CN103837977A - Microscopy device with NFC modules - Google Patents
Microscopy device with NFC modules Download PDFInfo
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- CN103837977A CN103837977A CN201410020508.8A CN201410020508A CN103837977A CN 103837977 A CN103837977 A CN 103837977A CN 201410020508 A CN201410020508 A CN 201410020508A CN 103837977 A CN103837977 A CN 103837977A
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- 238000000386 microscopy Methods 0.000 title abstract description 8
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- 230000003287 optical effect Effects 0.000 claims abstract description 38
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- 238000005516 engineering process Methods 0.000 description 22
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- 210000003128 head Anatomy 0.000 description 3
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- G—PHYSICS
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- G02B21/365—Control or image processing arrangements for digital or video microscopes
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- H04B5/00—Near-field transmission systems, e.g. inductive or capacitive transmission systems
- H04B5/70—Near-field transmission systems, e.g. inductive or capacitive transmission systems specially adapted for specific purposes
- H04B5/77—Near-field transmission systems, e.g. inductive or capacitive transmission systems specially adapted for specific purposes for interrogation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04B5/00—Near-field transmission systems, e.g. inductive or capacitive transmission systems
- H04B5/70—Near-field transmission systems, e.g. inductive or capacitive transmission systems specially adapted for specific purposes
- H04B5/79—Near-field transmission systems, e.g. inductive or capacitive transmission systems specially adapted for specific purposes for data transfer in combination with power transfer
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- H—ELECTRICITY
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- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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Abstract
The invention discloses a microscopy device with NFC modules. The microscopy device comprises a digital camera mechanism, a motor drive focusing compensating mechanism, an objective lens and ocular lens set, a light source lighting and power supply system, an objective table driven by a motor, an imaging optical system, an electronic control system and a computer system. The NFC modules are integrated or embedded into the electronic control system and the computer system respectively, and the NFC modules or RFID modules are integrated or embedded into other components, and therefore bothway or one-way communication among the components is achieved. On one hand, the problem that according to an existing microscopy device, a large number of wiring harnesses are used for transmitting a control signal is solved, the structure of the microscopy device is greatly simplified, and then the reliability of the system is improved; on the other hand, the components of the microcopy device can be convenient to recognize, the purpose of using one component to control another component is achieved through the mutual communication of the components in the microscopy device, and high intellectualization of the microscopy device is achieved.
Description
Technical field
The invention belongs to microscopy field, particularly relate to a kind of microscope or automatic microscan system with close range wireless communication module.
Background technology
The microscope equipment of prior art is as microscope, automatic microscan system etc., the microscope equipment of prior art has generally included the parts such as digital camera head, focusing bucking-out system, electronic control system, frame, object lens and eyepiece, motor-driven objective table, motor-driven focusing (Z axis) mechanism, imaging optical system, light-source illuminating system, electric power system and computer system, and the microscope equipment of prior art mainly exists following drawback:
1, in the control signal transmitting procedure between electric elements, be to use a large amount of wire harness to be used as the transmission channel of control signal, this just makes the structure of whole system comparatively complicated.
2, microscope equipment, can not intelligent display and their correctness of identification in the time changing different camera and supporting different multiplying joint.In the past in the time having changed the joint of different cameras or different multiplying, due to the difference of CCD/CMOS size, or due to the change of joint multiplying power, can cause the change of visual field, seriously not timing, also can make system normally work.
3, when the focal plane of microscope equipment changes, can not remind in time the timely focusing plane of operator to carry out auxiliary focusing, focal plane is got back on accurate location.
4, microscope equipment is in operating process, in the time that eyepiece is operated, and the adjusting that can not adapt to light intensity and colour temperature.Light-control knob in microscope equipment is located at the bottom of microscope or automatic microscan system conventionally; and operator is in the time of operation microscope; two hands can be used for regulating the interpupillary distance of eyepiece conventionally; and need to regulate light intensity time; need a hand can remove to find light intensity regulating knob; like this, just caused use very inconvenient.
5, existing microscope equipment is in the time controlling motor-driven objective table, be by wired mode to topworks's transmission of control signals, can not realize radio operation and control.
6, because fluorescent microscope and metaloscope require different image optics structures, the configuration status that existing microscope equipment can not display system, application makes the mistake.
7, existing microscope equipment can not be realized intellectuality to the control of light intensity, due to the change of object lens, light intensity should change thereupon, in the prior art, when object lens are changed into 40 times or more when low power from 100 times, due to 100 times light intensity maximums, at 40 times or more when low power, light intensity should weaken, thereby can not damage eyes or occur that camera exposure is excessive, this just need to adjust in time to light intensity, past is with manually light intensity being adjusted to weak (also useful electronic control circuit, but need more complicated structure to be connected with wire harness), make it the brightness that reaches suitable, this process need regulates back and forth several times, can not memorize, and be very easy to injury eyes.
Summary of the invention
The object of the invention is to overcome the deficiency of prior art, a kind of microscope equipment of the NFC of having module is provided, be by NFC module or RFID module integration or be embedded on the corresponding component of microscope equipment, utilize between NFC module or NFC module and RFID module between the advantage of close range wireless communication, on the one hand, solve in existing microscope equipment and used the transmission of a large amount of wire harness as control signal, the structure of microscope equipment is simplified greatly, and then improved the reliability of system; On the other hand, can make all parts of microscope equipment be convenient to identification; And, by realizing all parts function of communication mutually in microscope equipment, reach the object of removing to control another parts with some parts, thereby realize the height intellectuality of microscope equipment.
The technical solution adopted for the present invention to solve the technical problems is: a kind of microscope equipment with NFC module, comprises that digital vedio recording mechanism, motor drive focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table, imaging optical system, electronic control system and computer system; In described electronic control system and computer system, integrated or embedding has NFC module respectively; Described digital vedio recording mechanism, motor drive integrated at least one parts in focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table and imaging optical system or embed and have NFC module or RFID module; Electronic control system or computer system and integrated or embed and have between the parts of NFC module or RFID module by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system realize controlled in wireless and identification to described parts.
Integrated or embed and have NFC module or RFID module in described digital vedio recording mechanism; In the NFC module of described digital vedio recording mechanism or RFID module, store the inherent feature parameter of digital vedio recording mechanism, NFC module or the RFID module of described digital vedio recording mechanism are also connected with corresponding induction module, to obtain the current state information of digital vedio recording mechanism; Between described electronic control system or computer system and described digital vedio recording mechanism, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, the imaging process of electronic control system or computer system logarithmic code image mechanism realizes wireless imaging control and identification; The NFC module of described digital vedio recording mechanism or RFID module are also accepted to come from current state and the inherent feature parameter of outside NFC equipment or RFID fetch equipment logarithmic code image mechanism and are identified to approach mode.
Described motor drives integrated in focusing compensation mechanism or embeds and have NFC module or RFID module; In the NFC module of described motor driving focusing compensation mechanism or RFID module, store the inherent feature parameter of motor driving focusing compensation mechanism, described motor drives NFC module or the RFID module of focusing compensation mechanism to be also connected with corresponding induction module, drives the current state information of focusing compensation mechanism to obtain motor; Between described electronic control system or computer system and described motor driving focusing compensation mechanism, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system drive the focusing compensation process of focusing compensation mechanism to realize wireless focusing compensation control and identification to motor; Described motor drives the NFC module of focusing compensation mechanism or RFID module also accepts to come from outside NFC equipment or RFID fetch equipment drives current state and the inherent feature parameter of focusing compensation mechanism to identify to approach mode to motor.
Integrated or embed and have NFC module or a RFID module in described object lens and eyepiece group; In the NFC module of described object lens and eyepiece group or RFID module, store the inherent feature parameter of object lens and eyepiece group, the NFC module of described object lens and eyepiece group or RFID module are also connected with corresponding induction module, to obtain the current state information of object lens and eyepiece group; Between described electronic control system or computer system and described object lens and eyepiece group, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system are identified the adjustment process of object lens and eyepiece group; The NFC module of described object lens and eyepiece group or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to object lens and eyepiece group identified to approach mode.
Integrated or embed and have NFC module or a RFID module in described motor-driven objective table; In the NFC module of described motor-driven objective table or RFID module, store the inherent feature parameter of motor-driven objective table, the NFC module of described motor-driven objective table or RFID module are also connected with corresponding induction module, to obtain the current state information of motor-driven objective table; Between described electronic control system or computer system and described motor-driven objective table, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system realize controlled in wireless and identification to the moving process of motor-driven objective table; The NFC module of described motor-driven objective table or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to motor-driven objective table identified to approach mode.
Integrated or embed and have NFC module or a RFID module in described imaging optical system; In the NFC module of described imaging optical system or RFID module, store the inherent feature parameter of imaging optical system, the NFC module of described imaging optical system or RFID module are also connected with corresponding induction module, to obtain the current state information of imaging optical system; Between described electronic control system or computer system and described imaging optical system, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system are identified the configuration of imaging optical system; The NFC module of described imaging optical system or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to imaging optical system identified to approach mode.
Integrated or embed and have NFC module or a RFID module in described light illumination and electric power system; In the NFC module of described light illumination and electric power system or RFID module, store the inherent feature parameter of light illumination and electric power system, the NFC module of described light illumination and electric power system or RFID module are also connected with corresponding induction module, to obtain the current state information of light illumination and electric power system; Between described electronic control system or computer system and described light illumination and electric power system by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system to light illumination and electric power system bright adjustment process realize controlled in wireless and identification; The NFC module of described light illumination and electric power system or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to light illumination and electric power system identified to approach mode.
A kind of microscope equipment with NFC module of the present invention, a kind of application of list/double-direction radio transport module in microscope and automatic microscan system that utilize, NFC technology is that near-field communication technology (Near Field Communication0) is a kind of radiotelegraphy of short distance high frequency, in 13.56MHz frequency runs on 20 cm distance; RFID technology is that REID (Radio Frequency Identification) claims again radio frequency identification, it is a kind of communication technology, can identify specific objective and read and write related data by radio signals, and without setting up machinery between recognition system and specific objective or optics contacts.The former,, owing to being both-way communication, has paired corresponding module when application; The latter is one-way communication, also has corresponding module when application.With this technology and microscope and digital camera head, the combinations such as bucking-out system, electronic control system, frame, object lens and eyepiece, motor-driven objective table, motor-driven focusing (Z axis) mechanism, imaging optical system, light-source illuminating system, electric power system, computer system and software of focusing of microscan system automatically, can carry out information list/both-way communication to described system, reach the object of Based Intelligent Control and each mechanism's state of identification with wireless mode
The application in microscope and automatic microscan system of NFC technology and RFID technology, be utilize NFC technology and RFID technology have two-way and uni-directional wireless transmission of digital signals function, there is the high frequency wireless communication technology of close range wireless communication, between permission equipment, carry out the function of contactless Point-to-Point Data Transmission (in ten centimetres) swap data, be arranged on the parts of microscope and automatic microscan system, these parts are controlled and identified.Because near-field communication has natural security, therefore, NFC technology is considered to have great application prospect in multiple fields.Meanwhile, NFC technology is not also because it,, than the good security of other wireless communication techniques, can exert an influence to other equipment.NFC chip is to have mutual communication function, and has computing power, also contains encryption logic circuit, has also appended encrypting-decrypting module (SAM) in the standard in later stage.
NFC technical manual has defined the wireless communication mode based on 13.56MHz frequency between two NFC equipment, in the world of NFC, there is no card reader, and card, does not only have NFC equipment.This normalized definition two kinds of patterns of NFC device talk: aggressive mode and Passive Mode.And define respectively the selection of two kinds of patterns and radio-frequency field anti-collision method, equipment anti-collision method, defined communication modes and the agreement of coded system under different baud rate communication speeds, modulation demodulation system etc. the bottom.Along with the development of NFC industry, define the relevant middle layer specification based on NFC application, comprise some exchanges data communications protocol NDEF, comprise several NFC tag specifications based on noncontact tag, be mainly concerned with inside modules data structure definition, how NFC equipment (microscope) identifies the label of the NFC compatibility of a standard, how to resolve concrete application data etc. related specifications, and object is can interconnect between different NFC equipment in order to allow.
When by NFC module or RFID module integration or embed microscope and automatically when the digital vedio recording mechanism of microscan system, can be by control system such as computer system or corresponding control device, wireless to this realization control of digital vedio recording mechanism and identification, reach the object of the imaging control of logarithmic code image mechanism; Can between digital vedio recording mechanism and computing machine, carry out list/both-way communication, allow operator understand current configuration status, and in display screen, show its parameter simultaneously; Also can be with outside NFC or RFID equipment, read state and the inherent feature parameter of this digital vedio recording mechanism to approach mode.
In the time that the motor of NFC or RFID module integration or embedding microscope and automatic microscan system is driven to focusing compensation mechanism, can pass through control system, as signal or the computer system of scrambler output, wirelessly drive focusing compensation mechanism to control and identify to this motor, reach the object that drives the focusing compensation of focusing compensation mechanism to control to this motor; Can drive between focusing compensation mechanism and computing machine and carry out list/both-way communication at this motor simultaneously; And can read with outside NFC or RFID equipment state and the inherent feature parameter of this motor driving focusing compensation mechanism.
When by NFC or RFID module integration or embed microscope and automatically in the object lens and eyepiece group of microscan system, can pass through control system or wireless control and the identification to other system of computer system, the parameter such as light intensity, colour temperature that can require different object lens carries out controlled in wireless and intelligence regulates, and the value of setting can be memorized; Can between these object lens and eyepiece group and computing machine, carry out communication simultaneously; And can read with outside NFC or RFID equipment state and the inherent feature parameter of these object lens and eyepiece group.
When by NFC or RFID module integration or embed microscope and automatically when the motor-driven objective table of microscan system, can pass through control system or computer system, wireless this motor-driven objective table is controlled and identified, reach the object that X to this motor-driven objective table and Y-axis are accurately controlled; Can between this motor-driven objective table and computing machine, carry out list/both-way communication simultaneously; And can read with outside NFC or RFID equipment state and the inherent feature parameter of this motor-driven objective table.
When by NFC or RFID module integration or embed microscope and the imaging optical system of microscan system automatically, comprising fluorescent microscope, metallography microscope mirror system, thereby can pass through control system or the control of computer system to this imaging optical system and the correct identification of configuration; Can between this imaging optical system and computing machine, carry out list/both-way communication simultaneously; And can read with outside NFC or RFID equipment state and the inherent feature parameter of this imaging optical system.
During by the light illumination of NFC or RFID module integration or embedding microscope and automatic microscan system and electric power system, also can embed (such as object lens and eyepiece group) in above-mentioned mentioned mechanism and system, support the use with it, thereby can pass through control system or control and the identification of computer system to this light illumination and electric power system, reach light intensity and color temperature compensating and the energy-conservation object to difference requirement to object lens and eyepiece group; Can between this light illumination and electric power system and computing machine, carry out list/both-way communication simultaneously; And can read with outside NFC or RFID equipment state and the inherent feature parameter of this light illumination and electric power system.
Compared with prior art, the invention has the beneficial effects as follows:
The present invention is owing to having adopted NFC module or RFID module integration or being embedded on the corresponding component of microscope equipment, can utilize between NFC module or NFC module and RFID module between the advantage of close range wireless communication, on the one hand, solve and in existing microscope equipment, used the transmission of a large amount of wire harness as control signal, the structure of microscope equipment is simplified greatly, and then improved the reliability of system; On the other hand, can make all parts of microscope equipment be convenient to identification; And, by realizing all parts function of communication mutually in microscope equipment, reach the object of removing to control another parts with some parts, thereby realize the height intellectuality of microscope equipment.
Below in conjunction with drawings and Examples, the present invention is described in further detail; But the microscope equipment of a kind of NFC of having module of the present invention is not limited to embodiment.
Brief description of the drawings
Fig. 1 is embodiment mono-structural representation of the present invention;
Fig. 2 is the schematic diagram that embodiment mono-the present invention changes adjustment component (object lens);
Fig. 3 is the schematic diagram of a kind of communication mode between embodiment mono-parts of the present invention;
Fig. 4 is the schematic diagram of the another kind of communication mode between embodiment mono-parts of the present invention;
Fig. 5 is embodiment bis-structural representation of the present invention.
Embodiment
Embodiment mono-:
Referring to shown in Fig. 1 to Fig. 4, a kind of microscope equipment with NFC module of the present invention, comprises that digital vedio recording mechanism, motor drive focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table, imaging optical system, electronic control system and computer system; As required, some functions of electronic control system also can be completed by computer system, and in electronic control system and computer system, integrated or embedding has NFC module respectively; Described digital vedio recording mechanism, motor drive integrated at least one parts in focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table and imaging optical system or embed and have NFC module or RFID module, electronic control system or computer system and integrated or embed and have between the parts of NFC module or RFID module by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system realize controlled in wireless and identification to described parts.In the present embodiment, digital vedio recording mechanism, motor drive and in the parts such as focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table and imaging optical system, all adopt integrated or embed and have NFC module.
Microscope equipment of the present invention is microscopic system, comprises that motor-driven objective table 101, object lens 102, motor drive the pcb board 113, lamp source 114 of adjusting knob 108, optic splice 109, frame 110, Z-axis transmission mechanism 111, power supply adaptor 112, the electric power system of focusing compensation mechanism 103, collecting lens 105, digital vedio recording mechanism 106, eyepiece 107, eyepiece, the manual motor 117 etc. of brightness regulation mechanism 115, condenser 116 and driving objective table.
In the present embodiment, integrated or embed and have a NFC modules A 1 at eyepiece 107 places, integrated or embed and have a NFC modules A 2 at object lens 102 places, integrated or embed and have a NFC modules A 3 at motor-driven objective table 101 places, integrated or embed and have NFC modules A 4 at manual 115 places of brightness regulation mechanism, integrated or embed and have a NFC modules A 5 at 114 places, lamp source, integrated or embed and have NFC modules A 6 at pcb board 113 places of electric power system, integrated or embed and have a NFC modules A 7 at Z-axis transmission mechanism 111 places, Z-axis transmission mechanism 111 belongs to motor and drives the mechanism in focusing compensation mechanism 103, integrated or embed and have a NFC modules A 8 at power supply adaptor 112 places, integrated or embed and have a NFC modules A 9 at optic splice 109 places, integrated or embed and have a NFC modules A 10 at 106 places of digital vedio recording mechanism.At eyepiece, 107 places are integrated with NFC modules A 1, are to represent that NFC modules A 1 and eyepiece 107 make a single piece; Embedding and have NFC modules A 1 at eyepiece 107 places, is to represent that NFC modules A 1 is removably contained on eyepiece 107; Integrated or the embedded mode of miscellaneous part is identical.
The present embodiment has all adopted NFC module, therefore, between two NFC modules, can realize both-way communication, adopt RFID module if digital vedio recording mechanism, motor drive to have in the parts such as focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table and imaging optical system, between the parts of RFID module and the parts of NFC module, can only realize one-way communication.In the present invention, the communication modes between two NFC modules has two kinds, and a kind of mode as shown in Figure 3, is active-aggressive mode, and another kind of mode as shown in Figure 4, is active/passive-aggressive mode.
Objective table 101 is fixed in frame 110, and objective table 101 can move in X, Y-direction, and keeps static in Z direction, is fixed on all the time in frame 110.Frame 110 has enough rigidity, supports objective table 101, guarantees that in objective table X, Y-direction motion process, caused objective table gravity center shift can not exert an influence in Z direction.
Objective table 101 is driven by motor 117, and motor 117 has two conventionally, and a motor driving objective table X is to motion, and another motor driving objective table Y-direction is moved.Focus adjusting mechanism is fixed in frame 110, comprises object lens 102 and object lens lifting (Z direction) gearing (being Z-axis transmission mechanism) 111.
Integrated or embed and have NFC modules A 10 in described digital vedio recording mechanism 106, described computer system connects by the communication between the NFC module of computer system and the NFC modules A 10 of digital vedio recording mechanism 106, and the imaging process of logarithmic code image mechanism realizes wireless imaging control and identification; In the NFC module of described digital vedio recording mechanism 106, store the inherent feature parameter of digital vedio recording mechanism, NFC module or the RFID module of described digital vedio recording mechanism are also connected with corresponding induction module, to obtain the current state information of digital vedio recording mechanism; Between described computer system and described digital vedio recording mechanism, between between two NFC modules, realize two-way or one-way communication, the imaging process of computer system logarithmic code image mechanism realizes wireless imaging control and identification; The NFC modules A 10 of described digital vedio recording mechanism is also accepted to come from current state and the inherent feature parameter of outside NFC equipment logarithmic code image mechanism and is identified to approach mode.
Described motor drives integrated in focusing compensation mechanism or embeds and have NFC modules A 7; In the NFC modules A 7 of described motor driving focusing compensation mechanism, store the inherent feature parameter of motor driving focusing compensation mechanism, described motor drives the NFC modules A 7 of focusing compensation mechanism to be also connected with corresponding induction module, drives the current state information of focusing compensation mechanism to obtain motor; Described electronic control system or computer system and described motor drive between focusing compensation mechanism two-way by realizing between two NFC modules, and electronic control system or computer system drive the focusing compensation process of focusing compensation mechanism to realize wireless focusing compensation to motor and control and identification; Described motor drives the NFC modules A 7 of focusing compensation mechanism also to accept to come from outside NFC equipment current state and the inherent feature parameter of motor driving focusing compensation mechanism is identified to approach mode.
Integrated or embed and have a NFC module in described object lens and eyepiece group; In the NFC module of described object lens and eyepiece group, store the inherent feature parameter of object lens and eyepiece group, the NFC module of described object lens and eyepiece group is also connected with corresponding induction module, to obtain the current state information of object lens and eyepiece group; Between described electronic control system or computer system and described object lens and eyepiece group, by realizing two-way or one-way communication between two NFC modules, electronic control system or computer system are identified the adjustment process of object lens and eyepiece group; The NFC module of described object lens and eyepiece group is also accepted to come from current state and the inherent feature parameter of outside NFC equipment to object lens and eyepiece group and is identified to approach mode.
The present invention can be by controlling the knob 108 on eyepiece 107, move left and right and realize light modulation, integrated or embed and have a NFC modules A 1 at eyepiece 107 places, the corresponding induction module of the current state information for reading eyepiece is also housed at eyepiece 107 places, corresponding induction module is connected with NFC modules A 1, corresponding induction module also has electrical equipment to be connected with adjusting knob 108, by moving left and right of knob, corresponding induction module obtains an input value, it can be analog or digital signal, corresponding induction module sends this input value to NFC modules A 1, by NFC modules A 1 to this Signal coding after, go out by wireless transmission, can be by predefined mode, control or other corresponding components with NFC module are controlled by computer system.In the time adopting computer system to control, computer system first receives the variable signal of the knob 108 of eyepiece 107 by NFC module, and form corresponding control signal, and then the electric power system that sends to corresponding actuating unit can regulate light illumination control signal by NFC module, regulated the brightness of light illumination by electric power system.In the time adopting other corresponding components to control, miscellaneous part should be to coordinate the parts of adjusting, such as concerning eyepiece 107 regulates, other corresponding components be exactly electric power system be the pcb board 113 of electric power system, integrated or embed and have NFC modules A 6 at pcb board 113 places of electric power system, NFC modules A 6 on the pcb board 113 of electric power system receives after this signal, brightness regulation is carried out in the lamp source 114 of illuminator, thereby realized the function of wireless brightness adjusting on eyepiece.
The control procedure that is arranged on NFC modules A 2 on object lens 102 in like manner can be described.As shown in Figure 2, NFC modules A 2 is arranged on object lens 102.In the time changing object lens 102, object lens become object lens 102 ' by object lens 102, and corresponding NFC module also becomes modules A 2 ' by modules A 2.The parameter of the NFC modules A 2 of object lens 102 is not identical with the parameter of the NFC modules A 2 ' of object lens 102 ', due to different object lens multiplying powers, system requirements is changed and changes thereupon by the light intensity of object lens, therefore, in the time that object lens 102 are transformed into object lens 102 ', the parameter of the NFC modules A 2 ' of object lens 102 ' sends.What receive signal can be computer system or other corresponding components with NFC module equally, is controlled or other corresponding components with NFC module are controlled by computer system.Control such as adopting other corresponding components, the NFC modules A 6 being arranged on the pcb board 113 of electric power system receives after this signal, brightness regulation is carried out in lamp source 114 to illuminator, make automatic brightness adjustment to the brightness of setting, thereby realized the function of intelligent wireless brightness adjusting on object lens.
A kind of microscope equipment with NFC module of the present embodiment, a kind of application of double-direction radio transport module on microscope that utilize, NFC technology is that near-field communication technology (Near Field Communication0) is a kind of radiotelegraphy of short distance high frequency, in 13.56MHz frequency runs on 20 cm distance; With combinations such as this technology and microscopical digital camera head, focusing bucking-out system, electronic control system, frame, object lens and eyepiece, motor-driven objective table, motor-driven focusing (Z axis) mechanism, imaging optical system, light-source illuminating system, electric power system, computer system and softwares, can carry out information list/both-way communication to described system, reach the object of Based Intelligent Control and each mechanism's state of identification with wireless mode
The application of NFC technology on microscope, to utilize NFC technology to there is the function of double-direction radio transmission of digital signals, there is the high frequency wireless communication technology of close range wireless communication, between permission equipment, carry out the function of contactless Point-to-Point Data Transmission (in ten centimetres) swap data, be arranged on microscopical parts, these parts are controlled and identified.Because near-field communication has natural security, therefore, NFC technology is considered to have great application prospect in multiple fields.Meanwhile, NFC technology is not also because it,, than the good security of other wireless communication techniques, can exert an influence to other equipment.NFC chip is to have mutual communication function, and has computing power, also contains encryption logic circuit, has also appended encrypting-decrypting module (SAM) in the standard in later stage.
NFC technical manual has defined the wireless communication mode based on 13.56MHz frequency between two NFC equipment, in the world of NFC, there is no card reader, and card, does not only have NFC equipment.This normalized definition two kinds of patterns of NFC device talk: aggressive mode and Passive Mode.And define respectively the selection of two kinds of patterns and radio-frequency field anti-collision method, equipment anti-collision method, defined communication modes and the agreement of coded system under different baud rate communication speeds, modulation demodulation system etc. the bottom.Along with the development of NFC industry, define the relevant middle layer specification based on NFC application, comprise some exchanges data communications protocol NDEF, comprise several NFC tag specifications based on noncontact tag, be mainly concerned with inside modules data structure definition, how NFC equipment (microscope) identifies the label of the NFC compatibility of a standard, how to resolve concrete application data etc. related specifications, and object is can interconnect between different NFC equipment in order to allow.
When by NFC module integration or embed microscope and automatically when the digital vedio recording mechanism of microscan system, can be by control system such as computer system or corresponding control device, wireless to this realization control of digital vedio recording mechanism and identification, reach the object of the imaging control of logarithmic code image mechanism; Can between digital vedio recording mechanism and computing machine, carry out both-way communication, allow operator understand current configuration status, and in display screen, show its parameter simultaneously; Also can be with outside NFC equipment, read state and the inherent feature parameter of this digital vedio recording mechanism to approach mode.
In the time that the motor of NFC module integration or embedding microscope and automatic microscan system is driven to focusing compensation mechanism, can pass through control system, as signal or the computer system of scrambler output, wirelessly drive focusing compensation mechanism to control and identify to this motor, reach the object that drives the focusing compensation of focusing compensation mechanism to control to this motor; Can drive between focusing compensation mechanism and computing machine and carry out both-way communication at this motor simultaneously; And can read with outside NFC equipment state and the inherent feature parameter of this motor driving focusing compensation mechanism.
When by NFC module integration or embed microscope and automatically in the object lens and eyepiece group of microscan system, can pass through control system or wireless control and the identification to other system of computer system, the parameter such as light intensity, colour temperature that can require different object lens carries out controlled in wireless and intelligence regulates, and the value of setting can be memorized; Can between these object lens and eyepiece group and computing machine, carry out communication simultaneously; And can read with outside NFC equipment state and the inherent feature parameter of these object lens and eyepiece group.
When by NFC module integration or embed microscope and automatically when the motor-driven objective table of microscan system, can pass through control system or computer system, wireless this motor-driven objective table is controlled and identified, reach the object that X to this motor-driven objective table and Y-axis are accurately controlled; Can between this motor-driven objective table and computing machine, carry out list/both-way communication simultaneously; And can read with outside NFC equipment state and the inherent feature parameter of this motor-driven objective table.
When by NFC module integration or embed microscope and the automatic imaging optical system of microscan system, comprising fluorescent microscope, metallography microscope mirror system, thereby can pass through control system or the control of computer system to this imaging optical system and the correct identification of configuration; Can between this imaging optical system and computing machine, carry out list/both-way communication simultaneously; And can read with outside NFC equipment state and the inherent feature parameter of this imaging optical system.
During by the light illumination of NFC module integration or embedding microscope and automatic microscan system and electric power system, also can embed (such as object lens and eyepiece group) in above-mentioned mentioned mechanism and system, support the use with it, thereby can pass through control system or control and the identification of computer system to this light illumination and electric power system, reach light intensity and color temperature compensating and the energy-conservation object to difference requirement to object lens and eyepiece group; Can between this light illumination and electric power system and computing machine, carry out both-way communication simultaneously; And can read with outside NFC equipment state and the inherent feature parameter of this light illumination and electric power system.
Embodiment bis-:
Shown in Figure 5, a kind of microscope equipment with close range wireless communication module of the present invention, be with the difference of embodiment mono-, microscope equipment of the present invention is automatic microscan system, comprises support 1, objective table 2, minute surface thin slice 3, the first scrambler 4, the second scrambler 5, object lens 6, y-axis motor 7, X-axis motor 8, Z axis motor 9, optical imaging system 10, camera 11, illuminator 12 and Z axis gear 13.
Integrated or embed and have a NFC module B1 at optical imaging system 10 places, integrated or embed and have a NFC module B2 at camera 11 places, integrated or embed and have a NFC module B3 at support 1 place, integrated or embed and have a NFC module B4 at Z-axis transmission mechanism place, integrated or embed and have a NFC module B5 at object lens 6 places, integrated or embed and have a NFC module B6 at objective table 2 places, integrated or embed and have a NFC module B7 at y-axis motor 7 places, integrated or embed and have a NFC module B8 at X-axis motor 8 places, integrated or embed and have NFC module B9 at the light source place of illuminator 12, integrated or embed and have NFC module B10 at the electric power system place of illuminator 12.
Above-mentioned explanation illustrates and has described the preferred embodiments of the present invention, as previously mentioned, be to be understood that the present invention is not limited to disclosed form herein, should not regard the eliminating to other embodiment as, and can be used for various other combinations, amendment and environment, and can, in invention contemplated scope described herein, change by technology or the knowledge of above-mentioned instruction or association area.And the change that those skilled in the art carry out and variation do not depart from the spirit and scope of the present invention, all should be in the protection domain of claims of the present invention.
Claims (7)
1. there is a microscope equipment for NFC module, comprise that digital vedio recording mechanism, motor drive focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table, imaging optical system, electronic control system and computer system; It is characterized in that: in described electronic control system and computer system, integrated or embedding has NFC module respectively; Described digital vedio recording mechanism, motor drive integrated at least one parts in focusing compensation mechanism, object lens and eyepiece group, light illumination and electric power system, motor-driven objective table and imaging optical system or embed and have NFC module or RFID module; Electronic control system or computer system and integrated or embed and have between the parts of NFC module or RFID module by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system realize controlled in wireless and identification to described parts.
2. the microscope equipment with NFC module according to claim 1, is characterized in that: integrated or embed and have NFC module or RFID module in described digital vedio recording mechanism; In the NFC module of described digital vedio recording mechanism or RFID module, store the inherent feature parameter of digital vedio recording mechanism, NFC module or the RFID module of described digital vedio recording mechanism are also connected with corresponding induction module, to obtain the current state information of digital vedio recording mechanism; Between described electronic control system or computer system and described digital vedio recording mechanism, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, the imaging process of electronic control system or computer system logarithmic code image mechanism realizes wireless imaging control and identification; The NFC module of described digital vedio recording mechanism or RFID module are also accepted to come from current state and the inherent feature parameter of outside NFC equipment or RFID fetch equipment logarithmic code image mechanism and are identified to approach mode.
3. the microscope equipment with NFC module according to claim 1, is characterized in that: described motor drives integrated in focusing compensation mechanism or embeds and have NFC module or RFID module; In the NFC module of described motor driving focusing compensation mechanism or RFID module, store the inherent feature parameter of motor driving focusing compensation mechanism, described motor drives NFC module or the RFID module of focusing compensation mechanism to be also connected with corresponding induction module, drives the current state information of focusing compensation mechanism to obtain motor; Between described electronic control system or computer system and described motor driving focusing compensation mechanism, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system drive the focusing compensation process of focusing compensation mechanism to realize wireless focusing compensation control and identification to motor; Described motor drives the NFC module of focusing compensation mechanism or RFID module also accepts to come from outside NFC equipment or RFID fetch equipment drives current state and the inherent feature parameter of focusing compensation mechanism to identify to approach mode to motor.
4. the microscope equipment with NFC module according to claim 1, is characterized in that: integrated or embed and have NFC module or a RFID module in described object lens and eyepiece group; In the NFC module of described object lens and eyepiece group or RFID module, store the inherent feature parameter of object lens and eyepiece group, the NFC module of described object lens and eyepiece group or RFID module are also connected with corresponding induction module, to obtain the current state information of object lens and eyepiece group; Between described electronic control system or computer system and described object lens and eyepiece group, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system are identified the adjustment process of object lens and eyepiece group; The NFC module of described object lens and eyepiece group or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to object lens and eyepiece group identified to approach mode.
5. the microscope equipment with NFC module according to claim 1, is characterized in that: integrated or embed and have NFC module or a RFID module in described motor-driven objective table; In the NFC module of described motor-driven objective table or RFID module, store the inherent feature parameter of motor-driven objective table, the NFC module of described motor-driven objective table or RFID module are also connected with corresponding induction module, to obtain the current state information of motor-driven objective table; Between described electronic control system or computer system and described motor-driven objective table, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system realize controlled in wireless and identification to the moving process of motor-driven objective table; The NFC module of described motor-driven objective table or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to motor-driven objective table identified to approach mode.
6. the microscope equipment with NFC module according to claim 1, is characterized in that: integrated or embed and have NFC module or a RFID module in described imaging optical system; In the NFC module of described imaging optical system or RFID module, store the inherent feature parameter of imaging optical system, the NFC module of described imaging optical system or RFID module are also connected with corresponding induction module, to obtain the current state information of imaging optical system; Between described electronic control system or computer system and described imaging optical system, by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system are identified the configuration of imaging optical system; The NFC module of described imaging optical system or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to imaging optical system identified to approach mode.
7. the microscope equipment with NFC module according to claim 1, is characterized in that: integrated or embed and have NFC module or a RFID module in described light illumination and electric power system; In the NFC module of described light illumination and electric power system or RFID module, store the inherent feature parameter of light illumination and electric power system, the NFC module of described light illumination and electric power system or RFID module are also connected with corresponding induction module, to obtain the current state information of light illumination and electric power system; Between described electronic control system or computer system and described light illumination and electric power system by realizing two-way or one-way communication between NFC module or between NFC module and RFID module, electronic control system or computer system to light illumination and electric power system bright adjustment process realize controlled in wireless and identification; The NFC module of described light illumination and electric power system or RFID module also accept to come from outside NFC equipment or current state and the inherent feature parameter of RFID fetch equipment to light illumination and electric power system identified to approach mode.
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| CN201410020508.8A CN103837977A (en) | 2014-01-16 | 2014-01-16 | Microscopy device with NFC modules |
| PCT/CN2015/070409 WO2015106655A1 (en) | 2014-01-16 | 2015-01-09 | Microscopic apparatus having nfc modules |
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| CN201410020508.8A CN103837977A (en) | 2014-01-16 | 2014-01-16 | Microscopy device with NFC modules |
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| CN103837977A true CN103837977A (en) | 2014-06-04 |
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| WO (1) | WO2015106655A1 (en) |
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