718results about How to "Easy to automate" patented technology

An motorized electric toothbrush (10) includes a removable brush head (16) and a switch (12) that allows the toothbrush (10) to be used in an “automatic” mode. The “automatic” mode provides for intermittent motorized operation, such that when the brush head (16) contacts the operator's teeth, a second switch (20) is automatically actuated and the motor (14) engaged. The brush head (16) is easily removed for replacement when the bristles become worn or allow use of the toothbrush (10) by multiple users.

A fork-lift truck includes a load carrier, a first optical detector, an optical analysing unit, and a second optical detector. The analysing unit receives and analyses information from the second optical detector, wherein the first and second optical detector are movable together with the load carrier, and the first optical detector is positioned in relation to the load carrier, such that a first field of view includes at least a part of the load carrier and an extension of the load carrier. The second optical detector is positioned, such that a second field of view includes a predetermined volume above the load carrier The position and orientation of the second detector is calibrated in relation to a predetermined position on the fork-lift truck, in case one or more objects are positioned in the predetermined volume, at least one three-dimensional relative position can be determined.

A method and laboratory system for handling sample tubes and an image analysing unit are disclosed. The laboratory system comprises a transfer unit for transferring incoming primary racks (PR) containing sample tubes (S), an image analysing unit (310), and an identification and allocation unit. The method to handle laboratory sample tubes includes steps of: transferring an incoming primary rack (PR) containing sample tubes (S) to the image analysing unit (310); determining, in the image analysing unit (310), geometry parameters of at least one sample tube contained in the primary rack by means of image analysing; comparing for each sample tube the determined geometry parameters with predetermined geometry criteria and identifying whether the sample tube's geometry fulfils the predetermined criteria; in case of fulfilment, categorising the sample tube as system conform; otherwise categorising the sample tube as non-system conform. Each sample tube identified as system conform is entered into further processing and each sample tube identified as non-system conform is entered into error processing.

The invention discloses a circulating sludge biological fermentation tower which comprises a tower body, an openable tower cover, a storage tank and a plurality of rotatable fermentation devices, wherein the openable tower cover is arranged on the top of the tower body; the storage tank is arranged at the bottom of the tower body; the rotatable fermentation devices are arranged in the tower body in parallel; the fermentation devices divide an inner cavity of the tower body into a plurality of layers of fermentation bins along the axial direction; the lower part of each layer of fermentation device is provided with a ventilating oxygen supply pipeline communicated with a blower; the upper part of each layer of fermentation device is provided with an air outlet pipeline communicated with aninduced draft fan and a monitoring device; the monitoring device is controlled by a control room; and a mechanism for driving the fermentation devices and the tower cover to move, the blower and the induced draft fan are all controlled by the control room. The invention also discloses a circulating sludge biological processing system and a processing method. By the circulating sludge biological fermentation tower, the circulating sludge biological processing system and the processing method, industrial biological fermentation desiccation treatment can be continuously and stably carried out onsludge under the conditions of high efficiency and low energy consumption.

A motorized electric toothbrush in a display package includes a first switch to facilitate automatic motorized operation of the toothbrush. When the first switch is in one position, applying a force to a brush head portion of the toothbrush actuates a second switch and causes the motor to engage. A package body includes a flexible portion to allow an operator to apply a force to the brush head portion through the package body. The removable brush head portion is easily replaced when the bristles become worn, or to allow use of the toothbrush by another user.

The invention provides a novel light emitting diode (LED) encapsulation structure which directly adopts a silicon dice substrate as both a surface mounting bracket and a radiation channel of an integrated structure support of an LED chip; a front electrode connecting layer is arranged on the front surface of the silicon dice substrate; the front electrode connecting layer on the front surface of the silicon dice substrate is connected with an electrode metal bonding pad at the back of the silicon dice substrate through a lead of a silicon groove side-wall or a lead of a through-hole of the silicon dice substrate; and at least one LED chip is welded directly by flip-chip on the front electrode connecting layer of the silicon dice substrate with an optical source through a metal bump. The invention also provides a method for manufacturing the LED encapsulation structure. The invention avoids steps of die bonding and gold-wire welding and enhances the connection reliability of chips and especially the connection reliability of multi-chip modules; and the invention leads the encapsulation of high-power LED and especially the encapsulation of multi-chip module to be miniaturized and also leads power-supply drive and circuits of LED protection and the like to be integrated on the silicon dice so as to provide a systematic and integrated encapsulation proposal for high-power LED illumination.

The invention relates to a femtosecond laser film micro-nanomachining real-time monitoring device. The device comprises a laser generating system, an external light path system, a PC (poly carbonate) machine and a three-dimensional mobile platform, wherein laser sent by the laser generating system is focused on a focusing mirror through the external light path system; the device is also provided with a spectrum focusing mirror, a fiber optic probe, a spectrometer, an enlargement mode CCD (charge coupled device) and a time delay controller, wherein the spectrum focusing mirror and the fiber optic probe are fixed on the three-dimensional mobile platform; the spectrometer is connected with the fiber optic probe through data lines, and the spectrometer is also connected with the time delay controller through the data lines; and the time delay controller is connected with a femtosecond laser through a signal wire, and the femtosecond laser, the enlargement mode CCD, an optical gate and the three-dimensional mobile platform are connected with the PC machine through the signal lines. The device provided by the invention has the advantages that the equipment is simple, the operation is easy and simple, the applicability is wide, the film micromachining rapid detection is realized, the accuracy for detecting element is very high, the device almost can detect any element, and the detection efficiency and the reliability are greatly improved.

The invention provides a vacuum electron beam melting furnace for polysilicon purification. The melting furnace is characterized in that a melting chamber is square or cylindrical, a chamber wall is of a double water cooling structure or a coil water cooling structure; an electron gun is vertically and downwardly or horizontally arranged on the chamber wall of the melting chamber, a vacuum system is arranged at the rear of the melting chamber; an isolating valve is arranged between a feeding chamber and the melting chamber of a feed mechanism, and an inflation valve of an inflation system is arranged at the other side of the melting chamber; a discharge mechanism is arranged at the bottom of the melting chamber and connected with an ingot-pulling mechanism; the ingot-pulling isolating valve is arranged between discharge mechanism and the melting chamber; the melting chamber is internally provided with a water cooling crucible and a crystallizing crucible; all high-voltage devices of a high-voltage power supply of an electrical control system are arranged at a fuel tank filled with a transformer; and by adopting oil insulation of the transformer, the high-voltage power supply is connected with an electric cabinet which is connected with a console. The melting furnace has the advantages that a plurality of elements can be purified simultaneously, the production efficiency is high, energy consumption is low, energy-saving effect is excellent, and large-scale and automatic operation is easy to be implemented.

The invention provides a multistage efficient ozone air floatation integrated device. A dissolved air floatation zone and an ozone oxidation zone are arranged reasonably so that dissolved air floatation zone and ozone oxidation are vertically combined in a column and multistage oxidization is realized; solid-liquid separation of insoluble floc particles and water is completed by virtue of dissolved air floatation, and then decolorization, deodorization, organic matter removal and sterilization are realized by virtue of ozone oxidization. The multistage efficient ozone air floatation integrated device is used for performing air floatation treatment and multistage oxidization on treated water; as a result, the shortcoming of low utilization rate of ozone is overcome, the minimization of energy consumption is realized, the utilization rate of ozone is greatly increased and the effect of sewage deep treatment is effectively guaranteed.

The invention discloses a welding method of a deck structure of a stainless steel compound plate of a railway steel bridge, which comprises the following steps: selecting structural steel for a bridge with thickness of 16-20mm as a base layer, selecting austenitic stainless steel with thickness of 2-4mm as a multiple layer, and removing 3-6mm of cladding material materials at each of two edges of welding grooves in advance, wherein the groove angle is 45-65 degrees, and the groove spacing is 4-8mm; the method comprises the following steps: firstly, assembling positioned welding, and then, carrying out backing welding by CO2 gas shielded welding; then, carrying out welding of the base layer by submerged-arc welding; and finally, carrying out welding of a transition layer and the multiple layer by the CO2 gas shielded welding. By adopting a specific groove type, the invention eliminates uncertain human factors and solves the problems that the thickness of the deposited metal of the base layer is insufficient, the multiple layer can be molten by mistake when the substrate layer is welded, and the like; the reverse formation is good, so that the reverse back gouging process is omitted; and the invention has the advantages of good assembly quality and easy realization of mechanization and automation, improves the production efficiency, and is convenient for ensuring the corrosion resistance of the multiple layer.

The invention provides a multi-layer oil-water separator and a working method therefor. The separator comprises a water inlet and a water outlet, wherein a plurality of layers of separating materials are arranged between the water inlet and the water outlet; separating holes are formed in the separating materials; a runner is formed among the separating layers by virtue of a grid; the two sides of the grid are sealed; and the hole diameter of the separating holes is gradually reduced layer by layer from the water inlet to the water outlet. The multi-layer oil-water separator adopts a layer-by-layer filter mode, has good separating effect and relatively high filtration flux, and has cleaning and back cleaning functions, so that the service life of the separator is prolonged. The separator is compact in mechanism, high in integration and convenient for automatic operation and large-scale amplification.

A method of cells culture, virus production/deactivation in safe, continuum and blocked style, belonging to bioengineering technical field, compring steps of: 1) Inoculate cells and suspension culture, therebycarry out the primary culture of cells; 2)Flowing add fresh medium, simultly pump out cells suspension to maintain cell culture biological reactor stable and guarantee cell amplificatation during residence time in reactor, accordingly carry out cell's continuous cultivation; 3) Pump out cells suspension into virus-containing virus breeding reactor to make virus infect and amplificate in cells preliminary; 4)As the inflow of cells suspension and outflow of virus-containing upper clean liquid, system dynamic balancing is maintained and virus continuous cultivation is achieved; 5) Collect the upper clean liquid pumped from virus breeding reactor and deactivate the virus, accordingly achieve continuously and obturately cells cultivation and virus deactivation. This method is convenient for automatic control and standardized production, also depresses the pollution chances and heightens production assurance coefficient.

The invention relates to a transmission rockover table for automatically produced workpieces which is punched by a manipulator. The transmission rockover table solves the problem of rockover transmission of pull-down deep workpieces during automatic production of double-action presses. The rockover table comprises a framework pedestal, wherein a roller wheel is arranged below the framework pedestal, and the upper part of the framework pedestal is provided with a guide rail and a lateral sway machine frame which are distributed in the horizontal direction; a rockover machine frame which rotates opposite to the horizontal plane is arranged on the lateral sway machine frame; and a clamping device is arranged on the rockover machine frame. The rockover table can conveniently turn over the punched workpieces at an angle of +-180 DEG, so that the manipulator in the next procedure is convenient to grasp the workpieces.

A device for measuring cylindricity consists of vertical guide system formed by two transducers, rotating table base, guide airfloat case and vertical guide; as well as turntable for separating error. It is featured as placing the turntable on the rotating table and placing tested piece on the turntable for enabling it to rotate in following with the two separately, placing two transducers in radical symmetry at both sides of the tested piece for having them moved up and down in following with guide airfloat case along vertical guide.

The invention discloses a split type graphite crucible with a split structure and Y2O3 carbon coating with zero resistance in upper and lower crucible bodies, wherein, a lug boss (12) of the upper crucible body (1) of the split type graphite crucible is arranged inside a concave chamber (23) of the lower crucible body (2), the end surface of the lug boss (12) is in close joint with the bottom of the concave chamber (23) of the lower crucible body (2), a surface of the lug boss (12) of the upper crucible body (1) is in close joint with a concave support surface (22) of the lower crucible body (2); the wall of an inner chamber (14) of the upper crucible body (1) is provided with an A-type inner coating (11) with a thickness of 50-250 um, the bottom of the concave chamber (23) of the lower crucible body (2) is provided with a B-type inner coating (21) with a thickness of 50-250 um. Both the A-type inner coating (11) and the B-type inner coating (21) adopt the spraying method of air plasma to prepare Y2O3 inside the crucible body of the split type graphite crucible so as to form the carbon coating with zero resistance, which effectively stops the chemical reaction between carbon and metal fused mass in the melting process, thereby avoiding carbon pollution.

The invention discloses an automatic continuous detection device of micro-pulse differential absorption lidar water vapor spatial and temporal distribution. The device comprises dual wavelength detection light sources, a lidar receiving optical system, a signal detection system, a three dimensional rotating platform, a transient recorder, an automatic temperature and humidity recorder and the like. The wavelengths of the two detection light sources are respectively positioned on a water vapor absorption peak and a water vapor non-absorption peak, the detection light can be transmitted into atmosphere at any angle, water vapor absorption characteristic backward scattering signals in specific spectral lines are obtained, water vapor distance-distinguished relative humidity profiles in transmission paths of light are obtained by inversion, and after profiles being calibrated, high-resolution and high-precision water vapor relative humidity spatial and temporal distribution data in light paths is finally obtained. The automatic continuous detection device can carry out day and night all-weather observation for water vapor relative humidity stereo distribution, and has advantages of high time resolution, high spatial resolution and high detection precision.

The method of extracting 1-methyl naphthalene and 2-methyl naphthalene from tar includes adopting the production apparatus comprising one alkylating polymerization reactor and three serially connected rectification towers, and the production process, which comprises the alkylating polymerization reaction of material with methyl naphthalene content not lower than 60 %, solid acid and/or liquid acid catalyst and alkylation agent in 70-90 deg.c and 95-115 deg.c separately; the separation of the alkylating polymerization product in the first rectification tower to eliminate light distillation fraction from the tower top; the further separation in the second rectification tower to obtain 2-methyl naphthalene of 95 % over purity from the tower top; and the further separation in the third rectification tower to obtain 1-methyl naphthalene of 95 % over purity from the tower top. The present invention makes it possible to treat both tar scrubbing oil and coal tar scrubbing oil in the same apparatus.

The invention discloses a method for producing high-purity upward oxygen-free copper rods, which comprises the following steps: uniformly adding copper plates into a melting furnace in batches during melting of copper materials; adopting a Cu-RE intermediate alloy rod to continuously add single rare earth element or mischmetal element, realizing electromagnetic stirring in the melting furnace through induction heating coils, and making the rare earth element uniformly distributed in molten copper; and arranging a ceramic filtration baffle plate on the front of a sluice between the melting furnace and a heat-insulating furnace, making the ceramic filtration baffle plate completely cover the sluice, preventing rare earth oxide from being rolled into upward oxygen-free copper rods, and obtaining the high-purity upward oxygen-free copper rods. The method has the advantages of simple production technique, stable production process, less residual oxide inclusion formed by the rare earth element, good purification effect of the copper materials, and good product quality.

The invention relates to an antigen detection method and application thereof. The method converts detection of an antigen signal into detection of a nucleic acid barcode label, and comprises the following operation steps: (1) labeling modified nano magnetic microspheres by using an antibody I of an antigen to be detected to prepare immune magnetic microspheres, and labeling nano-gold sol by using an antibody II of the antigen to be detected and a nucleic acid barcode fragment at the same time to prepare a double-labeled nano-gold probe; (2) fully combining the immune magnetic microspheres, the nano-gold probe and the antigen to be detected, removing combined aggregate, and leaving supernatant fluid for detection; and (3) detecting the nucleic acid barcode label in the supernatant fluid. The antigen detection method can be applied to the detection of clinical PSA antigen. The method has the advantages of simple operation, high sensitivity, good specificity, easy automation and wide application prospect.