mhurhangee/ep-ind-claims huggingface dataset:
A device suitable for monitoring and/or treating a patient, the patient having a tissue, the device comprising a circuitry, the circuitry comprising: a battery (150 or 202); sensor circuitry (250, 270, 280) configured to measure and/or treat the patient; processor circuitry coupled to the sensor circuitry (250, 270, 280) and configured to at least one of monitor or teat the patient; at least two electrodes (112, 242-248) configured to couple to the tissue of the patient; and start-up circuitry comprising at least one first switch coupled to the at least two electrodes (112, 242-248), the battery (150, 202), the sensor circuitry (250, 270, 280) and the processor circuitry, the at least one first switch configured to detect tissue contact with the at least two electrodes (112, 242-248) and connect the battery (150, 202) to the sensor circuity (250, 270, 280) and the processor circuitry in response to tissue contact with the at least two electrodes (112, 242-248); characterised in that the circuitry further comprises sustain circuitry comprising at least one second switch to connect the battery (150, 202) to the processor circuitry and the sensor circuitry (250, 270, 280) in response to a signal from the processor, wherein the sustain circuitry is capable of sustaining a connection from the battery (150, 202) to the processor circuitry and the sensor circuitry (250, 270, 280) after the tissue is removed from the electrodes (112, 242-248) and the at least one first switch of the start-up circuitry opens. a battery (150 or 202); sensor circuitry (250, 270, 280) configured to measure and/or treat the patient; processor circuitry coupled to the sensor circuitry (250, 270, 280) and configured to at least one of monitor or teat the patient; at least two electrodes (112, 242-248) configured to couple to the tissue of the patient; and start-up circuitry comprising at least one first switch coupled to the at least two electrodes (112, 242-248), the battery (150, 202), the sensor circuitry (250, 270, 280) and the processor circuitry, the at least one first switch configured to detect tissue contact with the at least two electrodes (112, 242-248) and connect the battery (150, 202) to the sensor circuity (250, 270, 280) and the processor circuitry in response to tissue contact with the at least two electrodes (112, 242-248); characterised in that the circuitry further comprises sustain circuitry comprising at least one second switch to connect the battery (150, 202) to the processor circuitry and the sensor circuitry (250, 270, 280) in response to a signal from the processor, wherein the sustain circuitry is capable of sustaining a connection from the battery (150, 202) to the processor circuitry and the sensor circuitry (250, 270, 280) after the tissue is removed from the electrodes (112, 242-248) and the at least one first switch of the start-up circuitry opens.
A composition comprising: - a hyperbranched polymer attached to a core; and - a biologically active moiety; whereby the biologically active moiety is attached to the core by means of a substantially non-enzymatically cleavable linker L and which biologically active moiety is selected from somatropins; and wherein the hyperbranched molecule contains at least two molecular chains which contain sterically demanding capping groups C and wherein the hyperbranched polymer contains at least two molecular chains, which molecular chains are of sufficient length to be so arranged as to form a cavity to accommodate the biologically active moiety. - a hyperbranched polymer attached to a core; and - a biologically active moiety;
Field measuring device having a sensor, having a measuring transducer and having interface electronics, wherein the interface electronics have a measuring and control device and at least one first terminal and one second terminal for connecting an external electrical device, characterized in that a current controller and a current measuring device are connected in series in a terminal current path between the first terminal and the second terminal in the interface electronics, that the interface electronics has a voltage source and the voltage source can be switched on in the terminal current path and disconnected from the terminal current path, so that the voltage source can drive a current in the terminal current path in the switched-on state in the terminal current path and in the case of a connected external electrical device, that the measuring and control device actuates and reads the current controller, the current measuring device and the voltage source in such a way that optionally an analog current signal or a binary current signal is output or input via the first terminal and the second terminal when an external device is connected.
A mobile station, comprising: a first wireless interface operable to couple to a first wireless network, the first wireless network being one of a cellular network and an enterprise network; a second wireless interface operable to couple to a second wireless network, the second wireless network being another of the cellular network and the enterprise network, different from the first wireless network; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, to establish a communication session with a device using the first wireless link, to facilitate a session handoff with a second wireless link with the second wireless network using the second wireless interface, wherein the handoff is enabled by a mobility application that is operable to communicate with the mobile station, and wherein the mobility application is operable to associate the first wireless link to the second wireless link characterised in that the controller is configured so that the association of the first wireless link to the second wireless link is executed using a unique session ID, wherein the association between the first wireless link to the second wireless link is executed with the use of SMS. a first wireless interface operable to couple to a first wireless network, the first wireless network being one of a cellular network and an enterprise network; a second wireless interface operable to couple to a second wireless network, the second wireless network being another of the cellular network and the enterprise network, different from the first wireless network; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, to establish a communication session with a device using the first wireless link, to facilitate a session handoff with a second wireless link with the second wireless network using the second wireless interface, wherein the handoff is enabled by a mobility application that is operable to communicate with the mobile station, and wherein the mobility application is operable to associate the first wireless link to the second wireless link characterised in that the controller is configured so that the association of the first wireless link to the second wireless link is executed using a unique session ID, wherein the association between the first wireless link to the second wireless link is executed with the use of SMS.
A process for the production of formaldehyde-stabilised urea comprising the steps of: (a) generating a synthesis gas comprising hydrogen, nitrogen, carbon monoxide, carbon dioxide and steam in a synthesis gas generation unit, (b) subjecting the synthesis gas to one or more stages of water-gas shift in one or more water-gas shift reactors to form a shifted gas; (c) recovering carbon dioxide from the shifted gas in a carbon dioxide removal unit to form a carbon dioxide-depleted synthesis gas; (d) synthesising methanol from the carbon dioxide-depleted synthesis gas in a methanol synthesis unit and recovering the methanol and a methanol synthesis off-gas comprising nitrogen, hydrogen and residual carbon monoxide; (e) subjecting at least a portion of the recovered methanol to oxidation with air in a formaldehyde production unit; (f) subjecting the methanol synthesis off-gas to methanation in a methanation reactor containing a methanation catalyst to form an ammonia synthesis gas; (g) synthesising ammonia from the ammonia synthesis gas in an ammonia production unit and recovering the ammonia; (h) reacting a portion of the ammonia and at least a portion of the recovered carbon dioxide stream in a urea production unit to form a urea stream; and (i) stabilising the urea by mixing the urea stream and a stabiliser prepared using formaldehyde recovered from the formaldehyde production unit, wherein a portion of the synthesis gas generated by the synthesis gas generation unit by-passes either the one or more water-gas shift reactors; the carbon dioxide recovery unit; or the one or more water-gas shift reactors and the carbon dioxide removal unit, and wherein crude methanol recovered from the methanol synthesis stage is fed to an oxidation reactor in the formaldehyde production unit.
A method of controlling a robot, in particular a human-collaborating robot, wherein a robot-specific or task-specific redundancy of the robot is solved, characterised in that a pose-dependent inertia variable ( m u ( Λ v ( q))) of the robot is minimised in order to solve the redundancy, wherein a velocity (( ẋ, ẏ) i, q̇ i) of the robot is prescribed such that a pose-dependent movement variable which includes a product of the inertia variable and a power of a speed of the robot or one of its derivatives ( m u · q̇; m u · q̇ 2) does not exceed a threshold value.
A bag holder bin comprising a support constituted by two pairs of legs (12, 13), each pair being formed by a U-shaped tubular element at the end of which there are supporting elements, said pairs of legs (12, 13) being mutually hinged in a scissor-like fashion at corresponding central regions, the connecting portions (15, 16) between two legs (12, 13) of a same U-shaped element supporting a frame that defines the mouth of the bag holder bin onto which the edge of a trash bag is to be turned, and an annular element pivoted to said frame and being contoured to lock the edge of the bag against said frame, said frame having a lid pivoted thereto to close the mouth defined by the frame, said bag holder bin being characterized in that said lid has a door that is rotatably attached to said lid and is openable by pushing toward the inside of the bag, and in that elastic means for automatically closing said door are associated with said door.
Actuator, which is provided to switch a switching unit and has a mechanical display, the mechanical display having a window (6.1, 6.2) and a display surface (3.1, 3.2) that is visible through the window, wherein the display surface (3.1, 3.2) is connected to a spring bar (8.1, 8.2) attached to an actuating part of the actuator and is provided, during an actuation movement of the actuating part, together with at least part of the spring bar (8.1, 8.1) to make a partial rotational movement about an axis of rotation (10.1, 10.2), the axis of rotation (10.1, 10.2) being oriented essentially perpendicular to the actuation movement of the actuating part, wherein the spring bar (8.1, 8.2) is provided to be stressed elastically during the actuation movement of the actuating part, characterised in that a fixed component of the actuator, in particular a collar, is provided to stress the spring bar (8.1, 8.2) elastically, wherein the fixed component acts on the spring bar (8.1, 8.2) directly.
A holder system for an implantable device, said holder system comprising a first component arranged to act as a clamp, said component comprising an actuating portion and a jaw portion, said actuating portion and jaw portion arranged either side of a hinge region, wherein there is a cavity in the component defined by the walls of said component between the actuating portion and jaw portion and wherein the actuating portion is arranged such that access to the cavity is permitted via the actuating portion, characterised in that the first component is manufactured in plastic.
A root canal treating device, comprising: a root canal treating hand piece having, attached thereto, a visible light camera that is configured to capture a visible light image of a tooth in a tooth axis direction of the tooth as a target of interest; a position detection unit that is configured to detect a position of the root canal treating hand piece; a display unit that is configured to display the visible light image; and an image processing unit that is configured to display three images of an image (Ip) corresponding to at least a tip position of a cutting tool attached to the root canal treating hand piece, an X-ray cross-sectional image of the tooth captured by X-ray CT image capturing beforehand, which is an X-ray CT image that is perpendicular to the tooth axis direction, and the visible light image captured by the visible light camera, the three images being displayed on the display unit in an overlapping manner in positional correspondence with one another, based on information on the position of the root canal treating hand piece detected by the position detection unit. a root canal treating hand piece having, attached thereto, a visible light camera that is configured to capture a visible light image of a tooth in a tooth axis direction of the tooth as a target of interest; a position detection unit that is configured to detect a position of the root canal treating hand piece; a display unit that is configured to display the visible light image; and an image processing unit that is configured to display three images of an image (Ip) corresponding to at least a tip position of a cutting tool attached to the root canal treating hand piece, an X-ray cross-sectional image of the tooth captured by X-ray CT image capturing beforehand, which is an X-ray CT image that is perpendicular to the tooth axis direction, and the visible light image captured by the visible light camera, the three images being displayed on the display unit in an overlapping manner in positional correspondence with one another, based on information on the position of the root canal treating hand piece detected by the position detection unit.
Tissue endoprosthesis comprising: • an expandable hollow support structure having a surface with openings; and • an inner structure at least partly covering the inner surface of said support structure, the endoprosthesis comprises an outer covering which is composed of a flexible haemocompatible synthetic material characterised in that the inner structure is an inner tissue structure and in that the outer covering is anchored mechanically to said inner tissue structure, said support structure being held at least partially between said outer covering and said inner tissue structure, the flexible haemocompatible synthetic material of said outer covering impregnating said inner tissue structure at least partially. • an expandable hollow support structure having a surface with openings; and • an inner structure at least partly covering the inner surface of said support structure,
A method to control a hybrid vehicle provided with an internal combustion engine, a servo-assisted transmission and a reversible electrical machine suited to generate a torque to be transmitted to the drive wheels, wherein the reversible electrical machine is connected to a storage system adapted to store electric energy; the method comprises the steps of: recognizing the occurrence of the condition in which the hybrid vehicle stands still on a sloping road surface; calculating an objective drive torque (Cobj) to be delivered to the drive wheels so as to keep the hybrid vehicle still on the sloping road surface; detecting the charge state of the storage system; and controlling the reversible electrical machine so as to deliver to the drive wheels the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface only in case the charge state of the storage system is sufficient to deliver the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface; the method is characterized in that it further comprises the step of signalling to the driver the condition in which the charge state of the storage system is not sufficient to deliver the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface so that the driver may intervene to avoid undesired moving backward or forward of the hybrid vehicle on the sloping road surface. recognizing the occurrence of the condition in which the hybrid vehicle stands still on a sloping road surface; calculating an objective drive torque (Cobj) to be delivered to the drive wheels so as to keep the hybrid vehicle still on the sloping road surface; detecting the charge state of the storage system; and controlling the reversible electrical machine so as to deliver to the drive wheels the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface only in case the charge state of the storage system is sufficient to deliver the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface; the method is characterized in that it further comprises the step of signalling to the driver the condition in which the charge state of the storage system is not sufficient to deliver the objective drive torque (Cobj) needed to keep the hybrid vehicle still on the sloping road surface so that the driver may intervene to avoid undesired moving backward or forward of the hybrid vehicle on the sloping road surface.
Use of delphinidin or salts thereof or of a complex comprising delphinidin for at least partially neutralizing an object contaminated with bacteria selected from the group consisting of antibiotics-resistant Staphylococcus aureus and antibiotics-sensitive Staphylococcus aureus, the object not being a live animal and not being a live human, and wherein said at least partial neutralization leads to at least partial destruction or disintegration or inactivation or prevention of reproduction of the Staphylococcus aureus bacteria or prevention of Staphylococcus aureus-mediated biofilm formation.
A system for authenticating and authorizing network services comprising: a mobile device, said mobile device being configured to determine a network access type upon receipt of an information message indicating at least one network access type; create a start message containing at least a user identity; and encapsulate the start message in an authentication message compatible with an access network identified in the information message, said system further comprising: an access controller for reading the encapsulated message from the mobile device and forwarding the encapsulated message to an authentication server identified in the encapsulated message. a mobile device, said mobile device being configured to determine a network access type upon receipt of an information message indicating at least one network access type; create a start message containing at least a user identity; and encapsulate the start message in an authentication message compatible with an access network identified in the information message, said system further comprising: an access controller for reading the encapsulated message from the mobile device and forwarding the encapsulated message to an authentication server identified in the encapsulated message. an access controller for reading the encapsulated message from the mobile device and forwarding the encapsulated message to an authentication server identified in the encapsulated message.
A method of digitizing an object captured by a camera (208, 210), the method comprising: receiving color and depth data associated with an image; identifying the closest point in the image to the camera (208, 210); identifying edges of an object in the image by searching from the closest point outwardly until large differences in depth data are found; generating a point cloud construction of the object using the depth data; and using the point cloud construction to generate a digitization of the object. receiving color and depth data associated with an image; identifying the closest point in the image to the camera (208, 210); identifying edges of an object in the image by searching from the closest point outwardly until large differences in depth data are found; generating a point cloud construction of the object using the depth data; and using the point cloud construction to generate a digitization of the object.
A motor drive system comprising: a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor, and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be toollessly attached to any one of a plurality of power subassemblies of different size and power rating and to make electrical connections with one of the plurality of power subassemblies when attached, the control subassembly comprising a housing including a user interface and control circuitry that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches. a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor, and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be toollessly attached to any one of a plurality of power subassemblies of different size and power rating and to make electrical connections with one of the plurality of power subassemblies when attached, the control subassembly comprising a housing including a user interface and control circuitry that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches.
A method for producing a mono-cell formed by alternately stacking separators (8, 4) and electrodes (10, 6), wherein a first electrode previously cut into a predetermined shape is joined, one by one, to one surface of a strip of continuously conveyed first separator, a second electrode previously cut into a predetermined shape and having a different size from that of the first electrode is provided to the conveyed first separator together with the first electrode and joined, one by one, to the other surface of the first separator, a strip of continuously conveyed second separator is joined to one of the first electrode and the second electrode, and the stacked first and second separators (8, 4) are cut between adjacent first electrodes (10, 10), the method being characterized by comprising: detecting a position of the first electrode by means of a position detecting unit (76, 77) at an upstream side or a downstream side of a joining point of the second electrode; and correcting a joining position of the second electrode by means of an alignment mechanism upon being joined to the first separator with the detected position of the first electrode being a reference. detecting a position of the first electrode by means of a position detecting unit (76, 77) at an upstream side or a downstream side of a joining point of the second electrode; and correcting a joining position of the second electrode by means of an alignment mechanism upon being joined to the first separator with the detected position of the first electrode being a reference.