mhurhangee/ep-ind-claims huggingface dataset:
A method for managing access control within a modular automation system including at least two automation modules, wherein each automation module is associated with an operation or a set of operations for carrying out a specific task, the method comprising: - receiving a schema of a common process comprising at least the order of processing steps of the modular automation system, each processing step comprising one or more of the specific tasks of the automation modules; - generating privilege associations for each processing step with one or more automation modules, based on said schema, each privilege association being built up by the particular processing step, the automation module or modules to be used during the processing step, and any associated specific one or more tasks needed to fulfil the processing step; - generating an access control policy for the automation modules based on the privilege associations such that access is only allowed based on the privileged associations, wherein the privilege associations are generated privileges between each processing step and one or more of the automation modules. - receiving a schema of a common process comprising at least the order of processing steps of the modular automation system, each processing step comprising one or more of the specific tasks of the automation modules; - generating privilege associations for each processing step with one or more automation modules, based on said schema, each privilege association being built up by the particular processing step, the automation module or modules to be used during the processing step, and any associated specific one or more tasks needed to fulfil the processing step; - generating an access control policy for the automation modules based on the privilege associations such that access is only allowed based on the privileged associations,
An article forming member for use in a braiding system, comprising: a body portion, the body portion having the approximate shape of a foot, the body portion further including a cuff region, a heel region, a midfoot region and a forefoot region; the article forming member being characterized in that it further comprises a flange portion extending at a first angle from the body portion, wherein the flange portion includes a first end and a second end; wherein the first end of the flange portion is attached to the forefoot region; and wherein the shape of the cuff region is substantially different from the shape of the flange portion. a body portion, the body portion having the approximate shape of a foot, the body portion further including a cuff region, a heel region, a midfoot region and a forefoot region; the article forming member being characterized in that it further comprises a flange portion extending at a first angle from the body portion, wherein the flange portion includes a first end and a second end; wherein the first end of the flange portion is attached to the forefoot region; and wherein the shape of the cuff region is substantially different from the shape of the flange portion.
A laminate construction, comprising: a paperboard substrate, said paperboard substrate having a clay coating on a face side and back side thereof; an adhesive layer on said face side of said paperboard substrate; a metal layer in contact with said adhesive layer; a micro-embossable coating layer adjacent to said metal layer; a digitally receptive coating layer adjacent to said micro-embossable coating layer, characterized in that the laminate construction further comprises a removable film adjacent to said digitally receptive coating layer. a paperboard substrate, said paperboard substrate having a clay coating on a face side and back side thereof; an adhesive layer on said face side of said paperboard substrate; a metal layer in contact with said adhesive layer; a micro-embossable coating layer adjacent to said metal layer; a digitally receptive coating layer adjacent to said micro-embossable coating layer, characterized in that the laminate construction further comprises a removable film adjacent to said digitally receptive coating layer.
Headlamp for a motor vehicle, in particular front headlamp, comprising a first lighting device and a second lighting device for producing a light distribution in front of the headlamp together, wherein the first lighting device is provided for producing a static component of the light distribution and the second lighting device is provided for producing a dynamic component of the light distribution, characterized in that - the second lighting device comprises a multi-aperture projection display having an illuminant and an areal digital image generator, and an array of projection lenses, wherein the digital image generator comprises segments with a multiplicity of pixels in each segment and with a changeable division of the respective segment in transmissive and light-opaque regions and wherein each projection lens is assigned to a segment of the digital image generator such that, when the array is illuminated by the illuminant, at least some of the segments are projected in front of the headlamp by the assigned projection lenses, wherein the pitch distance (p_Dia) between adjacent segments is greater than the pitch distance (p_PL) between adjacent projection lenses, - the headlamp is configured in such a way that the digital image generator produces the dynamic component of the light distribution during operation of the headlamp in the motor vehicle by changing the division in transmissive and light-opaque regions for at least some of the segments. - the second lighting device comprises a multi-aperture projection display having an illuminant and an areal digital image generator, and an array of projection lenses, wherein the digital image generator comprises segments with a multiplicity of pixels in each segment and with a changeable division of the respective segment in transmissive and light-opaque regions and wherein each projection lens is assigned to a segment of the digital image generator such that, when the array is illuminated by the illuminant, at least some of the segments are projected in front of the headlamp by the assigned projection lenses, wherein the pitch distance (p_Dia) between adjacent segments is greater than the pitch distance (p_PL) between adjacent projection lenses, - the headlamp is configured in such a way that the digital image generator produces the dynamic component of the light distribution during operation of the headlamp in the motor vehicle by changing the division in transmissive and light-opaque regions for at least some of the segments.
A gimbal structure, said gimbal structure comprising a support frame and a center of gravity adjusting device connected with the support frame, wherein the support frame comprises a roll-axis support, a yaw-axis vertical bar and a yaw-axis horizontal bar carried on the yaw-axis vertical bar, the center of gravity adjusting device slides the yaw-axis horizontal bar relative to the yaw-axis vertical bar to adjust the center of gravity of the gimbal structure; wherein the center of gravity adjusting device comprises a quick release mechanism comprising a quick release buckle, a slider and a screw connecting the slider with the quick release buckle; the quick release buckle is mounted on one side of the yaw-axis vertical bar; the slider is mounted between the yaw-axis vertical bar and the yaw-axis horizontal bar; and wherein the center of gravity adjusting device is locked when the quick release buckle is fastened and the slider is abutted between the yaw-axis vertical bar and the yaw-axis horizontal bar; and the center of gravity adjusting device is adjustable when the quick release buckle is unfastened and the slider is released from the yaw-axis vertical bar and the yaw-axis horizontal bar.
A direct mold for rotor blades for wind turbines, components of rotor blades or rotor blade sections, comprising a plank frame and a mold surface body held in shape by the plank frame, wherein the plank frame is made of a plurality of planar panels, which are aligned transversely with respect to the longitudinal extension of the rotor blade and are arranged spaced behind each other in the direction of the longitudinal extension of the rotor blade, wherein the panels of the plank frame have recesses, into which the mold surface body is introduced and which reproduces in their sequence in the plank frame mainly a progression of a contour of a part of a rotor blade profile, wherein the mold surface body has a layer structure, which comprises a support layer and a sandwich layer (33, 35, 37, 39, 40, 45, 47, 51, 53, 55), wherein the support layer is made of strips, which bridge the distances between the panels and are aligned in the longitudinal direction of the rotor blade, wherein the sandwich layer (33, 35, 37, 39, 40, 45, 47, 51, 53, 55) arranged on the support layer comprises a multi-layered laminate structure, the surface of which is milled and/or painted and has the contour of a part of a rotor blade to be produced.
An apparatus adapted to support and to accurately position and orient an organ of a human or an animal body and a device adapted for administering acupuncture, bio-stimulation, and other therapies and healing procedures with respect to each other at a specific location on said organ to prevent, diagnose, and treat specific types of diseases and other conditions in humans and animals; characterized in that said apparatus comprises: a. a base plate; b. a rigid bridge rigidly attached to said base plate; c. a platform located between said base plate and said bridge, said platform mounted to said base plate in such a way that it has two linear degrees of freedom that allow linear motion in directions (17,18) parallel to two perpendicular sides of said base plate and one rotational degree of freedom around an axis perpendicular to said base plate that passes through the center of said platform; d. at least one window or opening in the top of said bridge that allows observation of the treatment area on said platform; e. at least one opening in said bridge through which said device is placed allowing it to stimulate said specific location on said organ when said organ is supported on a surface of said platform; and f. at least one hinge attached to a framework that supports said device on said bridge, said hinge and said framework configured such that said device can be tilted relative to the surface of said bridge. a. a base plate; b. a rigid bridge rigidly attached to said base plate; c. a platform located between said base plate and said bridge, said platform mounted to said base plate in such a way that it has two linear degrees of freedom that allow linear motion in directions (17,18) parallel to two perpendicular sides of said base plate and one rotational degree of freedom around an axis perpendicular to said base plate that passes through the center of said platform; d. at least one window or opening in the top of said bridge that allows observation of the treatment area on said platform; e. at least one opening in said bridge through which said device is placed allowing it to stimulate said specific location on said organ when said organ is supported on a surface of said platform; and f. at least one hinge attached to a framework that supports said device on said bridge, said hinge and said framework configured such that said device can be tilted relative to the surface of said bridge.
Surface cleaning head for cleaning a surface, comprising a housing, which comprises a cleaning space that is surrounded by a peripheral wall and in a use position of the surface cleaning head is open downward, in which cleaning space at least one spray arm (66, 68) is mounted so as to be freely rotatable about a rotational axis, wherein a cleaning nozzle (62, 64) that is able to be acted upon with pressurized cleaning liquid is arranged on the spray arm (66, 68) for applying cleaning liquid to the surface to be cleaned, and further comprising a jet pump for suctioning off cleaning liquid applied to the surface to be cleaned, wherein the jet pump comprises a suction connection piece, which is in flow connection with the cleaning space, adjoins the peripheral wall, and to which an outlet conduit is connectable, wherein a motive nozzle that is able to be acted upon with pressurized cleaning liquid is arranged in the suction connection piece for forming a suction flow, characterized in that the motive nozzle is configured as a full-cone spray nozzle, the nozzle characteristic of which is 0.18 l/min to 0.35 l/min at a reference pressure of 1 bar.
Device for the production of a carrier having multiple fibre bundles, with a fibre bundle conveying unit which is configured to take at least one fibre bundle strand from a store and convey it into a respective assigned feed channel, with at least one suction channel which is movable between a starting position and a working position, wherein each suction channel in the starting position is arranged inside a working region and fluidically connected to a respective feed channel, and in the working position is remote from the feed channel and arranged outside the working region, with a suction unit which is fluidically connected to the at least one suction channel and is configured to generate an air flow in the at least one suction channel in order, in the starting position, to feed in an end portion of the at least one fibre bundle strand from the assigned feed channel with the support of the air flow, and in the working position, to apply a suction force to the end portion of the at least one fibre bundle strand present in the suction channel, with at least one needle arranged on a needle holding unit and having a respective needle hook, wherein the needle holding unit is configured to move the at least one needle between a retraction position and an extension position in order, by means of the needle hook of each needle, to grip on a respective assigned end portion of the at least one fibre bundle strand which is exposed in the working region and extends in a longitudinal direction, and move this through the carrier by means of the needle.
A method of joining a first pipe (110/210/310/410/510) section comprising a first keyway (112/212a,b,c/312/412/512) that is concave relative to the outer surface (114/514) of the first pipe (110/210/310/410/510) section to a second pipe (120/220/320/520) section comprising a second keyway (122/222a,b,c/322/422/522) that is concave relative to the inner surface (123/523) of the second pipe (120/220/320/520) section, the method comprising: inserting the first pipe (110/210/310/410/510) section into the second pipe (120/220/320/520) section; aligning the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522);a positioning a first key (130/230a,b,c/330/430/530) comprising a first shape memory polymer having a first transition temperature between the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522), wherein the key (130/230a,b,c/330/430/530) has a length and a cross section perpendicular to the length; heating the first key (130/230a,b,c/330/430/530) above the first transition temperature; the method characterised in: reducing the length and expanding the cross section of the first key (130/230a,b,c/330/430/530) such that the first shape memory polymer fills a portion of both the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522), forming a mechanical inference bond between the first pipe (110/210/310/410/510) section and the second pipe (120/220/320/520) section. inserting the first pipe (110/210/310/410/510) section into the second pipe (120/220/320/520) section; aligning the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522);a positioning a first key (130/230a,b,c/330/430/530) comprising a first shape memory polymer having a first transition temperature between the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522), wherein the key (130/230a,b,c/330/430/530) has a length and a cross section perpendicular to the length; heating the first key (130/230a,b,c/330/430/530) above the first transition temperature; reducing the length and expanding the cross section of the first key (130/230a,b,c/330/430/530) such that the first shape memory polymer fills a portion of both the first keyway (112/212a,b,c/312/412/512) and the second keyway (122/222a,b,c/322/422/522), forming a mechanical inference bond between the first pipe (110/210/310/410/510) section and the second pipe (120/220/320/520) section.
A method for conducting a single trial classification of Electroencephalography signals of a human subject generated responsive to a series of images containing target images and non-target images, the method comprising: obtaining said EEG signals in a spatio-temporal representation comprising time points and respective spatial distribution of said EEG signals; classifying said time points independently, using a linear discriminant classifier, to compute spatio-temporal discriminating weights; using said spatio-temporal discriminating weights to amplify said spatio-temporal representation by said spatio-temporal discriminating weights at spatio-temporal points respectively, to create a spatially-weighted representation; using Principal Component Analysis on a temporal domain for dimensionality reduction, separately for each spatial channel of said EEG signals, to create a PCA projection; applying said PCA projection to said spatially- weighted representation onto a first plurality of principal components, to create a temporally approximated spatially weighted representation containing for each spatial channel, PCA coefficients for said plurality of principal temporal projections; and classifying said temporally approximated spatially weighted representation, over said number of channels, using said linear discriminant classifier, to yield a binary decisions series indicative of each image of the images series as either belonging to said target image or to said non-target image. obtaining said EEG signals in a spatio-temporal representation comprising time points and respective spatial distribution of said EEG signals; classifying said time points independently, using a linear discriminant classifier, to compute spatio-temporal discriminating weights; using said spatio-temporal discriminating weights to amplify said spatio-temporal representation by said spatio-temporal discriminating weights at spatio-temporal points respectively, to create a spatially-weighted representation; using Principal Component Analysis on a temporal domain for dimensionality reduction, separately for each spatial channel of said EEG signals, to create a PCA projection; applying said PCA projection to said spatially- weighted representation onto a first plurality of principal components, to create a temporally approximated spatially weighted representation containing for each spatial channel, PCA coefficients for said plurality of principal temporal projections; and classifying said temporally approximated spatially weighted representation, over said number of channels, using said linear discriminant classifier, to yield a binary decisions series indicative of each image of the images series as either belonging to said target image or to said non-target image.
A method comprising: receiving (302; 402), at an electronic device, a message; determining (304; 404) that the message includes a predetermined phrase; in response to determining that the message includes the predetermined phrase, audibly presenting (310; 410), at the electronic device, an alert that requests that a user speak a challenge phrase; in response to the alert, receiving (312; 412) an audio input at the electronic device; determining that the audio input includes the challenge phrase and an instruction including a command instructing the electronic device to perform an operation; and in response to determining that the audio input includes the challenge phrase and the instruction, processing the command. receiving (302; 402), at an electronic device, a message; determining (304; 404) that the message includes a predetermined phrase; in response to determining that the message includes the predetermined phrase, audibly presenting (310; 410), at the electronic device, an alert that requests that a user speak a challenge phrase; in response to the alert, receiving (312; 412) an audio input at the electronic device; determining that the audio input includes the challenge phrase and an instruction including a command instructing the electronic device to perform an operation; and in response to determining that the audio input includes the challenge phrase and the instruction, processing the command.
An element for a window or door for installation in a building opening of a wall, a façade, or a pitched roof, having a device for sending or receiving letters and parcels, wherein the device is designed so that the letters and parcels can be picked up or delivered by an unmanned air vehicle, wherein the element for a window or door comprises an outer leaf, wherein the device for receiving and sending letters or parcels comprises a landing region for landing the aircraft for the letters or parcels and/or that the device for receiving and sending letters or parcels comprises a pickup region for picking up or depositing the letters or parcels, characterized in that the lement for a window or door comprises an inner leaf, wherein the outer leaf and the inner leaf are separated from one another by an intermediate space, wherein the intermediate space in the closed state of the element for a window or door accommodates the device for receiving and sending letters or parcels and that the device for receiving and sending parcels using an unmanned aircraft comprises a thrust device associated with the outer leaf, using which the landing region and/or the pickup element for the letters or parcels is movable telescopically into a position spaced apart farther from the window or door in the extended state than in the retracted state.
Connection system for a medical fluid line system having a connection unit with a connection body, which has a distally arranged Luer outer cone and a through-channel extending coaxially with respect to the Luer outer cone, and an attachment unit with an attachment body which has a proximally arranged Luer inner cone, connected releasably and in a fluid-tight manner to the Luer outer cone of the connection unit, a proximally arranged external thread which is coaxial with respect to the Luer inner cone and is suitable for connection to an internal thread of a Luer lock connector, and a lumen which extends coaxially with respect to the Luer inner cone and which is releasably connected in a fluid-conducting manner to the through-channel by means of the connection of the Luer cones (5, 10), characterized in that a releasable locking connection (15, 16) is provided between at least one locking element arranged on the connection body and at least one complementary counter-locking element arranged on the attachment body, wherein the locking connection (15, 16) is designed in such a way as to counteract an unintentional release of the connection of the Luer cones (5, 10), and wherein the counter-locking element and the external thread are designed and arranged in such a way that the attachment unit, in a state when separate from the connection unit, is connectable by means of a screw connection between the external thread and the internal thread of the Luer lock connector, wherein the counter-locking element is adjacent to a distal end region of the external thread and is radially set back relative to a diameter of the external thread.