mhurhangee/ep-ind-claims huggingface dataset:
Rollover member cover of a deployable rollover member of a motor vehicle, wherein at least one tear-open region which in the torn-open state exposes a passage opening for the rollover member or rollover members is disposed above the rollover member in the cover, and wherein the tear-open region by way of at least one periphery forms a hinge and the peripheries or peripheral regions of the tear-open region that are located outside the hinge form predetermined breaking lines, characterized in that - the tear-open region/regions is/are hinged on the material of the cover that surrounds the tear-open region by way of at least one textile hinge; - in the cover of plastics material a textile planar element is embedded in the plastics material at least in the region close to the hinge and in the hinge region; and - the cover in addition to the rollover member/members covers a convertible soft top, a motor vehicle roof top, or a part/parts of a motor vehicle roof top retracted into a rear region. - the tear-open region/regions is/are hinged on the material of the cover that surrounds the tear-open region by way of at least one textile hinge; - in the cover of plastics material a textile planar element is embedded in the plastics material at least in the region close to the hinge and in the hinge region; and - the cover in addition to the rollover member/members covers a convertible soft top, a motor vehicle roof top, or a part/parts of a motor vehicle roof top retracted into a rear region.
Fastening device for people with reduced mobility conditions, of the variety employed in chairs or arm chairs in domestic, geriatric, care or hospital environments, comprising fixation means which can be adapted to the back of the chair or arm chair, containing means provided with at least one containing strap (101, 102, 103) to contain the person to be fastened, and a portable support body in which said fixation means and containing means are arranged, wherein said support body comprises an opening and closing element which grants access to the fixation means and containing means, and a transportation element, which makes the support body portable, wherein the containing means further comprises an emergency locking retractor (104, 105, 106) to which the containing strap (101, 102, 103) is connected, wherein said emergency locking retractor (104, 105, 106) is provided with an inertial locking mechanism, and is configured to facilitate the smooth removal of the containing strap (101, 102, 103), once the same has been adjusted to the person fastened to said chair or arm chair, and at the same time instantly locking said removal when a brusque movement from said person is detected; and wherein the fixation means are configured to allow the support body to be adjusted to the back of the chair or arm chair.
A system, comprising: a circular, segmented, transducer probe comprising an array of transducer segments circularly disposed about an inner diameter of the circular segmented transducer probe and comprising a plurality of opposite pairs of transducer segments, wherein the transducer segments are configured to be activated to generate a rotatable, non-axial-symmetric sound field so as to transmit ultrasonic excitation signals into a test specimen and to receive echo signals resulting from an interaction of the ultrasonic excitation signals and the test specimen at multiple rotation angles of the non-axial-symmetric sound field; and a processing system configured to receive data from the segmented transducer probe at the multiple rotation angles of the non-axial-symmetric sound field that corresponds to the received echo signals and to utilize a tomographic reconstruction method to reconstruct an image corresponding to at least one volumetric slice of the test specimen. a circular, segmented, transducer probe comprising an array of transducer segments circularly disposed about an inner diameter of the circular segmented transducer probe and comprising a plurality of opposite pairs of transducer segments, wherein the transducer segments are configured to be activated to generate a rotatable, non-axial-symmetric sound field so as to transmit ultrasonic excitation signals into a test specimen and to receive echo signals resulting from an interaction of the ultrasonic excitation signals and the test specimen at multiple rotation angles of the non-axial-symmetric sound field; and a processing system configured to receive data from the segmented transducer probe at the multiple rotation angles of the non-axial-symmetric sound field that corresponds to the received echo signals and to utilize a tomographic reconstruction method to reconstruct an image corresponding to at least one volumetric slice of the test specimen.
Aqueous dispersion containing transition aluminium oxide as only solid and a dispersant, characterized in that - the transition aluminium oxide is present in the form of aggregates of primary particles, the content of transition aluminium oxide in the dispersion is from 40 to 65% by weight, the aggregates in the dispersion have a mean aggregate diameter of less than 100 nm, - the dispersant contains polyaluminium hydroxychloride, polyaluminium hydroxynitrate and/or polyaluminium hydroxysulphate, - the dispersion has a pH of from 3 to 5. - the transition aluminium oxide is present in the form of aggregates of primary particles, the content of transition aluminium oxide in the dispersion is from 40 to 65% by weight, the aggregates in the dispersion have a mean aggregate diameter of less than 100 nm, - the dispersant contains polyaluminium hydroxychloride, polyaluminium hydroxynitrate and/or polyaluminium hydroxysulphate, - the dispersion has a pH of from 3 to 5.
A tubing punch and setting tool (TPST, 10) for running and setting a reference tool (46; 140) in a tubing string in a well bore and for punching at least one hole in the tubing string on a single trip in the well bore, the TPST comprising: a substantially cylindrical body having a first end adapted for connection to conveyancing means; a setting tool (42; 44) with means to connect to the reference tool (46; 140) at a second end; a punch tool comprising a substantially cylindrical body including at least two punch assemblies (38, 40) arranged perpendicularly to a central axis of the body, a hydraulic fluid chamber including a boost piston to compress the fluid and a fluid pathway, from the chamber, to deliver the compressed fluid to the punch assemblies (38, 40) and thereby operate the punch assemblies (38, 40); at least one power delivery module (26, 28); and, an actuation means located between the ends; wherein the actuation means triggers the power delivery module to power the setting tool (42; 44) to set the reference tool (46; 140) against the tubing and triggers the power delivery module to power the punch tool to punch at least one hole in the tubing.
A hydrocarbon processing vessel, the vessel comprising: - an elongate hull comprising longitudinal sides (4, 6), a base extending between the sides, a deck being located atop the hull and between the sides, and a longitudinal mid-plane in between the longitudinal sides; - a plurality of first storage tanks arranged on the starboard side of the longitudinal mid-plane; - a plurality of second storage tanks arranged on the port side of the longitudinal mid-plane in symmetrical side-by-side arrangement with the plurality of first storage tanks; and - at least one longitudinal bulkhead extending along the mid-plane and located between adjacent first and second storage tanks, wherein the at least one bulkhead comprises a first longitudinal bulkhead and a second longitudinal bulkhead spaced apart from and parallel to the first longitudinal bulkhead, characterized in that a container or a duct to contain ballasting water is arranged within a space between the first and second bulkhead near the base of the vessel, wherein the vessel further comprises at least one processing deck, which is elevated with respect to the deck, the processing deck having processing units for the processing of a hydrocarbon stream located thereon. - an elongate hull comprising longitudinal sides (4, 6), a base extending between the sides, a deck being located atop the hull and between the sides, and a longitudinal mid-plane in between the longitudinal sides; - a plurality of first storage tanks arranged on the starboard side of the longitudinal mid-plane; - a plurality of second storage tanks arranged on the port side of the longitudinal mid-plane in symmetrical side-by-side arrangement with the plurality of first storage tanks; and - at least one longitudinal bulkhead extending along the mid-plane and located between adjacent first and second storage tanks,
A non-reciprocal circuit element (100,200,300,400) comprising: - a magnetic plate having one main surface and the other main surface on a side opposite to the one main surface, the magnetic plate including a plurality of input/output terminals; - a permanent magnet connected to the one main surface of the magnetic plate; - a circuit board connected to the other main surface of the magnetic plate, with a solder bump lying between the circuit board and the other main surface, the circuit board including a plurality of signal conductors; and - an underfill material arranged between the magnetic plate and the circuit board, the magnetic plate having a through hole formed therein, the through hole extending from the one main surface to the other main surface, characterized in that the through hole has an empty space in which at least a part of a conductive film arranged in the through hole is exposed from the underfill material, further comprising a solder resist on the other main surface of the magnetic plate, wherein a plurality of the solder resists are stacked at an area adjacent to the through hole; wherein an inner wall surface of the through hole extending from the one main surface to the other main surface of the magnetic plate inclines relative to the other main surface of the magnetic plate, and as seen in plan view, the through hole is smaller in dimension at the other main surface than at the one main surface; or wherein a fluororesin coat is formed on an inner wall surface of the through hole. - a magnetic plate having one main surface and the other main surface on a side opposite to the one main surface, the magnetic plate including a plurality of input/output terminals; - a permanent magnet connected to the one main surface of the magnetic plate; - a circuit board connected to the other main surface of the magnetic plate, with a solder bump lying between the circuit board and the other main surface, the circuit board including a plurality of signal conductors; and - an underfill material arranged between the magnetic plate and the circuit board,
Guiding device for a material to be wound for a winding machine, with at least one blade guiding unit (14, 16) comprising two fibre guiding blades (18, 20), which are rotationally drivable in opposite directions and are configured for feeding a material to be wound to a carrier of material to be wound (22, 24) of the winding machine, wherein the at least one blade guiding unit (14, 16) is configured for guiding a material to be wound that is implemented of inorganic fibres, characterised in that the blade guiding unit (14, 16) comprises at least one fibre guiding blade tip (28, 30, 32, 34) having an at least substantially semi-oval outer geometry, wherein the blade guiding unit (14, 16) further comprises at least one fibre directing element (36, 38) which is implemented at least partly of an inorganic-fibre compatible material and has at least one rounded fibre guiding edge (40, 42).
A system for calculating a visibility range for a vehicle comprising: an image sensor system comprising: a pixel array comprising a plurality of pixels; and readout circuitry in electrical communication with each pixel of the pixel array and operable to readout a distinct pixel value corresponding to one of a plurality of exposure times for each pixel in a single image frame of image data; at least one processor in communication with the readout circuitry, wherein, the processor is operable to: compute a hue image based on the image data; detect edges of the hue image corresponding to changes in hue that exceed a hue threshold; calculate a quantity of color changes in the hue image based on the number of hue edges found in the hue image; and calculate the visibility range from the vehicle by using a plurality of image processing algorithms in combination, wherein the plurality of image processing algorithms comprises a color contrast algorithm configured to calculate the visibility range based on the quantity of color changes in the hue image. a pixel array comprising a plurality of pixels; and readout circuitry in electrical communication with each pixel of the pixel array and operable to readout a distinct pixel value corresponding to one of a plurality of exposure times for each pixel in a single image frame of image data; at least one processor in communication with the readout circuitry, wherein, the processor is operable to: compute a hue image based on the image data; detect edges of the hue image corresponding to changes in hue that exceed a hue threshold; calculate a quantity of color changes in the hue image based on the number of hue edges found in the hue image; and calculate the visibility range from the vehicle by using a plurality of image processing algorithms in combination, wherein the plurality of image processing algorithms comprises a color contrast algorithm configured to calculate the visibility range based on the quantity of color changes in the hue image. compute a hue image based on the image data; detect edges of the hue image corresponding to changes in hue that exceed a hue threshold; calculate a quantity of color changes in the hue image based on the number of hue edges found in the hue image; and calculate the visibility range from the vehicle by using a plurality of image processing algorithms in combination, wherein the plurality of image processing algorithms comprises a color contrast algorithm configured to calculate the visibility range based on the quantity of color changes in the hue image.
A liquid crystal cell adapted to switch between a transparent mode and a scattering mode via an electrohydrodynamic instability caused by application of external energy by means of an external electrical field and having a liquid crystal layer comprising a solution of a liquid crystal compound without a polymerizable group or a crosslinkable group and a non-ionic compound, wherein a horizontal conductivity (σ//) of the liquid crystal layer is 1.0 x 10 -7 S/m or more, wherein the non-ionic compound comprises a high dielectric constant material which has a dielectric constant (ε) of 40 or more or a monofunctional reactive mesogen which is a compound comprising one polymerizable functional group or a crosslinkable functional group, wherein the horizontal conductivity(σ//) refers to a conductivity value measured along the direction of an electrical field in a state where a voltage is applied in the thickness direction of the liquid crystal layer so that the direction of the electric field generated by the applied voltage is substantially parallel to the alignment direction of the liquid crystal layer.
A method for incorporating additives into epoxide compounds, comprising a first step of mixing with one another at least one additive and at least one condensation resin synthesized from at least one, preferably precisely one, urea, formaldehyde, and at least one, preferably precisely one, CH-acidic aldehyde, and a second step of incorporating the resulting mixture of condensation resin and additive into at least one epoxide compounds, wherein the epoxide compounds are compounds having two aromatic or aliphatic six-membered rings or oligomers thereof, and wherein the product obtained from the method has the following composition: - 0.2 to 25 wt% of at least one additive, - 0.1 to 10 wt% of at least one condensation resin, - 65 to 99.4 wt% of at least one epoxide compound, with the proviso that the sum total is always 100 wt%. - 0.2 to 25 wt% of at least one additive, - 0.1 to 10 wt% of at least one condensation resin, - 65 to 99.4 wt% of at least one epoxide compound, with the proviso that the sum total is always 100 wt%.
A numbering and imprinting machine comprising: a number cylinder (14, 15) which is rotatably supported by main body frames, and includes at least one numbering device mounted on an outer circumferential surface thereof; a moving inker which includes a number inker (20a, 20b) that supplies ink onto said number cylinder, and is movable between a printing position at which said number inker comes into contact with said number cylinder, and a retraction position at which said number inker separates from said number cylinder; characterized by a first cleaning device which is mounted on the main body frames, and cleans said number cylinder; a second cleaning device which is mounted on said moving inker and cleans said number inker; an inker position detector (502b, 502c) which detects a position of said moving inker; and a control device which, when said inker position detector detects that said moving inker is set at the printing position, rotates said number cylinder, drives said number inker and controls cleaning operations by said first cleaning device and said second cleaning device. a number cylinder (14, 15) which is rotatably supported by main body frames, and includes at least one numbering device mounted on an outer circumferential surface thereof; a moving inker which includes a number inker (20a, 20b) that supplies ink onto said number cylinder, and is movable between a printing position at which said number inker comes into contact with said number cylinder, and a retraction position at which said number inker separates from said number cylinder;
An air sterilizer (1000, 2000) comprising: a housing in which a first air path connecting a first air inlet and a mixing space, a second air path connecting a second air inlet and the mixing space, and a third air path connecting the mixing space and an air outlet are formed; a container disposed inside the housing to hold a liquid, an inlet of the container being in contact with the first air path; a blowing fan disposed in the second air path, the blowing fan enforcing air to flow from the second air inlet to the mixing space; an ozone generator disposed in the second air path to generate ozone using air introduced through the second air inlet; and characterised by a mixing fan disposed in the mixing space, the mixing fan mixing air containing evaporated liquid in the container and flowing through the first air path to arrive at the mixing space and air containing ozone and flowing through the second air path to arrive at the mixing space. a housing in which a first air path connecting a first air inlet and a mixing space, a second air path connecting a second air inlet and the mixing space, and a third air path connecting the mixing space and an air outlet are formed; a container disposed inside the housing to hold a liquid, an inlet of the container being in contact with the first air path; a blowing fan disposed in the second air path, the blowing fan enforcing air to flow from the second air inlet to the mixing space; an ozone generator disposed in the second air path to generate ozone using air introduced through the second air inlet; and characterised by a mixing fan disposed in the mixing space, the mixing fan mixing air containing evaporated liquid in the container and flowing through the first air path to arrive at the mixing space and air containing ozone and flowing through the second air path to arrive at the mixing space.
A consolidating device for an additive manufacturing system, said consolidating device comprising: at least one first energy beam generator configured to generate a first energy beam for forming a first melt pool in a layer of material; at least one second energy beam generator configured to generate a second energy beam for forming a second melt pool in the layer of material; at least one first lens having a first entrance pupil, said first lens positioned between said first energy beam generator and the layer of material, wherein said first lens is configured to receive the first energy beam; at least one second lens having a second entrance pupil, said second lens positioned between said first lens and the layer of material, wherein said second lens is configured to receive the first energy beam from said first lens, and wherein the first entrance pupil and the second entrance pupil overlap; and at least one reflective element positioned between said first lens and said second lens, said reflective element configured to receive the second energy beam and to reflect the second energy beam through said second lens to be incident on the layer of material, wherein each of said first lens and said second lens comprise a unilaterally telecentric lens, and wherein said first energy beam generator comprises an array of first hatching laser devices and said second energy beam generator comprises a contouring laser device. at least one first energy beam generator configured to generate a first energy beam for forming a first melt pool in a layer of material; at least one second energy beam generator configured to generate a second energy beam for forming a second melt pool in the layer of material; at least one first lens having a first entrance pupil, said first lens positioned between said first energy beam generator and the layer of material, wherein said first lens is configured to receive the first energy beam; at least one second lens having a second entrance pupil, said second lens positioned between said first lens and the layer of material, wherein said second lens is configured to receive the first energy beam from said first lens, and wherein the first entrance pupil and the second entrance pupil overlap; and at least one reflective element positioned between said first lens and said second lens, said reflective element configured to receive the second energy beam and to reflect the second energy beam through said second lens to be incident on the layer of material, wherein each of said first lens and said second lens comprise a unilaterally telecentric lens, and wherein said first energy beam generator comprises an array of first hatching laser devices and said second energy beam generator comprises a contouring laser device.
Application device for a rotary lever-actuated disc brake comprising at least the following: a) a rotary lever with one or more eccentric sections (12a, b), on which a drive element for driving an adjusting device is formed, wherein b) the drive element is formed on a component which is separate from the rotary lever and located on, in particular secured to, the rotary lever, characterised in that c) the component is designed as a drive plate, on which the at least one drive element is formed, and in that d) at least one further functional contour, such as a lug for returning a cage of a pivot bearing (3a, 13b; 15a, 15b) of the rotary lever, is formed on the drive plate. a) a rotary lever with one or more eccentric sections (12a, b), on which a drive element for driving an adjusting device is formed, wherein b) the drive element is formed on a component which is separate from the rotary lever and located on, in particular secured to, the rotary lever, c) the component is designed as a drive plate, on which the at least one drive element is formed, and in that d) at least one further functional contour, such as a lug for returning a cage of a pivot bearing (3a, 13b; 15a, 15b) of the rotary lever, is formed on the drive plate.