mhurhangee/ep-ind-claims huggingface dataset:
An industrial method for producing an edible roux, wherein a. Flour and fat or flour, fat and starch are mixed and heated to obtain a roux, without adding water b. a liquid is injected into the roux with emulsification and c. wherein the roux and the injected liquid are treated with at least one homogenizing, mixing and/or kneading device with introduction of an energy of at least 0.1 J/kg of roux. a. Flour and fat or flour, fat and starch are mixed and heated to obtain a roux, without adding water b. a liquid is injected into the roux with emulsification and c. wherein the roux and the injected liquid are treated with at least one homogenizing, mixing and/or kneading device with introduction of an energy of at least 0.1 J/kg of roux.
A method for preparing an emulsion-based food product, the method comprising: combining about 55 to about 72 percent oil, about 0.2 to about 2.0 percent enzyme-modified egg, about 20 percent to about 40 percent water, and edible acidulant to provide a mixture; and treating the mixture with high pressure homogenization for a time and at a pressure effective to provide an emulsion, the emulsion having an average oil droplet size of about 0.8 to about 10 microns and a viscosity of about 200 to about 400 Pa.s when measured with a Brookfield viscometer, spindle T-C at 2.5 rpm, at room temperature twenty-four hours after homogenization, wherein the emulsion further comprises about 0.01 to about 0.15 percent hydrocolloid stabilizer, and wherein the enzyme-modified egg is egg yolk treated with phospholipase. combining about 55 to about 72 percent oil, about 0.2 to about 2.0 percent enzyme-modified egg, about 20 percent to about 40 percent water, and edible acidulant to provide a mixture; and treating the mixture with high pressure homogenization for a time and at a pressure effective to provide an emulsion, the emulsion having an average oil droplet size of about 0.8 to about 10 microns and a viscosity of about 200 to about 400 Pa.s when measured with a Brookfield viscometer, spindle T-C at 2.5 rpm, at room temperature twenty-four hours after homogenization, wherein the emulsion further comprises about 0.01 to about 0.15 percent hydrocolloid stabilizer, and wherein the enzyme-modified egg is egg yolk treated with phospholipase.
An article comprising a self-supporting turbine component electroformed of a nickel-chromium (Ni-Cr) alloy including from 2 to 50 wt% chromium balanced by nickel, wherein the Ni-Cr alloy is thicker than 10 μm.
A draw texturing machine comprising a plurality of false-twisting devices each configured to twist first and second different yarns in opposite directions to each other, each of the false-twisting devices comprising: a disc configured to rotate; a first belt unit provided close to a first surface of the disc and including a first twister belt configured to allow the first yarn to be interposed between the disc and the first twister belt; and a second belt unit provided close to a second surface of the disc and including a second twister belt configured to allow the second yarn to be interposed between the disc and the second twister belt; characterized in that a belt driving source, pulleys (51, 52, 55, 61, 62, 65, 67, 72) and a power transmission belt are provided for each of the false-twisting devices and configured to drive the first twister belt and the second twister belt. a disc configured to rotate; a first belt unit provided close to a first surface of the disc and including a first twister belt configured to allow the first yarn to be interposed between the disc and the first twister belt; and a second belt unit provided close to a second surface of the disc and including a second twister belt configured to allow the second yarn to be interposed between the disc and the second twister belt; characterized in that a belt driving source, pulleys (51, 52, 55, 61, 62, 65, 67, 72) and a power transmission belt are provided for each of the false-twisting devices and configured to drive the first twister belt and the second twister belt.
A yarn feeder comprising a drum having a plurality of yarn loops wound thereon which are to be unwound upon request from a downstream machine, and a weft-braking device provided with a braking member having a circular profile which is biased against a delivery edge of said drum by driving means, said yarn being adapted to run between said delivery edge and said braking member to receive a braking action by fricton from them, characterized in that said driving means comprise at least one flat, bender-type piezoelectric actuator of a multilayer, monolithical-type formed by a plurality of layers made of a piezoelectric material alternated to layers of a conductive material, said layers being bonded to one another by sintering, which is deformable by bending in response to a voltage applied thereto and has a movable operative end which is operatively connected to said braking member and a stationary operative end which is anchored to a stationary support.
Device (2; 2') for aiming the barrel of a weapon, having at least one measuring system (4; 4') corresponding to a barometric measuring system, the barometric measuring system comprising two spaced-apart tubular parts (6, 6'; 6") extending in the axial direction of the barrel, which are connected to each other at the upper and lower side, the two communicating tubular parts (6, 6'; 6") of the measuring system (4; 4') are partly filled with a first liquid and at least one of the two tubular parts having a transparent region with a measuring scale for observing the position and/or for reading the liquid level, characterized in that in addition to determining the inclination, it is also possible to determine a cant, which is indicated by two barometric systems acting in parallel with each other, these being connected to each other.
Regulating flap reduction gear for an electrically driven regulating flap for regulating a gas or liquid volume flow, in particular in the field of heating, ventilation, air conditioning, fire protection or smoke protection, comprising two parallel bearing plates (5, 6) between which gear parts (3, 4) are rotatably arranged, and a plurality of spacers which keep the two bearing plates (5, 6) at a distance from one another, wherein the plurality of spacers are designed as tabs (7a-7e) of one, first bearing plate, which are bent by 90° from the plane of the first bearing plate and comprise at least one lateral projection, and the tabs (7a-7e) are inserted with their free tab ends into plug-in openings of the other second bearing plate until their at least one lateral projection rests against the second bearing plate, characterized in that one of the rotary gear parts (3, 4) can be pivoted between two end positions and rests against one of the tabs (7a, 7b) in at least one of its two end positions, the first bearing plate comprises a bearing opening for the pivotable gear part and is reinforced around the bearing opening in the region of that or those tab(s) (7a, 7b) against which the pivotable gear part rests in its end positions, and the first bearing plate is reinforced in the region of that or those tab(s) (7a, 7b) against which the pivotable gear part rests, by a bulge that radially inwardly projects into the bearing opening.
A processor implemented method for displaying a rotorcraft icon, comprising: receiving, from an Automatic Dependent Surveillance-Broadcast (ADS-B) source, aircraft traffic data comprising fixed wing and rotor wing data; identifying, among the aircraft traffic data, a first rotorcraft and its position data; processing the position data of the first rotorcraft to determine a traveling distance, defined as a position change during a predetermined amount of time; determining that the first rotorcraft is hovering when the traveling distance is less than a predetermined threshold distance parameter; and displaying a hovering rotorcraft icon on a display when the first rotorcraft is determined to be hovering. receiving, from an Automatic Dependent Surveillance-Broadcast (ADS-B) source, aircraft traffic data comprising fixed wing and rotor wing data; identifying, among the aircraft traffic data, a first rotorcraft and its position data; processing the position data of the first rotorcraft to determine a traveling distance, defined as a position change during a predetermined amount of time; determining that the first rotorcraft is hovering when the traveling distance is less than a predetermined threshold distance parameter; and displaying a hovering rotorcraft icon on a display when the first rotorcraft is determined to be hovering.
A packaging unit for packaging elongated objects, in particular syringes bodies or syringes, including a first tray for positioning elongated objects and a support structure for supporting this first tray, including a first reception area for receiving said first tray, this first tray including openings for the reception of the elongated objects, the packaging unit includes a second tray with openings for the reception of elongated objects and said support structure includes a second reception area, intended to receive this second tray, this second reception area being arranged so as to position this second tray on said support structure, opposite the first tray and so that the openings of said second tray are offset with respect to the openings of said first tray, this offset being such that each opening of the first tray is located apart from the perimeter of each opening of the second tray, this second tray being positioned with respect to the first tray such that elongated objects engaged in the openings of the first tray can imbricate with elongated objects engaged in the openings of the second tray, and vice versa, characterized in that the first tray including rows of openings separated by intermediate portions deprived of openings and the second tray including rows of openings separated by intermediate portions deprived of openings, the rows of the first tray being offset with respect to the rows of the second tray such that the openings of the first tray are opposite said intermediate portions of the second tray, and vice versa.
Smoothing apparatus comprising a body including a handle and a steam emission head connected to the handle, the steam emission head comprising a treatment face intended to vertically face a garment to be smoothed, the treatment face including at least one steam outlet and a hot surface intended to come into contact with the garment, characterised in that the treatment face comprises a textile treatment surface (75, 76) extending completely around the hot surface, the treatment surface (75, 76) being exposed around the hot surface.
Segment (2, 3) of a cage for a rolling bearing, comprising: a web which extends in an axial direction; two side parts (14, 16) which are arranged, in the axial direction, on opposite sides of the web, which extend in a circumferential direction and which are connected to the web; a second web which extends in the axial direction and which is located, in the circumferential direction, on that side of a pocket for receiving a rolling body which lies opposite the web; at least one connecting element for connecting the segment (2, 3) to a further segment (2, 3) of the rolling bearing cage, said connecting element extending in the circumferential direction and being arranged, axially on the outside, on one of the side parts at that end of said side part which lies in, or is counter to, the circumferential direction; a receptacle for the connecting element, said receptacle being arranged, axially on the outside, at that end of the same side part which is opposite in the circumferential direction and being configured to be reversibly or irreversibly connected to the connecting element of a further segment (2, 3) of the rolling bearing cage; a fixing element for defining the relative position between two adjacent segments, said fixing element being arranged on the first web; and a receiving device for the fixing element, which is arranged on the second web. a web which extends in an axial direction; two side parts (14, 16) which are arranged, in the axial direction, on opposite sides of the web, which extend in a circumferential direction and which are connected to the web; a second web which extends in the axial direction and which is located, in the circumferential direction, on that side of a pocket for receiving a rolling body which lies opposite the web; at least one connecting element for connecting the segment (2, 3) to a further segment (2, 3) of the rolling bearing cage, said connecting element extending in the circumferential direction and being arranged, axially on the outside, on one of the side parts at that end of said side part which lies in, or is counter to, the circumferential direction; a receptacle for the connecting element, said receptacle being arranged, axially on the outside, at that end of the same side part which is opposite in the circumferential direction and being configured to be reversibly or irreversibly connected to the connecting element of a further segment (2, 3) of the rolling bearing cage; a fixing element for defining the relative position between two adjacent segments, said fixing element being arranged on the first web; and a receiving device for the fixing element, which is arranged on the second web.
An image reading apparatus comprising: a lower unit; and an upper unit configured to open and close relative to the lower unit, wherein the upper unit includes a medium transport path along which a medium is transported, a first reading unit disposed in the medium transport path, the first reading unit being configured to read a surface of a transported medium, a substrate coupled to the first reading unit, a cable (61, 62) having one end and another end, the one end being coupled to a first coupling portion (45a, 45b) of the first reading unit, the other end being coupled to a second coupling portion (63a, 63b) of the substrate, and a facing portion facing the lower unit in a state in which the upper unit is closed, the facing portion being configured to be attached to and detached from the upper unit, characterized in that the first coupling portion and the second coupling portion are disposed so as to be separate from each other in a width direction crossing a direction in which a medium is transported in the medium transport path, and the cable is disposed at a position exposed when the facing portion is detached from the upper unit. a lower unit; and an upper unit configured to open and close relative to the lower unit, wherein the upper unit includes a medium transport path along which a medium is transported, a first reading unit disposed in the medium transport path, the first reading unit being configured to read a surface of a transported medium, a substrate coupled to the first reading unit, a cable (61, 62) having one end and another end, the one end being coupled to a first coupling portion (45a, 45b) of the first reading unit, the other end being coupled to a second coupling portion (63a, 63b) of the substrate, and a facing portion facing the lower unit in a state in which the upper unit is closed, the facing portion being configured to be attached to and detached from the upper unit, characterized in that a medium transport path along which a medium is transported, a first reading unit disposed in the medium transport path, the first reading unit being configured to read a surface of a transported medium, a substrate coupled to the first reading unit, a cable (61, 62) having one end and another end, the one end being coupled to a first coupling portion (45a, 45b) of the first reading unit, the other end being coupled to a second coupling portion (63a, 63b) of the substrate, and a facing portion facing the lower unit in a state in which the upper unit is closed, the facing portion being configured to be attached to and detached from the upper unit, characterized in that the first coupling portion and the second coupling portion are disposed so as to be separate from each other in a width direction crossing a direction in which a medium is transported in the medium transport path, and the cable is disposed at a position exposed when the facing portion is detached from the upper unit.
A beam comprising a first sheet steel profile comprising a top, two sides (12,13) and two side flanges (15,16), and a second steel sheet joined by welds to the side flanges (15, 16) to form a closed profile beam, the second steel sheet forming a cover, wherein the first sheet steel profile has a tensile strength above 1400 MPa and soft zones with a tensile strength below 1100 MPa around the welds, wherein the cover has a tensile strength exceeding 1400 MPa and characterised in that the soft zones are in the form of bands that have a width that is between 1 /2 the width of the weld and three times the width of the weld, and wherein the first sheet steel profile has high strength zones with a tensile strength above 1400 MPa on both sides of the soft bands and the cover has soft bands similar to the first sheet steel profile.
An anchoring structure adapted to be anchored within a vessel of a body, said anchoring structure comprising: a generally cylindrical tubular body having an inflow end and an outflow end; wherein the inflow end has an inflow rim, wherein the outflow end has an outflow rim, and the anchoring structure further comprising a plurality of longitudinal supports posts connecting said inflow and outflow rims (41, 43), characterized in that the inflow rim includes at least three rails including a distal inflow ring and a proximal inflow ring and the outflow rim includes a single rail. a generally cylindrical tubular body having an inflow end and an outflow end; wherein the inflow end has an inflow rim, wherein the outflow end has an outflow rim, and the anchoring structure further comprising a plurality of longitudinal supports posts connecting said inflow and outflow rims (41, 43), characterized in that the inflow rim includes at least three rails including a distal inflow ring and a proximal inflow ring and the outflow rim includes a single rail.
An agricultural row unit (100, 100') for depositing seeds into a planting trench, comprising: a row unit frame; a singulating seed meter (400, 400') mounted to and in seed communication with a seed hopper (110, 110') said seed hopper (110, 110') pivotally mounted to the row unit frame so as to be pivotable from a first position to a second position in a direction rearwardly away from a forward direction of travel of the row unit (100, 100'); characterized by a vacuum line (420, 420') connected to the singulating seed meter (400, 400'), wherein when said seed hopper (110, 110') is in said first position, a vacuum conduit is in communication with said vacuum line (420, 420'), and wherein when said seed hopper (110, 110') is in said second position, vacuum conduit is separated from said vacuum line (420, 420'). a row unit frame; a singulating seed meter (400, 400') mounted to and in seed communication with a seed hopper (110, 110') said seed hopper (110, 110') pivotally mounted to the row unit frame so as to be pivotable from a first position to a second position in a direction rearwardly away from a forward direction of travel of the row unit (100, 100'); characterized by a vacuum line (420, 420') connected to the singulating seed meter (400, 400'), wherein when said seed hopper (110, 110') is in said first position, a vacuum conduit is in communication with said vacuum line (420, 420'), and wherein when said seed hopper (110, 110') is in said second position, vacuum conduit is separated from said vacuum line (420, 420').
Solar connector assembly tool (8; 208) with a) a first holding device for an assembly group, b) a second holding device for a connector housing, c) a drive mechanism (16; 216), ca) which is coupled to one of the holding devices (405; 406), cb) by which it is possible to move the holding devices (405; 406) relatively towards each other under the bias of a spring element (44; 442) for pressing the connector housing upon the assembly group characterised by d) with the termination of the pressing stroke and the removal of the pressing force of the drive mechanism the spring element (44; 442) which is biased during the pressing stroke presses the holding devices (405; 406) away from each other such that a test force can be produced being effective between the connector housing and the assembly group. a) a first holding device for an assembly group, b) a second holding device for a connector housing, c) a drive mechanism (16; 216), ca) which is coupled to one of the holding devices (405; 406), cb) by which it is possible to move the holding devices (405; 406) relatively towards each other under the bias of a spring element (44; 442) for pressing the connector housing upon the assembly group characterised by ca) which is coupled to one of the holding devices (405; 406), cb) by which it is possible to move the holding devices (405; 406) relatively towards each other under the bias of a spring element (44; 442) for pressing the connector housing upon the assembly group d) with the termination of the pressing stroke and the removal of the pressing force of the drive mechanism the spring element (44; 442) which is biased during the pressing stroke presses the holding devices (405; 406) away from each other such that a test force can be produced being effective between the connector housing and the assembly group.