mhurhangee/ep-ind-claims huggingface dataset:
A sliding vehicle console, the console comprising: - a stationary support intended to be fastened to a structure of the vehicle; - a console body longitudinally movable relative to the stationary support; - a sliding connection device connecting the console body to the stationary support, the connecting device comprising two longitudinal guideways each having a longitudinal rail and a slide engaged freely translating in the rail; wherein the sliding connecting device comprises two moving supports transversely separated from one another and at least two reinforcements separate from one another and separate from the moving supports, the reinforcements being spaced longitudinally apart from one another and fastening the moving supports to one another, the console body being fastened to the reinforcements, each rail being fastened to one of the moving supports, the slides being fastened to the stationary support. - a stationary support intended to be fastened to a structure of the vehicle; - a console body longitudinally movable relative to the stationary support; - a sliding connection device connecting the console body to the stationary support, the connecting device comprising two longitudinal guideways each having a longitudinal rail and a slide engaged freely translating in the rail;
An arrangement comprising a function connection unit and a parameter memory, wherein the function connection unit is configured for connecting functional modules (118a, 118b) comprising a plurality of functional module terminals (120a - 120h) to which the functional modules (118a, 118b) are connectable for a communication according to a communication protocol; and wherein the parameter memory comprises parameter data for device-specific parameterization of at least one functional module (118a, 118b), wherein the parameter memory is connectable to a functional module terminal (120a - 120h) of the plurality of functional module terminals (120a - 120h) and wherein the function connection unit is configured to read the parameter data from the parameter memory and parameterize at least one functional module (118a, 118b) in a device-specific manner on the basis of the read parameter data, wherein the parameter memory is configured to send out a characteristic signal which identifies the parameter memory, and wherein the function connection unit is configured to detect the parameter memory or to differentiate it from a functional module (118a, 118b) at the functional module terminal (120a - 120h) on the basis of the characteristic signal, wherein a functional module (118a, 118b) is connectable or is connected as part of the arrangement to the parameter memory, wherein the function connection unit is configured to parameterize, on the basis of the parameter data, the functional module (118a, 118b) in a device-specific manner via the functional module terminal (120a - 120h) to which the parameter memory is electrically connected, and characterized in that the parameter memory is switchable into a transparent mode in which data from the function connection unit can be passed on to the at least one functional module (118a, 118b) by the parameter memory and data from the at least one functional module (118a, 118b) can be passed on to the function connection unit by the parameter memory, in order to enable the functional module connected to the parameter memory to operate.
A waveguide display element comprising - a waveguide body, - an in-coupling grating (21; 31) arranged to the waveguide body, and - two first reflective gratings or first exit pupil expander gratings (22, 23; 32A, 32B) on different sides of the in-coupling grating (21; 31), - at least one second exit pupil expander grating (24; 33A, 33B) adapted to receive light from the two first reflective gratings or the first exit pupil expander gratings (22, 23) 32A, 32B), respectively, - a single out-coupling grating (25, 34) adapted to receive light from the at least one second exit pupil expander grating (24; 33A, 33B), wherein the in-coupling grating (21; 31) is configured to couple incoming light into the waveguide body into two separate directions corresponding to said different sides using opposite diffraction orders for splitting the field of view of the incoming light, and the in-coupling grating (21; 31) is configured such that said coupling takes place only at wavelengths below a threshold wavelength residing in the visible wavelength range, the in-coupling grating (21; 31) has a period, which is short enough to prevent coupling of wavelengths above said threshold wavelength into the waveguide body. - a waveguide body, - an in-coupling grating (21; 31) arranged to the waveguide body, and - two first reflective gratings or first exit pupil expander gratings (22, 23; 32A, 32B) on different sides of the in-coupling grating (21; 31), - at least one second exit pupil expander grating (24; 33A, 33B) adapted to receive light from the two first reflective gratings or the first exit pupil expander gratings (22, 23) 32A, 32B), respectively, - a single out-coupling grating (25, 34) adapted to receive light from the at least one second exit pupil expander grating (24; 33A, 33B),
Vertical chemical reactor comprising at least a catalytic bed and a tube heat exchanger immersed in said catalytic bed and fed with a heat exchange fluid, wherein: said tube exchanger comprises a plurality of straight tube bundles (6.1, 6.2), each tube bundle having a respective feed tube plate (9.1, 9.2) and a respective collection tube plate (10.1, 10.2) for the fluid, wherein said plurality of tube bundles comprises at least a first set of tube bundles (6.1) arranged at a first height inside the reactor and a second set of tube bundles (6.2) arranged at a second height inside the reactor, the bundles of the first set and the second set being alternated so that each tube bundle is staggered vertically with respect to the adjacent bundles, wherein said tube plates are shaped as circular sectors or ring sectors and each one of said sectors extend substantially along the full radial extension of said catalytic bed. said tube exchanger comprises a plurality of straight tube bundles (6.1, 6.2), each tube bundle having a respective feed tube plate (9.1, 9.2) and a respective collection tube plate (10.1, 10.2) for the fluid, wherein said plurality of tube bundles comprises at least a first set of tube bundles (6.1) arranged at a first height inside the reactor and a second set of tube bundles (6.2) arranged at a second height inside the reactor, the bundles of the first set and the second set being alternated so that each tube bundle is staggered vertically with respect to the adjacent bundles, wherein said tube plates are shaped as circular sectors or ring sectors and each one of said sectors extend substantially along the full radial extension of said catalytic bed.
A continuously cast enameled steel sheet excellent in fishscale resistance characterized by comprising, by mass%, C: 0.010% or less, Mn: 0.03 to 1.30%, Si: 0.100% or less, Al: 0.030% or less, N: 0.0055% or less, P: 0.035% or less, S: 0.08% or less, O: 0.005 to 0.085%, B: 0.0020 to 0.0250%, optionally one or more selected from Nb: less than 0.004% (including zero), V: 0.003 to 0.15% and Cu: 0.01 to 0.500%, further optionally one or more of Cr, Ni, As, Ti, Se, Ta, W, Mo, Sn, Sb, La, Ce, Ca, and Mg in a total of 1.0% or less and a balance of Fe and unavoidable impurities and having, in complex oxides of 0.10 μm or more diameter comprising oxides of Fe, Mn, Si, Al, B, or other elements, the oxides being combined together in a unit observation field of 100 μm×100 μm in the sheet cross-section, any two complex oxides with different B mass concentrations and not contacting each other and with a ratio of a maximum concentration of a B mass concentration (Bmax%) and a minimum concentration of a B mass concentration (Bmin%) of Bmax/Bmin≥1.2.
Handheld rechargeable battery-operated vacuum cleaner with a suction nozzle, through which suction air is drawn into the vacuum cleaner in an inflow direction in the intended use of the vacuum cleaner, an electrical rechargeable battery for operating the motor of a motor-fan unit of the vacuum cleaner and a plug connector for charging the electrical rechargeable battery, wherein the plug connector has an intended plug direction along an axis which extends in parallel with the inflow direction or encloses an angle of less than 45° therewith, characterised in that the plug connector is arranged on the vacuum cleaner such that it can be accessed via the bottom side of the vacuum cleaner.
An analysis device comprising: data collection means for measuring an input to a structure and a response of the structure to the input; system identification means for identifying a model representing time evolution of the structure using a non-Gaussian random process, based on a distribution of the response of the structure; input modeling means for generating a probability model representing a distribution of the input, based on data indicating fluctuation of the input to the structure; input generation means for generating an input signal for the structure based on the probability model; response calculation means for deriving random response of vibration occurring in the structure in response to the input signal, based on the model representing time evolution of the structure and the input signal; and stress calculating means for calculating stress occurring in the structure, based on the derived random response. data collection means for measuring an input to a structure and a response of the structure to the input; system identification means for identifying a model representing time evolution of the structure using a non-Gaussian random process, based on a distribution of the response of the structure; input modeling means for generating a probability model representing a distribution of the input, based on data indicating fluctuation of the input to the structure; input generation means for generating an input signal for the structure based on the probability model; response calculation means for deriving random response of vibration occurring in the structure in response to the input signal, based on the model representing time evolution of the structure and the input signal; and stress calculating means for calculating stress occurring in the structure, based on the derived random response.
A device with adjustment bolt comprising: a bolt attachment wall having an internal thread hole; said adjustment bolt screwed with the internal thread hole and attached to the bolt attachment wall; a locknut screwed with the adjustment bolt; a cover fitted around the locknut, the cover having a tubular unit that surrounds the adjustment bolt and the locknut, and a stopper unit causing the cover to be in a removal disallowed state from the locknut, in which the cover cannot be removed from the locknut, wherein the stopper unit includes a retaining ring, an attachment inner circumference unit provided in the cover so as to allow internal attachment to the retaining ring in the removal disallowed state, and an external circumference groove provided on the locknut so as to allow external attachment to the retaining ring, characterised in that the external circumference groove includes a first groove portion and a second groove portion provided continuously with the first groove portion on a side of the bolt attachment wall, the first groove portion having a groove bottom that restricts removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, the second groove portion having a groove bottom that allows removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, wherein the retaining ring is configured to be helical. a bolt attachment wall having an internal thread hole; said adjustment bolt screwed with the internal thread hole and attached to the bolt attachment wall; a locknut screwed with the adjustment bolt; a cover fitted around the locknut, the cover having a tubular unit that surrounds the adjustment bolt and the locknut, and a stopper unit causing the cover to be in a removal disallowed state from the locknut, in which the cover cannot be removed from the locknut, wherein the stopper unit includes a retaining ring, an attachment inner circumference unit provided in the cover so as to allow internal attachment to the retaining ring in the removal disallowed state, and an external circumference groove provided on the locknut so as to allow external attachment to the retaining ring, characterised in that the external circumference groove includes a first groove portion and a second groove portion provided continuously with the first groove portion on a side of the bolt attachment wall, the first groove portion having a groove bottom that restricts removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, the second groove portion having a groove bottom that allows removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, wherein the retaining ring is configured to be helical.
Isolated lymphocytes harvested from at least a portion of a spleen removed from a patient, for use in a method of increasing the patient's immunity and reducing the likelihood of post-splenectomy infection, wherein the isolated lymphocytes are administered to the patient, further comprising administering an antigen associated with a pathogen subsequent to removal of the spleen from the patient, wherein the antigen is a vaccine, and the vaccine response in the patient is improved.
A linear motor conveyor system comprising: a plurality of track sections comprising a track and the plurality of track sections defining an interior area; a track cover covering the track of the plurality of track sections; characterized in that the linear motor conveyor system further comprising: a top plate covering at least a portion of the interior area of the plurality of track sections; at least one top cover covering at least a portion of the top plate and any uncovered portions of the interior area; and a plurality of gaskets providing a seal between the track cover and track and between the top cover and top plate such that the interior area of the plurality of track sections is sealed. a plurality of track sections comprising a track and the plurality of track sections defining an interior area; a track cover covering the track of the plurality of track sections; characterized in that the linear motor conveyor system further comprising: a top plate covering at least a portion of the interior area of the plurality of track sections; at least one top cover covering at least a portion of the top plate and any uncovered portions of the interior area; and a plurality of gaskets providing a seal between the track cover and track and between the top cover and top plate such that the interior area of the plurality of track sections is sealed. a top plate covering at least a portion of the interior area of the plurality of track sections; at least one top cover covering at least a portion of the top plate and any uncovered portions of the interior area; and a plurality of gaskets providing a seal between the track cover and track and between the top cover and top plate such that the interior area of the plurality of track sections is sealed.
A flue gas desulfurization system comprising: a desulfurization absorber that removes sulfur oxide and dust contained in flue gas; spray pipes that are provided horizontally in the desulfurization absorber, with one end of the spray pipes being closed; an absorbent feeding unit that is connected to the other end of the spray pipes to feed an absorbent containing an absorbing agent slurry, in which limestone is used as an absorbing agent, into the desulfurization absorber; nozzles that are provided in the spray pipe to spray the absorbent into the desulfurization absorber; an alkaline-agent feeding unit that feeds a solution containing an alkaline agent into the desulfurization absorber; a waste-water discharge pipe for discharging filtrate obtained by solid-liquid separating an absorbent discharged from the desulfurization absorber as waste water: and a control device for adjusting a feed amount of the solution containing the alkaline agent into the desulfurization absorber based on a discharge amount of the waste water. a desulfurization absorber that removes sulfur oxide and dust contained in flue gas; spray pipes that are provided horizontally in the desulfurization absorber, with one end of the spray pipes being closed; an absorbent feeding unit that is connected to the other end of the spray pipes to feed an absorbent containing an absorbing agent slurry, in which limestone is used as an absorbing agent, into the desulfurization absorber; nozzles that are provided in the spray pipe to spray the absorbent into the desulfurization absorber; an alkaline-agent feeding unit that feeds a solution containing an alkaline agent into the desulfurization absorber; a waste-water discharge pipe for discharging filtrate obtained by solid-liquid separating an absorbent discharged from the desulfurization absorber as waste water: and a control device for adjusting a feed amount of the solution containing the alkaline agent into the desulfurization absorber based on a discharge amount of the waste water.
Injection moulding tool for manufacturing an injectionmoulded component, in particular a foamed injection moulded component, having: a first mould half and a second mould half, at least one mould half being equipped on its inner face at least in one region with an electrically heatable heating plate element (4, 5), wherein the heating plate element (4, 5) is fastened interchangeably by at least one fastening means to the mould half (2, 3) and forms one portion of a mould cavity of the injection moulding tool, into which injection moulding material can be injected, wherein at least one portion of the heating plate element (4, 5) protrudes from the associated mould half (2, 3) and is provided with at least one contact for connecting the heating plate element (4, 5) to an energy source for the electrical heating of the heating plate element, wherein at least one mould half (2, 3) has a feeder for feeding injection moulding material, in particular foaming injection moulding material, with the feeder being provided in the mould half (2, 3) without a heating plate element (4, 5). a first mould half and a second mould half, at least one mould half being equipped on its inner face at least in one region with an electrically heatable heating plate element (4, 5), wherein the heating plate element (4, 5) is fastened interchangeably by at least one fastening means to the mould half (2, 3) and forms one portion of a mould cavity of the injection moulding tool, into which injection moulding material can be injected, wherein at least one portion of the heating plate element (4, 5) protrudes from the associated mould half (2, 3) and is provided with at least one contact for connecting the heating plate element (4, 5) to an energy source for the electrical heating of the heating plate element, wherein at least one mould half (2, 3) has a feeder for feeding injection moulding material, in particular foaming injection moulding material, with the feeder being provided in the mould half (2, 3) without a heating plate element (4, 5).
A method of associating a chassis or trailer with a truck connecting to the chassis or trailer and providing information to a server that indicates the connection so as to begin an association between the truck and the chassis or trailer, the method comprising: obtaining, by a master device coupled to the chassis or trailer, truck and driver identification data by performing to a slave device, which is coupled to the truck and in close proximity to the master device, RFID interrogation of a tag or device associated with the truck and driver to obtain the truck and driver identification data; communicating, by the master device, the truck and driver identification data to a server in a backend system, the server running software that identifies, verifies and records the identification data of the driver and truck, associates in the backend system the truck with the chassis or trailer, and obtains an authorization for the driver to connect the truck to the chassis or trailer; and unlocking, in response to receiving in the master device from the server in a response to the communication of the truck and driver identification data the authorization, a locking mechanism that covers a seven way or gladhand connector that connects the truck to the chassis or trailer, wherein the master device and the slave device are comprised in an intermodal asset identification and association system associating assets with each other in the backend system. obtaining, by a master device coupled to the chassis or trailer, truck and driver identification data by performing to a slave device, which is coupled to the truck and in close proximity to the master device, RFID interrogation of a tag or device associated with the truck and driver to obtain the truck and driver identification data; communicating, by the master device, the truck and driver identification data to a server in a backend system, the server running software that identifies, verifies and records the identification data of the driver and truck, associates in the backend system the truck with the chassis or trailer, and obtains an authorization for the driver to connect the truck to the chassis or trailer; and unlocking, in response to receiving in the master device from the server in a response to the communication of the truck and driver identification data the authorization, a locking mechanism that covers a seven way or gladhand connector that connects the truck to the chassis or trailer, wherein the master device and the slave device are comprised in an intermodal asset identification and association system associating assets with each other in the backend system.