mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a first portion having an interior lumen; a covered narrow portion coupled to the first portion and having an interior lumen; an expandable portion having an interior lumen and being coupled to the narrow portion, the expandable portion being capable of having an expanded configuration and a collapsed configuration, wherein the expandable portion includes at least one of the following: at least one diffuser for directing flow of fluid out of the apparatus, and at least one deflector for deflecting flow of fluid out of the apparatus; and a tip being disposed at a distal end of the expandable portion, wherein the tip includes at least one basket having at least one expanded configuration and at least one collapsed configuration; wherein the interior lumens of the first portion, the narrow portion, and the expandable portion are communicatively coupled to allow passage of at least one of a fluid, a powder, a gas, an object, and a device; wherein a diameter of the narrow portion is smaller than a diameter of the first portion; wherein at least one of the narrow portion, the expandable portion, and the tip is self-expanding. a first portion having an interior lumen; a covered narrow portion coupled to the first portion and having an interior lumen; an expandable portion having an interior lumen and being coupled to the narrow portion, the expandable portion being capable of having an expanded configuration and a collapsed configuration, wherein the expandable portion includes at least one of the following: at least one diffuser for directing flow of fluid out of the apparatus, and at least one deflector for deflecting flow of fluid out of the apparatus; and a tip being disposed at a distal end of the expandable portion, wherein the tip includes at least one basket having at least one expanded configuration and at least one collapsed configuration; wherein the interior lumens of the first portion, the narrow portion, and the expandable portion are communicatively coupled to allow passage of at least one of a fluid, a powder, a gas, an object, and a device; wherein a diameter of the narrow portion is smaller than a diameter of the first portion; wherein at least one of the narrow portion, the expandable portion, and the tip is self-expanding.
Drive unit for a setting device , in particular a rivet setting device, - with an electric direct drive comprising motor components, namely a rotor core and a stator core - with a positioning element which is linearly displaceable in an axial direction by the direct drive and is concentrically surrounded by the motor components - with a drive housing extending in the axial direction and having an interior in which the engine components and the positioning element are accommodated, wherein the drive housing has - a first side, which in use is provided as front component side , and a second side, which in use is provided as rear machine side , and further - a main part as well as a guide part connected thereto in a connecting region , wherein the positioning element is guided in the guide part in a rotationally fixed manner, characterized in - that in the connecting region the main part and the guide part , viewed in a plane perpendicular to the axial direction , are designed asymmetrically for an asymmetrical transmission of a torque and for this purpose torque transmission elements for the asymmetrical transmission of the torque are arranged in the connecting region between the guide part and the main part . - with an electric direct drive comprising motor components, namely a rotor core and a stator core - with a positioning element which is linearly displaceable in an axial direction by the direct drive and is concentrically surrounded by the motor components - with a drive housing extending in the axial direction and having an interior in which the engine components and the positioning element are accommodated, wherein the drive housing has - a first side, which in use is provided as front component side , and a second side, which in use is provided as rear machine side , and further - a main part as well as a guide part connected thereto in a connecting region , wherein the positioning element is guided in the guide part in a rotationally fixed manner, characterized in - that in the connecting region the main part and the guide part , viewed in a plane perpendicular to the axial direction , are designed asymmetrically for an asymmetrical transmission of a torque and for this purpose torque transmission elements for the asymmetrical transmission of the torque are arranged in the connecting region between the guide part and the main part .
A poled cutting device comprising: a pole having a first end and a second end; a cutting implement, a motor housing and a motor in the motor housing on the first end of the pole; a handle and a battery housing on the second end of the pole; the pole including a first pole section and a second pole section, and a hinge connecting the first pole section to the second pole section allowing the pole to be folded; an electrical cable connecting the battery housing to the motor, the electrical cable being contained within the first pole section, second pole section and the hinge, and characterised in that the hinge includes a hub for rotatably connecting the first pole section to the second pole section, the hub including an opening to allow the electrical cable to pass through. a pole having a first end and a second end; a cutting implement, a motor housing and a motor in the motor housing on the first end of the pole; a handle and a battery housing on the second end of the pole; the pole including a first pole section and a second pole section, and a hinge connecting the first pole section to the second pole section allowing the pole to be folded; an electrical cable connecting the battery housing to the motor, the electrical cable being contained within the first pole section, second pole section and the hinge, and characterised in that the hinge includes a hub for rotatably connecting the first pole section to the second pole section, the hub including an opening to allow the electrical cable to pass through.
Folding propeller , comprising - a hub which is drivable about an rotational axis (A) via a drive shaft , - at least two propeller blades which are pivotably arranged on the hub between a folded-in position (Z1) and an unfolded position (Z2), as well as - a propeller blade locking device which is arranged to lock the propeller blades in the unfolded position (Z2), characterized in that the propeller blade locking device can be moved relative to the hub in the rotating direction (D) between a starting position (Z10) and a locking position (Z20). - a hub which is drivable about an rotational axis (A) via a drive shaft , - at least two propeller blades which are pivotably arranged on the hub between a folded-in position (Z1) and an unfolded position (Z2), as well as - a propeller blade locking device which is arranged to lock the propeller blades in the unfolded position (Z2),
A sanitary-tray device having a sanitary tray and a support arrangement for the sanitary tray , the sanitary tray in the use position having a tray rim which is C-shaped in cross section and has a lower bent section , the support arrangement comprising multiple profiled strips , which are inserted into the C-shaped tray rim and held there interlockingly, characterized in that the profiled strips are formed from plastic rigid foam.
An integrated RF Power Amplifier (PA) circuit, comprising: i) a drive circuit comprising: a) an input node to accept an input signal with respect to a reference voltage Vref , connected to a first gate G1 of a first MOSFET M1 , wherein a source of MOSFET M1 is connected to Vref ; and b) a plurality of additional MOSFETs M2 to Mn having associated and corresponding gates G2 to Gn, connected in series with the MOSFET M1 to form a transistor stack, wherein the MOSFET M1 is the bottom transistor of the transistor stack, and the MOSFET Mn is the top transistor of the transistor stack, wherein the transistor stack is configured to control conduction between the reference voltage Vref and an output drive node , and wherein the output drive node is connected to the drain of the top transistor Mn of the transistor stack; ii) a corresponding predominantly capacitive element connected between each gate, G2 to Gn, and the reference voltage Vref ; and iii) a shunt circuit connected between the output drive node and the reference voltage (202; 104) and configured to have a local minimum non-zero impedance value matching the impedance of said drive circuit at a frequency that is a harmonic of a center operation frequency Fo of the PA. i) a drive circuit comprising: a) an input node to accept an input signal with respect to a reference voltage Vref , connected to a first gate G1 of a first MOSFET M1 , wherein a source of MOSFET M1 is connected to Vref ; and b) a plurality of additional MOSFETs M2 to Mn having associated and corresponding gates G2 to Gn, connected in series with the MOSFET M1 to form a transistor stack, wherein the MOSFET M1 is the bottom transistor of the transistor stack, and the MOSFET Mn is the top transistor of the transistor stack, wherein the transistor stack is configured to control conduction between the reference voltage Vref and an output drive node , and wherein the output drive node is connected to the drain of the top transistor Mn of the transistor stack; a) an input node to accept an input signal with respect to a reference voltage Vref , connected to a first gate G1 of a first MOSFET M1 , wherein a source of MOSFET M1 is connected to Vref ; and b) a plurality of additional MOSFETs M2 to Mn having associated and corresponding gates G2 to Gn, connected in series with the MOSFET M1 to form a transistor stack, wherein the MOSFET M1 is the bottom transistor of the transistor stack, and the MOSFET Mn is the top transistor of the transistor stack, wherein the transistor stack is configured to control conduction between the reference voltage Vref and an output drive node , and wherein the output drive node is connected to the drain of the top transistor Mn of the transistor stack; ii) a corresponding predominantly capacitive element connected between each gate, G2 to Gn, and the reference voltage Vref ; and iii) a shunt circuit connected between the output drive node and the reference voltage (202; 104) and configured to have a local minimum non-zero impedance value matching the impedance of said drive circuit at a frequency that is a harmonic of a center operation frequency Fo of the PA.
Rifaximin for use in reducing the frequency of hospitalization visits in a method of treating hepatic encephalopathy (HE), comprising administering rifaximin, wherein the rifaximin is administered orally in the form of a tablet at a dosage between 1000 mg to 1200 mg rifaximin daily for a period of 12 months or longer.
Overvoltage protection arrangement having at least one disc-shaped varistor arranged on a first side of an n-cornered carrier plate , at least one gas discharge means as well as at least one thermal separating means in close thermal contact with the at least one varistor , wherein the components mentioned above are surrounded by an external housing (1; 7), and means for the electrical connection to be soldered on a circuit board are furthermore provided, characterized in that the at least one gas discharge means is arranged on a second side of the n-cornered carrier plate , the carrier plate has at least one through-hole for a terminal contact of the varistor , on the second side of the carrier plate at least one terminal of the gas discharge means and the terminal contact of the varistor are facing each other across a distance, wherein a movable contact connecting piece (13; 20) is located in the distance space, the movable contact connecting piece (13; 20) being connected on one side to the terminal of the gas discharge means and on the other to the terminal contact of the varistor by means of low melting solder for forming the thermal separating means such that both heating of the gas discharge means and of the varistor will act upon the thermal separating means, furthermore, a slide (12; 19) comprising a spike is provided which penetrates a recess in the movable contact connecting piece (13; 20) and receives a pre-stressing spring (14; 23), wherein the pre-stressing spring (14; 23) is supported on one side against a web of the carrier plate and on the other side engages the contact connecting piece (13; 20), and in the non-triggered state of the thermal separating means, the free end of the spike acts upon a switch (15; 16; 25; 26; 30; 32; 33) and keeps the same in closed position, and releases the switch in the triggered state of the thermal separating means.
A system comprising an information processing apparatus and an information processing terminal , the information processing apparatus comprising: an acquisition unit configured to acquire a second image obtained by photographing a color sample by a second camera device and by developing; and an estimation unit configured to estimate a second 3D lookup table, 3D-LUT, for reproducing, by a first camera device, a color of the color sample in the second image by inputting the second image to a model, the model using, for learning, a first image obtained by photographing the color sample under a standard light source by the first camera device and by developing as input data and a first 3D-LUT used for developing the first image as correct answer data; the information processing terminal comprising: a storage unit configured to store the second 3D-LUT estimated by the estimation unit of the information processing apparatus; and a complementation unit configured to complement a second parameter with a first parameter for reproducing a color that cannot be reproduced by the second 3D-LUT when a quantity of the first parameter of the second 3D-LUT is smaller than a number of display colors of the information processing terminal. an acquisition unit configured to acquire a second image obtained by photographing a color sample by a second camera device and by developing; and an estimation unit configured to estimate a second 3D lookup table, 3D-LUT, for reproducing, by a first camera device, a color of the color sample in the second image by inputting the second image to a model, the model using, for learning, a first image obtained by photographing the color sample under a standard light source by the first camera device and by developing as input data and a first 3D-LUT used for developing the first image as correct answer data; the information processing terminal comprising: a storage unit configured to store the second 3D-LUT estimated by the estimation unit of the information processing apparatus; and a complementation unit configured to complement a second parameter with a first parameter for reproducing a color that cannot be reproduced by the second 3D-LUT when a quantity of the first parameter of the second 3D-LUT is smaller than a number of display colors of the information processing terminal. a storage unit configured to store the second 3D-LUT estimated by the estimation unit of the information processing apparatus; and a complementation unit configured to complement a second parameter with a first parameter for reproducing a color that cannot be reproduced by the second 3D-LUT when a quantity of the first parameter of the second 3D-LUT is smaller than a number of display colors of the information processing terminal.
An uninterruptible power supply (UPS) system having a primary source and a secondary source , wherein the UPS system is operable in either a higher efficiency mode or a lower efficiency mode, the UPS system comprising: a static transfer switch including: an inverter ; a plurality of thyristors connected to the output of the inverter ; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter ; and a controller and characterised in that the controller is configured to, upon detection of an under-voltage of secondary source , wait up to a first period of time in order to estimate when out of phase current through the plurality of thyristors will reach zero and further configured to control the inverter to operate as a voltage source and apply a counter voltage during a second period of time that follows the first period of time in order to turn off the one of the plurality of thyristors . a static transfer switch including: an inverter ; a plurality of thyristors connected to the output of the inverter ; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter ; and an inverter ; a plurality of thyristors connected to the output of the inverter ; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter ; and a controller and characterised in that the controller is configured to, upon detection of an under-voltage of secondary source , wait up to a first period of time in order to estimate when out of phase current through the plurality of thyristors will reach zero and further configured to control the inverter to operate as a voltage source and apply a counter voltage during a second period of time that follows the first period of time in order to turn off the one of the plurality of thyristors .
A hydraulic control circuit for limiting clamp pressure applied by opposed clamp arms against a load, the clamp arms moveable towards and away from the load by first and second hydraulic cylinders when supplied with pressurized first hydraulic fluid, the clamp arms each fitted with at least one bladder holding second fluid, the hydraulic control circuit comprising: (a) a charging system different from said first and second hydraulic cylinders , the charging system operated using the first pressurized hydraulic fluid, characterized by : (b) at least one fluid line, together capable of selectively pressurizing the second hydraulic fluid in said at least one bladder of each clamp arm , where the charging system variably controls the amount of pressure in the at least one bladder of each clamp arm . (a) a charging system different from said first and second hydraulic cylinders , the charging system operated using the first pressurized hydraulic fluid,
A control circuit for monitoring operation of an implantable blood pump, the control circuit operatively couplable to a testing apparatus for simulating blood pump operating conditions and testing the control circuit based on the simulated blood pump operating conditions, the control circuit comprising: an input module for receiving at least one of actual operating data from an implantable blood pump and simulated operating data from the testing apparatus; a processor for processing the received operating data, the processor configured to: determine a source of the received operating data, and to determine whether the received operating data is actual operating data or simulated operating data based on the determined source; detect an adverse physiological event based on the received operating data; provide an alert in response to detection of the adverse physiological event; and override providing the alert in response to determining that the received operating data is simulated operating data. an input module for receiving at least one of actual operating data from an implantable blood pump and simulated operating data from the testing apparatus; a processor for processing the received operating data, the processor configured to: determine a source of the received operating data, and to determine whether the received operating data is actual operating data or simulated operating data based on the determined source; detect an adverse physiological event based on the received operating data; provide an alert in response to detection of the adverse physiological event; and override providing the alert in response to determining that the received operating data is simulated operating data. determine a source of the received operating data, and to determine whether the received operating data is actual operating data or simulated operating data based on the determined source; detect an adverse physiological event based on the received operating data; provide an alert in response to detection of the adverse physiological event; and override providing the alert in response to determining that the received operating data is simulated operating data.
Particle sensor for detecting particles or aerosols in a streaming fluid using the principle of laser-induced incandescence, having a laser and having a first detector configured to detect temperature radiation , wherein the particle sensor comprises at least one optical element which is arranged in the beam path of the laser and which is arranged and configured to focus laser light emanating from the laser into a spot , and wherein the first detector is configured and arranged so that it detects temperature radiation emanating from the spot and wherein the particle sensor has second detector which is configured and arranged to detect back-scattered laser light , characterized in that the second detector is arranged directly next to and optically parallel with the first detector .
A method for implementing an On-Screen Display, OSD, which is applied to a terminal device with an operating system installed thereon, characterized in that the method comprises steps of: the operating system receiving a Windows Management Instrumentation, WMI, event, the WMI event being triggered based on an OSD shortcut operation initiated by a user (S11), and the OSD shortcut operation is initiated by a user means and detected by an embedded controller of the terminal device; the operating system determining an OSD function corresponding to the WMI event according to a predetermined correspondence between WMI events and OSD functions, the correspondence between WMI events and OSD functions is set with reference to a correspondence between the OSD shortcut keys for triggering the WMI events and the OSD functions, and acquiring popup window information corresponding to the OSD function from popup window information corresponding to various OSD functions (S12); the operating system generating an OSD function popup window according to the popup window information (S13); and the operating system displaying the OSD function popup window (S14). the operating system receiving a Windows Management Instrumentation, WMI, event, the WMI event being triggered based on an OSD shortcut operation initiated by a user (S11), and the OSD shortcut operation is initiated by a user means and detected by an embedded controller of the terminal device; the operating system determining an OSD function corresponding to the WMI event according to a predetermined correspondence between WMI events and OSD functions, the correspondence between WMI events and OSD functions is set with reference to a correspondence between the OSD shortcut keys for triggering the WMI events and the OSD functions, and acquiring popup window information corresponding to the OSD function from popup window information corresponding to various OSD functions (S12); the operating system generating an OSD function popup window according to the popup window information (S13); and the operating system displaying the OSD function popup window (S14).