mhurhangee/patent-ind-claim-en huggingface dataset:
An insufflation system configured to supply a predetermined gas into a body cavity of a subject, comprising: an automatic air supply conduit line configured to automatically supply a gas into the body cavity to maintain a predetermined pressure in the body cavity; a manual air supply conduit line configured to supply a gas into the body cavity by a manual operation; a selection operation member configured to select only one air supply conduit line, out of the automatic air supply conduit line and the manual air supply conduit line, according to an operation of an operator; a first opening-and-closing valve that is arranged in the automatic air supply conduit line and is configured to cause the automatic air supply conduit line to communicate and be blocked; a second opening-and-closing valve that is arranged in the manual air supply conduit line and is configured to cause the manual air supply conduit line to communicate and be blocked; characterised in that the system further comprises control means configured to cause an opening-and-closing valve arranged in the one air supply conduit line selected by the selection operation member to be in an open state to cause the one air supply conduit line to be in a communication state, to cause the opening-and-closing valve arranged in the other air supply conduit line not selected by the selection operation member to be in a closed state to cause the other air supply conduit line to be in a closed state, such that both air supply conduit lines are not in the communication state at the same time. an automatic air supply conduit line configured to automatically supply a gas into the body cavity to maintain a predetermined pressure in the body cavity; a manual air supply conduit line configured to supply a gas into the body cavity by a manual operation; a selection operation member configured to select only one air supply conduit line, out of the automatic air supply conduit line and the manual air supply conduit line, according to an operation of an operator; a first opening-and-closing valve that is arranged in the automatic air supply conduit line and is configured to cause the automatic air supply conduit line to communicate and be blocked; a second opening-and-closing valve that is arranged in the manual air supply conduit line and is configured to cause the manual air supply conduit line to communicate and be blocked; characterised in that the system further comprises control means configured to cause an opening-and-closing valve arranged in the one air supply conduit line selected by the selection operation member to be in an open state to cause the one air supply conduit line to be in a communication state, to cause the opening-and-closing valve arranged in the other air supply conduit line not selected by the selection operation member to be in a closed state to cause the other air supply conduit line to be in a closed state, such that both air supply conduit lines are not in the communication state at the same time.
Apparatus for handling coins, having sorting unit for optionally feeding coins to a first receptacle and at least one second receptacle , wherein the sorting unit comprises a transporting element for transporting the coins in a transporting direction (P2), the sorting unit comprises a first ejecting element , by means of which coins which are to be fed to the first receptacle are ejected from the transporting element , wherein the sorting unit comprises a second ejecting element , by means of which coins which are to be fed to the second receptacle are ejected from the transporting element , wherein the first ejecting element and the second ejecting element are arranged one beside the other, as seen in the transporting direction (P2), wherein the first ejecting element comprises a first lifting magnet with a first armature and the second ejecting element comprises a second lifting magnet with a second armature , and wherein the first armature and the second armature established eccentric contact with the coins for ejecting purposes, characterized in that the coins are received in receiving compartments of the transporting element such that a respective radial centre axis of the coins lies on a common centre axis , which runs in the transporting direction (P2), in that the first ejecting element is arranged on a first side of the common centre axis , and in that the second ejecting element is arranged on a second side of the common centre axis , said second side being located opposite the first side.
Safety device (S) for a drug delivery device , comprising: - a support body adapted to receive and hold the drug delivery device , - a needle shield slidably arranged relative to the support body , - an inner locking mechanism arranged inside the needle shield between a front end of the needle shield and a front end of the support body and adapted to lock and unlock the needle shield , characterized in that the inner locking mechanism comprises at least three independent locking parts (12.1-12.3) wherein two outer ones of the three locking parts (12.1, 12.3) are telescopically movable relative to a middle locking part (12.2) of the at least three locking parts (12.1-12.3). - a support body adapted to receive and hold the drug delivery device , - a needle shield slidably arranged relative to the support body , - an inner locking mechanism arranged inside the needle shield between a front end of the needle shield and a front end of the support body and adapted to lock and unlock the needle shield , characterized in that the inner locking mechanism comprises at least three independent locking parts (12.1-12.3) wherein two outer ones of the three locking parts (12.1, 12.3) are telescopically movable relative to a middle locking part (12.2) of the at least three locking parts (12.1-12.3).
A crystalline, nonlinear optical material having a composition represented by formula (I): (I) M II [B 2 O 3 X 2 ] wherein M II is selected from the divalent cations of Sn, Pb, Be, Mg, Ca, Sr, and Ba or from combinations of two or more of these cations, X is selected from F, Cl, Br and I or from combinations thereof. M II is selected from the divalent cations of Sn, Pb, Be, Mg, Ca, Sr, and Ba or from combinations of two or more of these cations, X is selected from F, Cl, Br and I or from combinations thereof.
A vibratory finishing machine , said machine comprising a finishing unit , said finishing unit comprising a tub suitable for containing finishing media, said tub being mounted on a plurality of springs connected to a base and being mechanically associated with vibratory means , the machine further comprising a frame configured to hold at least one workpiece to be subjected to vibratory finishing, wherein said frame is provided with an element capable of supporting by clamping one side of the workpiece to be machined and with a moving component operated by a jack or a pneumatic cylinder to act on the opposite side of the workpiece , for the automatic fastening in a working position of the workpiece and in that said machine is provided with a fixed support structure , said fixed support structure being external to said finishing unit , wherein the fixed support structure is associated with a mobile structure configured to bring said frame from a first position of assembly of the piece to be processed to a second position in which the piece is immersed in the finishing media inside the tub and vice versa.
Deoxycytidine (dC) for use in a method of treating thymidine kinase 2 (TK2) deficiency in a human subject in need thereof, said method comprising administering a therapeutically effective amount of deoxythymidine (dT) and said deoxycytidine (dC).
Guide sleeve for a machine tool for the automated placing of breakout claws, wherein a receiving slot is present at one end and a solid material base is present at the other end, and wherein a machine tool abutment is arranged between the receiving slot and the solid material base , characterised in that the receiving slot is an elongated hole.
Antenna arrangement for a level transmitter designed to determine and monitor a level of a medium in a vessel using a microwave time-of-flight method, wherein said arrangement comprises a horn antenna with a horn-shaped component designed to concentrate the microwaves and a process separation element that is permeable to microwaves, said element being provided in the area of the outlet opening of the horn-shaped component facing towards the medium, and which separates the interior area of the horn-shaped component from the interior area of the vessel, wherein an extension component is provided for the further concentration of the microwaves, wherein said component extends the horn-shaped component in the radiation direction of the microwaves, wherein the process separation element is designed and arranged in such a way that the horn-shaped component and the extension component are galvanically isolated from one another, wherein the extension component has a horn-like design and has an opening angle that corresponds approximately to an opening angle of the horn-shaped component , characterized in that the extension component has an entrance opening that is smaller than the outlet opening of the horn-shaped component .
robotic system for inspecting and/or repairing one or more blades attached to a rotor of a gas turbine engine, the system comprising: a track disposed adjacent to the rotor having one or more blades attached thereto, when the rotor is placed in the system; a mechanical arm moveable along the track ; a plurality of tools attachable to the mechanical arm ; and a controller configured to control a position of at least one of the plurality of tools attached to the mechanical arm about the one or more blades , when the rotor is placed in the system; one or more roller stands on which the rotor is disposed, when the rotor is placed in the system; a rotational actuator in mechanical communication with the rotor , when the rotor is placed in the system; and a rotational sensor that is disposed adjacent to the rotor , when the rotor is placed in the system, wherein the rotational sensor is configured to provide annular positional data associated with the rotor , wherein the plurality of tools comprises a vision tool , a scanning tool and/or a repair tool . a track disposed adjacent to the rotor having one or more blades attached thereto, when the rotor is placed in the system; a mechanical arm moveable along the track ; a plurality of tools attachable to the mechanical arm ; and a controller configured to control a position of at least one of the plurality of tools attached to the mechanical arm about the one or more blades , when the rotor is placed in the system; one or more roller stands on which the rotor is disposed, when the rotor is placed in the system; a rotational actuator in mechanical communication with the rotor , when the rotor is placed in the system; and a rotational sensor that is disposed adjacent to the rotor , when the rotor is placed in the system, wherein the rotational sensor is configured to provide annular positional data associated with the rotor , wherein the plurality of tools comprises a vision tool , a scanning tool and/or a repair tool .
Blade for screens used to treat a fibrous pulp suspension, where the blade can be secured to a screen rotor and where the blade has a leading edge and a trailing edge , where the leading edge or an envelope curve of the leading edge is arched in the direction of the trailing edge when viewed in a horizontal projection, where the trailing edge or the envelope curve of the trailing edge is also arched in the same direction as the leading edge when viewed in a horizontal projection, characterised in that the blade can be secured at a distance from a rotor and that the blade has a cross-section with a wing-shaped profile, where the leading edge forms the profile nose.
An indoor equipment for an air-conditioner, the indoor equipment comprising: a casing including an inlet and an outlet , the casing including therein, a heat exchanger , an indoor fan which is configured for sending indoor air sucked from the inlet to the outlet through the heat exchanger , an indoor fan motor which is configured for driving the indoor fan , the indoor fan motor including a rotor of the motor and a stator having an electric winding, and an electric component box which accommodates a circuit board configured for controlling the indoor fan motor , wherein a semiconductor module comprising inside an inverter circuit controlling a current flowing through the stator is mounted on the circuit board which is accommodated in the electric component box , characterised in that at least one element among switching elements (S1-S6) and diode elements (D1-D6) which configure the inverter circuit is formed of wide bandgap semiconductor, in that said electric component box is sealed with metal or a high flame-resistant material, in that the circuit board is arranged so that the surface of the module including the inverter circuit contacts with the housing of the electric component box directly, and in that fins for heat dissipation are not provided. a casing including an inlet and an outlet , the casing including therein, a heat exchanger , an indoor fan which is configured for sending indoor air sucked from the inlet to the outlet through the heat exchanger , an indoor fan motor which is configured for driving the indoor fan , the indoor fan motor including a rotor of the motor and a stator having an electric winding, and an electric component box which accommodates a circuit board configured for controlling the indoor fan motor , a heat exchanger , an indoor fan which is configured for sending indoor air sucked from the inlet to the outlet through the heat exchanger , an indoor fan motor which is configured for driving the indoor fan , the indoor fan motor including a rotor of the motor and a stator having an electric winding, and an electric component box which accommodates a circuit board configured for controlling the indoor fan motor , wherein a semiconductor module comprising inside an inverter circuit controlling a current flowing through the stator is mounted on the circuit board which is accommodated in the electric component box , characterised in that at least one element among switching elements (S1-S6) and diode elements (D1-D6) which configure the inverter circuit is formed of wide bandgap semiconductor, in that said electric component box is sealed with metal or a high flame-resistant material, in that the circuit board is arranged so that the surface of the module including the inverter circuit contacts with the housing of the electric component box directly, and in that fins for heat dissipation are not provided.
A dental instrument hanger comprising: a hanger unit configured to displaceably house instruments for dental use; a reading means that has its body, or an antenna connected to the body, arranged in the hanger unit to read identification information from a wireless tag (T), in a state that an instrument having the wireless tag (T) preliminarily attached thereto is placed in the hanger unit ; an identification information storage configured to store in a database, for each reading history, the identification information of every wireless tag (T) in the hanger unit , which is read by the reading means ; a reading history detector that is configured, in response to a driving instruction being inputted from outside for driving an instrument displaced from the hanger unit , to detect with reference to the identification information storage the latest reading history and a reading history which had been read before the instrument displaced from the hanger unit has been displaced, for the identification information of every wireless tag (T); an identification information specifier configured to determine a difference between the two reading histories detected by the reading history detector to specify the difference as identification information of a wireless tag (T) attached to the instrument which has been instructed to drive; and a usage information generator configured to generate usage information to specify that an instrument, to which the wireless tag (T) identified by the specified identification information is attached, is used. a hanger unit configured to displaceably house instruments for dental use; a reading means that has its body, or an antenna connected to the body, arranged in the hanger unit to read identification information from a wireless tag (T), in a state that an instrument having the wireless tag (T) preliminarily attached thereto is placed in the hanger unit ; an identification information storage configured to store in a database, for each reading history, the identification information of every wireless tag (T) in the hanger unit , which is read by the reading means ; a reading history detector that is configured, in response to a driving instruction being inputted from outside for driving an instrument displaced from the hanger unit , to detect with reference to the identification information storage the latest reading history and a reading history which had been read before the instrument displaced from the hanger unit has been displaced, for the identification information of every wireless tag (T); an identification information specifier configured to determine a difference between the two reading histories detected by the reading history detector to specify the difference as identification information of a wireless tag (T) attached to the instrument which has been instructed to drive; and a usage information generator configured to generate usage information to specify that an instrument, to which the wireless tag (T) identified by the specified identification information is attached, is used.
Electrophoretic pixel comprising a fluid comprising nanoparticles provided inside of the pixel, a first electrode , a first transparent substrate , wherein the first electrode is provided on an inner side of the first substrate, a protective layer covering the first electrode, a second substrate opposite of the first substrate, the first and second substrate enclosing the pixel, a second electrode , wherein the second electrode is provided on the second substrate, wherein the second electrode comprises conductive elements covering 2.5-20% of the pixel area on the second substrate, the nanoparticles comprising a coating, a pigment, and preferably comprising a core, wherein the nanoparticles are adapted to be provided with a charge, a connection for a driver circuit for applying an electro-magnetic field to the first and second electrode, wherein in use the applied electro-magnetic field to the first and second electrode by the driver circuit provides movement of the nanoparticles from the first electrode to the second electrode and vice versa, characterized in that the first electrode is not patterned, wherein a size of the nanoparticles is from 20-100 nm, and wherein a distance between the first and second substrate smaller than 20 μm.
A method for determining mucosa alterations in sample employing an array for at least two different interacting substances, at least one of which comprises one or more indicator molecules selected from pH indicator dye, ionochromic dye and tissue stain interacting with the sample, wherein the interacting is specific, the method comprising following steps: a) introducing a solution comprising the sample to the array, wherein the solution or the array comprises a reagent comprising a lanthanide(III) ion, to form at least two admixtures, b) exciting the at least two admixtures at a first excitation wavelength, and detecting a signal deriving from the lanthanide(III) ion at a first emission wavelength by using luminescent measurement to obtain a fingerprint of the sample; c) determining the presence or absence of the mucosa alterations by comparing the fingerprint of the sample with i) at least one fingerprint of an array obtained from a sample with mucosa alterations, and/or ii) at least one fingerprint of an array obtained from a sample of with no mucosa alterations, in proviso that the reagent comprising a lanthanide(III) ion does not comprise any sample specific recognition elements or any indicator molecule specific recognition elements. a) introducing a solution comprising the sample to the array, wherein the solution or the array comprises a reagent comprising a lanthanide(III) ion, to form at least two admixtures, b) exciting the at least two admixtures at a first excitation wavelength, and detecting a signal deriving from the lanthanide(III) ion at a first emission wavelength by using luminescent measurement to obtain a fingerprint of the sample; c) determining the presence or absence of the mucosa alterations by comparing the fingerprint of the sample with i) at least one fingerprint of an array obtained from a sample with mucosa alterations, and/or ii) at least one fingerprint of an array obtained from a sample of with no mucosa alterations, in proviso that the reagent comprising a lanthanide(III) ion does not comprise any sample specific recognition elements or any indicator molecule specific recognition elements. i) at least one fingerprint of an array obtained from a sample with mucosa alterations, and/or ii) at least one fingerprint of an array obtained from a sample of with no mucosa alterations,
A method for navigating based on directionality, comprising: determining a position of a mobile device and a direction in which the mobile device is oriented; determining one or more paths from the mobile device to one or more destinations associated with a current location of the mobile device ; determining one or more distances along the one or more paths from the mobile device to the one or more destinations; displaying one or more direction indicators corresponding to the one or more paths to the one or more destinations; and updating the one or more paths, the one or more destinations, and/or the one or more direction indicators based on movement of a user; wherein a direction indicator of the one or more direction indicators shows a distance of the one or more distances to the one or more destinations and a name or a type of the one or more destinations; and wherein updating comprises: waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating. determining a position of a mobile device and a direction in which the mobile device is oriented; determining one or more paths from the mobile device to one or more destinations associated with a current location of the mobile device ; determining one or more distances along the one or more paths from the mobile device to the one or more destinations; displaying one or more direction indicators corresponding to the one or more paths to the one or more destinations; and updating the one or more paths, the one or more destinations, and/or the one or more direction indicators based on movement of a user; wherein a direction indicator of the one or more direction indicators shows a distance of the one or more distances to the one or more destinations and a name or a type of the one or more destinations; and wherein updating comprises: waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating. waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating.