mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a mixture comprising at least two polysaccharides, and no more than 5% w/w of oil, and no more than 1% w/w of protein, wherein one of the polysaccharides is β-glucan, and wherein at least one polysaccharide is not β-glucan, wherein said method comprises: (a) subjecting said mixture to at least one enzymatic treatment for a time period of between 1 and 2 hours, said enzymatic treatment comprising treatment with one or more of an alpha-amylase and an amyloglucosidase and wherein said enzymatic treatment degrades at least a portion of at least one polysaccharide which is not β-glucan so that at least 92% of the polysaccharide which is not β-glucan is degraded to a degree of polymerization of 6DP or less than 5DP; and (b) filtering the enzymatically treated mixture, and wherein, prior to said enzymatic treatment, pH of said mixture is reduced to between 1.4 and 2.0 and said mixture is heated to at least 135°C and wherein prior to filtration, said mixture is allowed to cool. (a) subjecting said mixture to at least one enzymatic treatment for a time period of between 1 and 2 hours, said enzymatic treatment comprising treatment with one or more of an alpha-amylase and an amyloglucosidase and wherein said enzymatic treatment degrades at least a portion of at least one polysaccharide which is not β-glucan so that at least 92% of the polysaccharide which is not β-glucan is degraded to a degree of polymerization of 6DP or less than 5DP; and (b) filtering the enzymatically treated mixture, and
A device comprising a display configured to display a picture for duochrome test of a person with astigmatism with known angle (Ω) of cylinder, where the picture comprises two color parts (R, G) comprising an n-tuple of parallel lines oriented according to the determined angle (Ω) of cylinder and n-tuple of identical parallel lines perpendicular to the parallel lines oriented according to the determined angle (Ω) of cylinder, characterized in that, each of the color parts (R, G) comprises at least one n -tuple or is composed of at least one n -tuple, where n is at least 2, of parallel lines oriented according to the determined angle (Ω) of cylinder of the person with astigmatism and identical parallel lines perpendicular to the parallel lines oriented according to the determined angle (Ω) of cylinder, whereas line thickness (h) in the n -tuple is 0.035 to 6 mm, distance (d) between lines in the n -tuple is 0.035 to 6 mm, distance between two geometric centres of neighboring n -tuple lines is at least equal to the length (L) of the lines and the length (L) of each line in n -tuple is at least 0.105 mm.
A razor blade having a symmetrical tapering blade edge ending in a substrate tip , the razor blade comprising a substrate , wherein the substrate has a thickness (T5) comprised between 1.80 micrometers and 2.40 micrometers measured at a distance (D5) of 5 micrometers from the substrate tip , a thickness (T20) comprised between 6.2 micrometers and 7.70 micrometers measured at a distance (D20) of 20 micrometers from the substrate tip ,a thickness (T40) comprised between 11.60 micrometers and 13.50 micrometers measured at a distance (D40) of 40 micrometers from the substrate tip , and a thickness (T200) comprised between 51 micrometers and 56 micrometers measured at a distance (D200) of 200 micrometers from the substrate tip .
A filter device for sewage treatment, the device comprising: a housing compartment with a removable cover ; an inlet before said housing compartment ; an outlet after said housing compartment ; wherein the housing compartment is provided with a filter , characterized in that the filter comprises stationary or moving blades; the filter device further comprising an inlet valve before said housing compartment ; and a by-pass passage having a drainage inlet from said housing compartment and a drainage outlet after the said housing compartment ; said by-pass drainage passage being provided with a drainage valve between the inlet and outlet . a housing compartment with a removable cover ; an inlet before said housing compartment ; an outlet after said housing compartment ; wherein the housing compartment is provided with a filter , characterized in that the filter comprises stationary or moving blades; the filter device further comprising an inlet valve before said housing compartment ; and a by-pass passage having a drainage inlet from said housing compartment and a drainage outlet after the said housing compartment ; said by-pass drainage passage being provided with a drainage valve between the inlet and outlet .
A device (10;60;70) for automatically layering prepreg sheets, the device (10;60;70) arranged to form a prepreg layered body by layering a plurality of semi-cured prepreg sheets , each of the semi-cured prepreg sheets being formed of a fiber sheet impregnated with resin, the device (10;60;70) comprising: a first roller which is provided to press a layered sheet including a release sheet and the semi-cured prepreg sheet attached to one surface of the release sheet , from another surface of the release sheet so as to layer the semi-cured prepreg sheet forming the layered sheet on a top surface of a layered body formed of one or more layers of semi-cured prepreg sheets ; a second roller arranged downstream from the first roller , the second roller provided for guiding the release sheet in a direction in which the release sheet is peeled off from the semi-cured prepreg sheet layered on the top surface of the layered body ; and a temperature gradient formation unit which is provided to form a temperature gradient in a predetermined region of the layered sheet located upstream from the first roller such that the temperature is lowered in a direction from one surface of the semi-cured prepreg sheet layered on the top surface of the layered body toward the other surface of the release sheet , wherein the predetermined region includes a first region (C1), and the temperature gradient formation unit is a cooling unit which is provided to cool the release sheet located in the first region (C1) from the other surface side of the release sheet . a first roller which is provided to press a layered sheet including a release sheet and the semi-cured prepreg sheet attached to one surface of the release sheet , from another surface of the release sheet so as to layer the semi-cured prepreg sheet forming the layered sheet on a top surface of a layered body formed of one or more layers of semi-cured prepreg sheets ; a second roller arranged downstream from the first roller , the second roller provided for guiding the release sheet in a direction in which the release sheet is peeled off from the semi-cured prepreg sheet layered on the top surface of the layered body ; and a temperature gradient formation unit which is provided to form a temperature gradient in a predetermined region of the layered sheet located upstream from the first roller such that the temperature is lowered in a direction from one surface of the semi-cured prepreg sheet layered on the top surface of the layered body toward the other surface of the release sheet , wherein the predetermined region includes a first region (C1), and the temperature gradient formation unit is a cooling unit which is provided to cool the release sheet located in the first region (C1) from the other surface side of the release sheet .
A system comprising: - a substrate comprising a surface ; - a mark arranged on the surface, said mark representing visual information; - a layer disposed over the mark; and - a heating element for heating the layer, wherein the layer comprises: a thermochromic material adapted to change the light absorption of the layer such that the mark becomes visible when the temperature of the layer exceeds a threshold temperature; the system being characterised in that the layer further comprises a binder mixed with the thermochromic material, the binder being at least one of a fluoropolymer and a sol-gel material. - a substrate comprising a surface ; - a mark arranged on the surface, said mark representing visual information; - a layer disposed over the mark; and - a heating element for heating the layer, wherein the layer comprises: a thermochromic material adapted to change the light absorption of the layer such that the mark becomes visible when the temperature of the layer exceeds a threshold temperature; the system being characterised in that the layer further comprises a binder mixed with the thermochromic material, the binder being at least one of a fluoropolymer and a sol-gel material. a thermochromic material adapted to change the light absorption of the layer such that the mark becomes visible when the temperature of the layer exceeds a threshold temperature; the system being characterised in that the layer further comprises a binder mixed with the thermochromic material, the binder being at least one of a fluoropolymer and a sol-gel material.
A method for manufacturing an agglomerate for thermal spraying, the method comprising: vaporizing a solvent ; passing a metallic powder and a polymer powder through the solvent vapor to mix the metallic powder with the polymer powder , wherein the metallic powder is a second metallic powder ; driving a flow of a first metallic powder along a flowpath ; introducing the second metallic powder and polymer powder to the flow of the first metallic powder , wherein the first metallic powder and the second metallic powder are of alloys of the same composition; removing said solvent ; controlling a temperature of the first metallic powder to a first temperature; controlling a temperature of the polymer powder to a third temperature; and controlling a temperature of the second metallic powder to a second temperature or controlling a temperature of an interior of a chamber through which the first metallic powder , second metallic powder and the polymer powder flow. vaporizing a solvent ; passing a metallic powder and a polymer powder through the solvent vapor to mix the metallic powder with the polymer powder , wherein the metallic powder is a second metallic powder ; driving a flow of a first metallic powder along a flowpath ; introducing the second metallic powder and polymer powder to the flow of the first metallic powder , wherein the first metallic powder and the second metallic powder are of alloys of the same composition; removing said solvent ; controlling a temperature of the first metallic powder to a first temperature; controlling a temperature of the polymer powder to a third temperature; and controlling a temperature of the second metallic powder to a second temperature or controlling a temperature of an interior of a chamber through which the first metallic powder , second metallic powder and the polymer powder flow.
A system for joining vehicle components , the system comprising: a first component comprising a projection ; a second component comprising a hollow interior and an open end; an insert configured to be disposed within the hollow interior to form a cavity between the insert and the open end of the second component to receive the projection , wherein the projection is configured to be received in the cavity and secured within the cavity with adhesive, wherein at least one of a side wall of the second component and the projection comprises a hole (28; 36) which is in communication with the cavity for delivering adhesive to the cavity , and wherein the insert is configured to form a closed end of the cavity thereby to guide adhesive flow around the projection . a first component comprising a projection ; a second component comprising a hollow interior and an open end; an insert configured to be disposed within the hollow interior to form a cavity between the insert and the open end of the second component to receive the projection , wherein the projection is configured to be received in the cavity and secured within the cavity with adhesive, wherein at least one of a side wall of the second component and the projection comprises a hole (28; 36) which is in communication with the cavity for delivering adhesive to the cavity , and wherein the insert is configured to form a closed end of the cavity thereby to guide adhesive flow around the projection .
Robot tool for placing sealing plugs into openings in an automotive body component, having a placing installation on which a sealing plug magazine having a plurality of lined-up sealing plugs which by means of the placing installation are capable of being placed in a directly sequential manner and without reloading into the respective openings of the automotive body component is disposed, wherein the sealing plugs by way of a drive unit are capable of being ejected in predefined steps from the sealing plug magazine that is received in the placing installation , wherein the sealing plug magazine extends axially in an axial direction, and the drive unit is disposed relative to the sealing plug magazine at an angle (α) of 90 - 170° in relation to the axial direction, and wherein the drive unit comprises a motor and a flexible brush cable that is configured as an advancing element, wherein the brush cable is connected to a slide which is capable of being repositioned in the axial direction and by way of which sealing plugs are capable of being moved out of the sealing plug magazine .
A dental tool system, comprising: - an electronic detection system for detecting a spatial position (103-Z) of a tooth and a spatial tool position (103-W) of a tool which comprises a stereoscopic detection system having a first and a second camera (113-1, 113-2); and - a device for controlling the tool on the basis of the detected tool position in relation to the position (103-Z) of the tooth by calculating a spatial distance between the tool position and the position of the tooth; wherein the tool comprises a polymerization lamp, a dental drill, an endoscope, a camera, a scanner, a mirror, a light-curing device, a dental chair, a light source for diagnosis or a light source for color determination. - an electronic detection system for detecting a spatial position (103-Z) of a tooth and a spatial tool position (103-W) of a tool which comprises a stereoscopic detection system having a first and a second camera (113-1, 113-2); and - a device for controlling the tool on the basis of the detected tool position in relation to the position (103-Z) of the tooth by calculating a spatial distance between the tool position and the position of the tooth; wherein the tool comprises a polymerization lamp, a dental drill, an endoscope, a camera, a scanner, a mirror, a light-curing device, a dental chair, a light source for diagnosis or a light source for color determination.
A pH-sensitive linker having the following Formula (I), wherein X is -SH, -NH 2 , Boc-NH-, Fmoc-NH-, -COOH; n is 1 to 6; P is -C(O)NH- or -C(O)O-; Q is -R(CH 2 CH 2 O)m-, R(-C(O)NH-)z or -R[-C(O)CH 2 CH 2 -C(O)NH-(CH 2 CH 2 O)m]Y; R is a bond,-C 1-12 alkyl or C 1-10 alkoxy; m is 1 to 12; z is 1 to 4; and Y is 1 to 12. X is -SH, -NH 2 , Boc-NH-, Fmoc-NH-, -COOH; n is 1 to 6; P is -C(O)NH- or -C(O)O-; Q is -R(CH 2 CH 2 O)m-, R(-C(O)NH-)z or -R[-C(O)CH 2 CH 2 -C(O)NH-(CH 2 CH 2 O)m]Y; R is a bond,-C 1-12 alkyl or C 1-10 alkoxy; m is 1 to 12; z is 1 to 4; and Y is 1 to 12.
Applicator , in particular print head , for applying a coating agent, in particular a paint, an adhesive or a sealing material, to a component, in particular to a motor vehicle body component or an add-on component for a motor vehicle body component, having a) a housing, b) a plurality of nozzles for applying the coating agent in the form of a coating agent jet, c) a plurality of coating agent valves for controlling the coating agent delivery through the individual nozzles, d) a plurality of electrically controllable actuators (L) for controlling the coating agent valves , wherein the actuators (L) are electromagnetic actuators (L) each comprising a coil (L), and e) a control circuit integrated in the applicator for electrically controlling the actuators (L), the integrated control circuit containing power electronics for controlling the actuators (L), f) wherein the power electronics control the coil (L) of one of the actuators (L) to open the associated coating agent valve with a starting current (I S ), and g) wherein the power electronics control the coil (L) of one of the actuators (L) for keeping open the previously already opened associated coating agent valve with a holding current (I H ), characterized in h) that the control circuit is integrated in the housing of the applicator , and i) that the holding current (I H ) is smaller than the starting current (I S ). a) a housing, b) a plurality of nozzles for applying the coating agent in the form of a coating agent jet, c) a plurality of coating agent valves for controlling the coating agent delivery through the individual nozzles, d) a plurality of electrically controllable actuators (L) for controlling the coating agent valves , wherein the actuators (L) are electromagnetic actuators (L) each comprising a coil (L), and e) a control circuit integrated in the applicator for electrically controlling the actuators (L), the integrated control circuit containing power electronics for controlling the actuators (L), f) wherein the power electronics control the coil (L) of one of the actuators (L) to open the associated coating agent valve with a starting current (I S ), and g) wherein the power electronics control the coil (L) of one of the actuators (L) for keeping open the previously already opened associated coating agent valve with a holding current (I H ), characterized in h) that the control circuit is integrated in the housing of the applicator , and i) that the holding current (I H ) is smaller than the starting current (I S ).
Device for printing closures of closed containers , comprising a transport section for transporting the containers, wherein a detection unit and a printing unit for printing the closure of a container are arranged one behind the other in transport direction, wherein the detection unit can individually determine the position of the closure transversely with respect to the transport direction for each container and can transmit a signal indicative of the position to a control unit which is assigned to the detection unit and the printing unit, wherein the control unit is configured to control the printing unit to apply printing ink to the closure in order to print the closure, depending on the position, wherein the detection unit comprises an optical unit for taking an image, an illumination device for illuminating at least a part of a container transported in the transport section and an optical body assigned to the optical unit for diverting rays of the illumination device reflected from the container into the optical unit, characterized in that the control unit is configured to rotate a print image stored in a memory for the closure on the basis of software, depending on the reflected light, to produce a print image to be applied depending on the position of a label on the container and to control the printing unit on the basis of the print image to be applied for the ejection of the printing ink.
A method of a server for providing a user interaction service in a communication system, the method comprising: receiving , from a gateway, a request message for a user expression input to be inputted by a user of a terminal; identifying (218-222) preference of the terminal based on a user preference document associated with the terminal, wherein the preference of the terminal indicates whether the terminal prefers to receive the request message for the user expression input, and wherein the user preference document is obtained from an XML document management server, XDMS; transmitting , to the terminal, the request message for the user expression input according to the preference of the terminal; receiving , from the terminal, a first response message including information about the user expression input; and transmitting the first response message to the gateway, wherein the request message for the user expression includes at least one of a description about the user expression input, a way for a participation of the user expression input, or an expiration time of the user expression input. receiving , from a gateway, a request message for a user expression input to be inputted by a user of a terminal; identifying (218-222) preference of the terminal based on a user preference document associated with the terminal, wherein the preference of the terminal indicates whether the terminal prefers to receive the request message for the user expression input, and wherein the user preference document is obtained from an XML document management server, XDMS; transmitting , to the terminal, the request message for the user expression input according to the preference of the terminal; receiving , from the terminal, a first response message including information about the user expression input; and transmitting the first response message to the gateway, wherein the request message for the user expression includes at least one of a description about the user expression input, a way for a participation of the user expression input, or an expiration time of the user expression input.
A hub die-casting mold, comprising a lower mold , a side mold, and an upper mold that are combined to form a hub casting cavity, wherein the lower mold is disposed on a lower mold plate , and the side mold is formed by abutting four sections of arc portions which are slidably connected to the lower mold plate , wherein the four sections of arc portions are divided into two groups that are respectively located at the left and right sides of the lower mold , characterized in that included angles from 3° to 10° are set between sliding tracks of two sections of arc portions in each group and a left-right diameter of the lower mold ; and further comprising two connecting blocks that are respectively disposed on outer sides of the two groups of arc portions, wherein the connecting blocks are provided with connecting holes , hooks are respectively disposed on exterior walls of the two sections of arc portions in each group, and the hooks are slidably connected to the connecting holes .
A bending-insensitive, radiation-resistant single-mode optical fiber, sequentially comprising, from inside to outside, a core , inner claddings and an outer cladding which are all made from a quartz material; wherein the inner claddings comprise, from inside to outside, a first fluorine-doped inner cladding and a second fluorine-doped inner cladding ; and the core and the first fluorine-doped inner cladding comprise a first concentration of metal impurities other than germanium and a second concentration of phosphorus, said first and second concentrations are less than 0.1 ppm; by mass percent, the core has a chlorine content of 0.01-0.10 %; the first fluorine-doped inner cladding has a fluorine concentration of 1.00-1.55 %; and the second fluorine-doped inner cladding has a fluorine concentration of 3.03-5.00 %; characterized in that by mass percent, the core has a fluorine dopant content of 0.2-0.45%, the core and the first fluorine-doped inner cladding are not doped with germanium, a first radius R1 of the core is 3.9 - 4.3 μm, a second radius R2 of the first fluorine-doped inner cladding is 5 - 30 μm, and a third radius R3 of the second fluorine-doped inner cladding is 22 - 46 μm. by mass percent, the core has a fluorine dopant content of 0.2-0.45%, the core and the first fluorine-doped inner cladding are not doped with germanium, a first radius R1 of the core is 3.9 - 4.3 μm, a second radius R2 of the first fluorine-doped inner cladding is 5 - 30 μm, and a third radius R3 of the second fluorine-doped inner cladding is 22 - 46 μm.