mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an industrial operating panel for an electronic control for operating, monitoring or programming industrial installations or machines, wherein the industrial operating panel has the following components: - a housing; - a graphic display, which has a display surface for visualizing states relevant to the system and/or operating interfaces, wherein the graphic display is accommodated in the housing; - a touch-sensitive input means for an operator, which is superimposed on the display surface of the display; - a cover plate that is transparent at least in some regions, which forms a touch surface of the industrial operating panel; - at least one piezoelectric element, which acts on the cover plate such that the touch surface of the cover plate is movable by means of the piezoelectric element; - at least one force detection means, in particular a strain gauge, which is coupled with the cover plate, characterized by the method steps: - moving the cover plate by means of the at least one piezoelectric element; - detecting the movement of the cover plate effected by the piezoelectric element by means of the force detection means; - comparing the values determined by the force detection means with stored target value ranges; - initiating safety measures if the values determined by the force detection means are outside the stored target value ranges. - a housing; - a graphic display, which has a display surface for visualizing states relevant to the system and/or operating interfaces, wherein the graphic display is accommodated in the housing; - a touch-sensitive input means for an operator, which is superimposed on the display surface of the display; - a cover plate that is transparent at least in some regions, which forms a touch surface of the industrial operating panel; - at least one piezoelectric element, which acts on the cover plate such that the touch surface of the cover plate is movable by means of the piezoelectric element; - at least one force detection means, in particular a strain gauge, which is coupled with the cover plate, - moving the cover plate by means of the at least one piezoelectric element; - detecting the movement of the cover plate effected by the piezoelectric element by means of the force detection means; - comparing the values determined by the force detection means with stored target value ranges; - initiating safety measures if the values determined by the force detection means are outside the stored target value ranges.
An irrigation system to supply and control a flow·rate of irrigation water from an open channel into a gravity fed pipeline network, said system including a demand management system to monitor water flow rate in said pipeline network and a pump to increase said water flow rate when said demand management system determines an increase in water flow rate is required, said pipeline network further including at least one main pipeline having at least one inlet from said open channel into said gravity fed pipeline network, said at least one main pipeline further including at least one water control gate movable between open and closed positions under control of said demand management system, and a branch pipeline leading into said at least one main pipeline at one end and opening into a source of water to be pumped at the other end, wherein said pump in said branch pipeline forces water under pressure into said at least one main pipeline in said pumping mode and said demand management system closes said at least one water control gate whilst said pump is in said pumping mode.
A cell-targeting molecule comprising: i) a Shiga toxin effector polypeptide comprising the amino acid sequence of SEQ ID NO: 30, ii) a binding region capable of specifically binding an extracellular target biomolecule, wherein the binding region is heterologous to the Shiga toxin effector polypeptide, and iii) a heterologous, CD8+ T-cell epitope cargo which is not embedded or inserted in the Shiga toxin effector polypeptide, wherein the CD8+ T-cell epitope cargo is positioned carboxy-terminal to the carboxy terminus of the Shiga toxin effector polypeptide. i) a Shiga toxin effector polypeptide comprising the amino acid sequence of SEQ ID NO: 30, ii) a binding region capable of specifically binding an extracellular target biomolecule, wherein the binding region is heterologous to the Shiga toxin effector polypeptide, and iii) a heterologous, CD8+ T-cell epitope cargo which is not embedded or inserted in the Shiga toxin effector polypeptide, wherein the CD8+ T-cell epitope cargo is positioned carboxy-terminal to the carboxy terminus of the Shiga toxin effector polypeptide.
A lighting device (100, 100A), comprising: a housing extended along a length direction and including an accommodating space with an opening facing downwardly; a light source module, disposed in the accommodating space; a light guiding module, configured to receive the light emitted from the light source module, and the light guiding module including two light guide plates (107, 108; 107A, 108A; 107B, 108B) extending along a downward direction to outside of the opening; and a positioning member; wherein the two light guide plates (107, 108; 107A, 108A; 107B, 108B) are inserted into the accommodating space of the housing from opposite sides of the housing along the length direction of the housing and are coupled to the opposite sides of the positioning member, so that the positioning member supports and positions the two light guide plates (107, 108; 107A, 108A; 107B, 108B); characterised in that the positioning member is slidably disposed in the accommodating space of the housing. a housing extended along a length direction and including an accommodating space with an opening facing downwardly; a light source module, disposed in the accommodating space; a light guiding module, configured to receive the light emitted from the light source module, and the light guiding module including two light guide plates (107, 108; 107A, 108A; 107B, 108B) extending along a downward direction to outside of the opening; and a positioning member; wherein the two light guide plates (107, 108; 107A, 108A; 107B, 108B) are inserted into the accommodating space of the housing from opposite sides of the housing along the length direction of the housing and are coupled to the opposite sides of the positioning member, so that the positioning member supports and positions the two light guide plates (107, 108; 107A, 108A; 107B, 108B); characterised in that the positioning member is slidably disposed in the accommodating space of the housing.
A cleaner head for a vacuum cleaner, the cleaner head being configured to apply suction to a horizontal surface to be cleaned by the vacuum cleaner, wherein the cleaner head comprises: first and second agitator elements (22, 24) each being mounted for rotation about a respective axis (R1, R2), and wherein: each agitator element comprises a first, free end (26a, 26b) and a second end (28a, 28b), characterised in that the first and second agitator elements (22, 24) are cantilevered from opposing sides of a hub portion of the cleaner head at their respective second ends (28a, 28b), whereby each agitator element (22, 24) has a shape which tapers towards the first end (26a, 26b) in a direction along the axis of rotation (R1, R2), and each agitator element (22, 24) is arranged such that the position of the axis (R1, R2) at the first end (26a, 26b) of each agitator element (22, 24) is further forwards than the position of the axis (R1, R2) at the second end (28a, 28b) of each agitator element (22, 24). each agitator element comprises a first, free end (26a, 26b) and a second end (28a, 28b), characterised in that the first and second agitator elements (22, 24) are cantilevered from opposing sides of a hub portion of the cleaner head at their respective second ends (28a, 28b), whereby each agitator element (22, 24) has a shape which tapers towards the first end (26a, 26b) in a direction along the axis of rotation (R1, R2), and each agitator element (22, 24) is arranged such that the position of the axis (R1, R2) at the first end (26a, 26b) of each agitator element (22, 24) is further forwards than the position of the axis (R1, R2) at the second end (28a, 28b) of each agitator element (22, 24).
A magnetron assembly (100, 140, 310, 400) for a rotary target cathode, the magnetron assembly comprising: an elongated support structure (102, 142, 420); a magnet bar structure (104, 144, 312, 425) movably positioned below the support structure; a plurality of drive modules coupled to the support structure, the drive modules each including a motorized actuation mechanism (108, 146, 314, 534) operatively coupled to the magnet bar structure; a controller and battery module coupled to the support structure and in operative communication with the drive modules, the controller and battery module including an electronic controller (156, 316) and at least one rechargeable battery (119, 160), the battery configured to energize each motorized actuation mechanism and the electronic controller; and characterised by comprising one or more power generation modules coupled to the support structure and in electrical communication with the battery such that electrical energy output from the one or more power generation modules recharges the battery. an elongated support structure (102, 142, 420); a magnet bar structure (104, 144, 312, 425) movably positioned below the support structure; a plurality of drive modules coupled to the support structure, the drive modules each including a motorized actuation mechanism (108, 146, 314, 534) operatively coupled to the magnet bar structure; a controller and battery module coupled to the support structure and in operative communication with the drive modules, the controller and battery module including an electronic controller (156, 316) and at least one rechargeable battery (119, 160), the battery configured to energize each motorized actuation mechanism and the electronic controller; and characterised by comprising one or more power generation modules coupled to the support structure and in electrical communication with the battery such that electrical energy output from the one or more power generation modules recharges the battery.
A method for the integration of gemstones in a glass attire, comprising the steps of holding the gemstone by a suction cannula, inserting the suction cannula into a half-molten glass tube and placing the gemstone vertically into the bottom of the half-molten glass tube, wherein the opening of the cannula is embossed or milled in shape of a part of the gemstone.
Connector (1; 5) housing (10; 50), intended to be coupled to a complementary connector (5; 1) housing (50; 10), and to house a cable terminal, the connector housing extending along a longitudinal axis and comprising: - a body (10; 50) comprising at least one first recess (14; 54) that extends transverse to the axis X; - a device, called terminal position assurance device, installed so as to be able to slide transverse to the axis X inside the connector housing between a standby unlocking position and an active position securing locking between the cable terminal and the connector housing, the TPA device comprising at least one flexible tab (21, 210) configured so as respectively to be: • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, characterized in that - the body of the connector housing comprises at least two retaining and locking lugs; - the TPA device comprises at least two retaining and locking tongues each equipped with at least one aperture designed so as to interact with one of the lugs so as to hold the TPA device on the connector housing both in its standby position and in its active position. - a body (10; 50) comprising at least one first recess (14; 54) that extends transverse to the axis X; - a device, called terminal position assurance device, installed so as to be able to slide transverse to the axis X inside the connector housing between a standby unlocking position and an active position securing locking between the cable terminal and the connector housing, the TPA device comprising at least one flexible tab (21, 210) configured so as respectively to be: • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, characterized in that • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, - the body of the connector housing comprises at least two retaining and locking lugs; - the TPA device comprises at least two retaining and locking tongues each equipped with at least one aperture designed so as to interact with one of the lugs so as to hold the TPA device on the connector housing both in its standby position and in its active position.
An alarm configuration system, comprising: an interface component adapted to receive instructions to generate an alarm in real time; a builder component adapted to create the alarm in a customized manner based on the received instructions and at least in part upon one or more of user role, preferred language, and parameters associated with a display device that is an intended recipient of the alarm; a relevance component adapted to prioritize alarms based at least in part on the time sensitivity of alarms, user response to prior alarms, urgency of associated events, and current time; and a bridge component adapted to format the alarm to accord to a communications protocol that is associated with the display device. an interface component adapted to receive instructions to generate an alarm in real time; a builder component adapted to create the alarm in a customized manner based on the received instructions and at least in part upon one or more of user role, preferred language, and parameters associated with a display device that is an intended recipient of the alarm; a relevance component adapted to prioritize alarms based at least in part on the time sensitivity of alarms, user response to prior alarms, urgency of associated events, and current time; and a bridge component adapted to format the alarm to accord to a communications protocol that is associated with the display device.
A water spout control device (20, 20A, 20B, 20C, 20D, 20E, 20F), comprising: a target object detector configured to detect a position of a target object (402, 403) as a detection target in a regional image according to an image information of the regional image, the regional image being generated by capturing an imaging target region (40, 40A) including a faucet spout; a faucet spout port detector configured to detect a position of a faucet spout port of the faucet spout in the regional image; and a determiner configured to determine whether to discharge water according to the position of the target object (402, 403) detected by the target object detector and the position of the faucet spout port detected by the faucet spout port detector, wherein the target object detector is configured to detect the position of the target object (402, 403) in each of the regional images in a time series, and the water spout control device (20, 20A, 20B, 20C, 20D, 20E, 20F) further includes a switcher (205, 205A, 205B, 205C, 205D, 205E, 205F) configured to switch a water discharging state regarding the water to be discharged; the waterspout control device being characterised in that the water discharging state is switched regarding the water to be discharged according to the position of the target object (402, 403) at a time when the target object (402, 403) is detected by the target object detector and the position of the target object (402, 403) at any time before the time when the target object (402, 403) is detected. a target object detector configured to detect a position of a target object (402, 403) as a detection target in a regional image according to an image information of the regional image, the regional image being generated by capturing an imaging target region (40, 40A) including a faucet spout; a faucet spout port detector configured to detect a position of a faucet spout port of the faucet spout in the regional image; and a determiner configured to determine whether to discharge water according to the position of the target object (402, 403) detected by the target object detector and the position of the faucet spout port detected by the faucet spout port detector, wherein the target object detector is configured to detect the position of the target object (402, 403) in each of the regional images in a time series, and the water spout control device (20, 20A, 20B, 20C, 20D, 20E, 20F) further includes a switcher (205, 205A, 205B, 205C, 205D, 205E, 205F) configured to switch a water discharging state regarding the water to be discharged; the waterspout control device being characterised in that the water discharging state is switched regarding the water to be discharged according to the position of the target object (402, 403) at a time when the target object (402, 403) is detected by the target object detector and the position of the target object (402, 403) at any time before the time when the target object (402, 403) is detected.
A faceplate body for a fitting, having a faceplate acting at least as a decorative element and a frame-like support element, on which the faceplate is fastened, wherein the faceplate body is formed with at least one fastening means for fastening on the fitting, characterised in, that the faceplate is formed as a flat plate element with a front side and a rear side, wherein the rear side is facing the support element, and wherein the support element has a wall and a base, wherein the rear side of the faceplate abuts on the base and wherein the wall and the base form a common component as the support element, and wherein the course of the support element is adapted to the outer contour of the faceplate, wherein the course of the support element, at least on one side, is interrupted.
A piece of furniture comprising a drawer, a pull-out guide and a device for fixing the drawer to a moveable rail of the pull-out guide, whereby the piece of furniture comprises a furniture body, whereby the pull-out guide is fixed to the side walls of the furniture body, whereby the device comprises a clamping mechanism with a receptacle, into which a web-shaped holding part can be inserted, wherein a self-locking clamping lever is provided on the receptacle, by means of which the holding part is secured in a frictionally engaged manner against pulling out.
A circumferential shaft seal segment comprising: a radial outer face; a radially inner face; a first axial face extending from the radial outer face to the radial inner face; and a second axial face axially spaced from the first axial face and extending from the radially outer face to the radially inner face, a bleed slot arranged in the radially inner face extending from the first axial face toward the second axial face; and first and second recesses arranged in the radially inner face in communication with the bleed slot and extending from the bleed slot in opposite circumferential directions, wherein the first recess has a first end at the bleed slot and a second end circumferentially spaced from the bleed slot, wherein the second recess has a first end at the bleed slot and a second end circumferentially spaced from the bleed slot, wherein the first recess has a first depth at the first end and a second depth at the second end, wherein the first depth is greater than the second depth, and wherein the second recess has a first depth at the first end of the second recess and a second depth at the second end of the second recess, wherein the first depth of the second recess is greater than the second depth of the second recess, characterized in that a circumferential length of the first recess from the bleed slot to the second end of the first recess is less than a circumferential length of the second recess from the bleed slot to the second end of the second recess. a radial outer face; a radially inner face; a first axial face extending from the radial outer face to the radial inner face; and a second axial face axially spaced from the first axial face and extending from the radially outer face to the radially inner face, a bleed slot arranged in the radially inner face extending from the first axial face toward the second axial face; and first and second recesses arranged in the radially inner face in communication with the bleed slot and extending from the bleed slot in opposite circumferential directions, wherein the first recess has a first end at the bleed slot and a second end circumferentially spaced from the bleed slot, wherein the second recess has a first end at the bleed slot and a second end circumferentially spaced from the bleed slot, wherein the first recess has a first depth at the first end and a second depth at the second end, wherein the first depth is greater than the second depth, and wherein the second recess has a first depth at the first end of the second recess and a second depth at the second end of the second recess, wherein the first depth of the second recess is greater than the second depth of the second recess, characterized in that a circumferential length of the first recess from the bleed slot to the second end of the first recess is less than a circumferential length of the second recess from the bleed slot to the second end of the second recess.
A method of detecting, at a mobility node in a communications network, a state where a mobile terminal is incapable of replying to a message, the method comprising: receiving (S4, S101) a create bearer request from a gateway node (13, 14); determining (S5, S102) whether the mobile terminal is non-reachable; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is non-reachable; wherein the method is characterized by comprising the further steps of: receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable. receiving (S4, S101) a create bearer request from a gateway node (13, 14); determining (S5, S102) whether the mobile terminal is non-reachable; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is non-reachable; wherein the method is characterized by comprising the further steps of: receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable. receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable.