mhurhangee/patent-ind-claim-en huggingface dataset:
A method for washing a crude lignin slurry formed from plant based raw material , wherein the method comprises - separating a soluble carbohydrate containing fraction from the crude lignin slurry by using displacement washing in at least one solid-liquid separation stage so that the crude lignin slurry is prepressed, washed and pressed, and - recovering a solid fraction and the soluble carbohydrate containing fraction . - separating a soluble carbohydrate containing fraction from the crude lignin slurry by using displacement washing in at least one solid-liquid separation stage so that the crude lignin slurry is prepressed, washed and pressed, and - recovering a solid fraction and the soluble carbohydrate containing fraction .
Component of a rolling bearing with at least one rolling element comprising a base substrate made of metal with at least one surface area which is designed as bearing surface of the rolling bearing with at least one rolling element , whereby the at least one surface region of the component comprising a coating which has a first coating region adjacent to the base substrate of the component having a first hardness and a second coating region in contact with at least one rolling element with a second hardness and the first hardness is lower than the second hardness, wherein the first and second coating regions are formed on the base substrate in the direction of the rolling element starting with the first and ending with the second coating region as layers parallel to the base substrate, characterized in that the coating is a metal alloy comprising the following alloying constituents in wt.-%: 8 % ≤ Cr ≤ 18 .5 % , 22,5 % ≤ Mo ≤ 33 % , 2 ,55 % ≤ Si ≤ 3.45 % , optionally 14 % ≤ Ni ≤ 17 % , C < 0,1 % residual Co and unavoidable impurities or 12 % ≤ Cr ≤ 19 % , 28 % ≤ Mo ≤ 36 % , 3 % ≤ Si ≤ 4 % , 0.5 % ≤ Co ≤ 2 % , C < 0,1 % Residual Ni and unavoidable impurities. a base substrate made of metal with at least one surface area which is designed as bearing surface of the rolling bearing with at least one rolling element , whereby the at least one surface region of the component comprising a coating which has a first coating region adjacent to the base substrate of the component having a first hardness and a second coating region in contact with at least one rolling element with a second hardness and the first hardness is lower than the second hardness, wherein the first and second coating regions are formed on the base substrate in the direction of the rolling element starting with the first and ending with the second coating region as layers parallel to the base substrate, characterized in that the coating is a metal alloy comprising the following alloying constituents in wt.-%: 8 % ≤ Cr ≤ 18 .5 % , 22,5 % ≤ Mo ≤ 33 % , 2 ,55 % ≤ Si ≤ 3.45 % , optionally 14 % ≤ Ni ≤ 17 % , C < 0,1 % residual Co and unavoidable impurities or 12 % ≤ Cr ≤ 19 % , 28 % ≤ Mo ≤ 36 % , 3 % ≤ Si ≤ 4 % , 0.5 % ≤ Co ≤ 2 % , C < 0,1 % Residual Ni and unavoidable impurities.
A hot water supply system comprising a first water heating system and a second heating system , and configured to mix first hot water supplied by the first water heating system and second hot water supplied by the second water heating system , the second hot water having a temperature higher than a temperature of the first hot water to supply the mixed hot water, the hot water supply system comprising: - a first mixed hot water generating unit configured to generate first mixed hot water obtained by mixing the first hot water and the second hot water at a first mixing ratio; - a second mixed hot water generating unit configured to generate second mixed hot water obtained by mixing supply water into the first mixed hot water at a second mixing ratio; - a second temperature detecting unit (T5b) configured to detect a temperature of the second mixed hot water; - a second mixed hot water temperature setting unit configured to set a temperature of the second mixed hot water; and - a second changing unit configured to change the second mixing ratio based on the set temperature by the second mixed hot water temperature setting unit and the detected temperature by the second temperature detecting unit (T5b), wherein the hot water supply system supplies the second mixed hot water, characterized by further comprising: - a first temperature detecting unit (T5a) configured to detect a temperature of the first mixed hot water; - a first mixed hot water temperature setting unit configured to set a temperature of the first mixed hot water; and - a first changing unit configured to change the first mixing ratio based on the set temperature by the first mixed hot water temperature setting unit and the detected temperature by the first temperature detecting unit (T5a). - a first mixed hot water generating unit configured to generate first mixed hot water obtained by mixing the first hot water and the second hot water at a first mixing ratio; - a second mixed hot water generating unit configured to generate second mixed hot water obtained by mixing supply water into the first mixed hot water at a second mixing ratio; - a second temperature detecting unit (T5b) configured to detect a temperature of the second mixed hot water; - a second mixed hot water temperature setting unit configured to set a temperature of the second mixed hot water; and - a second changing unit configured to change the second mixing ratio based on the set temperature by the second mixed hot water temperature setting unit and the detected temperature by the second temperature detecting unit (T5b), - a first temperature detecting unit (T5a) configured to detect a temperature of the first mixed hot water; - a first mixed hot water temperature setting unit configured to set a temperature of the first mixed hot water; and - a first changing unit configured to change the first mixing ratio based on the set temperature by the first mixed hot water temperature setting unit and the detected temperature by the first temperature detecting unit (T5a).
A solid-fuel burning and drying unit capable of carbonized drying and burning of toxic gases, comprising a main body , a fuel cell configured in a combustion zone of said main body ; a barrier surface which separates the combustion zone from an upper hot zone of the main body and enables combustion of toxic and volatile gases in the combustion zone without mixing with the atmosphere; flue gas cavities provided in the barrier surface providing an outlet of flue gas from the combustion zone towards the outer wall of the upper, hot zone ; fuel supply elements and fuel discharge pipe (19.2) that deliver fuel to be burned into the fuel cell; a drying unit contained in said main body and comprising a coil rotated by a motor reducer ; wherein the damp fuel is dried in said drying unit by heat from the combustion zone and by frictional heat generated by rotating said coil through the fuel by means of said motor reducer . a main body , a fuel cell configured in a combustion zone of said main body ; a barrier surface which separates the combustion zone from an upper hot zone of the main body and enables combustion of toxic and volatile gases in the combustion zone without mixing with the atmosphere; flue gas cavities provided in the barrier surface providing an outlet of flue gas from the combustion zone towards the outer wall of the upper, hot zone ; fuel supply elements and fuel discharge pipe (19.2) that deliver fuel to be burned into the fuel cell; a drying unit contained in said main body and comprising a coil rotated by a motor reducer ; wherein the damp fuel is dried in said drying unit by heat from the combustion zone and by frictional heat generated by rotating said coil through the fuel by means of said motor reducer .
A baby carrier T-shirt comprises a front part and a rear part arranged to form the body of the T-shirt ; the T-shirt comprises a first vertical strap and a second vertical strap arranged along the front part of the T-shirt and joined to the T-shirt from the area of the shoulders towards the lower end of the T-shirt ; and a frontal vertical layer arranged along the front part and below the first and second strap ; the frontal vertical layer being joined to the T-shirt by both vertical ends of the area of the chest of the T-shirt ; characterised in that the rear part comprises a reinforcement device in the form an X, U; the reinforcement device is configured to be joined to the rear part of the T-shirt along the area of the shoulders and below the underarms of the body of the T-shirt ; and wherein the reinforcement device is configured to help to maintain the spinal column of the baby in a C posture when it is seated in the interior seat..
Iron for domestic or professional use, comprising a heating sole having a generally flat lower surface , possibly pierced with orifices for the passage of steam produced by the iron or by a central to which this iron is connected, characterized in that the sole has one or more housings or orifices capable of receiving in them, and of allowing partially protruding, one or more rollers mounted in the iron so that their length is substantially parallel to the underside of the sole of the iron, each roller being able to rotate, and at least one of said rollers is shaped to perform, during its rotation corresponding to a forward movement of the iron during an ironing action, an action tending to move the fabric or fabric to be ironed in a direction away from the median axis longitudinal of the sole ; this action can result from: - at least one helical groove made in a roller , progressing from a middle zone of this roller towards a longitudinal end of the roller or from a longitudinal end of the roller towards the other longitudinal end of the roller ; - bristles or flanges present on the surface of the roller, oriented inclined with respect to the axis of rotation of the roller , from a central zone of the roller towards a longitudinal end of the roller or from one longitudinal end of the roller to the other longitudinal end of the roller; or - a roller having a casing formed by a tubular piece of elastically stretchable material, this casing being engaged and being able to swivel on a curved rod mounted on the iron so that its convexity is turned on the outer side of the sole of the iron and protrudes from the outer face of this sole, so that the casing, during rotation of the roller, undergoes stretching at the level of the middle portion of the roller. - at least one helical groove made in a roller , progressing from a middle zone of this roller towards a longitudinal end of the roller or from a longitudinal end of the roller towards the other longitudinal end of the roller ; - bristles or flanges present on the surface of the roller, oriented inclined with respect to the axis of rotation of the roller , from a central zone of the roller towards a longitudinal end of the roller or from one longitudinal end of the roller to the other longitudinal end of the roller; or - a roller having a casing formed by a tubular piece of elastically stretchable material, this casing being engaged and being able to swivel on a curved rod mounted on the iron so that its convexity is turned on the outer side of the sole of the iron and protrudes from the outer face of this sole, so that the casing, during rotation of the roller, undergoes stretching at the level of the middle portion of the roller.
A method of imaging an object comprising: obtaining an image data set from a raster scan of the object, the image data set comprising a plurality of data points, each data point having a location and intensity associated with it; generating a reduced data set by selectively removing one or more data points from the image data set based upon an assigned probability of retaining the one or more data points in the data set, the assigned probability being a function of the intensity of a data point; generating a triangulation graph of the reduced data as a planar subdivision having faces that are triangles, the vertices of which are the data points of the reduced data set and the edges of which are adjacent vertices; and segmenting the triangulation graph by finding a path with lowest cost between vertices of the triangulation graph, wherein the cost between vertices is a function of the respective intensity of the vertices. obtaining an image data set from a raster scan of the object, the image data set comprising a plurality of data points, each data point having a location and intensity associated with it; generating a reduced data set by selectively removing one or more data points from the image data set based upon an assigned probability of retaining the one or more data points in the data set, the assigned probability being a function of the intensity of a data point; generating a triangulation graph of the reduced data as a planar subdivision having faces that are triangles, the vertices of which are the data points of the reduced data set and the edges of which are adjacent vertices; and segmenting the triangulation graph by finding a path with lowest cost between vertices of the triangulation graph, wherein the cost between vertices is a function of the respective intensity of the vertices.
An information processing apparatus comprising: a fingerprint information acquisition unit configured to acquire fingerprint information from a finger ; a determination unit configured to determine an action of the finger on basis of the acquired fingerprint information; and a processing unit configured to perform processing on basis of the determined action of the finger , characterized in that the determination unit is configured to determine an inclination of the finger by comparing the acquired fingerprint information with registered fingerprint information registered previously in dependence on directions in which the finger is tilted; and the determination unit is further configured to determine the action of the finger on basis of the determined inclination of the finger . a fingerprint information acquisition unit configured to acquire fingerprint information from a finger ; a determination unit configured to determine an action of the finger on basis of the acquired fingerprint information; and a processing unit configured to perform processing on basis of the determined action of the finger , characterized in that the determination unit is configured to determine an inclination of the finger by comparing the acquired fingerprint information with registered fingerprint information registered previously in dependence on directions in which the finger is tilted; and the determination unit is further configured to determine the action of the finger on basis of the determined inclination of the finger .
Treatment installation for treating workpieces, comprising: - a treatment chamber which comprises a plurality of treatment chamber sections that are each associated with one of a plurality of separate circulatory air modules of the treatment installation , wherein each circulatory air module is arranged in order to guide a separate circulating gas stream; - a heating installation which comprises a heating gas conduit , wherein a plurality of circulatory air modules for heating the gas guided through the treatment chamber sections are coupled to the heating gas conduit , wherein the heating installation comprises a heating device and a heat exchanger by means of which heat produced in the heating device is transferable to a heating gas guided in the heating gas conduit , characterized in that the heat exchanger is of multi-stage configuration, and in that the heating gas conduit comprises a discharge section via which gas discharged from the circulatory air modules is dischargeable and is suppliable as heating gas to the heat exchanger for the reheating thereof. - a treatment chamber which comprises a plurality of treatment chamber sections that are each associated with one of a plurality of separate circulatory air modules of the treatment installation , wherein each circulatory air module is arranged in order to guide a separate circulating gas stream; - a heating installation which comprises a heating gas conduit ,
Multi-ply wire including multiple conductors, comprising lengths of exfoliated superconducting wire which are stacked to provide a multi-ply wire including multiple conductors, said exfoliated superconducting wire comprising a superconducting layer and at least one metallic stabilizing layer adhered thereto and in the absence of a buffer layer and in the absence of a substrate layer , wherein the exfoliated superconducting wire is coated on both sides with a protective layer . lengths of exfoliated superconducting wire which are stacked to provide a multi-ply wire including multiple conductors, said exfoliated superconducting wire comprising a superconducting layer and at least one metallic stabilizing layer adhered thereto and in the absence of a buffer layer and in the absence of a substrate layer , wherein the exfoliated superconducting wire is coated on both sides with a protective layer .
A method of using dissipation factor to control the purification of candle wax compositions, comprising purifying a modified natural oil until a dissipation factor ranging from 0.0001 - 0.0600 is achieved, wherein the dissipation factor is measured at 70 °C using ASTM method D924-08.
Automatic handcuff device characterized in that it comprises a housing comprising at least one electric motor actuating at least one pulley and a clasp composed as a set of links forming a chain in which each link is connected by its sides to the adjacent link with a pin , the first link being fixed to the housing with a pin , the links have an asymmetrical structure and their assembly generates a repeated offset such that the clasp can be wound in a spiral, each link has on its front face a projection provided with at least one orifice crossed by a cable , each cable circulating from link to link through the orifices and each cable being fixed by one end to a pulley and fixed by the other end to the projection of a link and at least one cable being fixed to the last link of the clasp so that, • when the motor starts, it actuates at least one pulley which winds a cable , each cable pulls on the projection of a link to which it is fixed, said projection , acting as a lever, pivots said link and presses on the projection of the adjacent and preceding link, transmitting to it the force of said cable and in turn producing the rotation of all the links , causing the clasp to wind in a spiral on its front face and closing the handcuff, the motor is switched off by an overvoltage sensor and the pulleys equipped with a disengageable anti-return device maintain the tension in the cables and the clasp wound, • the handcuff is opened by disengaging the anti-return mechanism of the pulleys and starting the motor in the opposite direction, releasing the tension in the cables and allowing the clasp to unroll. • when the motor starts, it actuates at least one pulley which winds a cable , each cable pulls on the projection of a link to which it is fixed, said projection , acting as a lever, pivots said link and presses on the projection of the adjacent and preceding link, transmitting to it the force of said cable and in turn producing the rotation of all the links , causing the clasp to wind in a spiral on its front face and closing the handcuff, the motor is switched off by an overvoltage sensor and the pulleys equipped with a disengageable anti-return device maintain the tension in the cables and the clasp wound, • the handcuff is opened by disengaging the anti-return mechanism of the pulleys and starting the motor in the opposite direction, releasing the tension in the cables and allowing the clasp to unroll.
Device for guiding a conveyor belt, having a guide unit with an outer and an inner hollow-cylindrical body , the inner hollow-cylindrical body having a first central axis and being arranged in the outer hollow-cylindrical body , which has a second central axis, and both hollow-cylindrical bodies each have a central axis (X 1 , X 2 ), with at least one bearing for rotatably mounting the outer hollow-cylindrical body on the inner hollow-cylindrical body and with an articulation body designed for mounting the inner hollow-cylindrical body on a central axle , wherein the articulation body is further designed to allow a horizontal and/or vertical change in angle of the first and/or second central axis (X 1 , X 2 ) relative to a central axis (Xa) of the central axle , characterized by a measuring and evaluating system comprising at least one sensor unit (9, 9', 9") arranged inside and/or outside the guide unit , wherein the measuring and evaluating system is designed to detect the change in angle.
Drilling unit for a drilling machine for drilling ground, comprising a rectilinear support structure , which extends along a longitudinal axis (Y) and has a first end able to be disposed in proximity to the ground to be drilled, and a second end opposite said first end , a drilling head mounted slidably on said rectilinear support structure , a drilling element mounted rotatable on said drilling head , so as to rotate around its longitudinal axis, a first gripping member able to grip said drilling element , and disposed in correspondence with said first end of the support structure , a second gripping member mounted mobile along said support structure and disposed between said first gripping member and said drilling head , wherein said drilling unit also comprises a protection device able to shield said drilling element , characterized in that said protection device being configured to be at least partly mobile in a direction of movement (D) parallel to, or coincident with, said longitudinal axis (Y), together with said second gripping member . a drilling head mounted slidably on said rectilinear support structure , a drilling element mounted rotatable on said drilling head , so as to rotate around its longitudinal axis, a first gripping member able to grip said drilling element , and disposed in correspondence with said first end of the support structure , a second gripping member mounted mobile along said support structure and disposed between said first gripping member and said drilling head , wherein said drilling unit also comprises a protection device able to shield said drilling element , characterized in that said protection device being configured to be at least partly mobile in a direction of movement (D) parallel to, or coincident with, said longitudinal axis (Y), together with said second gripping member .