mhurhangee/patent-ind-claim-en huggingface dataset:
A jet former for a sanitary shower head for generating a dynamic jet pattern, comprising a) an impeller wheel mounted to be rotatable about an axis of rotation and having a blade arrangement, b) a control device, and c) at least one movably arranged nozzle; wherein the control device is arranged and designed to convert a rotation of the axis of rotation into a movement of the at least one nozzle; wherein at least one blade of the blade arrangement is arranged and designed to a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow , b. deviate the first partial flow in a first partial flow direction , and c. deviate the further partial flow in a further partial flow direction ; wherein the inflow direction , the first partial flow direction and the further partial flow direction each differ from one another, characterized in that the jet former further comprises a reduction gear which is connected to the axis of rotation on the drive side in a force-transmitting manner and is connected to the control device on the output side in a force-transmitting manner. a) an impeller wheel mounted to be rotatable about an axis of rotation and having a blade arrangement, b) a control device, and c) at least one movably arranged nozzle; wherein the control device is arranged and designed to convert a rotation of the axis of rotation into a movement of the at least one nozzle; wherein at least one blade of the blade arrangement is arranged and designed to a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow , b. deviate the first partial flow in a first partial flow direction , and c. deviate the further partial flow in a further partial flow direction ; a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow , b. deviate the first partial flow in a first partial flow direction , and c. deviate the further partial flow in a further partial flow direction ; wherein the inflow direction , the first partial flow direction and the further partial flow direction each differ from one another, characterized in that the jet former further comprises a reduction gear which is connected to the axis of rotation on the drive side in a force-transmitting manner and is connected to the control device on the output side in a force-transmitting manner.
Coupling system for connecting two fluid conduits , wherein - the coupling system comprises a first annular or tubular coupling element which is or can be fixedly connected to a first fluid conduit ; - the coupling system comprises a second annular coupling element which is embodied to enclose a second fluid conduit with a circular profile; - the coupling system comprises an annular sleeve which can be fixedly connected to one end of the second fluid conduit ; - the first coupling element and the second coupling element can be connected to one another such that in the connected state the sleeve is rotatably mounted and surrounded by the first and second coupling elements , and that a fluid-conducting connection is created between the first coupling element and the sleeve ; - the sleeve in the connected state is surrounded in the radial direction by a system wall formed by the first and/or second coupling element ; - the sleeve comprises an additional ring which is rotatably mounted on an outer wall of the sleeve ; characterised in that - an annular, deformable seal is arranged on the additional ring and, in the connected state, is pressed against the system wall in order to seal the fluid-conducting connection; - the additional ring comprises an inner surface which is oriented towards the outer wall of the sleeve and is made of a material that is not substantially deformable; and - the outer wall of the sleeve and the inner surface of the additional ring form friction surfaces which allow the additional ring to rotate about an axis of the sleeve relative to the outer wall . - the coupling system comprises a first annular or tubular coupling element which is or can be fixedly connected to a first fluid conduit ; - the coupling system comprises a second annular coupling element which is embodied to enclose a second fluid conduit with a circular profile; - the coupling system comprises an annular sleeve which can be fixedly connected to one end of the second fluid conduit ; - the first coupling element and the second coupling element can be connected to one another such that in the connected state the sleeve is rotatably mounted and surrounded by the first and second coupling elements , and that a fluid-conducting connection is created between the first coupling element and the sleeve ; - the sleeve in the connected state is surrounded in the radial direction by a system wall formed by the first and/or second coupling element ; - the sleeve comprises an additional ring which is rotatably mounted on an outer wall of the sleeve ; characterised in that - an annular, deformable seal is arranged on the additional ring and, in the connected state, is pressed against the system wall in order to seal the fluid-conducting connection; - the additional ring comprises an inner surface which is oriented towards the outer wall of the sleeve and is made of a material that is not substantially deformable; and - the outer wall of the sleeve and the inner surface of the additional ring form friction surfaces which allow the additional ring to rotate about an axis of the sleeve relative to the outer wall .
A method for inspecting a workpiece, comprising: outputting a patterned light onto a first section of the workpiece using an illumination source , wherein the first section of the workpiece reflects the patterned light; imaging the patterned light reflected from the first section of the workpiece using a feedback camera to generate a first output; imaging a second section of the workpiece that is not illuminated by the illumination source using a background camera to generate a second output; comparing the first output to the second output; and altering the patterned light output by the illumination source by changing one or more of an intensity, a hue, a saturation, and a color of the patterned light based on the comparing of the first output to the second output, thereby increasing a contrast of one or more defects located in the first section of the workpiece. outputting a patterned light onto a first section of the workpiece using an illumination source , wherein the first section of the workpiece reflects the patterned light; imaging the patterned light reflected from the first section of the workpiece using a feedback camera to generate a first output; imaging a second section of the workpiece that is not illuminated by the illumination source using a background camera to generate a second output; comparing the first output to the second output; and altering the patterned light output by the illumination source by changing one or more of an intensity, a hue, a saturation, and a color of the patterned light based on the comparing of the first output to the second output, thereby increasing a contrast of one or more defects located in the first section of the workpiece.
A workpiece processing installation , in particular for drying and/or curing painted and/or coated and/or glued workpieces, comprising: a process chamber for receiving workpieces to be processed, wherein the process chamber is connected to a process air line for introducing and/or discharging process air into or out of the process chamber, respectively, wherein the process air line comprises a fresh air line for introducing fresh air into the process chamber and a recirculating air line for discharging and reintroducing exhaust air from or into the process chamber, respectively; a heating device (26-37) for heating a process air to be introduced into the process chamber ; and a control means for controlling a process air volume introduced into and/or discharged from the process chamber and for controlling a heating power of the heating device, characterized in that a further fresh air line for supplying fresh air into the recirculating air line is provided, and the control means is configured to adjust, control and/or regulate the process air volume and the heating power depending on or in relation to each other. a process chamber for receiving workpieces to be processed, wherein the process chamber is connected to a process air line for introducing and/or discharging process air into or out of the process chamber, respectively, wherein the process air line comprises a fresh air line for introducing fresh air into the process chamber and a recirculating air line for discharging and reintroducing exhaust air from or into the process chamber, respectively; a heating device (26-37) for heating a process air to be introduced into the process chamber ; and a control means for controlling a process air volume introduced into and/or discharged from the process chamber and for controlling a heating power of the heating device, characterized in that a further fresh air line for supplying fresh air into the recirculating air line is provided, and the control means is configured to adjust, control and/or regulate the process air volume and the heating power depending on or in relation to each other.
A toothpaste composition comprising an enzyme, a surfactant comprising a polyethylene glycol ethers of fatty alcohols, a silica abrasive, carrageenan and a natural gum selected from gum karaya, guar gum, xanthan gum, gum arabic, gum tragacanth and mixtures thereof, in which the weight ratio of natural gum to carrageenan is from 1:3 to 1:1.
An echogenicity quantification method, comprising: receiving an ultrasound image by an ultrasonic imaging device, and the ultrasound image comprises a plurality of pixel points, each pixel point has a grayscale value; choosing a region of interest, ROI, in the ultrasound image; counting the grayscale values of the pixel points in the ROI to obtain an average value of the grayscale values of the pixel points in the ROI and a standard deviation of the grayscale values of the pixel points in the ROI; excluding the pixel points in the ROI with the grayscale values smaller than the sum of the minimum grayscale value in the grayscale image and the product of a first scaling factor and the standard deviation of the grayscale values of the pixel points in the ROI; excluding the pixel points in the ROI with the grayscale values larger than the sum of the average value of the grayscale values of the pixel points in the ROI and the product of a second scaling factor and the standard deviation of the grayscale values of the pixel points in the ROI; averaging the grayscale values of the remaining pixel points in the ROI to obtain an average value of interest; choosing a reference region which is nonoverlapped with the ROI in the ultrasound image; averaging the grayscale values of the remaining pixel points in the reference region to obtain an average value of reference; and calculating the difference between the average value of interest and the average value of reference to obtain an echogenicity index. receiving an ultrasound image by an ultrasonic imaging device, and the ultrasound image comprises a plurality of pixel points, each pixel point has a grayscale value; choosing a region of interest, ROI, in the ultrasound image; counting the grayscale values of the pixel points in the ROI to obtain an average value of the grayscale values of the pixel points in the ROI and a standard deviation of the grayscale values of the pixel points in the ROI; excluding the pixel points in the ROI with the grayscale values smaller than the sum of the minimum grayscale value in the grayscale image and the product of a first scaling factor and the standard deviation of the grayscale values of the pixel points in the ROI; excluding the pixel points in the ROI with the grayscale values larger than the sum of the average value of the grayscale values of the pixel points in the ROI and the product of a second scaling factor and the standard deviation of the grayscale values of the pixel points in the ROI; averaging the grayscale values of the remaining pixel points in the ROI to obtain an average value of interest; choosing a reference region which is nonoverlapped with the ROI in the ultrasound image; averaging the grayscale values of the remaining pixel points in the reference region to obtain an average value of reference; and calculating the difference between the average value of interest and the average value of reference to obtain an echogenicity index.
A cooking method for production of high molecular weight lignin and pulp comprising: i. cooking a cellulosic fiber source comprising wood chips in a cooking liquor at a temperature selected from a range between 120°C and 180°C to a kappa number selected from a range between 100 and 5; ii. compressing the cellulose fiber source at the cooking temperature and to a consistency higher than 10% by weight with a pressure selected from a range between 35 kPa and 1000 kPa, to provide a compressed cellulose fraction in a black liquor comprising high molecular weight lignin; iii. displacing the black liquor with a displacing liquor by pressing the cellulosic fiber source in the black liquor with a pressure selected from a range between 1 kPa and 250 kPa to form a column having a consistency of at least 5% by weight, followed by displacing the black liquor with a displacing liquor having a lignin content lower than that in the black liquor; iv. recovering a high molecular weight lignin fraction from the black liquor and the displacing liquor; v. and recovering pulp from the compressed cellulose fraction. i. cooking a cellulosic fiber source comprising wood chips in a cooking liquor at a temperature selected from a range between 120°C and 180°C to a kappa number selected from a range between 100 and 5; ii. compressing the cellulose fiber source at the cooking temperature and to a consistency higher than 10% by weight with a pressure selected from a range between 35 kPa and 1000 kPa, to provide a compressed cellulose fraction in a black liquor comprising high molecular weight lignin; iii. displacing the black liquor with a displacing liquor by pressing the cellulosic fiber source in the black liquor with a pressure selected from a range between 1 kPa and 250 kPa to form a column having a consistency of at least 5% by weight, followed by displacing the black liquor with a displacing liquor having a lignin content lower than that in the black liquor; iv. recovering a high molecular weight lignin fraction from the black liquor and the displacing liquor; v. and recovering pulp from the compressed cellulose fraction.
A wind turbine power generator , comprising a wound rotor, three-phase, double-fed induction generator comprising: a) a stator including two or more stator segments ; b) a rotor rotatably mounted in the stator , the stator being magnetically coupled to the rotor; and c) two or more conversion assemblies , each comprising an AC-DC converter and optionally a DC-AC converter, wherein each of the stator segments is provided with one or more of the conversion assemblies ; wherein said two or more conversion assemblies or the AC-DC converters are mechanically attached to said two or more stator segments . wherein each of the stator segments includes one or multiple stator windings; wherein the stator windings of the stator segments are connected individually or in groups to separate ones of the conversion assemblies . a) a stator including two or more stator segments ; b) a rotor rotatably mounted in the stator , the stator being magnetically coupled to the rotor; and c) two or more conversion assemblies , each comprising an AC-DC converter and optionally a DC-AC converter, wherein each of the stator segments is provided with one or more of the conversion assemblies ;
Paper, which paper comprises different layers, including a cellulose layer and a coating layer , such as for setting the moisture permeability, wherein the coating layer is situated on a first side of the cellulose layer and a masking layer is present on a second side of the cellulose layer, which masking layer is provided with a predetermined pattern and comprises a binder material which impregnates the cellulose layer, wherein the cellulose layer has a specific weight of at most 60 g/m 2 and a Gurley (ISO5636-5) air resistance of at most 100 seconds, wherein the masking layer has penetrated through the cellulose layer to the first side.
A temperature regulating system for an electronic vapour provision system (EVPS), comprising: a sensor to detect at least one parameter of the airflow within the EVPS; a user interface adapted to receive an indication from a user that a puff of the EVPS was too hot; in response to the received indication, a processor is adapted to detect whether a difference in the at least one parameter of the airflow deviates from an expected value by a predetermined amount, and if so, the processor is adapted to change at least a first aspect of a vapour generation process to reduce the vapour temperature at the mouthpiece, responsive to the at least one parameter of the airflow. a sensor to detect at least one parameter of the airflow within the EVPS; a user interface adapted to receive an indication from a user that a puff of the EVPS was too hot; in response to the received indication, a processor is adapted to detect whether a difference in the at least one parameter of the airflow deviates from an expected value by a predetermined amount, and if so, the processor is adapted to change at least a first aspect of a vapour generation process to reduce the vapour temperature at the mouthpiece, responsive to the at least one parameter of the airflow.
A perforating blade strip for creating perforation lines transversely to the transport direction of web-shaped or sheet-shaped substrates, with a perforating blade strip length L, which is limited by two outer edges , wherein at least one longitudinal edge is formed as perforation edge , wherein teeth , which are located next to one another and which are separated from one another by means of recesses of a respective recess width (B1, B(x), B2), are formed on the at least one perforation edge , and wherein the perforating blade strip is designed essentially symmetrically to a perforating blade strip center , which runs approximately in the middle of the perforation edge and perpendicular to the perforation edge , characterized in that the perforating blade strip comprises an inner area with a width of 2a centrally to the perforating blade strip middle , as well as two outer areas adjoining the inner area , and wherein each outer area extends up to a boundary area , each of which has a width y from each of the outer edges of the perforating blade strip , wherein a first recess width B1 is constant in the inner area and a second recess width B2 is constant in the boundary areas , and wherein the recess width B(x) increases in the two outer areas with increasing spacing X from the inner area .
A reamer , with - a main body and - at least one cutting tip arranged on the main body , wherein - the cutting tip comprises a reamer section , wherein - the cutting tip comprises, at a distance (A) from the reamer section , a roughening section with at least one roughening blade , wherein the at least one roughening blade protrudes beyond the reamer section by a particular projection (D), wherein - a plurality of cutting tips is arranged on the main body , characterized in that - the different cutting tips differ in the distance (A) at which the roughening section is offset from the reamer section . - a main body and - at least one cutting tip arranged on the main body , wherein - the cutting tip comprises a reamer section , wherein - the cutting tip comprises, at a distance (A) from the reamer section , a roughening section with at least one roughening blade , wherein the at least one roughening blade protrudes beyond the reamer section by a particular projection (D), wherein - a plurality of cutting tips is arranged on the main body , characterized in that - the different cutting tips differ in the distance (A) at which the roughening section is offset from the reamer section .
An aqueous composition comprising a protein, an aliphatic compound with C8-C16 as the main chain, and lipopolysaccharide (LPS), wherein the aliphatic compound is an unbranched 1-alkanol.
A seal tube assembly with a pump system, the seal tube assembly comprising: a single seal tube having a first axial end sealably coupled to a first vane pump and a second axial end sealably coupled to a second vane pump , the single seal tube comprising transverse contact surfaces at the first axial end and transverse contact surfaces at the second axial end, and the single seal tube being formed to define a first seal tube cavity at the first axial end and a second seal tube cavity at the second axial end ; and characterized in that the single seal tube has an inner diameter and includes an axially forward facing contact surface and a radially inward facing contact surface recessed radially outwardly from the inner diameter and oriented transversely with respect to the axially forward facing contact surface at the first axial end and an axially rearward facing contact surface and a radially inwardly facing contact surface recessed radially outwardly from the inner diameter and oriented transversely with respect to the axially rearward facing contact surface at the second axial end, and wherein each of the radially inwardly facing contact surfaces at the first and second axial ends being formed with a respective radially outwardly extending recess to define first and second seal tube cavities at the first and second axial ends, respectively. a single seal tube having a first axial end sealably coupled to a first vane pump and a second axial end sealably coupled to a second vane pump , the single seal tube comprising transverse contact surfaces at the first axial end and transverse contact surfaces at the second axial end, and the single seal tube being formed to define a first seal tube cavity at the first axial end and a second seal tube cavity at the second axial end ; and characterized in that the single seal tube has an inner diameter and includes an axially forward facing contact surface and a radially inward facing contact surface recessed radially outwardly from the inner diameter and oriented transversely with respect to the axially forward facing contact surface at the first axial end and an axially rearward facing contact surface and a radially inwardly facing contact surface recessed radially outwardly from the inner diameter and oriented transversely with respect to the axially rearward facing contact surface at the second axial end, and wherein each of the radially inwardly facing contact surfaces at the first and second axial ends being formed with a respective radially outwardly extending recess to define first and second seal tube cavities at the first and second axial ends, respectively.