mhurhangee/ep-ind-claims huggingface dataset:
Method for grouping individual products into batches at the end of an industrial production line along which they travel on a conveyor belt through a viewing region of a visiometry station, in which method images of a line of light projected onto said viewing region by a lamellar laser beam are obtained by means of a camera that observes said line of light at a non-zero angle so as to detect an image of said line of light as deformed by the presence of products on the conveyor belt, characterised in that said method consists in gradually establishing a complete height profile of the product as the conveyor belt travels past, and in determining, by automatically processing height data of said products thus obtained according to their location on the conveyor belt, the overlapping surface areas over which said height data is greater than a specified maximum threshold which expresses a likelihood that at least two products are overlapping, and in adding, twice, the value of the areas of said overlapping surfaces to the adjacent areas over which the height data is below said maximum threshold whilst still being greater than a minimum threshold that is indicative of the presence of a product to be counted, and dividing the total by a nominal value of the area occupied by each product individually, so as to derive therefrom a number of products locally present on the belt in order to automatically instruct the sorting members of a station that groups said products into batches containing said products in predetermined quantities.
A stabilizer compound of the general structural formula: wherein: R j, same or different from R i, is selected from: - a first group consisting of a -H, a halogen, a carboxylic ester, an acid halide, an anhydride, an amide, and a thioester, - a second group consisting of a hydroxyl, an amine, a carboxylic acid, a thiol, and any protected derivatives thereof, - a moiety of formula: or - a moiety of formula (II*): and R i, same or different from each other and from R j, are selected from the group consisting of -H, -NO 2, alkyl groups, alkoxy groups, perfluorinated groups, aryl groups, aryl amine groups, aryl ether groups, aryl sulfone groups, aryl thioether groups, and fused aryl ring systems. R j, same or different from R i, is selected from: - a first group consisting of a -H, a halogen, a carboxylic ester, an acid halide, an anhydride, an amide, and a thioester, - a second group consisting of a hydroxyl, an amine, a carboxylic acid, a thiol, and any protected derivatives thereof, - a moiety of formula: or - a moiety of formula (II*): and - a first group consisting of a -H, a halogen, a carboxylic ester, an acid halide, an anhydride, an amide, and a thioester, - a second group consisting of a hydroxyl, an amine, a carboxylic acid, a thiol, and any protected derivatives thereof, - a moiety of formula: or - a moiety of formula (II*): and R i, same or different from each other and from R j, are selected from the group consisting of -H, -NO 2, alkyl groups, alkoxy groups, perfluorinated groups, aryl groups, aryl amine groups, aryl ether groups, aryl sulfone groups, aryl thioether groups, and fused aryl ring systems.
A roll assembly for reducing size of a stock material, the roll assembly comprising: a roll body having an outer cylindrical surface; a plurality of superhard stud elements secured to the roll body, each of the plurality of superhard stud elements including: a tungsten carbide substrate; and a polycrystalline diamond table bonded to the substrate, the polycrystalline diamond table including a convex working surface; wherein the convex working surfaces of the plurality of superhard stud elements partially define a crushing exterior of the roll assembly; and a plurality of tungsten carbide stud elements secured to the roll body and partially defining the crushing exterior, each of the plurality of tungsten carbide stud elements including a tungsten carbide working surface. a roll body having an outer cylindrical surface; a plurality of superhard stud elements secured to the roll body, each of the plurality of superhard stud elements including: a tungsten carbide substrate; and a polycrystalline diamond table bonded to the substrate, the polycrystalline diamond table including a convex working surface; wherein the convex working surfaces of the plurality of superhard stud elements partially define a crushing exterior of the roll assembly; and a plurality of tungsten carbide stud elements secured to the roll body and partially defining the crushing exterior, each of the plurality of tungsten carbide stud elements including a tungsten carbide working surface. a tungsten carbide substrate; and a polycrystalline diamond table bonded to the substrate, the polycrystalline diamond table including a convex working surface; wherein the convex working surfaces of the plurality of superhard stud elements partially define a crushing exterior of the roll assembly; and a plurality of tungsten carbide stud elements secured to the roll body and partially defining the crushing exterior, each of the plurality of tungsten carbide stud elements including a tungsten carbide working surface.
Wine case consisting of a cuboid-shaped, upwardly open base body (1, 1') which is limited by side walls (5a, 5b, 5a', 5b') and a lower end base (4, 4'), and a loose lid which corresponds as regards its shape to the base body (1, 1'), wherein the heights of the side walls (5a, 5b; 5a', 5b'; 6a, 6b) of base body (1, 1') and lid are added to form the required total height for the packaging material and wherein on the base body (1, 1') on the inner side at least on two opposite side walls (5a, 5a'), stop strips are provided which project beyond the side walls (5a, 5a') and as regards their length have dimensions so that the lid is aligned with the base body (1, 1') on all sides when the wine case is closed and produces a closed cuboid, characterised in that the stop strips with projections at their ends are mounted to be releasable in slots of the abutting side walls (5b, 5b') of the base body (1, 1'), wherein the stop strips can be withdrawn in the event of using the wine case as a bottle holder and released from the base body and may be pushed in the reverse direction again with the projections into the slots of the base body and wherein the stop strips along their lower limiting line opposite one another have at least one trough-like recess modelled on a bottle and specifically only in so far as loose insertion from the top remains possible.
A method for heating a forging die device which comprises an upper and a lower base plate (30, 40), an upper and a lower die (10, 20) and an upper and a lower die holding unit (14a, 24a) for supporting the upper and lower dies, the method comprising: preheating at least the one of the upper and lower dies (10, 20); placing the preheated die on the die holding unit (14a, 24a) and then heating the preheated die by an outer periphery cheating unit (15, 25), characterised in that: - the upper, respectively lower die holding unit (14a, 24a) and the upper, respectively lower base plate are integrated together by a fastening unit including a tie rod or bolt (16a, 26a) and a nut (16b, 26b); - each of the dies (10, 20) is fixed to the press body by a die fixing unit (27, 28) which abuts on the outer periphery of the die and detachably fixes and holds the die; - the outer periphery heating unit (15, 25) comprises a flexible pad heater of infrared heater (15, 25); - forming surfaces (10a,20a) of the die (10, 20) are additionally heated to a required temperature by infrared heaters different from the outer periphery heating unit (15, 25) for the die. preheating at least the one of the upper and lower dies (10, 20); placing the preheated die on the die holding unit (14a, 24a) and then heating the preheated die by an outer periphery cheating unit (15, 25), characterised in that: - the upper, respectively lower die holding unit (14a, 24a) and the upper, respectively lower base plate are integrated together by a fastening unit including a tie rod or bolt (16a, 26a) and a nut (16b, 26b); - each of the dies (10, 20) is fixed to the press body by a die fixing unit (27, 28) which abuts on the outer periphery of the die and detachably fixes and holds the die; - the outer periphery heating unit (15, 25) comprises a flexible pad heater of infrared heater (15, 25); - forming surfaces (10a,20a) of the die (10, 20) are additionally heated to a required temperature by infrared heaters different from the outer periphery heating unit (15, 25) for the die. - the upper, respectively lower die holding unit (14a, 24a) and the upper, respectively lower base plate are integrated together by a fastening unit including a tie rod or bolt (16a, 26a) and a nut (16b, 26b); - each of the dies (10, 20) is fixed to the press body by a die fixing unit (27, 28) which abuts on the outer periphery of the die and detachably fixes and holds the die; - the outer periphery heating unit (15, 25) comprises a flexible pad heater of infrared heater (15, 25); - forming surfaces (10a,20a) of the die (10, 20) are additionally heated to a required temperature by infrared heaters different from the outer periphery heating unit (15, 25) for the die.
A method for generating a two-dimensional image from a three-dimensional examination of an object via radiation, comprising: determining an image plane for the 2D image; generating a projection line representing, in projection space, at least a portion of the image plane, the generating comprising: setting an examination line, the examination line lying within a first plane substantially parallel to the image plane; selecting, from a first view of the object, first data substantially indicative of a first ray passing through and perpendicular to the examination line; selecting, from a second view of the object, second data substantially indicative of a second ray passing through and perpendicular to the examination line; and combining the first data with the second data to generate the projection line; and generating the 2D image of the object using the the projection line. determining an image plane for the 2D image; generating a projection line representing, in projection space, at least a portion of the image plane, the generating comprising: setting an examination line, the examination line lying within a first plane substantially parallel to the image plane; selecting, from a first view of the object, first data substantially indicative of a first ray passing through and perpendicular to the examination line; selecting, from a second view of the object, second data substantially indicative of a second ray passing through and perpendicular to the examination line; and combining the first data with the second data to generate the projection line; and generating the 2D image of the object using the the projection line. setting an examination line, the examination line lying within a first plane substantially parallel to the image plane; selecting, from a first view of the object, first data substantially indicative of a first ray passing through and perpendicular to the examination line; selecting, from a second view of the object, second data substantially indicative of a second ray passing through and perpendicular to the examination line; and combining the first data with the second data to generate the projection line; and generating the 2D image of the object using the the projection line.
Yarn processing system for simultaneously processing a plurality of yarns (Y1 to Y4) in respective yarn channels (A to D) of a processing machine having a machine control system, in particular a twisting machine, a texturising machine, a dyeing machine, or the like, comprising a yarn tensioning assembly for generating and maintaining a predetermined yarn tension, characterised in that an individual yarn feeding device designed for rapier or projectile weaving machines, the yarn feeding device having a stationary storage drum, a rotatably driven winding element and an electronic speed control, that an individual controlled tensioner and an individual tensiometer are provided for each yarn (Y1 to Y4) entering the yarn processing machine, that the controlled tensioner and the tensiometer are integrated into a closed yarn tension feedback regulation loop being provided with a regulator for regulating and maintaining a set yarn tension in each yarn, that the electronic speed control is connected to the closed regulation loop, and that at least the tensiometer is connected in parallel to at least one superimposed common tension monitoring and setting system for centrally setting and monitoring the yarn tension in each yarn (Y1 to Y4).
A fluid mixing system comprising: a container (18, 18B) bounding a compartment, the container having a first end and an opposing second end; an elongated first drive line (44, 44A) disposed within the compartment of the container and having a length extending between a first end and an opposing second end, at least a portion of the length of the first drive line being flexible; an elongated second drive line (44, 44B) disposed within the compartment of the container and having a length extending between a first end and an opposing second end, at least a portion of the length of the second drive line being flexible, the first drive line and second drive line being rotatable within the compartment of the container; characterized by at least one tie (45, 45A, 45B, 45C) extending between the first drive line and the second drive line so as to maintain at least a portion of the first drive line and the second drive line at lateral spaced apart positions within the compartment. a container (18, 18B) bounding a compartment, the container having a first end and an opposing second end; an elongated first drive line (44, 44A) disposed within the compartment of the container and having a length extending between a first end and an opposing second end, at least a portion of the length of the first drive line being flexible; an elongated second drive line (44, 44B) disposed within the compartment of the container and having a length extending between a first end and an opposing second end, at least a portion of the length of the second drive line being flexible, the first drive line and second drive line being rotatable within the compartment of the container; characterized by at least one tie (45, 45A, 45B, 45C) extending between the first drive line and the second drive line so as to maintain at least a portion of the first drive line and the second drive line at lateral spaced apart positions within the compartment.
Device for measuring elevations on the surface of a rotary body embodied as a cylinder, roller, sleeve, or plate for a printing machine, the device comprising a first motor for rotating the rotary body about an axis of rotation and a measuring device, said measuring device including at least one radiation source and at least one area scan camera for taking measurements in a touch-free manner, characterized in that the measuring device for taking touch-free measurements comprises a reference object and in that the area scan camera records at least a common image, a common succession of images, or a common film of an axial area of the contour of the rotary body and of the same axial area of the reference object or of the contour thereof.
A method comprising: receiving, by a computing system of an intermediary communication system, from a source, a message to send to a target service (104,106); determining, by the computing system, a message identifier associated with the message; determining, by the computing system, based upon the message identifier, that the message is identical to a previous message that has previously been sent to the target service, based on the existence of an identifier associated with the determined message identifier, stored in storage that is accessible by the intermediary communication system; determining, by the computing system, whether the previous message has been delivered to the target service by locating and retrieving a delivery status identifier stored in association with the identifier for the previous message; upon determining that the previous message has been delivered to the target service, preventing, by the computing system, sending of the message to the target service; and upon determining that the message has not been delivered to the target service, performing, by the computing system, one or more actions related to facilitating delivery of the message to the target service. receiving, by a computing system of an intermediary communication system, from a source, a message to send to a target service (104,106); determining, by the computing system, a message identifier associated with the message; determining, by the computing system, based upon the message identifier, that the message is identical to a previous message that has previously been sent to the target service, based on the existence of an identifier associated with the determined message identifier, stored in storage that is accessible by the intermediary communication system; determining, by the computing system, whether the previous message has been delivered to the target service by locating and retrieving a delivery status identifier stored in association with the identifier for the previous message; upon determining that the previous message has been delivered to the target service, preventing, by the computing system, sending of the message to the target service; and upon determining that the message has not been delivered to the target service, performing, by the computing system, one or more actions related to facilitating delivery of the message to the target service.
A method for evaluating a tear fluid state executing following steps by using a processing unit and a storing unit of a tear fluid state evaluation device comprising: a step of acquiring color information in a predetermined region of a tear fluid interference fringe image acquired by an imaging element of a tear fluid interference fringe image acquisition device; and a step of calculating a numerical value representing a color diversity from the color information acquired, wherein the color information is luminance of at least one or more color elements of red, green, and blue possessed by a pixel; wherein the numerical value is a variation of the luminance; and characterized in that the calculated numerical value representing the color diversity is used by the processing unit as an index for evaluating a tear fluid state, and the variation of the luminance is a variance of the luminance or a standard deviation of the luminance. a step of acquiring color information in a predetermined region of a tear fluid interference fringe image acquired by an imaging element of a tear fluid interference fringe image acquisition device; and a step of calculating a numerical value representing a color diversity from the color information acquired, wherein the color information is luminance of at least one or more color elements of red, green, and blue possessed by a pixel; wherein the numerical value is a variation of the luminance; and characterized in that the calculated numerical value representing the color diversity is used by the processing unit as an index for evaluating a tear fluid state, and the variation of the luminance is a variance of the luminance or a standard deviation of the luminance.
Sheet-fed printing unit, the sheet-fed printing unit being configured as a screen printing unit and comprising at least one screen printing forme cylinder and at least one impression cylinder cooperating therewith, and at least one further rotational transport body (709; 711; 712; 713), and a fixing element of the impression cylinder having an inner contact surface and an outer contact surface, which are arranged so as to cooperate for clamping sheets, and this inner contact surface being at least partially located at a distance from an axis of rotation of the impression cylinder which corresponds to a base radius, and a cylinder barrel of the impression cylinder having a supporting surface for sheets that includes at least one impression portion having a constant barrel radius, which extends over an angle of at least 170° about the axis of rotation of the impression cylinder, and the barrel radius being larger than the base radius, and a fixing element of the at least one further rotational transport body (709; 711; 712; 713) having an inner contact surface and an outer contact surface, which are arranged so as to cooperate for clamping sheets, and this inner contact surface being at least partially located at a distance from an axis of rotation (717; 718; 719; 721) of this further rotational transport body (709; 711; 712; 713) which corresponds to the base radius.
A knife provided with a handle and a blade rotatably mounted on a rivet traversing the handle, at one end thereof, between a deployed position out of the handle and in alignment thereof, and a position folded in a space provided in the handle, comprising a rotating ferrule, formed of a split ring and disposed at the end of the handle at the axis of rotation of the blade, and capable of rotating on itself according to the longitudinal axis of the handle, the knife further including a fixed ferrule fitted to the end of the handle and traversed by the hinge rivet of the blade on the handle, the ferrules, respectively fixed and rotating, being arranged concentrically, the rotating ferrule including, substantially in the middle thereof, an outwardly protruding bead of circular shape, the shape and size of the bead defining on the opposite face of the ferrule a groove intended for receiving the head of the rivet protruding with respect to the outer surface of the fixed ferrule, characterized in that it includes means for guiding and holding the rotating ferrule, including on the one hand a male guide element protruding and disposed on the rotating ferrule, produced by deformation, for example by stamping, of a portion of the wall of the rotating ferrule, directed inwardly thereof, and on the other hand a female fixed guide element, formed of a circular groove disposed on the handle or on a member fixed thereto, the groove being of complementary shape and being adapted to receive and guide said male element.