomogram group acquired by said image acquisition means; first image generation means configured to generate a first tomogram having a predetermined positional relationship with respect to the reference tomographic plane, from the tomogram group acquired by said image acquisition means; second image generation means configured to generate a second tomogram from the tomogram group acquired by said image acquisition means; and display means for displaying the first tomogram generated by said first image generation means and the second tomogram generated by said second image generation means, characterized in that the second image generation means is configured to generate said second tomogram at a position plane-symmetric to said first tomogram with respect to said reference tomographic plane. image acquisition means configured to acquire a tomogram group including a plurality of tomograms obtained by capturing tomograms of an eye to be examined; reference tomographic plane setting means configured to set a reference tomographic plane indicating a tomographic plane serving as a reference of the tomogram group acquired by said image acquisition means; first image generation means configured to generate a first tomogram having a predetermined positional relationship with respect to the reference tomographic plane, from the tomogram group acquired by said image acquisition means; second image generation means configured to generate a second tomogram from the tomogram group acquired by said image acquisition means; and display means for displaying the first tomogram generated by said first image generation means and the second tomogram generated by said second image generation means, characterized in that the second image generation means is configured to generate said second tomogram at a position plane-symmetric to said first tomogram with respect to said reference tomographic plane.
One or more computer-readable storage media storing computer-readable instructions that when executed by a processor of a computer cause the computer to perform acts, comprising: monitoring a location of a mobile device that has cellular capabilities; identifying a set of at least one radio white space channel(s) that is available to the mobile device at the location; and, sending the set of radio white space channel(s) to the mobile device in relation to specific applications of the mobile device such that the mobile device is able to utilize one or more of the channels of the set to accomplish data communication for the specific applications whilst using the cellular capabilities for other specific applications. monitoring a location of a mobile device that has cellular capabilities; identifying a set of at least one radio white space channel(s) that is available to the mobile device at the location; and, sending the set of radio white space channel(s) to the mobile device in relation to specific applications of the mobile device such that the mobile device is able to utilize one or more of the channels of the set to accomplish data communication for the specific applications whilst using the cellular capabilities for other specific applications.
Product display unit, in particular in the form of a refrigerator, which serves the purpose of the accommodation and presentation of products to be cooled, preferably foodstuffs, - whereas the product display unit includes a receiving space for products, and - whereas the product display unit includes a multiple number of doors (3; 4), which are mounted in a pivoting manner around a swivel axis between an open position and a closed position, and whereas at least a part of the doors (3; 4) is also mounted in a displaceable manner along a guide assembly characterized in that the product display unit features retaining elements, with the assistance of which the doors (3; 4) mounted in a displaceable manner can be fixed in an operating position, whereas the doors (3; 4) can be displaced, after overcoming a retaining force of the retaining elements fixing the doors (3; 4), from the operating position into a filling position, without a locking device having to be initially released for this purpose. - whereas the product display unit includes a receiving space for products, and - whereas the product display unit includes a multiple number of doors (3; 4), which are mounted in a pivoting manner around a swivel axis between an open position and a closed position, and
Battery for storing electric energy, comprising: a battery cell, a battery interface unit attached to said battery cell, and a housing (30,20) comprising a substantially flat box member with an open side wall for introducing said battery cell into the substantially flat box member through said open side wall, characterised in that said interface unit is devised to close said open side wall when the battery cell is placed into the substantially flat box member, said interface unit thereby forming a complementary wall to said substantially flat box member and forming part of said housing (20, 30). a battery cell, a battery interface unit attached to said battery cell, and a housing (30,20) comprising a substantially flat box member with an open side wall for introducing said battery cell into the substantially flat box member through said open side wall,
A vehicle equipped with a coil unit capable of receiving electric power from a facility self-resonant coil external to the vehicle, the vehicle comprises: a pair of side members (10A, 10B) aligned in a widthwise direction of the vehicle and extending in a fore-aft direction of the vehicle; a vehicle self-resonant coil coupled with said facility self-resonant coil resonantly via an electromagnetic field to be capable of receiving electric power from said facility self-resonant coil; a vehicle capacitor provided to said vehicle self-resonant coil between said pair of side members (10A, 10B); a floor panel provided on said side members (10A, 10B); wherein the vehicle is characterized by further comprising a center tunnel that is formed at said floor panel to extend in the fore-aft direction of the vehicle through a widthwise center of the vehicle and is also formed to be raised upwards; and a shield material provided at an internal surface of said center tunnel and a lower surface of said floor panel, wherein said vehicle capacitor is disposed under said floor panel in said center tunnel or around an opening of said center tunnel. a pair of side members (10A, 10B) aligned in a widthwise direction of the vehicle and extending in a fore-aft direction of the vehicle; a vehicle self-resonant coil coupled with said facility self-resonant coil resonantly via an electromagnetic field to be capable of receiving electric power from said facility self-resonant coil; a vehicle capacitor provided to said vehicle self-resonant coil between said pair of side members (10A, 10B); a floor panel provided on said side members (10A, 10B); wherein the vehicle is characterized by further comprising a center tunnel that is formed at said floor panel to extend in the fore-aft direction of the vehicle through a widthwise center of the vehicle and is also formed to be raised upwards; and a shield material provided at an internal surface of said center tunnel and a lower surface of said floor panel, wherein said vehicle capacitor is disposed under said floor panel in said center tunnel or around an opening of said center tunnel.
A display system comprising: a sensor to track a user's eye position and orientation; a field display having a monocular field of view of at least 40 degrees; a foveal display having a monocular field of view of at least 1 degree, the foveal display being configured to create a foveal image which is movably positioned based on the user's eye position and orientation within a scannable field of view of at least 20 degrees, the foveal image positioned within a field of view of the field display to present a hybrid image to a user including image data from the field display and the foveal display; a cut-out logic to keep the display system from rendering a portion of the image data of the field display corresponding to a position of the foveal image. a sensor to track a user's eye position and orientation; a field display having a monocular field of view of at least 40 degrees; a foveal display having a monocular field of view of at least 1 degree, the foveal display being configured to create a foveal image which is movably positioned based on the user's eye position and orientation within a scannable field of view of at least 20 degrees, the foveal image positioned within a field of view of the field display to present a hybrid image to a user including image data from the field display and the foveal display; a cut-out logic to keep the display system from rendering a portion of the image data of the field display corresponding to a position of the foveal image.
A synthetic optical image system, comprising an array of focusing elements, and an image system including an array of microstructured icon elements designed to collectively form an image, wherein the array of focusing elements and the image system cooperate to form a synthetic optical image, wherein the array of microstructured icon elements is incorporated into an icon layer; wherein the icon elements comprise depressed areas and flats between them, the synthetic optical image system further including a coating material applied to at least a portion of the surface of the microstructured icon layer; the coating material being a hot stamp foil, wherein a thermal adhesive layer bonds the foil layer of the hot stamp foil coating to the icon layer and wherein the hot stamp foil has been applied to the icon layer and wherein the hot stamp foil coating material that covered over the depressed areas of the microstructured icon elements has been selectively removed.
A permanent magnet unit for an electrical machine, said electrical machine comprising a stator and a rotor, wherein said permanent magnet unit comprises at least one permanent magnet and a non-magnetic enclosure, wherein said permanent magnet is enclosed in said non-magnetic enclosure, characterized in that the enclosure has means (5a-g) for connecting it to at least one other substantially similar enclosure containing a permanent magnet.
Ready-to-use single-component pasty adhesive mortar composition for constructing non-bearing walls made from blockwork, characterized in that it comprises at least: - from 50 wt% to 90 wt% of granulate matter, of which at least 15% have a particle size comprised between 0.5 mm and 1.5 mm, - from 6 to 12 wt% water, and - from 2 to 8 wt% of an organic binder. - from 50 wt% to 90 wt% of granulate matter, of which at least 15% have a particle size comprised between 0.5 mm and 1.5 mm, - from 6 to 12 wt% water, and - from 2 to 8 wt% of an organic binder.
A cable tie comprising: a stripe body having a first surface and a second surface opposite to the first surface, a first end of the stripe body having a stationary portion, a second end opposite to the first end having a movable portion, wherein a pawl hole and a pawl located in the pawl hole are formed in the stationary portion, wherein the cable tie further comprises a plurality of convex portions being disposed on the first surface in a regularly arranged manner, wherein each of the convex portions has a hook-like structure, and tips of the hook-like structure are oriented toward the first end, and at least one of the hook-like structure is engageable with the pawl when the movable portion passes through the pawl hole, and wherein the cable tie is adapter such that, in use, the hook-like structures of the convex portions on the first surface in a portion of the stripe body that passed through the pawl hole and the hook-like structures of the convex portions on the first surface in another portion of the stripe body which did not pass through the pawl hole are mutually engageable characterized in that the hook-like structures are mutually engageable such that the portion of the stripe body that has passed through the pawl hole is attached to the other portion of the stripe body which did not pass through the pawl hole are each other attached. a stripe body having a first surface and a second surface opposite to the first surface, a first end of the stripe body having a stationary portion, a second end opposite to the first end having a movable portion, wherein a pawl hole and a pawl located in the pawl hole are formed in the stationary portion, wherein the cable tie further comprises a plurality of convex portions being disposed on the first surface in a regularly arranged manner, wherein each of the convex portions has a hook-like structure, and tips of the hook-like structure are oriented toward the first end, and at least one of the hook-like structure is engageable with the pawl when the movable portion passes through the pawl hole, and wherein the cable tie is adapter such that, in use, the hook-like structures of the convex portions on the first surface in a portion of the stripe body that passed through the pawl hole and the hook-like structures of the convex portions on the first surface in another portion of the stripe body which did not pass through the pawl hole are mutually engageable characterized in that the hook-like structures are mutually engageable such that the portion of the stripe body that has passed through the pawl hole is attached to the other portion of the stripe body which did not pass through the pawl hole are each other attached.
A milker unit short milk tube adapted to be positioned onto an outer surface of milking claw inlet, the milker unit short milk tube comprising: an outer wall surface; an inner wall surface defining a milk passage having an upstream direction and a downstream direction; and a downstream milk claw connection end including a position and release device, characterized in that the position and release device is compressible in the downstream direction to outwardly bend an adjacent inlet contact portion of the short milk tube away from the milking claw inlet to aid in releasing the milker unit short milk tube from the milking claw inlet. an outer wall surface; an inner wall surface defining a milk passage having an upstream direction and a downstream direction; and a downstream milk claw connection end including a position and release device, characterized in that the position and release device is compressible in the downstream direction to outwardly bend an adjacent inlet contact portion of the short milk tube away from the milking claw inlet to aid in releasing the milker unit short milk tube from the milking claw inlet.
A drive system for a cleaning device for cleaning a tank, the drive system comprising a driving arrangement is provided to rotate a input shaft connected to a gear box, where the gear box transfers rotation of the driving arrangement to a reduced rotation of a cleaning head in the tank, where the input shaft is provided with a first coupling part (5, 14) in one end having a disc shape, characterized in that the drive system is further equipped with a brake arrangement for regulating the speed of the driving arrangement, and where the brake arrangement is arranged in the vicinity of the first coupling part (5, 14), and that the brake arrangement includes brake parts (7, 8, 13) that interacts with the first coupling part (5, 14) of the driving arrangement to adjust the rotation of the first coupling part (5, 14) by changing the distance of the brake parts relative to the first coupling part (5, 14), where the brake arrangement is: • a hysteresis coupling which to is formed by at least one magnet located on the first coupling part of the driving arrangement and a hysteresis part arranged in the vicinity of the at least one magnet, or, • formed by at least one magnet located on a brake magnet holder, which is arranged in the vicinity of a peripheral end of the first coupling part of the driving arrangement and where the first coupling part of the driving arrangement composes a hysteresis part of the brake arrangement. • a hysteresis coupling which to is formed by at least one magnet located on the first coupling part of the driving arrangement and a hysteresis part arranged in the vicinity of the at least one magnet, or, • formed by at least one magnet located on a brake magnet holder, which is arranged in the vicinity of a peripheral end of the first coupling part of the driving arrangement and where the first coupling part of the driving arrangement composes a hysteresis part of the brake arrangement.
Wound covering for use in combination with vacuum therapy in wounds in the open abdomen, comprising: a first strip-like element forming a first boundary surface and a second strip-like element forming a second boundary surface facing away from the first boundary surface and extending substantially parallel thereto and connected to the first strip-like element; wherein at least one open drainage space free from additional absorbent bodies is formed between the first inner boundary surface of the first strip-like element facing away from the first boundary surface and a second inner boundary surface of the second strip-like element facing away from the second boundary surface; wherein the depth of the drainage space, in a depth direction extending perpendicular to the boundary surfaces (12, 22), is 5mm or less, preferably 4mm or less, more preferably 2mm or less, to ensure a capillary effect on body fluids, in particular exudates, received in the drainage space; at least one of the strip-like elements (10, 20) has an opening for the passage of body fluids into the drainage space; at least one opening is formed by a channel (16, 26) extending from a strip-like element (10, 20) in the direction of the opposite inner boundary surface (14, 24) of the other strip-like element (10, 20) and opening into the drainage space, the channel wall of which is preferably formed integrally with the strip-like element (10, 20), in particular by perforation of the strip-like element (10, 20); the cross-sectional area of the channel (16, 26) narrows in a plane extending perpendicular to the depth direction starting from the strip-like element (10, 20) in the direction of the opposite inner boundary surface (14, 24), in particular to obtain a capillary effect favouring the entry of body fluids into the drainage space; at least one strip-like element (10, 20) has a plurality of preferably grid-shaped openings, the distance between adjacent openings being 15mm or less, preferably 5 mm or less, more preferably 3mm or less; the mouths of the openings arranged in one strip-like element (10, 20) are situated in a projection along the depth direction between the mouths of the openings arranged in the other strip-like element (10, 20); at least one channel (16, 26) extends in the depth direction over 50% or more of the total depth of the drainage chamber; the opening surface area of the individual openings facing the drainage chamber is 0.5mm 2 and preferably 1mm 2 or more, in a plane perpendicular to the depth direction; the opening surface area of the individual openings facing the drainage chamber is 5mm 2 or less, preferably 4mm 2 or less, more preferably 3mm 2 or less in a plane perpendicular to the depth direction; the channel wall is arc-shaped, at least in sections, in a cutting plane parallel to the depth direction, and merges seamlessly into the boundary surface (12, 22); the distance between the inner boundary surfaces (14, 24) is 0.05mm, preferably 0.1mm or more, more preferably 0.3mm or more; and at least one strip-like element (10, 20) has a preferably perforated plastic film.
A cooling apparatus for an electric equipment, said apparatus passing fluid between an absorber, a condenser, a generator, and an evaporator, characterized in that the apparatus comprises a closed compartment, the absorber is arranged outside of the closed compartment for receiving heated fluids from within the closed compartment, and for transferring heat from the heated fluid to the outside of the closed compartment, the condenser is arranged outside of the closed compartment for receiving heated fluid from within the closed compartment and for transferring heat from the heated fluid to the outside of the closed compartment, the generator comprises first electric components and is arranged in the closed compartment, the generator comprising a fluid channel for receiving a first fluid and a second fluid in a liquid state, the first and the second fluid being miscible, to heat the received liquids with heat received from the first electric components, to provide the condenser with the vaporized second fluid in a gas state, and to provide the absorber with the first fluid in a liquid state, the apparatus comprises a first expansion device receiving the second fluid from the condenser in a liquid state at a first pressure, reducing the pressure of the second fluid, and forwarding the fluid in a liquid state and with a low pressure which is lower than the first pressure, the evaporator comprises second electric components, having a lower operating temperature than the first electric components, and is arranged in the closed compartment, the evaporator comprising a fluid channel arranged to receive the second fluid from the first expansion device in a liquid state, to evaporate the second fluid with heat received from the second electric components, and to forward the evaporated second fluid in a gas state to the absorber, the apparatus comprises a second expansion device forwarding the first fluid in a liquid state from the generator to the absorber, the second expansion device receiving the first fluid at a second pressure, reduces the pressure of the first fluid, and forwards to the absorber the first fluid with a low pressure which is lower than the second pressure, the absorber is arranged to receive the first fluid in a liquid state from the generator, the second fluid in a vaporized gas state from the evaporator, to absorb the vaporized second fluid by the first fluid in a liquid state in order to obtain a liquid of the miscible first and second fluids while transferring heat from the fluids to the outside of the closed compartment, and to provide the generator with the first and second fluid in a liquid state, and the apparatus comprises a pump for increasing a the pressure of the first and second fluid provided by the absorber to the generator.