mhurhangee/patent-ind-claim-en huggingface dataset:
A method for recycling pulper reject comprising the steps of: A. receiving a pulper reject from a previous washing/separating process, wherein the pulper reject comprises more than 70% by weight of Polyolefin-based mixed plastics, 0 to 10% by weight of cellulose fibre, 0,5 to 25% by weight of aluminium foil, 0 to 5% by weight of other plastics and 0 to 3% by weight of other materials; B. simultaneous moisture removing, softening and compacting the pulper reject by an integrated moisture reduction and compacting machine, wherein the machine comprises: a. main drive ; b. feeding hopper ; c. cylinder with a plurality of holes for allowing the passage of moisture or water; d. compression means; e. heating device ; and f. extrusion plate ; wherein the compression means comprise or are formed by a conical screw mounted inside the cylinder with holes , wherein the conical screw comprises filets defining a cylindrical shape within the cylinder and a base of the filets having a conical shape, wherein an inner diameter of the base of the filets of the screw continuously increases along its length, wherein: i. a smaller inner diameter is arranged at a first end of the conical screw near to the feeding hopper ; and ii. a greater inner diameter is arranged at a second end of the conical screw near to an outlet , wherein the main drive is preferably operatively connected to the conical screw , for providing a rotational movement around a central longitudinal axis of the conical screw ; obtaining a recycled raw material ; and iii. feeding a thermoplastic transformation machine with the raw material to obtain a product. A. receiving a pulper reject from a previous washing/separating process, wherein the pulper reject comprises more than 70% by weight of Polyolefin-based mixed plastics, 0 to 10% by weight of cellulose fibre, 0,5 to 25% by weight of aluminium foil, 0 to 5% by weight of other plastics and 0 to 3% by weight of other materials; B. simultaneous moisture removing, softening and compacting the pulper reject by an integrated moisture reduction and compacting machine, wherein the machine comprises: a. main drive ; b. feeding hopper ; c. cylinder with a plurality of holes for allowing the passage of moisture or water; d. compression means; e. heating device ; and f. extrusion plate ; a. main drive ; b. feeding hopper ; c. cylinder with a plurality of holes for allowing the passage of moisture or water; d. compression means; e. heating device ; and f. extrusion plate ; i. a smaller inner diameter is arranged at a first end of the conical screw near to the feeding hopper ; and ii. a greater inner diameter is arranged at a second end of the conical screw near to an outlet , wherein the main drive is preferably operatively connected to the conical screw , for providing a rotational movement around a central longitudinal axis of the conical screw ; obtaining a recycled raw material ; and iii. feeding a thermoplastic transformation machine with the raw material to obtain a product.
A method for processing biometric data, the method comprising: obtaining , by a processing device , transformed enrollment biometric data, transformed backup biometric data, an enrollment random projection transform and a backup random projection transform; determining , by the processing device, reconstructed biometric data corresponding to an enrolling user based on the transformed enrollment biometric data, the transformed backup biometric data, the enrollment random projection transform and the backup random projection transform; and encoding , by the processing device, the reconstructed biometric data using a reenrollment random projection transform to produce transformed reconstructed biometric data, wherein knowledge of the reenrollment random projection transform and the transformed reconstructed biometric data is insufficient to reconstruct the reconstructed biometric data. obtaining , by a processing device , transformed enrollment biometric data, transformed backup biometric data, an enrollment random projection transform and a backup random projection transform; determining , by the processing device, reconstructed biometric data corresponding to an enrolling user based on the transformed enrollment biometric data, the transformed backup biometric data, the enrollment random projection transform and the backup random projection transform; and encoding , by the processing device, the reconstructed biometric data using a reenrollment random projection transform to produce transformed reconstructed biometric data, wherein knowledge of the reenrollment random projection transform and the transformed reconstructed biometric data is insufficient to reconstruct the reconstructed biometric data.
A wireless secure lock for providing redundant channels of access comprising: a cylinder adaptable to fit a profile slot of a door, the cylinder comprising a cam to engage a bolt ; a processor configured to unlock the cylinder upon validation of authentication information received from a passcode keypad , biometric scanner , or mobile device based on a set of rules; a rose protector having an outer wall and an inner wall forming an annular groove for interlocking with a rose knob , the inner wall extending substantially perpendicular with respect to the door, the outer wall formed conically with respect to the door, the annular groove having a graduating thickness that decreases along a plane normal to the door; and the rose knob , wherein the rose knob is for protecting and concealing the cylinder , the rose knob comprising an exterior surface and an interior surface , the exterior surface and the interior surface forming an annular rim for slidably interlocking with the annular groove of the rose protector , the annular rim having a thickness that matches the graduating thickness of the annular groove , wherein the rose knob is irremovably secured to the rose protector when the annular rim of the rose knob interlocks with the annular groove of the rose protector , so as to protect and conceal the processor and the cylinder . a cylinder adaptable to fit a profile slot of a door, the cylinder comprising a cam to engage a bolt ; a processor configured to unlock the cylinder upon validation of authentication information received from a passcode keypad , biometric scanner , or mobile device based on a set of rules; a rose protector having an outer wall and an inner wall forming an annular groove for interlocking with a rose knob , the inner wall extending substantially perpendicular with respect to the door, the outer wall formed conically with respect to the door, the annular groove having a graduating thickness that decreases along a plane normal to the door; and the rose knob , wherein the rose knob is for protecting and concealing the cylinder , the rose knob comprising an exterior surface and an interior surface , the exterior surface and the interior surface forming an annular rim for slidably interlocking with the annular groove of the rose protector , the annular rim having a thickness that matches the graduating thickness of the annular groove , wherein the rose knob is irremovably secured to the rose protector when the annular rim of the rose knob interlocks with the annular groove of the rose protector , so as to protect and conceal the processor and the cylinder .
A circuit breaker , comprising: a communication module configured to receive protection settings and breaker information from a trip unit coupled to said communication module; a non-transitory memory device configured to store the protection settings and the breaker information associated with said circuit breaker ; characterized in a memory controller configured to cause the protection settings and the breaker information received to be written to said non-transitory memory device ; and the communication module is adapted to receive the protection settings and the breaker information upon a triggering event which comprises powering-on the trip unit . a communication module configured to receive protection settings and breaker information from a trip unit coupled to said communication module; a non-transitory memory device configured to store the protection settings and the breaker information associated with said circuit breaker ; a memory controller configured to cause the protection settings and the breaker information received to be written to said non-transitory memory device ; and the communication module is adapted to receive the protection settings and the breaker information upon a triggering event which comprises powering-on the trip unit .
A system for configuring a detector , such as a metal detector, including keys for controlling the functionalities of the detector , comprising such detector characterized in that the system further comprises: - a remote programming unit of the detector and including a human/machine interface for defining configuration data of the detector , which human/machine interface comprises virtual buttons (311-317) representing the keys , each key being associated with a corresponding virtual button (311-317) on the human/machine interface , and graphic icons associated with the virtual buttons, each virtual button being represented by a graphic icon, - a communication link between the programming unit and the detector , the communication link allowing the transfer of configuration data from the programming to the detector , - a controller in the detector , the controller allowing the activation or deactivation of the keys controlling the functionalities of the detector from the configuration data such that: ∘ when said key (131-137) is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key (131-137) is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector. and such that the configuration of the set of virtual buttons (311-317) representing the keys on the human/machine interface makes it possible to define the configuration of the corresponding keys controlling the functionalities of the detector. - a remote programming unit of the detector and including a human/machine interface for defining configuration data of the detector , which human/machine interface comprises virtual buttons (311-317) representing the keys , each key being associated with a corresponding virtual button (311-317) on the human/machine interface , and graphic icons associated with the virtual buttons, each virtual button being represented by a graphic icon, - a communication link between the programming unit and the detector , the communication link allowing the transfer of configuration data from the programming to the detector , - a controller in the detector , the controller allowing the activation or deactivation of the keys controlling the functionalities of the detector from the configuration data such that: ∘ when said key (131-137) is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key (131-137) is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector. and such that the configuration of the set of virtual buttons (311-317) representing the keys on the human/machine interface makes it possible to define the configuration of the corresponding keys controlling the functionalities of the detector. ∘ when said key (131-137) is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key (131-137) is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector.
A method of forming a multilayer shaft , comprising: a first stretching step wherein a portion of a distal end region of a multilayer polymeric tube is stretched at a first pressure and a first temperature, and the first pressure is equal to ambient pressure; a second stretching step wherein the multilayer polymeric tube is stretched at a second pressure and the first temperature until the extruded tube is stretched to 25 to 75%, preferably, 35-65%, more preferably 45-55%, and most preferably 50% of a desired final length, and the second pressure is greater than the first pressure; a third stretching step wherein the multilayer polymeric tube is stretched at a third pressure and the first temperature to form a stretched multilayer polymeric tube having the final stretched length, and the third pressure is less than the second pressure and greater than the first pressure; and a balloon forming step wherein a section of the stretched multilayer polymeric tube is formed into an integral balloon , wherein a total shaft length of the multilayer shaft with the integral balloon is at least 70 cm. a first stretching step wherein a portion of a distal end region of a multilayer polymeric tube is stretched at a first pressure and a first temperature, and the first pressure is equal to ambient pressure; a second stretching step wherein the multilayer polymeric tube is stretched at a second pressure and the first temperature until the extruded tube is stretched to 25 to 75%, preferably, 35-65%, more preferably 45-55%, and most preferably 50% of a desired final length, and the second pressure is greater than the first pressure; a third stretching step wherein the multilayer polymeric tube is stretched at a third pressure and the first temperature to form a stretched multilayer polymeric tube having the final stretched length, and the third pressure is less than the second pressure and greater than the first pressure; and a balloon forming step wherein a section of the stretched multilayer polymeric tube is formed into an integral balloon , wherein a total shaft length of the multilayer shaft with the integral balloon is at least 70 cm.
Yarn storage device for a yarn processing machine comprising at least two storage units that are provided in order to hold a respective yarn store for the yarn processing machine, and loading means that are provided in order to join an end of the yarn of a selected storage unit to an end of an external amount of yarn and to add yarn from the external amount of yarn to the yarn of the selected storage unit , characterized in that at least one storage unit comprises a winding holder with a holder body that is provided in order to keep the windings of a yarn store in a state wound round this holder body , that the loading means are provided in order to add yarn from the external amount of yarn to the yarn of the selected storage unit in windings with a winding diameter (D1) that is greater than the radial dimensions (D3) of the holder body , such that the windings are held as successive windings placed one after another in the state wound round the holder body.
A fiber reinforced feedstock cutting device , comprising: a feedstock pass through zone ; and a cutting mechanism, wherein a portion of the cutting mechanism defines at least a partial perimeter of the feedstock pass through zone, wherein the cutting mechanism comprises a ribbon including one or more perforations, wherein a feedstock (120-1, 121-1, 122-1) is passed through at least one perforation of the one or more perforations and movement of the ribbon cuts the feedstock, and wherein the cutting device further comprises a set of rotatable reels (206, 207, 306, 307, 606, 606-1, 607, 607-1) coupled to the ribbon, wherein rotating at least one of the reels causes movement of the ribbon in one or more directions. a feedstock pass through zone ; and a cutting mechanism, wherein a portion of the cutting mechanism defines at least a partial perimeter of the feedstock pass through zone, wherein the cutting mechanism comprises a ribbon including one or more perforations, wherein a feedstock (120-1, 121-1, 122-1) is passed through at least one perforation of the one or more perforations and movement of the ribbon cuts the feedstock, and wherein the cutting device further comprises a set of rotatable reels (206, 207, 306, 307, 606, 606-1, 607, 607-1) coupled to the ribbon, wherein rotating at least one of the reels causes movement of the ribbon in one or more directions.
A diffuser assembly comprising: a leaf spring arranged as a rectangular frame having a width and height; a diffuser suspended within the frame; and at least one actuator provided within the frame and being arranged to move the diffuser , wherein the assembly is arranged such that the leaf spring provides in-plane stiffness less than the out-of-plane stiffness, wherein the at least one actuator comprises a motor having a stator attached to the diffuser and a rotor having a spinning eccentric load. a leaf spring arranged as a rectangular frame having a width and height; a diffuser suspended within the frame; and at least one actuator provided within the frame and being arranged to move the diffuser , wherein the assembly is arranged such that the leaf spring provides in-plane stiffness less than the out-of-plane stiffness, wherein the at least one actuator comprises a motor having a stator attached to the diffuser and a rotor having a spinning eccentric load.
A method for detecting and segmenting multiple foreground objects depicted in a digital image, comprising: (a) segmenting the image into superpixels using K-means clustering in the color-XY space; (b) representing the image as image adjacency graph where each vertex represents a superpixel; (c) augmenting the image adjacency graph with a background node; (d) performing a K-means clustering of the border superpixels of the image adjacency graph and then using the K-means cluster centers to represent the background node prior; (e) compute a saliency score for the image adjacency graph and a corresponding overall image saliency score; (f) iteratively performing steps (g) to (j) for a predetermined number of iterations; (g) finding a set of nodes or superpixels from the image adjacency graph for which the saliency score is greater than a specified threshold; (h) modifying the image adjacency graph by cutting out the set of nodes and storing the saliency scores of these nodes as a first set of saliency scores; (i) determining new saliency scores for a region that remains in the image adjacency graph by computing the Fiedler Vector of the modified image adjacency graph; (j) combining the new saliency scores of the region with the first set of saliency scores and compute a new overall image saliency score; (k) choosing a segmentation map with the highest overall image saliency score. (a) segmenting the image into superpixels using K-means clustering in the color-XY space; (b) representing the image as image adjacency graph where each vertex represents a superpixel; (c) augmenting the image adjacency graph with a background node; (d) performing a K-means clustering of the border superpixels of the image adjacency graph and then using the K-means cluster centers to represent the background node prior; (e) compute a saliency score for the image adjacency graph and a corresponding overall image saliency score; (f) iteratively performing steps (g) to (j) for a predetermined number of iterations; (g) finding a set of nodes or superpixels from the image adjacency graph for which the saliency score is greater than a specified threshold; (h) modifying the image adjacency graph by cutting out the set of nodes and storing the saliency scores of these nodes as a first set of saliency scores; (i) determining new saliency scores for a region that remains in the image adjacency graph by computing the Fiedler Vector of the modified image adjacency graph; (j) combining the new saliency scores of the region with the first set of saliency scores and compute a new overall image saliency score; (k) choosing a segmentation map with the highest overall image saliency score.
Civil engineering machine, comprising - a track-bound undercarriage having a running gear with wheels for running on train tracks , - an upper carriage mounted on the undercarriage for rotation around a vertical rotary axis, - a leader , which is mounted on the upper carriage and comprises a linear guide on which a work carriage having an construction work equipment is mounted for movement along said linear guide, and - a drive unit for operating the civil engineering machine , - wherein the drive unit is arranged in the track-bound undercarriage , characterised in that the track-bound undercarriage comprises a traction drive for driving autonomously on the train tracks . - a track-bound undercarriage having a running gear with wheels for running on train tracks , - an upper carriage mounted on the undercarriage for rotation around a vertical rotary axis, - a leader , which is mounted on the upper carriage and comprises a linear guide on which a work carriage having an construction work equipment is mounted for movement along said linear guide, and - a drive unit for operating the civil engineering machine , - wherein the drive unit is arranged in the track-bound undercarriage ,
An anti-intrusion cylinder for locks of the type comprising a stator which is provided with a substantially cylindrical longitudinal cavity for accommodating a rotor with a longitudinal seat for the insertion of a key , said rotor and said stator comprising a plurality of channels , which are substantially aligned and facing when the cylinder is in the locked configuration, said channels accommodating respective pins , counterpins and optional elastic means which are adapted to prevent the rotation of the rotor in the stator in the absence of the key from said longitudinal seat , at least one of said pins comprising a shank , said shank being provided with a mushroom-shaped terminal with a diameter smaller than the diameter of said shank , said terminal being faced toward and proximate to the corresponding counterpin , characterized in that at least two contoured annular bodies with a substantially similar diameter to the diameter of said channel are mutually arranged in a column and are fitted, with mechanical play, over said mushroom-shaped terminal .