mhurhangee/ep-ind-claims huggingface dataset:
A high-frequency treatment apparatus, comprising: an insertion portion; a covering portion provided in a distal end portion of the insertion portion; an electrode portion provided in the covering portion, through which high-frequency current is to flow, including a distal end treatment portion formed of a distal end portion of the electrode portion, and configured to be moved between a forward position where the distal end treatment portion is protruded from the covering portion with respect to a forward and backward movement direction and a backward position where the distal end treatment portion is arranged within the covering portion with respect to the forward and backward movement direction; and an operation member inserted through the insertion portion and connected to the electrode portion wherein the electrode portion is configured to be moved by operating the operation member characterized in that the electrode portion further includes a side treatment portion arranged along the outer surface of the covering portion, wherein the side treatment portion extends in the forward and backward movement direction and is configured to be protruded from the covering portion in a longitudinally axial direction when the electrode portion is arranged in the backward position. an insertion portion; a covering portion provided in a distal end portion of the insertion portion; an electrode portion provided in the covering portion, through which high-frequency current is to flow, including a distal end treatment portion formed of a distal end portion of the electrode portion, and configured to be moved between a forward position where the distal end treatment portion is protruded from the covering portion with respect to a forward and backward movement direction and a backward position where the distal end treatment portion is arranged within the covering portion with respect to the forward and backward movement direction; and an operation member inserted through the insertion portion and connected to the electrode portion wherein the electrode portion is configured to be moved by operating the operation member characterized in that the electrode portion further includes a side treatment portion arranged along the outer surface of the covering portion, wherein the side treatment portion extends in the forward and backward movement direction and is configured to be protruded from the covering portion in a longitudinally axial direction when the electrode portion is arranged in the backward position.
Device for the direct or indirect application of a liquid or pasty medium to a moving material web, in particular a fibrous web such as a paper, board or tissue web, having at least one application unit by means of which the liquid or pasty medium can be applied to a roll or the material web, and the application unit has a medium distribution pipe, the length of which extends in the cross-machine direction of the device and which, via a multiplicity of outflow channels arranged one after another in the cross-machine direction, communicates with a medium discharge chamber, the length of which extends in the cross-machine direction, in such a way that the liquid or pasty medium is first distributed in the cross-machine direction in the medium distribution pipe and is fed to the medium discharge chamber through the outflow channels, before the said medium emerges through an outlet opening of the medium discharge chamber and is applied to the roll or material web, characterized in that the medium distribution pipe is formed by a hollow cylindrical base body having an oval, in particular circular or elliptical, cross-sectional shape and a wall thickness of 3 mm or more.
An bivalent platinum complex comprising 3-ketone cyclobutane-1,1-dicarboxylic acid radical as a leaving group ligand of said platinum complex wherein the platinum complex is selected from the group consisting of cis-[3-ketone cyclobutane-1,1-dicarboxylic acid radical-diamineplatinum] (also known as GSH-5) which has a chemical structure as shown in Formula: and cis-[3-ketone-1,1-cyclobutane-dicarboxylic acid radical-trans-1,2-cyclohexanediamineplatinum] (also known as GSH-6), which has a chemical structure as shown in Formula: wherein in Formula, the two chiral carbon atoms marked with * in trans-1,2-cyclohexanediamine group are both R configurations.
A computer-implemented method comprising: (i) prior to execution of a computer application by a speculative execution engine: locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and (ii) during execution of the computer application by the speculative execution engine: changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application. (i) prior to execution of a computer application by a speculative execution engine: locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and locating a sequence of instructions of the computer application in which the speculative execution engine executes the instructions out of sequence, and determining a disposition to the sequence of instructions that forces the speculative execution engine to execute the instructions in sequence; and (ii) during execution of the computer application by the speculative execution engine: changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application. changing the sequence of instructions based on the disposition and executing the changed sequence of instructions in place of the located sequence of instructions to prevent an attack on the computer application.
System for protecting a surface of an aircraft against frost by spraying a quantity of heating air (Q req) against said surface to heat it, this quantity of heating air (Q req) requiring to have a temperature (T req) both higher than a threshold value for which the function of protection against frost is provided, and below a maximum acceptable value for the materials constituting the surface, this system comprising: - means (17, 19) for taking a quantity of taken air (Q eng) at a pneumatic hot source and conveying this quantity of taken air (Q eng), the quantity of taken air (Q eng) having a temperature (T eng) higher than the maximum acceptable temperature; - means (26, 27) for capturing and conveying a quantity of collected air (Q coll) corresponding to a portion of the quantity of heating air (Q req) after spraying of same against the surface to be heated, this quantity of collected air (Q coll) having a temperature (T coll) below the acceptable temperature (T req); - means (22, 21) for conveying towards and spraying the quantity of heating air (Q req) against the aircraft surface to be heated, characterised in that: the system further comprises regulation and mixing means (18, 28, 29, 33, 34) that regulate the quantities of collected (Qcoll) and taken (Qeng) air to form, by mixing these two quantities, the quantity of heating air (Qreq) at the acceptable temperature (Treq). - means (17, 19) for taking a quantity of taken air (Q eng) at a pneumatic hot source and conveying this quantity of taken air (Q eng), the quantity of taken air (Q eng) having a temperature (T eng) higher than the maximum acceptable temperature; - means (26, 27) for capturing and conveying a quantity of collected air (Q coll) corresponding to a portion of the quantity of heating air (Q req) after spraying of same against the surface to be heated, this quantity of collected air (Q coll) having a temperature (T coll) below the acceptable temperature (T req); - means (22, 21) for conveying towards and spraying the quantity of heating air (Q req) against the aircraft surface to be heated,
A belling machine for pipes in thermoplastic material, comprising at least one heating station for heating the pipes to be formed and a forming station at which an end portion of said pipes is shaped in the form of a bell, said at least one heating station comprising: - a pair of half-clamps (3a, 3b) designed to close around said end portion of the pipes, - two reduction elements (4a, 4b) each supported by a respective half-clamp (3a, 3b) and configured to mutually match for enclosing in contact said pipes at their said end portion, - at least one electric heating element which is operatively positioned in each of said half-clamps (3a, 3b), - first means for measuring the temperature positioned in at least one of said half-clamps (3a, 3b), close to said electric heating element, - second means for measuring the temperature positioned on at least one of said reduction elements (4a, 4b), - a first PID controller configured for controlling the power supply of the electric heating element on the basis of the difference between a temperature (T M) measured on said half-clamp (3a, 3b) and a desired reference temperature (T SM) in said half-clamp (3a, 3b), - a second PID controller configured for generating a value of said desired reference temperature (T SM) of the half-clamps (3a, 3b) on the basis of the difference between a temperature (T R) measured on said reduction element (4a, 4b) by said second means for measuring the temperature, and a desired working temperature (T L) of said reduction element (4a, 4b) determined in advance. - a pair of half-clamps (3a, 3b) designed to close around said end portion of the pipes, - two reduction elements (4a, 4b) each supported by a respective half-clamp (3a, 3b) and configured to mutually match for enclosing in contact said pipes at their said end portion, - at least one electric heating element which is operatively positioned in each of said half-clamps (3a, 3b), - first means for measuring the temperature positioned in at least one of said half-clamps (3a, 3b), close to said electric heating element, - second means for measuring the temperature positioned on at least one of said reduction elements (4a, 4b), - a first PID controller configured for controlling the power supply of the electric heating element on the basis of the difference between a temperature (T M) measured on said half-clamp (3a, 3b) and a desired reference temperature (T SM) in said half-clamp (3a, 3b), - a second PID controller configured for generating a value of said desired reference temperature (T SM) of the half-clamps (3a, 3b) on the basis of the difference between a temperature (T R) measured on said reduction element (4a, 4b) by said second means for measuring the temperature, and a desired working temperature (T L) of said reduction element (4a, 4b) determined in advance.
An image processing apparatus comprising: a storage device including a magnetic disk and a motor that causes the magnetic disk to rotate; power shift means for shifting the image forming apparatus from a power mode in which execution of a print job is possible, to a first power saving mode in which power consumption is lower than in the power mode, supply of power to a processor is maintained, and execution of the print job is not possible; and setting means for setting a condition for shifting the motor of the storage device from an operating state to a stopped state, wherein the setting means sets, as the condition, a length of a time for which the motor is caused to continue the operating state, based on a parameter related to a lifetime of the storage device, characterized by further comprising: control means for, in accordance with the image processing apparatus shifting to the first power saving mode, starting measurement of time and shifting, based on the measured time reaching the set length of the time, the motor from the operating state to the stopped state in a state of the first power saving mode. a storage device including a magnetic disk and a motor that causes the magnetic disk to rotate; power shift means for shifting the image forming apparatus from a power mode in which execution of a print job is possible, to a first power saving mode in which power consumption is lower than in the power mode, supply of power to a processor is maintained, and execution of the print job is not possible; and setting means for setting a condition for shifting the motor of the storage device from an operating state to a stopped state, wherein the setting means sets, as the condition, a length of a time for which the motor is caused to continue the operating state, based on a parameter related to a lifetime of the storage device, characterized by further comprising: control means for, in accordance with the image processing apparatus shifting to the first power saving mode, starting measurement of time and shifting, based on the measured time reaching the set length of the time, the motor from the operating state to the stopped state in a state of the first power saving mode.
An applicator for applying labels onto products, having an extendable manipulator arm which is provided with an application head at the extendable end, characterised in that the application head is held at the manipulator arm via at least one catch spring element (25, 27) having a spring characteristic which increases monotonously up to a maximum value and which has a range adjoining it in which the spring force drops as the spring excursion increases.
Machine for manufacturing cables, comprising a rotor tube inside which is a motor, characterised in that the machine comprises four rods (3, 3') attached to the rotor tube, the rods (3, 3') being arranged so as to follow secant lines with respect to the cross section of the wall of the rotor tube and said machine further comprising two mutually parallel plates (4, 5), each plate (4, 5) being connected to the four rods (3, 3'), the four rods (3, 3') being arranged such that they exert a force on the wall of the rotor tube towards the inside of the rotor tube in order to compensate for the effect of the centrifugal force, the motor being positioned between said plates (4, 5).
A liquid measurement system for determining a quantity of a liquid within a tank, the system comprising: a pressurized air supply; a valve connected to the pressurized air supply, the valve configured to introduce a known mass of air into the tank; a vent in the tank configured to allow air to leave the tank continually during and after the introduction of the known mass of air to return an air pressure within the tank to an ambient pressure; a pressure sensor able to measure a change in air pressure within the tank resulting from the introduction of the known mass of air into the tank and a processor operatively connected to the valve and the pressure sensor, the processor configured to determine the volume of the liquid within the tank from the change in air pressure within the tank, the known mass of air introduced into the tank, and a time from the introduction of the known mass of air into the tank to when the tank returns to ambient pressure. a pressurized air supply; a valve connected to the pressurized air supply, the valve configured to introduce a known mass of air into the tank; a vent in the tank configured to allow air to leave the tank continually during and after the introduction of the known mass of air to return an air pressure within the tank to an ambient pressure; a pressure sensor able to measure a change in air pressure within the tank resulting from the introduction of the known mass of air into the tank and a processor operatively connected to the valve and the pressure sensor, the processor configured to determine the volume of the liquid within the tank from the change in air pressure within the tank, the known mass of air introduced into the tank, and a time from the introduction of the known mass of air into the tank to when the tank returns to ambient pressure.
A drive recorder comprising: an image acquisition interface configured to acquire image data captured by a camera mounted to a vehicle; an imaging condition determiner configured to determine a first imaging condition related to at least one of exposure, color, and brightness of the camera with reference to a first image area in the image data acquired by the image acquisition interface and determines a second imaging condition related to at least one of exposure, color, and brightness of the camera with reference to a second image area different from the first image area in the image data acquired by the image acquisition interface; an imaging controller configured to cause the camera to capture a first image, in which the first imaging condition is used, and a second image, in which the second imaging condition is used, alternately in temporally different frames; an image recorder configured to record moving image data based on the first image; a passenger detector configured to detect a passenger (81, 82) in the vehicle; an image processor configured to generate, based on the second image, when the passenger (81, 82) is detected by the passenger detector, a passenger image in which visibility of an image area including the passenger (81, 82) is higher than in the original second image by extracting and enlarging a partial region in the second image that includes the passenger; and a display controller configured to cause the display device to display moving images based on the passenger image. an image acquisition interface configured to acquire image data captured by a camera mounted to a vehicle; an imaging condition determiner configured to determine a first imaging condition related to at least one of exposure, color, and brightness of the camera with reference to a first image area in the image data acquired by the image acquisition interface and determines a second imaging condition related to at least one of exposure, color, and brightness of the camera with reference to a second image area different from the first image area in the image data acquired by the image acquisition interface; an imaging controller configured to cause the camera to capture a first image, in which the first imaging condition is used, and a second image, in which the second imaging condition is used, alternately in temporally different frames; an image recorder configured to record moving image data based on the first image; a passenger detector configured to detect a passenger (81, 82) in the vehicle; an image processor configured to generate, based on the second image, when the passenger (81, 82) is detected by the passenger detector, a passenger image in which visibility of an image area including the passenger (81, 82) is higher than in the original second image by extracting and enlarging a partial region in the second image that includes the passenger; and a display controller configured to cause the display device to display moving images based on the passenger image.
A mullion-transom structure, comprising a support profile (1, 1', 1"), on which two grooves are provided on one side, on each of which a sealing strip is fixed, wherein a filling element of the mullion-transom structure is held at the edge on each of the sealing strips, and a middle groove (4, 4', 4"), on which at least one fastening means for holding a pressure strip of the mullion-transom structure is fixed, to secure the two filling elements by means of the pressure strip, wherein the middle groove (4, 4', 4") has groove walls, which are accommodated between the sealing strips, and a contact plane of the filling elements on the sealing strips is arranged closer to the pressure strip than the groove walls of the middle groove (4, 4', 4"), wherein the middle groove (4, 4') has a groove base, at which a hollow chamber (43, 43') is formed on the side facing away from the groove (4, 4'), characterized in that at least one recess, in which a hook of a glass carrier of the mullion-transom structure is hung, is provided at a groove base of the middle groove and that the glass carrier has a vertically aligned hanging part having at least one hook and a horizontal support part, which are secured on one another.
Lightweight Caravan made of T- Slot Aluminum Profile, comprising - Main Frame made from T-Slot Aluminum Profile connected with screws and the chassis, that provides easy installation, removal and attachment feature, light weight, high elasticity, endurance against external impacts, - Concave and U-shaped Aluminum composite top panel covering the frame structure from front, roof and rear like a case along with Aluminum Composite Side Panels which cover sides, - All aluminum panels (2,3) and T-slot Aluminum Profiles pasted to each other with Acyrlic Double-Sided Adhesive Bandages from all contact points and supported by screw connections that altogether support additional durability and strength, - Plywood interior covering that is lightweight yet providing additional durability to the water and moisture, - Insulation layer consisting of siliconized glass wool plate, which provides high heat-sound-humidity insulation between aluminum composite panels (2,3) that are used in the outer covering and interior plywood coverings, - Screws and Acyrlic Double-Sided Adhesive Bandages allowing mounting aluminum composite panels (2, 3) to the T-Slot Aluminum Profile Main Frame Structure and create high level insulation. - Main Frame made from T-Slot Aluminum Profile connected with screws and the chassis, that provides easy installation, removal and attachment feature, light weight, high elasticity, endurance against external impacts, - Concave and U-shaped Aluminum composite top panel covering the frame structure from front, roof and rear like a case along with Aluminum Composite Side Panels which cover sides, - All aluminum panels (2,3) and T-slot Aluminum Profiles pasted to each other with Acyrlic Double-Sided Adhesive Bandages from all contact points and supported by screw connections that altogether support additional durability and strength, - Plywood interior covering that is lightweight yet providing additional durability to the water and moisture, - Insulation layer consisting of siliconized glass wool plate, which provides high heat-sound-humidity insulation between aluminum composite panels (2,3) that are used in the outer covering and interior plywood coverings, - Screws and Acyrlic Double-Sided Adhesive Bandages allowing mounting aluminum composite panels (2, 3) to the T-Slot Aluminum Profile Main Frame Structure and create high level insulation.