mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making an inorganic thermoset resin, the method comprising: (a) mixing SiO 2 , H 2 O and a metallic hydroxide for generating an alkaline aqueous solution with pH from 10 to 14 comprising a metallic silicate, wherein said metallic hydroxide generates a first metallic oxide in the aqueous solution, (b) adding aluminum oxide (Al 2 O 3 ) and silica oxide (SiO 2 ) to the alkaline aqueous solution comprising a metallic silicate generated in step (a), and (c) adding halloysite nanotubes (Al 2 Si 2 O 5 (OH) 4 ) to the solution generated in step (b). (a) mixing SiO 2 , H 2 O and a metallic hydroxide for generating an alkaline aqueous solution with pH from 10 to 14 comprising a metallic silicate, wherein said metallic hydroxide generates a first metallic oxide in the aqueous solution, (b) adding aluminum oxide (Al 2 O 3 ) and silica oxide (SiO 2 ) to the alkaline aqueous solution comprising a metallic silicate generated in step (a), and (c) adding halloysite nanotubes (Al 2 Si 2 O 5 (OH) 4 ) to the solution generated in step (b).
A method to measure refraction errors, including diopter correction and astigmatism in a user, using an optical device in conjunction with a smartphone , the method comprising the steps of: a. attaching the optical device to a screen of the smart phone using microsuction tape and an elastic band, wherein the optical device comprises a view screen; b. using the view screen to depict two lines the two lines having a beginning angle including a first and second (vertical and horizontal) indicium; c. directing the view screen of the optical device towards the user; d. changing the angle of the axis of the indicia until the user sees two crosses displaced by the same distance, wherein the first and second indicia are equally spaced; e. moving the first and second indicia into alignment; f. rotating the pattern on the display by 45 degrees such that the first indicia is parallel to the axis of astigmatism, and the second indicia is perpendicular to the axis of astigmatism; and g. adjusting the lines depicted upon the view screen such that the first and second indicia are overlapping, whereby the steps (d)-(g) are performed using the optical device attached to the smart phone . a. attaching the optical device to a screen of the smart phone using microsuction tape and an elastic band, wherein the optical device comprises a view screen; b. using the view screen to depict two lines the two lines having a beginning angle including a first and second (vertical and horizontal) indicium; c. directing the view screen of the optical device towards the user; d. changing the angle of the axis of the indicia until the user sees two crosses displaced by the same distance, wherein the first and second indicia are equally spaced; e. moving the first and second indicia into alignment; f. rotating the pattern on the display by 45 degrees such that the first indicia is parallel to the axis of astigmatism, and the second indicia is perpendicular to the axis of astigmatism; and g. adjusting the lines depicted upon the view screen such that the first and second indicia are overlapping,
A user equipment that communicates with a base station apparatus on one or more downlink bandwidth parts, DL BWPs, in a serving cell , comprising: a receiving unit configured to receive an activation command for semi-persistent channel state information-reference signal, CSI-RS, and channel state information-interference measurement, CSI-IM, resource(s) configuration, the semi-persistent CSI-RS and CSI-IM resource(s) configuration being associated with a DL BWP; the receiving unit configured to receive a deactivation command for the semi-persistent CSI-RS and CSI-IM resource(s) configuration; and a processing unit configured to: in a case that the activation command or the deactivation command is received, apply corresponding actions and user equipment assumptions no later than a minimum requirement, in a case that the associated DL BWP is deactivated, consider that the semi-persistent CSI-RS and CSI-IM resource(s) configuration is suspended, and in a case that the associated DL BWP is activated, resume the suspended semi-persistent CSI-RS and CSI-IM resource(s) configuration. a receiving unit configured to receive an activation command for semi-persistent channel state information-reference signal, CSI-RS, and channel state information-interference measurement, CSI-IM, resource(s) configuration, the semi-persistent CSI-RS and CSI-IM resource(s) configuration being associated with a DL BWP; the receiving unit configured to receive a deactivation command for the semi-persistent CSI-RS and CSI-IM resource(s) configuration; and a processing unit configured to: in a case that the activation command or the deactivation command is received, apply corresponding actions and user equipment assumptions no later than a minimum requirement, in a case that the associated DL BWP is deactivated, consider that the semi-persistent CSI-RS and CSI-IM resource(s) configuration is suspended, and in a case that the associated DL BWP is activated, resume the suspended semi-persistent CSI-RS and CSI-IM resource(s) configuration. in a case that the activation command or the deactivation command is received, apply corresponding actions and user equipment assumptions no later than a minimum requirement, in a case that the associated DL BWP is deactivated, consider that the semi-persistent CSI-RS and CSI-IM resource(s) configuration is suspended, and in a case that the associated DL BWP is activated, resume the suspended semi-persistent CSI-RS and CSI-IM resource(s) configuration.
Method of detecting changes in direction of a collimated coherent light beam , - wherein at least two partial beams are superimposed for forming an interference pattern which comprises light intensity minima and light intensity maxima alternatingly following to one another in at least one transvers direction running transversely to an average propagation direction of the at least two partial beams , - wherein at least a part of the interference pattern that includes a plurality of the light intensity maxima is registered with a camera , and - wherein changes in position of the light intensity maxima with respect to the camera are determined from the pictures of the camera , characterized in - that the collimated coherent light beam with the changes in direction to be determined is split into the at least two partial beams , - that the collimated coherent light beam is focused into a focus located in front of the camera , - that an average shift of the plurality of the light intensity maxima with respect to the camera is determined in the at least one transvers direction, and - that a change in angular position of the collimated coherent light beam in the at least one transvers direction is deduced from the average shift of the plurality of light intensity maxima with respect to the camera in this transvers direction. - wherein at least two partial beams are superimposed for forming an interference pattern which comprises light intensity minima and light intensity maxima alternatingly following to one another in at least one transvers direction running transversely to an average propagation direction of the at least two partial beams , - wherein at least a part of the interference pattern that includes a plurality of the light intensity maxima is registered with a camera , and - wherein changes in position of the light intensity maxima with respect to the camera are determined from the pictures of the camera , - that the collimated coherent light beam with the changes in direction to be determined is split into the at least two partial beams , - that the collimated coherent light beam is focused into a focus located in front of the camera , - that an average shift of the plurality of the light intensity maxima with respect to the camera is determined in the at least one transvers direction, and - that a change in angular position of the collimated coherent light beam in the at least one transvers direction is deduced from the average shift of the plurality of light intensity maxima with respect to the camera in this transvers direction.
Gun comprising: - a gun frame ; - a barrel supported by the gun frame ; - a slide , translatable longitudinally in relation to the barrel ; - at least a hammer , rotatably mounted with respect to the gun frame so as to move at least a firing pin of said gun towards the barrel ; wherein a centreline plane (Z) crosses said gun between opposite gun flanks ; said gun being characterized in that the rotation axis (R) of said hammer lies in the centreline plane (Z) or is substantially parallel to said plane (Z). - a gun frame ; - a barrel supported by the gun frame ; - a slide , translatable longitudinally in relation to the barrel ; - at least a hammer , rotatably mounted with respect to the gun frame so as to move at least a firing pin of said gun towards the barrel ;
A level sensor for measuring a distance between a transmitter-receiver device and a target , the transmitter-receiver device having: - a transmission mode for transmitting a sending signal formed of electromagnetic waves at an angle α and - a reception mode for receiving electromagnetic waves forming a return signal, called echo, characterized in that it includes: - a lens positioned between the transmitter-receiver device and the target at a distance, said lens deflecting the electromagnetic waves transmitted by the transmitter-receiver device at the angle α to change the angle of the electromagnetic waves to an angle β, - an electronic radar board provided to pilot the transmitter-receiver device for sending electromagnetic waves and processing the received echo and to calculate the distance with the target based on the speed of propagation of the wave in its environment, the frequency of the electromagnetic waves and the response time between transmitting the sending signal and receiving the echo, the electronic radar board being configured to adapt the amplitude of the electromagnetic waves transmitted so that the amplitude of the echo received is within a reference range of plus 10% and minus 10% of the amplitude of a reference echo, said reference echo being prerecorded or extracted from an abacus, with successive shots being performed and a comparison between the echoes of successive shots and the reference one. - a transmission mode for transmitting a sending signal formed of electromagnetic waves at an angle α and - a reception mode for receiving electromagnetic waves forming a return signal, called echo, characterized in that it includes: - a lens positioned between the transmitter-receiver device and the target at a distance, said lens deflecting the electromagnetic waves transmitted by the transmitter-receiver device at the angle α to change the angle of the electromagnetic waves to an angle β, - an electronic radar board provided to pilot the transmitter-receiver device for sending electromagnetic waves and processing the received echo and to calculate the distance with the target based on the speed of propagation of the wave in its environment, the frequency of the electromagnetic waves and the response time between transmitting the sending signal and receiving the echo,
A knitted component for an upper of an article of footwear comprising: a knit element including a course with a plurality of loops; and an inlaid strand formed of a second yarn, wherein a first portion of the course is formed with a first yarn, wherein a second portion of the course is formed with the second yarn, and wherein the inlaid strand is inlaid within the first portion of the course, wherein the first yarn and the second yarn impart different properties into separate areas of the knit element , and the inlaid strand has a higher stretch resistance than the knit element ; wherein the knitted component, when being incorporated into the article of footwear , extends from a throat area upper to a lower area of the upper where the knit element joins a sole structure of the article of footwear, wherein the inlaid strand repeatedly passes through the knit element from the throat area to the lower area, and at least partially around a lace aperture , wherein courses of a knit structure of the knit element generally extend in a same direction as the inlaid strand. a knit element including a course with a plurality of loops; and an inlaid strand formed of a second yarn, wherein a first portion of the course is formed with a first yarn, wherein a second portion of the course is formed with the second yarn, and wherein the inlaid strand is inlaid within the first portion of the course, wherein the first yarn and the second yarn impart different properties into separate areas of the knit element , and the inlaid strand has a higher stretch resistance than the knit element ; wherein the knitted component, when being incorporated into the article of footwear , extends from a throat area upper to a lower area of the upper where the knit element joins a sole structure of the article of footwear, wherein the inlaid strand repeatedly passes through the knit element from the throat area to the lower area, and at least partially around a lace aperture , wherein courses of a knit structure of the knit element generally extend in a same direction as the inlaid strand.
Winch with a braking mechanism comprised of: a winch with a drum ; one or more moving means , each comprised of first and second end; two or more permanent magnet brakes and with a front side, back side, a first end side, and a second end side; further comprised of one or more permanent north or south magnets arranged in a primarily alternating manner along the front side; an interaction strip that is made of a conductive material such that it is possible to induce an eddy current through or in the material; wherein part of the interaction strip is arranged between the two or more permanent magnet brakes and such that there is no contact between the interaction strip and the permanent magnet brakes and ; part of the interaction strip is affixed directly or indirectly to the drum ; the permanent magnet brakes and are arranged such that there is no contact between any of them; the first end of the one or more moving means is connected to one or more of the permanent magnet brakes and at one of its sides; characterized in that the winch comprises a foundation , and the second end of said one or more moving means is connected to said foundation of the winch. a winch with a drum ; one or more moving means , each comprised of first and second end; two or more permanent magnet brakes and with a front side, back side, a first end side, and a second end side; further comprised of one or more permanent north or south magnets arranged in a primarily alternating manner along the front side; an interaction strip that is made of a conductive material such that it is possible to induce an eddy current through or in the material; wherein part of the interaction strip is arranged between the two or more permanent magnet brakes and such that there is no contact between the interaction strip and the permanent magnet brakes and ; part of the interaction strip is affixed directly or indirectly to the drum ; the permanent magnet brakes and are arranged such that there is no contact between any of them; the first end of the one or more moving means is connected to one or more of the permanent magnet brakes and at one of its sides; characterized in that the winch comprises a foundation , and the second end of said one or more moving means is connected to said foundation of the winch.
Method for wireless data transmission between at least one first and one second communication device (1, 1', 1"), at least one of which acts as a data source and at least one other of which acts as a data sink , wherein the at least one data source and the at least one data sink are arranged so as to be able to vary location in relation to one another, but with a direct visual line of sight, and wherein a volume of data having useful data that is to be transmitted from the at least one data source to the at least one data sink is transmitted via a hybrid transmission path comprising a radio channel and an optical direct channel by virtue of the useful data being split over the radio channel and the optical direct channel by a control module , designed for this purpose, of the at least one data source by means of modulation onto applicable carrier signals and, after they have been transmitted, being recombined by a control module , designed for this purpose, of the at least one data sink during the demodulation of the received carrier signals, wherein the useful data in the radio channel are transmitted by means of a radio carrier signal standardized for WLAN networks and wherein an optical transmitter of the at least one data source , which optical transmitter is used to transmit data via the optical direct channel , is oriented in relation to an optical receiver , receiving these data, of the at least one data sink on the basis of WLAN locating of the at least one data sink .
A cabling configuration comprising: a furcation member including a first end and an opposite second end; a trunk section that extends from the first end of the furcation member ; a first branch section that extends from the second end of the furcation member , the first branch section having a connectorized end that includes a ruggedized fiber optic connector ; a second branch section that extends from the second end of the furcation member , the second branch section being configured to transfer electrical power; an optical transmission path that extends though the first branch section , the furcation member , and the trunk section ; a power line that extends through the trunk section , the furcation member , and the second branch section ; and characterised in that the cabling configuration comprises: a ground line that extends through the trunk section , the furcation member , and the second branch section . a furcation member including a first end and an opposite second end; a trunk section that extends from the first end of the furcation member ; a first branch section that extends from the second end of the furcation member , the first branch section having a connectorized end that includes a ruggedized fiber optic connector ; a second branch section that extends from the second end of the furcation member , the second branch section being configured to transfer electrical power; an optical transmission path that extends though the first branch section , the furcation member , and the trunk section ; a power line that extends through the trunk section , the furcation member , and the second branch section ; and characterised in that the cabling configuration comprises: a ground line that extends through the trunk section , the furcation member , and the second branch section .
An electronic device comprising: a housing including: a front structure and a rear structure attached to each other, the front structure including a first plate facing a first direction (+Z) and a side plate extending from the first plate, the first plate having a first thickness, the side plate having an inner surface and out surface separated by a second thickness larger than the first thickness, the side plate including a recess on the outer surface in a fourth direction, thereby resulting in a first surface between the inner surface and the out surface, the first surface facing a peripheral portion of the rear structure, the rear structure including a second plate facing a second direction opposite the first direction and a second surface facing the first surface, wherein the first surface is facing a third direction, the second surface is facing the fourth direction, and wherein the third and fourth directions are different from the first and second directions, respectively; and a touch screen display having at least a part exposed through at least a part of the first plate. a housing including: a front structure and a rear structure attached to each other, the front structure including a first plate facing a first direction (+Z) and a side plate extending from the first plate, the first plate having a first thickness, the side plate having an inner surface and out surface separated by a second thickness larger than the first thickness, the side plate including a recess on the outer surface in a fourth direction, thereby resulting in a first surface between the inner surface and the out surface, the first surface facing a peripheral portion of the rear structure, the rear structure including a second plate facing a second direction opposite the first direction and a second surface facing the first surface, wherein the first surface is facing a third direction, the second surface is facing the fourth direction, and wherein the third and fourth directions are different from the first and second directions, respectively; and a front structure and a rear structure attached to each other, the front structure including a first plate facing a first direction (+Z) and a side plate extending from the first plate, the first plate having a first thickness, the side plate having an inner surface and out surface separated by a second thickness larger than the first thickness, the side plate including a recess on the outer surface in a fourth direction, thereby resulting in a first surface between the inner surface and the out surface, the first surface facing a peripheral portion of the rear structure, the rear structure including a second plate facing a second direction opposite the first direction and a second surface facing the first surface, wherein the first surface is facing a third direction, the second surface is facing the fourth direction, and wherein the third and fourth directions are different from the first and second directions, respectively; and a touch screen display having at least a part exposed through at least a part of the first plate.
A radial blood pump , particularly a cavopulmonary assist device, for supporting a blood flow in a human or animal heart comprising at least the following components: - A first and a second inlet channel , - A first outlet channel , - A first electric motor comprising a first stator and a first internal rotor , wherein the first electric motor is configured to drive - An impeller arranged at an intersection of the first with the second inlet channel , wherein the impeller is connected to the first internal rotor and wherein the impeller comprises a merging portion arranged at the intersection, where a merging of a first blood flow coming from the first inlet channel and a second blood flow coming from the second inlet channel takes place, wherein the impeller is configured to pump the first and second blood flow from the first and second inlet channel via the merging portion to the first outlet channel , A plurality of blades comprised by the impeller , wherein the blades form blade channels comprised by the merging portion , wherein each blade is arranged and configured to pump the first and second blood flow entering through the first and the second inlet channel towards the outlet channel , characterized in that the blood pump is arranged and configured such that the first blood flow and the second blood flow meet at the merging portion , such that a pressure difference between the first and second blood flow is reduced before blood from first and second blood flow is pumped to the first outlet channel . - A first and a second inlet channel , - A first outlet channel , - A first electric motor comprising a first stator and a first internal rotor , wherein the first electric motor is configured to drive - An impeller arranged at an intersection of the first with the second inlet channel , wherein the impeller is connected to the first internal rotor and wherein the impeller comprises a merging portion arranged at the intersection, where a merging of a first blood flow coming from the first inlet channel and a second blood flow coming from the second inlet channel takes place, wherein the impeller is configured to pump the first and second blood flow from the first and second inlet channel via the merging portion to the first outlet channel ,