mhurhangee/ep-ind-claims huggingface dataset:
A storm water management system comprising a first conduit, a storage device, a first well and a valve, wherein the storage device comprises a coherent man-made vitreous fibre module, wherein the coherent man-made vitreous fibre module comprises an upper passage and a lower passage, wherein the upper passage is in fluid communication with the first conduit, and wherein the lower passage is connected to the first well by the valve characterised in that the system further comprises a bypass apparatus wherein the bypass apparatus is in fluid communication with the first conduit and the upper passage and is for directing water into the upper passage and/or into the first well. wherein the coherent man-made vitreous fibre module comprises an upper passage and a lower passage, wherein the upper passage is in fluid communication with the first conduit, and wherein the lower passage is connected to the first well by the valve characterised in that the system further comprises a bypass apparatus wherein the bypass apparatus is in fluid communication with the first conduit and the upper passage and is for directing water into the upper passage and/or into the first well.
A method for producing a burdock fruit extract containing arctigenin at high content with more than 3% of arctigenin, comprising converting arctiin into arctigenin in a chopped burdock fruit by enzymatic conversion by adding water to said chopped burdock fruit and agitating it in water, wherein said enzymatic conversion is catalyzed by the beta-glucosidase activity which is present in said burdock fruit, and extracting arctigenin.
A dual focusing optical coherence imaging system comprising: a light source unit for generating broadband light; a main optical distributor for distributing the light generated from the light source to allow the light to be propagated; an interference unit including first and second interference parts for forming interference signals with respect to different focused areas of an object to be detected using the light distributed from the optical distributor, and a common sample arm commonly connected to the first and second interference parts; an optical switch connected to the first and second interference parts to select at least one of the interference signals transmitted from the first and second interference parts; and a detection unit for converting the interference signal selected by the optical switch according to a preset mode into an electrical signal. a light source unit for generating broadband light; a main optical distributor for distributing the light generated from the light source to allow the light to be propagated; an interference unit including first and second interference parts for forming interference signals with respect to different focused areas of an object to be detected using the light distributed from the optical distributor, and a common sample arm commonly connected to the first and second interference parts; an optical switch connected to the first and second interference parts to select at least one of the interference signals transmitted from the first and second interference parts; and a detection unit for converting the interference signal selected by the optical switch according to a preset mode into an electrical signal.
A magnet, comprising: - a body that comprises a first and a second section (103, 104) made of magnetic material for directing magnetic flux to an object to be attached, the first and the second section (103, 104) being separated and attached to a third section of the body, which third section is made of non-magnetic material, and - a slide that comprises a permanent magnet, and a first and a second pole piece (112, 113) attached to opposite magnetic pole surfaces of the permanent magnet, the first and the second pole piece (112, 113) being made of magnetic material, and the slide being arranged to be movable relative to the body in order to alter the path of the magnetic flux generated by the permanent magnet; characterised in that: - the first section comprises a hole in which the slide is movably arranged, which hole opens at a first end into a first cavity of the body and at a second end into a second cavity of the body, the bottom of the first cavity being defined at least partly by the second section, - the first and the second cavity (107, 108) contain a medium, and - the magnet comprises means (116, 117, 118, 119, 120) for transferring the medium into and out of the first and the second cavity (107, 108) in order to move the slide. - a body that comprises a first and a second section (103, 104) made of magnetic material for directing magnetic flux to an object to be attached, the first and the second section (103, 104) being separated and attached to a third section of the body, which third section is made of non-magnetic material, and - a slide that comprises a permanent magnet, and a first and a second pole piece (112, 113) attached to opposite magnetic pole surfaces of the permanent magnet, the first and the second pole piece (112, 113) being made of magnetic material, and the slide being arranged to be movable relative to the body in order to alter the path of the magnetic flux generated by the permanent magnet; - the first section comprises a hole in which the slide is movably arranged, which hole opens at a first end into a first cavity of the body and at a second end into a second cavity of the body, the bottom of the first cavity being defined at least partly by the second section, - the first and the second cavity (107, 108) contain a medium, and - the magnet comprises means (116, 117, 118, 119, 120) for transferring the medium into and out of the first and the second cavity (107, 108) in order to move the slide.
Piston device, in particular for use in a transmission arrangement, the piston device comprising a sealing element for providing a seal between two spaces, wherein the sealing element can be or is placed on a radially outer mounting surface of a piston of the piston device, the sealing element being annular and comprising a main body, the main body comprising a hollow-cylindrical portion which extends parallel to an axial direction of the sealing element, wherein the hollow-cylindrical portion has an internal inner side with respect to a radial direction and is partially or completely covered by an elastomer body, the elastomer body comprising a sealing lip which projects outwards in the radial direction or obliquely thereto away from the main body, the elastomer body being moulded on the main body, in particular in an injection moulding process and/or compression moulding process, characterized in that the main body is partially embedded in the elastomer body and, except for retaining regions for holding the main body in an injection moulding tool, is completely surrounded by the elastomer body, or in that the main body is completely embedded in and completely surrounded by the elastomer body and therefore cannot be accessed directly from the outside. wherein the hollow-cylindrical portion has an internal inner side with respect to a radial direction and is partially or completely covered by an elastomer body, the elastomer body comprising a sealing lip which projects outwards in the radial direction or obliquely thereto away from the main body, the elastomer body being moulded on the main body, in particular in an injection moulding process and/or compression moulding process, characterized in that the main body is partially embedded in the elastomer body and, except for retaining regions for holding the main body in an injection moulding tool, is completely surrounded by the elastomer body, or in that the main body is completely embedded in and completely surrounded by the elastomer body and therefore cannot be accessed directly from the outside.
Method for producing an electronic component, in particular a mechatronics component, comprising at least one electronic component, which is introduced into a housing, wherein one or more microgaps with a size of less than 1 mm remain between the component and the housing, wherein the microgaps are filled with a fluid filling agent which does not harden or is elastic in the hardened state, which is suctioned in via a first opening on the housing side by means of a negative pressure applied to a second opening on the housing side until the microgap or microgaps is or are completely filled, or which is pressed in by means of positive pressure at the first opening until the microgap or microgaps is or are completely filled.
A device for a platooning operation comprising a leaving determination module configured to determine an indication that a certain vehicle in a platoon might leave the platoon and drive into an adjacent path based on data indicating that the certain vehicle might leave the platoon, wherein the platoon includes at least one neighboring vehicle (9, 11) to the certain vehicle wherein provided an indication has been determined, the device is configured to limit a field of view of a radar detector, arranged on the at least one neighboring vehicle (9, 11) and facing the certain vehicle, such that the adjacent path is not included in the field of view of the radar detector, the device is further configured to receive data from the radar detector and to determine from the data if the certain vehicle has departed from the current path and thus left the platoon, the device further comprises a driving strategy module configured to determine a driving strategy for the platoon, such that the platoon is maintained when the certain vehicle has left the platoon, wherein the determination of driving strategy is based on a vehicle characteristic for at least one neighboring vehicle (9, 11) in the platoon and/or an environmental characteristic, and to determine driving strategy data indicating the driving strategy.
A foot imaging apparatus comprising: a support structure; a flexible membrane suspended from the support structure and configured to receive a foot thereon; a three-dimensional imager located under the flexible membrane and configured to acquire a topographical plantar image of the foot on the flexible membrane; characterized in that it additionally comprises a monitoring unit for monitoring a monitored region in order to evaluate a correct positioning of the foot on the flexible membrane prior to acquiring the topographical plantar image of the foot, the monitoring unit comprising a camera configured to acquire a monitoring image of the monitored region, the monitoring image containing information about the positioning of the foot on the flexible membrane and corresponding to one of a front view and a rear view of the foot received on the flexible membrane. a support structure; a flexible membrane suspended from the support structure and configured to receive a foot thereon; a three-dimensional imager located under the flexible membrane and configured to acquire a topographical plantar image of the foot on the flexible membrane; characterized in that it additionally comprises a monitoring unit for monitoring a monitored region in order to evaluate a correct positioning of the foot on the flexible membrane prior to acquiring the topographical plantar image of the foot, the monitoring unit comprising a camera configured to acquire a monitoring image of the monitored region, the monitoring image containing information about the positioning of the foot on the flexible membrane and corresponding to one of a front view and a rear view of the foot received on the flexible membrane.
Profiles and structural elements for assembling load-bearing structures, consisting of - uprights, and - connecting elements or cantilever elements, and - longitudinal supports which can be mounted on the connecting elements or cantilever elements, and/or - shelves which can be mounted on the connecting elements or cantilever elements or on the longitudinal supports, wherein the uprights have a tubular square cross-section which is formed of a U-shaped cross-section with, from the mutually aligned end flanges of the flanges arranged in a U-shape, between two straight legs projecting in parallel, said legs protruding into the interior of the cross-section and extending parallel to each other in the longitudinal direction of the upright, the legs having slots or apertures, which on both legs correspond in terms of shape and arrangement, for receiving hook-in protrusions projecting at hook-in ends of the connecting elements or cantilever elements having a T-shaped cross-section, characterized in that the inwardly protruding two legs of the uprights bear against each other or are spaced apart from each other by an amount corresponding to the thickness of the hook-in end, without hook-in protrusions, of the connecting element or cantilever element that can be mounted on the upright, and in that the hook-in protrusions protrude on both sides from the hook-in ends, which are shaped in such a way that they penetrate into the slots or apertures provided on the two legs when the hook-in ends are introduced between the two elastically spreadable legs of the upright, so as to hook onto the legs as a result of a downward displacement along the longitudinal extension of the upright. - uprights, and - connecting elements or cantilever elements, and - longitudinal supports which can be mounted on the connecting elements or cantilever elements, and/or - shelves which can be mounted on the connecting elements or cantilever elements or on the longitudinal supports,
Apparatus for use with a cushion of a respiratory mask and for delivery of a flow of breathable gas to a user's airways, the apparatus comprising: a nasal cannula including a set of projections (9004a, 9004b), each projection (9004a, 9004b) configured to conduct a flow of gas into a naris of the user, wherein the nasal cannula also includes a coupler extension (9020a, 9020b) which serves as a conduit for conducting the flow of gas to the set of projections (9004a, 9004b), wherein the coupler extension (9020a, 9020b) is configured to couple with one or more gas supply lines (9012a, 9012b) of a breathable gas source and wherein the coupler extension comprises a seat portion (9024a, 9024b), the seat portion (9024a, 9024b) configured to receive and seal with the cushion of the respiratory mask, the seat portion (9024a, 9024b) having a sealing bevel to promote sealing between the cushion of the respiratory mask and a facial contact surface of a user. a nasal cannula including a set of projections (9004a, 9004b), each projection (9004a, 9004b) configured to conduct a flow of gas into a naris of the user, wherein the nasal cannula also includes a coupler extension (9020a, 9020b) which serves as a conduit for conducting the flow of gas to the set of projections (9004a, 9004b), wherein the coupler extension (9020a, 9020b) is configured to couple with one or more gas supply lines (9012a, 9012b) of a breathable gas source and wherein the coupler extension comprises a seat portion (9024a, 9024b), the seat portion (9024a, 9024b) configured to receive and seal with the cushion of the respiratory mask, the seat portion (9024a, 9024b) having a sealing bevel to promote sealing between the cushion of the respiratory mask and a facial contact surface of a user.
Process for the removal of a plastic coating from a cheese loaf, the process having the following steps: a) the cheese loaf, with a plastic coating, is fed to the process, b) a laser beam is directed onto the plastic coating of the cheese loaf, characterized in that c) the power of the laser which emits the laser beam is adjusted so that a removal of the plastic coating ensues by detachment of a region of the plastic coating and/or by erosion or evaporation of the plastic coating, in that d) a gas is fed to the laser beam in the area of impingement onto the food loaf, in particular a protective gas and/or a gas supporting the removal process and/or a gas reducing the adhesion of removed material to the remaining food, and in that e) in the area of impingement of the laser beam onto the food loaf, gas and removed material are vacuumed off. a) the cheese loaf, with a plastic coating, is fed to the process, b) a laser beam is directed onto the plastic coating of the cheese loaf, characterized in that c) the power of the laser which emits the laser beam is adjusted so that a removal of the plastic coating ensues by detachment of a region of the plastic coating and/or by erosion or evaporation of the plastic coating, in that d) a gas is fed to the laser beam in the area of impingement onto the food loaf, in particular a protective gas and/or a gas supporting the removal process and/or a gas reducing the adhesion of removed material to the remaining food, and in that e) in the area of impingement of the laser beam onto the food loaf, gas and removed material are vacuumed off.
Drive device for horizontal blinds, comprising slat carriers which are guided on actuating drives (2, 3) which extend in parallel, wherein the actuating drives (2, 3) form drive spindles (4, 5) which each have a helically circumferential actuating gear (6, 7) with a pitch which decreases towards an inoperative position, and wherein the slat carriers each comprise two actuating elements (9, 10) which can be displaced with respect to one another in the longitudinal direction of the actuating drives (2, 3) and which engage in each case into one of the two actuating gears (6, 7), characterised in that the slat carriers have a longitudinally adjustable pivoting unit which is articulated to the two actuating elements (9, 10) and in that the drive spindles (4, 5) can be adjusted independently of one another.
A method for indicating information, the method comprising: generating, by a reporting access point, AP, a Reduced Neighbor Report, RNR, element carried in a management frame, the RNR element comprises more than one neighbor AP information fields, the neighbor AP information field comprises a target beacon transmission time, TBTT, information field for a reported AP, wherein the TBTT information field for the reported AP comprises a neighbor AP TBTT offset subfield for the reported AP; and transmitting, by the reporting AP, the RNR element; wherein if the reported AP being a non-transmitted BSSID in a multiple BSSID set, the neighbor AP TBTT offset subfield for the reported AP is set to a value of a TBTT offset of an AP with a transmitted BSSID from an immediately prior TBTT of the reporting AP that transmits the RNR element, and wherein the AP with the transmitted BSSID is in the multiple BSSID set that comprises the reported AP; wherein if the reported AP being a transmitted BSSID in a multiple BSSID set, the neighbor AP TBTT offset subfield for the reported AP is set to a value of a TBTT offset of the reported AP from the immediately prior TBTT of the reporting AP that transmits the RNR element; and wherein within the multiple BSSID set the AP with the transmitted BSSID is the only AP that is allowed to transmit a beacon frame or a probe response, and wherein the reported AP with the non-transmitted BSSID is not allowed to transmit a beacon frame or a probe response. generating, by a reporting access point, AP, a Reduced Neighbor Report, RNR, element carried in a management frame, the RNR element comprises more than one neighbor AP information fields, the neighbor AP information field comprises a target beacon transmission time, TBTT, information field for a reported AP, wherein the TBTT information field for the reported AP comprises a neighbor AP TBTT offset subfield for the reported AP; and transmitting, by the reporting AP, the RNR element; wherein if the reported AP being a non-transmitted BSSID in a multiple BSSID set, the neighbor AP TBTT offset subfield for the reported AP is set to a value of a TBTT offset of an AP with a transmitted BSSID from an immediately prior TBTT of the reporting AP that transmits the RNR element, and wherein the AP with the transmitted BSSID is in the multiple BSSID set that comprises the reported AP; wherein if the reported AP being a transmitted BSSID in a multiple BSSID set, the neighbor AP TBTT offset subfield for the reported AP is set to a value of a TBTT offset of the reported AP from the immediately prior TBTT of the reporting AP that transmits the RNR element; and wherein within the multiple BSSID set the AP with the transmitted BSSID is the only AP that is allowed to transmit a beacon frame or a probe response, and wherein the reported AP with the non-transmitted BSSID is not allowed to transmit a beacon frame or a probe response.
Height-adjustable surface box having an upper portion which serves to receive a cover and a lower portion which carries the upper portion, wherein, in order to adjust the height, the upper portion is inserted with a preferably cylindrical pipe portion into the lower portion and can be displaced therein in a telescope-like manner, wherein there are associated with the upper edge of the lower portion inwardly protruding clamping means which for free positioning of the upper portion with respect to the lower portion produce an at least small clamping action between the upper portion and the lower portion, characterised in that the clamping means extend inwards in a flush manner from the upper edge of the lower portion and are constructed as a slotted or segmented circular ring in such a manner that the clamping means as a result of the slotting or segmentation comprise individual radial clamping elements.
A communication device for handling resource availability of an unlicensed band, comprising: a storage unit for storing instructions of: determining that a first time period of a first cell of an unlicensed band is occupied according to a listen-before-talk, LBT, operation, wherein the LBT operation is performed before an uplink, UL, transmission; and transmitting a message via a second cell to a network to notify that the first cell is occupied, wherein the second cell is in a licensed band, or is in the unlicensed band; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit for storing instructions of: determining that a first time period of a first cell of an unlicensed band is occupied according to a listen-before-talk, LBT, operation, wherein the LBT operation is performed before an uplink, UL, transmission; and transmitting a message via a second cell to a network to notify that the first cell is occupied, wherein the second cell is in a licensed band, or is in the unlicensed band; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. determining that a first time period of a first cell of an unlicensed band is occupied according to a listen-before-talk, LBT, operation, wherein the LBT operation is performed before an uplink, UL, transmission; and transmitting a message via a second cell to a network to notify that the first cell is occupied, wherein the second cell is in a licensed band, or is in the unlicensed band; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.