mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a high-temperature bobbin for an electrical device, comprising the steps of: providing a bobbin configured for use in an electrical device; coating the bobbin with an anti-oxidation composition and an anti-corrosion composition to produce an oxidation/corrosion resistant bobbin; coating the oxidation/corrosion resistant bobbin with an electrical insulating composition; and after coating the oxidation/corrosion resistant bobbin with the electrical insulating composition, performing a voltage breakdown test on the bobbin to determine if the insulated and oxidation/corrosion resistant bobbin can withstand a predetermined voltage threshold, wherein, if the insulated and oxidation/corrosion resistant bobbin cannot withstand the predetermined voltage threshold during the voltage breakdown test, the method further comprises applying additional electrical insulating composition to the insulated and oxidation/corrosion resistant bobbin and repeating the steps of performing the voltage breakdown test and applying the additional electrical insulating composition until the voltage breakdown test is passed, so as to produce an insulated and oxidation/corrosion resistant bobbin that is resistant to corona discharge at or below the predetermined voltage threshold, wherein the anti-oxidation composition, the anti-corrosion composition, and the electrical insulating composition can withstand temperatures of lower than -18°C (subzero Fahrenheit) up to temperatures greater than 537°C (1000°F). providing a bobbin configured for use in an electrical device; coating the bobbin with an anti-oxidation composition and an anti-corrosion composition to produce an oxidation/corrosion resistant bobbin; coating the oxidation/corrosion resistant bobbin with an electrical insulating composition; and after coating the oxidation/corrosion resistant bobbin with the electrical insulating composition, performing a voltage breakdown test on the bobbin to determine if the insulated and oxidation/corrosion resistant bobbin can withstand a predetermined voltage threshold, wherein, if the insulated and oxidation/corrosion resistant bobbin cannot withstand the predetermined voltage threshold during the voltage breakdown test, the method further comprises applying additional electrical insulating composition to the insulated and oxidation/corrosion resistant bobbin and repeating the steps of performing the voltage breakdown test and applying the additional electrical insulating composition until the voltage breakdown test is passed, so as to produce an insulated and oxidation/corrosion resistant bobbin that is resistant to corona discharge at or below the predetermined voltage threshold, wherein the anti-oxidation composition, the anti-corrosion composition, and the electrical insulating composition can withstand temperatures of lower than -18°C (subzero Fahrenheit) up to temperatures greater than 537°C (1000°F).
Airplane seat device with a seat bottom module comprising at least one base body, which is implemented at least substantially of a rigid foam, at least one comfort element, which is arranged on an upper side of the base body, at least one receiving region (40, 42) for a connection to a support tube (14, 16) and at least one fixation element (60, 62, 64, 66) for a connection to the support tube (14, 16), the base body comprising at least two coupling regions (68, 70, 72, 74, 76, 78, 80, 82), via which the at least one fixation element (60, 62, 64, 66) can be selectively connected to the base body, characterised in that the seat bottom module comprises at least one spacer (44, 46, 48, 50), which is in a mounted state arranged in the at least one receiving region (40, 42) and is configured to space the base body and the support tube (14, 16) apart from each other. with a seat bottom module comprising at least one base body, which is implemented at least substantially of a rigid foam, at least one comfort element, which is arranged on an upper side of the base body, at least one receiving region (40, 42) for a connection to a support tube (14, 16) and at least one fixation element (60, 62, 64, 66) for a connection to the support tube (14, 16), the base body comprising at least two coupling regions (68, 70, 72, 74, 76, 78, 80, 82), via which the at least one fixation element (60, 62, 64, 66) can be selectively connected to the base body, characterised in that the seat bottom module comprises at least one spacer (44, 46, 48, 50), which is in a mounted state arranged in the at least one receiving region (40, 42) and is configured to space the base body and the support tube (14, 16) apart from each other.
A driving device for a shedding unit, the driving device comprising a rotationally mounted drive element, a crank, and a locking unit, wherein the drive element has an axis of rotation, a first end, and a second end, wherein the first end and the second end are distanced from each other in the direction of the axis of rotation of the drive element, wherein the drive element is provided at the second end with a seat, wherein the crank is provided with a coupling element, which coupling element cooperates with the seat for mounting the crank to the drive element so as to be rotatable about a seat axis of the seat, which seat axis is parallel but offset to the axis of rotation of the drive element, wherein for a rotation about the axis of rotation of the drive element together with the drive element, the crank is releasably lockable to the drive element in different angular positions with respect to the drive element by the locking unit, characterized in that when the crank is unlocked from the drive element, for adjusting the angular position of the crank with respect to the drive element, the driving device is configured to move the drive element about the axis of rotation of the drive element for causing a relative movement between the drive element and the crank about the seat axis.
A shroud for use with a helmet, the shroud comprising: a top shroud configured to attach to the helmet; an inner shroud configured to attach to the top shroud, wherein the inner shroud comprises a band configured to tighten around a user's neck; and an outer shroud configured to removably attach to the top shroud, wherein the outer shroud is configured to cover a user's shoulders. a top shroud configured to attach to the helmet; an inner shroud configured to attach to the top shroud, wherein the inner shroud comprises a band configured to tighten around a user's neck; and an outer shroud configured to removably attach to the top shroud, wherein the outer shroud is configured to cover a user's shoulders.
A virtual private drone system comprising a device manager, one or more stations, one or more drones, and one more computing engines, wherein the drones include a flight controller module which is programmable with a flight plan using a number of navigating points, and/or responding to runtime commands, including take off, land and move; and wherein the computing engines include hardware and software that perform specialized compute-intensive data processing such as computer vision and artificial intelligence using various algorithms characterised in that the device manager is configured to keep a repository of device metadata of all drones and computing engines in each deployment of the drones, and runs as an always-on point of contact on the network, globally reachable by all other drones and computing engines in the system; wherein the stations are control centers of the VPD system, and each station of the VPD system obtains its network address during registration with the device manager, and starts to synchronize copies of the device metadata using local communication.
An integrated circuit comprising a power supply noise measurement device, the integrated circuit having a functional block, the noise measurement device comprising: a signal generator configured to provide a clock signal to the functional block, an antenna comprising a transistor, and being located proximate to the functional block, the antenna being configured to receive the clock signal from the signal generator, and a jitter estimator configured to provide a measure of the relative jitter between a signal output from the antenna and a reference clock signal, and the transistor of the antenna receives electrical power from the same power source that delivers power to the functional block. a signal generator configured to provide a clock signal to the functional block, an antenna comprising a transistor, and being located proximate to the functional block, the antenna being configured to receive the clock signal from the signal generator, and a jitter estimator configured to provide a measure of the relative jitter between a signal output from the antenna and a reference clock signal, and the transistor of the antenna receives electrical power from the same power source that delivers power to the functional block.
Tubular turbine engine shaft, having at its inner periphery a trough, characterised in that said trough has at least one recess made in a surface centred on the axis of rotation of the shaft.
Cooking processor for handling of foodstuffs, wherein the cooking processor comprises the following: - a heating facility; - a mechanical food processing facility; - a memory facility for accommodating predetermined process blocks; and - a processor facility, which is configured: ∘ to determine one of the process blocks, and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence (305, 310) comprised by a specific process block, wherein a predetermined section of a predetermined process sequence (305, 310) for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged. - a heating facility; - a mechanical food processing facility; - a memory facility for accommodating predetermined process blocks; and - a processor facility, which is configured: ∘ to determine one of the process blocks, and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence (305, 310) comprised by a specific process block, wherein a predetermined section of a predetermined process sequence (305, 310) for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged. ∘ to determine one of the process blocks, and ∘ to activate the heating facility and/or the food processing facility as a function in each case of a predetermined process sequence (305, 310) comprised by a specific process block, wherein a predetermined section of a predetermined process sequence (305, 310) for the heating and/or the processing of the foodstuff can be changed on the basis of a corresponding user-controlled input, while another section can remain unchanged.
A cache disk storage for caching data between a host processing system and a data storage system, the cache disk storage comprising: a plurality of disk drive subunits (80, 81, 82) configured to store data, each of the plurality of disk drive subunits having a maximum capacity, the sum of the maximum capacities of said disk drive subunits comprising a cache maximum capacity; and a cache control providing a filesystem, spanning the plurality of disk drive subunits, made up of an active available capacity of said cache disk storage available for use by, and perceived by, the host processing system, and unused capacity unavailable to the host processing system, the active available capacity being less than the cache maximum capacity, the cache control being configured to respond to a request from the host processing system for an upgrade adjustment of the active available capacity to a total amount less than the cache maximum capacity, the cache control establishing, based on said request, a capacity restriction applicable to the filesystem, said active available capacity of each said disk drive subunit being in proportion to said disk drive subunit maximum capacity as with respect to the relationship between the total amount of active available capacity of data storage provided by said filesystem in said cache disk storage and said cache maximum capacity, said capacity restriction controlling rates of data transfer with respect to said filesystem. a plurality of disk drive subunits (80, 81, 82) configured to store data, each of the plurality of disk drive subunits having a maximum capacity, the sum of the maximum capacities of said disk drive subunits comprising a cache maximum capacity; and a cache control providing a filesystem, spanning the plurality of disk drive subunits, made up of an active available capacity of said cache disk storage available for use by, and perceived by, the host processing system, and unused capacity unavailable to the host processing system, the active available capacity being less than the cache maximum capacity, the cache control being configured to respond to a request from the host processing system for an upgrade adjustment of the active available capacity to a total amount less than the cache maximum capacity, the cache control establishing, based on said request, a capacity restriction applicable to the filesystem, said active available capacity of each said disk drive subunit being in proportion to said disk drive subunit maximum capacity as with respect to the relationship between the total amount of active available capacity of data storage provided by said filesystem in said cache disk storage and said cache maximum capacity, said capacity restriction controlling rates of data transfer with respect to said filesystem.
A signal processing device for processing an input signal (TQ, PI) generated by a sensor and detected by a circuit, the device comprising a) a Kalman filter characterised in that it is configured to estimate a DC component of the input signal by performing Kalman filter processing of the input signal with Kalman filter characteristics being controllable by an observation noise (σ meas) and a system noise (σ sys) which are estimated from the input signal and provided to the Kalman filter by the device from the outside of said Kalman filter, and the device being configured to dynamically change said observation noise (σ meas) and said system noise (σ sys) in response to the input signal PI. a) a Kalman filter characterised in that it is configured to estimate a DC component of the input signal by performing Kalman filter processing of the input signal with Kalman filter characteristics being controllable by an observation noise (σ meas) and a system noise (σ sys) which are estimated from the input signal and provided to the Kalman filter by the device from the outside of said Kalman filter, and the device being configured to dynamically change said observation noise (σ meas) and said system noise (σ sys) in response to the input signal PI.
Apparatus for delivering granular material to be dispensed on an agricultural area, comprising: a storage container for the granular material; a singling device; and a pneumatic delivery duct for pneumatically delivering granular material from the storage container to the singling device; wherein, in the region in which the pneumatic delivery duct opens into the singling device, at least one air duct opens into the singling device, wherein the apparatus is configured such that, via the at least one air duct, air is able to be introduced into the singling device at least partially in the direction of the air flowing in via the pneumatic delivery duct and at a greater speed than via the pneumatic delivery duct, such that the air pressure in the singling device can be reduced in the region in which the pneumatic delivery duct opens into the singling device, characterized in that the pneumatic delivery duct and the at least one air duct open into a feed duct of the singling device, wherein the feed duct leads to a singling drum or singling disc, in that the feed duct comprises a portion which has a plurality of vent holes, via which air can flow out of the feed duct into a surrounding container of the singling device, and in that the interior of the feed duct is connected to the interior of the surrounding container via at least one connecting duct, wherein the at least one connecting duct is arranged upstream of the portion which has a plurality of vent holes. a storage container for the granular material; a singling device; and a pneumatic delivery duct for pneumatically delivering granular material from the storage container to the singling device; wherein, in the region in which the pneumatic delivery duct opens into the singling device, at least one air duct opens into the singling device, wherein the apparatus is configured such that, via the at least one air duct, air is able to be introduced into the singling device at least partially in the direction of the air flowing in via the pneumatic delivery duct and at a greater speed than via the pneumatic delivery duct, such that the air pressure in the singling device can be reduced in the region in which the pneumatic delivery duct opens into the singling device, characterized in that the pneumatic delivery duct and the at least one air duct open into a feed duct of the singling device, wherein the feed duct leads to a singling drum or singling disc, in that the feed duct comprises a portion which has a plurality of vent holes, via which air can flow out of the feed duct into a surrounding container of the singling device, and in that the interior of the feed duct is connected to the interior of the surrounding container via at least one connecting duct, wherein the at least one connecting duct is arranged upstream of the portion which has a plurality of vent holes.
An isolated nucleic acid with a sequence which encodes a polypeptide with Δ6-elongase activity, having a) a nucleic acid with the sequence shown in SEQ ID NO: 183, b) a nucleic acid which, as the result of the degeneracy of the genetic code, can be derived from the amino acid sequence shown in SEQ ID NO: 184, or c) derivatives of the nucleic acid sequence shown in SEQ ID NO: 183 which encodes polypeptides with at least 40% identity at the amino acid level with SEQ ID NO: 184 and which has Δ6-elongase activity. a) a nucleic acid with the sequence shown in SEQ ID NO: 183, b) a nucleic acid which, as the result of the degeneracy of the genetic code, can be derived from the amino acid sequence shown in SEQ ID NO: 184, or c) derivatives of the nucleic acid sequence shown in SEQ ID NO: 183 which encodes polypeptides with at least 40% identity at the amino acid level with SEQ ID NO: 184 and which has Δ6-elongase activity.
A method of maintaining an index for a media file, the method comprising: at a writer system, receiving media that is in the process of being captured or transferred and incrementally writing a plurality of portions of the media to a shared media storage system for storage in a media file; and creating an index for the media file on an indexing system; wherein the receiving, writing and creating steps comprise: for each portion of the plurality of portions of the media: at the writer system: receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; at the message broker system: receiving the message; and broadcasting the message on a message bus; and at the indexing system: receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion. at a writer system, receiving media that is in the process of being captured or transferred and incrementally writing a plurality of portions of the media to a shared media storage system for storage in a media file; and creating an index for the media file on an indexing system; at the writer system: receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; receiving the portion, the portion comprising a plurality of media elements; sending the portion to the shared media storage system to be stored in the media file on the shared media storage system; and sending to a message broker system a message that includes information defining locations within the media file of the media elements of the received portion; at the message broker system: receiving the message; and broadcasting the message on a message bus; and receiving the message; and broadcasting the message on a message bus; and at the indexing system: receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion. receiving the message from the message broker system; and adding to the index the information defining locations within the media file of the plurality of media elements of the received portion.
A C-gripper for handling a load, consisting of - an upper strut, a vertical strut and a support strut, on or at which the load can be arranged, wherein - the upper strut and the vertical strut are rigidly connected to one another, - the support strut is connected in a rotatably mounted manner to the vertical strut, so that a clear dimension (h) of a mouth of the C-gripper can be modified, - the vertical strut is telescopable, - the telescopable vertical strut is locked by means of a holding device, and - the rotatably mounted support strut is locked by means of at least one non-rigid loading means which, displaced relative to the vertical strut in the direction of the mouth of the C-gripper, is arranged at the upper strut and the support strut. - an upper strut, a vertical strut and a support strut, on or at which the load can be arranged, wherein - the upper strut and the vertical strut are rigidly connected to one another, - the support strut is connected in a rotatably mounted manner to the vertical strut, so that a clear dimension (h) of a mouth of the C-gripper can be modified, - the vertical strut is telescopable, - the telescopable vertical strut is locked by means of a holding device, and - the rotatably mounted support strut is locked by means of at least one non-rigid loading means which, displaced relative to the vertical strut in the direction of the mouth of the C-gripper, is arranged at the upper strut and the support strut.
An article resistant to bullets and/or bladed weapons, specifically a garment, for example a bullet-proof vest, comprising a stack of fibre-based panels, comprising at least one non-woven first panel, preferably multiple non-woven first panels, and at least one woven second panel (2; 2'), the or each non-woven first panel comprising at least one consolidated, specifically unidirectional layer of fibres, and the at least one woven second panel comprising a fabric of fibres, specifically a woven fabric (6; 6'), particularly of aramid, the article also comprising a sheet (7; 7') of a thermoplastic material, attached to one face of the fibre fabric of the second panel or at least one of the second panels, specifically having a thickness greater than 0.1 mm, preferably greater than 0.2 mm, particularly greater than 0.3 mm, still more preferably greater than 0.4 mm, for example between 0.5 mm and 5 mm, the attachment of the thermoplastic sheet (7; 7') to the fibre fabric (6; 6') being such that the sheet and the fabric form a panel as a whole.