CN108886239A - Detection device, rotary switching mechanism - Google Patents
Detection device, rotary switching mechanism Download PDFInfo
- Publication number
- CN108886239A CN108886239A CN201680083498.XA CN201680083498A CN108886239A CN 108886239 A CN108886239 A CN 108886239A CN 201680083498 A CN201680083498 A CN 201680083498A CN 108886239 A CN108886239 A CN 108886239A
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- China
- Prior art keywords
- rotary
- detection device
- main body
- tag
- test section
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/015—Boards, panels, desks; Parts thereof or accessories therefor
- H02B1/04—Mounting thereon of switches or of other devices in general, the switch or device having, or being without, casing
- H02B1/044—Mounting through openings
Abstract
The present invention can obtain good wireless communication between reading device (3)；The present invention has eight IC tags (20), detector (21), swivel plate (221) and fixed plate (222) and auxiliary antenna (220,11)；Eight IC tags (20) are separately fixed on fixed plate (222), and are stored with the job information of rotary switching mechanism (1) respectively；Detector (21) is held stationary on swivel plate (221), and is detected respectively to the information of eight IC tags (20)；Swivel plate (221) and fixed plate (222) make eight IC tags (20) and detector (21) carry out swing offset；Detector (21) has test section (210), main body side element (211) and surface prominent side element (212)；Therefore, the present invention can obtain good wireless communication between reading device (3).
Description
Technical field
The present invention relates to detection devices, rotary switching mechanism.
Background technique
As the switch control for electrically disconnected or detour conversion etc. for carrying out big electric power (such as high voltage of 600V)
Long-range control panel etc. manual operation rotary switching mechanism (cam switch), such as there are rotations as shown in Patent Document 1
Turn on shutting mechanism.Rotary switching mechanism shown in patent document 1 is had handle, is equipped with the handle in a manner of assemble and unassemble
Switch transmission shaft, under the rotation process of handle through the cam switch main part that works of rotation of switch transmission shaft and
Detect the detection device of the working condition of cam switch main part.
Rotary switching mechanism maloperation or ensures security insurance in order to prevent mostly according to working order, and in not operation
When by handle from switch transmission shaft on unload and keeping in other places, handle is taken out and is installed from site of storage in operation
It is operated on switch transmission shaft.Here, when by handle from switch transmission shaft on unload when, the operating position of handle in hand
Relativeness between the working condition of the cam switch main part to work under the operation of handle is easy to become indefinite.Cause
It is different to be mounted on operating position when unloading from handle sometimes when installing handle on switching transmission shaft by this for handle
On the operating position of mistake.In this case, the working condition of the operating position of handle and cam switch main part forms mistake
Relativeness.
Therefore, handle is mounted on to behaviour when unloading by the working condition of detection device detection cam switch main part
Make on position.The working condition of the operating position and cam switch main part that make handle as a result, forms correct relativeness.
Detection device under the prior art has multiple IC tags and occurs with the relative positional relationship of multiple IC tags
One test adaptor of variation, test adaptor are sensed by the loop aerial of IC tag and connect with the loop aerial
Radiating antenna is in be integrally formed.Detection device under the prior art is due to the loop aerial of test adaptor and an IC tag
It is communicated, therefore rotation can be detected and multiple IC tags and test adaptor are mounted on rotary switching mechanism and opened
The working condition of shutting mechanism.
【Existing technical literature】
【Patent document】
Patent document 1：No. 5340492 bulletins of Japanese Patent
But in the detection device disclosed in patent document 1, since the radiating antenna using test adaptor is set with outside
Carried out wireless communication between standby (also referred to as " IC tag reading device "), thus sometimes due to service condition is different and with outside
Good wireless communication can not be obtained between equipment.For example, being installed along with control with rotary switching mechanism will test device
The back side of the metal front panel (mounting plate) of disk is in use, the detection device of the back side of front panel and the surface of front panel
Wireless communication between the external equipment of side is shielded by metal front panel sometimes and can not obtain good wireless communication.
Above-mentioned undesirable condition in order to prevent, it is contemplated that IC tag or detection device are configured to the surface side of plate in front.But
It is that in this configuration, IC tag etc. can not be protected by front panel, to cause the defence to external force insufficient.
In addition, IC tag is mounted on label and keeps panel (so-called " nameplate in the composition disclosed in patent document 1
(Escutcheon) " on), still, in this case in the state for being easy to produce setup error.Especially, shown in the patent document 1
Composition in, it is independent component that label, which keeps panel and rotary switch main body, and the rotary switch main body is forward-mounted
The back side of plate.On the other hand, label holding panel is forward-mounted the surface side of plate.Therefore, it is easy to produce two during installation
The relative positional relationship of person is admitted one's mistake mistake really, to often be easy to happen setup error.
Summary of the invention
It at least can be realized one detection device in following items the subject to be solved by the invention is to provide one kind, revolve
Shutting mechanism is turned on, following items refer to：It can not be influenced and be obtained between external equipment good wireless by service condition
It communicates, the defencive function of external force acquisition IC tag can be resisted and the front side for clipping mounting plate and back side can be reduced
Setup error when installation.
In order to solve the above problems, the first viewpoint according to the present invention, provides a kind of detection device, and the detection device is adjoint
Be present in metal mounting plate surface side rotary operating member rotation process caused by rotary shaft rotation, detection rotation
Turn the open and-shut mode switched possessed by switch main body, which is characterized in that：Have multiple IC tags, detector,
And swing offset component, wherein multiple IC tags are configured at the back side of mounting plate and are stored with the opening and closing shape of switch respectively
The information of state, detector detect the information of multiple IC tags respectively, and swing offset component makes multiple IC tags and detection
Device relatively rotates displacement by rotary shaft under the rotation process of rotary operating member；IC tag can be mounted on rotary switch
In main body, also, detector is rotated together with rotary shaft；Detector has test section and antenna part, wherein test section pair
The information of multiple IC tags is detected respectively and is configured at the back side of mounting plate, and antenna part, which has, is set to the one of test section
Side and be configured at mounting plate back side main body side element and be set to test section the other side and at least part protrude from
The prominent side element in the surface of the surface side of mounting plate.
In addition, another aspect of the present invention is preferred：Has the IC tag for preventing test section from detecting in the present invention as stated above
The shield member that communicates of mistake between adjacent IC tag and test section.
In turn, another aspect of the present invention is preferred：In the present invention as stated above, shield member is also used as the prominent side element in surface
A part.
In turn, another aspect of the present invention is preferred：In the present invention as stated above, main body side element be will be electromagnetic wavelength
The dipole antenna of half length when centre is divided into two parts positioned at a part (side) antenna of side, also, when will
A part (side) antenna structure when the wavelength of electromagnetic wave used in communication between IC tag is set as λ, positioned at side
As the length of λ/4, or the length through repeatedly turning back and being configured to λ/4.
In turn, another aspect of the present invention is preferred：In the present invention as stated above, swing offset component has fixed plate and rotation
Plate is equipped with IC tag in fixed plate, the test section and main body side element of detector is equipped on swivel plate.
In addition, the second viewpoint according to the present invention, provides a kind of rotary switching mechanism, the feature of the rotary switching mechanism exists
In having：Rotary operating member；Rotary shaft is inserted through mounting plate in a manner of it can rotate under contactless state, and is pacifying
One surface side of loading board is equipped with rotary operating member in a manner of assemble and unassemble；Rotary switch main body is installed on the another of mounting plate
On on one side, and open and-shut mode is converted by rotary shaft under the rotation process of rotary operating member；And involved by above-mentioned each invention
And detection device.
In turn, another aspect of the present invention is preferred：In the present invention as stated above, rotary shaft is made of metal, and as antenna part
The prominent side element in surface a part and play a role.
In turn, another aspect of the present invention is preferred：In the present invention as stated above, a part of the prominent side element in the surface of antenna part
It is embedded in rotary operating member.
In turn, another aspect of the present invention is preferred：Has display unit in the present invention as stated above, which is installed on peace
In the one side of loading board, and the display body for indicating the working condition of rotary switch main body is shown on the surface；The table of antenna part
In a part insertion display unit of the prominent side element in face.
(invention effect)
In accordance with the invention it is possible to realize at least one in following items, following items refer to：It can not be by service condition
Influence and obtained between external equipment it is good wireless communication, can resist external force obtain IC tag defencive function, with
And setup error when the front side for clipping mounting plate and back side are installed can be reduced.
Detailed description of the invention
Fig. 1 is to indicate that detection device that first embodiment of the invention is related to, the use state of rotary switching mechanism are said
Bright figure.
Fig. 2 is the detection device for indicating Fig. 1, the main view of rotary switching mechanism, and (A), which is shown, is equipped with rotary operating member
State, (B) shows the use state after unloading rotary operating member.
Fig. 3 is the detection device for indicating Fig. 1, the side view of rotary switching mechanism, and (A), which is shown, is equipped with rotary operating member
State, (B) shows the use state after unloading rotary operating member.
Fig. 4 is the detection device for indicating Fig. 1, the enlarged partial sectional view of rotary switching mechanism.
Fig. 5 is the enlarged front view for indicating the detection device of Fig. 1.
Fig. 6 is the enlarged front view for indicating the variation of the shield member of detection device of Fig. 5.
Fig. 7 is detection device, the explanatory diagram of rotary switching mechanism for indicating second embodiment of the invention and being related to, and (A) is
Indicate the enlarged front view of detection device, (B) is the enlarged cross-sectional view for indicating detection device.
Fig. 8 is detection device, the explanatory diagram of rotary switching mechanism for indicating variation of the invention and being related to.
(symbol description)
1 rotary switching mechanism, 10 rotary operating member
100 label, 101 grip part
102 axle portion, 11 rotary shaft (auxiliary antenna)
12 rotary switch main body, 120 mechanism part
121 contact portion, 122 shell
13 display unit, 130 display body
131 insertion hole, 14 control panel
15 front panel, 150 insertion hole
16 screw, 2 detection device
20 IC tag, 21 detector
210 test sections
211 surfaces are prominent side element (antenna part)
212 surfaces are prominent side element (antenna part)
220,220A shield member 220B canister portion
221 swivel plate, 222 fixed plate
223 window portion, 224 shield member
225 window portion, 226 window portion
227 insertion hole, 228 insertion hole
229 insertion hole, 24 auxiliary equipment (nameplate)
240 insertion hole, 25 protection board
26 insertion hole, 3 reading device
O rotation center
Specific embodiment
Hereinafter, with reference to the accompanying drawings to detection device of the present invention, two embodiments of rotary switching mechanism (first,
Second embodiment) and variation be described in detail.
(explanation of the composition of first embodiment)
FIG. 1 to FIG. 5 shows detection device of the present invention, the first embodiment of rotary switching mechanism.Hereinafter, right
The composition of detection device, rotary switching mechanism that the first embodiment is related to is illustrated.Fig. 1 is to indicate that the present invention first is real
The explanatory diagram of the use state of detection device, rotary switching mechanism that the mode of applying is related to.(A) in Fig. 2 is to indicate to be equipped with rotation
Turn the main view of the state of operating parts.(B) in Fig. 2 is the main view for indicating to unload the use state after rotary operating member.Fig. 3
In (A) be the IIIA-IIIA line direction view for indicating to be equipped with the side view of the state of rotary operating member, and being (A) in Fig. 2.
(B) in Fig. 3 is the side view for indicating to unload the state after rotary operating member, and is the IIIB-IIIB line of (B) in Fig. 2 to view
Figure.Fig. 4 is the enlarged partial sectional view for indicating detection device, rotary switching mechanism.Fig. 5 is the amplification main view for indicating detection device
Figure, and be the V-V line direction view in Fig. 4.
(explanation of rotary switching mechanism 1)
Fig. 1 is such as through the converting for electrically disconnected or detour of big electric power to rotary switching mechanism 1 shown in Fig. 3
The manual operation of long-range control panel and the mechanism that control is opened and closed.Rotary switching mechanism 1 has：Rotary operating member 10, rotation
Axis 11, rotary switch main body 12, display unit (label) 13 and detection device 2.Rotary switch main body 12 and detection device 2
It is structure as a whole in the present embodiment.As shown in Figure 1, rotary switching mechanism 1 is in the installation as control panel (control panel) 14
It is a that more (majorities) is equipped with by screw 16 on the metal front panel 15 of plate.Front panel 15 is with a thickness of 1mm~2mm's
Steel plate etc. is used as material.As shown in Figure 2 and Figure 4, plate 15 is equipped with circular insertion hole 150 in front.
(explanation of rotary operating member 10)
Rotary operating member 10 is the handle that operator grasps or bar etc., carries out rotation process by operator.Such as
Shown in FIG. 1 to FIG. 4, rotary operating member 10 is made of the grip part 101 and columnar axle portion 102 of ellipse or oblong.Rotation
The surface side (surface side) for turning the axle portion 102 of operating parts 10 plate 15 in front is mounted on rotary shaft 11 in a manner of assemble and unassemble
On.The label (mark) of movement on the surface of the grip part 101 of rotary operating member 10 with instruction rotary switch main body 12
100.In addition, rotary operating member 10 is not limited to the shape of this example.
(explanation of rotary shaft 11)
Rotary shaft 11 is made of metal in the present embodiment and is also used as auxiliary antenna (11).As shown in Figure 2, Figure 4 shows, it revolves
Shaft 11 is formed as the quadrangle post shapes that four angles implement chamfered, but rotary shaft 11 is not limited to the quadrangle post shapes,
And various shape can be used.Rotary shaft 11 is inserted in a manner of it can rotate preceding in the state of non-contact with front panel 15
In the insertion hole 150 of panel 15.Can load and unload on the one end (end of the surface side of front panel 15) of the rotary shaft 11
Mode rotary operating member 10 is installed.Rotary shaft 11 surrounds rotation center by the rotation process of the rotary operating member 10
(being illustrated in the accompanying drawings with rotation centerline) O is rotated.
(explanation of rotary switch main body 12)
As shown in figure 3, rotary switch main body 12 is installed in front panel 15 by screw 16 together with detection device 2
The back side (another side).Rotation of the rotary switch main body 12 under the rotation process of rotary operating member 10 through rotary shaft 11 is turned
It changes.Rotary switch main body 12 is set as being able to carry out eight switching motions in this example.
Rotary switch main body 12 has mechanism part 120 and contact portion 121.The mechanism part 120 and contact portion 121 are received respectively
It receives and is installed in common or independent shell (cover) 122.Shell 122 is equipped with and is inserted for rotary shaft 11 with contactless state
Insertion hole.
Mechanism part 120 is that rotary shaft 11 is carried out axis support in a manner of it can surround rotation center O rotation and makes to rotate
Axis 11 is parked in the part of defined rotation position.Defined rotation position is (to wait rotation at equal intervals centered on rotation center O
In angle, this example be 45 °) position, and correspond to rotary switch main body 12 eight switching motions and there are eight.Mechanism part
120 can correctly and reliably carry out the movement of rotary switch main body 12, in addition, can make the rotation process of rotary operating member 10
With section degree sense.
Contact portion 121 has MULTI CONTACT block (diagram is omitted), and fixed contact, movable touching are equipped on each contact block
Point, cam, cam follower and spring (equal illustration omitted).Wiring and fixed contact and moving contact electricity in control panel 14
Connection.Although moving contact is under the rotation process of rotary operating member 10 by the rotation of rotary shaft 11 and via cam and cam
Driven member and can move and be connected or disconnected with fixed contact, but be applied the work towards fixed contact under the action of the spring
Firmly.By the moving contact of the MULTI CONTACT block and being connected and disconnected from for fixed contact, contact portion 121 can be in fixed contact
Multiple contacts status (as an example of present embodiment, there are eight contacts status) is obtained between moving contact, thus logical
It crosses the manual operation for long-range control panel the conversion of electrically disconnected or detour such as big electric power and control is opened and closed.Then,
It is able to carry out switching motion of the rotary operating member 10 to multiple (such as eight) positions.
(explanation of display unit 13)
As shown in FIG. 1 to 3, display unit 13 (so-called " nameplate ") is forward-mounted the surface of plate 15 by screw 16
On (another side).In addition, display unit 13 is installed sometimes through the independent screw of screw 16 with installation rotary switch main body 12
In front on the surface of plate 15.On the surface of display unit 13, at equal intervals on the circumference centered on rotation center O
(wait rotation angle, in this example be 45 °) ground text with the open and-shut mode or rotation position for indicating rotary switch main body 12, note
Number, the display body 130 of icon etc..The display position of this eight display bodies 130 and eight rotation process positions of rotary operating member 10
It sets corresponding with eight open and-shut modes of rotary switch main body 12 respectively.Display unit 13 is equipped with circular insertion hole 131.Rotation
Axis 11 with display unit 13 in contactless state to insert in the insertion hole 131 of display unit 13.The insert of display unit 13
The insertion hole 150 of hole 131 and front panel 15 can be onesize, or different size.
(explanation of detection device 2)
The detection of detection device 2 is worked under the rotation process of rotary operating member 10 by the rotation of rotary shaft 11
The working condition of rotary switching mechanism 1.As shown in Fig. 3~Fig. 5, detection device 2 has：Multiple (being eight in this example) IC tags
20, detector 21, the swivel plate 221 as swing offset component and fixed plate 222 and shield member 220.
As shown in figure 3, the test section 210 and antenna part of composition detector 21 (details is aftermentioned) in detection device 2
Main body side element 211 is in the state being accommodated in attachment part 24.Moreover, the back of the plate 15 in front of attachment part 24
Surface side (another surface side) is fixed in rotary switch main body 12 by screw 16 etc..Therefore, test section 210 and main body side element
211 be in the state for being configured at the back side (another surface side) of front panel 15.In addition, being equipped with insertion hole on attachment part 24
240, rotary shaft 11 with attachment part 24 in contactless state to insert in the insertion hole 240.
In addition, as shown in figure 4, the surface side of plate 15 protrudes at least part of side element 212 configured with surface in front.
As shown in figure 4, the prominent side element 212 in the surface can be formed as the internal or external composition for being present in grip part 101, it can also
To be formed as the internal or external composition for being present in display unit 13.In addition, the prominent side element 212 in surface is set as straight
In the case where threadiness, when the surface, prominent side element 212 is unsatisfactory for defined length (such as λ/4), it can also be formed table
The composition that the prominent side element 212 in face is suitably bent.The prominent side element 212 in surface is shown in FIG. 4 in display unit 13
The state that portion is bent.
(explanation of IC tag 20)
As shown in Figure 4 and Figure 5, each IC tag 20 is, for example, the small-sized mark of 2.5mm square (square that side length is 2.5mm)
Label.IC tag 20 uses such as UHF (Ultra High Frequency：Superfrequency) (920MHz) wave band electric wave.IC tag
20 are made of antenna part, IC chip portion, covering part (equal illustration omitted).Rotation is stored in the IC chip portion of each IC tag 20 to open
Close the information of open and-shut mode and the id information of rotary switching mechanism 1 or the information of display body 130 etc. of main body 12.
Each IC tag 20 is using bonding agent etc. at equal intervals on the circumference centered on rotation center O of fixed plate 222
Ground is fixed.The rotation of the display position and each rotary operating member 10 of the fixation position of each IC tag 20 and each display body 130 is grasped
Make position to correspond respectively.Moreover, the letter of each open and-shut mode for the rotary switch main body 12 being stored respectively in IC tag 20
Breath corresponds respectively with each display position of display body 130 and each rotation process position of rotary operating member 10.
(explanation of detector 21)
Detector 21 is able to detect the information of specific (being eight in present embodiment) IC tag 20, but due to shielding part
The presence of part 220 (details is aftermentioned), adjacent IC tag 20 are in the state for being difficult to detect.Detector 21 has test section
210 and antenna part 211,212, on the antenna part, the prominent side element 212 of main body side element 211 and surface is to clip test section
210 state and be arranged.It should be noted that the prominent side element 212 in surface can use and test section 210 and main body side element
211 identical conducting wires are constituted, can also be alternative as the prominent side element 212 in surface by metal rotary shaft 11.By metal
In the case that the rotary shaft 11 of system is as prominent 212 use of side element in surface, end or the test section 210 in portion 210 will test
The conductor part of upper connection is electrically connected with rotary shaft 11, such as is realized by soldering etc..
In addition, being formed as being provided with shielding shielding electromagnetic waves component 220 around detector 21 and be present in
Configured with above-mentioned test section 210 and main body side element 211 this composition at window portion 226 on the shield member 220.
In addition, detector 21 can for example be formed by punching aluminium sheet or aluminium foil, in addition, for example also can be by rigid
Part corresponding with detector 21 is printed or utilized on substrate as property printed circuit board or flexible printed circuit board
Etching etc. is implemented showing methods and is formed.
Test section 210 is set as cyclic annular, has the part for the coiled type for being wound into a circle or multiturn.In addition, in test section
210 for multiturn wind when, substrate is capable of forming as multilayer.The internal diameter of the test section 210, which has, to be surrounded IC tag 20 and makes magnetic force
The size for the degree that line passes through from the internal antenna portion (not shown) of the IC tag 20.Test section 210 by with IC tag 20
Electromagnetic induction communication is carried out between antenna part, is able to detect information possessed by each IC tag 20.
When the dipole antenna of the length of λ/2 to be divided into two parts, be divided into each λ/4 in center, the main body side member of antenna part
Part 211 is the part of the side of the dipole antenna, and is connected with the side of test section 210.The main body side element 211 is in order to control
In defined size range, be arranged to turn back repeatedly the form of (mostly folding shape).In addition, will be logical between IC tag 20
When the wavelength of electromagnetic wave used in letter is set as λ, main body side element 211 is turned back repeatedly and is configured to the component of the length of λ/4.
In addition, the prominent side element 212 in the surface of antenna part is the part of the other side of dipole antenna, and with test section 210
The other side be connected.The prominent side element 212 in surface can be installed in a manner of extending along rotary shaft 11, in addition can also pass through weldering
Tin etc. is mounted in rotary shaft 11.Since at least part of the prominent side element 212 in the surface is exposed to beyond front panel 15
Surface side, therefore, can make at the prominent side element 212 in the surface electromagnetic wave not by front panel 15 shield and by electromagenetic wave radiation
To outside.By the radiation of the electromagnetic wave, can be carried out wireless communication between reading device 3.Additionally, it is preferred that surface protrudes side
The part as much as possible of element 212 is exposed to surface side beyond front panel 15.
In addition, using being constituted shown in Fig. 5, it can also be by first by the prominent side of shield member 220 and surface
Part 2123 carries out soldering, and shield member 220 is made to play a role as a part of the prominent side element 212 in surface.
In addition, the antenna part of detector 21 can be considered it is as follows.I.e., it is possible to which the action specification by antenna part is as follows, i.e.,：λ/
The dipole antenna of 2 length can be considered the earth plate of the unipole antenna of two length of shared λ/4 and with the length of each λ/4 in reversed side
The unilateral unipole antenna of formula configuration, and be the structure of electromagnetism connection.In this case, earth plate is equivalent to above-mentioned front panel
15。
On the other hand, when rotary switching mechanism 1 is monomer (entirety) component, as the dipole that earth plate is not present
Antenna and acted.In this case, when rotary switching mechanism 1 to be mounted on the front panel 15 of control panel 14, front panel
15 become earth plate, by two points of antenna (dipole antenna) of rotary switching mechanism 1 for as the surface direction comprising front panel 15
Space outside and this two parts of the inside of front panel 15.In addition, in this case, earth plate can be considered configuration in inside and outside segmentation
Approximate centre, become like be located at unipole antenna base portion state.
About the antenna (monopole) of exterior portion, it is capable of forming the composition that the function of unipole antenna is shared for rotary shaft 11.
Here, since rotary shaft 11 is relative to earth plate arranged perpendicular, as representative unipole antenna, made with being able to carry out
Mode for the communication of the reading device 3 and IC tag 20 of external equipment is acted.
In addition, being connected with and being present in as before earth plate on the front end of the arrival base portion of unipole antenna on the outside
Another unipole antenna of the inside of plate 15.The function of the unipole antenna of inside is to make conducting in inspection by the antenna resonance of itself
The high-frequency current in survey portion 210 becomes larger.According to electromagnetism, it is known that the maximum high-frequency current of the base portion of unipole antenna is in cosine wave
(cos wave) distribution, and be formed as " 0 " in antenna top end part.
In addition, when rotary switching mechanism 1 is single component, as described above, not existing as what earth plate functioned
Partially (front panel 15).In this case, can by the base portion from the top of rotary shaft 11 to unipole antenna and from base portion via inspection
Survey portion 210 and the continuous structure for reaching the top of main body side element 211 is considered as a dipole antenna.Therefore, even monomer portion
Part is also acted in a manner of the communication that can be read out well between device 3 and IC tag 20.As described above, inspection
Survey device 21 antenna part no matter be mounted in the situation on the front panel 15 of control panel 14, still be not mounted and as monomer portion
Part can be communicated between IC tag 20.
In addition, as described above, the list of function (the making optimal with the communication of reading device 3) and inside of the unipole antenna in outside
The function (keeping the sensitivity of test section 210 optimal) of pole antenna is different from each other.It is characterized in that in the present invention, although so that respectively
The optimal mode of function independently studied, but two unipole antennas as dipole antenna or with common earth plate
Fit antenna and play a role.
(explanation of shield member 220)
As shown in figure 5, shield member 220 is formed as circular plate shape.Shield member 220 plays following effects, i.e.,：It prevents from wrapping
Including the adjacent IC tag 20 of the IC tag 20 (IC tag 20 shown in solid in Fig. 5) detected with test section 210
The IC tag 20 (IC tag 20 shown in dotted lines in Figure 5) of surrounding is communicated with the mistake between test section 210.
In the centre of shield member 220, be formed as tetragonal (square) equipped with corresponding with the shape of rotary shaft 11
Insertion hole 26.Rotary shaft 11 is inserted in insertion hole 26.In addition, inner peripheral surface and the rotation of the insertion hole 26 of shield member 220
Shield member 220 can be transferred to for the rotary force of rotary shaft 11 and make rotary shaft 11 with energy by having between four sides of axis 11
The mode enough loaded and unloaded inserts this size relationship of shield member 220.
Circular window portion 226 is equipped in the peripheral portion (peripheral part) of shield member 220.Window portion 226 is than test section 210 big one
Circle.Therefore, it is configured with test section 210 in window portion 226, and is also configured with main body side element other than the test section 210
211 a part.In addition, the edge of window portion 226 and a part of the prominent side element 212 in surface are electrically tied by scolding tin etc.
It closes, or protruding side element 212 with surface is in integrally to be combined.
(explanation for the shield member 220A that variation is related to)
Fig. 6 is the enlarged front view for the shield member 220A for indicating that the variation of shield member 220 shown in fig. 5 is related to.
That is, keeping shield member 220 prominent as surface and the prominent side element 212 of shield member 220A and surface is carried out soldering
It can also be in be provided integrally with canister portion 220B on shield member 220A when a part of side element 212 plays a role.Canister portion
220B is the part that tubulose is slightly protruded from the edge of insertion hole 26, and insert has rotary shaft 11 in canister portion 220B.Therefore, cylinder
Four inner peripheral surfaces of portion 220B and four sides of rotary shaft 11 are close to each other opposed, but canister portion 220B and rotary shaft 11 can also be with
It is Non-contact electromagnetic coupling, can also be the mechanical type contact for being fitted into and waiting.In addition, the rotary force of rotary shaft 11 by with rotation
The inner wall of the insertion hole 227 of plate 221 is fitted into and is passed.
In this way, in the non-contact case, needing to study high-frequency current will not be interfered.That is, to pass through electrostatic capacitance coupling
Close etc. electromagnetic coupling and can by way of non-contact portion by canister portion 220B be arranged on shield member 220A, as a result, can
Enough increase the coupling area at the position opposed with rotary shaft 11 in shield member 220A.Moreover, by making canister portion 220B
With rotary shaft 11 close to opposed and make canister portion 220B and rotary shaft 11 carries out electromagnetic coupling well.Therefore, in high-frequency current stream
Through shield member 220A or when rotary shaft 11, although canister portion 220B with rotary shaft 11 be it is non-contact, can be connected between them
High-frequency current.In addition, the shape of canister portion 220B is square shape in figure, but it is not limited to the square shape.
(explanation of swing offset component)
Swing offset component is to make eight IC tags 20 by rotary shaft 11 under the rotation process of rotary operating member 10
Generate the component of displacement in a rotational direction with the positional relationship of detector 21.The swing offset component has 221 He of swivel plate
Fixed plate 222.Detector 21 and shield member 220 are held stationary on swivel plate 221, are revolved together with rotary shaft 11
Turn.In addition, eight IC tags 20 are adhesively fixed in fixed plate 222, do not rotate, but stop with the rotation of rotary shaft 11
Stay in fixed position.
In the centre of swivel plate 221, the insertion hole of tetragonal (square) is provided likewise with above-mentioned insertion hole 26
227, and insert has rotary shaft 11 in the insertion hole 227.The inner peripheral surface of the insertion hole 227 of swivel plate 221 and rotary shaft 11
Swivel plate 221 can be transferred to for the rotary force of rotary shaft 11 and make rotary shaft 11 with assemble and unassemble by being between four sides
Mode inserts this size relationship of swivel plate 221.
In addition, the centre in fixed plate 222 is equipped with for example circular insertion hole 228.Rotary shaft 11 is in non-contacting shape
It is inserted in insertion hole 228 in a manner of it can rotate under state.Therefore, fixed plate 222 and be installed in the fixed plate 222 eight
A IC tag 20 is in the state not rotated integrally with rotary shaft 11.
Here, being preferably formed into the composition that eight IC tags 20 being fixed in fixed plate 222 are covered by protection board 25.?
In the case that eight IC tags 20 are covered by protection board 25, IC tag 20 can be protected far from the rotation rotated on IC tag 20
Plate 221 etc..But it is also possible to using the composition for not utilizing protection board 25 to cover eight IC tags 20.
(explanation of reading device 3)
Reading device 3 shown in FIG. 1 has antenna part, the portion reader IC, microcomputer portion, operation portion and display
Portion.Reading device 3 is carried out by the antenna part of 3 side of reading device and the antenna part 211,212 of 21 side of detector of detection device 2
Wireless communication.In addition, reading device 3 reads information detected by the detector 21 of detection device 2.In addition, reading device 3
Can have write-in functions.
It is portable type (portable) entrained by the operator that is operated in the composition shown in Fig. 1 of reading device 3.
In addition, reading device 3 can be connect with computer network as internet, but also can be set as cannot be with computer network
Connection.In addition, can also be stored in the external data base different from reading device 3 using the information that reading device 3 is read.
(explanation of the effect of first embodiment)
Detection device 2 that first embodiment is related to, rotary switching mechanism 1 (hereinafter referred to as " detection device etc. 1,2 ")
It is made of structure as above, is illustrated hereinafter, acting on it.
Rotary switching mechanism 1 maloperation or ensures security insurance in order to prevent according to working order, and such as in not operation
Shown in (B) in (B), Fig. 3 in Fig. 2 like that, rotary operating member 10 is unloaded and is protected from rotary shaft 11 after operation
Pipe is in other places, in operation as shown in (A) in Fig. 2, (A) in Fig. 3, by rotary operating member 10 from site of storage
It takes out and is mounted in rotary shaft 11 and start to operate.
The rotary operating member 10 taken out from site of storage is being mounted on rotation in order to start the operation of rotary switching mechanism 1
When in shaft 11, the information for the IC tag 20 that detection device 2 is detecting is read by reading device 3.At this point, detection device 2
Test section 210 and the IC tag 20 of detector 21 remain just to operate by the window portion 226 of shield member 220 and terminate
When state and it is opposite.Therefore, reading device 3 read eight IC tags 20 in test section 210 close to opposed one
The information stored in IC tag 20.The information stored in one IC tag 20 is eight kinds of opening and closings of rotary switch main body 12
An information in state.In addition, IC tag 20 and test section 210 that the IC tag 20 that is detecting of test section 210 is adjacent
Between due to shield member 220 presence and cannot communicate.
After being read using the reading device 3, operator can be with by eight display bodies of display unit 13
It is consistent in 130 with the label 100 of the consistent display body 130 of the read information of reading device 3 and rotary operating member 10
State, rotary operating member 10 is mounted in rotary shaft 11.That is, can be mounted on just to operate by rotary operating member 10 terminates
When the operating position that unloads on.Therefore, the open and-shut mode of the rotation position of rotary operating member 10 and rotary switch main body 12 is in just
True relativeness.
To correspond to rotary switch in eight display bodies 130 of the label 100 of rotary operating member 10 and display unit 13
The mode that one display body 130 of any one open and-shut mode of main body 12 is consistent, rotation process rotary operating member 10.This
When, via the rotation of rotary shaft 11, test section 210 is rotated around rotation center O, and passes through the window portion of shield member 220
226 with any one IC tag 20 close to opposed.It is also stored in one IC tag 20 any one with rotary switch main body 12
The relevant information of a open and-shut mode.In addition, rotary operating member 10 is unloaded from rotary shaft 11 and keeping exists after operation
Other places.
(explanation of the effect of first embodiment)
Detection device that first embodiment is related to etc. 1,2 has as above structurally and functionally, hereinafter, saying to its effect
It is bright.
In the above-described first embodiment, detection device 2 configures the back side of plate 15 in front, also, has and deposit respectively
The inspection for containing multiple IC tags 20 of the information of the working condition of mechanism and the information of each IC tag 20 being detected respectively
Survey device 21.Lead to multiple IC tags 20 under the rotation process of rotary operating member 10 with detector 21 in addition, detection device 2 has
It crosses rotary shaft 11 and relatively rotates the swing offset component (swivel plate 221, fixed plate 222) of displacement.Moreover, 20 energy of IC tag
It is enough mounted in rotary switch main body 12, also, detector 21 is rotated together with rotary shaft 11.In addition, detector 21 has
There are test section 210 and antenna part, wherein test section 210 is detected and is configured at respectively to the information of multiple IC tags 20
The back side of front panel 15, antenna part have be set to test section 210 side and be configured at front panel 15 back side master
Body side member 211 and be set to test section 210 the other side and at least part protrude from front panel 15 surface side surface
Prominent side element 212.
As noted previously, as the prominent side element 212 in the surface for constituting a part of detector 21 protrude from it is metal before
The surface side of panel 15, therefore, although the composition of whole detection device 2 is present in the back side of metal front panel 15,
But good wireless communication can be carried out between external reading device 3.
In addition, since multiple IC tags 20 are not configured the surface side in metal front panel 15, and each IC is marked
Label 20 configure the back side of plate 15 in front, therefore, IC tag 20 can be protected from the infringement of external force etc. using front panel 15.
In turn, since IC tag 20 can be mounted in rotary switch main body 12, it is capable of forming 20 He of IC tag
Both rotary switch main bodys 12 configure the state of the back side of plate 15 in front.Therefore, IC tag 20 can be reduced to open with rotation
Close the setup error between main body 12.In addition, since device 2 and rotary switch main body 12 can be will test in integrally installing,
Therefore the mistake that rotary switch main body 12 and 2 side of detection device and 13 side of display unit can be easily found out is installed.That is, passing through benefit
It is read with reading device 3 come the information of self-test device 2, can easily differentiate rotary switch main body 12 and display unit 13
Installation is correct or wrong.
In addition, in the present embodiment, the side added after the attachment part 24 of detection device 2 can will be accommodated with
Formula is mounted on existing rotary switching mechanism 1.Thereby, it is possible to ITization, it is transferred to IoT system.
In addition, in the present embodiment, in detection device 2 and then being equipped with shield member 220, which prevents
The adjacent IC tag 20 of the IC tag 20 that test section 210 is detecting is communicated with the mistake between test section 210.Therefore, can
With exact position (pinpoint) IC tag 20 to be detected.
In turn, in the present embodiment, shield member 220 is capable of forming to be also used as the one of the prominent side element 212 in surface
Partial composition.In the case where being formed as this composition, number of components can be reduced, is accompanied by this, can be realized component pipe
The simplification of component manufacture is managed, so as to reduce manufacturing cost.
In addition, in the present embodiment, main body side element 211 is the dipole positioned at the half length that will be electromagnetic wavelength
A part (side) antenna of side of the antenna when centre is divided into two parts, also, working as will be between IC tag 20
When the wavelength of electromagnetic wave used in communication is set as λ, it is configured to the length of λ/4 positioned at a part (side) antenna of side,
Or in view of convenient for receiving and by the length of integral multiple through repeatedly turning back and being configured to the length of λ/4.Therefore, device can be will test
21 compactly concentrate in together, so as to realize miniaturization.
In turn, can be configured in the present embodiment：Swing offset component has swivel plate 221 and fixed plate 222, Gu
IC tag 20 is installed on fixed board 222, the test section 210 and main body side element 211 of detector 21 are installed on swivel plate 221.
In thus configured situation, it is easy for IC tag 20 to be mounted in rotary switch main body 12, in addition, being capable of forming to make to exist
In on swivel plate 221 test section 210 and main body side element 211 relative to the IC tag 20 of fixed plate 222 hold voluble structure
At.
In addition, in the present embodiment, rotary shaft 11 is made of metal, and can be as the prominent side member in the surface of antenna part
A part of part 212 plays a role.In situation as constructed as above, interior in a limited space it can reduce for the prominent side in surface
The length of the required conductor of element 212.
In turn, it is capable of forming in the present embodiment as a part of the prominent side element 212 in surface is embedded in rotation process
Composition in part 10.In thus configured situation, the prominent side element 212 in surface can compactly be concentrated in together, thus
It can be realized miniaturization.
In addition, in the present embodiment, additionally it is possible to which formation has display unit 13 and embedding in the inside of the display unit 13
Entering to have the composition of a part of the prominent side element 212 in surface, wherein display unit 13 is installed on the surface side of front panel 15, and
The display body for indicating the open and-shut mode of rotary switch main body 12 is shown on surface.In thus configured situation, can also it incite somebody to action
The prominent side element 212 in surface compactly concentrates in together, so as to realize miniaturization.
(composition of second embodiment, effect, effect explanation)
Fig. 7 shows detection device of the present invention, the second embodiment of rotary switching mechanism.Hereinafter, to this
Composition, effect, the effect of detection device, rotary switching mechanism that two embodiments are related to are illustrated.(A) in Fig. 7 is table
Show the enlarged front view of detection device 2A.(B) in Fig. 7 is the enlarged cross-sectional view for indicating detection device 2A.In Fig. 7 with Fig. 1~
The identical symbol of Fig. 5 indicates identical component.
In the detection device 2 that first embodiment is related to, the prominent side element in surface is also used as shield member 220
The situation of 212 a part is illustrated.In contrast, in the detection device 2A that second embodiment is related to, shielding part
Part 224 is not also used as a part of the prominent side element 212 in surface, the swivel plate of the shield member 224 as swing offset component
And it plays a role.In addition, being kept fixed detection device 2A on the shield member 224.
As shown in (A) in Fig. 7, the centre of shield member 224 is equipped with the insertion hole 229 of tetragonal (square).It inserts
Insert has rotary shaft 11 in through-hole 229.Four sides of the inner peripheral surface of the insertion hole 227 of shield member 224 and rotary shaft 11 it
Between have the rotary force of rotary shaft 11 can be transferred to shield member 224 and insert rotary shaft 11 in a manner of assemble and unassemble
This size relationship of shield member 224.Circular window portion 225 is equipped in the peripheral portion (peripheral part) of shield member 224.Window portion
225 with test section 210 be roughly the same size.
Detection device 2A is constituted as such as enameled wire by the conducting wire that insulation film covers.Make the table of the detector 21
At least part of the prominent side element 212 in face is from the insertion hole 150 of front panel 15 and the insertion hole 240 of attachment part 24
By and export, and then along rotary shaft 11 extend, and beyond front panel 15 and be exposed to surface side.At this point, rotary shaft 11 can be with
Being made of metal can also be made of the resin other than metal.In addition, as other compositions made other than conducting wire extension, Neng Goutong
Crossing makes the prominent side element 212 in surface and rotary shaft 11 close to opposed, and rotary shaft 11 and surface protrusion side element 212 is made to generate electricity
Magnetic coupling, so that the prominent side element 212 in surface be made to be exposed to surface side beyond front panel 15.
The detection device 2A (rotary switching mechanism 1) that second embodiment is related to can reach to be related to first embodiment
The roughly the same function and effect of detection device 2 (rotary switching mechanism 1).
(explanation of variation one, two)
Fig. 8 shows detection device of the present invention, the variation of rotary switching mechanism one, two.Hereinafter, to the deformation
Detection device that example one, two is related to, rotary switching mechanism are illustrated.
Variation shown in (A) in Fig. 8 is first is that will test device 2,2A is accommodated in the mechanism part of rotary switching mechanism 1A
Example in 120 shell 122.Variation one can will test device 2,2A enters in rotary switching mechanism 1A in integrally group,
So as to securely maintain the dynamic of the IC tag 20 of detection device 2,2A and the rotary switch main body 12 of rotary switching mechanism 1A
Relativeness between work.In addition, it is not necessary that the attachment part 24 of storage detection device 2, can be realized number of components
It reduces, the reduction of manufacturing cost.
Variation shown in (B) in Fig. 8 is second is that the attachment part 24 for storing detection device 2,2A and rotation are opened
The shell 122 of shutting mechanism 1B is set as the example of individual components.Since variation two will test device 2,2A and rotary switching mechanism
1B is set as individual components, therefore, can also be relative to rotary switching mechanism even if the back side of front panel 15 is in operation
Independent detection device 2,2A and display unit 13 are installed along with the surface side of front panel 15 by 1B.Moreover, because variation
Two will test device 2,2A is forward-mounted the surface side of plate 15, therefore can be between detection device 2,2A and reading device 3
Carry out highly sensitive communication.
In addition, the present invention is not only restricted to above-mentioned first, second embodiment, variation one, two.As long as example, each IC
The distance between label 20 is adequately maintained and does not generate between test section 210 and IC tag 20 and accidentally communicate, then and different
Shield member 220,224 is set surely.In addition, the prominent side element 212 of main body side element 211 or surface is not limited to the length of λ/4.
For example, the length may be the integral multiple of λ/4.In this way, length be λ/4 integral multiple in the case where, can also be considered as with
The case where length is λ/4 is identical.
Claims (9)
1. a kind of detection device is produced along with the rotation process for the rotary operating member for being present in metal mounting plate surface side
The rotation of raw rotary shaft, the possessed open and-shut mode switched of detection rotary switch main body, the feature of the detection device exist
In,
Have：Multiple IC tags, detector and swing offset component,
Multiple IC tags are configured at the back side of the mounting plate and the letter of the open and-shut mode that is stored with the switch respectively
Breath,
The detector detects the information of multiple IC tags respectively,
The swing offset component makes multiple IC tags and the detector under the rotation process of the rotary operating member
Displacement is relatively rotated by the rotary shaft；
The IC tag can be mounted in the rotary switch main body, also, the detector together with the rotary shaft into
Row rotation；
The detector has test section and antenna part, wherein the information point of the test section to multiple IC tags
Do not detected and be configured at the back side of the mounting plate, the antenna part have the side for being set to the test section and
It is configured at the main body side element of the back side of the mounting plate and is set to the other side of the test section and dashes forward at least partially
For the prominent side element in surface of the surface side of the mounting plate.
2. detection device as described in claim 1, which is characterized in that
The detection device has shield member, the IC tag institute phase which prevents the test section from detecting
The adjacent IC tag is communicated with the mistake between the test section.
3. detection device as claimed in claim 2, which is characterized in that
The shield member is also used as a part of the prominent side element in the surface.
4. detection device according to any one of claims 1 to 3, which is characterized in that
The main body side element be will be that the dipole antenna of half length of electromagnetic wavelength is divided into two parts in centre
When positioned at side a part of antenna, also, when by the wavelength of electromagnetic wave used in the communication between the IC tag
When being set as λ, it is configured to the length of λ/4, or the length through repeatedly turning back and being configured to λ/4 positioned at a part of antenna of side
Degree.
5. detection device as described in any one of claims 1 to 4, which is characterized in that
The swing offset component has fixed plate and swivel plate,
The IC tag is installed in the fixed plate,
The test section and the main body side element of the detector are installed on the swivel plate.
6. a kind of rotary switching mechanism, which is characterized in that have：
Rotary operating member；
Rotary shaft is inserted through mounting plate under contactless state in a manner of it can rotate, and in the one side of the mounting plate
Side is equipped with the rotary operating member in a manner of assemble and unassemble；
Rotary switch main body is installed on the another side of the mounting plate, and under the rotation process of the rotary operating member
Open and-shut mode is converted by the rotary shaft；And
Detection device described in any one of the claims 1~5.
7. rotary switching mechanism as claimed in claim 6, which is characterized in that
The rotary shaft is made of metal, and a part as the prominent side element in the surface of the antenna part plays and makees
With.
8. rotary switching mechanism as claimed in claims 6 or 7, which is characterized in that
A part of the prominent side element in the surface of the antenna part is embedded in the rotary operating member.
9. the rotary switching mechanism as described in any one of claim 6~8, which is characterized in that
The rotary switching mechanism has display unit, which is installed in the one side of the mounting plate, and in table
The display body for indicating the open and-shut mode of the rotary switch main body is shown on face；
A part of the prominent side element in the surface of the antenna part is embedded in the display unit.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2016/059716 WO2017163417A1 (en) | 2016-03-25 | 2016-03-25 | Detection device and rotary switch mechanism |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108886239A true CN108886239A (en) | 2018-11-23 |
| CN108886239B CN108886239B (en) | 2020-03-13 |
Family
ID=59900141
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201680083498.XA Expired - Fee Related CN108886239B (en) | 2016-03-25 | 2016-03-25 | Detection device and rotary switch mechanism |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6576541B2 (en) |
| CN (1) | CN108886239B (en) |
| WO (1) | WO2017163417A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111987798A (en) * | 2020-08-07 | 2020-11-24 | 广东电网有限责任公司 | Direct current bus switch position detection system and device |
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| DE19933686A1 (en) * | 1999-07-17 | 2001-01-18 | Abb Research Ltd | Switch for detecting operating state of automated machine using SAW filter connected to antenna based on switching state |
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| CN102044848A (en) * | 2009-10-19 | 2011-05-04 | 施耐德电器工业公司 | Communication support device for electrical distribution cabinet or machine cabinet |
| CN102289689A (en) * | 2010-05-11 | 2011-12-21 | 株式会社日立情报系统 | Operating state detecting device for control machine with IC tags |
| CN103430409A (en) * | 2012-03-15 | 2013-12-04 | 株式会社日立系统 | Operation state detection device for control equipment using IC tags, rotation switch mechanism and detection adapter |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP5002716B2 (en) * | 2010-05-11 | 2012-08-15 | 株式会社正興電機製作所 | Device for detecting operation state of control device using IC tag |
-
2016
- 2016-03-25 JP JP2018506737A patent/JP6576541B2/en active Active
- 2016-03-25 WO PCT/JP2016/059716 patent/WO2017163417A1/en active Application Filing
- 2016-03-25 CN CN201680083498.XA patent/CN108886239B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19933686A1 (en) * | 1999-07-17 | 2001-01-18 | Abb Research Ltd | Switch for detecting operating state of automated machine using SAW filter connected to antenna based on switching state |
| CN1832074A (en) * | 2005-03-10 | 2006-09-13 | 松下电器产业株式会社 | Switching device and remote control transmitter using the switching device |
| CN101467225A (en) * | 2006-05-19 | 2009-06-24 | 施耐德电器工业公司 | Method of monitoring the position of a movable part of an electrical switch apparatus |
| CN102044848A (en) * | 2009-10-19 | 2011-05-04 | 施耐德电器工业公司 | Communication support device for electrical distribution cabinet or machine cabinet |
| CN102289689A (en) * | 2010-05-11 | 2011-12-21 | 株式会社日立情报系统 | Operating state detecting device for control machine with IC tags |
| CN103430409A (en) * | 2012-03-15 | 2013-12-04 | 株式会社日立系统 | Operation state detection device for control equipment using IC tags, rotation switch mechanism and detection adapter |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111987798A (en) * | 2020-08-07 | 2020-11-24 | 广东电网有限责任公司 | Direct current bus switch position detection system and device |
| CN111987798B (en) * | 2020-08-07 | 2022-03-29 | 广东电网有限责任公司 | Direct current bus switch position detection system and device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108886239B (en) | 2020-03-13 |
| JPWO2017163417A1 (en) | 2018-09-20 |
| JP6576541B2 (en) | 2019-09-18 |
| WO2017163417A1 (en) | 2017-09-28 |
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