mhurhangee/patent-ind-claim-en huggingface dataset:
A deposit/withdrawal apparatus of a present type automated teller machine, comprising: a case formed with a bill insertion slot through which a bill is inserted; a camera which is installed at one side of the case to photograph a front side of the bill insertion slot ; a shutter which is provided in the case to open or close the bill insertion slot ; a tray having a bill loading space provided at an upper part thereof and movable to the front side or a back side of the bill insertion slot ; and a clamp configured to prevent a bill loaded into the tray from being separated from the tray , wherein the deposit/withdrawal apparatus is configured to determine an insertion state of a bill and a location where a user's hand is placed from an image photographed by the camera , and to control operations of the tray , the clamp , and the shutter based on the determined state of the bill and the location where the user's hand is placed, wherein during a deposit operation, the clamp is operated to be seated onto the bill loaded into the upper part of the tray when the bill is loaded onto the upper part of the tray and the user's hand is placed outside a preset first reference area based on the image photographed by the camera , and wherein the preset first reference area is an area where the clamp is can be seated on the bill loaded onto the upper part of the tray when the tray protrudes toward the front side of the bill insertion slot . a case formed with a bill insertion slot through which a bill is inserted; a camera which is installed at one side of the case to photograph a front side of the bill insertion slot ; a shutter which is provided in the case to open or close the bill insertion slot ; a tray having a bill loading space provided at an upper part thereof and movable to the front side or a back side of the bill insertion slot ; and a clamp configured to prevent a bill loaded into the tray from being separated from the tray , wherein the deposit/withdrawal apparatus is configured to determine an insertion state of a bill and a location where a user's hand is placed from an image photographed by the camera , and to control operations of the tray , the clamp , and the shutter based on the determined state of the bill and the location where the user's hand is placed, wherein during a deposit operation, the clamp is operated to be seated onto the bill loaded into the upper part of the tray when the bill is loaded onto the upper part of the tray and the user's hand is placed outside a preset first reference area based on the image photographed by the camera , and wherein the preset first reference area is an area where the clamp is can be seated on the bill loaded onto the upper part of the tray when the tray protrudes toward the front side of the bill insertion slot .
A method by a first wireless station in a wireless local area network, WLAN, system supporting a plurality of frequency resource units, the method comprising: receiving (S1610) a feedback request field comprising a long training field, LTF, from a second wireless station; configuring (S1620) feedback information regarding a radio channel for a predetermined frequency band based on the feedback request field, wherein the feedback information comprises channel status information about a predetermined subcarrier index, wherein the predetermined subcarrier index is determined based on a predetermined subcarrier grouping number, wherein, if the predetermined frequency band is 20 MHz and the predetermined subcarrier grouping number is set to 16, the predetermined subcarrier indices are set to [-122, -116:16:-4, -2, 2, 4:16:116, 122], wherein, if the predetermined frequency band is 40 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-244:16:-4, 4:16:244], wherein, if the predetermined frequency band is 80 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-500:16:-4, 4:16:500]; and transmitting (S1630) the feedback information to the second wireless station. receiving (S1610) a feedback request field comprising a long training field, LTF, from a second wireless station; configuring (S1620) feedback information regarding a radio channel for a predetermined frequency band based on the feedback request field, wherein the feedback information comprises channel status information about a predetermined subcarrier index, wherein the predetermined subcarrier index is determined based on a predetermined subcarrier grouping number, wherein, if the predetermined frequency band is 20 MHz and the predetermined subcarrier grouping number is set to 16, the predetermined subcarrier indices are set to [-122, -116:16:-4, -2, 2, 4:16:116, 122], wherein, if the predetermined frequency band is 40 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-244:16:-4, 4:16:244], wherein, if the predetermined frequency band is 80 MHz and the predetermined subcarrier grouping number is set as 16, the predetermined subcarrier indices are set to [-500:16:-4, 4:16:500]; and transmitting (S1630) the feedback information to the second wireless station.
A system for controlling transport of a heavy load on a transport vehicle , the system comprising: an adjusting unit configured to control rotation, or upward, downward, leftward, and rightward movements of the heavy load so that collision or interference of the heavy load with a facility around a road or a peripheral environmental condition is prevented in a process of transporting the heavy load after the heavy load is fixedly mounted to the adjusting unit , wherein the adjusting unit comprises: a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member ; a rotation unit configured to rotate the adapter ; a rotating member configured to rotate the clamping member ; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction. an adjusting unit configured to control rotation, or upward, downward, leftward, and rightward movements of the heavy load so that collision or interference of the heavy load with a facility around a road or a peripheral environmental condition is prevented in a process of transporting the heavy load after the heavy load is fixedly mounted to the adjusting unit , wherein the adjusting unit comprises: a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member ; a rotation unit configured to rotate the adapter ; a rotating member configured to rotate the clamping member ; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction. a clamping member provided on the transport vehicle and configured to clamp the heavy load; an adapter configured to adjust rotation, or upward, downward, leftward, and rightward movements of the clamping member ; a rotation unit configured to rotate the adapter ; a rotating member configured to rotate the clamping member ; and a moving member configured to move the clamping member and the rotating member in a upward, downward, leftward, and rightward direction.
A device for gripping and centring containers in a capping and/or control station of a capping installation, characterised in that it includes: - a centring ring , which is intended for being inserted onto a container and for resting on an upper portion of the body of the container and is associated with moving members arranged to control a displacement thereof in vertical direction, parallel to an axis (A) of the container ; and - a plurality of jaws , distributed along the circumference of the centring ring , said jaws being engaging means, in an operating condition, between the device for gripping and centring containers and a region of a neck of the container , said region being located immediately below a rigid collar of said neck , the jaws being associated with moving members arranged to control a displacement thereof in radial direction, in order to move the jaws from an idle condition, in which they are spaced apart from the neck , to the operating condition, and vice versa. - a centring ring , which is intended for being inserted onto a container and for resting on an upper portion of the body of the container and is associated with moving members arranged to control a displacement thereof in vertical direction, parallel to an axis (A) of the container ; and - a plurality of jaws , distributed along the circumference of the centring ring , said jaws being engaging means, in an operating condition, between the device for gripping and centring containers and a region of a neck of the container , said region being located immediately below a rigid collar of said neck , the jaws being associated with moving members arranged to control a displacement thereof in radial direction, in order to move the jaws from an idle condition, in which they are spaced apart from the neck , to the operating condition, and vice versa.
Cosmetic product reservoir comprising: - an outer wall , - an inner wall extending between the outer wall and a main axis of the reservoir, and - cosmetic product , the product being situated exclusively adjacent a surface of the inner wall that faces the outer wall, characterized in that the reservoir has at least two openings facing each other. - an outer wall , - an inner wall extending between the outer wall and a main axis of the reservoir, and - cosmetic product , the product being situated exclusively adjacent a surface of the inner wall that faces the outer wall, characterized in that the reservoir has at least two openings facing each other.
Spherical capsules comprising a polymeric shell surrounding a hollow core, in which the polymeric shell comprises an optionally substituted dialcohol cellulose.
Filling machine for filling capsules or similar containers with at least one product in liquid or powder form, in granules, tablets, micro-tablets, delayed-action drugs or similar, comprising: - a plurality of operating stations (3-8) for operating on said capsules ; - a moving system for transferring said capsules in sequence through said plurality of operating stations (3-8) that include at least a first dosing station and a second dosing station that are selectively activable and configured to fill said capsules with respective products; characterized in that said moving system includes a linear electric motor , a guide rail which extends along a closed-loop motion path (P) and comprises a stator of said linear electric motor and a plurality of transfer carriages associated with said guide rail and provided with respective seats suitable for housing bodies and caps of said capsules , said transfer carriages comprising respective rotors of said linear electric motor interacting separately and independently with respective magnetic fields generated by said stator so as to move the respective transfer carriages along said guide rail with an intermittent motion at least at said first dosing station when the latter is activated and/or with a continuous motion at least at said second dosing station when the latter is activate. - a plurality of operating stations (3-8) for operating on said capsules ; - a moving system for transferring said capsules in sequence through said plurality of operating stations (3-8) that include at least a first dosing station and a second dosing station that are selectively activable and configured to fill said capsules with respective products;
Bearing assembly supporting a printing cylinder or an anilox roll in a printing machine, comprising at least one roller bearing being configured for receiving a shaft associated with the printing cylinder or the anilox roll , wherein a first support part carrying the at least one roller bearing , a second support part being a carrier element of the printing machine or being configured for being mounted to a carrier element of the printing machine , and a fluid chamber acting between the at least one roller bearing and the second support part wherein the first support part is rotationally fixed with respect to the second support part . wherein a first support part carrying the at least one roller bearing , a second support part being a carrier element of the printing machine or being configured for being mounted to a carrier element of the printing machine , and a fluid chamber acting between the at least one roller bearing and the second support part wherein the first support part is rotationally fixed with respect to the second support part .
A purification method comprising: - providing a flow comprising a glycol, monovalent ions and multivalent ions; - treating this flow with ion exclusion chromatography comprising: ▪ injecting the flow into a chromatographic unit comprising an ion exchange stationary phase; ▪ injecting an eluent into the chromatographic unit; ▪ collecting a fraction at the outlet of the chromatographic unit; - optionally, a subsequent step of concentrating the collected fraction; the collected fraction being enriched with glycol and depleted of monovalent ions and multivalent ions relative to the flow. - providing a flow comprising a glycol, monovalent ions and multivalent ions; - treating this flow with ion exclusion chromatography comprising: ▪ injecting the flow into a chromatographic unit comprising an ion exchange stationary phase; ▪ injecting an eluent into the chromatographic unit; ▪ collecting a fraction at the outlet of the chromatographic unit; ▪ injecting the flow into a chromatographic unit comprising an ion exchange stationary phase; ▪ injecting an eluent into the chromatographic unit; ▪ collecting a fraction at the outlet of the chromatographic unit; - optionally, a subsequent step of concentrating the collected fraction; the collected fraction being enriched with glycol and depleted of monovalent ions and multivalent ions relative to the flow.
A method of decoding a video stream encoded using video point cloud coding, the method being performed by at least one processor and comprising: obtaining a geometry-reconstructed point cloud based on one or more patches; identifying a first boundary of a patch from among the one or more patches, wherein the first boundary comprises a plurality of first boundary points; identifying a second boundary of the patch inside the first boundary, wherein the second boundary comprises a plurality of second boundary points; performing smoothing on the plurality of first boundary points using a first smoothing filter; performing smoothing on the plurality of second boundary points using a second smoothing filter different from the first smoothing filter; obtaining a smoothed geometry-reconstructed point cloud based on the smoothed plurality of first boundary points and the smoothed plurality of second boundary points; and reconstructing a dynamic point cloud using the smoothed geometry-reconstructed point cloud, wherein the second boundary is an inner boundary immediately inside the first boundary, wherein the first boundary has a first boundary thickness, and wherein the second boundary has a second boundary thickness larger than the first boundary thickness. obtaining a geometry-reconstructed point cloud based on one or more patches; identifying a first boundary of a patch from among the one or more patches, wherein the first boundary comprises a plurality of first boundary points; identifying a second boundary of the patch inside the first boundary, wherein the second boundary comprises a plurality of second boundary points; performing smoothing on the plurality of first boundary points using a first smoothing filter; performing smoothing on the plurality of second boundary points using a second smoothing filter different from the first smoothing filter; obtaining a smoothed geometry-reconstructed point cloud based on the smoothed plurality of first boundary points and the smoothed plurality of second boundary points; and reconstructing a dynamic point cloud using the smoothed geometry-reconstructed point cloud, wherein the second boundary is an inner boundary immediately inside the first boundary, wherein the first boundary has a first boundary thickness, and wherein the second boundary has a second boundary thickness larger than the first boundary thickness.
A tabbed sealing member for sealing to a rim surrounding a container opening, the sealing member comprising: a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion forming a gripping tab defined wholly within a perimeter of the sealing member , the gripping tab for removing the sealing member from the container opening; the lower laminate portion positioned below the gripping tab and including at least a heat seal layer for bonding to the container rim, and a membrane layer that is an induction heating layer ; and a lacquer material on a portion of a lower surface of the tab and/or on a portion of an upper surface of the lower laminate , characterized in that the lacquer material has a matte finish. a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion forming a gripping tab defined wholly within a perimeter of the sealing member , the gripping tab for removing the sealing member from the container opening; the lower laminate portion positioned below the gripping tab and including at least a heat seal layer for bonding to the container rim, and a membrane layer that is an induction heating layer ; and a lacquer material on a portion of a lower surface of the tab and/or on a portion of an upper surface of the lower laminate , characterized in that the lacquer material has a matte finish.
Method for producing a multilayer-carrier body , comprising: - producing films by printing a first area with a first paste and printing a second area with a second paste, wherein the printing is realized in the form of applying the pastes to a carrier, from which the dried pastes are detached as a film , - stacking the films , - laminating, characterized in that , in at least one of the films , a free area remains unprinted, or in that a third area is printed with a third paste. - producing films by printing a first area with a first paste and printing a second area with a second paste, wherein the printing is realized in the form of applying the pastes to a carrier, from which the dried pastes are detached as a film , - stacking the films , - laminating,
Method for determining at least one influencing variable acting on the eccentricity in a goniometer, comprising • a support element with a detector arrangement comprising at least one optical detector element , embodied as a goniometer head, preferably three or four optical detector elements , wherein the detector arrangement displays a detector centre (DZ) as a distinguished position of the detector arrangement, • a rotational body having a multiplicity of pattern elements arranged around a pattern centre (MZ), the rotational body being arranged so as to be rotatable about an axis relative to the support element , and comprising - mapping of at least a part of the pattern elements onto the detector arrangement, - resolution of the positions of the pattern elements mapped on the detector arrangement, - measurement of the eccentricity of the pattern centre (MZ) relative to the detector centre (DZ), characterized in that • a multiplicity of eccentricity measurements is effected for different rotational positions and • at least one influencing variable acting on the eccentricity is separated from the multiplicity of eccentricity measurements, in particular by aggregate formation. • a support element with a detector arrangement comprising at least one optical detector element , embodied as a goniometer head, preferably three or four optical detector elements , wherein the detector arrangement displays a detector centre (DZ) as a distinguished position of the detector arrangement, • a rotational body having a multiplicity of pattern elements arranged around a pattern centre (MZ), the rotational body being arranged so as to be rotatable about an axis relative to the support element , and comprising - mapping of at least a part of the pattern elements onto the detector arrangement, - resolution of the positions of the pattern elements mapped on the detector arrangement, - measurement of the eccentricity of the pattern centre (MZ) relative to the detector centre (DZ), • a multiplicity of eccentricity measurements is effected for different rotational positions and • at least one influencing variable acting on the eccentricity is separated from the multiplicity of eccentricity measurements, in particular by aggregate formation.
Set of preforms to make a container for beverages, comprising an external preform and an internal preform , each intended to form respectively an external keg and an internal bag of said container , said internal preform being associated internally with said external preform in order to define with said external preform a hollow space , wherein said external preform and said internal preform have respective coupling members suitable to clamp said external preform and said internal preform with respect to each other at least axially along an axis (X) in a desired reciprocal position, wherein said respective coupling members allow to separate said hollow space from the external environment in a sealed manner and achieve a mechanical coupling by interference and are disposed in correspondence with respective neck portions for coupling said external preform and said internal preform , wherein said coupling members comprise a first shaped portion provided with hollows and protuberances, made on a neck portion of one of either said external preform and said internal preform , and a second shaped portion provided with hollows and protuberances mating with those of said first shaped portion , made on the surface of said neck portion of the other of said external preform and said internal preform and wherein said internal preform has at least a slit that develops along said neck portion below the mechanical seal zone obtained by said coupling members , characterized in that , in correspondence with said slit, said internal preform comprises at least one through hole that, when in operation, connects the internal volume of said internal preform with said hollow space .
An elevator system , comprising a hoistway ; and an elevator car movable within the hoistway between a plurality of landings , the elevator car including at least one air scoop configured to fluidly couple an interior of the elevator car to the hoistway such that a controlled fluid flow may pass there between, wherein the interior of the elevator car is defined by a plurality of car walls and at least one car door including a car door panel and door columns, wherein a size and shape of the at least one air scoop is designed to optimize the fluid flow between the hoistway and the interior of the elevator car , and characterized in that the at least one air scoop is positioned within a portion of a wall structure that forms a door column configured to receive an elevator car door when in an open position of the elevator car . a hoistway ; and an elevator car movable within the hoistway between a plurality of landings , the elevator car including at least one air scoop configured to fluidly couple an interior of the elevator car to the hoistway such that a controlled fluid flow may pass there between, wherein the interior of the elevator car is defined by a plurality of car walls and at least one car door including a car door panel and door columns, wherein a size and shape of the at least one air scoop is designed to optimize the fluid flow between the hoistway and the interior of the elevator car , and