mhurhangee/ep-ind-claims huggingface dataset:
A collapsible self-supporting human and/or non-human cargo transport device for use with a rotorcraft, comprising: an inner cargo storage area for accommodating human and/or non-human cargo for transportation; a self-supporting skeletal frame comprising: a collapsible platform support structure, a collapsible spreading structure, a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure, an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft, and a plurality of tensioning cables (13b, 13c, 13d, 13e, 13f) each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure; and collapsible cargo securing means mounted to the self-supporting skeletal frame for delimiting the inner cargo storage area. an inner cargo storage area for accommodating human and/or non-human cargo for transportation; a self-supporting skeletal frame comprising: a collapsible platform support structure, a collapsible spreading structure, a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure, an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft, and a plurality of tensioning cables (13b, 13c, 13d, 13e, 13f) each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure; and a collapsible platform support structure, a collapsible spreading structure, a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure, an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft, and a plurality of tensioning cables (13b, 13c, 13d, 13e, 13f) each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure; and collapsible cargo securing means mounted to the self-supporting skeletal frame for delimiting the inner cargo storage area.
Filter mat for the passage of contaminated air, in which the contaminants can be particles and/or drops of liquid, i.e. aerosols, wherein the filter mat comprises one or more wicks attached to the back of the mat to remove absorbed aerosols from the mat, characterized in that each of the wicks is constituted of an extension extending outwardly from an edge of the back surface of the filter mat.
A computing device comprising: a processor; a kernel-mode component configured to be operated by the processor to perform at least one of monitoring, analysis, reporting, or remediation; and an integrity manager configured to be operated by the processor to determine integrity of the kernel-mode component by: detecting that a system action associated with a known reaction has occurred; determining whether the known reaction occurred responsive to the system action, wherein the known reaction includes generation of an event and processing of the event; and in response to determining that the known reaction did not occur, performing at least one of a remediation action or notifying a remote security service. a processor; a kernel-mode component configured to be operated by the processor to perform at least one of monitoring, analysis, reporting, or remediation; and an integrity manager configured to be operated by the processor to determine integrity of the kernel-mode component by: detecting that a system action associated with a known reaction has occurred; determining whether the known reaction occurred responsive to the system action, wherein the known reaction includes generation of an event and processing of the event; and in response to determining that the known reaction did not occur, performing at least one of a remediation action or notifying a remote security service. detecting that a system action associated with a known reaction has occurred; determining whether the known reaction occurred responsive to the system action, wherein the known reaction includes generation of an event and processing of the event; and in response to determining that the known reaction did not occur, performing at least one of a remediation action or notifying a remote security service.
A containment structure for location and tracking devices, comprising at least two portions (2, 3) configured to be coupled to each other in order to form at least one receptacle adapted to accommodate a location and tracking device; said two portions (2, 3) can be opened, in an open configuration, allowing the insertion of a location and tracking device in said receptacle, and allowing the removal of said location and tracking device from said receptacle; said two portions (2, 3) can be closed in a closed configuration, in which said location and tracking device inserted in said receptacle cannot be removed from said containment structure; at least one part of at least one of said two portions (2, 3) being transparent at the operating frequencies of said location and tracking device; said containment structure being characterized in that said part of at least one of said two portions (2, 3) that is transparent at the operating frequencies of said location and tracking device comprises an opening (10, 11) formed on at least one of said two portions (2, 3), through which opening (10, 11) the location and tracking device can partially protrude when inserted in said receptacle.
A compound -4-(2-(4-ethoxyphenyl)hydrazono)-5-methyl-2-(4-phenylthiazol-2-yl)-2,4-dihydro-3H-pyrazol-3-one or a salt thereof for use in a method of treating cancer.
Component comprising a plurality of individual powder particles of molybdenum, a molybdenum-based alloy containing at least 80 at% molybdenum, tungsten or a tungsten-based alloy containing at least 80 at% tungsten, which powder particles have been fused together by a high energy beam via an additive manufacturing process to obtain a solid structure, characterized in that the component has an oxygen content of not more than 0.1 at% and a carbon content of not less than 0.08 at%, wherein optionally the component has a carbon content of not more than 25 at% and optionally the sum total of metallic alloy elements is not more than 2 at%, where this value does not include molybdenum as alloy element in tungsten or tungsten as alloy element in molybdenum.
An information processing system comprising a first server, a second server connected to the first server, and a control apparatus connected to the second server and configured to control one or more devices, wherein the first server includes: a first receiving unit configured to receive data about the one or more devices from a terminal connected to the first server; and a creating unit configured to create first data for the second server and second data for the control apparatus, from the received data about the one or more devices, wherein the first data is device type master data and the second data serves the purpose of controlling the devices and wherein the second server includes: a registration unit configured to save the first data in a storage unit; and a transmitting unit configured to transmit the second data to the control apparatus. a first receiving unit configured to receive data about the one or more devices from a terminal connected to the first server; and a creating unit configured to create first data for the second server and second data for the control apparatus, from the received data about the one or more devices, wherein the first data is device type master data and the second data serves the purpose of controlling the devices and wherein the second server includes: a registration unit configured to save the first data in a storage unit; and a transmitting unit configured to transmit the second data to the control apparatus. a registration unit configured to save the first data in a storage unit; and a transmitting unit configured to transmit the second data to the control apparatus.
A separating clutch for a drive train of a motor vehicle, having an outer plate carrier in which friction disks can be inserted in a rotationally fixed but axially displaceable manner, which friction disks are prepared for transmitting torque in the case of a frictional connection with counter friction disks, wherein the outer plate carrier is fastened in a rotationally and axially fixed manner to a torque transmission component, a pressing element being provided for axially displacing at least one of the friction disks in the case of a frictional connection, the pressing element being in contact with a restoring spring which is provided for cancelling the frictional connection, the restoring spring engaging through and behind the pressing element from a side facing away from the friction disk in the direction of the friction disks in order to form a positively locking connection with the pressing element, an anti-rotation means being provided for the restoring spring, characterised in that the anti-rotation means is provided by a rivet which rests against radially outwardly extending lobes/tabs of the restoring spring or is provided by at least one lobe of the restoring spring which has been deformed and brought into a positively locking connection with the torque transmission component.
Container for the storage of beer, with a filling chamber, a pressure chamber and a pressure valve, wherein (a) the filling chamber is formed by a container bottom, a container wall and a container upper side, a first pressure (p B) is prevailing within the filling chamber and the filling chamber is filled with beer; (b) the pressure chamber is formed by the container bottom and a pressure chamber bottom and a second pressure (p D) is prevailing within the pressure chamber; (c) the pressure valve is connected with the container bottom and the pressure chamber bottom; (d) the pressure valve in an open state communicatively connects the fluids of the filling chamber and the pressure chamber and the pressure valve in a closed state separates the fluids of the filling chamber and the pressure chamber against each other in a fluid-tight manner; characterized in that the pressure valve is connected with the container bottom and a z-axis is formed through the container and that this axis extends from the pressure chamber bottom towards the container upper side and one end of an outlet line located within the filling chamber relative to the axis is not positioned higher than the pressure valve. (a) the filling chamber is formed by a container bottom, a container wall and a container upper side, a first pressure (p B) is prevailing within the filling chamber and the filling chamber is filled with beer; (b) the pressure chamber is formed by the container bottom and a pressure chamber bottom and a second pressure (p D) is prevailing within the pressure chamber; (c) the pressure valve is connected with the container bottom and the pressure chamber bottom; (d) the pressure valve in an open state communicatively connects the fluids of the filling chamber and the pressure chamber and the pressure valve in a closed state separates the fluids of the filling chamber and the pressure chamber against each other in a fluid-tight manner;
A drone network comprising: a first drone comprising a first receiver, a first transmitter, and a first processor; and a second drone positionable a distance from the first drone, the second drone comprising a second receiver, a second transmitter, and a second processor, wherein the first transmitter is configured to emit a signal towards the second drone for reception at the second receiver, and the second processor is configured to determine a minimum signal power for the signal to be processed at the second drone, wherein the second transmitter is configured to emit a return signal towards the first drone for reception at the first receiver, the return signal containing minimum signal power data as determined by the second processor, and the first processor is configured to modulate the power of signals to be emitted towards the second drone from the first transmitter based on the minimum signal power data, wherein the second processor is further configured to determine an excess signal power contained in the signal based on a difference between a power of the signal and the minimum signal power, the second drone further comprising an energy collection subsystem configured to collect and store the excess signal power within the second drone. a first drone comprising a first receiver, a first transmitter, and a first processor; and a second drone positionable a distance from the first drone, the second drone comprising a second receiver, a second transmitter, and a second processor, wherein the first transmitter is configured to emit a signal towards the second drone for reception at the second receiver, and the second processor is configured to determine a minimum signal power for the signal to be processed at the second drone, wherein the second transmitter is configured to emit a return signal towards the first drone for reception at the first receiver, the return signal containing minimum signal power data as determined by the second processor, and the first processor is configured to modulate the power of signals to be emitted towards the second drone from the first transmitter based on the minimum signal power data, wherein the second processor is further configured to determine an excess signal power contained in the signal based on a difference between a power of the signal and the minimum signal power, the second drone further comprising an energy collection subsystem configured to collect and store the excess signal power within the second drone.
Method for producing monocrystalline n-silicon solar cells comprising p + emitter regions on the rear side and spatially separated n ++ base regions on the rear side that are highly doped near the surface, as well as an interdigital contact finger structure on the rear side that is conductively connected in each case to the p + emitter regions and n ++ base regions, wherein the n ++ base regions are formed on a rear side of an n-silicon wafer with a lateral distance from the p + emitter regions, wherein a thin aluminium or aluminium-containing layer is deposited on the rear side of the n-silicon water, structuring of the thin layer is undertaken so as to obtain first openings in the region of a later base doping of the n ++ base regions, as a result of which aluminium-free strip-like regions of the rear side of the n-silicon wafer are formed, the structured thin aluminium or aluminium-containing layer is covered over the entire surface with a dielectric protective layer, the dielectric layer is opened in regions of the later n ++ base regions, wherein second openings are formed in regions of the later base doping of the n ++ base regions via a strip mask, and wherein a width of the second openings produced is smaller than a width of the aluminium-free strip-like regions of the rear side of the n-silicon wafer, in the region of the second openings in the dielectric protective layer covering with material of high phosphorus content as BSF doping material is carried out so as to form the highly doped n ++ base regions near the surface, and in a further process step diffusing of the aluminium of the thin aluminium or aluminium-containing layer into the n-silicon wafer is carried out so as to form the structured p + emitter regions.
A child seat (1, 1A) that has a plurality of belt insertion members (37, 40, 40A, 37A, 30A, 30) and is mounted on a motor vehicle seat by causing a seatbelt of the motor vehicle to pass through the belt insertion members (37, 37A, 40, 40A, 30A, 30), characterized in that the child seat (1, 1A) has a light emitter (34, 39, 42, 104, 125, 145, 163) that lights up to indicate the belt insertion members (37, 37A, 40, 40A, 30A, 30) through which the seatbelt is to be inserted when an attempt is made to mount the child seat (1, 1A) on the motor vehicle seat, and the child seat (1, 1A) comprises child seat orientation detection means for detecting whether the child seat (1, 1A) faces forward or rearward, wherein the belt insertion member (30, 30A, 37, 37A, 40, 40A) includes a forward facing installation belt insertion member (30, 30A, 37, 37A, 40, 40A) through which the seatbelt is inserted when the child seat (1, 1A) is mounted so as to face forward and a rearward facing installation belt insertion member (30, 30A, 37, 37A, 40, 40A) through which the seatbelt is inserted when the child seat (1, 1A) is mounted so as to face rearward, and wherein either the light emitter (34, 39, 42, 104, 125, 145, 163) on the forward facing installation belt insertion member (30, 30A, 37, 37A, 40, 40A) or the light emitter (34, 39, 42, 104, 125, 145, 163) on the rearward facing installation belt insertion member (30, 30A, 37, 37A, 40, 40A) is configured to light up according to the orientation of the child seat (1, 1A) detected by the child seat orientation detection means.
A method for manufacturing a 3D item comprising an electronic component, wherein the method comprises the step of printing with a fused deposition modeling 3D printer a 3D printable material to provide said 3D item, wherein the 3D printable material comprises said electronic component, wherein the fused deposition modeling 3D printer comprises a printer nozzle, wherein the method further comprises the steps of providing upstream of the printer nozzle a filament of 3D printable material, and creating upstream of the printer nozzle an assembly of the filament and the electronic component.
A temperature sensor with leads including a sensor body and first and second leads each including a metal line, the metal line being covered with an insulating member, the first and second leads being electrically connected to first and second terminal electrodes, respectively, wherein the metal line of each of the first and second leads is surface-exposed, characterized by the temperature sensor comprising a surface-mount thermistor which includes said first and second terminal electrodes disposed at both ends of the surface-mounted thermistor, in that at least the first lead includes a tip having a shape that is cut such that the tip and a side folding portion of the first terminal electrode connected to the first lead form a predetermined angle, and in that the first lead is connected to the side folding portion of the first terminal electrode through solder, and the second lead is connected to the second terminal electrode through solder. wherein the metal line of each of the first and second leads is surface-exposed, characterized by the temperature sensor comprising a surface-mount thermistor which includes said first and second terminal electrodes disposed at both ends of the surface-mounted thermistor, in that at least the first lead includes a tip having a shape that is cut such that the tip and a side folding portion of the first terminal electrode connected to the first lead form a predetermined angle, and in that the first lead is connected to the side folding portion of the first terminal electrode through solder, and the second lead is connected to the second terminal electrode through solder.
A system comprising a delivery device and a leadlet pacing device, LPD,, the delivery device configured to position the LPD in cardiac tissue, the delivery device comprising a proximal end, a distal end and a lumen extending therebetween, the LPD having a leadlet extending therefrom, the leadlet comprising a fixation device, the delivery device comprising (a) an introducer configured to introduce the LPD into the delivery device such that the LPD is loaded in the distal end of the delivery device and the leadlet extends proximally from the LPD while the fixation device extends distally toward the LPD; (b) a LPD mover configured to advance the LPD out of the delivery device; and characterized by the delivery device further comprising: (c) a leadlet mover comprising a portion engageable with a leadlet body such that the leadlet is wrapped or twisted around the leadlet mover to a counter-rotated state wherein the leadlet is configured to release from the counter-rotated state to cause the fixation device of the leadlet to engage with cardiac tissue. (a) an introducer configured to introduce the LPD into the delivery device such that the LPD is loaded in the distal end of the delivery device and the leadlet extends proximally from the LPD while the fixation device extends distally toward the LPD; (b) a LPD mover configured to advance the LPD out of the delivery device; and characterized by the delivery device further comprising: (c) a leadlet mover comprising a portion engageable with a leadlet body such that the leadlet is wrapped or twisted around the leadlet mover to a counter-rotated state wherein the leadlet is configured to release from the counter-rotated state to cause the fixation device of the leadlet to engage with cardiac tissue.
A biodiesel crystallization depressant composition comprising the triacylglycerol dimer, -1-(1-(oleoyloxy)-3-(stearoyloxy)propan-2-yl) 18-(1-(oleoyloxy)-3-(stearoyloxy)propan-2-yl) octadec-9-enedioate.
Additive composition for control and inhibition of polymerization of aliphatic monomers including butadiene and for control and inhibition of dimerization of aliphatic monomers including butadiene comprising: A) one or more first component selected from a group comprising a) quinone methide, b) ester derivative of quinone methide, c) nitroxide (i.e. nitroxyl) compounds, and d) mixture thereof; characterized in that the composition further comprises B) a second component, wherein the second component is one or more polyamines comprising one or more polyether amines, and may additionally comprise one or more oxide treated tertiary amines, hydroxyl alkyl tertiary amines, and a mixture thereof. A) one or more first component selected from a group comprising a) quinone methide, b) ester derivative of quinone methide, c) nitroxide (i.e. nitroxyl) compounds, and d) mixture thereof; characterized in that the composition further comprises a) quinone methide, b) ester derivative of quinone methide, c) nitroxide (i.e. nitroxyl) compounds, and d) mixture thereof; B) a second component, wherein the second component is one or more polyamines comprising one or more polyether amines, and may additionally comprise one or more oxide treated tertiary amines, hydroxyl alkyl tertiary amines, and a mixture thereof.