CN104049273A - Earthquake response recorder, earthquake response recording method and exhibition stand - Google Patents
Earthquake response recorder, earthquake response recording method and exhibition stand Download PDFInfo
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- CN104049273A CN104049273A CN201410324117.5A CN201410324117A CN104049273A CN 104049273 A CN104049273 A CN 104049273A CN 201410324117 A CN201410324117 A CN 201410324117A CN 104049273 A CN104049273 A CN 104049273A
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Abstract
The invention relates to an earthquake response recorder, an earthquake response recording method and an exhibition stand. The recorder comprises a central sensor and an edge end sensor arranged on the edge of the exhibition stand, wherein the central sensor is arranged at the center of the exhibition stand, and the recorder, the central sensor and the end sensor are used for monitoring a motion response, generating a response signal and sending the response signal to the recorder; the recorder is used for converting the response signal into dynamic displacements of a monitoring point where the central sensor and the end sensor are located, and recording starts to be performed when the recorder judges that any one of the two dynamic displacements exceeds a first preset threshold valve; when both the two dynamic displacements are continuously lower than a second preset threshold valve and exceed a preset time range, the recorder stops recording data and stores the data. According to the earthquake response recorder, the moving state of the exhibition stand and exhibits under action of an earthquake is recorded, and the moving state and the work capacity of the movable exhibits and the exhibition stand under the action of the earthquake are monitored.
Description
Technical field
The invention belongs to the anti-vibration protected monitoring technical field of removable showpiece, particularly a kind of seismic response registering instrument, seismic response recording method and exhibition booth of recording exhibition booth vibratory response under geological process.
Background technology
At present, in museum the anti-vibration protected research of cultural relics in the collection of cultural institution less with application, domestic repeatedly earthquake shows, museum's house structure and all safety of personnel, but in shop, more rare cultural relics are damaged, and make the quakeproof safety pay attention to day by day of people to cultural relics in the collection of cultural institution.The earthquake counter measure of museum's cultural relics in the collection of cultural institution mainly adopt antidetonation and shock insulation two class methods, and antidetonation waits measure that historical relic and exhibition booth are fixed by reinforcing, but because the motion state to exhibition booth is held deficiency, are difficult to realize really shockproof; Shock insulation adopts shock insulation specialized equipment that historical relic is held up, larger exhibition booth vibrational energy is cut off, reduce the motion response of historical relic under earthquake, but due to the application state difference of exhibition booth, isolating affection not necessarily can be given full play to, and is difficult to realize real shockproof without detailed design.For this reason, no matter take which kind of earthquake counter measure and equipment, all need fully to ensure shockproof effect by monitoring means, ensure historical relic safety.Domestic and international existing historical relic exhibition booth there is no relevant motion state monitoring and recording instrument.
Motion state monitoring is to utilize on-the-spot harmless sensing technology, the motion state that monitored target is real-time is monitored, and provide safety evaluation suggestion.At present, vibration and health status monitoring development for building structure are comparatively perfect, for the shockproof motion state study on monitoring of removable showpiece and exhibition booth with put into practice less, motion state and the ability to work research at present under geological process of removable showpiece and exhibition booth is abundant not, monitoring method and system imperfection under practicable removable showpiece and exhibition booth earthquake, do not have actual engineering application.
Summary of the invention
The object of this invention is to provide a kind of seismic response registering instrument, seismic response recording method and exhibition booth, solve the problem that the motion state of removable exhibition booth under geological process cannot monitoring record.
For solving foregoing invention object, the invention provides a kind of seismic response registering instrument, comprise the limit end inductor that is arranged at the center inductor at center, exhibition booth and is arranged at edge, described exhibition booth, with the register that described center inductor and described limit end inductor are connected, described center inductor and described limit end inductor respond and generate response signal for monitoring moving and be sent to described register; Described register is used for receiving described response signal, described response signal is converted to the moving displacement of described center inductor and monitoring point, end inductor place, limit, and judgement is in the time that in two described moving displacements, any exceedes the first predetermined threshold value, starts record; In the time that two described moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, described register stops record data, and data are preserved; Described the first predetermined threshold value is greater than described the second predetermined threshold value.
As technique scheme preferably, described register also, for calculating and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of monitoring point, inductor place, center as the X of exhibition booth to, Y-direction and Z-direction three direction translational displacements; Center inductor and monitoring point, end inductor place, limit on surface level the moving displacement in same direction the two do poor, and divided by center inductor and monitoring point, end inductor place, limit in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth; By the vertical moving displacement of the vertical moving displacement of monitoring point, inductor place, center and monitoring point, end inductor place, limit the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth.
As technique scheme preferably, described seismic response registering instrument also comprises the storage terminal being connected with described register; Described storage terminal comprises: the wireless launcher being connected with described register, the terminal receiver being connected by transmission of wireless signals with described wireless launcher and the terminal memory being connected with described terminal receiver;
Described register is also for being sent to described wireless launcher by the moving displacement of 6 directions in exhibition booth, described wireless launcher is for being sent to described terminal receiver by the moving displacement of 6 directions in described exhibition booth, described terminal receiver is also for receiving the moving displacement of 6 directions in described exhibition booth and being sent to described terminal memory, and described terminal memory is for storing the moving displacement of 6 directions in described exhibition booth.
As technique scheme preferably, the outside of described register, described center inductor and described limit end inductor is provided with containment vessel, the acceleration that described containment vessel can bear is not less than 3 times of acceleration of gravity, the external force that can bear is not less than 5 tons.
As technique scheme preferably, the quality of described center inductor and described limit end inductor is all not more than 1% of described exhibition booth carrying quality.
Technical solution of the present invention also provides a kind of recording method of applying seismic response registering instrument described above, comprising:
Step 1: the motion of center inductor and limit end inductor monitoring exhibition booth, place responds and generates response signal and sends register;
Step 2: described register receives described response signal, and described response signal is converted to the moving displacement of described center inductor and monitoring point, end inductor place, limit;
Step 3: judgement is in the time that any exceedes the first predetermined threshold value in two described moving displacements, and described register starts record; In the time that two described moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, described register stops record data, and data are preserved;
Step 4: calculate and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of monitoring point, inductor place, center as the X of exhibition booth to, Y-direction and Z-direction three direction translational displacements; Center inductor and monitoring point, end inductor place, limit on surface level the moving displacement in same direction the two do poor, and divided by center inductor and monitoring point, end inductor place, limit in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth; By the vertical moving displacement of the vertical moving displacement of monitoring point, inductor place, center and monitoring point, end inductor place, limit the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth;
Step 5: the moving displacement of 6 directions in exhibition booth is sent to described wireless launcher by described register, the moving displacement of 6 directions in described exhibition booth is sent to described terminal receiver by described wireless launcher, described terminal receiver receives the moving displacement of 6 directions in described exhibition booth and is sent to described terminal memory, and described terminal memory is stored the moving displacement of 6 directions in described exhibition booth.
Technical solution of the present invention also provides a kind of exhibition booth of applying seismic response registering instrument described above, described exhibition booth is rectangle, the geometric center of described exhibition booth end face is provided with the first groove adapting with center inductor, the limit end of described exhibition booth is provided with the second groove adapting with described limit end inductor, two orthogonal axis spacings of the desired location of described the second groove and described rectangular centre separate the length of side of the corresponding sides that are not not less than 1/4th times, wherein, be parallel to respectively the limit of described rectangle with orthogonal two axis of described rectangular centre, and by the geometric center of exhibition booth end face.
As technique scheme preferably, described exhibition booth end face stress deformation is not more than 1/1000.
As technique scheme preferably, described center inductor and described the first groove, and between described limit end inductor and described the second groove for removably connecting.
As technique scheme preferably, described in be detachably connected as and be threaded.
Effect of the present invention is:
Seismic response registering instrument provided by the invention, seismic response recording method and exhibition booth, registering instrument comprises the limit end inductor that is arranged at the center inductor at center, exhibition booth and is arranged at edge, described exhibition booth, with the register that described center inductor and described limit end inductor are connected, described center inductor and described limit end inductor respond and generate response signal for monitoring moving and be sent to described register; Described register is used for receiving described response signal, described response signal is converted to the moving displacement of described center inductor and monitoring point, end inductor place, limit, record exhibition booth and the motion state of showpiece under geological process with this, realize the motion state of removable showpiece and exhibition booth under geological process and the monitoring of ability to work.
Brief description of the drawings
By the description of its exemplary embodiment being carried out below in conjunction with accompanying drawing, the above-mentioned feature and advantage of the present invention will become apparent and easily understand.
Fig. 1 is the structural representation of the seismic response registering instrument that provides of one embodiment of the invention;
Fig. 2 is the exhibition booth arrangement schematic diagram of the application seismic response registering instrument that provides of yet another embodiment of the invention;
Fig. 3 is inductor and exhibition booth annexation schematic diagram in Fig. 2.
Wherein: 1-center inductor; 2-limit end inductor; 3-exhibition booth; 4-register; 5-wireless launcher; 6 terminal receivers; 7-terminal memory; 8-is threaded.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Fig. 1 is the structural representation of the seismic response registering instrument that provides of the embodiment of the present invention, as shown in Figure 1, a kind of seismic response registering instrument, comprise the limit end inductor 2 that is arranged at the center inductor 1 at 3 centers, exhibition booth and is arranged at 3 edges, exhibition booth, with the register 4 that center inductor 1 and limit end inductor 2 are connected, center inductor 1 and limit end inductor 2 respond and generate response signal and send register 4 for monitoring moving.Limit end inductor 2 is identical with center inductor 1 model, record respectively the motion response of monitoring point by center inductor 1 and limit end inductor 2, and center inductor 1 and limit end inductor 2 are connected to register 4 by signal transmssion line, or center inductor 1 and limit end inductor 2 reach register 4 by the mode of wireless transmit by signal.Center inductor 1 and limit end inductor 2 are specifically as follows displacement transducer or one or both combinations of speed pickup, when operating speed sensor, need to carry out integrating meter to the speed recording and calculate corresponding moving displacement, if the combination of multiple sensors, need to carry out again computational analysis for the data that record, thereby obtain the moving displacement of monitoring point.
Register 4, for receiving response signal, is converted to response signal the moving displacement of center inductor 1 and limit end inductor 2 monitoring points, place, and judgement is in the time that in two moving displacements, any exceedes the first predetermined threshold value, starts record; In the time that two moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, register 4 stops record data, and data are preserved; The first predetermined threshold value is greater than the second predetermined threshold value.
When registering instrument work, the motion that register 4 receiving center inductors 1 and limit end inductor 2 record responds, and is converted into the moving shift value of two measuring points.Register 4 has earthquake Trigger Function, the seismic response registering instrument that the present embodiment is provided, only monitor in the ordinary course of things but do not store data, when earthquake occurs, in the time that the moving displacement in showcase exhibition booth reaches the first predetermined threshold value, register starts record data, moving displacement certain time, for example 3 minutes, during lower than the second predetermined threshold value, register stops record data, and data are preserved.Preferably, register 4 internal batteries, the battery continued power time is no less than 1 year.
The seismic response registering instrument that the present embodiment provides, records exhibition booth and the showpiece motion state under geological process, realizes the motion state of removable showpiece and exhibition booth under geological process and the monitoring of ability to work.
As technique scheme preferably, register 4 also, for calculating and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of center inductor 1 monitoring point, place as the X of exhibition booth 3 to, Y-direction and Z-direction three direction translational displacements; Center inductor 1 and limit end inductor 2 monitoring points, place on surface level the moving displacement in same direction the two do poor, and divided by center inductor 1 and limit end inductor 2 monitoring points, place in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth 3; By the vertical moving displacement of the vertical moving displacement of center inductor 1 monitoring point, place and limit end inductor 2 monitoring points, place the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth 3.
Concrete computing method are: the X using moving three directions of center inductor 1 monitoring point of preserving in register displacement as exhibition booth, to, Y-direction and Z-direction three direction translational displacements, is respectively X1, Y1, Z1; The X of end inductor 2 monitoring points, limit, to, Y-direction and Z-direction three direction translational displacements, is respectively X2, Y2, Z2; By the press horizontal mobile displacement on center inductor 1 monitoring point and limit end inductor 2 monitoring point directions Xs the two do poor, X1-X2 obtains Δ X, and divided by X0, obtain Δ X/X0 and turn round rotation displacement as the Z-direction of exhibition booth, or the press horizontal mobile displacement in center inductor 1 monitoring point and limit end inductor 2 monitoring point Y-directions the two do poor, Y1-Y2 obtains Δ Y, and divided by Y0, obtains Δ Y/Y0 and turn round rotation displacement as the Z-direction of exhibition booth; By the vertical moving displacement of center inductor 1 monitoring point and end inductor 2 monitoring points, limit, the two does poorly, and Z1-Z2 obtains Δ Z, and Δ Z/X0 turns round rotation displacement as the Y-direction of exhibition booth, Δ Z/Y0 as the X of exhibition booth to turning round rotation displacement.
As technique scheme preferably, seismic response registering instrument also comprise be connected with register 4 storage terminal; Described storage terminal comprises: be connected wireless launcher 5 with described register, the terminal receiver 6 being connected by transmission of wireless signals with wireless launcher 5 and the terminal memory 7 being connected with terminal receiver 6, wireless launcher 5, terminal receiver 6 and terminal memory 7 threes can become one; Register 4 is also for sending wireless launcher 5 by the moving displacement of 6 directions in exhibition booth, wireless launcher 5 is for by the moving displacement transmitting terminal receiver 6 of 6 directions in exhibition booth, terminal receiver 6 is also for receiving moving displacement the transmitting terminal storer 7 of 6 directions in exhibition booth, and terminal memory 7 is for storing the moving displacement of 6 directions in exhibition booth.Measured signal is passed to terminal receiver 6 by wireless launcher 5, and finally deposit terminal memory 7 in.Between wireless launcher 5 and terminal receiver 6, can be connected by bluetooth, wifi, the communication such as infrared.
As technique scheme preferably, the outside of register 4, center inductor 1 and limit end inductor 2 is provided with containment vessel, the acceleration that containment vessel can bear is not less than 3 times of acceleration of gravity, the external force that can bear is not less than 5 tons.Containment vessel is not shown in figures, and its material can be steel, engineering plastics etc.Containment vessel can protecting against shock; under the geological process of bearing 3 times of acceleration of gravity, do not destroy and can uninterruptedly store data, Monitoring Data for the protection of register 4, center inductor 1 and limit end inductor 2, the External Force Acting that bears 5 tons does not destroy and can uninterruptedly store data, Monitoring Data.
As technique scheme preferably, the quality of center inductor 1 and limit end inductor 2 is all not more than exhibition booth 3 and carries 1% of quality.
Technical solution of the present invention also provides a kind of recording method of applying above-mentioned seismic response registering instrument, comprising:
Step 1: the motion that center inductor 1 and limit end inductor 2 are monitored exhibition booth, place 3 responds and generates response signal and sends register 4;
Step 2: register 4 receives response signal, and response signal is converted to the moving displacement of center inductor 1 and limit end inductor 2 monitoring points, place;
Step 3: judgement is in the time that any exceedes the first predetermined threshold value in two moving displacements, and register 4 starts record; In the time that two moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, register 4 stops record data, and data are preserved;
Step 4: calculate and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of center inductor 1 monitoring point, place as the X of exhibition booth 3 to, Y-direction and Z-direction three direction translational displacements; Center inductor 1 and limit end inductor 2 monitoring points, place on surface level the moving displacement in same direction the two do poor, and divided by center inductor 1 and limit end inductor 2 monitoring points, place in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth 3; By the vertical moving displacement of the vertical moving displacement of center inductor 1 monitoring point, place and limit end inductor 2 monitoring points, place the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth 3;
Step 55: the moving displacement of 6 directions in exhibition booth is sent wireless launcher 5 by register 4, wireless launcher 5 is by the moving displacement transmitting terminal receiver 6 of 6 directions in exhibition booth, terminal receiver 6 receives moving displacement the transmitting terminal storer 7 of 6 directions in exhibition booth, and terminal memory 7 is stored the moving displacement of 6 directions in exhibition booth.
Fig. 2 is the exhibition booth arrangement schematic diagram of the application seismic response registering instrument that provides of yet another embodiment of the invention, shown in Fig. 2, technical solution of the present invention also provides a kind of exhibition booth of applying above-mentioned seismic response registering instrument, exhibition booth 3 is rectangle, the geometric center of exhibition booth 3 end faces is provided with the first groove adapting with center inductor 1, the limit end of exhibition booth 3 is provided with the second groove adapting with limit end inductor 2, two orthogonal axis spacings of the desired location of the second groove and rectangular centre separate the length of side of the corresponding sides that are not not less than 1/4th times, wherein, be parallel to respectively the limit of rectangle with orthogonal two axis of rectangular centre, and by the geometric center of exhibition booth 3 end faces.Limit end inductor 2 is identical with center inductor 1 model, be arranged in the groove of desired location of exhibition booth end face, two orthogonal axis spacings of desired location and exhibition booth end face rectangular centre are not less than respectively a/4 and b/4 from X0 and Y0, X-axis line and Y-axis line that exhibition booth end face rectangular centre is orthogonal are parallel to respectively rectangular edges a and b, and by exhibition booth end face geometric center.
As technique scheme preferably, exhibition booth 3 end face stress deformations are not more than 1/1000.
Fig. 3 is inductor and exhibition booth 3 annexation schematic diagram in Fig. 2, shown in Fig. 3, as technique scheme preferably, center inductor 1 and the first groove, and between limit end inductor 2 and the second groove for removably connecting.Exhibition booth end face is provided with the groove of mounting center inductor 1, limit end inductor 2; Limit end inductor 2 is all threaded connection 8 with center inductor 1 and is fixedly connected with corresponding recesses internal thread, and center inductor 1 is arranged in the groove of geometric center of exhibition booth end face, the not outstanding exhibition booth of the end face of center inductor 1 end face.
As technique scheme preferably, be detachably connected as and be threaded 8.Can certainly select the types such as the draw-in groove mode that removably connects.
Above-described embodiment is not the exhaustive of embodiment; also can there is other embodiment; above-described embodiment object is to illustrate the present invention, but not limits the scope of the invention, and all application that come by simple change of the present invention all drop in protection scope of the present invention.
This patent specification use-case goes to show the present invention, comprising optimal mode, and those of ordinary skill in the art is manufactured and use the present invention.This invents embodiment in content and the instructions that delegatable scope comprises claims and the content of other embodiment.These other examples also should belong to the scope that patent right of the present invention requires, as long as they contain the described technical characterictic of the identical written language of claim, or they include and the similar literal language described technical characterictic of claim without essence difference.
All patents, the full content of patented claim and other list of references should be incorporated to present specification by reference.But if a term in the application conflicts mutually with the term of including list of references in, preferential with the application's term.
All scopes disclosed herein all comprise end points, and between end points, are to combine independently of one another.
It should be noted that " first ", " second " or similar vocabulary do not represent any order, and quality or importance are just used for distinguishing different technical characterictics.The implication that the qualifier " approximately " using in conjunction with quantity comprises described value and content context appointment.(for example: it includes the error while measuring specific quantity)
Claims (10)
1. a seismic response registering instrument, it is characterized in that, comprise the limit end inductor that is arranged at the center inductor at center, exhibition booth and is arranged at edge, described exhibition booth, with the register that described center inductor and described limit end inductor are connected, described center inductor and described limit end inductor respond and generate response signal for monitoring moving and be sent to described register; Described register is used for receiving described response signal, described response signal is converted to the moving displacement of described center inductor and monitoring point, end inductor place, limit, and judgement is in the time that in two described moving displacements, any exceedes the first predetermined threshold value, starts record; In the time that two described moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, described register stops record data, and data are preserved; Described the first predetermined threshold value is greater than described the second predetermined threshold value.
2. seismic response registering instrument according to claim 1, it is characterized in that, described register also, for calculating and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of monitoring point, inductor place, center as the X of exhibition booth to, Y-direction and Z-direction three direction translational displacements; Center inductor and monitoring point, end inductor place, limit on surface level the moving displacement in same direction the two do poor, and divided by center inductor and monitoring point, end inductor place, limit in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth; By the vertical moving displacement of the vertical moving displacement of monitoring point, inductor place, center and monitoring point, end inductor place, limit the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth.
3. seismic response registering instrument according to claim 2, is characterized in that, described seismic response registering instrument also comprises the storage terminal being connected with described register; Described storage terminal comprises: the wireless launcher being connected with described register, the terminal receiver being connected by transmission of wireless signals with described wireless launcher and the terminal memory being connected with described terminal receiver;
Described register is also for being sent to described wireless launcher by the moving displacement of 6 directions in exhibition booth, described wireless launcher is for being sent to described terminal receiver by the moving displacement of 6 directions in described exhibition booth, described terminal receiver is also for receiving the moving displacement of 6 directions in described exhibition booth and being sent to described terminal memory, and described terminal memory is for storing the moving displacement of 6 directions in described exhibition booth.
4. seismic response registering instrument according to claim 1; it is characterized in that; the outside of described register, described center inductor and described limit end inductor is provided with containment vessel, and the acceleration that described containment vessel can bear is not less than 3 times of acceleration of gravity, and the external force that can bear is not less than 5 tons.
5. seismic response registering instrument according to claim 1, is characterized in that, the quality of described center inductor and described limit end inductor is all not more than 1% of described exhibition booth carrying quality.
6. application rights requires a recording method for the seismic response registering instrument described in any one in 1 to 5, it is characterized in that, comprising:
Step 1: the motion of center inductor and limit end inductor monitoring exhibition booth, place responds and generates response signal and sends register;
Step 2: described register receives described response signal, and described response signal is converted to the moving displacement of described center inductor and monitoring point, end inductor place, limit;
Step 3: judgement is in the time that any exceedes the first predetermined threshold value in two described moving displacements, and described register starts record; In the time that two described moving displacements all continue to exceed Preset Time scope lower than the second predetermined threshold value, described register stops record data, and data are preserved;
Step 4: calculate and preserve the moving displacement of 6 directions in exhibition booth, comprising: the moving displacement of three directions of monitoring point, inductor place, center as the X of exhibition booth to, Y-direction and Z-direction three direction translational displacements; Center inductor and monitoring point, end inductor place, limit on surface level the moving displacement in same direction the two do poor, and divided by center inductor and monitoring point, end inductor place, limit in the projected length of above-mentioned moving displacement normal direction, turn round rotation displacement as the Z-direction of exhibition booth; By the vertical moving displacement of the vertical moving displacement of monitoring point, inductor place, center and monitoring point, end inductor place, limit the two do poor, and the projected length in directions X and Y-direction divided by two monitoring points respectively, turn round rotation displacement and X to turning round rotation displacement as the Y-direction of exhibition booth;
Step 5: the moving displacement of 6 directions in exhibition booth is sent to described wireless launcher by described register, the moving displacement of 6 directions in described exhibition booth is sent to described terminal receiver by described wireless launcher, described terminal receiver receives the moving displacement of 6 directions in described exhibition booth and is sent to described terminal memory, and described terminal memory is stored the moving displacement of 6 directions in described exhibition booth.
7. the exhibition booth of the seismic response registering instrument described in any one in an application rights requirement 1 to 5, it is characterized in that, described exhibition booth is rectangle, the geometric center of described exhibition booth end face is provided with the first groove adapting with center inductor, the limit end of described exhibition booth is provided with the second groove adapting with described limit end inductor, two orthogonal axis spacings of the desired location of described the second groove and described rectangular centre separate the length of side of the corresponding sides that are not not less than 1/4th times, wherein, be parallel to respectively the limit of described rectangle with orthogonal two axis of described rectangular centre, and by the geometric center of exhibition booth end face.
8. recording method according to claim 7, is characterized in that, described exhibition booth end face stress deformation is not more than 1/1000.
9. recording method according to claim 7, is characterized in that, described center inductor and described the first groove, and between described limit end inductor and described the second groove for removably connecting.
10. recording method according to claim 9, is characterized in that, described in be detachably connected as and be threaded.
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| CN104049273B (en) | 2016-06-08 |
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