mhurhangee/ep-ind-claims huggingface dataset:
A door unit for a display cabinet, the door unit comprising: a frame for holding, in use, at least an upper (8, 9) and a lower (10, 11) sliding door; and linking means for selectively linking the two doors such that when a first one of the doors is opened the linking means engages with the second one of the doors to pull it open also and when the second one of the doors is opened the linking means disengages such that the first door remains closed, wherein the linking means is configured to be concealed from a user, wherein the linking means comprise abutting members configured to engage in abutment with each other when the first one of the sliding doors is opened to open the second one of the sliding doors simultaneously and not to engage when the second one of the sliding doors is opened to leave the first one of the sliding doors closed, characterized in that the abutting members are integral with at least a first runner unit attached to the first one of the sliding doors and slidably mounted to the frame and at least a second runner unit attached to the second one of the sliding doors and slidably mounted to the frame, wherein the runner units comprise rollers or wheels mounted to a common rail in the frame; and the rollers or wheels of each of the runner units are mounted into a same track of the rail. a frame for holding, in use, at least an upper (8, 9) and a lower (10, 11) sliding door; and linking means for selectively linking the two doors such that when a first one of the doors is opened the linking means engages with the second one of the doors to pull it open also and when the second one of the doors is opened the linking means disengages such that the first door remains closed, wherein the linking means is configured to be concealed from a user, wherein the linking means comprise abutting members configured to engage in abutment with each other when the first one of the sliding doors is opened to open the second one of the sliding doors simultaneously and not to engage when the second one of the sliding doors is opened to leave the first one of the sliding doors closed, characterized in that the abutting members are integral with at least a first runner unit attached to the first one of the sliding doors and slidably mounted to the frame and at least a second runner unit attached to the second one of the sliding doors and slidably mounted to the frame, wherein the runner units comprise rollers or wheels mounted to a common rail in the frame; and the rollers or wheels of each of the runner units are mounted into a same track of the rail.
A method for controlling insects where a composition comprising an insecticide and a polymer are applied to soil, where the polymer is formed from an initiator and a plurality of C 2 to C 6 alkylene oxide units, and where the initiator is an aliphatic polyol with at least three hydroxyl groups, where the alkylene oxide units comprise ethylene oxide and/or propylene oxide, where said polymer has an OH number from 20 to 300 mg KOH/g and where the insecticide has a solubility in water at 20 ° C of up to 10 g/l.
An ophthalmic composition comprising a complex formed from a first cationic component, a second cationic component and an anionic component; wherein: the first cationic component comprises poly[(dimethyliminio)-2-butene-1,4-diyl chloride], α-[4-[tris(2-hydroxyethyl)ammonio]-2-butenyl]-ω-[tris(2-hydroxyethyl)ammonio]-dichloride; the second cationic component comprises a compound selected from alexidine, a salt of alexidine and cetylpyridinium chloride; the anionic component comprises hyaluronic acid; and the complex is soluble in an aqueous medium. the first cationic component comprises poly[(dimethyliminio)-2-butene-1,4-diyl chloride], α-[4-[tris(2-hydroxyethyl)ammonio]-2-butenyl]-ω-[tris(2-hydroxyethyl)ammonio]-dichloride; the second cationic component comprises a compound selected from alexidine, a salt of alexidine and cetylpyridinium chloride; the anionic component comprises hyaluronic acid; and the complex is soluble in an aqueous medium.
A method, comprising: directing an infrared camera aft of a compaction roller of a composite laying head; applying heat to a substrate by a heater mounted forward of the compaction roller; capturing infrared images of composite tows laid on the substrate by the compaction roller; and determining in real-time whether the composite tows have sufficient contact, using the infrared images by: sampling intensities in infrared images across a band width of the composite tows to form sampled intensities; and determining if a value of a range of the sampled intensities is greater than a threshold, wherein the threshold is selected based on standards or requirements of a resulting composite part that includes the composite tows, the method further comprising, when it is determined that the composite tows do not have the sufficient contact, modifying at least one of the heat applied to the substrate, a compaction speed, or a compaction pressure, to achieve the sufficient contact of the composite tows. directing an infrared camera aft of a compaction roller of a composite laying head; applying heat to a substrate by a heater mounted forward of the compaction roller; capturing infrared images of composite tows laid on the substrate by the compaction roller; and determining in real-time whether the composite tows have sufficient contact, using the infrared images by: sampling intensities in infrared images across a band width of the composite tows to form sampled intensities; and determining if a value of a range of the sampled intensities is greater than a threshold, wherein the threshold is selected based on standards or requirements of a resulting composite part that includes the composite tows, the method further comprising, when it is determined that the composite tows do not have the sufficient contact, modifying at least one of the heat applied to the substrate, a compaction speed, or a compaction pressure, to achieve the sufficient contact of the composite tows.
A DNase or an enzymatically active fragment thereof, said DNase having the sequence of SEQ ID No. 1 or a sequence which is at least 60% identical thereto, but wherein the proline residue at position 237 of SEQ ID No 1, or the equivalent proline in other sequences, has been modified, deleted or substituted, wherein said DNase or enzymatically active fragment thereof is (i) irreversibly inactivated by at least 95% by heating at a temperature of 50°C for 5 mins in a buffer consisting of 25mM Tris/HCl, pH8.5, 5mM MgCl 2 and 1 mM DTT; and (ii) substantially specific for double stranded DNA. (i) irreversibly inactivated by at least 95% by heating at a temperature of 50°C for 5 mins in a buffer consisting of 25mM Tris/HCl, pH8.5, 5mM MgCl 2 and 1 mM DTT; and (ii) substantially specific for double stranded DNA.
Pad for use in a beverage machine for preparing a warm beverage, the pad being configured for holding a raw material through which a pressurized flow of liquid is forced for preparing the beverage by extraction, the pad comprising: - a first sheet having a surface area, - a second sheet having a surface area, wherein the surface area of the second sheet is provided with one or more flow passages that are positioned at or near the centre of the second sheet; and wherein the first sheet and the second sheet are connected to each other at or near the outer perimeter for forming an inner space for holding the raw material that is usable for preparing the beverage, characterized in that the surface area of the first sheet is provided with flow passages that are positioned at or near the outer perimeter of the first sheet; substantially the entire surface area of the first and/or second sheet is impermeable to the flow of pressurized liquid, and the size of the impermeable surface area and the positioning of the flow passages cooperate for forcing the flow of pressurized liquid to flow substantially in a direction that is parallel to the surface areas through the raw material in the pad such that a substantially horizontal flow is achieved through the raw material in the pad. - a first sheet having a surface area, - a second sheet having a surface area, wherein the surface area of the second sheet is provided with one or more flow passages that are positioned at or near the centre of the second sheet; and wherein the first sheet and the second sheet are connected to each other at or near the outer perimeter for forming an inner space for holding the raw material that is usable for preparing the beverage, characterized in that the surface area of the first sheet is provided with flow passages that are positioned at or near the outer perimeter of the first sheet; substantially the entire surface area of the first and/or second sheet is impermeable to the flow of pressurized liquid, and the size of the impermeable surface area and the positioning of the flow passages cooperate for forcing the flow of pressurized liquid to flow substantially in a direction that is parallel to the surface areas through the raw material in the pad such that a substantially horizontal flow is achieved through the raw material in the pad.
An ophthalmic apparatus comprising: a scanner that applies an optical coherence tomography scan to a subject's eye; a movement mechanism configured to three-dimensionally move at least part of the scanner; a deviation detector configured to measure three dimensional deviation of the subject's eye with respect to a predetermined three dimensional reference position; scan controlling circuitry configured to perform first scan control of causing the scanner to perform an OCT scan on a first region including a first site of the subject's eye, and second scan control of causing the scanner to perform an OCT scan on a second region including a second site different from the first site; alignment controlling circuitry configured to perform first alignment control of controlling the movement mechanism to three dimensionally move the at least part of the scanner based on first deviation information of the subject's eye acquired by the deviation detector prior to the first scan control, and second alignment control of controlling the movement mechanism to three dimensionally move the at least part of the scanner based on second deviation information of the subject's eye acquired by the deviation detector prior to the second scan control; and distance calculating circuitry configured to calculate a distance between the first site and the second site based on first data acquired by the scanner under the first scan control and second data acquired by the scanner under the second scan control. a scanner that applies an optical coherence tomography scan to a subject's eye; a movement mechanism configured to three-dimensionally move at least part of the scanner; a deviation detector configured to measure three dimensional deviation of the subject's eye with respect to a predetermined three dimensional reference position; scan controlling circuitry configured to perform first scan control of causing the scanner to perform an OCT scan on a first region including a first site of the subject's eye, and second scan control of causing the scanner to perform an OCT scan on a second region including a second site different from the first site; alignment controlling circuitry configured to perform first alignment control of controlling the movement mechanism to three dimensionally move the at least part of the scanner based on first deviation information of the subject's eye acquired by the deviation detector prior to the first scan control, and second alignment control of controlling the movement mechanism to three dimensionally move the at least part of the scanner based on second deviation information of the subject's eye acquired by the deviation detector prior to the second scan control; and distance calculating circuitry configured to calculate a distance between the first site and the second site based on first data acquired by the scanner under the first scan control and second data acquired by the scanner under the second scan control.
Man over board rescue system comprising: a) a main body, the main body comprising a tube channel the tube channel attached to an upper spindle block and a lower spindle block with a spindle disposed between the upper spindle block and the lower spindle block; the spindle attached to a spindle gear with the spindle gear in geared attachment to a worm gear with the worm gear attached to a handle; the spindle having a top end attached to a winch plate with the winch plate attached to a winch and the winch plate supporting a rope clutch; the spindle having a lower end attached to a spindle connector; b) a lift line attached to the winch and the lift line in contact with a distal end of a davit; c) a proximal end of the davit attached to the spindle connector; d) a plurality of back angles attached to the main body, the back angles being configured such that they provide an offset between the main body and a ship's bitt; and e) a strap system comprising a plurality of straps and latch clamps wherein said plurality of straps are configured to reach around a ship's bitt and to being secured to said main body by said plurality of latch clamps in order to secure said main body to said ship's bitt. a) a main body, the main body comprising a tube channel the tube channel attached to an upper spindle block and a lower spindle block with a spindle disposed between the upper spindle block and the lower spindle block; the spindle attached to a spindle gear with the spindle gear in geared attachment to a worm gear with the worm gear attached to a handle; the spindle having a top end attached to a winch plate with the winch plate attached to a winch and the winch plate supporting a rope clutch; the spindle having a lower end attached to a spindle connector; b) a lift line attached to the winch and the lift line in contact with a distal end of a davit; c) a proximal end of the davit attached to the spindle connector; d) a plurality of back angles attached to the main body, the back angles being configured such that they provide an offset between the main body and a ship's bitt; and e) a strap system comprising a plurality of straps and latch clamps wherein said plurality of straps are configured to reach around a ship's bitt and to being secured to said main body by said plurality of latch clamps in order to secure said main body to said ship's bitt.
Method in the management of data relating to an elevator structure, wherein data is collected about the structures of the elevator, and the collected data is recorded in memory, characterized in that in the method these phases are performed: - a database is formed about a plurality of devices of elevators, said database comprising device-specific information, - the structures of an elevator are scanned with scanning apparatus, which collects scanning data relating to the shape of the structures being scanned and/or the surface patterning of the structures, - the scanning data is compared to the data of the aforementioned database, - the type and/or mark of a device of an elevator are deduced if a correspondence to the scanning data is found from the aforementioned database - the type and/or mark of the aforementioned device is linked to form at least a part of the data that is in the database and is linked to the elevator-identification of the elevator in question, which database comprises a plurality of elevator-identifications and the data of an identified elevator connected to each elevator-identification - a database is formed about a plurality of devices of elevators, said database comprising device-specific information, - the structures of an elevator are scanned with scanning apparatus, which collects scanning data relating to the shape of the structures being scanned and/or the surface patterning of the structures, - the scanning data is compared to the data of the aforementioned database, - the type and/or mark of a device of an elevator are deduced if a correspondence to the scanning data is found from the aforementioned database - the type and/or mark of the aforementioned device is linked to form at least a part of the data that is in the database and is linked to the elevator-identification of the elevator in question, which database comprises a plurality of elevator-identifications and the data of an identified elevator connected to each elevator-identification
Method for guiding a vehicle in a parking facility, wherein - a route in the parking facility (303, 401) from a starting position to a target position is ascertained off-board the vehicle, wherein - at least a section of the route is transmitted to the vehicle via a communication network, wherein - while it is driving along the section, the vehicle is monitored for a deviation when it is autonomously driving along the section by means of an off-board monitoring system, - wherein all of the sections of the route are successively sent via the communication network to the vehicle, so that the vehicle can drive along the route section by section, with all of the sections forming the complete route, wherein if there is a deviation, a compensation route to compensate for the deviation is ascertained, wherein the compensation route is sent via the communication network to the vehicle, so that the vehicle can compensate for the deviation by means of driving along the compensation route and/or wherein, if there is a deviation, a stop signal is sent via the communication network to the vehicle, so that the vehicle can stop in response to receiving the stop signal, wherein the respective length of the sections is dependent on a degree of difficulty with respect to driving along the section. - a route in the parking facility (303, 401) from a starting position to a target position is ascertained off-board the vehicle, wherein - at least a section of the route is transmitted to the vehicle via a communication network, wherein - while it is driving along the section, the vehicle is monitored for a deviation when it is autonomously driving along the section by means of an off-board monitoring system, - wherein all of the sections of the route are successively sent via the communication network to the vehicle, so that the vehicle can drive along the route section by section, with all of the sections forming the complete route, wherein if there is a deviation, a compensation route to compensate for the deviation is ascertained, wherein the compensation route is sent via the communication network to the vehicle, so that the vehicle can compensate for the deviation by means of driving along the compensation route and/or wherein, if there is a deviation, a stop signal is sent via the communication network to the vehicle, so that the vehicle can stop in response to receiving the stop signal, wherein the respective length of the sections is dependent on a degree of difficulty with respect to driving along the section.
An annular cage for a light pole, said cage suitable for surrounding the body of the elongate pole and housing a strip of light-emitting diodes, including a top face made up of an annular platen able to be slipped on the pole, a bottom face, and bars extending between said top and bottom faces, characterized in that it includes closing elements each able to close an opening formed by the space left free between two bars, each closing element being formed by a resiliently deformable transparent or translucent part able to be coupled by snapping to the rest of the cage.
A method of updating software on a conveyance system comprising a conveyance apparatus, the method comprising: receiving a software update request to update software on the conveyance system; detecting data using a first detection device, wherein the first detection device comprises at least one of a camera, a depth sensing device, a RADAR device, a thermal detection device, or a floor pressure sensor; detecting sound data using a microphone; transmitting the data to a cognitive service; processing the data using the cognitive service; the cognitive service determining whether there are individuals located in or on the conveyance apparatus using the data detected by the first detection device and the sound data detected by the microphone; and updating the software on the conveyance system, when it is determined that there are no individuals located in or on the conveyance apparatus. receiving a software update request to update software on the conveyance system; detecting data using a first detection device, wherein the first detection device comprises at least one of a camera, a depth sensing device, a RADAR device, a thermal detection device, or a floor pressure sensor; detecting sound data using a microphone; transmitting the data to a cognitive service; processing the data using the cognitive service; the cognitive service determining whether there are individuals located in or on the conveyance apparatus using the data detected by the first detection device and the sound data detected by the microphone; and updating the software on the conveyance system, when it is determined that there are no individuals located in or on the conveyance apparatus.
A method of analyzing a fructosamine, the method comprising: reacting a color developer represented by the following Formula with a biological sample; and measuring a color reaction of the color developer, wherein, in Formula, X is an alkali metal ion. reacting a color developer represented by the following Formula with a biological sample; and measuring a color reaction of the color developer, wherein, in Formula, X is an alkali metal ion.
A floor drain kit, comprising a floor drain comprising a drain bowl, wherein an adapted through hole in the bottom of the drain bowl enables the drain bowl to be guided over an open upper end of a drainpipe protruding upwards from inside a floor, wherein a ring shaped sealing around the circumference of the through hole in the bottom of the drain bowl is arranged providing a water tight sliding fit around an outer surface of the drain pipe when the drain pipe is located inside the through hole in the bottom of the drain bowl, the floor drain kit characterised by further comprising an installation cover for covering the upper opening of the drain bowl, wherein a through hole in the installation cover is adapted to a diameter of the drainpipe; at least two upwardly protruding patches are attached in one end to an upper surface of the installation cover adjacent to the through hole in the installation cover; a fastening strip is attachable around the drainpipe and the protruding patches, thereby locking the drain bowl firmly to the drainpipe while the drain bowl is being installed at a defined height relative to the floor. floor drain comprising a drain bowl, wherein an adapted through hole in the bottom of the drain bowl enables the drain bowl to be guided over an open upper end of a drainpipe protruding upwards from inside a floor, wherein a ring shaped sealing around the circumference of the through hole in the bottom of the drain bowl is arranged providing a water tight sliding fit around an outer surface of the drain pipe when the drain pipe is located inside the through hole in the bottom of the drain bowl, the floor drain kit characterised by further comprising an installation cover for covering the upper opening of the drain bowl, wherein a through hole in the installation cover is adapted to a diameter of the drainpipe; at least two upwardly protruding patches are attached in one end to an upper surface of the installation cover adjacent to the through hole in the installation cover; a fastening strip is attachable around the drainpipe and the protruding patches, thereby locking the drain bowl firmly to the drainpipe while the drain bowl is being installed at a defined height relative to the floor.