mhurhangee/ep-ind-claims huggingface dataset:
An interface arrangement for connecting at least one control device to a plurality of field devices, comprising: a carrier plate with a plurality of signal channels (90 1 -90 n), each having a first terminal device (50 1 -50 n) and a second terminal device (60 1 -60 n), the first terminal devices (50 1 -50 n) each being designed for connecting a field device and the second terminal devices (60 1 -60 n) being designed for connecting at least one control device, wherein a connector (70 1 -70 n) is arranged between the first and second terminal device of each signal channel (90 1 -90 n), the connectors (70 1 -70 n) each being designed for electrical and mechanical connection to a second, complementarily designed connector of a signal processing device, each signal channel (90 1 -90 n) having an electrical interface (100 1 -100 n), which is designed for the detachable connection of a respective overvoltage protection module and is arranged on the carrier plate between the respective connector (70 1 -70 n) and the respective first terminal device (50 1 -50 n), each interface (100 1 -100 n) being connected to an electrical resistor (130 1 -130 n), and an overvoltage discharge device which is electrically connected to the interfaces (100 1 -100 n), being arranged at least partially on and/or in the carrier plate and designed for discharging occurring overvoltages and/or overcurrents. a carrier plate with a plurality of signal channels (90 1 -90 n), each having a first terminal device (50 1 -50 n) and a second terminal device (60 1 -60 n), the first terminal devices (50 1 -50 n) each being designed for connecting a field device and the second terminal devices (60 1 -60 n) being designed for connecting at least one control device, wherein a connector (70 1 -70 n) is arranged between the first and second terminal device of each signal channel (90 1 -90 n), the connectors (70 1 -70 n) each being designed for electrical and mechanical connection to a second, complementarily designed connector of a signal processing device, each signal channel (90 1 -90 n) having an electrical interface (100 1 -100 n), which is designed for the detachable connection of a respective overvoltage protection module and is arranged on the carrier plate between the respective connector (70 1 -70 n) and the respective first terminal device (50 1 -50 n), each interface (100 1 -100 n) being connected to an electrical resistor (130 1 -130 n), and an overvoltage discharge device which is electrically connected to the interfaces (100 1 -100 n), being arranged at least partially on and/or in the carrier plate and designed for discharging occurring overvoltages and/or overcurrents.
A frame connector for securing a first frame member to a second frame member, the frame connector comprising: a first body having a first pair of arms (105, 110) extending along first and second axes from a mitre plane to respective free ends; a second body adjacent to the first body and having a contact surface and a second pair of arms (205, 210) extending from the mitre plane to respective free ends, and an actuator secured to the first body and arranged to apply a force to the contact surface in a first direction, wherein the first and second axes are non-colinear and define a first plane, wherein the first direction forms an acute angle to the first plane, wherein the actuator is arranged to displace the first body relative to the second body in the first direction. a first body having a first pair of arms (105, 110) extending along first and second axes from a mitre plane to respective free ends; a second body adjacent to the first body and having a contact surface and a second pair of arms (205, 210) extending from the mitre plane to respective free ends, and an actuator secured to the first body and arranged to apply a force to the contact surface in a first direction, wherein the first and second axes are non-colinear and define a first plane, wherein the first direction forms an acute angle to the first plane, wherein the actuator is arranged to displace the first body relative to the second body in the first direction.
Microwave device (11; 31) having a rotatably drivable microwave distribution means (17; 32), by means of which microwaves can be coupled into a cooking compartment, wherein the microwave device (11; 31) - has at least one operating mode of the microwave distribution means (17; 32) in which an angle of rotation range (a) of the microwave distribution means (17; 32) is delimited and - is configured to select the angle of rotation range (a) on the basis of a type of food item present in the cooking compartment, characterised in that - the microwave device (11; 31) is configured to select the angle of rotation range (a) on the basis of a thermal conductivity derived from the type of the food item present in the cooking compartment. - has at least one operating mode of the microwave distribution means (17; 32) in which an angle of rotation range (a) of the microwave distribution means (17; 32) is delimited and - is configured to select the angle of rotation range (a) on the basis of a type of food item present in the cooking compartment, characterised in that - the microwave device (11; 31) is configured to select the angle of rotation range (a) on the basis of a thermal conductivity derived from the type of the food item present in the cooking compartment.
An electronic device for selectively disabling a bolus advice process according to which the electronic device recommends on a display unit delivery of a bolus amount of a drug to a body of a user based on a plurality of factors including glucose concentration of the user, the electronic device comprising: a glucose measuring facility (20, 88) configured to measure glucose concentration of a body fluid sample, and a processor (28, 50) including a memory having instructions stored therein that comprise the bolus advice process, characterized in that the memory further has instructions stored therein that are executable by the processor (28, 50) to request a glucose concentration measurement by the glucose measurement facility (20, 88) prior to executing the bolus advice process, and to disable execution of the bolus advice process if a glucose concentration value resulting from the requested glucose concentration measurement is less than a threshold value.
A vehicle having a longitudinal centre line (CLv) and including a luggage storage space, said storage space being bounded by a forward edge of a tailgate opening lower surface, which edge includes a curvilinear profile; and by a luggage board having a longitudinal centre line (CL B) and having first and second load bearing surfaces that are each arranged to provide an area on which articles of luggage can be placed when the luggage board is placed into the luggage space in first and second orientations respectively, and having a luggage board rear edge which includes a curvilinear profile, and is substantially symmetrical about the longitudinal centre line (CL B) of the rear luggage board; wherein the curvilinear profile of the forward edge of the tailgate opening lower surface substantially matches the curvilinear profile of a substantial part of the rear edge of the luggage board when the luggage board is in the first and second orientations; and the luggage board has a width across the vehicle greater than the width of the tailgate opening lower surface; characterized in that: the longitudinal centre line (CL B) of the luggage board is offset from the longitudinal centre line (CLv) of the vehicle in both first and second orientations of the luggage board; and in that: the forward edge of the tailgate opening lower surface is asymmetrical about the longitudinal centre line (CLv) of the vehicle. the longitudinal centre line (CL B) of the luggage board is offset from the longitudinal centre line (CLv) of the vehicle in both first and second orientations of the luggage board; and in that: the forward edge of the tailgate opening lower surface is asymmetrical about the longitudinal centre line (CLv) of the vehicle. the forward edge of the tailgate opening lower surface is asymmetrical about the longitudinal centre line (CLv) of the vehicle.
A system for decorating substrates, comprising: a carrier web including one or more of protrusions and/or depressions configured to form a textured surface on at least a portion of a decoration formed on the carrier web; a decoration forming station configured to form decorations on the carrier web, each decoration comprising one or more decoration layers and an adhesive layer formed in register with the one or more decoration layers and exposed on a surface of the decoration facing outwardly from the carrier web; an application station at which the decorations are applied to substrates from the carrier web; a web path along which the carrier web travels to transport the decorations from the decoration forming station to the application station; and a festoon before the application station, the festoon configured to define a variable path length through which the carrier web travels to allow accumulation of the carrier web within the festoon. a carrier web including one or more of protrusions and/or depressions configured to form a textured surface on at least a portion of a decoration formed on the carrier web; a decoration forming station configured to form decorations on the carrier web, each decoration comprising one or more decoration layers and an adhesive layer formed in register with the one or more decoration layers and exposed on a surface of the decoration facing outwardly from the carrier web; an application station at which the decorations are applied to substrates from the carrier web; a web path along which the carrier web travels to transport the decorations from the decoration forming station to the application station; and a festoon before the application station, the festoon configured to define a variable path length through which the carrier web travels to allow accumulation of the carrier web within the festoon.
Tag placed in an environment to be measured having reference markers, characterized in that it includes an electronic label including a memory loaded with information describing the markers and remote information communication means.
Drilling fluid plant with automatic routing of chemicals, the drilling fluid plant comprising: - a plurality of equipment, including a source and a destination; - one or more possible paths (P1, P2) between said source and said destination; - a process control unit being adapted to communicate with, to control and monitor said plurality of equipment; and - a routing control unit, the routing control unit being adapted to communicate with the process control unit, and the routing control unit being provided with a graph search algorithm for finding an optimum path between said source and said destination based at least partially on feedback from said process control unit, wherein said routing control unit is provided with a graph model depicting said one or more pieces of equipment and one or more paths therebetween. - a plurality of equipment, including a source and a destination; - one or more possible paths (P1, P2) between said source and said destination; - a process control unit being adapted to communicate with, to control and monitor said plurality of equipment; and - a routing control unit, the routing control unit being adapted to communicate with the process control unit, and the routing control unit being provided with a graph search algorithm for finding an optimum path between said source and said destination based at least partially on feedback from said process control unit, wherein
A body tissue location measurement system comprising: a plurality of ultrasonic elements (101, 101A, 101B) placed in different parts on the surface of a body; an external sensor configured for measuring a position of the ultrasonic elements; an ultrasonic propagation model holding unit configured for holding an ultrasonic propagation model; an ultrasonic propagation time calculation unit configured for calculating an ultrasonic propagation time based on the ultrasonic model and the ultrasonic element position; an ultrasonic image configuration unit configured for configuring an ultrasonic image from the ultrasonic propagation time as well as an ultrasonic signal received by each element; and a body tissue location calculation unit configured for calculating a location of a target body tissue from the ultrasonic image, an ultrasonic transmitting/receiving unit configured for amplifying and processing electrical signals received from the ultrasonic elements, and for transmitting the electrical signals to the ultrasonic image configuration unit, wherein the ultrasonic elements are provided independently, so that their relative position varies in accordance with movement. a plurality of ultrasonic elements (101, 101A, 101B) placed in different parts on the surface of a body; an external sensor configured for measuring a position of the ultrasonic elements; an ultrasonic propagation model holding unit configured for holding an ultrasonic propagation model; an ultrasonic propagation time calculation unit configured for calculating an ultrasonic propagation time based on the ultrasonic model and the ultrasonic element position; an ultrasonic image configuration unit configured for configuring an ultrasonic image from the ultrasonic propagation time as well as an ultrasonic signal received by each element; and a body tissue location calculation unit configured for calculating a location of a target body tissue from the ultrasonic image, an ultrasonic transmitting/receiving unit configured for amplifying and processing electrical signals received from the ultrasonic elements, and for transmitting the electrical signals to the ultrasonic image configuration unit, wherein the ultrasonic elements are provided independently, so that their relative position varies in accordance with movement.
A coin dispenser comprising a coin storing unit and a coin extractor; the extractor of which comprises a casing defining a cylindrical chamber with a side outlet for the exit of coins, in which there is housed a rotary driving disc limiting the coin storing unit on one side and having a series of circumferentially distributed cavities and closed on the side opposite to that occupied by the coin storing unit by a supporting base, in the cavities of which the coins are housed, said cavities having in their wall and from the edge facing the supporting base, a notch demarcating, with said base, a path facing the side outlet of the cylindrical chamber, a stop opposing the rotation direction of said disc protruding from the surface of the supporting base facing the driving disc, radially crossing the circular trajectory of the cavities of the driving disc and its height is equal to or less than the thickness of the coin with the least thickness allowed wherein the stop is movable according to a circular trajectory concentric with the driving disc between an advanced position, in which it faces the side outlet of the cylindrical chamber, limiting the length of said outlet to a dimension less than the diameter of the coin with the smallest size allowed, and a retracted position, in which it is located directly behind the side outlet according to the rotation direction of the driving disc, freeing said exit, the stop being constantly driven towards the advanced position by means of a spring; and wherein the driving disc has a retractable part for each cavity blocking the corresponding notch and a rear coin guiding wall located after the retractable part, which starts in a position tangential to said cavity and runs with an arched route towards the periphery of the disc, with the convexity directed towards the retractable part, said wall having a height at least equal to the thickness of the coin with the least thickness allowed.
A process for curing a concrete element comprising at least partially coating the element with a curing composition, said composition comprising a solvent and a thickening agent, said thickening agent being insoluble at a pH greater than 12 and being soluble in the solvent for a solubility range of pH, the upper limit of the solubility range being less than 11.
Device (1, 2) for moving a movable furniture part in an opening direction in relation to a basic structure of a piece of furniture, wherein the movable furniture part can be moved in the opening direction and in a closing direction, which is counter to the opening direction, via guide means, wherein the device (1, 2) has an energy store and an ejector, and therefore, when the device (1, 2) has been mounted on the piece of furniture, during an opening operation, the movable furniture part can be moved from the closed position, under the action of the energy store, in the opening direction by the energy store driving the ejector from a closed position of the ejector, in an opening movement of the ejector, in an opening direction, and the opening movement of the ejector can be transmitted to the movable furniture part, wherein a loading operation of the energy store is made possible during a closing movement of the ejector from an open position of the ejector in a closing direction, wherein the device (1, 2) has a locking arrangement with a triggering element, wherein the locking arrangement is designed so that, in a locking position of the locking arrangement, it retains the energy store in the loaded state, wherein, in a closing movement in the closing direction, the ejector can be moved from the closed position into a triggering position of the ejector, wherein the closing movement of the ejector can be transmitted to the triggering element, and therefore the triggering element can be moved from a rest position into a triggering position, wherein, in the triggering position of the triggering element, the energy store is present in an unlocked state, wherein a closing movement of the ejector is transmitted to the triggering element by means of a triggering member, wherein the device (1, 2) has a guide track, wherein the ejector is present guided in the guide track, wherein the guide track is designed in such a manner that, when the ejector moves in the closing direction from an open position of the ejector, the triggering member can be brought into a securing position, wherein, in the securing position of the triggering member, the ejector is in the triggering position and the triggering element is in the rest position, and therefore triggering of the triggering element by the ejector is prevented when the triggering member is in the securing position, characterized in that the triggering member is arranged movably on the ejector.
A fuel valve comprising a primary valve and a pressure responsive auxiliary valve, both being axially accommodated and displaceable within a common housing formed with a fluid inlet and a fluid outlet port, and a partition extending between said primary valve and said auxiliary valve; said partition comprising a flow passage extending between a primary port at a bottom face of the partition and an auxiliary port at a top face of the partition; said primary port sealable by a sealing member of the primary valve and said auxiliary port sealable by a sealing member of the auxiliary valve, wherein the auxiliary valve comprises a piston member axially displaceable within the housing and is formed with one or more apertures, and a check valve facilitating fluid flow only in direction from the fluid outlet port towards the auxiliary port, said sealing member of the auxiliary valve is further fitted for sealing engagement of said one or more apertures at the event of flow in direction from the auxiliary port towards the outlet port.
An image forming apparatus, comprising: an image processing mechanical unit (26b, 200b) to realize an image processing function; an image processing driver (26a, 200a) to drive the image processing mechanical unit (26b, 200b) in accordance with operating status of the image forming apparatus; an operation reception unit to acquire information in accordance with user operation on an operational unit; a normally stop command unit to output a signal that commands to stop image processing operation to the image processing driver (26a, 200a) if the information acquired by the operation reception unit relates to normally stop operation; and a forcibly stop command unit to output a signal that commands to stop currently-executed image processing operation to the image processing mechanical unit (26b, 200b) if the information acquired by the operational reception unit relates to forcibly stop operation; characterized in that: the image forming apparatus is configured to detect an irregular status of the image forming apparatus and input a trigger to stop normally or a trigger to stop forcibly in accordance with the result of the detection. an image processing mechanical unit (26b, 200b) to realize an image processing function; an image processing driver (26a, 200a) to drive the image processing mechanical unit (26b, 200b) in accordance with operating status of the image forming apparatus; an operation reception unit to acquire information in accordance with user operation on an operational unit; a normally stop command unit to output a signal that commands to stop image processing operation to the image processing driver (26a, 200a) if the information acquired by the operation reception unit relates to normally stop operation; and a forcibly stop command unit to output a signal that commands to stop currently-executed image processing operation to the image processing mechanical unit (26b, 200b) if the information acquired by the operational reception unit relates to forcibly stop operation; characterized in that: the image forming apparatus is configured to detect an irregular status of the image forming apparatus and input a trigger to stop normally or a trigger to stop forcibly in accordance with the result of the detection.
A film assembly comprising: a film; a plurality of elongated members provided on one surface of the film and mutually spaced apart in a longitudinal direction of the film; and a tab, wherein the elongated members each comprises: an elongated tearing guide piece; and a belt-shaped base provided on a surface of the tearing guide piece opposite a surface of the tearing guide piece facing the film, the belt-shaped base extending along a longitudinal direction of the tearing guide piece, the tab comprises an outer edge defined by a cutting line penetrating through the belt-shaped base and the film, the tab allowing the tearing guide piece to be pinched, and a length of the film in a width direction is more than twice as large as a length of each of the elongated members in a longitudinal direction, a protector covering the tab is provided on a surface of the film provided with the belt-shaped base, characterized in that the protector is further provided on a surface of the belt-shaped base opposite to the tearing guide piece. a film; a plurality of elongated members provided on one surface of the film and mutually spaced apart in a longitudinal direction of the film; and a tab, wherein the elongated members each comprises: an elongated tearing guide piece; and a belt-shaped base provided on a surface of the tearing guide piece opposite a surface of the tearing guide piece facing the film, the belt-shaped base extending along a longitudinal direction of the tearing guide piece, the tab comprises an outer edge defined by a cutting line penetrating through the belt-shaped base and the film, the tab allowing the tearing guide piece to be pinched, and a length of the film in a width direction is more than twice as large as a length of each of the elongated members in a longitudinal direction, a protector covering the tab is provided on a surface of the film provided with the belt-shaped base, characterized in that the protector is further provided on a surface of the belt-shaped base opposite to the tearing guide piece.