mhurhangee/ep-ind-claims huggingface dataset:
- A method for treating pea soluble fractions, comprising: a) a step of preparation of soluble fractions comprising (i) the preparation of a starch milk, by mixing pea flour and water in a kneading machine, (ii) the preparation of a protein-rich product by extraction of the starch and the fibers from said starch milk from step i), (iii) a flocculation operation on said protein-rich product from step ii); (iv) a separation operation of the product obtained from step iii) to obtain a floc and a supernatant called soluble fractions, b) a step of microfiltration or centrifugation of said soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, c) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate and an ultrafiltration retentate, d) followed by an optional step of reverse osmosis of said ultrafiltration permeate, resulting in a permeate and a retentate from the reverse osmosis, e) a step of redirection of all or part of said microfiltration permeate, microfiltration retentate, ultrafiltration retentate, and/or reverse osmosis retentate to the floc, downstream of the separation step of the product obtained from step iii), wherein the globulins and phytic acid are recovered in the microfiltration retentate or the centrifugation pellet. a) a step of preparation of soluble fractions comprising (i) the preparation of a starch milk, by mixing pea flour and water in a kneading machine, (ii) the preparation of a protein-rich product by extraction of the starch and the fibers from said starch milk from step i), (iii) a flocculation operation on said protein-rich product from step ii); (iv) a separation operation of the product obtained from step iii) to obtain a floc and a supernatant called soluble fractions, (i) the preparation of a starch milk, by mixing pea flour and water in a kneading machine, (ii) the preparation of a protein-rich product by extraction of the starch and the fibers from said starch milk from step i), (iii) a flocculation operation on said protein-rich product from step ii); (iv) a separation operation of the product obtained from step iii) to obtain a floc and a supernatant called soluble fractions, b) a step of microfiltration or centrifugation of said soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, c) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate and an ultrafiltration retentate, d) followed by an optional step of reverse osmosis of said ultrafiltration permeate, resulting in a permeate and a retentate from the reverse osmosis, e) a step of redirection of all or part of said microfiltration permeate, microfiltration retentate, ultrafiltration retentate, and/or reverse osmosis retentate to the floc, downstream of the separation step of the product obtained from step iii),
A vehicle position attitude-angle estimation device which sets a particle existent distribution range to a predetermined range by using a particle filter and disperses particles within the set existent distribution range to estimate a position and attitude angle of a vehicle from an image capturing surroundings of the vehicle by a camera mounted on the vehicle which has front wheels and rear wheels, advances in a front-rear direction and corners in a vehicle width direction, comprising a vehicle-speed detection unit configured to detect a speed of the vehicle by acquiring a sensor value measured by a vehicle speed sensor, and characterized in that the vehicle position attitude-angle estimation device further comprises a particle-existent-distribution-range setting unit configured to widen the existent distribution range in the vehicle width direction of the vehicle when the speed of the vehicle detected by the vehicle-speed detection unit becomes high.
Vehicle tire having two sidewalls, wherein, on at least one sidewall, at least one character, for example a text character, a numeral or a pictorial element, is formed from a hatching composed of a multiplicity of ribs which run parallel to one another and which run with spacings (a 1) to one another of at most 0.60 mm, wherein the character(s) is/are embedded into a sidewall portion having a background design which is composed of a smooth base surface and of elevations (6, 6') and/or depressions which run with spacings (a 2) to one another and without intersecting and which form a hatching-like pattern, characterized in that, in the background design, the base surface occupies two to ten times the area covered by the elevations (6, 6') and/or depressions, wherein at least 50% of the elevations (6, 6') and/or depressions run with spacings (a 2) to one another that amount to two to five times the spacing (a 1) of the ribs to one another.
Grinding installation comprising: - a first workshop comprising a first compression mill and a first separator, an outlet of the first compression mill being connected to an inlet of the first separator; - a second workshop comprising a second separator and a second compression mill, an outlet of the second separator being connected to an inlet of the second compression mill, the second separator being supplied with the material coming from the first separator; the first separator being adapted to operate at a tangential speed of 15 to 25 m/s and a radial speed of 3.5 to 5 m/s; and the second separator being adapted to operate at a tangential speed of 20 to 50 m/s and a radial speed of 2.5 to 4 m/s. - a first workshop comprising a first compression mill and a first separator, an outlet of the first compression mill being connected to an inlet of the first separator; - a second workshop comprising a second separator and a second compression mill, an outlet of the second separator being connected to an inlet of the second compression mill,
A dressing for reducing or preventing bacterial infection to an open wound, the dressing comprising: a first electrically conductive material configured to contact a surface of the open wound having a water content at the surface; a second electrically conductive material spaced apart from the first electrically conductive material, the first and second electrically conductive materials being at least partially gas permeable to allow air to permeate through the first and second materials toward the water content at the surface of the open wound; first and second electrodes electrically coupled to the first and second materials, respectively; a power source having output electrically coupled to the first electrode at a first polarity and to the second electrode at a second polarity opposite the first polarity, wherein the power source is calibrated to bias the first and second materials via the first and second electrodes to a voltage differential corresponding to a concentration of hydrogen peroxide (H 2 O 2) in the water content via an electrochemical reaction between oxygen and water in the water content as follows: O 2 + 2H + + 2e - ⇄ H 2 O 2; a voltage controller operatively coupled to the power source; a reference electrode operatively coupled to the voltage controller, wherein the voltage controller is configured to adjust and/or maintain an applied voltage differential to the first and second conductive materials based on a measured voltage differential with reference to input from the reference electrode at less than 85 mVAg/AgCl. a first electrically conductive material configured to contact a surface of the open wound having a water content at the surface; a second electrically conductive material spaced apart from the first electrically conductive material, the first and second electrically conductive materials being at least partially gas permeable to allow air to permeate through the first and second materials toward the water content at the surface of the open wound; first and second electrodes electrically coupled to the first and second materials, respectively; a power source having output electrically coupled to the first electrode at a first polarity and to the second electrode at a second polarity opposite the first polarity, wherein the power source is calibrated to bias the first and second materials via the first and second electrodes to a voltage differential corresponding to a concentration of hydrogen peroxide (H 2 O 2) in the water content via an electrochemical reaction between oxygen and water in the water content as follows: O 2 + 2H + + 2e - ⇄ H 2 O 2; a voltage controller operatively coupled to the power source; a reference electrode operatively coupled to the voltage controller,
A reversible frame assembly for a patient interface device including a cushion assembly and a support assembly, the cushion assembly including a support assembly coupling, the support assembly including at least one strap, the reversible frame assembly comprising: a frame assembly body having a first side and a second side, the frame assembly body including at least a first substantially flat, elongated member and a second substantially flat elongated member, a cushion assembly coupling, and a reversing device, each of the first body member and the second body member coupled at a proximal end to the cushion assembly coupling; the frame assembly body structured to be coupled to the cushion assembly at the cushion assembly coupling with the cushion assembly substantially disposed on one of the first or second sides of the frame assembly body; the frame assembly body structured to be disposed in one of two concave configurations, a first concave configuration, wherein the body first side is concave about at least a portion of the cushion assembly, and a second concave configuration, wherein the body second side is concave about at least a portion of the cushion assembly; and the reversing device structured to allow the frame assembly body to move between the first configuration and second configuration. a frame assembly body having a first side and a second side, the frame assembly body including at least a first substantially flat, elongated member and a second substantially flat elongated member, a cushion assembly coupling, and a reversing device, each of the first body member and the second body member coupled at a proximal end to the cushion assembly coupling; the frame assembly body structured to be coupled to the cushion assembly at the cushion assembly coupling with the cushion assembly substantially disposed on one of the first or second sides of the frame assembly body; the frame assembly body structured to be disposed in one of two concave configurations, a first concave configuration, wherein the body first side is concave about at least a portion of the cushion assembly, and a second concave configuration, wherein the body second side is concave about at least a portion of the cushion assembly; and the reversing device structured to allow the frame assembly body to move between the first configuration and second configuration.
Heating element (100, 100', 200) for in-flight de-icing of aircraft, comprising: a carbon fibre material (110, 110', 210), which is designed for being arranged on a component of an aircraft, wherein the carbon fibre material comprises at least two electrical contacts (120, 120', 220) for connecting to an electrical wiring system and at least one insulation layer (130, 130', 230) for electrical insulation, characterized in that the at least one insulation layer (130, 130', 230) is gas-impermeable. a carbon fibre material (110, 110', 210), which is designed for being arranged on a component of an aircraft, wherein the carbon fibre material comprises at least two electrical contacts (120, 120', 220) for connecting to an electrical wiring system and at least one insulation layer (130, 130', 230) for electrical insulation, characterized in that the at least one insulation layer (130, 130', 230) is gas-impermeable.
A studdable tire (1, 101) comprising: a stud; and a tread portion (2, 102) to which the stud is mounted, wherein the tread portion (2, 102) has a designated rotation direction, the tread portion (2, 102) includes a plurality of blocks and a lateral groove which is adjacent to each block on a rear side in the rotation direction, the lateral groove includes a gently-tilted portion that extends at an angle of not greater than 30 degrees relative to a tire axial direction, the stud is mounted to at least one of the plurality of blocks, the stud includes a body embedded in the block and a pin portion that projects from the body in a tire radial direction, the body has a top flange formed in an outer side portion in the tire radial direction, the top flange includes a tapered portion in a planar view, and the top flange is disposed such that the tapered portion is oriented toward the rear side of the block in the rotation direction, wherein the tread portion (2, 102) has a plurality of tilted grooves that extend diagonally relative to a tire axial direction, the tilted grooves each including a plurality of first and second tilted grooves (11; 12), the studdable tire is characterized in that each of the first tilted groove and second tilted groove includes a first steeply-tilted portion, which is tilted relative to the tire axial direction, a second steeply-tilted portion, which is tilted relative to the tire axial direction, and a gently-tilted portion, which is tilted relative to the axial tire direction between the first steeply-tilted portion and the second steeply-tilted portion. a stud; and a tread portion (2, 102) to which the stud is mounted, wherein the tread portion (2, 102) has a designated rotation direction, the tread portion (2, 102) includes a plurality of blocks and a lateral groove which is adjacent to each block on a rear side in the rotation direction, the lateral groove includes a gently-tilted portion that extends at an angle of not greater than 30 degrees relative to a tire axial direction, the stud is mounted to at least one of the plurality of blocks, the stud includes a body embedded in the block and a pin portion that projects from the body in a tire radial direction, the body has a top flange formed in an outer side portion in the tire radial direction, the top flange includes a tapered portion in a planar view, and the top flange is disposed such that the tapered portion is oriented toward the rear side of the block in the rotation direction, wherein the tread portion (2, 102) has a plurality of tilted grooves that extend diagonally relative to a tire axial direction, the tilted grooves each including a plurality of first and second tilted grooves (11; 12), the studdable tire is characterized in that each of the first tilted groove and second tilted groove includes a first steeply-tilted portion, which is tilted relative to the tire axial direction, a second steeply-tilted portion, which is tilted relative to the tire axial direction, and a gently-tilted portion, which is tilted relative to the axial tire direction between the first steeply-tilted portion and the second steeply-tilted portion.
An armboard assembly comprising: an armboard deck comprising a cavity formed in a lower surface of the armboard deck; an armboard mount; and an engagement assembly movable relative to the armboard deck between an engaged position to engage the armboard mount and a disengaged position to disengage the armboard mount, the engagement assembly comprising: a handle including one or more legs extending from an upper surface of the handle, the one or more legs slidably engaging a leg recess formed in the armboard deck, the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle, wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole. an armboard deck comprising a cavity formed in a lower surface of the armboard deck; an armboard mount; and an engagement assembly movable relative to the armboard deck between an engaged position to engage the armboard mount and a disengaged position to disengage the armboard mount, the engagement assembly comprising: a handle including one or more legs extending from an upper surface of the handle, the one or more legs slidably engaging a leg recess formed in the armboard deck, the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle, wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole. a handle including one or more legs extending from an upper surface of the handle, the one or more legs slidably engaging a leg recess formed in the armboard deck, the leg recess including an insertion hole and a channel extending from the insertion hole toward the armboard mount; and an indexing member positioned within the cavity of the armboard deck and coupled to the handle, wherein the indexing member limits movement of the engagement assembly toward the disengaged position such that the one or more legs of the handle is maintained within the channel of the leg recess and does not extend into the insertion hole.
Section of smoke duct for assembling a smoke exhaust duct comprising - a central chamber intended for exhausting combustion products produced by a heating appliance, and - an annular peripheral chamber intended for providing combustion air to that heating appliance, said section of smoke duct being of the type of two concentric tubes separated by an annular space and comprising - an outer tube delimited by an outer surface and an inner surface, and - an inner tube delimited by an outer surface and an inner surface, said section of smoke duct comprising centering means for centering said inner tube inside said outer tube and making said inner tube and outer tube concentric with respect to a central axis, and said section of smoke duct comprising assembling means for assembling said inner tube with said outer tube, said assembling means comprising stopping structures fixed to the outer tube and blocking structures fixed to the inner tube, characterized in that said stopping structures and said blocking structures are able to be pressed against each other by a rotating movement of the concentric tubes (2, 3) relative to each other around said central axis, in order to obtain an axial locking of the tubes (2, 3) relative to each other in the two axial directions. said section of smoke duct being of the type of two concentric tubes separated by an annular space and comprising - an outer tube delimited by an outer surface and an inner surface, and - an inner tube delimited by an outer surface and an inner surface, said section of smoke duct comprising centering means for centering said inner tube inside said outer tube and making said inner tube and outer tube concentric with respect to a central axis, and said section of smoke duct comprising assembling means for assembling said inner tube with said outer tube, said assembling means comprising stopping structures fixed to the outer tube and blocking structures fixed to the inner tube, characterized in that said stopping structures and said blocking structures are able to be pressed against each other by a rotating movement of the concentric tubes (2, 3) relative to each other around said central axis, in order to obtain an axial locking of the tubes (2, 3) relative to each other in the two axial directions.
An adhesive composition containing the following components and, wherein as a result of measuring a storage elastic modulus of a solid content, a storage elastic modulus at 23°C is 0.1 to 600 MPa, and a storage elastic modulus at 80°C is 0.1 MPa or lower: Component: modified polyolefin-based resin Component: polyfunctional epoxy compound. Component: modified polyolefin-based resin Component: polyfunctional epoxy compound.
A fundus observation apparatus, comprising: a display configured to display distribution information of examination results of an eye fundus (Ef) acquired by examination carried out in the past; an imaging part configured to carry out movie imaging of the eye fundus (Ef); a tomographic image forming part configured to comprise an optical system that generates and detects interference light by superposing signal light returned from the eye fundus (Ef) on reference light, and a scanner that scans the eye fundus (Ef) with the signal light, and further configured to form a tomographic image of the eye fundus (Ef) based on the detection results of the interference light acquired by the scanning; a setting part configured to set a scan-target location of the signal light on the distribution information displayed on the display; a specifying part configured to specify an image region in a fundus image obtained by the movie imaging that corresponds to the scan-target location; and a controller configured to control the scanner based on the specified image region to carry out the scanning of the signal light, wherein the setting part comprises an analyzer configured to analyze the distribution information to specify a lesion candidate site in the eye fundus (Ef), and the tomographic image forming part forms a tomographic image from the detection results of the interference light acquired by the scanning of the signal light based on the control, characterized in that the setting part is configured to select a scan pattern of the scan-target location and then to determine the scan-target location on the distribution information according to the selected scan pattern. a display configured to display distribution information of examination results of an eye fundus (Ef) acquired by examination carried out in the past; an imaging part configured to carry out movie imaging of the eye fundus (Ef); a tomographic image forming part configured to comprise an optical system that generates and detects interference light by superposing signal light returned from the eye fundus (Ef) on reference light, and a scanner that scans the eye fundus (Ef) with the signal light, and further configured to form a tomographic image of the eye fundus (Ef) based on the detection results of the interference light acquired by the scanning; a setting part configured to set a scan-target location of the signal light on the distribution information displayed on the display; a specifying part configured to specify an image region in a fundus image obtained by the movie imaging that corresponds to the scan-target location; and a controller configured to control the scanner based on the specified image region to carry out the scanning of the signal light, wherein the setting part comprises an analyzer configured to analyze the distribution information to specify a lesion candidate site in the eye fundus (Ef), and
An electromagnetic relay in which a vertical pair of turning shaft projections (63, 64) provided on an identical shaft center in one end portion of a moving iron piece is turnably supported by a base and a spool of an electromagnet block assembled in the base, and a moving contact piece is driven to open and close a contact by the moving iron piece turning based on excitation or demagnetization of the electromagnet block, wherein a shaft hole in which a turning shaft projection on an upper side in the vertical pair of turning shaft projections (63, 64) of the moving iron piece can be inserted is provided in one end portion of the spool, characterized in that a positioning projection that can position an iron core of the electromagnetic block in the spool, is projected, in a lower surface of the one end portion of the spool, in a position adjacent to the shaft hole that can turnably support the moving iron piece in the one end portion of the spool in which the iron core is assembled.