mhurhangee/ep-ind-claims huggingface dataset:
Therapy device for treating preferably human patients, comprising: at least two electrodes (3, 6) connectable to a patient with at least one of which being a grounding electrode; an alternating power source applying an alternating voltage to the two electrodes and a control device connected to the alternating power source; wherein the control device is configured to activate the alternating voltage source periodically for a first time period while the grounding electrode is not grounded so that the electrodes (3, 6) are supplied with an alternating voltage being transferable to the patient for treatment; wherein the control device is further configured to periodically deactivate the alternating voltage source for a second time period while the grounding electrode is grounded so that charge can be drained off the patient. at least two electrodes (3, 6) connectable to a patient with at least one of which being a grounding electrode; an alternating power source applying an alternating voltage to the two electrodes and a control device connected to the alternating power source; wherein the control device is configured to activate the alternating voltage source periodically for a first time period while the grounding electrode is not grounded so that the electrodes (3, 6) are supplied with an alternating voltage being transferable to the patient for treatment; wherein the control device is further configured to periodically deactivate the alternating voltage source for a second time period while the grounding electrode is grounded so that charge can be drained off the patient.
A ventilation unit for ventilating an indoor space by natural ventilation, comprising: a first air port for positioning outside the indoor space; a second air port for positioning inside the indoor space; a mechanical restrictor for controlling a restriction to a flow between the first and second air ports, wherein the flow results from a pressure differential between the first and second air ports; a pressure sensing arrangement for determining the air pressures or the air pressure difference in the vicinity of the first and second air ports; a first air quality determination system for determining air quality parameters relating to the space outside the indoor space; a second air quality determination system for determining air quality parameters relating to the indoor space; and characterized in that the unit comprises an air cleaning device between the first and second air ports, and a controller, wherein the controller is adapted to control the air cleaning device and the mechanical restrictor in dependence on the determined air pressures and air quality parameters. a first air port for positioning outside the indoor space; a second air port for positioning inside the indoor space; a mechanical restrictor for controlling a restriction to a flow between the first and second air ports, wherein the flow results from a pressure differential between the first and second air ports; a pressure sensing arrangement for determining the air pressures or the air pressure difference in the vicinity of the first and second air ports; a first air quality determination system for determining air quality parameters relating to the space outside the indoor space; a second air quality determination system for determining air quality parameters relating to the indoor space; and characterized in that the unit comprises an air cleaning device between the first and second air ports, and a controller, wherein the controller is adapted to control the air cleaning device and the mechanical restrictor in dependence on the determined air pressures and air quality parameters.
A communications link comprising: - a radiating cable for transmitting electromagnetic radiation, having a longitudinal cable axis and comprising groups of apertures; and - a directional coaxial aperture antenna configured to be mounted on a mobile vehicle, being operable for receiving said electromagnetic radiation transmitted by said radiating cable, configured to be substantially aligned with said radiating cable and comprising a plurality of apertures, characterized in that the groups of apertures of the radiating cable are repeated at a constant spacing in the range of [3.5 λ a, 9.1 λ b] where λ a and λ b are wavelength values corresponding to a frequency band of [ f a, f b] where f a < f b, in such a way that the radiating cable is able to generate a main transmission mode which has a direction of propagation at an angle between 150° and 180° to said longitudinal cable axis, and in that the apertures of the directional coaxial aperture antenna extend over a length which is equal to or greater than 1.9 λ b, in such a way that a main lobe of the directional coaxial aperture antenna is substantially aligned with the direction of propagation of said main transmission mode. - a radiating cable for transmitting electromagnetic radiation, having a longitudinal cable axis and comprising groups of apertures; and - a directional coaxial aperture antenna configured to be mounted on a mobile vehicle, being operable for receiving said electromagnetic radiation transmitted by said radiating cable, configured to be substantially aligned with said radiating cable and comprising a plurality of apertures,
A boiler for generating steam and/or for heating water, comprising: - a metal container provided at least with a feed aperture to introduce water inside it, a heating element, a discharge aperture able to be selectively opened/closed to discharge said water and possible particles, - a rotatable limescale removal device disposed at least partly inside said container, able to be selectively activated from the outside and suitable to cooperate with at least part of a bottom wall and/or with at least part of a lateral wall of the metal container, - at least a detection device configured to detect values of physical quantities concerning the water and/or limescale inside the boiler, associated with said container and - a control and command unit, characterized in that the control and command unit is associated with said removal device and with said at least one detection device and is configured to coordinate the activation and the speed of rotation of said removal device as a function of the values detected by said at least one detection device. - a metal container provided at least with a feed aperture to introduce water inside it, a heating element, a discharge aperture able to be selectively opened/closed to discharge said water and possible particles, - a rotatable limescale removal device disposed at least partly inside said container, able to be selectively activated from the outside and suitable to cooperate with at least part of a bottom wall and/or with at least part of a lateral wall of the metal container, - at least a detection device configured to detect values of physical quantities concerning the water and/or limescale inside the boiler, associated with said container and - a control and command unit,
Apparatus for the additive manufacturing of three-dimensional objects by successive, selective layer-by-layer exposure and related compacting of building material layers, consisting of building material solidifiable by means of a laser beam, which is generated by a laser beam generating unit, comprising: - a laser beam generating unit, which is provided to generate a laser beam with beam characteristics defined by at least one laser beam parameter, in particular a beam profile that is defined by at least one laser beam parameter; - a modulation device attributed to the laser beam generating unit, which is provided for the targeted modification of at least one laser beam parameter influencing the laser beam characteristics, in particular the beam profile, of the laser beam that is generated by the laser beam generating unit, based on a target value being in particular configurable or set by the user, characterized in that the modulation device of the laser beam generating unit is connected downstream, wherein it is arranged or embodied in between the collimator device and an optical mirror device. - a laser beam generating unit, which is provided to generate a laser beam with beam characteristics defined by at least one laser beam parameter, in particular a beam profile that is defined by at least one laser beam parameter; - a modulation device attributed to the laser beam generating unit, which is provided for the targeted modification of at least one laser beam parameter influencing the laser beam characteristics, in particular the beam profile, of the laser beam that is generated by the laser beam generating unit, based on a target value being in particular configurable or set by the user, characterized in that the modulation device of the laser beam generating unit is connected downstream, wherein it is arranged or embodied in between the collimator device and an optical mirror device.
A saddle-ride type vehicle comprising: an engine provided between a front wheel and a rear wheel and generating a driving force by combustion of fuel; a cylinder block constituting a part of the engine; a crankcase provided below the cylinder block; a transmission for changing a rotational speed by a plurality of gear trains constituting a plurality of shift stages having different gear ratios with respect to the driving force of the engine; a shift actuator for rotating a shift drum which changes the gear train in the transmission, wherein the shift actuator is disposed below the cylinder block and in front of the crankcase; and a rod-shaped transmission body for transmitting a rotational driving force of the shift actuator to the shift drum, characterized in that the crankcase has a crankcase cover (12; a) protruding in a circular shape in a side view outwardly in a vehicle width direction, and the transmission body is disposed above or below the crankcase cover. an engine provided between a front wheel and a rear wheel and generating a driving force by combustion of fuel; a cylinder block constituting a part of the engine; a crankcase provided below the cylinder block; a transmission for changing a rotational speed by a plurality of gear trains constituting a plurality of shift stages having different gear ratios with respect to the driving force of the engine; a shift actuator for rotating a shift drum which changes the gear train in the transmission, wherein the shift actuator is disposed below the cylinder block and in front of the crankcase; and a rod-shaped transmission body for transmitting a rotational driving force of the shift actuator to the shift drum, characterized in that the crankcase has a crankcase cover (12; a) protruding in a circular shape in a side view outwardly in a vehicle width direction, and the transmission body is disposed above or below the crankcase cover.
A system for producing gaseous hydrogen, the system comprising an enclosure formed by a side wall, a front end wall, and a rear end wall, said enclosure containing one or more unit charges of at least one material suitable for generating gaseous hydrogen when heated, the system being characterized in that each unit charge comprises a cylindrical body including a closed rear end wall and a front end wall having an opening, at least one block of material suitable for generating gaseous hydrogen when heated being present inside the cylindrical body, each block presenting an annular shape defining a central channel leading to the opening in the front end wall of the cylindrical body and at least one initiator present in the vicinity of the rear end wall of the cylindrical body; the opening in the front end wall of the cylindrical body facing the front end wall of the enclosure so that the hot gas coming from said at least one block of material suitable for generating gaseous hydrogen when heated is directed directly against the inside surface of the front end wall of the enclosure.
A fluid heating device comprising: a case member; and a heating element accommodated in the said case member, a flow path being formed between an outer surface of said heating element and an inner surface of said case member, said flow path including a turbulent flow generation mechanism, and characterized by the turbulent flow generation mechanism having a part which is configured to slide and vibrate such that turbulent flow is generated in at least a part of said flow path. a case member; and a heating element accommodated in the said case member, a flow path being formed between an outer surface of said heating element and an inner surface of said case member, said flow path including a turbulent flow generation mechanism, and characterized by the turbulent flow generation mechanism having a part which is configured to slide and vibrate such that turbulent flow is generated in at least a part of said flow path.
A display system comprising: a frame having a recess; a layer; and a fixation element, wherein the fixation element includes a first part and a second part extending from the first part, the first part includes a connection area of the first part for securing the fixation element to the layer, and the second part includes a connection area of the second part for securing the fixation element in the recess of the frame, characterized in that the fixation element comprises a plurality of second parts, wherein each of the second parts extend from the first part of the fixation element and comprises a connection area of the second part, and the frame comprises one or more recesses for securing the connection areas of the plurality of second parts to the frame. a frame having a recess; a layer; and a fixation element, wherein the fixation element includes a first part and a second part extending from the first part, the first part includes a connection area of the first part for securing the fixation element to the layer, and the second part includes a connection area of the second part for securing the fixation element in the recess of the frame, characterized in that the fixation element comprises a plurality of second parts, wherein each of the second parts extend from the first part of the fixation element and comprises a connection area of the second part, and the frame comprises one or more recesses for securing the connection areas of the plurality of second parts to the frame.
A system for localizing one or more medical instruments, comprising: a tracking system configured to track the positions of the one or more medical instruments, thereby providing tracked position information (c TR) of the one or more medical instruments; a guidance grid configured to be disposed in an operative relationship with a subject and configured to receive the one or more medical instruments, such that planned positions (p G) of the one or more medical instruments are defined with respect to the guidance grid; an ultrasound imaging system configured to image a volume where the one or more medical instruments are deployed, thereby providing visual positions (c US) of the one or more medical instruments, wherein the guidance grid is calibrated, a priori, to the imaging system, such that the planned positions (p G) of the one or more medical instruments with respect to the guidance grid are transformable to planned positions (p US) of the one or more medical instruments with respect to the volume; a display; and a program module configured to register the tracked position information (c TR) of the one or more medical instruments to the visual positions of the one or more medical instruments in the volume, using the planned positions (p US) of the one or more medical instruments with respect to the volume, for display on the display such that the tracked positions of the one or more medical instruments are overlaid on image data of the volume to permit a user to visually track the one or more medical instruments on the display of the imaging system. a tracking system configured to track the positions of the one or more medical instruments, thereby providing tracked position information (c TR) of the one or more medical instruments; a guidance grid configured to be disposed in an operative relationship with a subject and configured to receive the one or more medical instruments, such that planned positions (p G) of the one or more medical instruments are defined with respect to the guidance grid; an ultrasound imaging system configured to image a volume where the one or more medical instruments are deployed, thereby providing visual positions (c US) of the one or more medical instruments, wherein the guidance grid is calibrated, a priori, to the imaging system, such that the planned positions (p G) of the one or more medical instruments with respect to the guidance grid are transformable to planned positions (p US) of the one or more medical instruments with respect to the volume; a display; and a program module configured to register the tracked position information (c TR) of the one or more medical instruments to the visual positions of the one or more medical instruments in the volume, using the planned positions (p US) of the one or more medical instruments with respect to the volume, for display on the display such that the tracked positions of the one or more medical instruments are overlaid on image data of the volume to permit a user to visually track the one or more medical instruments on the display of the imaging system.
A system for wireless connectivity in a mobile environment, comprising: a router for routing wireless Internet Protocol, IP, communication signals to and from a wireless network, wherein said router is located on an object; a first antenna (235, 433) located on said object communicatively coupled to said router for transmitting said communication signals to and from a plurality of access points (260, 410, 420) on said wireless network and located outside of said object; a second antenna (245, 435) located on said object communicatively coupled to said router for transmitting said communication signals to and from said plurality of access points, wherein said second antenna is positioned a distance (d) from said first antenna on said object, wherein said distance is such that it allows said router to transmit said communication signals to said wireless network through a first access point from said second antenna while a link is being established using a Mobile IP standard that communicatively couples said first antenna to a second access point while said object is moving into wireless coverage provided by said second access point. a router for routing wireless Internet Protocol, IP, communication signals to and from a wireless network, wherein said router is located on an object; a first antenna (235, 433) located on said object communicatively coupled to said router for transmitting said communication signals to and from a plurality of access points (260, 410, 420) on said wireless network and located outside of said object; a second antenna (245, 435) located on said object communicatively coupled to said router for transmitting said communication signals to and from said plurality of access points, wherein said second antenna is positioned a distance (d) from said first antenna on said object, wherein said distance is such that it allows said router to transmit said communication signals to said wireless network through a first access point from said second antenna while a link is being established using a Mobile IP standard that communicatively couples said first antenna to a second access point while said object is moving into wireless coverage provided by said second access point.
An isolated peptide consisting of an amino acid sequence selected from the group consisting of FTEIPTI (SEQ ID NO: 3), KFARLWTEIPTAIT (SEQ ID NO: 1), a fragment thereof, wherein the fragment reduces the interaction between End Binding Protein 3 and Inositol 1,4,5-Trisphosphate Receptor Type 3 (IP 3 R 3).
Pest electrocution device, suitable to be mounted in a pipe or conduit, wherein the electrocution device comprises a ramp hingely attached to a chassis, which chassis has means to be fastened to said pipe or conduit, where said chassis further comprises a chassis arm, and a tunnel element, which tunnel element is pivotably fastened to said chassis arm, and where the tunnel element in a first position extends to an upper end of said ramp, such that a pest travelling up the ramp can enter the tunnel element at a first end, where activating means are provided inside the tunnel element, which activation means are suitable to activate at least three electrodes (70,71,72) by supplying electrical current to said electrodes (70,71,72) arranged as separate floor plates in the tunnel, characterized in that after activation and a predetermined period of time, the tunnel element is suitable to pivot the first end downwards into a second position, in which second position the electrocuted pest slides out of the tunnel element, after which the tunnel element is suitable to be pivoted back in its first position.
A neckwear, comprising: (a) a neckband; (b) a neckband module; (c) at least one display segment; (d) a first display insert (106, 115, 121, 128, 134); (e) a second display insert (106, 115, 121, 128, 134); and (f) at least one fastener (33, 34), wherein said neckband is connected to said neckband module, and said neckband module is connected to said at least one display segment; wherein said neckband module houses the first display insert (106, 115, 121, 128, 134); wherein said at least one display segment houses the second display insert (106, 115, 121, 128, 134); characterised in that: said first display insert and said second display insert are intra-changeable with one another; and said at least one fastener (33, 34) includes a first fastener that pivotably connects said neckband module to said at least one display segment. (a) a neckband; (b) a neckband module; (c) at least one display segment; (d) a first display insert (106, 115, 121, 128, 134); (e) a second display insert (106, 115, 121, 128, 134); and (f) at least one fastener (33, 34), wherein said neckband is connected to said neckband module, and said neckband module is connected to said at least one display segment; wherein said neckband module houses the first display insert (106, 115, 121, 128, 134); wherein said at least one display segment houses the second display insert (106, 115, 121, 128, 134); characterised in that: said first display insert and said second display insert are intra-changeable with one another; and said at least one fastener (33, 34) includes a first fastener that pivotably connects said neckband module to said at least one display segment. said first display insert and said second display insert are intra-changeable with one another; and said at least one fastener (33, 34) includes a first fastener that pivotably connects said neckband module to said at least one display segment.
Burner (1, 20, 30, 60, 90) for the gasification of a hydrocarbon fuel, the burner comprising: coaxial channels for the separate supply of an oxidizer gas, a hydrocarbon fuel and a moderator gas, wherein a coaxial channel with the smallest width (8, 35, 72) is bordered by a separating wall (10, 53), characterised in that the separating wall has at least one gas exchange passage (16, 22, 52, 88, 97), the gas exchange passage being formed by at least one opening (16, 52, 88) in the separating wall.