mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use with a base eyeglasses lens , the method characterized by : forming an additional lens from an amorphous thermoplastic polymer, such that the additional lens has an optical design; changing a curvature of the additional lens such that the curvature of the additional lens conforms with a curvature of the base eyeglasses lens , without causing a loss of the optical design of the additional lens , by: heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens , such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens ; and subsequently, adhering the additional lens to the base eyeglasses lens , the optical design of the additional lens being such that, upon being adhered to the base eyeglasses lens , the adhered base eyeglasses lens and the additional lens provide a combined lens having a desired optical prescription. forming an additional lens from an amorphous thermoplastic polymer, such that the additional lens has an optical design; changing a curvature of the additional lens such that the curvature of the additional lens conforms with a curvature of the base eyeglasses lens , without causing a loss of the optical design of the additional lens , by: heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens , such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens ; and heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens , such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens ; and subsequently, adhering the additional lens to the base eyeglasses lens , the optical design of the additional lens being such that, upon being adhered to the base eyeglasses lens , the adhered base eyeglasses lens and the additional lens provide a combined lens having a desired optical prescription.
A power generating element comprising: a pedestal formed in a frame shape in plan view; a vibrating body provided inside the pedestal ; at least three first bridge supporting portions (30A to 30D), each of the first bridge supporting portions (30A; 30B; 30C; 30D) extending along a first extending axis and configured to arrange the vibrating body to be supported on the pedestal ; and a charge generating element that generates a charge at the time of displacement of the vibrating body , wherein the first extending axes of a pair of the first bridge supporting portions (30A to 30D) adjacent to each other in a circumferential direction with the vibrating body defined as a center in plan view form a predetermined angle, the charge generating element includes a plurality of first electrode layers (E11 to E44) being electrically independent from each other, and at least one of the first electrode layers (E11 to E44) is arranged on each of the first bridge supporting portions (30A to 30D), characterised in that the vibrating body includes: a first weight body ; a second weight body ; and at least three second bridge supporting portions (130A to 130D) coupling the first weight body with the second weight body , wherein the first weight body and the second weight body are spaced apart from each other, and an additional weight body is provided on a lower surface of the second weight body . a pedestal formed in a frame shape in plan view; a vibrating body provided inside the pedestal ; at least three first bridge supporting portions (30A to 30D), each of the first bridge supporting portions (30A; 30B; 30C; 30D) extending along a first extending axis and configured to arrange the vibrating body to be supported on the pedestal ; and a charge generating element that generates a charge at the time of displacement of the vibrating body , wherein the first extending axes of a pair of the first bridge supporting portions (30A to 30D) adjacent to each other in a circumferential direction with the vibrating body defined as a center in plan view form a predetermined angle, the charge generating element includes a plurality of first electrode layers (E11 to E44) being electrically independent from each other, and at least one of the first electrode layers (E11 to E44) is arranged on each of the first bridge supporting portions (30A to 30D), characterised in that the vibrating body includes: a first weight body ; a second weight body ; and at least three second bridge supporting portions (130A to 130D) coupling the first weight body with the second weight body , wherein the first weight body and the second weight body are spaced apart from each other, and an additional weight body is provided on a lower surface of the second weight body .
A method for producing a riser for inserting into a casting mold used for casting metals, which riser consists of a riser body , which riser body surrounds an inner cavity as a riser volume and is composed of an exothermic and/or insulating riser material , the riser body having a respective lateral wall region , a cap region as well as base region facing a mold cavity formed in the casting mold, wherein a riser opening is formed in the base region for connecting the inner cavity of the riser body with the mold cavity of the casting mold during the casting process and the inner cavity has, in at least a partial region, a diameter that is larger than the diameter of the riser opening , and wherein the riser body is produced by shooting in a core shooter, wherein in order to produce a single-piece riser body having the specified shape, a cavity reproducing the outer contour of the riser body is formed in a two-part core box having a bottom box and a top box , characterized in that , in order to produce the inner cavity in the riser body , a king , the outer contour of which can be reversibly expanded, is set in the cavity in such a way that, in the shooting of the riser body , the wall region , the cap region and the base region of the riser body are formed by the riser material introduced into the intermediate space between the expanded king and the inner wall of the cavity , wherein the riser opening arranged in the base region of the riser body is formed by a foot segment of the king , which foot segment specifies a first diameter, and the king does not protrude beyond the diameter of the foot segment in the non-expanded position of the king such that the completely shot riser body can be removed from the king by means of the riser opening of the riser body during unmolding from the core box .
Direct contacting device for fixing and electrically contacting a conductor on a circuit board , wherein the circuit board comprises an opening which fully penetrates the circuit board and into which the direct contacting device can be introduced, and a contacting surface which is associated with the opening , having a conductor receptacle , a first spring barb and a spacer element , wherein the spacer element connects the conductor receptacle and the first spring barb in a mutually spaced manner, at the opening , according to a thickness of the circuit board , and the first spring barb extends with a first extension, upon insertion into the opening , into a first insertion position, and, after being pushed through the opening , compresses, with a second, greater extension, into a fixing position, such that the spacer element is arranged in the opening, and the conductor introduced into the conductor receptacle is clamped against the conductor plage by means of a force of the first spring barb, and electrical contact between the conductor and the contacting surface is achieved, characterised in that the conductor receptacle comprises an eye for guiding through the conductor, wherein the conductor can be pressed onto the contacting surface by means of the eye.
A super-large scale photon capture bioreactor for water purification, comprising: a sealable three-dimensional room, a water pipe , and a generator ; a plurality of planar layers being provided inside the three-dimensional room, each being mounted with water ditches in a circuitous way; the water ditches in a same planar layer having a water inlet and a water outlet ; a plurality of microbe filter diaphragms acting as filtration and carrier for microorganisms being arranged in the water ditches at intervals along a water flow direction, and a filter unit being formed between two adjacent microbe filter diaphragms ; float-planted plants being provided on water surface of each filter unit , aquatic animals and microorganisms being bred underwater in the filter units , plant growth illuminating lights being arranged above the float-planted plants at an adjustable height; a vane wheel being arranged under the water outlet of each of the water ditches in an upper layer and being connected with the generator ; the water inlet of the water ditches in a next layer being arranged under the vane wheel ; water to be purified being guided to a water inlet at an uppermost layer through the water pipe , wherein the water to be purified goes from an upper layer down through an inclined sink towards a water inlet in a next biological reaction layer , and wherein each vane wheel is mounted at the lower end of the sink , so that water flowing from the sink to the inlet of the next layer causes the vane wheel to rotate and drive the generator .
An egg processing system , comprising: a reference platform defining a plurality of reference openings therethrough, each reference opening being adapted for receiving at least a portion of an avian egg therein from an underside of the reference platform ; a plurality of egg holders for supporting eggs, each egg holder being configured to lift an egg toward a respective reference opening ; and a plurality of egg orienting accommodations extending from the underside of the reference platform , each egg orienting accommodation being associated with a respective reference opening such that as an egg moves toward the reference platform it interacts with the egg orienting accommodation to orient the egg, characterized in that each egg orienting accommodation comprises a plurality of resilient members cooperating to form an open-ended arrangement through which the egg is capable of being received for straightening the egg vertically, wherein the resilient members do not retain the egg without the assistance of the egg holder . a reference platform defining a plurality of reference openings therethrough, each reference opening being adapted for receiving at least a portion of an avian egg therein from an underside of the reference platform ; a plurality of egg holders for supporting eggs, each egg holder being configured to lift an egg toward a respective reference opening ; and a plurality of egg orienting accommodations extending from the underside of the reference platform , each egg orienting accommodation being associated with a respective reference opening such that as an egg moves toward the reference platform it interacts with the egg orienting accommodation to orient the egg, characterized in that each egg orienting accommodation comprises a plurality of resilient members cooperating to form an open-ended arrangement through which the egg is capable of being received for straightening the egg vertically, wherein the resilient members do not retain the egg without the assistance of the egg holder . a plurality of resilient members cooperating to form an open-ended arrangement through which the egg is capable of being received for straightening the egg vertically, wherein the resilient members do not retain the egg without the assistance of the egg holder .
Cupboard furniture , in particular for kitchens, having a plurality of foot elements , a furniture body which is supported on a base via the plurality of foot elements , the furniture body having at least a bottom , two side walls and a top , and a receptacle for a washing machine is formed between the two side walls , and a metal sheet for supporting the washing machine is provided on an underside of the receptacle, characterized in that at least one clip is provided which connects a foot element to the metal sheet via fastening means.
A method for decreasing container-to-container variation in particulate content in a packaged beverage, wherein the particulates are pulp and the beverage is a pulpous beverage, the method comprising: dispensing a first portion of a beverage comprising a first portion of liquid and a portion of said particulates insoluble in the liquid from a first dispenser suitable for dispensing the first portion of the beverage; dispensing a second portion of the beverage comprising a second portion of liquid from a counterpressure filler , wherein a plurality of containers receives the first portion of the beverage from the first dispenser and receives the second portion of the beverage from the counterpressure filler; and sealing each container to form the packaged beverage, wherein the first portion of the beverage comprises all of the particulates and the second portion of the beverage is particulate free. dispensing a first portion of a beverage comprising a first portion of liquid and a portion of said particulates insoluble in the liquid from a first dispenser suitable for dispensing the first portion of the beverage; dispensing a second portion of the beverage comprising a second portion of liquid from a counterpressure filler , wherein a plurality of containers receives the first portion of the beverage from the first dispenser and receives the second portion of the beverage from the counterpressure filler; and sealing each container to form the packaged beverage, wherein the first portion of the beverage comprises all of the particulates and the second portion of the beverage is particulate free.
A storage rack for bottles, in particular wine bottles, the storage rack comprising a base plate , a column and at least two modular floors for bottles, - wherein the base plate comprises a support for the column, and - wherein the column is arranged in the support of the base plate, and the column comprises a rotating device and a support plate for the floors , and - wherein the modular floors are arranged one above the other on the support plate and are traversed by the column , and in that each modular floor is formed of a plurality of bottle holders and intermediate pieces , and - wherein each bottle holder has a compartment for storing a bottle, and on each - bottle holder and each intermediate piece pins are formed on the upper side and holes are formed on the lower side, - wherein several floors are arranged one above the other in such a way that the pins of each bottle holder or intermediate piece of the lower floor engage in the holes of the bottle holder or intermediate piece of the floor above, - wherein the storage rack is formed free-standing, and - wherein at least one perforated plate is arranged on at least one of the modular floors in such a way that the holes of the perforated plate are penetrated by the pins of the bottle holder and/or intermediate piece . - wherein the base plate comprises a support for the column, and - wherein the column is arranged in the support of the base plate, and the column comprises a rotating device and a support plate for the floors , and - wherein the modular floors are arranged one above the other on the support plate and are traversed by the column , and in that each modular floor is formed of a plurality of bottle holders and intermediate pieces , and - wherein each bottle holder has a compartment for storing a bottle, and on each - bottle holder and each intermediate piece pins are formed on the upper side and holes are formed on the lower side, - wherein several floors are arranged one above the other in such a way that the pins of each bottle holder or intermediate piece of the lower floor engage in the holes of the bottle holder or intermediate piece of the floor above, - wherein the storage rack is formed free-standing, and - wherein at least one perforated plate is arranged on at least one of the modular floors in such a way that the holes of the perforated plate are penetrated by the pins of the bottle holder and/or intermediate piece .
A method of manufacturing a tablet comprising an electronic device , the electronic device comprising a skirt wherein the skirt comprises an outer diameter , the method comprising: providing a powdered material into a die cavity of a tablet press; dispensing the electronic device from a tape-and-reel carrier tape operatively coupled to the tablet press; locating the electronic device into the die cavity ; and compressing the powdered material and the electronic device to form a tablet; wherein the carrier tape comprises a cover tape and defines a cavity for holding the electronic device between the carrier tape and the cover tape , and wherein dispensing the electronic device from the carrier tape comprises: removing the cover tape from the carrier tape to expose the electronic device within the cavity ; picking the electronic device from the cavity with a pick-and-place element of the transfer mechanism ; transferring the pick-and-place element to the tablet press; and placing the electronic device in the die cavity . providing a powdered material into a die cavity of a tablet press; dispensing the electronic device from a tape-and-reel carrier tape operatively coupled to the tablet press; locating the electronic device into the die cavity ; and compressing the powdered material and the electronic device to form a tablet; wherein the carrier tape comprises a cover tape and defines a cavity for holding the electronic device between the carrier tape and the cover tape , and wherein dispensing the electronic device from the carrier tape comprises: removing the cover tape from the carrier tape to expose the electronic device within the cavity ; picking the electronic device from the cavity with a pick-and-place element of the transfer mechanism ; transferring the pick-and-place element to the tablet press; and placing the electronic device in the die cavity . removing the cover tape from the carrier tape to expose the electronic device within the cavity ; picking the electronic device from the cavity with a pick-and-place element of the transfer mechanism ; transferring the pick-and-place element to the tablet press; and placing the electronic device in the die cavity .
Light guide (GL) for an optical block (BO), said light guide (GL) comprising a central portion (PC) located between a rear end (E1) comprising an input zone (ZE) supplied with photons by at least one photon source and having a shape and an external surface inducing at least a total internal reflection of said photons having penetrated through said input zone (ZE) towards said central part (PC), and a front end (E2) delivering photons guided by said central part (PC) and participating in at least one photometric function said rear end (E1) comprising two fixing tabs (PFj) extending it backwards and each comprising a through hole (T1j) delimited by a wall having a portion (P2j) with a shape and an external surface inducing at least a total internal reflection towards said central portion (PC) of the photons which reach it so that they participate in said photometric function, said fixing tabs (PFj) being defined at two opposite corners of said rear end (E1).
An article, comprising: a composite comprising a plurality of continuous fibers defining a substrate, and a plurality of discontinuous agents contained within at least a portion of the substrate such that the plurality of discontinuous agents comprises at least 40% of the mass of the composite, wherein: at least some of the plurality of discontinuous agents have a plurality of magnetic particles adsorbed thereto; and at least some of the discontinuous agents comprise discontinuous fibers, wherein the discontinuous fibers have an average diameter of between 10 micrometers and 100 micrometers. at least some of the plurality of discontinuous agents have a plurality of magnetic particles adsorbed thereto; and at least some of the discontinuous agents comprise discontinuous fibers, wherein the discontinuous fibers have an average diameter of between 10 micrometers and 100 micrometers.
A composition comprising at least one saccharide, at least one salt, and a co-polymer of sucrose and epichlorohydrin, wherein the composition does not comprise blood cells or substances derived from blood cells.
A method for supporting non-public network, NPN, by a base station, in a wireless communication system, the method comprising: transmitting , to an access and mobility management function, AMF, an initial user equipment, UE, message comprising a closed access group, CAG, identifier list supported by a cell accessed by a UE; receiving , from the AMF, an initial context setup request message comprising access allowance information for CAG cells; determining whether to handover the UE to a target cell based on the access allowance information; transmitting a handover request message comprising the access allowance information to a target base station based on determining to handover the UE to the target cell; and receiving a handover request response message from the target base station, wherein the access allowance information comprises an allowed CAG list of the UE and information of whether the UE is allowed to access non-CAG cells. transmitting , to an access and mobility management function, AMF, an initial user equipment, UE, message comprising a closed access group, CAG, identifier list supported by a cell accessed by a UE; receiving , from the AMF, an initial context setup request message comprising access allowance information for CAG cells; determining whether to handover the UE to a target cell based on the access allowance information; transmitting a handover request message comprising the access allowance information to a target base station based on determining to handover the UE to the target cell; and receiving a handover request response message from the target base station, wherein the access allowance information comprises an allowed CAG list of the UE and information of whether the UE is allowed to access non-CAG cells.