mhurhangee/ep-ind-claims huggingface dataset:
Device for applying sheets of pre-glued paper to the walls of paper or cardboard boxes, comprising - at least one operating unit provided with, a rotating brush, supported by a brush support fixed in relation to the rotating brush, means and for folding the vertical outer flaps of the sheet beyond the box walls, a support for a horizontal strip for folding the horizontal outer flaps, a presser horizontally movable and configured to exert pressure on the box for adhesion of the pre-glued sheet of paper to the walls of the paper or cardboard box, - a top mould holder shaft vertically movable configured to insert a counter-mould in the said box and to wrap the external flaps of the folded sheet on the internal walls of the box, - a plate supporting the sheet vertically movable to act against the mould characterized in that is comprises a horizontal motor of the support of an horizontally movable, rotating brush, means for controlling the motor, a height-adjustable presser holding head independent of said brush support and of said support for said horizontal strip, in order to allow the independent adjustment of the pressing height of the head independent of the height of the rotating brushe and to allow the coating of boxes with multiple heights. - at least one operating unit provided with, a rotating brush, supported by a brush support fixed in relation to the rotating brush, means and for folding the vertical outer flaps of the sheet beyond the box walls, a support for a horizontal strip for folding the horizontal outer flaps, a presser horizontally movable and configured to exert pressure on the box for adhesion of the pre-glued sheet of paper to the walls of the paper or cardboard box, a rotating brush, supported by a brush support fixed in relation to the rotating brush, means and for folding the vertical outer flaps of the sheet beyond the box walls, a support for a horizontal strip for folding the horizontal outer flaps, a presser horizontally movable and configured to exert pressure on the box for adhesion of the pre-glued sheet of paper to the walls of the paper or cardboard box, - a top mould holder shaft vertically movable configured to insert a counter-mould in the said box and to wrap the external flaps of the folded sheet on the internal walls of the box, - a plate supporting the sheet vertically movable to act against the mould a horizontal motor of the support of an horizontally movable, rotating brush, means for controlling the motor, a height-adjustable presser holding head independent of said brush support and of said support for said horizontal strip, in order to allow the independent adjustment of the pressing height of the head independent of the height of the rotating brushe and to allow the coating of boxes with multiple heights.
A motor comprising: a central shaft extending in an axial direction; a stator extending in the axial direction around the central shaft; a rotor facing an outer side in a radial direction of the stator and configured to rotate around the central shaft; a substrate which is located on one side in the axial direction with respect to the rotor and on which a rotation position detection circuit configured to detect a rotation position of the rotor is mounted; and a case located on one side in the axial direction with respect to the substrate and configured to support the stator, wherein the case includes a fixing portion configured to fix the substrate, and the substrate includes a fixed portion fixed to the fixing portion, characterized in that the fixing portion and the fixed portion are located on an outer side in the radial direction with respect to the rotor. a central shaft extending in an axial direction; a stator extending in the axial direction around the central shaft; a rotor facing an outer side in a radial direction of the stator and configured to rotate around the central shaft; a substrate which is located on one side in the axial direction with respect to the rotor and on which a rotation position detection circuit configured to detect a rotation position of the rotor is mounted; and a case located on one side in the axial direction with respect to the substrate and configured to support the stator, wherein the case includes a fixing portion configured to fix the substrate, and the substrate includes a fixed portion fixed to the fixing portion, characterized in that the fixing portion and the fixed portion are located on an outer side in the radial direction with respect to the rotor.
A method for producing an electromagnetic carrier wave suitable for a wireless transmission of data in the frequency range between 0.1 and 10 terahertz, that in a generation process by means of an electromagnetic pump wave (1, 5, 13) at least two mixing waves (1, 2, 3, 5, 7, 13, 14) are produced having a defined frequency difference, wherein said pump wave (1, 5, 13) itself can form one of the mixing waves (1, 2, 3, 5, 7, 13, 14), wherein the carrier wave is generated by frequency mixing, in particular by difference frequency mixing, from the mixing waves (1, 2, 3, 5, 7, 13, 14), characterized in that at least one of the mixing waves (1, 2, 3, 5, 7, 13, 14) is generated by an optically nonlinear generation process excited by the pump wave (1, 5, 13), namely the Raman scattering occurring within a non-linear crystal, wherin one of the Raman lines (2, 3, 7, 14) is used as a second mixing wave, which is reproducible shifted in frequency, and that the crystal is subject to a phase matching in such a manner, that the crystal operates as a resonator and difference frequency mixing occurs within the crystal at the same time.
A vehicle for intercepting a target object orbiting in space, comprising: a launching portion for driving the vehicle into an orbit; and an interception portion for intercepting a target object when the vehicle is in orbit, wherein the interception portion comprises: means for engaging with the target object; and wherein the launching portion is configured to drive the vehicle into a first elliptical orbit; characterised in that the vehicle is configured to adopt a second elliptical orbit on engagement with the target object; in which the first elliptical orbit is arranged so as to intersect the orbit of the target object at an interception point, and the second elliptical orbit is such that the vehicle is arranged to move from the interception point towards the Earth's atmosphere when engaged with the target object. a launching portion for driving the vehicle into an orbit; and an interception portion for intercepting a target object when the vehicle is in orbit, wherein the interception portion comprises: means for engaging with the target object; and wherein the launching portion is configured to drive the vehicle into a first elliptical orbit; characterised in that the vehicle is configured to adopt a second elliptical orbit on engagement with the target object; in which the first elliptical orbit is arranged so as to intersect the orbit of the target object at an interception point, and the second elliptical orbit is such that the vehicle is arranged to move from the interception point towards the Earth's atmosphere when engaged with the target object. means for engaging with the target object; and wherein the launching portion is configured to drive the vehicle into a first elliptical orbit; characterised in that the vehicle is configured to adopt a second elliptical orbit on engagement with the target object; in which the first elliptical orbit is arranged so as to intersect the orbit of the target object at an interception point, and the second elliptical orbit is such that the vehicle is arranged to move from the interception point towards the Earth's atmosphere when engaged with the target object.
A pipe-laying vessel including a pipe-laying apparatus having an S-lay pipe-laying path for S-laying a pipeline from the vessel, wherein the vessel further includes a pipe-laying tower for J-laying a pipeline from the vessel, wherein the pipe-laying vessel comprises an abandonment and recovery system, wherein the abandonment and recovery system can be used with both the S-laying apparatus and the pipe-laying tower, wherein the pipe-laying tower is positioned partway along the length of the vessel between the upstream and downstream portions of the S-lay pipe-laying path, wherein the vessel hull includes an opening to allow the pipeline from the pipe laying tower to enter the water through a moonpool, and wherein the S-laying apparatus is positioned along the centreline of the vessel. wherein the vessel further includes a pipe-laying tower for J-laying a pipeline from the vessel, wherein the pipe-laying vessel comprises an abandonment and recovery system, wherein the abandonment and recovery system can be used with both the S-laying apparatus and the pipe-laying tower, wherein the pipe-laying tower is positioned partway along the length of the vessel between the upstream and downstream portions of the S-lay pipe-laying path, wherein the vessel hull includes an opening to allow the pipeline from the pipe laying tower to enter the water through a moonpool, and wherein the S-laying apparatus is positioned along the centreline of the vessel.
A system for providing visual crop data to a mobile device, the system comprising at least one server computer in communication with a mobile device, the at least one server computer configured to: receive, from the mobile device, location data relating to a geographical position of the mobile device; retrieve, from at least one topographical data source, topographical data associated with at least a portion of the location data; generate shape data based at least partially on the topographical data; wherein the server computer is furthermore configured to transmit at least a portion of the shape data to the mobile device, such that at least one shape is visually displayed on at least a portion of a map image displayed on the mobile device, wherein the at least one shape is based at least partially on the at least a portion of the shape data, wherein the at least one shape at least partially indicates at least one region, the at least one region comprising at least one of the following (14a, 14b): soil region, crop region, geographic region, or any combination thereof, further wherein at least one buffer region is displayed in relation to the at least one region (508, 512, 518). receive, from the mobile device, location data relating to a geographical position of the mobile device; retrieve, from at least one topographical data source, topographical data associated with at least a portion of the location data; generate shape data based at least partially on the topographical data; wherein the server computer is furthermore configured to transmit at least a portion of the shape data to the mobile device, such that at least one shape is visually displayed on at least a portion of a map image displayed on the mobile device, wherein the at least one shape is based at least partially on the at least a portion of the shape data, wherein the at least one shape at least partially indicates at least one region, the at least one region comprising at least one of the following (14a, 14b): soil region, crop region, geographic region, or any combination thereof, further wherein at least one buffer region is displayed in relation to the at least one region (508, 512, 518).
A snoring detection device for use with a CPAP device comprising: a sensor configured to detect sounds during a breathing cycle; and a processor controlled program for executing the steps of: detecting a noise level during an inspiration phase of the breathing, cycle with said sensor; detecting a noise level during an expiration phase of the breathing cycle with said sensor; and determining a snore value as a function of a difference in the noise levels detected during inspiration and expiration. a sensor configured to detect sounds during a breathing cycle; and a processor controlled program for executing the steps of: detecting a noise level during an inspiration phase of the breathing, cycle with said sensor; detecting a noise level during an expiration phase of the breathing cycle with said sensor; and determining a snore value as a function of a difference in the noise levels detected during inspiration and expiration. detecting a noise level during an inspiration phase of the breathing, cycle with said sensor; detecting a noise level during an expiration phase of the breathing cycle with said sensor; and determining a snore value as a function of a difference in the noise levels detected during inspiration and expiration.
A device for handling a hose, which device allows the hose to be pulled out from a front opening of a hose storage space and which device is adapted to return the hose to the hose storage space, the device comprising: a first hose guiding means arranged in an upper section of the hose storage space, and a second hose guiding means arranged in a lower section of the hose storage space, wherein at least a part of the second hose guiding means is movably attached to a column forming a rear section of the hose storage space and adapted to move along the column in a vertical direction between an idle position in the lower section of the hose storage space and a working position in the upper section of the hose storage space to control the hose characterized in that the column is adapted to be clicked into place at a top part of the hose storage space by means of a locking mechanism. a first hose guiding means arranged in an upper section of the hose storage space, and a second hose guiding means arranged in a lower section of the hose storage space, wherein at least a part of the second hose guiding means is movably attached to a column forming a rear section of the hose storage space and adapted to move along the column in a vertical direction between an idle position in the lower section of the hose storage space and a working position in the upper section of the hose storage space to control the hose characterized in that the column is adapted to be clicked into place at a top part of the hose storage space by means of a locking mechanism.
A transmitting terminal comprising: at least one wireless transceiver; and at least one processor coupled to the at least one wireless transceiver and configured to perform data transmission to another wireless terminal without going through a base station in accordance with device-to-device, D2D, control periods (501, 502, 503) that occur periodically, wherein each of the D2D control periods (501, 502, 503) includes a first subframe pool (511, 513, 515) consisting of a plurality of subframes usable for transmission of D2D control information and a second subframe pool (512, 514, 516) consisting of a plurality of subframes usable for the data transmission in accordance with the D2D control information, the at least one processor is configured to transmit first D2D control information (521, 522) in one or more subframes within the first subframe pool within a first D2D control period and perform the data transmission in accordance with the first D2D control information (521, 522) in one or more subframes within the second subframe pool within the first D2D control period, the first D2D control information (521, 522) contains a first information element for identifying the one or more subframes within the second subframe pool within the first D2D control period, characterized in that the first D2D control information (521, 522) further contains a second information element indicating whether the first D2D control information (521, 522) is valid in at least one D2D control period (502, 503) occurring after the first D2D control period. at least one wireless transceiver; and at least one processor coupled to the at least one wireless transceiver and configured to perform data transmission to another wireless terminal without going through a base station in accordance with device-to-device, D2D, control periods (501, 502, 503) that occur periodically, wherein each of the D2D control periods (501, 502, 503) includes a first subframe pool (511, 513, 515) consisting of a plurality of subframes usable for transmission of D2D control information and a second subframe pool (512, 514, 516) consisting of a plurality of subframes usable for the data transmission in accordance with the D2D control information, the at least one processor is configured to transmit first D2D control information (521, 522) in one or more subframes within the first subframe pool within a first D2D control period and perform the data transmission in accordance with the first D2D control information (521, 522) in one or more subframes within the second subframe pool within the first D2D control period, the first D2D control information (521, 522) contains a first information element for identifying the one or more subframes within the second subframe pool within the first D2D control period, characterized in that the first D2D control information (521, 522) further contains a second information element indicating whether the first D2D control information (521, 522) is valid in at least one D2D control period (502, 503) occurring after the first D2D control period.
A hologram display apparatus comprising: a light source or a plurality of light sources being adapted to illuminate a hologram and form a consequent colour holographic image from this illumination; a reflection hologram constructed to form the colour holographic image; at least one mirror capable of reflecting light from the light source towards a second mirror in the form of a spectral reflector; wherein light from the light source or plurality of light sources first passes through the reflection hologram onto the spectral reflector substantially parallel to the hologram which reflects light back towards the hologram at its intended illumination angle and wherein the holographic image is recreated and transmitted to a viewer; wherein the illumination light incident on the hologram comes substantially from below, and the hologram is configured to receive light from below, in which case it is configured not to diffract illumination from above the holographic display apparatus comprises the spectral reflector and wherein the spectral reflector is mounted substantially in front of the reflection hologram and thereby between the hologram and the viewer; and wherein the spectral reflector reflects incoming illumination light at a high angle of incidence of at least 70° relative to the hologram normal and is transparent to diffracted light in the image from the hologram at < 45° to the normal. a light source or a plurality of light sources being adapted to illuminate a hologram and form a consequent colour holographic image from this illumination; a reflection hologram constructed to form the colour holographic image; at least one mirror capable of reflecting light from the light source towards a second mirror in the form of a spectral reflector; wherein light from the light source or plurality of light sources first passes through the reflection hologram onto the spectral reflector substantially parallel to the hologram which reflects light back towards the hologram at its intended illumination angle and wherein the holographic image is recreated and transmitted to a viewer; wherein the illumination light incident on the hologram comes substantially from below, and the hologram is configured to receive light from below, in which case it is configured not to diffract illumination from above the holographic display apparatus comprises the spectral reflector and wherein the spectral reflector is mounted substantially in front of the reflection hologram and thereby between the hologram and the viewer; and wherein the spectral reflector reflects incoming illumination light at a high angle of incidence of at least 70° relative to the hologram normal and is transparent to diffracted light in the image from the hologram at < 45° to the normal.
A free-space optical communication link comprising a free-space optical transmitter for launching an information signal into free space; and a free-space optical receiver positioned to receive a portion of the information signal launched by the optical transmitter CHARACTERIZED IN THAT the free-space optical transmitter includes an idler generator, responsive to the information signal and a pump wave for creating an idler signal as a conjugate of the information signal, the free-space optical transmitter is configured to launch the idler signal with the information signal, and the free-space optical communication link further comprises a phase-sensitive amplifier disposed at an input to the free-space optical receiver, the phase-sensitive amplifier including a nonlinear optical element for performing four-wave mixing of: a combination of the received information signal and the received idler signal with a pump wave, the four-wave mixing creating as an output an amplified version of the received information signal, the amplified version of the received information signal thereafter applied as an input to the free-space optical receiver.
A method of manufacturing a pneumatic tire having a sidewall-over-tread structure with the sidewall formed to cover tread ends, comprising: a first cover forming step of wrapping sidewalls (34a, 34b) on opposite end portions of a first forming drum, pasting an inner liner and a ply on the center of the first forming drum, setting a pair of beads (36a, 36b) inside said sidewalls (34a, 34b), and forming sides (13a, 13b) of tread by strip-winding on said sidewalls (34a, 34b) outer than said beads (36a, 36b), and thereby forming a first cover; a tread ring forming step of successively pasting, on a second forming drum, a breaker and a band and then forming a center of tread by strip-winding on said band, and thereby forming a cylindrical tread ring; a shaping step of inserting said first cover inside said tread ring, and inflating that portion of said first cover which is between the said beads (36a, 36b), and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and a turn-up step of turning said sidewalls (34a, 34b) outside of said beads (36a, 36b) toward side surfaces of said inflated first cover and pasting said sidewalls (34a, 34b) on the side surfaces of said first cover, and bonding said sides (13a, 13b) of tread on the first cover and said center of tread on said tread ring. a first cover forming step of wrapping sidewalls (34a, 34b) on opposite end portions of a first forming drum, pasting an inner liner and a ply on the center of the first forming drum, setting a pair of beads (36a, 36b) inside said sidewalls (34a, 34b), and forming sides (13a, 13b) of tread by strip-winding on said sidewalls (34a, 34b) outer than said beads (36a, 36b), and thereby forming a first cover; a tread ring forming step of successively pasting, on a second forming drum, a breaker and a band and then forming a center of tread by strip-winding on said band, and thereby forming a cylindrical tread ring; a shaping step of inserting said first cover inside said tread ring, and inflating that portion of said first cover which is between the said beads (36a, 36b), and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and a turn-up step of turning said sidewalls (34a, 34b) outside of said beads (36a, 36b) toward side surfaces of said inflated first cover and pasting said sidewalls (34a, 34b) on the side surfaces of said first cover, and bonding said sides (13a, 13b) of tread on the first cover and said center of tread on said tread ring.