mhurhangee/patent-ind-claim-en huggingface dataset:
Dosing unit, for the controlled delivery of a solid material, comprising a silo for containing the material to be delivered, having on the bottom a discharge mouth , said discharge mouth being circular, at least one extraction auger arranged inside said silo and operable in rotation around a vertical axis , at least one scraper member , located inside said silo and associated with said discharge mouth operable in rotation around said vertical axis , first actuation means of said extraction auger , at least one shutter component positioned below said discharge mouth , moving means operatively connected to said at least one shutter component to determine the closure, the complete or partial opening of said discharge mouth and to adjust the flow of said material to be delivered, characterized in that the dosing unit has second actuation means of said scraper member .
Ultrasound marker comprising - an enclosure - an energy transducer (14.1) for transducing impeding sound energy into electric energy - an ultrasound emitter (14.2) that is configured to generate an ultrasound signal when fed with electric energy - a trigger that is operatively connected to the ultrasound emitter and that can be activated via a wireless signal, said trigger being configured to control the generation of ultrasound by the ultrasound emitter in dependence of the wireless signal, wherein the trigger comprises a switch that is operatively connected to the ultrasound emitter (14.2) and is configured to switch the ultrasound emitter (14.2) on or off, respectively, and characterized in that the trigger further comprises a photosensitive element that is operatively connected to the switch and is configured to control the switch in when exposed to a light signal. - an enclosure - an energy transducer (14.1) for transducing impeding sound energy into electric energy - an ultrasound emitter (14.2) that is configured to generate an ultrasound signal when fed with electric energy - a trigger that is operatively connected to the ultrasound emitter and that can be activated via a wireless signal, said trigger being configured to control the generation of ultrasound by the ultrasound emitter in dependence of the wireless signal, wherein the trigger comprises a switch that is operatively connected to the ultrasound emitter (14.2) and is configured to switch the ultrasound emitter (14.2) on or off, respectively, and characterized in that the trigger further comprises a photosensitive element that is operatively connected to the switch and is configured to control the switch in when exposed to a light signal.
A patch for determining and tracking one or more activity/inactivity patterns, polysomnographic patterns and circadian states of a subject , the patch comprising: a microcontroller , volatile and non-volatile memory , a communications interface, and a battery ; one or more electrical pads configured to contact skin of the subject and collect and monitor polysomnographic data and actigraphy data for the subject; the microcontroller estimating or determining a circadian phase of the subject based on the collected and polysomnographic data and actigraphy data; one or more actuating devices delivering one or more agents through at least one nozzle in controlled transdermal delivery, by the one or more actuating devices, to the skin of the subject based on the estimated or determined circadian phase; wherein the delivery of the one or more agents modulate the circadian phase and/or consciousness patterns comprising sleep/wake patterns of the subject in response to the subject's environment; and a container encasing the microcontroller, the volatile and non-volatile memory, the communications interface, the battery, the one or more electrical pads, the one or more actuating devices, and the at least one nozzle ; wherein the activity/inactivity patterns are monitored by one or more sensors measuring rest and activity cycles via actigraphy. a microcontroller , volatile and non-volatile memory , a communications interface, and a battery ; one or more electrical pads configured to contact skin of the subject and collect and monitor polysomnographic data and actigraphy data for the subject; the microcontroller estimating or determining a circadian phase of the subject based on the collected and polysomnographic data and actigraphy data; one or more actuating devices delivering one or more agents through at least one nozzle in controlled transdermal delivery, by the one or more actuating devices, to the skin of the subject based on the estimated or determined circadian phase; wherein the delivery of the one or more agents modulate the circadian phase and/or consciousness patterns comprising sleep/wake patterns of the subject in response to the subject's environment; and a container encasing the microcontroller, the volatile and non-volatile memory, the communications interface, the battery, the one or more electrical pads, the one or more actuating devices, and the at least one nozzle ; wherein the activity/inactivity patterns are monitored by one or more sensors measuring rest and activity cycles via actigraphy.
A system of reconditioning a medical instrument comprising a device and distinct dedicated reconditioning machines to recondition said medical instrument , said device comprising a single connector configured to be removably connected to the medical instrument and to counter-connectors of said distinct dedicated reconditioning machines , said connector and said counter-connector being mating, wherein said connector comprises a connection head provided with a series of connection elements and on one side a plurality of tubular elements , wherein a specific tubular treatment element is connected to each of the connection elements , inside a casing of the connector , in which tubular treatment element fluid for washing or disinfection can flow, wherein each of the tubular elements is flexible and is connectable by means of suitable connection means to apertures or inlets of the medical instrument , so as to reach the channels and the internal zones, wherein the counter-connector is installed on each of the machines and comprises a support plate which is connectable to one of the walls of the machine and a seating and wherein the connection head of the connector is inserted into the seating of the counter-connector , so as to obtain a stable and sealed connection. wherein said connector comprises a connection head provided with a series of connection elements and on one side a plurality of tubular elements , wherein a specific tubular treatment element is connected to each of the connection elements , inside a casing of the connector , in which tubular treatment element fluid for washing or disinfection can flow, wherein each of the tubular elements is flexible and is connectable by means of suitable connection means to apertures or inlets of the medical instrument , so as to reach the channels and the internal zones, wherein the counter-connector is installed on each of the machines and comprises a support plate which is connectable to one of the walls of the machine and a seating and wherein the connection head of the connector is inserted into the seating of the counter-connector , so as to obtain a stable and sealed connection.
A quantum system comprising: a qubit ; a transmission line resonator having an associated resonant wavelength; a coupling capacitor configured to capacitively couple the qubit to the transmission line resonator ; and a transformer configured to inductively couple the qubit to the transmission line resonator ; wherein a selected one of an associated capacitance of the coupling capacitor and an associated mutual inductance of the transformer is a function of a location of the qubit , wherein the qubit is remote from any node or antinode of the transmission line resonator and the location is defined as a distance in radians along the transmission line resonator from an end of the transmission line resonator , to provide a total coupling strength for the qubit , equal to a sum of a capacitive couple strength associated with the coupling capacitor and an inductive coupling strength associated with the transformer , that can be made independent of the location of the qubit along the transmission line resonator , such that the total coupling strength is constant across the length of the transmission line resonator . a qubit ; a transmission line resonator having an associated resonant wavelength; a coupling capacitor configured to capacitively couple the qubit to the transmission line resonator ; and
A silicon wafer with a diameter of 300 mm, separated from a single crystal grown by the Czochralski (CZ) method, with an oxygen concentration of 5 x 1017 atoms/cm3 to 6 x 1017 atoms/cm3 and with a radial variation of the oxygen concentration of less than 7%, determined according to (Omax - Omin / Omin) ∗ 100%, where Omax is the maximum and Omin is the minimum oxygen concentration determined over the entire radius of the silicon wafer, wherein the oxygen concentration is determined by FTIR according to SEMI MF951, wherein the silicon wafer is doped with hydrogen and a hydrogen concentration is not less than 3 x 1013 atoms/cm3 and not more than 8 x 1013 atoms/cm3.
A mobile terminal comprising a transceiver and a controller, said controller being arranged for communication via said transceiver with a home network of a user of said mobile communication terminal and for communication via said transceiver with a visited Internet Protocol based mobile communication network, said controller comprising a network registration control part arranged for generating a network information element that comprises -- a home network identifying element that identifies a home network of said user, wherein said home network of said user is a purely circuit switched mobile communication network, and -- a domain name of said visited IP based mobile communication network as a base domain identifier, and for providing said network information element to said visited IP based mobile communication network. -- a home network identifying element that identifies a home network of said user, wherein said home network of said user is a purely circuit switched mobile communication network, and -- a domain name of said visited IP based mobile communication network as a base domain identifier, and for providing said network information element to said visited IP based mobile communication network.
A wearable device comprising: a sensor configured to capture a vein image of a user; and a processor ; a memory configured to store at least one piece of authentication information of a user used to check in at least one application, wherein the at least one piece of authentication information comprises authentication information of a first user and authentication information of a second user; wherein the wearable device is characterized by : the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application. a sensor configured to capture a vein image of a user; and a processor ; a memory configured to store at least one piece of authentication information of a user used to check in at least one application, wherein the at least one piece of authentication information comprises authentication information of a first user and authentication information of a second user; wherein the wearable device is characterized by : the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application. the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application.
Mounting system for mounting photovoltaic modules on roofs, in particular on flat roofs, having - base rails which are to be arranged directly on the roof or on a protective mat placed thereon and which are formed by hollow-chamber profiles, and - support elements which can be mounted on the base rails and to which the photovoltaic modules and/or other photovoltaic installation components can be attached, wherein the support elements can be at least partially connected to the base rails via latching connections, characterized - in that the base rails at least partially have on their upper side a tongue which is formed by incisions in the upper side and whose free end can be pressed elastically into the base rail, - in that a support element , which is designed to be connected to such a base rail via a latching connection resulting from interaction with the elastic tongue, has a hook-shaped projection which emanates from its underside which is to face the base rail, which projection comprises a vertical leg extending vertically downwards from the support element and an adjoining horizontal leg which runs in the longitudinal direction of the base rail, and - in that the base rail and the support element are also formed in such a way that the tongue can be pressed elastically into the base rail via the hook-shaped projection and springs back after a subsequent displacement of the support element into its intended relative position with respect to the base rail. - base rails which are to be arranged directly on the roof or on a protective mat placed thereon and which are formed by hollow-chamber profiles, and - support elements which can be mounted on the base rails and to which the photovoltaic modules and/or other photovoltaic installation components can be attached, - in that the base rails at least partially have on their upper side a tongue which is formed by incisions in the upper side and whose free end can be pressed elastically into the base rail, - in that a support element , which is designed to be connected to such a base rail via a latching connection resulting from interaction with the elastic tongue, has a hook-shaped projection which emanates from its underside which is to face the base rail, which projection comprises a vertical leg extending vertically downwards from the support element and an adjoining horizontal leg which runs in the longitudinal direction of the base rail, and - in that the base rail and the support element are also formed in such a way that the tongue can be pressed elastically into the base rail via the hook-shaped projection and springs back after a subsequent displacement of the support element into its intended relative position with respect to the base rail.
System for controlling the opening of a vehicle panel, in particular a vehicle door, the system comprising: - a housing , - a handle movable with respect to the housing , - an electric motor , - a computer configured to change from a standby mode to an active mode, characterised in that the electric motor is suitable for generating a wake-up voltage TR when the handle is moved with respect to the housing ; the computer being configured to change from standby mode to active mode when it receives the wake-up voltage TR generated by the motor . - a housing , - a handle movable with respect to the housing , - an electric motor , - a computer configured to change from a standby mode to an active mode, characterised in that the electric motor is suitable for generating a wake-up voltage TR when the handle is moved with respect to the housing ; the computer being configured to change from standby mode to active mode when it receives the wake-up voltage TR generated by the motor .
A humidifier for use in a patient ventilation circuit, said humidifier comprising: - a heater for heating a liquid; and - a hydrophobic membrane permeable to a vapour phase of said liquid, wherein said heater for heating said liquid is surrounded by said hydrophobic membrane permeable to the vapour phase of said liquid, thereby allowing for crossing of said membrane only by the vapour phase of said liquid, characterized in that said heater for heating a liquid is comprised in a body and said hydrophobic membrane permeable to the vapour phase of said liquid is located onto an external surface of a housing for said body, in that the housing comprises an inlet with fastening means , the inlet being configured to receive the body , and the body comprises complementary fastening means , and in that the housing is disposeable and the body is re-useable. - a heater for heating a liquid; and - a hydrophobic membrane permeable to a vapour phase of said liquid, wherein said heater for heating said liquid is surrounded by said hydrophobic membrane permeable to the vapour phase of said liquid, thereby allowing for crossing of said membrane only by the vapour phase of said liquid, characterized in that said heater for heating a liquid is comprised in a body and said hydrophobic membrane permeable to the vapour phase of said liquid is located onto an external surface of a housing for said body, in that the housing comprises an inlet with fastening means , the inlet being configured to receive the body , and the body comprises complementary fastening means , and in that the housing is disposeable and the body is re-useable.
A system for alternating current circuits for airfield lighting, comprising: a circuit comprising an isolation transformer (206-1, 206-2, 306, 406, 506); a protection hardware circuit (212-1, 212-2, 312, 412), coupled to the isolation transformer (206-1, 206-2, 306, 406, 506), wherein the protection hardware (212-1, 212-2, 312, 412) is adapted to prevent a voltage between an electrical contact of the circuit and a ground contact 203 from meeting or exceeding a threshold voltage; and a load (208-1, 208-2, 308, 408, 508) that when coupled to the protection hardware circuit (212-1, 212-2, 312, 412) receives electrical energy from the isolation transformer (206-1, 206-2, 306, 406, 506), characterized in that the protection hardware circuit includes a triple pole double throw relay adapted to change a triple pole double throw pole from normally closed to normally open when an output of the isolation transformer (206-1, 206-2, 306, 406, 506) meets or exceeds the threshold voltage when the load (208-1, 208-2, 308, 408, 508) is decoupled from the protection hardware circuit (212-1, 212-2, 312, 412). a circuit comprising an isolation transformer (206-1, 206-2, 306, 406, 506); a protection hardware circuit (212-1, 212-2, 312, 412), coupled to the isolation transformer (206-1, 206-2, 306, 406, 506), wherein the protection hardware (212-1, 212-2, 312, 412) is adapted to prevent a voltage between an electrical contact of the circuit and a ground contact 203 from meeting or exceeding a threshold voltage; and a load (208-1, 208-2, 308, 408, 508) that when coupled to the protection hardware circuit (212-1, 212-2, 312, 412) receives electrical energy from the isolation transformer (206-1, 206-2, 306, 406, 506), characterized in that the protection hardware circuit includes a triple pole double throw relay adapted to change a triple pole double throw pole from normally closed to normally open when an output of the isolation transformer (206-1, 206-2, 306, 406, 506) meets or exceeds the threshold voltage when the load (208-1, 208-2, 308, 408, 508) is decoupled from the protection hardware circuit (212-1, 212-2, 312, 412).
A medical device package comprising: a tab including a nest which holds a plurality of medical devices filled with medicines to be aligned in a predetermined direction, a tab main body which accommodates the nest , and a sheet-like first sealing member which seals the tab main body ; and a tab storage container for packing with an outer peripheral surface of the tab maintained in a sterile state, wherein the tab storage container includes: a container main body accommodating the tab and having a shape-retaining property; a transfer opening formed at one end of the container main body and configured to carry in and out the tab ; and a sheet-like second sealing member sealing the transfer opening and having an antibacterial property and air permeability. a tab including a nest which holds a plurality of medical devices filled with medicines to be aligned in a predetermined direction, a tab main body which accommodates the nest , and a sheet-like first sealing member which seals the tab main body ; and a tab storage container for packing with an outer peripheral surface of the tab maintained in a sterile state, wherein the tab storage container includes: a container main body accommodating the tab and having a shape-retaining property; a transfer opening formed at one end of the container main body and configured to carry in and out the tab ; and a sheet-like second sealing member sealing the transfer opening and having an antibacterial property and air permeability. a container main body accommodating the tab and having a shape-retaining property; a transfer opening formed at one end of the container main body and configured to carry in and out the tab ; and a sheet-like second sealing member sealing the transfer opening and having an antibacterial property and air permeability.