88results about How to "Clear effect" patented technology

The invention relates to the technical field of data mining, in particular to a method for constructing a myocardial rehabilitation decision support system based on case-based reasoning. The method comprises the following steps: collecting and fusing historical cardiomyopathology case data, and carrying out sensitive feature desensitization to obtain desensitization data; dividing myocardial rehabilitation cases and integrating abnormal electrocardiogram waveform characteristics to obtain abnormal waveform data of the rehabilitation cases; constructing an abnormal waveform detection model, and detecting abnormal waveforms by using the abnormal waveform detection model to obtain abnormal electrocardiogram waveform myocardial case data; performing trend analysis on the abnormal waveform data, and calculating myocardial rehabilitation influence factors; evaluating the doctor treatment priority based on the influence factors, and constructing a treatment doctor recommendation model; and in combination with the recommendation model and the detection model, constructing and optimizing a myocardial rehabilitation decision-making system so as to obtain a myocardial rehabilitation decision-making support system. According to the invention, based on data mining, the accuracy and effectiveness of myocardial rehabilitation research on historical cardiomyopathology cases are realized.

A destination registration device (40) for registering a destination floor by an operation performed by a passenger of an elevator comprises: a congestion determination unit (44) as a determination unit, which determines the congestion of the elevator car; an operation detection unit (42) which detects the operation of specifying the destination floor in a non-contact manner; a threshold value changing unit (45) which changes a threshold value related to the distance according to the congestion in response to the non-contact detection; and a registration unit (46) which registers the destination floor when a detection result that satisfies the threshold value related to the distance is obtained. With this structure and operation, separate destination registration operations can be performed while preventing erroneous operations.

In order to obtain a high-frequency module with less warping, small size, and high connection reliability, a wiring substrate is provided, which has: a core material made of glass, having a first surface, a second surface opposite to the first surface, and a through-hole passing through the first surface to the second surface; a first adhesion layer formed so as to adhere to the first surface and an inner wall of the through-hole, and further block a bottom of the through-hole on the second surface side; a second adhesion layer adhering to the second surface and the first adhesion layer blocking the bottom of the through-hole on the second surface side; a first wiring layer laminated on the first adhesion layer; and a second wiring layer laminated on the second adhesion layer, wherein in a case where a total area of the first wiring layer is set as A, and an area occupied by copper in the first wiring layer is set as B, a residual copper rate C of the first wiring layer is represented by C=B / A (%), C=70-100%, and a Young's modulus of a material of the first adhesion layer is 0.1-0.85 times a Young's modulus of a material of the first wiring layer.

In an analysis method and an analysis device for detecting fluorescence from each light-emitting point in each of a plurality of wavelength bands in order to recognize light emitted by a plurality of types of phosphors from a plurality of light-emitting points, spatial crosstalk and spectral crosstalk exist between signal intensities of the plurality of light-emitting points and the plurality of wavelength bands, and the recognition performance is reduced. By inputting all of the detection signals in the plurality of wavelength bands of each of the plurality of light-emitting points into a predetermined arithmetic expression, spatial crosstalk and spectral crosstalk are eliminated, and the concentration of each light-emitting body at each light-emitting point is derived.

This invention provides a safe working device and a cleanroom, which improves the convenience of maintenance of the safe working device. In the safe working device having a main body with a working space for performing operations and an exhaust chamber with an exhaust flow path forming the working space, the exhaust chamber is located on the back of the main body, the safe working device is positioned facing a wall, the main body is located on the front side of the wall, and the exhaust chamber protrudes towards the rear of the wall.

The invention discloses a preparation method of a polished tile with an inlaid pattern effect locally, and belongs to the technical field of polished tile preparation. Pressing and forming: pressing the powder by using a mold with a concave-convex structure to obtain a green brick, forming a plurality of pits in the green brick, and then drying the green brick; spraying transparent cover glaze; high-temperature-resistant printing ink is prepared, an ink-jet printer is used for printing a layer of patterns of 5-15 microns on the bottom faces of the pits, and then a 3D printer is used for printing a layer of glue of 0.5-1 mm above the patterns; applying dry particles on the whole surface of the green brick; the dry granules are formed by mixing dry granules A with the diameter of 0.1-1 mm and dry granules B with the diameter of 1-2 mm according to the ratio of 1: 1; and firing the green brick in a kiln, and polishing. In this way, the polished tile prepared through the method is clear in boundary and pattern, and the plane polished tile can be prepared. And meanwhile, the patterns are sealed in the pits, so that the risk of falling off does not exist.

The invention provides a rhizoma bletillae composition as well as a preparation method and application thereof, and relates to the technical field of traditional Chinese medicine preparations. The core effective component of rhizoma bletillae is rhizoma bletillae polysaccharide, the rhizoma bletillae polysaccharide has the effects of film forming, hemostasis, targeted wound repair promotion and infection prevention, tea polyphenol and rhizoma bletillae are compounded for use, the tea polyphenol and rhizoma bletillae synergistically resist inflammation, the expression quantity of proinflammatory factors IL-1beta, TNF-alpha and IL-6 is reduced by inhibiting NF-kappa B and MAPK signal channels, the inflammatory cascade reaction is remarkably blocked, and the anti-inflammatory effect is achieved. Red, swollen and pain caused by inflammation are effectively relieved, and wound healing is accelerated. In addition, the rhizoma bletillae and the tea polyphenol can also generate a synergistic antibacterial effect, and compared with a single rhizoma bletillae component, the probability of wound infection is further reduced; the compounding use of the rhizoma bletillae and the tea polyphenol also inhibits the excessive deposition of collagen, reduces the scar area, reduces the scar hyperplasia degree, and makes up the blank of only promoting healing and not preventing scars for burns and scalds in the prior art.

A light-emitting element comprises a mounting surface and a light-emitting diode, wherein the light-emitting diode comprises: a substrate; a first conductive semiconductor layer; an active layer; a second conductive semiconductor layer arranged on the active layer; a transparent conductive oxide layer electrically connected to the second conductive semiconductor layer; a dielectric layer covering the conductive oxide layer and having a plurality of openings for exposing the conductive oxide layer; a metal reflective layer arranged on the dielectric layer and connected to the conductive oxide layer through the openings of the dielectric layer; an upper insulating layer arranged on the second conductive semiconductor layer and having an opening for allowing electrical connection; and a first solder bump and a second solder bump arranged on the upper insulating layer and electrically connected to the first conductive semiconductor layer and the second conductive semiconductor layer respectively through the openings of the upper insulating layer, wherein the first solder bump and the second solder bump respectively have a thickness ranging from 10 um to 100 um.

This invention discloses a reinforcement structure and construction method for reconstructing load-bearing components using prestressed porous slab openings. The method includes site survey and structural assessment; reinforcement design calculations; construction preparation and opening pretreatment; prefabrication of steel trusses and installation of grouting pipes; installation and positioning of steel trusses; installation of grouting sealing templates; grout preparation and pressure grouting; monitoring and pressure holding during grouting; curing and template removal; repair of openings on the slab surface; treatment of the slab bottom and bonding of carbon fiber cloth; and quality inspection and acceptance. This invention provides a safe, efficient, economical, and minimally impactful innovative solution for reinforcing and improving the performance of masonry structures by opening openings in prestressed porous slabs.

The invention discloses an elevator device which is provided with an emergency stop device operated by an electric actuator and also has an operation function during power failure. The elevator device includes: a car; the emergency stop device is arranged on the lift car; a driving mechanism for driving the emergency stop device; an electric actuator (10) that operates the drive mechanism; and a controller (7) that controls the operation of the car. The electric actuator includes: a mover (34a, 34b, 34c) that is mechanically connected to the drive mechanism; and electromagnets (35a, 35b) facing the mover. The elevator device is provided with: a DC power source (300) that is connected to the electromagnets via power supply contacts (150) and that excites the electromagnets; the storage battery (111) is connected with the electromagnet, the controller cuts off the power supply contact during power failure, and when the power supply contact is cut off, the electromagnet is excited by the storage battery.

The purpose of the present invention is to provide a technique with which it is possible to improve the accuracy of gas flow measurement by an accumulation method. Therefore, this vacuum processing apparatus is provided with: a processing chamber capable of decompressing the inside thereof; a first flow rate control unit that controls the flow rate of the first process gas and supplies the first process gas to the process chamber; a second flow rate control unit that controls the flow rate of the second process gas and supplies the second process gas to the process chamber; a pressure measurement unit that measures the internal pressure of the processing chamber; and an index calculation unit that calculates an index based on a pressure measurement unit output, which is an output from the pressure measurement unit. The index calculation unit calculates a relative index based on the ratio of first pressure information, which is output by the pressure measurement unit when the first process gas is supplied to the process chamber, and second pressure information, which is output by the pressure measurement unit when the second process gas is supplied to the process chamber, and changes the setting of the first flow rate control unit and / or the second flow rate control unit on the basis of the relative index. Or, whether the first flow rate control unit and / or the second flow rate control unit needs to be replaced is presented.

The exhaust valve phase changing unit of the variable valve control device of the present invention outputs an instruction for changing the phase of the exhaust valve through the exhaust valve phase variable mechanism according to the state change of the engine. In addition, the exhaust valve phase changing unit advances the center phase of the exhaust valve to a first angle on the advance side with respect to the bottom dead center of the expansion stroke during the period from when the fuel supplied to the engine is cut off to when the engine stops under the control of the engine control device.

A semiconductor device is comprising: a substrate on which a semiconductor chip is mounted; and a thermal interface material disposed on a second main surface of the substrate opposite to the surface on which the semiconductor chip is mounted, wherein the material undergoes a phase transition at a phase transition temperature, causing a change in its elastic modulus. The substrate has a convex warping on the second main surface, and the phase transition temperature of the thermal interface material is 40°C or higher and 100°C or lower.

An electronic control device (100) includes a non-conductive resin case (7), a circuit board (5), a metal case (6), a waterproof sealing material (9), and an adhesive (1) having conductivity. The circuit board (5) has a circuit ground (GND pattern (4)) and is held on the resin case (7). The metal case (6) covers the circuit board (5) and is mounted on the resin case (7). The waterproof sealing material (9) seals the resin case (7) and the metal case (6) and performs waterproofing. The adhesive (1) having conductivity is in contact with the metal case (6) and the circuit ground, and electrically connects the metal case (6) and the circuit ground at multiple sites.

The transport device (1) comprises: a permanent magnet (10) arranged on the side of a specimen rack (111); a core (22) formed of a second magnetic body, and a magnetic pole (25) having a winding (21) wound on the outer circumference of the core (22); a drive circuit (50) for supplying current to the winding (21) of the magnetic pole (25); and a current command operation unit (55) for controlling the current value supplied from the drive circuit (50) to the winding (21), wherein the current command operation unit (55) changes the current supplied to the winding (21). Thus, a transport device having a higher transport performance than before, a specimen analysis system having the transport device, a specimen pretreatment device, and a transport method for a transported object are provided.

Disclosed is an elevator position detection device that can reduce the influence of the installation accuracy of a detected object on the detection accuracy of a door zone. The position detection device is a device that detects a door zone that can open and close a car door (61) and a landing door (71), and includes: a detected object (10) that is provided in a hoistway (1) and that sets a part of the range of the door zone; a position sensor (9) that is provided in a car (2) and that detects a part of the range of the door zone by detecting the detected object; and a movement amount sensor (11) that detects the movement amount of the car, and the position detection device stores position information of a part of the range of the door zone and detects the door zone based on a position detection signal from the position sensor, a movement amount detection signal from the movement amount sensor, and the position information of a part of the range of the door zone.

The purpose of the present invention is to provide a technique capable of etching silicon with high accuracy by removing a natural oxide film. One of the wafer processing methods according to the present invention is a wafer processing method in which a semiconductor wafer having a silicon film formed on the upper surface thereof is disposed in a processing chamber and the silicon film is processed. The wafer processing method includes: forming a first modified layer by supplying particles of a gas of hydrogen, nitrogen, and fluorine to an oxide film formed on the surface of the silicon film; a first detachment step in which the first modified layer is heated and detached; a second modified layer forming step for forming a second modified layer by supplying particles of a chlorine gas to the silicon film after the first detachment step; and a second detachment step for heating the second modified layer to detach the second modified layer.

The present invention is provided with: a first temperature raising device provided on a rolling line between a continuous casting machine (12) and a roughing mill (70); a second temperature raising device provided on a temperature raising line different from the rolling line; a first slab conveying device (40) configured so as to be capable of moving the slab (100) between the exit side of the slab (100) on the rolling line of the first heating device and the entry side of the slab (100) on the heating line of the second heating device; and a second slab conveyance device (42) configured so as to be able to move the slab (100) between the entry side of the slab (100) on the rolling line of the first temperature raising device and the exit side of the slab (100) on the temperature raising line of the second temperature raising device, the first temperature raising device having a first induction heating slab heater (20), and the second temperature raising device having a second induction heating slab heater (22). As a result, provided are: a temperature raising device capable of improving the temperature raising efficiency before a casting blank is conveyed to a roughing mill than in the prior art; a rolling facility provided with the temperature raising device; and a method for raising the temperature of the casting blank.

The present invention provides an image recognition assisting device, an image recognition assisting method, and a recording medium for assisting in the creation of models for recognizing attributes within an image with high precision. The image recognition assisting device (10) includes: an image input unit (201) for acquiring an image; a pseudo-label generation unit (202) for recognizing the acquired image based on each of a plurality of image recognition models and outputting recognition information, and generating pseudo-labels representing attributes of the acquired image based on the output recognition information; and a new label generation unit (203) for generating new labels based on the generated pseudo-labels.

In an analysis method and an analysis device for detecting fluorescence from each light-emitting point in each of a plurality of wavelength bands in order to recognize light emitted by a plurality of types of phosphors from a plurality of light-emitting points, spatial crosstalk and spectral crosstalk exist between signal intensities of the plurality of light-emitting points and the plurality of wavelength bands, and the recognition performance is reduced. By inputting all of the detection signals in the plurality of wavelength bands of each of the plurality of light-emitting points into a predetermined arithmetic expression, spatial crosstalk and spectral crosstalk are eliminated, and the concentration of each light-emitting body at each light-emitting point is derived.

The object is to provide a target detection device and a target detection method capable of detecting a target using a simple configuration. The solution is that the target detection device (1) includes: a first transmission signal generation unit (111) configured to generate a first transmission signal; a second transmission signal generation unit (121) configured to generate a second transmission signal; a transmission wave array (10) having a plurality of transmission wave elements (10a) configured to convert the first transmission signal into a transmission wave; a first signal switching unit (113) configured to supply the first transmission signal to one of the transmission wave elements (10a) in the transmission wave array (10); a second signal switching unit (123) configured to supply the second transmission signal to one of the transmission wave elements (10a) in the transmission wave array (10); and a control unit (101) configured to control the first signal switching unit (113) to switch the transmission wave element (10a) supplied with the first transmission signal from element n to element n+1, and the second signal switching unit (123) to switch the transmission wave element supplied with the second transmission signal from element m to element m+1.

A light-emitting diode, comprising: a first conductive semiconductor layer; an active layer arranged on the first conductive semiconductor layer; a second conductive semiconductor layer arranged on the active layer; a first bump pad electrically connected to the first conductive semiconductor layer; a second bump pad electrically connected to the second conductive semiconductor layer; a first solder bump arranged on the first bump pad; and a second solder bump arranged on the second bump pad, wherein the first solder bump and the second solder bump have a thickness ranging from 10 times to 80 times the thickness of the first bump pad and the second bump pad, respectively.

The invention provides a scroll type fluid machine capable of reducing suction loss. A scroll compressor is provided with: a fixed scroll (11) having an end plate (17), a scroll-shaped wrap part (18) provided upright on one surface of the end plate (17), and a suction hole (19) passing through the end plate (17); an orbiting scroll (12) having an end plate (25) and a spiral wrap part (26) provided upright on one surface of the end plate (25) so as to face the fixed scroll (11); and a drive shaft (13) that rotates the orbiting scroll (12) with respect to the fixed scroll (11). A suction hole (19) of the fixed scroll (11) is disposed between a first closing start position (A) and a second closing start position (B), and a wrap portion (26) of the orbiting scroll (12) is located in a range in the vortex direction of a wrap portion on the outermost peripheral side of a wrap portion (18) of the fixed scroll (11). And a working chamber (34) that is formed between the inner peripheral side of the wrap (26) of the orbiting scroll (11) and the outer peripheral side of the wrap (18) of the fixed scroll (11).

Disclosed is an elevator device provided with an electric emergency stop device that is highly flexible in terms of installation and suitable for space saving. The elevator device is provided with: an elevator car (1); an emergency stop device (2) provided in the elevator car; and an electric actuator (10) provided in the elevator car to actuate the emergency stop device. The electric actuator is provided with: a movable member; an electromagnet that attracts the movable member in a standby state of the electric actuator; a rod-shaped member connected to the movable member; and a brake member activation member (100) connected to an end portion of the rod-shaped member, which pushes up a brake member (200) of the emergency stop device when excitation of the electromagnet is stopped and the rod-shaped member is driven.

The present invention is provided with: a display unit (14) for displaying information relating to a component management system (1); an automatic analysis device storage unit (23) that associates and stores, for each of the plurality of analysis devices (25), the ID of the corresponding analysis device (25) with state information indicating the state of the analysis device (25); an input unit (13) that receives a replacement request for the analysis device (25); and a component management device control unit (11) that, when the input unit (13) receives a replacement request for the analysis device (25), displays, on the display unit (14), the ID of the analysis device (25) for which the state information satisfies a predetermined condition, and first state information that uses the position of the analysis device (25). As a result, provided are a component management system, an automatic analysis device, and a component management method which are capable of assisting in specifying a component to be removed even if components of the same type are used for a plurality of purposes or positions.

A capillary electrophoresis device has a light source, a plurality of capillaries, a light detection section, and a plurality of detection optical fibers having one end surface disposed in association with any one of the capillaries and the other end surface connected to the light detection section, the light detection section selectively detecting light from the center portion of the detection optical fibers.

A game device is provided with: a game medium effect changing unit that changes the game medium effect of a game medium in response to a change content unlocking condition being satisfied; and a game element effect changing unit that changes the game element effect of the game element in response to a game element unlocking condition prescribed for each of a plurality of game elements associated with the game medium being satisfied, after the game element effect of the game element associated with a specific change content that changes the game medium effect due to the change of the game element effect reaches a predetermined value, the game medium effect change unit satisfies the unlocking condition in accordance with the change content associated with the specific change content. Therefore, the effect of the game medium is changed.

The invention provides a physical property information retrieval system, a physical property information retrieval method, and a storage medium, which can easily collect information related to measurement of substances measured in the past and referred to for determining measurement conditions and explaining measurement data. The substance information database stores physical property case information in which substance specifying information for specifying a substance is associated with at least one piece of measurement record information, the at least one piece of measurement record information is information of a combination of continuous measurement data for the substance, information of measurement conditions for the measurement data, a measured physical property value calculated from the measurement data, and measurement data characteristic information indicating characteristics of the measurement data. The processing unit retrieves the substance information database and acquires the substance case information satisfying the substance information retrieval condition, and the transmission / reception unit outputs the substance case information satisfying the substance information retrieval condition acquired by the processing unit.

The invention relates to a face authentication registration system, a face authentication apparatus, and a face authentication registration method. When face authentication is performed by accumulating face information of a user using a plurality of face authentication devices installed on a facility side, the occurrence of a different phenomenon that authentication can be performed in a certain device but cannot be performed in another device is prevented. A face authentication registration system (50) is provided with: a face registration server (30) that stores face information; and a plurality of face authentication devices (21-23) that register face information and use the face information in face authentication. When receiving a synchronization event of face information, the face registration server (30) performs a synchronization process of the face information on a plurality of face authentication devices (21-23) as a subject, and when one of the plurality of face authentication devices (21-23) fails to synchronize, the face registration server (30) performs a synchronization process of the face information on the plurality of face authentication devices (21-23). The face registration server (30) controls the plurality of face authentication devices (21-23) to return to a state before the synchronization process.

The present application provides an IoT system characterized by comprising: a communication device provided with an identification module that controls a communication element, and that communicates with a cloud server; an asset connected to the communication device; and a control server that manages settings of communication between the communication device and the cloud server, the control server managing a relationship between the identification module and the communication device and a relationship between the communication device and the asset, and setting communication between the communication device and the cloud server in order to forward information from the asset to the cloud server.