CN101872535A - Earthquake annunciation device - Google Patents
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- CN101872535A CN101872535A CN 201010229724 CN201010229724A CN101872535A CN 101872535 A CN101872535 A CN 101872535A CN 201010229724 CN201010229724 CN 201010229724 CN 201010229724 A CN201010229724 A CN 201010229724A CN 101872535 A CN101872535 A CN 101872535A
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Abstract
The invention relates to an earthquake annunciation device, which is characterized in that a big copper ball and an elliptic small copper ball are both positioned on a horizontal line and a vertical line of a cone in a container to detect an earthquake on the ground, and the balls automatically fall during the earthquake to start the earthquake annunciation device and generate information of earthquake disaster. The invention belongs to the technical field of earthquake detection. Technical problems of the basic structure of the VHDL (Very High Speed Integrated Circuits Hardware Description Language) language procedure still exist, so the basic structure of the VHDL language voice for earthquake is improved according to a design entity, an entity declaration and a structural element A. The a structural element B and an alarm are applied to express language and voice at the same time still has technical problem in the knowledge aspect, so the technical questions in the aspect need to be improved. When a tiny earthquake occurs, the earthquake annunciation device can generate continuous alarm sounds and annunciation sounds to annunciate the information of house falling, so that residents can quickly leave a building danger zone to reach a wide and flat ground to pass the strong earthquake disaster.
Description
Technical field
Monolateral weight is unbalance to be had the nature inclined spaces and substantially not to be located on the whole par line in region on the basis with perpendicular line if the region exists, to certain period, all the natural earthquake disaster of nature region evolution process can take place.Because the difference of underground structure, too super large in the compressing of ground domain structure inclination weight, make part underground water will soak dissolving mud, sand, stone, structure, form a large amount of mud, sand, stone, slurry, mixing slip material, right factor is conigenous in region surface layer meeting natural birth and natural force changes the position that region massif colony is located in, reach and balance local population mountain group ground in the scope of mass-type foundation horizontal line and perpendicular line, strong earth shock will take place.Violent earthquake takes place before, at first be the part region earth's crust travel crack, surface irregularity, underground beginning separating delamination, produce slight earth shock phenomenon, when slight earth shock takes place because the house footing that people live be with earth be interconnective.So when territory, spot, the ground earth's crust travels crack, surface irregularity, underground beginning separating delamination during with slight earth shock, all materials and object all can be along with slight vibrations of ground earth and generation shock waves on house and the ground.
Background technology
Violent earthquake takes place before, the earth's crust the travel process of crack, surface irregularity, underground separating delamination and slight earth shock in part region at first can take place in the stratum, slight earth shock is human imperceptible, continue for some time, some animal and fish have alarmed especially and unusual performance, and then last till when certain unbalance feelings are spent, will break out the strong earthquake disaster of region surface layer of tearing a prose style free from parallelism, we are exactly the earthquake information of calling the house to collapse in the time of will slight the vibrations being taken place on ground.Make the building explosive area that speeds away, residences on broad flat ground surface, go to spend strong earthquake disaster, ensure people's life security.
Summary of the invention
I am divided into two kinds of other earthquakes of level to earthquake respectively according to the cut (Richter scale) in the U.S. seismologist and the extent of injury, violent earthquake and small earthquake, being higher than (4-5 Richter scale) is called violent earthquake, is also referred to as the earthquake of A level, be lower than (2-3 Richter scale) and be called small earthquake, be also referred to as the earthquake of B level, be called slight earth shock again.Other earthquake of these two kinds of levels is divided at earthquake annunciation device and fixed.I am with one 20 centimetres high cone ports transparent plastic ball seat, recessed low 3 millimeters of 2.3 centimetres wide of transparent plastic ball seat back cut diameters, 20 centimetres of lower port diameters are wide, there is 5 centimetres high outer copper sheet circle together the below, at a distance of 5 centimetres, 5 centimetres high outer copper sheet circle is together arranged again, the top is the outer copper sheet circle of A level, the below is the outer copper sheet circle of B level, the negative power supply joint is arranged, the copper ball of putting one 10 cm diameter suitable for reading respectively, for A level earthquake ball, also be 5 grades of earthquake balls.It is recessed low 1 millimeter recess that the copper ball top has between 1.3 cm diameters, stand up oval little copper ball, a diameter as egg on the recess and have only between 3.5 centimetres, little copper ball is a B level earthquake ball, also is the slight earthquake ball, be 3 grades of earthquake balls again, as (Fig. 1).Wide-mouth transparent plastic ball basin with one 30 centimetres high, 35 centimetres wide suitable for reading of baton round basin, 21 centimetres of end openings are wide, in the transparent plastic ball basin, there is together 5 centimetres high interior copper sheet circle the below, at a distance of 5 centimetres, 5 centimetres high interior copper sheet circle is together arranged again, the top is a copper sheet circle in the A level, the below is a copper sheet circle in the B level, negative power supply is arranged respectively, have one to advance wire hole, as (Fig. 2).Cone ports transparent plastic ball seat is put in the wide-mouth transparent plastic ball basin, cling with glue and to stablize end mouth, big copper ball is placed on above the cone ports, with the level on the accurate big copper ball recess of surveyor's staff survey, again little copper ball is stood up on recess recessed low 1 millimeter on the big copper ball, so just become the automatic falling sphere startup power supply of an earthquake device, as (Fig. 3).
The VHDL of the design entity descriptive language language circuit function structure of a circle of design hands over the language language program of fast surface-mounted integrated circuit, logical block, gate circuit etc.Explanation of VHDL language language program entity and structure A: structure claims A level earthquake VHDL language language; Structure A is:! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... the house will fall! Please hurry up! To the level land, go quickly! Do not walk to be pressed by the house at once and spoil in the inside, house! Go above hastening to go to broad level land! Spend strong earthquake disaster; Toot. ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... when taking place, the strong earthquake disaster of 4-5 level continuously calls with regard to utilization structure body A earthquake VHDL language language.Explanation of VHDL language language program entity and structure B: claim B level earthquake VHDL language language; Structure B is:! Earthquake takes place where! Hurry up! Hurry up! Slight earthquake takes place where here! Please everybody leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please everybody quick connection child, the old man leaves building! Leaving the pond, mountain goes to the level land of broadness! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please classmates leave school at once, on behaviour puts down, go to spend strong earthquake disaster; Slight earthquake has taken place where here! Please work together leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; ! Hurry up! Earthquake takes place where! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... sound from low to high, have anxious fast, dangerous, fear, the alarm call sound of thrill, threat, miserable rhythmist volume, when the earthquake motion of the slight ground of generation 2-3 level, just use B level earthquake VHDL language language continuously to call.As (Fig. 4).
The positive source transformer of connecting with the mains from leakage switch is connected earthquake VHDL language language program sound circuit board, be connected on again on loudspeaker and the alarm, again the negative line in the leakage switch is connected on the automatic falling sphere startup power supply of the earthquake device, earthquake VHDL language language circuit board, loudspeaker, alarm are all connected electric line as (Fig. 5).The automatic falling sphere startup power supply of earthquake device is lain on the clear glass table top, power transformer, earthquake VHDL language language program circuit plate, A level loudspeaker, B level loudspeaker, alarm all are stabilized in table top with transparent adhesive tape, the starting leakage switch.According to the cut (Richter scale) and the extent of injury in the nineteen thirty-five U.S. sand smeller, with behavior the glass table top is caused the slight shockproofness of 2-3 earthquake magnitude, little copper ball B level earthquake ball is connected anode power cord in the middle of will dropping to B level copper sheet automatically, and starting B level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Slight earthquake takes place where here! Please everybody leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please everybody quick connection child, the old man leaves building! Leaving the pond, mountain goes to the level land of broadness! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please classmates leave school at once, on behaviour puts down, go to spend strong earthquake disaster; Slight earthquake has taken place where here! Please work together leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; ! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... repeat continuous B level earthquake VHDL language language and call and alarm song, as (Fig. 6).With behavior the glass table top is caused 4-5 earthquake magnitude sharp pounding intensity, big copper ball A level earthquake ball is connected anode power cord in the middle of will dropping to A level copper sheet automatically, and starting A level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ...The house will fall! Please hurry up! To the level land, go quickly! Do not walk to be pressed by the house at once and spoil in the inside, house.Go above going to broad level land soon! Spend strong earthquake disaster! ! Hurry up! Earthquake takes place where! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... repeat continuous A level earthquake VHDL language language and call and alarm song, as (Fig. 7).The ultimate principle of earthquake annunciation device invention that Here it is.
Description of drawings
Fig. 1 is: cone ports plastics ball seat synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, cone ports transparent plastic ball seat; 4, the outer copper sheet circle of A level; 5, insulation layer; 6, the outer copper sheet circle of B level; 7, negative power supply joint; 8, negative power supply joint.
Fig. 2 is: wide-mouth baton round basin synoptic diagram; 1, wide-mouth transparent plastic ball basin; 2, copper sheet circle in the A level; 3, insulation layer; 4, copper sheet circle in the B level; 5, negative power supply joint; 6, negative power supply joint; 7, entrance hole.
Fig. 3 is: earthquake nature falling sphere startup power supply device synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball, 3, cone ports transparent plastic ball seat; 4, wide-mouth transparent plastic ball basin; 5, A level copper sheet district; 6, insulation layer; 7, B level copper sheet district; 8, negative power supply joint; 9, negative power supply joint; 10, negative power supply joint; 11, negative power supply joint; 12, entrance hole.
Fig. 4 is: earthquake VHDL language language program circuit plate synoptic diagram; 1, entity declaration; 2, structure A; 3, structure B; 4, circuit; 5, earthquake VHDL language language program.
Fig. 5 is: earthquake VHDL language language pager combination synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, cone ports transparent plastic ball seat; 4, wide-mouth transparent plastic ball basin; 5, leakage switch; 6, cathode power supply line; 7, anode power cord; 8, power transformer; 9, earthquake VHDL language language program circuit plate; 10, A level loudspeaker; 11, B level loudspeaker; 12, alarm.
Fig. 6 is: B level slight earthquake VHDL language language pager synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, cone ports transparent plastic ball seat; 4, wide-mouth transparent plastic ball basin; 5, leakage switch; 6, cathode power supply line; 7, anode power cord; 8, power transformer; 9, earthquake VHDL language language program circuit plate; 10, A level loudspeaker; 11, B level loudspeaker; 12, alarm; 13, clear glass table top.
Fig. 7 is: A level violent earthquake VHDL language language pager synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, cone ports transparent plastic ball seat; 4, wide-mouth transparent plastic ball basin; 5, leakage switch; 6, cathode power supply line; 7, anode power cord; 8, power transformer; 9, earthquake VHDL language language program circuit plate; 10, A level loudspeaker; 11, B level loudspeaker; 12, alarm; 13, clear glass table top.
Fig. 8 is: earthquake annunciation device metal drum synoptic diagram; 1, movable block; 2, transparent plastic window; 3, rubber bump protection ring; 4, metal drum; 5, sheet metal; 6, metal base plate; 7, metal leg.
Fig. 9 is: earthquake annunciation device combination perspective diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, cone ports transparent plastic ball seat; 4, wide-mouth transparent plastic ball basin; 5, power transformer; 6, earthquake VHDL language language program circuit plate; 7, A level loudspeaker; 8, B level loudspeaker; 9, alarm; 10, metal drum.
Figure 10 is: the earthquake annunciation device synoptic diagram; 1, A level earthquake ball; 2, B level earthquake ball; 3, transparency window; 4, block; 5, power switch; 6, power light; 7, alarm; 8, movable left-hand thread; 9, turn to bolt; 10, A level loudspeaker; 11, B level loudspeaker; 12, metal drum; 13, metal base plate; 14, metal leg.
Figure 11 is: earthquake annunciation device deep-well footing perspective diagram; 1, deep-well; 2, well word copper frame; 3, copper coin; 4, stone silt; 5, cobble; 6, stone; 7, mix the earth plate; 8, screw rod; 9, nut.
Figure 12 is: the earthquake annunciation device scheme of installation; 1, earthquake annunciation device; 2, pedestal; 3, footing figure; 4, circuit.
Figure 13 is: case combination synoptic diagram is called in earthquake; 1, A level loudspeaker; 2, B level loudspeaker; 3, alarm; 4, power light; 5, power switch; 6, assembling case.
Figure 14 is: the case connection diagram is called in earthquake annunciation device and earthquake; 1, A level earthquake ball; 2, B level earthquake ball; 3, earthquake annunciation device; 4, leakage switch; 5, power lead; 6, line of propagation; 7, case is called in earthquake; 8, the user 1; 9, the user 2; 10, user n.
Figure 15 is: 2-3 earthquake magnitude earthquake annunciation device synoptic diagram takes place; 1, A level earthquake ball; 2, earthquake annunciation device; 3, leakage switch; 4, power lead; 5, line of propagation; 6, the user 1; 7, the user 2; 8, user n; 9, B level earthquake VHDL language language.
Figure 16 is: be higher than 4-5 earthquake magnitude earthquake annunciation device synoptic diagram; 1, earthquake annunciation device; 2, leakage switch; 3, power lead; 4, line of propagation; 5, case is called in earthquake; 6, the user 1; 7, the user 2; 8, user n; 9, B level earthquake VHDL language language; 10, A level earthquake VHDL language language.
1 figure is: the Figure of abstract synoptic diagram; 1, earthquake annunciation device; 2, leakage switch; 3, power lead; 4, line of propagation; 5, case is called in earthquake; 6, the user 1; 7, the user 2; 8, user n; 9, B level earthquake VHDL language language; 10, A level earthquake VHDL language language.
Embodiment
I am with one 20 centimetres high cone ports transparent plastic ball seat, recessed low 3 millimeters of 2.3 centimetres wide of transparent plastic ball seat back cut diameters, 20 centimetres of lower port diameters are wide, there is 5 centimetres high outer copper sheet circle together the below, at a distance of 5 centimetres, 5 centimetres high outer copper sheet circle is together arranged again, the top is the outer copper sheet circle of A level, the below is the outer copper sheet circle of B level, the negative power supply joint is arranged, the copper ball of putting one 10 cm diameter suitable for reading respectively, for A level earthquake ball, also be 5 grades of earthquake balls.It is recessed low 1 millimeter recess that the copper ball top has between 1.3 cm diameters, stands up oval little copper ball, a diameter as egg on the recess and has only between 3.5 centimetres, and little copper ball is a B level earthquake ball, also is 3 grades of earthquake balls, as (Fig. 1).Wide-mouth transparent plastic ball basin with one 30 centimetres high, 35 centimetres wide suitable for reading of baton round basin, 21 centimetres of end openings are wide, in the transparent plastic ball basin, there is together 5 centimetres high interior copper sheet circle the below, at a distance of 5 centimetres, 5 centimetres high interior copper sheet circle is together arranged again, the top is a copper sheet circle in the A level, the below is a copper sheet circle in the B level, negative power supply is arranged respectively, have one to advance wire hole, as (Fig. 2).Cone ports transparent plastic ball seat is put in the wide-mouth transparent plastic ball basin, cling with glue and to stablize end mouth, big copper ball is placed on above the cone ports, with the level on the accurate big copper ball recess of surveyor's staff survey, again little copper ball is stood up on recess recessed low 1 millimeter on the big copper ball, so just become the automatic falling sphere startup power supply of an earthquake device, as (Fig. 3).
The VHDL of the design entity descriptive language language circuit function structure of a circle of design hands over the language language program of fast surface-mounted integrated circuit, logical block, gate circuit etc.Explanation of VHDL language language program entity and structure A: structure claims A level earthquake VHDL language language; Structure A is:! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... the house will fall! Please hurry up! To the level land, go quickly! Do not walk to be pressed by the house at once and spoil in the inside, house! Go above hastening to go to broad level land! Spend strong earthquake disaster; Toot. ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... when taking place, the strong earthquake disaster of 4-5 level continuously calls with regard to utilization structure body A earthquake VHDL language language.Explanation of VHDL language language program entity and structure B: claim B level earthquake VHDL language language; Structure B is:! Earthquake takes place where! Hurry up! Hurry up! Slight earthquake takes place where here! Please everybody leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please everybody quick connection child, the old man leaves building! Leaving the pond, mountain goes to the level land of broadness! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please classmates leave school at once, on behaviour puts down, go to spend strong earthquake disaster; Slight earthquake has taken place where here! Please work together leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; ! Hurry up! Earthquake takes place where! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... sound from low to high, have anxious fast, dangerous, fear, the alarm call sound of thrill, threat, miserable rhythmist volume, when the earthquake motion of the slight ground of generation 2-3 level, just use B level earthquake VHDL language language continuously to call.As (Fig. 4).
The positive source transformer of connecting with the mains from leakage switch is connected earthquake VHDL language language program sound circuit board, be connected on again on loudspeaker and the alarm, again the negative line in the leakage switch is connected on the automatic falling sphere startup power supply of the earthquake device, earthquake VHDL language language circuit board, loudspeaker, alarm are all connected electric line as (Fig. 5).The automatic falling sphere startup power supply of earthquake device is lain on the clear glass table top, power transformer, earthquake VHDL language language program circuit plate, A level loudspeaker, B level loudspeaker, alarm all are stabilized in table top with transparent adhesive tape, the starting leakage switch.According to the cut (Richter scale) and the extent of injury in the nineteen thirty-five U.S. sand smeller, with behavior the glass table top is caused the slight shockproofness of 2-3 earthquake magnitude, little copper ball B level earthquake ball is connected anode power cord in the middle of will dropping to B level copper sheet automatically, and starting B level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Slight earthquake takes place where here! Please everybody leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please everybody quick connection child, the old man leaves building! Leaving the pond, mountain goes to the level land of broadness! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please classmates leave school at once, on behaviour puts down, go to spend strong earthquake disaster; Slight earthquake has taken place where here! Please work together leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; ! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... repeat continuous B level earthquake VHDL language language and call and alarm song, as (Fig. 6).With behavior the glass table top is caused 4-5 earthquake magnitude sharp pounding intensity, big copper ball A level earthquake ball is connected anode power cord in the middle of will dropping to A level copper sheet automatically, and starting A level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ...The house will fall! Please hurry up! To the level land, go quickly! Do not walk to be pressed by the house at once and spoil in the inside, house.Go above going to broad level land soon! Spend strong earthquake disaster! ! Hurry up! Earthquake takes place where! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... repeat continuous A level earthquake VHDL language language and call and alarm song, as (Fig. 7).
With the alloy steel drum of 90 centimetres high 36 centimetres wide of circles, the top is movable block for 30 centimetres, and respectively there is individual transparency window both sides.The below 60 centimetres be that bilevel alloy steel drum is arranged, there is a movable pad centre, under be a foursquare alloy steel and metal leg, a rubber bump protection ring is arranged, as (Fig. 8) in the alloy steel drum upper brim.Alarm is installed in above the movable block, lay the automatic falling sphere startup power supply of earthquake device in the bucket, earthquake VHDL language language program circuit plate and power transformer are laid in the below, two loudspeakers are installed in middle both sides, all with screw admittedly well, please equally connect power circuit, as (Fig. 9) by Fig. 5.(Figure 10) is the earthquake annunciation device synoptic diagram among the figure, as (Figure 10).
The earthquake calling set need be installed in the close the door place of the vibrations of vibrations, no machine, no processing vibrations of a nothing, digs a deep-well, puts the copper frame of a groined type, and the copper coin piece of welding different azimuth is that the screw rod of ining succession bassets on the copper frame.Pour cobble, stone silt, boulder, mixing in the well into and fill, do the mixed earth footing base plate of 10 cm thicks after compressing again, it is high to expose 5 centimetres of screw rods.Because deep-well is a manual construction silt stone structure, when taking place, slight earth shock is easy to generate shock wave most, as (Figure 11).Again earthquake annunciation device is installed in above the footing after stable etc. mixed clay structure, screw cap is tightened metal leg, close leakage switch, the opening power pilot lamp, earthquake annunciation device input power supply 220V is as (Figure 12).
A metal assembling case with 25 centimetres high 20 centimetres wide of 45 centimetres length, there is the screw eye at assembling case edge, A level loudspeaker, B level loudspeaker alarm, power supply electricity refer to that lamp, power switch all install in assembling and connect power circuit in the case, this just becomes an earthquake and calls case, as (Figure 13).Earthquake annunciation device can be installed in the quiet ground of no earth shock.Call earthquake case to install on the 2 meters high metopes in each hall, house of every family and bedroom.The earthquake annunciation device line of propagation is connected earthquake call case, make the resident can both receive the information that earthquake takes place at any time, ensure people's life security.Electric wire all must be reserved a certain amount of surplus line, comprises the power supply line of propagation, has exempted from disrupted circuit when violent earthquake takes place, as (Figure 14).
The slight earth shock of nature must take place in stratum at the beginning before violent earthquake takes place, and little copper ball is connected anode power cord in the middle of will dropping to B level copper sheet automatically, and starting B level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Slight earthquake takes place where here! Please everybody leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please everybody quick connection child, the old man leaves building! Leaving the pond, mountain goes to the level land of broadness! Spend strong earthquake disaster; Slight earthquake has taken place where here! Please classmates leave school at once, on behaviour puts down, go to spend strong earthquake disaster; Slight earthquake has taken place where here! Please work together leave building and Shan Po limit at once! Above broad level land, go! Spend strong earthquake disaster; ! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... repeat continuous B level earthquake VHDL language language call sound, as (Figure 15).When breaking out naturally when being higher than 4-5 level violent earthquake disaster, big copper ball A level earthquake ball is connected anode power cord in the middle of will dropping to A level copper sheet automatically, and starting A level earthquake VHDL language language is called:! Earthquake takes place where! Hurry up! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... the house will fall! Please hurry up! Get near the level land! Do not walk to be pressed by the house at once and spoil in the inside, house.Go above hastening to go to broad level land! Spend strong earthquake disaster.! Hurry up! Earthquake takes place where! Hurry up! Toot ... toot ... toot ... rumble ... rumble ... rumble ... toot ... toot ... toot ... A level earthquake VHDL language language repeats constantly to call, as (Figure 16).The ultimate principle effect of earthquake annunciation device invention that Here it is.
Utilizing VHDL language language program to express earthquake grade scale information is earthquake annunciation device initiative technology.Utilize earthquake annunciation device to connect alarm and loudspeaker can make earthquake annunciation device good stability accuracy height for center exploration seismic intensity.Earthquake annunciation device can dig the deep-well footing and install, and also can install without the deep-well footing, but must will be installed in the place that the level ground is lower than the 1-1.5 earthquake magnitude.
Conic transparent plastics ball seat can manufacture taper shape, four sides taper, octahedral taper with outer copper sheet circle; Transparent plastic wide-mouth ball basin and interior copper sheet circle can manufacture circular wide-mouth, four sides wide-mouth, octahedral wide-mouth, and the manufactured materials kind is not limit.So long as with two Metal Ball that vary in size in same container scope or big copper ball and little copper ball of ellipse survey surface seismic in a cone-shaped body horizontal line and the perpendicular line and form nature earthquake falling sphere startup power supply and call generation earthquake disaster information with being located in, all be the core technology that belongs to earthquake annunciation device.Could use when earthquake VHDL language language program can only be earthquake annunciation device generation earthquake, can not at will use other aspects.Earthquake annunciation device is that relative two kinds of big or small earthquake strengties of a kind of novel seismic survey and scale are respectively: the detector of the earthquake of A level, the earthquake of B level.
Earthquake annunciation device utilizes a big copper ball and an oval-shaped little copper ball with surveying surface seismic in horizontal line that is located in a cone and the perpendicular line, the automatic falling sphere startup power supply of earthquake is called the earthquake disaster information that takes place, be to belong to the seismical technique field: before violent earthquake takes place, at first be that the earth's crust crack of travelling in part region takes place on the stratum, surface irregularity, the process of underground separating delamination and slight earth shock, slight earth shock is human imperceptible, continue for some time, we just are to use earthquake annunciation device to detect ground to have begun to take place slight vibrations, when the slight earth shock of level took place, earthquake annunciation device will send continuously alarm song and call sound.The information of calling the house to collapse makes the building explosive area that speeds away, residences go to spend strong earthquake disaster on broad flat ground surface, ensures people's life security.
Claims (5)
1. conic transparent plastics ball seat can manufacture taper shape, four sides taper, octahedral taper with outer copper sheet circle; Transparent plastic wide-mouth ball basin and interior copper sheet circle can manufacture circular wide-mouth, four sides wide-mouth, octahedral wide-mouth, and the combination technique of falling sphere wide-mouth basin model is that the core technology of earthquake annunciation device must not be copied.
So long as with two Metal Ball that vary in size in same container scope or big copper ball and little copper ball of ellipse with being located in terminal point on a cone-shaped body horizontal line in the large container and the perpendicular line, surveying surface seismic and form the information that nature earthquake falling sphere startup power supply call ground has begun to have taken place earthquake disaster, all is the core technology that belongs to earthquake annunciation device.
3. could use when earthquake VHDL language language program can only be earthquake annunciation device generation earthquake, can not at will use in other respects.
4. constituent parts must not utilize the theory structure of earthquake annunciation device to change a social system seismograph, earthquake instrument and equipment with the individual.
5. National Geology office can agree by the inventor, according to the theory structure transformation of the way seismograph of earthquake annunciation device, the new-type equipment of earthquake instrument.Can only use for geology bureau unit.Can not do commodity transaction.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108389365A (en) * | 2018-05-03 | 2018-08-10 | 浙江泰集光电科技有限公司 | Earthquake alarming device |
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| CN101303789A (en) * | 2008-06-30 | 2008-11-12 | 中国第十七冶金建设有限公司 | Earthquake alarm |
| CN201237829Y (en) * | 2008-08-01 | 2009-05-13 | 薛怀清 | Earthquake alarming device for detecting different earthquake magnitude |
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| US4764761A (en) * | 1987-10-07 | 1988-08-16 | Maguire Iii John N | Earthquake alarm |
| CN2058528U (en) * | 1988-07-30 | 1990-06-20 | 廖鼎懋 | Alarm switch for earthquake |
| CN2417485Y (en) * | 2000-01-26 | 2001-01-31 | 杨汉光 | Full automatic seismic alarming device |
| CN101303789A (en) * | 2008-06-30 | 2008-11-12 | 中国第十七冶金建设有限公司 | Earthquake alarm |
| CN201237829Y (en) * | 2008-08-01 | 2009-05-13 | 薛怀清 | Earthquake alarming device for detecting different earthquake magnitude |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108389365A (en) * | 2018-05-03 | 2018-08-10 | 浙江泰集光电科技有限公司 | Earthquake alarming device |
| CN108389365B (en) * | 2018-05-03 | 2024-05-14 | 浙江泰集光电科技有限公司 | Earthquake alarm device |
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