mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: receiving , at a device having an application, a message that includes information associated with an object having an object type, wherein the application is configured to process the message to provide message content including the object to a user interface; performing application-specific operations for the application, on the message, in a sandbox that is separate from the application, wherein the application-specific operations include: determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing , outside of the sandbox and outside of the application, a schema validation of the object based on the object type. receiving , at a device having an application, a message that includes information associated with an object having an object type, wherein the application is configured to process the message to provide message content including the object to a user interface; performing application-specific operations for the application, on the message, in a sandbox that is separate from the application, wherein the application-specific operations include: determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing , outside of the sandbox and outside of the application, a schema validation of the object based on the object type. determining the object type; and attempting to generate the object from the information associated with the object in the message, based on the determined object type; and in accordance with a completion of the attempt to generate the object in the sandbox, performing , outside of the sandbox and outside of the application, a schema validation of the object based on the object type.
An in vitro method of detecting and/or isolating cell-free DNA (cfDNA), the method comprising: (i) positively charging a surface of a conductive polymer forming a nanostructure, wherein said nanostructure is a nanochip, a nanodot, a nanorod, or a nanowire; (ii) treating the conductive polymer with a biological substance so as to attach cfDNA to the conductive polymer, wherein the cfDNA is attached by applying an electric signal at 0.8 to 1.2 V for 20 to 40 seconds; and (iii) detecting the cfDNA with the conductive polymer; and/or (iv) releasing the cfDNA from the conductive polymer by applying an electric signal. (i) positively charging a surface of a conductive polymer forming a nanostructure, wherein said nanostructure is a nanochip, a nanodot, a nanorod, or a nanowire; (ii) treating the conductive polymer with a biological substance so as to attach cfDNA to the conductive polymer, wherein the cfDNA is attached by applying an electric signal at 0.8 to 1.2 V for 20 to 40 seconds; and (iii) detecting the cfDNA with the conductive polymer; and/or (iv) releasing the cfDNA from the conductive polymer by applying an electric signal.
A system arrangement for use in automobiles for fault-tolerant and electromagnetically compatible control of a plurality of execution units (AE) of the system arrangement, comprising - a command unit (BE) and a plurality of line driver units, wherein - the plurality of execution units (AE) is segmented into a plurality of serial sub-chains and a line driver unit (LTE) is connected directly upstream of each sub-chain; - the line driver units (LTE), which are serially communicatively coupled to one another by means of a second data line, and the first series-connected line driver unit (LTE) is communicatively coupled to the command unit (BE) by means of the second data line, wherein the first data line and the second data line are each an electrical data line, which is always set up to carry current; characterised in that - each sub-chain has at least two execution units (AE) along a first data line; - wherein the commands are transmitted with a sequence of bits via the data line, which is modulated differentially, and after transmission of the commands the data line is not switched off, but continues to transmit a differential idle pattern, so that differential modulation is always provided when the plurality of execution units (AE) are controlled, wherein signals on the second data line are modulated with an amplitude 10 times greater than signals on the first data line. - a command unit (BE) and a plurality of line driver units, wherein - the plurality of execution units (AE) is segmented into a plurality of serial sub-chains and a line driver unit (LTE) is connected directly upstream of each sub-chain; - the line driver units (LTE), which are serially communicatively coupled to one another by means of a second data line, and the first series-connected line driver unit (LTE) is communicatively coupled to the command unit (BE) by means of the second data line, wherein the first data line and the second data line are each an electrical data line, which is always set up to carry current; characterised in that - each sub-chain has at least two execution units (AE) along a first data line; - wherein the commands are transmitted with a sequence of bits via the data line, which is modulated differentially, and after transmission of the commands the data line is not switched off, but continues to transmit a differential idle pattern, so that differential modulation is always provided when the plurality of execution units (AE) are controlled, wherein signals on the second data line are modulated with an amplitude 10 times greater than signals on the first data line.
A binocular vision assessment and therapy apparatus comprising: a source of left eye image and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision, said pairs having a variable difference in information content between said left eye image and said right eye image; a dichoptic display system adapted to present a selected one of said images pairs as a right eye image to a patient's right eye and a left eye image to a patient's left eye, wherein said variable difference is adjustable to achieve binocular vision in a patient having a deficiency of binocular vision; and a processor configured to process user input data recorded by a user interface, said interface being provided by a computer programmed to provide said user interface, and related to at least one preceding task of a series of tasks performed by a user to determine a level of binocular vision of said user, said processor adjusting said information content presented to each eye and therewith said variable difference in information content before each subsequent task as a function of user input related to performance at the preceding task; wherein said processor is configured to adjust the information content presented to each eye in a manner that the amount of information presented to the weak eye is inversely proportional to the level of binocular vision having been determined and that the strong eye receives less information than said weak eye. a source of left eye image and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision, said pairs having a variable difference in information content between said left eye image and said right eye image; a dichoptic display system adapted to present a selected one of said images pairs as a right eye image to a patient's right eye and a left eye image to a patient's left eye, wherein said variable difference is adjustable to achieve binocular vision in a patient having a deficiency of binocular vision; and a processor configured to process user input data recorded by a user interface, said interface being provided by a computer programmed to provide said user interface, and related to at least one preceding task of a series of tasks performed by a user to determine a level of binocular vision of said user, said processor adjusting said information content presented to each eye and therewith said variable difference in information content before each subsequent task as a function of user input related to performance at the preceding task; wherein said processor is configured to adjust the information content presented to each eye in a manner that the amount of information presented to the weak eye is inversely proportional to the level of binocular vision having been determined and that the strong eye receives less information than said weak eye.
Device comprising: - an item of equipment (102; 201; 211; 301; 401) with a heat source, - a part (102; 202; 212; 302; 402) that is cold relative to the item of equipment, and - an element (103; 203, 204; 213, 214; 303; 403, 404, 405) able to transmit the heat from the item of equipment to the cold part, the element (103; 203; 213; 404) comprising a component (103; 203; 213; 404) thermally connected to the heat source under certain thermal conditions situated inside a given thermal condition, wherein, under certain thermal conditions situated beyond the given thermal condition, said component (103; 203; 213; 404) comprises a liquid phase which is discharged so as to no longer be thermally connected to the heat source, this leading to a loss of contact between the element and the item of equipment or the cold part, characterised in that the element is such that, under certain thermal conditions situated beyond the given thermal condition, the item of equipment and the cold part are essentially thermally isolated so as to avoid a transmission of the heat generated within the item of equipment to the cold part and overheating of the cold part leading to degradation or ignition thereof, and in that the cold part is a liquid fuel. - an item of equipment (102; 201; 211; 301; 401) with a heat source, - a part (102; 202; 212; 302; 402) that is cold relative to the item of equipment, and - an element (103; 203, 204; 213, 214; 303; 403, 404, 405) able to transmit the heat from the item of equipment to the cold part,
A cone ejection system for a collection pipette, the system comprising: - a cone ejection knob for being translationally moved by an operator's thumb ; - a cone ejection device ; - elastic return means capable of returning the cone ejection device into a high position, characterised in that it further comprises a control lever for controlling the ejection device , the control lever including: - a first end for being mounted onto a piece of the pipette; - a second end cooperating with said ejection knob , so as to be biased by the same; - an intermediate portion for actuating the ejection device . - a cone ejection knob for being translationally moved by an operator's thumb ; - a cone ejection device ; - elastic return means capable of returning the cone ejection device into a high position, - a first end for being mounted onto a piece of the pipette; - a second end cooperating with said ejection knob , so as to be biased by the same; - an intermediate portion for actuating the ejection device .
A lithographic printing plate precursor having an aluminum support and an image recording layer disposed above the aluminum support, wherein the aluminum support includes an aluminum plate and an anodized film of aluminum formed on the aluminum plate, wherein the image recording layer is positioned on the anodized film side of the aluminum support, and wherein when measured over a 400 μm x 400 μm region of a surface of the aluminum support on the image recording layer side using a three-dimensional non-contact roughness tester, pits with a depth from centerline of at least 0.70 μm are present at a density of at least 3,000 pits/mm 2 .
A neck for a food package , the neck comprising a main body having an upper part configured to be closed with a cap , a lower part configured to be attached to the food package , and a neck wall extending between the upper part and the lower part along a main axis (A) of the neck , the neck wall having a wall thickness (WT) along a direction (R) transverse to the main axis (A), and a tether band holding portion configured to hold the cap to the neck via a tether band , characterized in that an outside surface of the neck wall is provided with cap parking protrusions , the cap parking protrusions having an extension (RE) in the direction (R) transverse to the main axis (A) which is less than 50% of the wall thickness (WT). a main body having an upper part configured to be closed with a cap , a lower part configured to be attached to the food package , and a neck wall extending between the upper part and the lower part along a main axis (A) of the neck , the neck wall having a wall thickness (WT) along a direction (R) transverse to the main axis (A), and a tether band holding portion configured to hold the cap to the neck via a tether band , characterized in that an outside surface of the neck wall is provided with cap parking protrusions , the cap parking protrusions having an extension (RE) in the direction (R) transverse to the main axis (A) which is less than 50% of the wall thickness (WT).
A broadband stacked multi-spiral antenna array comprising: a low dielectric layer with a generally uniform thickness, two or more stacked spiral antennas including a first spiral antenna , and a second spiral antenna , wherein the first spiral antenna and the second spiral antenna are stacked with the low dielectric layer with a generally uniform thickness positioned between the first spiral antenna and the second spiral antenna and wherein the first spiral antenna and the second spiral antenna are aligned and are at least partially overlapping in the stacking direction; and wherein the first spiral antenna and the second spiral antenna have the same direction of rotation and are configured to be center-fed and in-phase, and the thickness of the low dielectric layer is less than approximately 10.0% of λco, where λco is a wavelength of a center-operating frequency of the broadband stacked dual-spiral antenna array, wherein the dielectric layer includes air, a vacuum, or a non-conductive dielectric laminate, wherein the generally uniform thickness of the dielectric layer is a spacer distance between the first and second spiral antennas ( 510 and 520 ), wherein a capacitance is created between the first and second spiral antennas , and wherein the capacitance is configured to tune an input impedance of the broadband stacked multi-spiral antenna array. a low dielectric layer with a generally uniform thickness, two or more stacked spiral antennas including a first spiral antenna , and a second spiral antenna , wherein the first spiral antenna and the second spiral antenna are stacked with the low dielectric layer with a generally uniform thickness positioned between the first spiral antenna and the second spiral antenna and wherein the first spiral antenna and the second spiral antenna are aligned and are at least partially overlapping in the stacking direction; and wherein the first spiral antenna and the second spiral antenna have the same direction of rotation and are configured to be center-fed and in-phase, and the thickness of the low dielectric layer is less than approximately 10.0% of λco, where λco is a wavelength of a center-operating frequency of the broadband stacked dual-spiral antenna array, wherein the dielectric layer includes air, a vacuum, or a non-conductive dielectric laminate, wherein the generally uniform thickness of the dielectric layer is a spacer distance between the first and second spiral antennas ( 510 and 520 ), wherein a capacitance is created between the first and second spiral antennas , and wherein the capacitance is configured to tune an input impedance of the broadband stacked multi-spiral antenna array.
A system for repairing a heart valve, comprising: an outer shaft ; and an implant disposed within the outer shaft, the implant including: at least one tether , a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member , the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; wherein the tether lock is configured to be released to allow the at least one tether to be adjusted relative to the anchor portion to cause a distance between the prosthetic valve portion and the anchor portion to increase or decrease. an outer shaft ; and an implant disposed within the outer shaft, the implant including: at least one tether , a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member , the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; at least one tether , a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member , the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; wherein the tether lock is configured to be released to allow the at least one tether to be adjusted relative to the anchor portion to cause a distance between the prosthetic valve portion and the anchor portion to increase or decrease.
A polyolefin composition comprising a) 60 to 99 wt% of a polyethylene plastomer, wherein said polyethylene is a copolymer of ethylene and one or more C 3 -C 12 α-olefins, having a density of less than 904 kg/m 3 ; and b) 1 to 40 wt% of a polypropylene copolymer wax having a melt flow rate (MFR) at 230 °C/2.16 kg of more than 400 g/10min a) 60 to 99 wt% of a polyethylene plastomer, wherein said polyethylene is a copolymer of ethylene and one or more C 3 -C 12 α-olefins, having a density of less than 904 kg/m 3 ; and b) 1 to 40 wt% of a polypropylene copolymer wax having a melt flow rate (MFR) at 230 °C/2.16 kg of more than 400 g/10min
A peeling apparatus configured to peel a first substrate from a second substrate comprising: a vacuum plate ; a vacuum attachment member ; and an arm supporting the vacuum attachment member and a trailing end pivotally attached relative to the vacuum plate , wherein the arm is configured to extend across the vacuum plate , and wherein the vacuum attachment member is configured to be moved away from the vacuum plate while the arm pivots relative to the vacuum plate , characterized in that the vacuum attachment member is configured to pivot relative to the arm. a vacuum plate ; a vacuum attachment member ; and an arm supporting the vacuum attachment member and a trailing end pivotally attached relative to the vacuum plate , wherein the arm is configured to extend across the vacuum plate , and wherein the vacuum attachment member is configured to be moved away from the vacuum plate while the arm pivots relative to the vacuum plate , characterized in that
A transport system for transporting preforms in a device for the blow-moulding production of prefabricated containers, wherein the transport system comprises a transport chain, the chain links of which comprise a support element for transporting the preforms , wherein the support element comprises a shaft part and a head part , and the head part comprises a head-end region that can be inserted into the orifice portion of the preform , characterized in that the head part is held on the shaft part and can be detached from the shaft part by means of actuating a first actuating element , wherein the first actuating element is arranged in the end region of the shaft part facing away from the head part .
Relay valve for a compressed air system, with a housing comprising a pressure medium input which can be connected to a pressure medium source, at least one pressure medium output which can be connected to a consumer, at least one control input and at least one purge leading to atmosphere, and with a relay valve piston which is arranged in the housing displaceably along a relay valve piston axis , having a first sealing element for sealing the relay valve piston against the housing, wherein the first sealing element is fixed to the housing, having a second sealing element for sealing the relay valve piston against the housing, wherein the second sealing element is fixedly arranged on the relay valve piston , characterized by an annular chamber which is delimited by the first sealing element , the second sealing element , the relay valve piston and the housing, and a connection of the annular chamber to the atmosphere.
Packaging method for packaging wiper blades, wherein, in at least one method step (62a, 64a, 72a, 74a, 76a; 62b, 64b, 72b, 74b, 76b; 62c, 64c, 72c, 74c, 76c), at least one identical packaging component (14a, 16a, 18a; 14b, 16b, 18b; 14c, 16c, 18c) is used for a packaging (10a, 10b; 10c) for an individual item and for a packaging (12a; 12b; 12c) for a set of items, wherein, in at least one method step (72a; 72b; 72c), the rear walls (28a; 28b; 28c) of two packaging components (16a; 16b; 16c), which are in the form of wiper blade packaging components, of the packaging (12a; 12b; 12c) for a set of items are made to face one another, characterized in that, in at least one method step (76a; 76b; 76c; 62b; 62c), at least one packaging component (18a; 18b; 18c) that is in the form of a cover component at least partially covers at least two packaging components (16a; 16b; 16c), which are in the form of wiper blade packaging components, of the packaging (12a; 12b; 12c) for a set of items on at least one side, wherein the packaging component (18a; 18b; 18c) that is in the form of a cover component is connected to the side of the packaging components (16a; 16b; 16c) that are in the form of wiper blade packaging components at least in a force-fitting and/or form-fitting or integrally bonded manner.