mhurhangee/patent-ind-claim-en huggingface dataset:
A module for an axial field rotary energy device , comprising: a housing having coupling structures configured to mechanically couple the housing to a second housing of a second module , and electrical elements configured to electrically couple the housing to the second housing; a plurality of rotors rotatably mounted to the housing, wherein the rotors comprise an axis and a plurality of magnets ; and a stator mounted to the housing coaxially with the rotors, the stator comprises a printed circuit board "PCB" having a plurality of PCB layers , each PCB layer comprising a respective plurality of coils that are co-planar and angularly and symmetrically spaced apart from each other relative to the axis, each coil is continuous and concentric in a single plane from an outermost coil portion to a concentric innermost coil portion, and the coils in adjacent PCB layers are circumferentially aligned with each other relative to the axis to define symmetric stacks of coils in an axial direction, each coil includes a first terminal at the outer edge of the coil, and a second terminal in the center of the coil, wherein each coil is not directly connected to an adjacent coil on the same PCB layer, but is directly connected to a corresponding coil on another PCB layer through a via to create a coil pair ; each coil pair is electrically coupled to another coil pair through another via . a housing having coupling structures configured to mechanically couple the housing to a second housing of a second module , and electrical elements configured to electrically couple the housing to the second housing; a plurality of rotors rotatably mounted to the housing, wherein the rotors comprise an axis and a plurality of magnets ; and a stator mounted to the housing coaxially with the rotors, the stator comprises a printed circuit board "PCB" having a plurality of PCB layers , each PCB layer comprising a respective plurality of coils that are co-planar and angularly and symmetrically spaced apart from each other relative to the axis, each coil is continuous and concentric in a single plane from an outermost coil portion to a concentric innermost coil portion, and the coils in adjacent PCB layers are circumferentially aligned with each other relative to the axis to define symmetric stacks of coils in an axial direction, each coil includes a first terminal at the outer edge of the coil, and a second terminal in the center of the coil, wherein each coil is not directly connected to an adjacent coil on the same PCB layer, but is directly connected to a corresponding coil on another PCB layer through a via to create a coil pair ; each coil pair is electrically coupled to another coil pair through another via .
A method for providing network communication between IP devices (D1 - D6, ID1 - ID3) via the Internet (I), wherein the IP devices (D1 - D6, ID1 - ID3) are located in different local IP networks (N1 - N9), and wherein at least one of the IP devices (D1 - D6, ID1 - ID3) is a gateway IP device (ID1, ID2) connected to a fieldbus, the method comprising: starting an adapter service (AS1 - AS4) within an IP network (N1 - N9), wherein the adapter service (AS1 - AS4) is configured to initiate an outbound HTTPS-connection to a pre-defined URL pointing to a web server (S1, S2) which provides a communication web service (CCL), and wherein said adapter service (AS1 - AS4) is acting as a gateway for fieldbus tools (T1 - T9) in the respective IP network (N1 - N9); initiating an outbound HTTPS-connection to the pre-defined URL pointing to the web server (S1, S2) which provides the communication web service (CCL) by a gateway IP device (ID1, ID2) which is interfaced to a fieldbus (FB1 - FB3) connecting fieldbus devices (FDX, FDY, FDZ, FDB1 - FDB4); and creating a tunnel connection between the adapter service and a fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4) via the communication web service (CCL) to provide a fieldbus tool (T1 - T9) access to a fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4) ; wherein the communication web service (CCL) maintains a list of access rights that define which users have access to which fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4), wherein in case of field issues it is possible to instantly change the access rights to fieldbus devices (FDX, FDY, FDZ, FDB1 - FDB4), at a central place in the communication web service (CCL) by a centralized management of user access rights. starting an adapter service (AS1 - AS4) within an IP network (N1 - N9), wherein the adapter service (AS1 - AS4) is configured to initiate an outbound HTTPS-connection to a pre-defined URL pointing to a web server (S1, S2) which provides a communication web service (CCL), and wherein said adapter service (AS1 - AS4) is acting as a gateway for fieldbus tools (T1 - T9) in the respective IP network (N1 - N9); initiating an outbound HTTPS-connection to the pre-defined URL pointing to the web server (S1, S2) which provides the communication web service (CCL) by a gateway IP device (ID1, ID2) which is interfaced to a fieldbus (FB1 - FB3) connecting fieldbus devices (FDX, FDY, FDZ, FDB1 - FDB4); and creating a tunnel connection between the adapter service and a fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4) via the communication web service (CCL) to provide a fieldbus tool (T1 - T9) access to a fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4) ; wherein the communication web service (CCL) maintains a list of access rights that define which users have access to which fieldbus device (FDX, FDY, FDZ, FDB1 - FDB4), wherein in case of field issues it is possible to instantly change the access rights to fieldbus devices (FDX, FDY, FDZ, FDB1 - FDB4), at a central place in the communication web service (CCL) by a centralized management of user access rights.
An eyewear system comprising: a frame including a lens-retaining portion comprising first and second end portions (104-1, 104-2); and a pair of temples (110-1, 110-2), each connected to a respective one of the first and second end portions (104-1, 104-2), each of the temples (110-1, 110-2) comprising a hinge portion and an insert , wherein the insert is formed of a ferromagnetic material, and wherein at least one of the temples in the pair (110-1, 110-2) comprises a track extending longitudinally along a length of the temple, wherein a base or bottom of the track is defined by the insert and wherein walls of the track are defined by a second material disposed around the insert , the eyewear system being characterized in that the insert is also a core wire of the frame, which is attached to and extends from the hinge portion towards a distal end of the temple . a frame including a lens-retaining portion comprising first and second end portions (104-1, 104-2); and a pair of temples (110-1, 110-2), each connected to a respective one of the first and second end portions (104-1, 104-2), each of the temples (110-1, 110-2) comprising a hinge portion and an insert , wherein the insert is formed of a ferromagnetic material, and wherein at least one of the temples in the pair (110-1, 110-2) comprises a track extending longitudinally along a length of the temple, wherein a base or bottom of the track is defined by the insert and wherein walls of the track are defined by a second material disposed around the insert , the eyewear system being characterized in that the insert is also a core wire of the frame, which is attached to and extends from the hinge portion towards a distal end of the temple .
A cable assembly for terminating an end of a cable , the cable assembly comprising: a ferrule secured to a cable jacket at the end of the cable ; a shell having an inner connector , a portion of the inner connector positioned in the ferrule ; an inner housing positioned in the inner connector , the inner housing cooperating with individual signal conductors which extend from the end of the cable ; the cable having the individual signal conductors extending from the end of the cable to the inner housing and a braided metal shield surrounding the signal conductors and extending from the end of the cable to the portion of the inner connector positioned in the ferrule ; a transition zone provided: between the end of the cable and the inner housing ; and between the end of the cable and an end of the portion of the inner connector positioned in the ferrule ; a braid positioning clip engaging the braided shield in the transition zone to maintain a relationship of the braided shield to the signal conductors to minimize the degradation of the electrical performance of the cable . a ferrule secured to a cable jacket at the end of the cable ; a shell having an inner connector , a portion of the inner connector positioned in the ferrule ; an inner housing positioned in the inner connector , the inner housing cooperating with individual signal conductors which extend from the end of the cable ; the cable having the individual signal conductors extending from the end of the cable to the inner housing and a braided metal shield surrounding the signal conductors and extending from the end of the cable to the portion of the inner connector positioned in the ferrule ; a transition zone provided: between the end of the cable and the inner housing ; and between the end of the cable and an end of the portion of the inner connector positioned in the ferrule ; a braid positioning clip engaging the braided shield in the transition zone to maintain a relationship of the braided shield to the signal conductors to minimize the degradation of the electrical performance of the cable .
A method of determining a position of a device within an indoor location, comprising: gathering device signal data , the device signal data including at least one of Wi-Fi data, Bluetooth data, GPS data and cellular data; gathering device sensor data from at least one of a set of device sensors including an accelerometer, a gyroscope, and a magnetometer; estimating a plurality of trajectories describing a movement of the device through the indoor location as a sequence of positions based on the device sensor data , the device signal data , a fingerprint map calibrated for the indoor location, and by determining, from the device sensor data , a device direction of travel angle subject to a misalignment correction based on monitoring at least one of a device sensor drift and a device sensor bias, wherein the fingerprint map comprises a plurality of fingerprint locations, each of the plurality of fingerprint locations having an associated device signal data value and an associated device sensor data value, and wherein the associated device signal data value and the associated device sensor data value are obtained during a calibration process; and determining the position of the device based on a data fusion of the estimated plurality of trajectories, the data fusion based on one of a weighted average of the estimated plurality of trajectories and a selection of a trajectory with a highest probability of being correct from the plurality of trajectories. gathering device signal data , the device signal data including at least one of Wi-Fi data, Bluetooth data, GPS data and cellular data; gathering device sensor data from at least one of a set of device sensors including an accelerometer, a gyroscope, and a magnetometer; estimating a plurality of trajectories describing a movement of the device through the indoor location as a sequence of positions based on the device sensor data , the device signal data , a fingerprint map calibrated for the indoor location, and by determining, from the device sensor data , a device direction of travel angle subject to a misalignment correction based on monitoring at least one of a device sensor drift and a device sensor bias, wherein the fingerprint map comprises a plurality of fingerprint locations, each of the plurality of fingerprint locations having an associated device signal data value and an associated device sensor data value, and wherein the associated device signal data value and the associated device sensor data value are obtained during a calibration process; and determining the position of the device based on a data fusion of the estimated plurality of trajectories, the data fusion based on one of a weighted average of the estimated plurality of trajectories and a selection of a trajectory with a highest probability of being correct from the plurality of trajectories.
A link-type clamping device, comprising: a housing which is inserted into a hole of a table and into which a rod is inserted so as to be movable in a vertical direction; a clamp arm connected to an upper part of the rod so as to be swingable in the vertical direction; a link member including a link lower part connected swingably to the housing and a link upper part connected swingably to the clamp arm ; characterized by turning-supporting member formed so as to support the housing which turns when a clamping position is set, the housing turning toward a desired turning angle position about an axis of the housing while maintaining the axis at a constant position; and a lock member which fixes the housing to the turning-supporting member at the desired turning angle position, a portion of the housing being supported by the table , a gap being formed between the table and the turning-supporting member , a fastening force of the lock member acting in a direction in which the housing is pressed against the table via the turning-supporting member . a housing which is inserted into a hole of a table and into which a rod is inserted so as to be movable in a vertical direction; a clamp arm connected to an upper part of the rod so as to be swingable in the vertical direction; a link member including a link lower part connected swingably to the housing and a link upper part connected swingably to the clamp arm ; characterized by turning-supporting member formed so as to support the housing which turns when a clamping position is set, the housing turning toward a desired turning angle position about an axis of the housing while maintaining the axis at a constant position; and a lock member which fixes the housing to the turning-supporting member at the desired turning angle position, a portion of the housing being supported by the table , a gap being formed between the table and the turning-supporting member , a fastening force of the lock member acting in a direction in which the housing is pressed against the table via the turning-supporting member .
An unmanned aerial vehicle battery transport box, comprising a box body shell and an upper cover, wherein the box body shell and the upper cover encircle a cavity, a plurality of independent cavities are provided in the cavity, the cavities are configured to be usable to accommodate a power battery each, the unmanned aerial vehicle battery transport box further comprises a heat dissipating device and a heating device, the heat dissipating device is connected to the upper cover or the box body shell , the heating device is circumferentially connected to the side wall of the cavity and is spaced apart from the power battery , wherein the heating device is configured to heat the box body when a temperature in the box body is lower than a lower limit of a set temperature range, and wherein the heat dissipating device is configured to dissipate heat of the box body when the temperature in the box body is higher than an upper limit of the set temperature range.
Use of surface-active or interface-active acyl glutamates for increasing the solubility in aqueous media of honokiol and/or magnolol, or magnolia bark extract having an effective content of honokiol and magnolol obtained from the bark of Magnolia grandiflora by extraction using supercritical CO 2 or ethanol or an ethanol/water mixture.
A method for printing a desired one-dimensional periodic pattern into a photosensitive layer, which method includes: a) providing a mask bearing a periodic mask pattern of linear features whose period is twice that of the desired one-dimensional periodic pattern; b) providing a substrate bearing the photosensitive layer; c) disposing the substrate parallel and in proximity to the mask; d) providing at least one beam of collimated monochromatic light for illuminating said mask pattern to generate a transmitted light-field described by a Talbot distance; e) exposing the photosensitive layer to a time-integrated intensity distribution of a first sub-exposure and a time-integrated intensity distribution of a second sub-exposure, wherein said time-integrated intensity distributions are substantially the same and are formed by illuminating the mask pattern with the at least one beam while changing the separation between the substrate and mask by a distance that is at least one quarter of, and less than, the Talbot distance; f) configuring the at least one beam or the lateral positions of the substrate relative to the mask for the first and second sub-exposures so that the exposures of the photosensitive layer by the time-integrated intensity distributions of the first and second sub-exposures are mutually laterally offset by a distance of half of the period of the mask pattern, or by an equivalent distance, in a direction orthogonal to the linear features; wherein the period of the mask pattern is larger than twice the wavelength of the illumination beam. a) providing a mask bearing a periodic mask pattern of linear features whose period is twice that of the desired one-dimensional periodic pattern; b) providing a substrate bearing the photosensitive layer; c) disposing the substrate parallel and in proximity to the mask; d) providing at least one beam of collimated monochromatic light for illuminating said mask pattern to generate a transmitted light-field described by a Talbot distance; e) exposing the photosensitive layer to a time-integrated intensity distribution of a first sub-exposure and a time-integrated intensity distribution of a second sub-exposure, wherein said time-integrated intensity distributions are substantially the same and are formed by illuminating the mask pattern with the at least one beam while changing the separation between the substrate and mask by a distance that is at least one quarter of, and less than, the Talbot distance; f) configuring the at least one beam or the lateral positions of the substrate relative to the mask for the first and second sub-exposures so that the exposures of the photosensitive layer by the time-integrated intensity distributions of the first and second sub-exposures are mutually laterally offset by a distance of half of the period of the mask pattern, or by an equivalent distance, in a direction orthogonal to the linear features; wherein the period of the mask pattern is larger than twice the wavelength of the illumination beam.
A solar-position tracking device comprising at least two radiation-absorbing side chambers facing each other which contain a working fluid, a hollow parallelepiped housing and a primary lens at the upper end of the housing to concentrate the incoming solar radiation near the lower end of the same housing , wherein it further comprises an actuator piston positioned near the centre of gravity of the parallelepiped housing and comprising fixing means that are rotatable to allow a rotational movement without displacement of the tracking device from an initial position corresponding to sunrise and to an end position relative to sunset, and vice versa, wherein the radiation-absorbing side chambers are closed hollow bodies which include pressure communication lines connected between the radiation-absorbing side chamber and the actuator piston for converting a pressure increase into a rotary movement to rotate the hollow parallelepiped housing , wherein said housing has an inverted frusto-conical parallelepiped type shape, and it comprises a multitude of arched reflective side surfaces of the curved-concave type to reflect the solar radiation onto the absorbing side chambers , wherein it further comprises a discriminating reflector arranged at the lower end of the housing to reflect the incoming concentrated solar radiation to at least one radiation-absorbing side chamber when the parallelepiped housing is into an unaligned position with the sun, thereby heating the working fluid contained in the said side chamber and thus producing a volumetric expansion in the working fluid, which is transmitted through the pressure lines to the actuator piston so that it guides the rotational movement of the tracking device in coordination with the position of the sun in real time, wherein the discriminating reflector comprises a through-slot that is penetrated by all the concentrated incoming solar radiation when the parallelepiped housing is perfectly oriented to the sun's position.
An oral solid pharmaceutical composition comprising: a first compartment of immediate-release comprising celecoxib; and a second compartment of sustained-release comprising tramadol, wherein the first compartment comprises a water-soluble polymer, a surfactant and a saccharide, wherein the second compartment comprises a water-insoluble polymer and a wax-like lipid, wherein the water-soluble polymer is one or more selected from among hydroxypropyl cellulose, hydroxypropyl methylcellulose and a vinylpyrrolidone-vinyl acetate copolymer, wherein the saccharide comprises one or more selected from among mannitol, maltitol, lactitol, ribitol, inositol, xylitol, maltotritol and glucose, wherein the water-insoluble polymer comprises one or more selected from among cellulose-based polymers, and wherein the wax-like lipid comprises one or more selected from among glycerol stearate, glycerol behenate, glycerol palmitostearate, fatty acid macrogol glyceride, diethylene glycol monoethyl ether, glyceryl monocaprylate and hydrogenated castor oil.