mhurhangee/ep-ind-claims huggingface dataset:
A smart air extractor characterised in that it comprises: • a propeller for suctioning air from an enclosed space, • a motor for rotating the propeller, • presence detection means to generate a first control signal when a user is present in the enclosed space, • air-quality measuring means to generate a second control signal when an environmental parameter of the enclosed space, exceeds a reference environmental parameter, and • a control unit configured to command the activation and deactivation of the motor and to regulate the rotation speed of the propeller of the motor according to the control signals generated by the presence detection means and the air-quality measuring means, characterised in that the air-quality measuring means are configured to generate the second control signal by comparing a long-term moving average of the environmental parameter of the enclosed space with a short-term moving average of the environmental parameter of the enclosed space. • a propeller for suctioning air from an enclosed space, • a motor for rotating the propeller, • presence detection means to generate a first control signal when a user is present in the enclosed space, • air-quality measuring means to generate a second control signal when an environmental parameter of the enclosed space, exceeds a reference environmental parameter, and • a control unit configured to command the activation and deactivation of the motor and to regulate the rotation speed of the propeller of the motor according to the control signals generated by the presence detection means and the air-quality measuring means,
A computing device, comprising: a computer chassis; one or more rows of computer components (131, 132, 133, 134) disposed in the computer chassis; a cover disposed in the computer chassis and configured to cover at least one of the rows of computer components (131, 132, 133, 134) to yield at least one covered row of computer components (131, 132, 133, 134), wherein the cover comprises an opening (262, 264, 266, 268) with at least one door (252, 254, 256, 258) positioned over the at least one covered row of computer components (131, 132, 133, 134), wherein the opening and at least one door are configured to provide an open position and a closed position, wherein the open position allows insertion or removal of the at least one covered row of computer components (131, 132, 133, 134) without repositioning the cover, and the closed position prohibits insertion or removal of the at least one covered row of computer components (131, 132, 133, 134), characterized in that the cover is configured to define at least one airflow passage (140a, 140b) around the at least one covered row of computer components (131, 132, 133, 134), and that each of the at least one door (252, 254, 256, 258) comprises a plurality of panels. a computer chassis; one or more rows of computer components (131, 132, 133, 134) disposed in the computer chassis; a cover disposed in the computer chassis and configured to cover at least one of the rows of computer components (131, 132, 133, 134) to yield at least one covered row of computer components (131, 132, 133, 134), wherein the cover comprises an opening (262, 264, 266, 268) with at least one door (252, 254, 256, 258) positioned over the at least one covered row of computer components (131, 132, 133, 134), wherein the opening and at least one door are configured to provide an open position and a closed position, wherein the open position allows insertion or removal of the at least one covered row of computer components (131, 132, 133, 134) without repositioning the cover, and the closed position prohibits insertion or removal of the at least one covered row of computer components (131, 132, 133, 134), characterized in that the cover is configured to define at least one airflow passage (140a, 140b) around the at least one covered row of computer components (131, 132, 133, 134), and that each of the at least one door (252, 254, 256, 258) comprises a plurality of panels.
Use of a cosmetic composition comprising one or more active ingredients selected from the group consisting of a cowberry extract, a mangosteen extract, a scutellaria root extract, inositol and phytic acid, for promoting production of and/or stabilizing mesenchymal stem cells in the dermis, by promoting production of PDGF-BB.
A vehicle lamp structure comprising: a first lamp that has a first housing to which a first light source is attached and a first lens that covers the first light source as a result of being fixed to the first housing and that transmits light emitted from the first light source; a second lamp that is disposed adjacent to the first lamp and has a second housing to which a second light source is attached and a second lens that covers the second light source as a result of being fixed to the second housing and that transmits light emitted from the second light source; wherein the first lens is equipped with a first lamp-side leg portion that extends in a vehicle front-rear direction when the lamp structure is mounted to a vehicle, the second lens is equipped with a second lamp-side leg portion that extends along the first lamp side-leg portion and with an extension portion that extends toward the first lamp from and end portion of the second lamp-side leg portion on a side of the second housing, and characterised in that a second lamp-side reflector is disposed between the second housing and the second lens and reflects, toward the second lens, the light emitted from the second light source, with a part of the second lamp-side reflector being configured as an interstitial reflecting portion that reflects between the first lens and the second lens the light emitted from the second light source, and the interstitial reflecting portion and a part of the extension portion are disposed opposing one another in the vehicle front-rear direction. a first lamp that has a first housing to which a first light source is attached and a first lens that covers the first light source as a result of being fixed to the first housing and that transmits light emitted from the first light source; a second lamp that is disposed adjacent to the first lamp and has a second housing to which a second light source is attached and a second lens that covers the second light source as a result of being fixed to the second housing and that transmits light emitted from the second light source; wherein the first lens is equipped with a first lamp-side leg portion that extends in a vehicle front-rear direction when the lamp structure is mounted to a vehicle, the second lens is equipped with a second lamp-side leg portion that extends along the first lamp side-leg portion and with an extension portion that extends toward the first lamp from and end portion of the second lamp-side leg portion on a side of the second housing, and characterised in that a second lamp-side reflector is disposed between the second housing and the second lens and reflects, toward the second lens, the light emitted from the second light source, with a part of the second lamp-side reflector being configured as an interstitial reflecting portion that reflects between the first lens and the second lens the light emitted from the second light source, and the interstitial reflecting portion and a part of the extension portion are disposed opposing one another in the vehicle front-rear direction.
An additive for a silicone encapsulant, said additive having the structure: wherein subscript a is 3 or 4, wherein R 1 and R 2 are each -O-Si(R 4)(R 5)(R 6) and each of R 4, R 5, and R 6 is independently chosen from C 1 -C 10 hydrocarbyl groups, C 1 -C 10 alkyl groups, C 2 -C 10 alkenyl groups, and C 6 -C 10 aryl groups, and wherein R 3 is independently chosen from C 1 -C 10 hydrocarbyl groups, C 1 -C 10 alkyl groups, C 2 -C 10 alkenyl groups, and C 6 -C 10 aryl groups. wherein subscript a is 3 or 4, wherein R 1 and R 2 are each -O-Si(R 4)(R 5)(R 6) and each of R 4, R 5, and R 6 is independently chosen from C 1 -C 10 hydrocarbyl groups, C 1 -C 10 alkyl groups, C 2 -C 10 alkenyl groups, and C 6 -C 10 aryl groups, and wherein R 3 is independently chosen from C 1 -C 10 hydrocarbyl groups, C 1 -C 10 alkyl groups, C 2 -C 10 alkenyl groups, and C 6 -C 10 aryl groups.
A kit comprising: a temperature measuring section configured to measure a temperature of a semiconductor integrated circuit; a radiation detection unit configured to be provided near the semiconductor integrated circuit and configured to detect a radiation quantity when the temperature measured by the temperature measuring section is higher than a predetermined threshold value; and a cooling unit configured to be attached to the semiconductor integrated circuit so as to be brought into close contact with the semiconductor integrated circuit and configured to cool the semiconductor integrated circuit based on the radiation quantity detected by the radiation detection unit. a temperature measuring section configured to measure a temperature of a semiconductor integrated circuit; a radiation detection unit configured to be provided near the semiconductor integrated circuit and configured to detect a radiation quantity when the temperature measured by the temperature measuring section is higher than a predetermined threshold value; and a cooling unit configured to be attached to the semiconductor integrated circuit so as to be brought into close contact with the semiconductor integrated circuit and configured to cool the semiconductor integrated circuit based on the radiation quantity detected by the radiation detection unit.
A cardiac rhythm management device comprising at least first and second electrical signal input nodes defining at least a first sensing vector and operational circuitry for analyzing cardiac signals on at least two data streams, the operational circuitry comprising: receiver means for receiving a signal from the first sensing vector; in a first data stream, a first means for applying first filtering parameters to the signal from the first sensing vector; in a second data stream, a second means for applying second filtering parameters to the signal from the first sensing vector, the second filtering parameters being different from the first filtering parameters; means for combining the first and second data streams together to create a series of combined sample points for the cardiac signal each having an amplitude determined at least partly from each of the first and second data streams; means for performing cardiac cycle detection on the series of combined sample points. receiver means for receiving a signal from the first sensing vector; in a first data stream, a first means for applying first filtering parameters to the signal from the first sensing vector; in a second data stream, a second means for applying second filtering parameters to the signal from the first sensing vector, the second filtering parameters being different from the first filtering parameters; means for combining the first and second data streams together to create a series of combined sample points for the cardiac signal each having an amplitude determined at least partly from each of the first and second data streams; means for performing cardiac cycle detection on the series of combined sample points.
A mission system able to be fixed in a carrier, comprising at least: - a display device displaying at least mission data, - means for inputting instructions by an operator, - processing means allowing the execution of applications and interfacing with said display device and with the inputting means; the mission system being characterized in that it further comprises a console within which the processing means are accommodated and to which the display device is fixed, a handle disposed in the vicinity of the display device so that the operator can employ the inputting means with at least one of his hands while clasping the mission system via said handle, as well as a support frame on which the console is placed, the support frame and the console being joined to one another, the mission system being fixed to the carrier structure by said support frame; the support frame further comprising arm rests disposed on the support frame, substantially at the base of the display device and in alignment with the handle. - a display device displaying at least mission data, - means for inputting instructions by an operator, - processing means allowing the execution of applications and interfacing with said display device and with the inputting means;
A method for carbonating a concrete mix comprising a type of cement comprising delivering a dose of carbon dioxide to the concrete mix while it is mixing in a mixer, wherein the delivery of the carbon dioxide commences within 3 minutes of the start of mixing of the concrete mix, wherein the duration of the delivery of the carbon dioxide is less than or equal to 5 minutes, wherein the dose of carbon dioxide is 0.01-1.0% by weight cement (bwc), wherein the carbon dioxide is delivered as a mixture of solid and gaseous carbon dioxide, and wherein the flow of the solid and gaseous carbon dioxide is modulated to slow the flow so that solid carbon dioxide particles clump together in larger particles.
Magnesium oxide for an annealing separator having a BET specific surface area of 12.0 × 10 3 to 25.0 × 10 3 m 2 ·kg -1 and a Blaine specific surface area of 2.0 × 10 3 to 7.0 × 10 3 m 2 ·kg -1.
Lamp capping device intended to be installed in a ceiling, said device comprising: a set of branches comprising at least three branches to cap the lamp, said device being arranged in such a way that at least one branch of the set of branches is articulated in relation to at least one other branch of the set of branches, so as to be able to switch by a rotational movement from a pre-capping position to a lamp capping position, the capping device further comprising a support element to which said at least one branch is articulated, characterized in that the branches are linked to the support element by hinge elements of a thickness that is sufficiently small to be able to be folded, and the branches, the hinge elements, and the support element are moulded in a single piece. a set of branches comprising at least three branches to cap the lamp, said device being arranged in such a way that at least one branch of the set of branches is articulated in relation to at least one other branch of the set of branches, so as to be able to switch by a rotational movement from a pre-capping position to a lamp capping position, the capping device further comprising a support element to which said at least one branch is articulated, characterized in that the branches are linked to the support element by hinge elements of a thickness that is sufficiently small to be able to be folded, and the branches, the hinge elements, and the support element are moulded in a single piece.
A near-field wireless device, comprising: a near-field antenna; a variable current source; a controller coupled to the near-field antenna and the variable current source; wherein the controller is configured to measure a transmit quality-factor (Qtx) of the near-field antenna; and wherein the controller is configured to increase current sent by the variable current source to the near-field antenna if the measured Qtx is lower than a minimum Qtx, wherein the controller is configured to obtain a received signal strength measurement corresponding to a signal transmitted by the near-field device; and wherein if the measured RSS is above a minimum RSS, the controller is configured to not increase the current sent by the variable current source to the near-field antenna even if the measured Qtx is lower than the minimum Qtx. a near-field antenna; a variable current source; a controller coupled to the near-field antenna and the variable current source; wherein the controller is configured to measure a transmit quality-factor (Qtx) of the near-field antenna; and wherein the controller is configured to increase current sent by the variable current source to the near-field antenna if the measured Qtx is lower than a minimum Qtx, wherein the controller is configured to obtain a received signal strength measurement corresponding to a signal transmitted by the near-field device; and wherein if the measured RSS is above a minimum RSS, the controller is configured to not increase the current sent by the variable current source to the near-field antenna even if the measured Qtx is lower than the minimum Qtx.
An adhesive product comprising an adhesive composition comprising lysine, citric acid, and water, wherein the lysine and the citric acid are present in the form of an aqueous solution of a salt and do not form precipitates in the aqueous solution, wherein the mixing molar ratio of the lysine to the citric acid is from 1.7:1 to 1:3.
A safety device (100, 200) of a rotational feed axis for preventing abnormal rotation of the rotational feed axis, comprising: a rotational member (102, 202) provided on a rotational shaft (50, 80) of a power transmission mechanism for the rotational feed axis, the rotational member (102, 202) defining a plurality of openings (102a, 202a) disposed away from each other in the circumferential direction of the rotational member; and at least two pins (104, 106: 204, 206), disposed away from each other in the circumferential direction of the rotational member (102, 202) in a housing (54, 62) for the rotational feed axis, the at least two pins (104, 106: 204, 206) being extendable and retractable so as to be receive in the openings (102a, 202a) of the rotational member (102, 202); characterized in that at least one of the pins (104, 106: 204, 206) can be received in the openings for any rotational position of the rotational shaft (102a, 202a). a rotational member (102, 202) provided on a rotational shaft (50, 80) of a power transmission mechanism for the rotational feed axis, the rotational member (102, 202) defining a plurality of openings (102a, 202a) disposed away from each other in the circumferential direction of the rotational member; and at least two pins (104, 106: 204, 206), disposed away from each other in the circumferential direction of the rotational member (102, 202) in a housing (54, 62) for the rotational feed axis, the at least two pins (104, 106: 204, 206) being extendable and retractable so as to be receive in the openings (102a, 202a) of the rotational member (102, 202); characterized in that at least one of the pins (104, 106: 204, 206) can be received in the openings for any rotational position of the rotational shaft (102a, 202a).
Bra cup comprising a first, outer skin and a second, inner skin which are joined to one another to form a cup of generally hemispherical shape, characterized in that each skin (12, 14) has a generally convex shape, the convexity of the inner skin being substantially less deep than the outer skin such that said skins (12, 14) delimit between them a non-airtight air-filled cavity providing a visual boost to the bust, characterized in that the majority of the volume of the cavity is arranged in a lower half of the cup, and the outer skin and the inner skin are delimited by a first peripheral edge and a second peripheral edge respectively, which are joined to one another to form the cavity, in which the peripheral edge and the second peripheral edge are only partially joined to one another.
A method of forming a rib-spar joint during assembly of an aircraft wing, the method comprising: providing a spar with a fixedly attached rib post, the rib post having a first coordination feature; providing a rib having a web with a first tooling feature; providing a tooling component having a second tooling feature for cooperating with the first tooling feature, a second coordination feature for cooperating with the first coordination feature, and a plurality of drill bushings; fixedly attaching the tooling component to the rib web by aligning the first and second tooling features; aligning the rib with the spar by aligning the first and second coordination features; drilling fastener holes in the rib and the rib post off the drill bushings of the tooling component; removing the tooling component from the rib web; and fastening the rib to the rib post using the fastener holes to form a rib-spar joint. providing a spar with a fixedly attached rib post, the rib post having a first coordination feature; providing a rib having a web with a first tooling feature; providing a tooling component having a second tooling feature for cooperating with the first tooling feature, a second coordination feature for cooperating with the first coordination feature, and a plurality of drill bushings; fixedly attaching the tooling component to the rib web by aligning the first and second tooling features; aligning the rib with the spar by aligning the first and second coordination features; drilling fastener holes in the rib and the rib post off the drill bushings of the tooling component; removing the tooling component from the rib web; and fastening the rib to the rib post using the fastener holes to form a rib-spar joint.
A blade-disc composite of a turbo-machine, having a plurality of rotor blades (6, 8, 10) arranged side by side that are inserted with their foot sections in an anchoring groove, on the circumferential side, of a rotor disc and cooperate in a form-locking manner in the radial direction with sections (24, 26) of a front wall and a rear wall of the anchoring groove, characterised in that at least one of the walls (18, 20) has a radial cut-out for the insertion of the rotor blades (6, 8, 10), wherein two rotor blades (6, 8) rest in each case against a stop (46, 48), delimiting the cut-out in the circumferential direction, in order to form two form-locking connections on the circumferential side in opposition to each other, and arranged between them there is a central rotor blade that is secured against tilting movements in the axial direction by means of at least one wire element that extends in the circumferential direction between the cut-out wall and platform sections of the rotor blades (6, 8, 10).
A method of establishing, by a security gateway, a virtual private network tunnel, the method comprising: receiving, from a user whose IP address is not known in advance, a first request to form an encrypted tunnel with a security gateway; forming the encrypted tunnel; authenticating the user; determining a current IP address of the user; establishing a correspondence between the IP address and a first shared secret authorized for the user, wherein the first shared secret is provisioned before the time at which the first request to form an encrypted tunnel with the security gateway is received; receiving a second request from the user to form a virtual private network tunnel, the request incorporating a second shared secret; determining whether the second shared secret matches the first shared secret; and forming the virtual private network tunnel to the IP address of the user when the second shared secret matches the first shared secret corresponding to the IP address. receiving, from a user whose IP address is not known in advance, a first request to form an encrypted tunnel with a security gateway; forming the encrypted tunnel; authenticating the user; determining a current IP address of the user; establishing a correspondence between the IP address and a first shared secret authorized for the user, wherein the first shared secret is provisioned before the time at which the first request to form an encrypted tunnel with the security gateway is received; receiving a second request from the user to form a virtual private network tunnel, the request incorporating a second shared secret; determining whether the second shared secret matches the first shared secret; and forming the virtual private network tunnel to the IP address of the user when the second shared secret matches the first shared secret corresponding to the IP address.