31results about How to "Consistent response time" patented technology

The invention provides a curved liquid crystal panel structure, which comprises a TFT base plate (1), a CF base plate (3), spacing objects (5), a liquid crystal layer (7) and a sealing glue layer (9), wherein the CF base plate (3) is in arrangement corresponding to the TFT base plate, the spacing objects (5) are arranged between the TFT base plate (1) and the CF base plate (3), the liquid crystal layer (7) is arranged between the TFT base plate (1) and the CF base plate (3), the sealing glue layer (9) is arranged between the TFT base plate (1) and the CF base plate (3) and is positioned at the edge, in the bending direction of a curved liquid crystal panel, the CF base plate (3) is provided with a middle region (31) and two side regions (33) positioned at two sides of the middle region, the stress born by the middle region (31) is greater than that born by the two side regions (33), and the spacing object (51) positioned in the middle region (51) is set to be capable of bearing higher stress than the spacing object (53) positioned at two side regions (33), so the equal gap is maintained between the CF base plate (3) and the FT base plate (1), and the integral box thickness consistency of the curved liquid crystal panel is ensured.

The present invention provides a hook-face liquid crystal display panel and a display device. The hook-face liquid crystal display panel comprises a first substrate, a second substrate and separators, wherein the separators are disposed between the first substrate and the second substrate and used for supporting the first substrate and the second substrate, the separators are fixed at an inner side of the first substrate and are equal in height, and compensation structures are disposed at an inner side surface of the second substrate and used for compensating deformation differences occurred in compression of the separators at different positions, thus to enable the thickness of the hook-face liquid crystal display panel to be consistent. The display device comprises the above hook-face liquid crystal display panel. The hook-face liquid crystal display panel can clearly display images, and optical tastes are raised.

The present invention provides a hook-face liquid crystal display panel and a display device. The hook-face liquid crystal display panel comprises a first substrate, a second substrate and separators, wherein the separators are disposed between the first substrate and the second substrate and used for supporting the first substrate and the second substrate, and the separators are made of different materials, such that when the liquid crystal display panel is bent, and after the separators deform, the thickness of the liquid crystal display panel maintains consistent. The display device comprises the above hook-face liquid crystal display panel. When the liquid crystal display panel is bent, the thickness of the hook-face liquid crystal display panel maintains consistent, thereby ensuring that the liquid crystal can clearly display images and raising optical tastes.

The present invention relates to a semi-penetrating semi-reflecting liquid crystal device. It includes an upper baseplate, a lower baseplate, a liquid crystal layer positioned between said upper baseplate and said lower baseplate, an upper polarization plate placed on outside of upper baseplate, an upper regiospecific film placed between said liquid crystal layer and said upper baseplate, a common electrode placed on the upper baseplate, a lower regiospecific film placed between said liquid crystal layer and said lower baseplate, pixel electrode placed on lower baseplate, said pixel electrode, common electrode and liquid crystal layer positioned between them are formed into pixel region, said every pixel region has a reflecting region electrode and a penetrating region electrode, and a lower polarization plate placed on outside of lower baseplate. Said invention also provides the concrete structure of said liquid crystal layer.

The invention provides a driving circuit, a driving system, a driving method and a gearbox, the driving circuit comprises at least one high-end driving circuit and a plurality of low-end driving circuits corresponding to the high-end driving circuits, and the signal input ends of the high-end driving circuits are used for receiving electromagnetic valve driving control signals. The signal output end of the high-end drive circuit is used for being connected with the first end of each electromagnetic valve, the second end of each electromagnetic valve is used for being connected with the first output end of the low-end drive circuit, the second output end of the low-end drive circuit is grounded, and the input end of the low-end drive circuit is used for receiving enable control signals. Allthe electromagnetic valves share a high-end driving source, so that the energy storage of the consumption coil is also carried out in a common push-pull circuit, the cost is saved, and the protectionis shared; herein, the high end can realize normally-pulled high level, and can also send duty ratio variable PWM waveforms in real time, so that all electromagnetic valves achieve consistent drivingcurrent, high-end control resources are saved, and the complexity of software control is reduced.

The present invention provides a structure of a liquid crystal panel, which includes a TFT substrate (1), a CF substrate (3) opposite to the TFT substrate (1), spacers (5) arranged between the TFT substrate (1) and the CF substrate (3), a liquid crystal layer (7) disposed between the TFT substrate (1) and the CF substrate (3), and an enclosing sealant layer (9) arranged between and located along a periphery of the TFT substrate (1) and the CF substrate (3). In a curving direction of the curved liquid crystal panel, the CF substrate (3) includes middle zone (31) and two side edge zones (33) at two opposite sides of the middle zone. The middle zone (31) bears a stress greater than stresses born by the two side edge zones (33). The spacers (51) that are located in the middle zone (31) are arranged to bear a stress that is greater than stresses born by the spacers (53) that are located in the two side edge zones (33) so as to maintain a constant distance between the CF substrate (3) and the TFT substrate (1) and achieve the consistency of cell thickness in the entirety of the curved liquid crystal panel.

The invention discloses a full-automatic immunofluorescence detection device, which comprises a main frame. The main frame is provided with a test operation area, a sample adding area and a detection area. The detection area consists of a reagent card tray transmission mechanism, a scanning mechanism and a temperature controlled incubation mechanism. The sample adding area consists of a sample loading mechanism, a Tip head mechanism and a sample adding mechanism. The detection area consists of an optical detection mechanism and detection software. The scanning mechanism and the temperature controlled incubation mechanism are connected to the detection software, the scanning mechanism is disposed at the upper end of the reagent card tray transmission mechanism, the rear end of the reagent card tray transmission mechanism is equipped with a sample adding platform, reagent cards are sent into the temperature controlled incubation mechanism through a push-card-into-incubation mechanism and an incubation card push mechanism, and the temperature controlled incubation mechanism is provided with a laser scanning mechanism. By adopting the full-automatic immunofluorescence detection device provided by the invention, the detection process is automatically completed mechanically, the efficiency is improved, tedious manual operation is saved, automatic detection is realized, and the detection time is saved. Therefore, the full-automatic immunofluorescence detection device is convenient for application to emergency rooms, laboratory departments and other public places, community hospitals and other occasions, has high cost performance and strong market competitiveness, and fills the domestic blank.

The invention discloses an integrated infrared dual-band 20X zoom optical system. The integrated infrared dual-band 20X zoom optical system is composed of a common front fixing set, a common zooming set, a common compensation set, a common rear fixing set, a beam splitter prism, a long-wave infrared light rear fixing set, a medium-wave infrared focal length compensation set and a medium-wave infrared light rear fixing set which are sequentially arranged from left to right along an optical axis, wherein the beam splitter prism is used for reflecting medium-wave infrared light and transmitting long-wave infrared light, the long-wave infrared light rear fixing set is arranged on a transmission optical path of the beam splitter prism, the medium-wave infrared focal length compensation set is arranged on a reflection optical path of the beam splitter prism. In the continuous zooming process, a difference value between corresponding focal lengths of dual bands is less than a difference value between corresponding focal depths of the dual bands, target information of the dual bands can be received by the same system without switching the optical paths, and problems existing in an existing dual-band system at present are solved.

The method consists of the assistant discharging circuit containing a group of trigger electrodes setup between protected circuits or devices and a ground electrode and the main discharging circuit containing a main discharging gap. The characters of the invention are that the distance setting between the trigger electrode and the main discharging gap is based on following consideration. The assistant discharging circuit containing trigger electrodes sets the overvoltage threshold. When voltage is higher than the threshold, electric surge current flows through the trigger pole to the ground electrode. The current passing through the trigger pole sets the current threshold. When current is larger than the current threshold, electric arc is generated and electric discharge happens in main discharging gap.

The present invention provides a hook-face liquid crystal display panel and a display device. The hook-face liquid crystal display panel comprises a first substrate, a second substrate and separators, wherein the separators are disposed between the first substrate and the second substrate and used for supporting the first substrate and the second substrate, the separators are fixed at an inner side of the first substrate and are equal in height, and compensation structures are disposed at an inner side surface of the second substrate and used for compensating deformation differences occurred in compression of the separators at different positions, thus to enable the thickness of the hook-face liquid crystal display panel to be consistent. The display device comprises the above hook-face liquid crystal display panel. The hook-face liquid crystal display panel can clearly display images, and optical tastes are raised.

In a terminal device such as a portable consumer electronic device, the device having only limited computational memory, a large compressed image file such as a JPEG file, having some color depth such as 24 bits per pixel, is collapsed to a bit-mapped image file with very little color depth, such as 1 bit per pixel. This collapse may be carried out in situ in the computational memory of the device. The bit-mapped image will be of some large row-and-column pixel count. A display mechanism within the device may then display a window (within the bit-mapped image) of a row-and-column pixel count that is smaller than that of the bit-mapped image. For purposes of this display the bit-mapped information to be displayed may be of a color depth of two and maybe mapped back to a 24-bit color space to accommodate the display hardware and / or firmware. In this way, a human user can perform a quality-assurance review upon a photograph of high pixel count even though the system may have only very limited computational memory and only limited display size, all with application response time consistent with the expectations of the human user.

A continuous-processing caprolactam polymerization kettle is characterized by comprising two kettle bodies, wherein the first segment is a pressure kettle body and the second segment is a normal-pressure kettle body. The first pressure kettle body is a reactor with a taper outlet, a feed inlet and a reflux mouth are arranged at a kettle cover head, a tubular heat exchanger is arranged below the kettle cover head in the kettle, and the taper outlet is connected with the second normal-pressure kettle body via a gear melt pump. The second normal-pressure kettle body is a reactor with a taper outlet, a feed inlet and a reflux mouth are arranged at a kettle cover head, the feed inlet in connected with the first pressure kettle body via a gear melt pump, a taper slit pressure-releasing device is arranged at the inlet end in the kettle, a tubular heat exchanger and a coaxial multilayer convex perforated plate are successively arranged below the pressure-releasing device, and a inverse-taper baffle plate is arranged in the taper outlet. By employing the above structure design, the flow and the mixing of material fluid in the polymerization kettle are effectively improved, and the problems are solved that the reaction is not uniform and the synthesized product is not uniform in molecular weight and molecular weight distribution.

The invention provides a method for detecting microorganisms in fuel oil by a bioluminescence method and a special detection stick thereof. The detection method of the present invention adopts the mixture of apyrase, adenosine phosphate deaminase and copper sulfate as the free ATP remover, which can effectively remove the free ATP in the sample; adopts octadecyltrimethylammonium chloride as the cell The cracking agent has a fast and complete cracking speed and can irreversibly inactivate the remaining ATP hydrolase; the luciferase is freeze-dried powder, which can be stored at room temperature to save storage costs; the special matching detection rod of the present invention adopts threaded Designed to ensure the stability and consistency of the results; the detection tube contains fluorescent aggregation reaction balls, which are used to gather fluorescent signals to improve the sensitivity, stability and accuracy of detection.

The embodiment of the present invention provides an asynchronous call implementation method, device, server and server cluster, wherein the asynchronous call implementation method is applied to the server cluster, the server cluster includes multiple servers, and the multiple servers can all access the preset shared database; There are a main process and a sub-thread running in the server. The method includes: the main process judges whether there is a target identification field in the shared database based on the resource operation request; wherein, the resource operation request is used to request a specified operation for a specified resource; The field that conflicts with the specified operation of the resource; if there is no target identification field, the main process generates at least one remote procedure call protocol RPC request based on the resource operation request, and adds the RPC request to the local memory queue; the child thread starts from the local memory queue Get the RPC request and send it. The embodiment of the present invention improves the efficiency of RPC calling.

The invention discloses a lightweight optical antenna and a method for capturing and aiming based on it, which overcomes the huge weight and power consumption of the traditional mechanical turntable optical antenna, the slow response of the optical antenna based solely on the liquid crystal phased array, and the wedge-shaped dual-frequency liquid crystal phased array. The problem of too small area and uneven response time. The antenna includes coarse tracking liquid crystal, coarse tracking liquid crystal controller, beam shrinkage system, fine tracking liquid crystal, fine tracking liquid crystal controller, beam splitter, first coupling system, single-mode fiber, second coupling system, detector and data analysis and instructions System; the antenna can be used to receive the laser beam of the communication target and transmit the laser beam to the communication target. The optical antenna uses two-stage liquid crystal devices cascaded to realize the capture and tracking of the space laser beam. Compared with the mechanical turntable optical antenna, it has the characteristics of small size, light weight and low power consumption; at the same time, it uses dual-state dual-frequency The deflection of the liquid crystal realizes the high-precision pointing change of the beam, which has the advantages of fast beam pointing and short response time.

The invention discloses a process and a device for synthesizing (3R, 4R)-4-acetoxyl-3-[(R)-1-tert-butyl dimethyl silica ethyl]-2-azetidinone. 4-AA industrial products can be synthesized by the aid of continuous reaction technologies for series connection circuit reactors. The process includes dissolving a raw material (3R, 4R)-3-[(R)-1-tert-butyl dimethyl silica ethyl]-4-acetoxyl-1-(4-methoxy phenyl)-2-azetidinone by the aid of methanol; allowing series connection circuit reaction devices to carry out oxidation deprotection on PMP protecting groups in the raw material by the aid of ozone; carrying out reduced-pressure distillation to remove the methanol and then adding water to the raw material to obtain 4-AA crude products; re-crystallizing the crude products to obtain 4-AA products. The process and the device have the advantages that the process is simple, safe in oxidation deprotection reaction operation, short in reaction time and low in running cost; the reaction yield can be greatly increased, and the mass yield of the 4-AA products is higher than 69%.

The invention provides a curved liquid crystal display panel and a display device. The curved liquid crystal display panel comprises a first substrate, a second substrate and an isolation piece. The isolation piece is arranged between the first substrate and the second substrate. The isolation piece comprises first isolation piece bodies, second isolation piece bodies and third isolation piece bodies. The two ends of each first isolation piece body make contact with the first substrate and the second substrate respectively. One end of each second isolation piece body and one end of each third isolation piece are fixed to the first substrate. The distance between the second isolation pieces and the second substrate is larger than that between the third isolation pieces and the second substrate. The first isolation pieces and the second isolation pieces are evenly distributed in the liquid crystal display panel. The distribution density of the third isolation pieces is gradually reduced from the middle of the curved liquid crystal display panel to the end of the curved liquid crystal display panel. The display device comprises the curved liquid crystal display panel. By means of the curved liquid crystal display panel and the display device, images can be displayed clearly and the optical taste is improved.

The invention relates to an equal-time-delay wiring method. The equal-time-delay wiring method comprises at least the steps of recognizing geometric parameters of an area to be wired, dividing the area to be wired into serial geometric sub-segments based on the geometric parameters, producing initial wiring, calculating resistance and capacitance parameters of at least one geometric sub-segment and / or each network cable, calculating time delay parameters of each network cable based on the resistance and capacitance parameters of each geometric sub-segment of each network cable, and adaptively adjusting the geometric characteristics and / or positions of the corresponding geometric sub-segments and / or the network cables based on comparison between the time delay parameters and preset time delay parameters. On the premise that the process requirements for minimum wire width and minimum spacing are met, time delay values of the wired network cables can be small to the greatest extent and be approximately equal, response synchronization of devices (a logic gate, a storage unit and the like) driven by each network cable on an integrated circuit is achieved, and the performances of the integrated circuit are improved. Alternatively, display pixels corresponding to the network cables on a liquid crystal display panel are equal in brightness, the display performance of the panel is improved, and the integration performance is further improved.

An embodiment of the invention provides a document number generating method and a document number generating system. The method includes the steps: determining business numbers according to received system instructions; selecting unused serial numbers as sequence numbers from serial numbers corresponding to the business numbers; determining designated information at the tail of document numbers; generating check bits by means of computing according to the business numbers, the sequence numbers and the designated information; and assembling the business numbers, the sequence numbers, the check bits and the designated information according to preset assembly rules to generate the document numbers. By the aid of the data processing method, the document numbers including the designated information can be obtained by means of computing once, response time for generating the needed document numbers is strictly controlled, and system overhead is effectively controlled.