mhurhangee/patent-ind-claim-en huggingface dataset:
A finger guard member for a roller conveyor , the finger guard member comprising a first wall disposed between one end of a roller provided in the roller conveyor and a belt wound around the one end, and a second wall positioned outside the one end in a longitudinal direction of the roller , whereas the finger guard member comprises a notch formed in the second wall , and having a width larger than a shaft diameter of a fixed shaft of the roller ; whereas the notch has the shape of an arc in a top thereof; characterized in that the finger guard member comprises a positioning part that is disposed inside the notch , wherein the positioning part includes an arc-shaped part , for the fixed shaft having a first shaft diameter, the finger guard member is positioned by supporting the arc-shaped part of the positioning part on a peripheral surface of the fixed shaft , for the fixed shaft having a second shaft diameter greater than the first shaft diameter, the finger guard member is positioned by supporting the edge of the notch on the peripheral surface of the fixed shaft without the positioning part on the second wall , and the positioning part further includes a rib part (144 to 147) connected to the edge of the notch for removing the positioning part . a first wall disposed between one end of a roller provided in the roller conveyor and a belt wound around the one end, and a second wall positioned outside the one end in a longitudinal direction of the roller , whereas the finger guard member comprises a notch formed in the second wall , and having a width larger than a shaft diameter of a fixed shaft of the roller ; whereas the notch has the shape of an arc in a top thereof; characterized in that the finger guard member comprises a positioning part that is disposed inside the notch , wherein the positioning part includes an arc-shaped part , for the fixed shaft having a first shaft diameter, the finger guard member is positioned by supporting the arc-shaped part of the positioning part on a peripheral surface of the fixed shaft , for the fixed shaft having a second shaft diameter greater than the first shaft diameter, the finger guard member is positioned by supporting the edge of the notch on the peripheral surface of the fixed shaft without the positioning part on the second wall , and the positioning part further includes a rib part (144 to 147) connected to the edge of the notch for removing the positioning part .
A composition comprising: (a) 0.5 to 7 wt. % of polysaccharide(s) selected from a water soluble and/or water dispersible nonionic polymer(s) of D-glucose, water soluble nonionic, branched heteroglycan(s) or a blend thereof; (b) 0.1 to 30 wt. % of a sunscreen; (c) 0.1 to 10 wt. % of a C3 to C16 alkane, mono alkoxy or polyalkoxy diol(s) or a blend thereof, optionally wherein the diol has vicinally substituted hydroxyl groups; (d) wherein the ratio of polysaccharide(s) to alkane/alkoxy diol(s) is in the range of 70:1 to 1:40; and (e) a cosmetically acceptable carrier; wherein the alkane diol includes 1,2-octane diol. (a) 0.5 to 7 wt. % of polysaccharide(s) selected from a water soluble and/or water dispersible nonionic polymer(s) of D-glucose, water soluble nonionic, branched heteroglycan(s) or a blend thereof; (b) 0.1 to 30 wt. % of a sunscreen; (c) 0.1 to 10 wt. % of a C3 to C16 alkane, mono alkoxy or polyalkoxy diol(s) or a blend thereof, optionally wherein the diol has vicinally substituted hydroxyl groups; (d) wherein the ratio of polysaccharide(s) to alkane/alkoxy diol(s) is in the range of 70:1 to 1:40; and (e) a cosmetically acceptable carrier;
A process for preparing a cement material comprising the steps of: a. reacting anti-coagulated blood sourced from one or more non-human creatures with a base to form a mixture; b. adding an acid to the mixture; c. stabilising the mixture produced by steps a. and b. against oxidation; d. adding the mixture to a solvent to provide a foaming agent solution wherein the foaming agent is present in the range 10 - 30 % by volume wherein the solvent comprises water and 0-10% one or more additional solvents; e. foaming the foaming agent solution; and f. adding the foamed foaming agent solution to a cement with mixing. a. reacting anti-coagulated blood sourced from one or more non-human creatures with a base to form a mixture; b. adding an acid to the mixture; c. stabilising the mixture produced by steps a. and b. against oxidation; d. adding the mixture to a solvent to provide a foaming agent solution wherein the foaming agent is present in the range 10 - 30 % by volume wherein the solvent comprises water and 0-10% one or more additional solvents; e. foaming the foaming agent solution; and f. adding the foamed foaming agent solution to a cement with mixing.
A method of manufacturing a data page for a book-like document , in particular a document of value and/or a security document, which comprises a data carrier and, fastened thereto, a tab made of a textile tape material, - in which said textile tape material used for forming the tab , which differs from the data carrier , is positioned along a longitudinal side of the data carrier in a manner so as to form an overlap region , and an area is formed which protrudes from the data carrier , and - in which the textile tape material and the data carrier are interconnected in said overlap region , - with the data carrier having a base size whose front edges are spaced apart a greater distance than the distance between the cutting lines provided for forming the lateral edges of the data carrier in its final format, and said data carrier being brought together with the tab , - with a sealing surface being created at least in either frontal end region of the tab and being positioned such that the cutting line determining the final format of the data page lies within each respective sealing surface , characterised in that , at least one surface of the textile tape material of the tab is melted so as to form the sealing surface . - in which said textile tape material used for forming the tab , which differs from the data carrier , is positioned along a longitudinal side of the data carrier in a manner so as to form an overlap region , and an area is formed which protrudes from the data carrier , and - in which the textile tape material and the data carrier are interconnected in said overlap region , - with the data carrier having a base size whose front edges are spaced apart a greater distance than the distance between the cutting lines provided for forming the lateral edges of the data carrier in its final format, and said data carrier being brought together with the tab , - with a sealing surface being created at least in either frontal end region of the tab and being positioned such that the cutting line determining the final format of the data page lies within each respective sealing surface , characterised in that , at least one surface of the textile tape material of the tab is melted so as to form the sealing surface .
Container handling installation , comprising at least one handling element (17, 18; 26, 27; 36 to 39; 162) for treating at least one container , a lifting curve (14; 24; 34; 54; 64) for adjusting the at least one a handling element (17, 18; 26, 27; 36 to 39; 162) and / or the at least one container relative to one another, characterized by a detecting means for selectively detecting the running properties of a single roller on the lifting curve (14; 24; 34; 54; 64), wherein the detecting means comprises a detection path coupling a first lifting curve region and a second lifting curve region , in which a sensor of the detecting means is positioned to detect vibrations which are injected by a roller in the detection path , and wherein the first lifting curve region and a second lifting curve region are decoupled from each other by a recess except for the detection path .
A compound represented by Chemical Formula 1 below: wherein the Chemical Formula 1 is any one selected from the group consisting of Al(CH 3 ) 2 [CH 3 OC(CH 3 ) 2 CH 2 NtBu], Al(CH 3 ) 2 [CH 3 OCH(CH 3 )CH 2 NtBu], Al(CH 3 ) 2 [CH 3 OCH 2 CH 2 NtBu], Zn(CH 3 )[CH 3 OCH 2 CH 2 NtBu], Zn(CH 3 )[CH 3 OC(CH 3 ) 2 CH 2 NtBu], Zn(Et)[CH 3 OC(CH 3 ) 2 CH 2 NtBu], In(CH 3 ) 2 [CH 3 OCH 2 CH 2 NtBu], and Ga(CH 3 ) 2 [CH 3 OCH 2 CH 2 NtBu] wherein Et is ethyl, and tBu is a tert-butyl group.
An image processing device comprising: an acquisition unit that acquires a microscopic image obtained by photographing a surgical member inserted to a subject with a surgical microscope; an estimation unit that estimates a relative posture of the surgical member in the subject on the basis of the microscopic image acquired by the acquisition unit; and an output unit that outputs posture information associated with the posture that has been estimated, wherein the surgical member is a surgical tool on which a marker is displayed, the acquisition unit acquires the microscopic image of the surgical tool on which the marker is displayed and an endoscopic image of a intraocular endoscope , the estimation unit estimates the relative posture between the surgical tool on which the marker is displayed and the surgical microscope, and also estimates the relative posture between the surgical tool on which the marker is displayed and the intraocular endoscope, and the image processing device further comprises an operation unit that operates the relative posture between the surgical microscope and the intraocular endoscope from the relative posture between the surgical tool and the surgical microscope and the relative posture between the surgical tool and the intraocular endoscope. an acquisition unit that acquires a microscopic image obtained by photographing a surgical member inserted to a subject with a surgical microscope; an estimation unit that estimates a relative posture of the surgical member in the subject on the basis of the microscopic image acquired by the acquisition unit; and an output unit that outputs posture information associated with the posture that has been estimated, wherein the surgical member is a surgical tool on which a marker is displayed, the acquisition unit acquires the microscopic image of the surgical tool on which the marker is displayed and an endoscopic image of a intraocular endoscope , the estimation unit estimates the relative posture between the surgical tool on which the marker is displayed and the surgical microscope, and also estimates the relative posture between the surgical tool on which the marker is displayed and the intraocular endoscope, and the image processing device further comprises an operation unit that operates the relative posture between the surgical microscope and the intraocular endoscope from the relative posture between the surgical tool and the surgical microscope and the relative posture between the surgical tool and the intraocular endoscope.
Method for extracting β-amylases from a soluble fraction of starchy plant, comprising: a) a step of microfiltration of a soluble fraction of starchy plant, b) followed by a step of ultrafiltration of the microfiltration permeate, said method being characterised in that said ultrafiltration step is performed in the presence of at least one pectinase. a) a step of microfiltration of a soluble fraction of starchy plant, b) followed by a step of ultrafiltration of the microfiltration permeate,
A modular residential building at least comprising: a) a building framework, wherein the building framework comprises a plurality of vertical columns (4.02), each vertical column being provided with a plurality of contact surfaces (4.11), wherein each contact surface is a part of a carrying structure for flat modules (1.0), b) a plurality of flat modules (1.0), said flat modules preferably being modified ISO-containers, secured to the vertical columns (4.02); c) at least two gable elements (6.03); d) a plurality of vertical front elements (6.04); e) at least one roof element (6.02), and wherein the assembly of framework and flat modules are covered with an insulating outer shell, wherein said outer shell is created by the at least two gable elements (6.03), the at least one roof element, and the plurality of vertical front elements (6.04); the building being characterized in that the building framework includes fastening means (5.02) for securing the flat modules (1.0) to the vertical columns (4.02) of the building framework with a horizontal and vertical distance between neighbouring flat modules (1.0) thereby creating cavities there between, wherein said cavities are utilised as a plurality of horizontal and vertical heating and cooling canals, and wherein sound reduction material (5.01a) is provided between each contact surface (4.11) and the flat module (1.0) being carried by said contact surface (4.11). a) a building framework, wherein the building framework comprises a plurality of vertical columns (4.02), each vertical column being provided with a plurality of contact surfaces (4.11), wherein each contact surface is a part of a carrying structure for flat modules (1.0), b) a plurality of flat modules (1.0), said flat modules preferably being modified ISO-containers, secured to the vertical columns (4.02); c) at least two gable elements (6.03); d) a plurality of vertical front elements (6.04); e) at least one roof element (6.02), and
A compound of formula (I) a tautomer thereof, or a pharmaceutically acceptable salt of said compound or tautomer, wherein: R 1 is selected from (C 1 -C 4 )alkyl, (C 1 -C 4 )fluoroalkyl and CH 2 OCH 3 ; R 2 , R 3 and R 4 are each independently selected from hydrogen and fluorine; and R 5 is selected from hydrogen, fluorine, (C 1 -C 4 )alkoxy and cyclopropoxy. R 1 is selected from (C 1 -C 4 )alkyl, (C 1 -C 4 )fluoroalkyl and CH 2 OCH 3 ; R 2 , R 3 and R 4 are each independently selected from hydrogen and fluorine; and R 5 is selected from hydrogen, fluorine, (C 1 -C 4 )alkoxy and cyclopropoxy.
A system for grading aquatic organisms, the system comprising a grading unit comprising at least: a pump , and a grader having chambers each with an adjustable slit, wherein the aquatic organisms are dropped into the chambers, which are rotated by a motor, while the slit on the bottom of each chamber gradually widens, the system further comprising a counter , two or more receptacles for receiving aquatic organisms from the grader , and a central control system , and wherein the counter is configured to send information to the central control system on a performance of the grading process, wherein the central control system is configured to compare the information from the counter to data stored in a database and send feed-back signals to adjust settings of each individual component of the grading unit , including adjusting at least one of a speed of the pump , a rotation rate of the grader , and a slit setting of the grader , during the grading process to optimize the grading process. a pump , and a grader having chambers each with an adjustable slit, wherein the aquatic organisms are dropped into the chambers, which are rotated by a motor, while the slit on the bottom of each chamber gradually widens,
Exhaust-gas aftertreatment device for an exhaust-gas system of an internal combustion engine , having a housing which has at least two equivalently formed receptacles for the arrangement of EGA modules , wherein an EGA module is understood to mean a module which is provided for guiding at least part of an exhaust-gas flow and which has at least one substrate which is relevant for an exhaust-gas aftertreatment and through which the exhaust-gas flow is guided, characterized by at least one exhaust-gas guide module which can be inserted into an arbitrary one of the at least two equivalent receptacles , wherein the exhaust-gas guide module is provided to form an exhaust-gas inlet or an exhaust-gas outlet .
Spectrometer comprising: - a dispersive body comprising an optically transparent material, further comprising an entrance surface , a collimation surface , a first and a second optical interface , and a collection surface , wherein the collimation surface is located downstream the entrance surface and has a curvature designed to collimate light, - the first and a second optical interface are located downstream the collimation surface and are designed to receive and disperse light, and - the collection surface is located downstream the first and second optical interface and has a curvature designed to collect light; - an optical entrance aperture positioned at a focal plane of the collimation surface ; - a light source positioned in front of the optical entrance aperture ; wherein the spectrometer is arranged such that - light to be emitted from said light source strikes the entrance aperture and enters the dispersive body at the entrance surface , - the entered light then strikes the collimation surface and is collimated at the collimation surface by means of total internal reflection, - the collimated light exits the dispersive body at the first optical interface and enters again the dispersive body at the second optical interface , wherein the collimated light is dispersed at the first and second optical interfaces , and - the dispersed light is collected by the collection surface and focused onto a focal plane, wherein the light exits the dispersive body at the collection surface . - a dispersive body comprising an optically transparent material, further comprising an entrance surface , a collimation surface , a first and a second optical interface , and a collection surface , wherein the collimation surface is located downstream the entrance surface and has a curvature designed to collimate light, - the first and a second optical interface are located downstream the collimation surface and are designed to receive and disperse light, and - the collection surface is located downstream the first and second optical interface and has a curvature designed to collect light; - an optical entrance aperture positioned at a focal plane of the collimation surface ; - a light source positioned in front of the optical entrance aperture ; wherein the spectrometer is arranged such that - light to be emitted from said light source strikes the entrance aperture and enters the dispersive body at the entrance surface , - the entered light then strikes the collimation surface and is collimated at the collimation surface by means of total internal reflection, - the collimated light exits the dispersive body at the first optical interface and enters again the dispersive body at the second optical interface , wherein the collimated light is dispersed at the first and second optical interfaces , and - the dispersed light is collected by the collection surface and focused onto a focal plane, wherein the light exits the dispersive body at the collection surface .
A system for contacting gases and liquids, comprising: a vessel containing inert particles; a single orifice located at the base of the vessel configured to allow gas to pass into the vessel; a gas outlet located above the surface of the working volume while in use, configured to allow gas to pass out of the vessel; a liquid inlet configured to allow liquid to pass into the vessel; and a liquid outlet configured to allow liquid to leave the vessel; wherein: the total volume of the inert particles is from 1 to 20% of the total working volume of the vessel; the liquid inlet, the liquid outlet, the gas inlet and the gas outlet are arranged such that the liquid passes the gas in counter-current flow through at least a portion of the vessel while in use; the liquid outlet comprises an effluent passage extending into the vessel; the inlet of the effluent passage is located below the liquid inlet; and the liquid leaves the vessel via the effluent passage due to the hydrostatic pressure of the liquid in the vessel while in use. a vessel containing inert particles; a single orifice located at the base of the vessel configured to allow gas to pass into the vessel; a gas outlet located above the surface of the working volume while in use, configured to allow gas to pass out of the vessel; a liquid inlet configured to allow liquid to pass into the vessel; and a liquid outlet configured to allow liquid to leave the vessel; the total volume of the inert particles is from 1 to 20% of the total working volume of the vessel; the liquid inlet, the liquid outlet, the gas inlet and the gas outlet are arranged such that the liquid passes the gas in counter-current flow through at least a portion of the vessel while in use; the liquid outlet comprises an effluent passage extending into the vessel; the inlet of the effluent passage is located below the liquid inlet; and the liquid leaves the vessel via the effluent passage due to the hydrostatic pressure of the liquid in the vessel while in use.
A method of controlling a plurality of lighting devices in a user determinable configuration, the method comprising: - receiving positional data comprising the positions of multiple of the plurality of lighting devices in the user determinable configuration, - determining , based on the received positional data, a shape of the configuration of the plurality of lighting devices , - receiving a set of light scenes , each light scene of the set of light scenes associated with a shape , - selecting a light scene from the set of light scenes by matching the determined shape to the shape associated with the light scene, and - controlling the plurality of lighting devices based on the selected light scene . - receiving positional data comprising the positions of multiple of the plurality of lighting devices in the user determinable configuration, - determining , based on the received positional data, a shape of the configuration of the plurality of lighting devices , - receiving a set of light scenes , each light scene of the set of light scenes associated with a shape , - selecting a light scene from the set of light scenes by matching the determined shape to the shape associated with the light scene, and - controlling the plurality of lighting devices based on the selected light scene .
A method of receiving selected multicast content on a wireless device , comprising: obtaining , on the wireless device , a global user personalized content preference descriptor combined from a user personalized content preference descriptor and a selected predetermined content descriptor corresponding to a service identifier, ID, associated with a content supplier; receiving a plurality of content items associated with the content supplier via a wireless multicast transmission, wherein the global user personalized content preference descriptor is applied to each incoming content item, and wherein each of the plurality of content items comprises a predetermined content descriptor for describing the content item; and selecting , at the wireless device , at least one content item of the plurality of content items based on a comparison between at least a portion of the predetermined content descriptor for describing the at least one content item and the global user personalized content preference descriptor for processing the selected content item. obtaining , on the wireless device , a global user personalized content preference descriptor combined from a user personalized content preference descriptor and a selected predetermined content descriptor corresponding to a service identifier, ID, associated with a content supplier; receiving a plurality of content items associated with the content supplier via a wireless multicast transmission, wherein the global user personalized content preference descriptor is applied to each incoming content item, and wherein each of the plurality of content items comprises a predetermined content descriptor for describing the content item; and selecting , at the wireless device , at least one content item of the plurality of content items based on a comparison between at least a portion of the predetermined content descriptor for describing the at least one content item and the global user personalized content preference descriptor for processing the selected content item.