mhurhangee/ep-ind-claims huggingface dataset:
An offshore structure for use with an Ocean Thermal Energy Conversion system, the offshore structure comprising: a submerged spar having a lower portion comprising a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270) and a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having a lifting cable connected to the cold water pipe; the Ocean Thermal Energy Conversion system being characterized in that the offshore structure further comprises a lifting lug housing located beneath the cold water intake and wherein the lifting cable is connected to a lifting lug on a top portion of the cold water pipe, the lifting lug adapted to engage and seal within the lifting lug housing. a submerged spar having a lower portion comprising a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270) and a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having a lifting cable connected to the cold water pipe; the Ocean Thermal Energy Conversion system being characterized in that the offshore structure further comprises a cold water intake comprising a domed terminus in fluid communication with a cold water pipe (1651, 2070, 2270) and a dry machinery space comprising one or more cold water supply pumps and one or more cold water pipe lifting and retention winches having a lifting cable connected to the cold water pipe; the Ocean Thermal Energy Conversion system being characterized in that the offshore structure further comprises a lifting lug housing located beneath the cold water intake and wherein the lifting cable is connected to a lifting lug on a top portion of the cold water pipe, the lifting lug adapted to engage and seal within the lifting lug housing.
A machine, comprising: a frame; a dump body connected to the frame; an electronic controller operably connected to the machine; at least one accelerometer disposed to measure an acceleration of at least one of the frame and the dump body and to provide an acceleration signal to the electronic controller; characterized in that the electronic controller is disposed to receive and analyze the acceleration signal, and to provide a loading signal indicative of a severe loading condition to at least one of a remote control station and a loading machine, the loading machine performing the loading. a frame; a dump body connected to the frame; an electronic controller operably connected to the machine;
A safe electrical outlet comprising: a case having a top opening and an inner lower portion to which a connecting terminal is fixed; a lift plate coupled to an inner portion of the case and vertically moving and including at least one insertion hole in which a connecting pin of a plug for connecting to a power source is inserted; and a lift operation unit coupled to the inner portion of the case, wherein, when the connecting pin is inserted in the insertion hole to move the lift plate downward in the case, the connecting terminal contacts the connecting pin, and the lift operation unit fixes the lift plate, and when the plug is pressed to a lower side of the case with the connecting terminal contacting the connecting pin, the lift operation unit releases the lift plate and the lift plate is elastically moved upward to space the connecting pin apart from the connecting terminal. a case having a top opening and an inner lower portion to which a connecting terminal is fixed; a lift plate coupled to an inner portion of the case and vertically moving and including at least one insertion hole in which a connecting pin of a plug for connecting to a power source is inserted; and a lift operation unit coupled to the inner portion of the case, wherein, when the connecting pin is inserted in the insertion hole to move the lift plate downward in the case, the connecting terminal contacts the connecting pin, and the lift operation unit fixes the lift plate, and when the plug is pressed to a lower side of the case with the connecting terminal contacting the connecting pin, the lift operation unit releases the lift plate and the lift plate is elastically moved upward to space the connecting pin apart from the connecting terminal.
Rail vehicle with a passenger compartment and a driver's cab, comprising - an exterior door for a vehicle driver, - a driver's console which comprises a driver's console panel and, on its top side, a driver's console upper part with various display and/or operating instruments, - a plurality of electrical cabinets or switchboards, in which components of a train protection system, a train radio system, a passenger information system and/or a vehicle control system are accommodated, and - a driver's cab bulkhead for separating the driver's cab from the adjoining passenger compartment of the rail vehicle, characterized in that that side of the driver's cab bulkhead which faces the driver's cab is free from electrical cabinets or switchboards, and the electrical cabinets or switchboards are combined to form an electrical cabinet arrangement (7, 8) which is arranged to the side of the driver's console and has a volumetric portion which extends vertically at least from a floor of the driver's cab as far as at least 400 mm above the driver's console panel. - an exterior door for a vehicle driver, - a driver's console which comprises a driver's console panel and, on its top side, a driver's console upper part with various display and/or operating instruments, - a plurality of electrical cabinets or switchboards, in which components of a train protection system, a train radio system, a passenger information system and/or a vehicle control system are accommodated, and - a driver's cab bulkhead for separating the driver's cab from the adjoining passenger compartment of the rail vehicle,
Composition of natural ingredients for nutrition of indoor- and outdoor fields of grass, characterized in that said composition comprises a juice derived from chopped wild grass, and microalgae from the class of Chlorophyceaea.
A method for remotely controlling a target device, the method being performed by a control device and comprising: determining whether the target device is within a coverage area of said control device when the control device uses a wireless Personal Area Network, PAN, channel; generating a message requesting or commanding a proxy device to communicate with the target device via a wireless PAN if it is determined that the target device is not within said coverage area, said method being characterized in that the message includes mapping information to form a virtual wireless PAN, said mapping information comprising a reference number of the target device instead of the real destination address of the target device, a virtual source PAN identifier, ID, of the control device instead of the real source PAN ID of the control device, and a virtual destination PAN ID of the target device instead of the real destination PAN ID of the target device, wherein said mapping information is determined by the control device by using a predetermined mapping table which maps said reference number, said virtual source PAN ID and said virtual destination PAN ID to said real destination address, said real source PAN ID, and said real destination PAN ID, respectively; and transmitting the message to the proxy device via an out-of-band channel different to said wireless PAN channel. determining whether the target device is within a coverage area of said control device when the control device uses a wireless Personal Area Network, PAN, channel; generating a message requesting or commanding a proxy device to communicate with the target device via a wireless PAN if it is determined that the target device is not within said coverage area, said method being characterized in that the message includes mapping information to form a virtual wireless PAN, said mapping information comprising a reference number of the target device instead of the real destination address of the target device, a virtual source PAN identifier, ID, of the control device instead of the real source PAN ID of the control device, and a virtual destination PAN ID of the target device instead of the real destination PAN ID of the target device, wherein said mapping information is determined by the control device by using a predetermined mapping table which maps said reference number, said virtual source PAN ID and said virtual destination PAN ID to said real destination address, said real source PAN ID, and said real destination PAN ID, respectively; and transmitting the message to the proxy device via an out-of-band channel different to said wireless PAN channel.
An aircraft, comprising a ventilation system (100; 201-1), the ventilation system (100; 201-1) comprising: a first conduit (106; 215-1) in fluid communication with a first air source (102, 104; 208, 210) in the aircraft, to direct a fluid flow from the first air source (102, 104; 208, 210); and a first branch (110; 221-1) in fluid communication with the first conduit (106; 215-1) and a first outflow point (118; 218), the first branch (110; 221-1) comprising an active air mover (114; 216-1) in fluid communication with the first conduit (106; 215-1) via at least one connection to move the fluid flow from the first conduit (106; 215-1) toward the first outflow point (118; 218); characterized by: a second branch (112; 222-1) that is separate from the first branch (110; 221-1) and in fluid communication with the first conduit (106; 215-1) and a second outflow point, the second branch (112; 222-1) comprising a passive air mover (124; 226-1) in fluid communication with the first conduit (106; 215-1) via at least one connection to move the fluid flow from the first conduit (106; 215-1) to the second outflow point. a first conduit (106; 215-1) in fluid communication with a first air source (102, 104; 208, 210) in the aircraft, to direct a fluid flow from the first air source (102, 104; 208, 210); and a first branch (110; 221-1) in fluid communication with the first conduit (106; 215-1) and a first outflow point (118; 218), the first branch (110; 221-1) comprising an active air mover (114; 216-1) in fluid communication with the first conduit (106; 215-1) via at least one connection to move the fluid flow from the first conduit (106; 215-1) toward the first outflow point (118; 218); a second branch (112; 222-1) that is separate from the first branch (110; 221-1) and in fluid communication with the first conduit (106; 215-1) and a second outflow point, the second branch (112; 222-1) comprising a passive air mover (124; 226-1) in fluid communication with the first conduit (106; 215-1) via at least one connection to move the fluid flow from the first conduit (106; 215-1) to the second outflow point.
A method of forming a medical device, configured to treat a target site within a patient's body, by braiding a plurality of strands into a tubular structure (100, 101) comprising: braiding at least a first set of strands and at least a second set of strands onto a mandrel; moving the mandrel along a longitudinal axis of the mandrel as the first and second sets (15, 16) of strands are being braided onto the mandrel, characterised by rotating the mandrel as the first and second sets (15, 16) of strands are being braided onto the mandrel such that at least a portion of the braided strands exhibit a wave pattern (120, 125) of strand cross-over points that includes crests and troughs along the length of the tubular structure (100, 101). braiding at least a first set of strands and at least a second set of strands onto a mandrel; moving the mandrel along a longitudinal axis of the mandrel as the first and second sets (15, 16) of strands are being braided onto the mandrel, characterised by rotating the mandrel as the first and second sets (15, 16) of strands are being braided onto the mandrel such that at least a portion of the braided strands exhibit a wave pattern (120, 125) of strand cross-over points that includes crests and troughs along the length of the tubular structure (100, 101).
A non-transitory machine readable storage medium having stored thereon machine readable instructions to cause a computer processor to: (a) segment a datastream into a plurality of equal length blocks each of which has a fixed length; (b) separately encrypt each equal length block using a first encryption key; (c) swap a subset of bits of a first encrypted equal length block with a subset of bits of a second encrypted equal length block, thereby obtaining two swapped blocks, such that both of the swapped blocks each have a length equal to the fixed length; and (d) separately encrypt each swapped block using a second encryption key, characterized in that the instructions are to cause the processor to perform the segmentation of step (a) to segment the datastream into a plurality of equal length blocks each of which has a fixed length and a remainder block that has a length greater than zero and smaller than the fixed length, and wherein the instructions are to further cause the processor to: (e) swap the bits of the remainder block with an equal length set of encrypted bits from a predetermined equal length block. (a) segment a datastream into a plurality of equal length blocks each of which has a fixed length; (b) separately encrypt each equal length block using a first encryption key; (c) swap a subset of bits of a first encrypted equal length block with a subset of bits of a second encrypted equal length block, thereby obtaining two swapped blocks, such that both of the swapped blocks each have a length equal to the fixed length; and (d) separately encrypt each swapped block using a second encryption key, characterized in that the instructions are to cause the processor to perform the segmentation of step (a) to segment the datastream into a plurality of equal length blocks each of which has a fixed length and a remainder block that has a length greater than zero and smaller than the fixed length, and
System for fixing protection slab-shaped elements for parapets comprising: - a plurality of base bodies configured to be supported and fixed on a generic surface for the installation of the system, wherein each base body is made in the form of a box-shaped profile having a substantially U-shaped section, open at the upper part and provided - at the lower part - with one or more fixing means on said surface, and wherein inside the box-shaped section at least one channel is defined in which the lower portion of at least one protection slab-shaped element is inserted; - at least one lower support element mounted on the internal lower surface of the channel; - a plurality of first lateral support and constraint elements of the protection slab-shaped element, mounted on a first internal lateral surface of the channel; and - at least one second lateral support and constraint element of the protection slab-shaped element, mounted on a second internal lateral surface of the channel which faces said first internal lateral surface, wherein - at least one part of said first lateral support and constraint elements consists of an oscillating disk with respect to a pin operatively coupled to said first internal lateral surface; and - said at least one second lateral support and constraint element consists of a plate pivoting around a fixed pin, the oscillation of the disks and of the tilting plate allowing a corresponding oscillation of the protection slab-shaped element about a vertical plane to obtain the flushing of said protection slab-shaped element. - a plurality of base bodies configured to be supported and fixed on a generic surface for the installation of the system, wherein each base body is made in the form of a box-shaped profile having a substantially U-shaped section, open at the upper part and provided - at the lower part - with one or more fixing means on said surface, and wherein inside the box-shaped section at least one channel is defined in which the lower portion of at least one protection slab-shaped element is inserted; - at least one lower support element mounted on the internal lower surface of the channel; - a plurality of first lateral support and constraint elements of the protection slab-shaped element, mounted on a first internal lateral surface of the channel; and - at least one second lateral support and constraint element of the protection slab-shaped element, mounted on a second internal lateral surface of the channel which faces said first internal lateral surface, wherein - at least one part of said first lateral support and constraint elements consists of an oscillating disk with respect to a pin operatively coupled to said first internal lateral surface; and - said at least one second lateral support and constraint element consists of a plate pivoting around a fixed pin, the oscillation of the disks and of the tilting plate allowing a corresponding oscillation of the protection slab-shaped element about a vertical plane to obtain the flushing of said protection slab-shaped element.
A method for identifying multiple target materials in or on a target cell, comprising: (a) contacting a dye complex with a sample including the target cell to form a dye-complex-bound target cell, wherein the dye complex comprises a material that binds to a target material, a photocleavable linker linked to the material that binds to the target material, and a fluorescent dye that is coupled with the photocleavable linker; (b) measuring a signal from the dye complex-bound target cell; (c) irradiating light on the dye complex-bound target cell to cleave the cleavable linker, after measuring the signal in step (b); (d) contacting a dye complex with the sample including the target cell after step (c) to form a dye complex-bound target cell; (e) measuring a signal from the dye complex-bound target cell formed in step (d); and (f) irradiating light on the dye complex-bound target cell to cleave the cleavable linker; wherein the material binding to the target material of the dye complex in step (a) is different from that of the dye complex in step (d). (a) contacting a dye complex with a sample including the target cell to form a dye-complex-bound target cell, wherein the dye complex comprises a material that binds to a target material, a photocleavable linker linked to the material that binds to the target material, and a fluorescent dye that is coupled with the photocleavable linker; (b) measuring a signal from the dye complex-bound target cell; (c) irradiating light on the dye complex-bound target cell to cleave the cleavable linker, after measuring the signal in step (b); (d) contacting a dye complex with the sample including the target cell after step (c) to form a dye complex-bound target cell; (e) measuring a signal from the dye complex-bound target cell formed in step (d); and (f) irradiating light on the dye complex-bound target cell to cleave the cleavable linker;
Loading-ramp safety device for a loading ramp which is to be positioned on a lorry, having a signalling device associated with the loading ramp and a blocking device associated with the lorry, wherein the signalling device is adapted to send a signal relating to the loading situation to the loading ramp, characterised in that the blocking device is arranged on board the lorry and is further adapted to receive the signal and, according to the signal, to prevent the lorry itself from moving away from the loading ramp.
A container comprising: a top panel having a top panel exterior facing surface; a hinge; an opening flap connected to said hinge; a locking tab connected to one of said opening flap and a free end portion seat having a free end portion seat edge, wherein said free end portion seat is recessed relative to said top panel exterior facing surface; and a container body engaged with said top panel, wherein said top panel, said opening flap, and said container body together define an interior space; wherein said opening flap comprises; a hinged portion having two hinged portion ends; a free end portion in facing relationship with said free end portion seat; two opening flap edges separable from said top panel, each opening flap edge extending from one of said hinged portion ends to said free end portion; and wherein said free end portion overlies said free end portion seat edge between two intersection points separated by a separation distance; and wherein for each opening flap edge, said opening flap edge is in a nonoverlapping relationship with said top panel from said intersection point to along said opening flap edge to a distance of more than 20% of said separation distance; wherein said locking tab is closer to said hinge than said free end portion is to said hinge and characterised in that along at least a portion of said opening flap edges from proximal said hinged portion ends towards said locking tab said opening flap overlaps said top panel. a top panel having a top panel exterior facing surface; a hinge; an opening flap connected to said hinge; a locking tab connected to one of said opening flap and a free end portion seat having a free end portion seat edge, wherein said free end portion seat is recessed relative to said top panel exterior facing surface; and a container body engaged with said top panel, wherein said top panel, said opening flap, and said container body together define an interior space; wherein said opening flap comprises; a hinged portion having two hinged portion ends; a free end portion in facing relationship with said free end portion seat; two opening flap edges separable from said top panel, each opening flap edge extending from one of said hinged portion ends to said free end portion; and wherein said free end portion overlies said free end portion seat edge between two intersection points separated by a separation distance; and wherein for each opening flap edge, said opening flap edge is in a nonoverlapping relationship with said top panel from said intersection point to along said opening flap edge to a distance of more than 20% of said separation distance; wherein said locking tab is closer to said hinge than said free end portion is to said hinge and characterised in that along at least a portion of said opening flap edges from proximal said hinged portion ends towards said locking tab said opening flap overlaps said top panel.