mhurhangee/ep-ind-claims huggingface dataset:
Meat treatment composition comprising: i) buffered vinegar said buffered vinegar comprising sodium, potassium and/or calcium cations, at a level of more than 90 % of the stoichiometric amount (relative to the acetic acid carboxylate groups); and ii) one or more polysaccharide materials having a water holding capacity of at least 3 g of water per gram of polysaccharide material, as determined using the following procedure: a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1. i) buffered vinegar said buffered vinegar comprising sodium, potassium and/or calcium cations, at a level of more than 90 % of the stoichiometric amount (relative to the acetic acid carboxylate groups); and ii) one or more polysaccharide materials having a water holding capacity of at least 3 g of water per gram of polysaccharide material, as determined using the following procedure: a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1. a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1.
Apparatus for dispensing boiling water, connectable to the water mains, e.g. for use in a domestic kitchen, the apparatus comprising: a water mains pipe connector for connecting the apparatus to a water mains pipe; a water storage and heating reservoir, said reservoir having a bottom and a top, wherein said reservoir has an inlet connected to the water mains pipe connector, the inlet being provided at the bottom portion of the reservoir, wherein the reservoir furthermore has an outlet provided at the upper portion of the reservoir, which is connectable to a tap, and wherein a water heating element is provided in the water reservoir, the heating element being adapted to provide boiling water at a temperature above its atmospheric boiling point; and a boiling water outlet connected to the reservoir outlet via a boiling water pipe (110, 111) and connectable to a boiling water tap, characterized in that an operating module for operating the boiling water tap by enabling or denying boiling water to flow through the boiling water tap is provided in the boiling water pipe, the operating module comprising a switch provided on the boiling water tap and an electronic module, which electronic module defines a security code which enables or denies boiling water to flow through the boiling water tap, wherein the security code comprises pressing the switch for over 0.5 seconds to allow the flow of boiling water. a water mains pipe connector for connecting the apparatus to a water mains pipe; a water storage and heating reservoir, said reservoir having a bottom and a top, wherein said reservoir has an inlet connected to the water mains pipe connector, the inlet being provided at the bottom portion of the reservoir, wherein the reservoir furthermore has an outlet provided at the upper portion of the reservoir, which is connectable to a tap, and wherein a water heating element is provided in the water reservoir, the heating element being adapted to provide boiling water at a temperature above its atmospheric boiling point; and a boiling water outlet connected to the reservoir outlet via a boiling water pipe (110, 111) and connectable to a boiling water tap, characterized in that an operating module for operating the boiling water tap by enabling or denying boiling water to flow through the boiling water tap is provided in the boiling water pipe, the operating module comprising a switch provided on the boiling water tap and an electronic module, which electronic module defines a security code which enables or denies boiling water to flow through the boiling water tap, wherein the security code comprises pressing the switch for over 0.5 seconds to allow the flow of boiling water.
A connection fitting for filtering liquid fuel, in particular fuel oil, comprising a fitting housing having a first nipple for connecting a feed line from a fuel tank, a second nipple for connecting a feed line to a fuel consuming or processing burner, a third nipple for connecting a return line from the burner, and a filter chamber with a filter cartridge for the fuel, the fitting housing including a first flow channel that connects the first nipple to the second nipple through the filter chamber and the filter cartridge, characterized by that the third nipple communicates with a flow distributor, by means of which the fuel returned through the third nipple is fed, in a first partial volume flow, to the entrance of the filter cartridge, and is fed, in a second partial volume flow, to the exit of the filter cartridge to the second nipple.
Micromechanical rotation rate sensor, comprising a substrate whose base surface is aligned parallel to the x-y plane of a Cartesian coordinate system (x, y, z), with the rotation rate sensor having at least one first seismic mass and a second seismic mass which are coupled to at least one drive device and are suspended such that the first and the second seismic masses are driven such that they are deflected in antiphase in one drive mode, with the rotation rate sensor being designed such that it can simultaneously detect rotation rates about at least two mutually essentially orthogonal sensitive axes (z, y; z, x), with at least the second seismic mass being in the form of a frame which at least partially surrounds the first seismic mass with respect to the position on the x-y plane, characterized in that the first seismic mass and the second seismic mass are coupled to one another by means of at least one first coupling device (3, 4, 5, 7) and one second coupling device (8, 9, 10, 12) such that, when a first rotation rate is detected about the first sensitive axis (x; y), the first seismic mass and the second seismic mass oscillate in antiphase in a first read mode, and in that, when a second rotation rate is detected about the second sensitive axis (z), they likewise oscillate in antiphase in a second read mode, with the first (3, 4, 5, 7) and the second coupling device (8, 9, 10, 12) each comprising at least one essentially rigid coupling beam (5, 10) with the coupling beam (5, 10) comprising spring elements (3, 4, 8, 9), whereby the coupling beam (5, 10) is coupled on the one hand to the first seismic mass and on the other hand to the second seismic mass, 10, with the coupling beam (5, 10) being suspended on at least one torsion spring element (7, 12) with the torsion spring element (7, 12) being designed such that it allows rotational deflections of the coupling beam (5, 10) about one or two axes, and suppresses further rotational deflections and all translational deflections of the coupling beam (5, 10).
A vehicle of the saddle type, such as a motorcycle, the vehicle including steps that are steps (28, 81) on which an occupant can put the feet, the vehicle including a step operating mechanism that is configured to change a step position, and a control unit that is configured to change a position of the step (28, 81) in response to at least any of an acceleration operation, a deceleration operation, and a turn operation of the vehicle, wherein the step operating mechanism is a mechanism that is configured to change the height of the step for a driver, the vehicle being characterized in that the control unit is configured to carry out control i) to raise the height of the step position on an opposite side to the turn direction of the vehicle and ii) to keep the other step position at the low position.
A method for curing retreaded tires comprising the step of: placing a plurality of tire-membrane assemblies within a tire curing chamber of a tire curing system, each tire-membrane assembly comprising a retreaded tire and a flexible curing membrane installed about at least a portion of the retreaded tire to form a sealed fluid chamber between the membrane and the tire; connecting a membrane fluid passage to each curing membrane of each tire-membrane assembly where each passage extends in fluid communication between one of the curing membranes and a pressure source and/or a vacuum source, each membrane fluid passage including a transducer for measuring pressure within the passage; initiating a curing process whereby the fluid within the curing chamber is heated to a desired temperature and pressurized to a desired pressure; receiving a one or more signal responses from each transducer, each signal response being generated as a function of the fluid pressure contained within the one of the membrane fluid passages; determining through a controller whether the one or more signal responses received in the prior step indicate an undesired change in pressure in each corresponding curing membrane; closing a valve in operable communication with each membrane fluid passage determined by the controller in the preceding step to have experienced an undesired change in pressure, the step of closing being accomplished by the controller sending a signal for the valve to close. placing a plurality of tire-membrane assemblies within a tire curing chamber of a tire curing system, each tire-membrane assembly comprising a retreaded tire and a flexible curing membrane installed about at least a portion of the retreaded tire to form a sealed fluid chamber between the membrane and the tire; connecting a membrane fluid passage to each curing membrane of each tire-membrane assembly where each passage extends in fluid communication between one of the curing membranes and a pressure source and/or a vacuum source, each membrane fluid passage including a transducer for measuring pressure within the passage; initiating a curing process whereby the fluid within the curing chamber is heated to a desired temperature and pressurized to a desired pressure; receiving a one or more signal responses from each transducer, each signal response being generated as a function of the fluid pressure contained within the one of the membrane fluid passages; determining through a controller whether the one or more signal responses received in the prior step indicate an undesired change in pressure in each corresponding curing membrane; closing a valve in operable communication with each membrane fluid passage determined by the controller in the preceding step to have experienced an undesired change in pressure, the step of closing being accomplished by the controller sending a signal for the valve to close.
Mounted plough comprising a fore-carriage and a hind-carriage, the hind-carriage including a frame equipped with plough bodies and an adjustment wheel, the said adjustment wheel being mounted on the said frame using a wheel arm (9; 9A), characterized in that the said wheel arm (9; 9A) includes means for moving the said adjustment wheel along the said frame and the said means are made up of at least one articulation (15; 15A) with a substantially vertical axis and at least one connecting rod (13, 14; 13A, 14A).
An apparatus for determining fluid flow in a pipe comprising: an ultrasonic flow meter which communicates with the interior of the pipe through at least one pair of apertures, where each aperture of the one pair of apertures has an effective diameter; and a turbulence conditioner disposed in the pipe having openings, wherein the pitch between openings is less than the effective diameter of the aperture; characterized in that the conditioner extends across the internal diameter of the pipe and has an axial length that is 5 to 20 times the pitch. an ultrasonic flow meter which communicates with the interior of the pipe through at least one pair of apertures, where each aperture of the one pair of apertures has an effective diameter; and a turbulence conditioner disposed in the pipe having openings, wherein the pitch between openings is less than the effective diameter of the aperture; characterized in that the conditioner extends across the internal diameter of the pipe and has an axial length that is 5 to 20 times the pitch.
Pressing arrangement for dewatering a paper or cardboard web with an area weight between 60 and 250 g/m 2 and at a machine speed of up to 1800 m/min, consisting of four press rollers (2, 3, 4, 5) for forming three pressure nips through which the web conjointly with in each case at least one infinitely revolving, water-absorbing dewatering belt (6, 7, 9) runs, wherein the first and the third pressure nip are in each case configured to be extended by way of the interaction between a shoe press roller (2, 5) and a cylindrical press roller (3, 4), and the first shoe press roller is disposed below, and the second shoe press roller is disposed above, the web, characterized in that the web wraps around the corresponding cylindrical press roller (3, 4) before and after each extended pressure nip by way of at least 20 mm.
Charge air cooler of an internal combustion engine, having a coolant inlet and a coolant outlet, a coolant flow path extending from the coolant inlet to the coolant outlet, a charge air intake, a charge air outlet and a charge air path extending from the charge air intake to the charge air outlet, which along a function section of the coolant flow path within the charge air cooler is in thermal communication with the coolant flow path, wherein the coolant flow path has a bypass from a first point on the coolant flow path to a second point on the coolant flow path, which lies on the coolant flow path downstream of the first point, said bypass comprising a sub-path of the coolant flow path, said sub-path extending between the first and the second point and differing from the diversion flow path, characterized in that the first point lies upstream of the function section at the charge air outlet and the second point lies downstream of the function section at the charge air intake.
An image sensor array, comprising: a pixel circuit configured to generate a pixel output signal with an amplitude related to an intensity of detected light and to pass the pixel output signal to a data signal line for a selection period; a current control capacitor configured to supply a current to the data signal line through a first electrode in the selection period; and a ramp generator configured to generate a voltage ramp signal and to pass the voltage ramp signal to a second electrode of the current control capacitor in the selection period. a pixel circuit configured to generate a pixel output signal with an amplitude related to an intensity of detected light and to pass the pixel output signal to a data signal line for a selection period; a current control capacitor configured to supply a current to the data signal line through a first electrode in the selection period; and a ramp generator configured to generate a voltage ramp signal and to pass the voltage ramp signal to a second electrode of the current control capacitor in the selection period.
A method for generating a multi-resolution image pyramid, comprising: obtaining (210; 510) an image captured as a coarse image of a defined subject, the coarse image having a first resolution; obtaining (220; 520) another image captured as a fine image of the defined subject, the fine image having a second resolution that is higher than that of the coarse image; characterized in that the method further comprises downsampling (230; 530) the fine image to create a temporary image having the resolution of the coarse image; applying (240; 540-590) a structure transfer operation to the temporary image to transfer color detail from the coarse image while retaining structural detail from the temporary image, the structure transfer operation comprising, for each color channel, modeling local color distribution in a neighborhood of each pixel in both the coarse image and the temporary image, and, based on a property of the pixel with respect to its neighborhood in the temporary image, selecting a color value of a pixel having the identical property in the neighborhood in the coarse image; and applying a blending operation between the temporary image and the fine image to construct an intermediate image for at least one intermediate level in the multi-resolution image pyramid between the fine image and the coarse image. obtaining (210; 510) an image captured as a coarse image of a defined subject, the coarse image having a first resolution; obtaining (220; 520) another image captured as a fine image of the defined subject, the fine image having a second resolution that is higher than that of the coarse image; characterized in that the method further comprises downsampling (230; 530) the fine image to create a temporary image having the resolution of the coarse image; applying (240; 540-590) a structure transfer operation to the temporary image to transfer color detail from the coarse image while retaining structural detail from the temporary image, the structure transfer operation comprising, for each color channel, modeling local color distribution in a neighborhood of each pixel in both the coarse image and the temporary image, and, based on a property of the pixel with respect to its neighborhood in the temporary image, selecting a color value of a pixel having the identical property in the neighborhood in the coarse image; and applying a blending operation between the temporary image and the fine image to construct an intermediate image for at least one intermediate level in the multi-resolution image pyramid between the fine image and the coarse image.
A use of a building entry for an integration into an outer wall of a building and for leading a plurality of lines into the building, the building entry comprising a subdividing element which is structurally integrated into the outer building wall by casting with a casting material capable of flowing first and hardening then, the integrated subdividing element forming a plurality of passage openings, wherein the subdividing element is arranged in a through opening in the outer building wall after the casting, which extends between an inside of the building and an outside of the building and is defined by the hardened casting material, the subdividing element subdividing the through opening with respect to directions perpendicular to the longitudinal axis of the through opening into the plurality of passage openings, in which use an empty tube is placed at each of the passage openings for extending the passage openings respectively after the structural integration of the subdividing element by casting, the respective empty tube being pushed into the respective passage opening, wherein in at least some of the empty tubes at least one of the lines is led later on, wherein the empty tubes are respectively pushed in from the inside of the building, whereafter a respective protective tube extending away from the building is attached to each of the empty tubes from the outside of the building for an extension outside the building.
A shovel having a machine guidance function or a machine control function, comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an attachment attached to the upper turning body; a display device provided in the cab; and a control device configured to guide or automatically assist an operation of the shovel according to a target value that is preset, wherein the shovel is operable in a plurality of operating modes including a guidance mode and a measurement mode, and the control device is configured to display geometric information on the display device using information on two end positions of the attachment at two points of time, to set the target value based on the information on the two end positions in the measurement mode, and to guide or automatically assist the operation of the shovel according to the target value in the guidance mode. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an attachment attached to the upper turning body; a display device provided in the cab; and a control device configured to guide or automatically assist an operation of the shovel according to a target value that is preset, wherein the shovel is operable in a plurality of operating modes including a guidance mode and a measurement mode, and the control device is configured to display geometric information on the display device using information on two end positions of the attachment at two points of time, to set the target value based on the information on the two end positions in the measurement mode, and to guide or automatically assist the operation of the shovel according to the target value in the guidance mode.
A crystal form A of compound 1, wherein the X-ray powder diffraction pattern thereof has characteristic diffraction peaks at the following 2Θ angles: 17.69±0.2°, 20.00±0.2°, and 20.63±0.2°,
A collar for an animal equipped with a refillable device for spraying an active substance, wherein the refillable spraying device is attached to or in the collar, and the refillable spraying device comprises: a. a removable reservoir containing a wick and at least one active substance, b. a nebulizing body containing a piezoelectric spraying mechanism, c. a seal ensuring the tightness between said reservoir and said nebulizing body. a. a removable reservoir containing a wick and at least one active substance, b. a nebulizing body containing a piezoelectric spraying mechanism, c. a seal ensuring the tightness between said reservoir and said nebulizing body.
A photoelectrochemical and/or an optoelectronic device comprising a compound being a substituted 16 π-electron ring system, wherein said ring system comprises four peri-fused rings, at least one nitrogen heteroatom and at least one substituent comprising an anchoring group suitable to anchor said compound on the surface of a semiconductor.