CN1202505C - Mounting structure of double big cymbals and cymbals - Google Patents
Mounting structure of double big cymbals and cymbals Download PDFInfo
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- CN1202505C CN1202505C CN99118350.9A CN99118350A CN1202505C CN 1202505 C CN1202505 C CN 1202505C CN 99118350 A CN99118350 A CN 99118350A CN 1202505 C CN1202505 C CN 1202505C
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- big cymbals
- cymbals
- upside
- downside
- big
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Abstract
To effectively protect a cable or piping by supporting a cable or piping by a flexible band consisting of a number of frame-like links at the time of connecting the cable or piping extending from the ground part to a submerged pump set in a water suction tank. A column type submerged pump set in a water suction tank is formed of a column 2 suspended from the top wall of the water suction tank and a submerged pump supported on the lower end of the column 3 and comprising an impeller 7 rotated by a submerged electric motor 5. The lower ends of a power cable 18 and control cable 19 extending to the ground side are connected to the submerged electric motor 5. A lubricating oil feed chamber 20 is provided within the inside guide frame 8 of the submerged pump, and an oil feed piping 21 and oil discharge piping 22 extending from the ground side are connected to the oil feed chamber 20. The cables 18, 19 and the pipings 21, 22 are housed in a flexible band 23 consisting of a number of pivotally supported frame-like links and supported thereby, whereby the cables 18, 19 and the pipings 21, 22 are protected from damage.
Description
Technical field
The present invention is the erecting device of relevant double big cymbals and cymbals, especially makes downside big cymbals and the upside big cymbals erecting device with the double big cymbals and cymbals that closing state and installed about not possessing pedal.
Background technology
In the past, as double big cymbals and cymbals, then have by pedal operation and upside big cymbals and downside big cymbals become closing, leave to play, and do not possess pedal and make downside big cymbals and upside big cymbals be installed on mounting rod to close state (closed condition) or to leave state (open state), the upside big cymbals is struck by bar played.
Above-mentioned strikes the double big cymbals and cymbals of being played by bar, and then knowing for example has, the real fair 3-39834 communique of Jap.P., and practical new case is logined the structure of being put down in writing for No. 2551692.
The scheme that is disclosed in real fair 3-39834 communique, be to be supported on the axle lower end side of pillar, the downside big cymbals is set bears member, bear member in sliding up and down and the upside big cymbals is set in the upper end side of axle, bear the downside of member simultaneously at the upside big cymbals, setting is pushed down this upside big cymbals and is born the spring member of member in the top, and bear the upside of member at the upside big cymbals, the nut that is provided with handle makes the screw portion that is screwed together in the upper end side that is located at axle bear member in the below to depress this upside big cymbals, and revolution this attachedly make hand nut the upside big cymbals be displaced into above-below direction, adjust the interval of upside big cymbals thus.
Again, practical new case is logined the scheme that is disclosed for No. 2551692, be in the steady arm bottom that keeps thing parent inside, link the adjustment screw component that its periphery is formed with screw portion, make steady arm have the state of consistent axis, and in the pars intermedia that keeps the thing parent, then be formed with and be inserted into the screw portion that this adjustment screw component that keeps the steady arm of thing parent is screwed, adjust interval that screw component makes steady arm be displaced into above-below direction and adjust member and be equipped on and freely turn round and be situated between by self revolution, and then be situated between in the lower side of steady arm and be equipped on the lining of steady arm bottom, be provided with and push down the structure of this steady arm in upward tax gesture member, this adjusts member at interval and by revolution, make be screwed in this adjust at interval member screw portion the adjustment screw component and be connected in the steady arm of adjusting screw component, move to adjust the interval of upside big cymbals and downside big cymbals.
Double big cymbals and cymbals in above-mentioned 2 examples, because of 2 big cymbals being set in the reason from open state (state that upside big cymbals and downside big cymbals leave mutually), variable tone color (tonequality) in the performance after combination to the broad range of closed condition (state that upside big cymbals and downside big cymbals are being harmonious).But,, then have structure and become complexity and cost and also can become expensive problem at these double big cymbals and cymbals.
Therefore, in recent years by the double big cymbals and cymbals shown in Figure 7 of motion Fig. 6 and major part sectional view thereof.
The structure of this kind double big cymbals and cymbals, be to comprise the mounting rod 71 of being inserted logical big cymbals support 70 and the downside big cymbals fixed component 81 that is fixed in its desired position, and be inserted into downside big cymbals 72 mounting hole 73 and to be born member 82 and to be loaded on the downside elastic component 83 that downside big cymbals 72 and downside big cymbals bear 82 of members by being situated between in the downside big cymbals of downside big cymbals fixed component 81 by mounting under the state of being inserted logical mounting rod 71, and be inserted into the mounting hole 75 of upside big cymbals 74 and the upside big cymbals of being inserted logical mounting rod 71 is pushed down member 84, and be fixed in mounting rod 71 and make it be crimped on the upside big cymbals to push down upside big cymbals fixed component 85 above the member 84, and be loaded on the upside elastic component 86 that upside big cymbals 74 and upside big cymbals are pushed down 84 of members by being situated between.The parent pipe portion that illustrated symbol 76 is a big cymbals support 70,77 is its foot, and 78 is its maintenance bar, and 79 is to be used to link parent pipe portion 76 and the binding maintaining part that keeps bar 78, but 80 is that binding maintenance bar 78 is the angular setting member of angular setting with mounting rod 71.In the example of diagram, then outside 2 big cymbals 72,74, be provided with a big cymbals 90 more again.
At above-mentioned double big cymbals and cymbals, erecting device becomes extremely simple, also can lower its cost significantly.Yet, at this kind double big cymbals and cymbals, downside big cymbals 72 and upside big cymbals 74, be fixed between the downside big cymbals fixed component 81 and upside big cymbals fixed component 85 that is fixed in mounting rod 71 (saying so exactly between downside elastic component 83 and upside elastic component 86) because of seizing on both sides by the arms, therefore after the combination of this double big cymbals and cymbals, these 72,74 of 2 big cymbals become the state that is being closed with frequent certain pushing force.As a result, this double big cymbals and cymbals is as 2 above-mentioned routine double big cymbals and cymbals, can't change its tone color in performance, has the performance amplitude and becomes narrower problem.
Summary of the invention
The present invention is in view of above-mentioned, and it is a kind of with simple structure and can change the erecting device of the double big cymbals and cymbals of its tone color easily in performance that its purpose is to provide.
That is, the invention provides a kind of erecting device of double big cymbals and cymbals, be on the mounting rod of big cymbals support, with downside big cymbals and upside big cymbals, the device of being installed by the state that closing of different pushing forces, it is characterized in that, comprising: insert and to lead in mounting rod and the downside big cymbals fixed component that is fixed in its desired position; Be inserted into the mounting hole of downside big cymbals and born member by the downside big cymbals of mounting on downside big cymbals fixed component under the slotting logical state with mounting rod; Be loaded on downside big cymbals and downside big cymbals by being situated between and bear downside elastic component between member; Lead in above-mentioned mounting rod and the upside big cymbals fixed part that is being fixed under the position closing of upside big cymbals and downside big cymbals by inserting, propped up the pushing force adjustment part that has a plurality of pushing portions apart from this axial region different length distance in upside big cymbals fixed part by axle by axial region, reach the upside big cymbals secured adjusted member that is constituted with above-mentioned pushing force adjustment part all-in-one-piece operating lever, above-mentioned pushing force adjustment part has a pair of two sides of clamping upside big cymbals fixed part and the tabular body that can rotate around axial region, its each pushing portion becomes the plane, and is connected by curved face part; Be configured in the downside of upside big cymbals secured adjusted member and bear the start member of the pushing force of pushing portion; Be inserted into the mounting hole of upside big cymbals and push down member with the upside big cymbals that is configured in start member downside under the slotting state that leads to of mounting rod quilt; And be loaded on upside big cymbals and upside big cymbals by being situated between and push down upside elastic component between member.
Description of drawings
Fig. 1 is the major part exploded perspective view of the double big cymbals and cymbals of one embodiment of the invention.
Fig. 2 is the fragmentary cross-sectional view of its assembled state of expression.
Fig. 3 is with the pushing force adjustment part of double big cymbals and cymbals and the sectional view of operating lever portion.
Fig. 4 is that the downside big cymbals and the upside big cymbals of this double big cymbals and cymbals of expression closing state part front view (FV) to relax.
Fig. 5 represents that this downside big cymbals and upside big cymbals are closely to close the part front view (FV) of state.
Fig. 6 is all front view (FV)s of double big cymbals and cymbals in the past.
Fig. 7 is one of the major part of this double big cymbals and cymbals of an expression fragmentary cross-sectional view.
(symbol description)
11... downside big cymbals
12... the mounting hole of downside big cymbals
15... upside big cymbals
16... the mounting hole of upside big cymbals
20... downside big cymbals fixed component
25... the downside big cymbals bears member
29... downside elastic component
30... upside big cymbals secured adjusted member
31... upside big cymbals fixed part
35... pushing force adjustment part
36... axial region
37,38... pushing portion
40... operating lever portion
45... start member
50... the upside big cymbals is pushed down member
55... upside elastic component
S... big cymbals support
R... mounting rod
Embodiment
Now describe the present invention in detail with drawing.
Fig. 1 and Fig. 2 then represent the exploded view and the constitutional diagram thereof of big cymbals installation portion 10 of the double big cymbals and cymbals major part of one embodiment of the invention.
This kind big cymbals installation portion 10, installed under downside big cymbals 11 and the state that closing of upside big cymbals 15 on the mounting rod R of big cymbals support S with different pushing forces, and by downside big cymbals fixed component 20, and the downside big cymbals bears member 25, and downside elastic component 29, and upside big cymbals secured adjusted member 30, and start member 45, reach the upside big cymbals and push down member 50, and upside elastic component 55 constitutes.Symbol H among Fig. 2 is the maintenance bar of big cymbals support S, the angular setting member of A for keeping bar H and mounting rod R to link in adjustable angle.
Downside big cymbals fixed component 20 is to be used for that the downside big cymbals is born member 25 and downside big cymbals 11 positions with respect to mounting rod R, and is inserted logical mounting rod R to be fixed in its desired position.At the downside big cymbals fixed component 20 of this embodiment, become by cylindrical shell (or disc), and fixed by slotting logical mounting rod R and by fixed screw member 21 from above-mentioned hollow bulb 20a with the slotting general hollow bulb 20a of bar.Illustrated symbol 22 is that side break-through from downside big cymbals fixed component 20 is in the screw hole of formed fixed screw member 21 usefulness of hollow bulb 20a.
The downside big cymbals bears member 25, is used to bear downside big cymbals 11 keeping this big cymbals 11 in mounting rod R, and with under the mounting hole 12 that is inserted into downside big cymbals 11 and the state of being inserted logical mounting rod R, by mounting on downside big cymbals fixed component 20.In this embodiment, this downside big cymbals bears member 25, be to be formed as one by tube portion 26 and ring-type blade of a sword portion 27, tube portion 26 then becomes the part of the mounting hole 12 that is inserted into downside big cymbals 11, and ring-type blade of a sword portion 27 then becomes and contacted part above the downside big cymbals fixed component 20.As above-mentioned,, then has the advantage that can prevent by the deterioration of the caused mounting hole 12 of slip of 11 couples of mounting rod R of downside big cymbals because tube portion 26 is inserted into the mounting hole 12 of downside big cymbals 11 again.Illustrated symbol 25a then bears the slotting general hollow bulb of bar of member 25 for this downside big cymbals.
The pushing force that downside elastic component 29 is bufferings bears member 25 from the downside big cymbals to be passing in the usefulness of downside big cymbals 11, is loaded on downside big cymbals 11 and the downside big cymbals bears between the member 25 and be situated between.In this embodiment, use felt as 29 of downside elastic components, but be not limited thereto certainly, as downside elastic component 29, other have elasticity person also can to use rubber or foaming body or spring etc.Illustrated symbol 29a is that the downside big cymbals of being located at this downside elastic component 29 bears the slotting general hollow bulb of the tube portion 26 of member 25.
Upside big cymbals secured adjusted member 30 is to be used for that start member 45, upside big cymbals are pushed down member 50 and upside big cymbals 15 is located with respect to mounting rod R adjustable ground, and possesses upside big cymbals fixed part 31 and pushing force adjustment part 35 and operating lever 40.
Upside big cymbals fixed part 31 is parts of the height and position of decision axial region 36, and fixes by slotting logical mounting rod R and with the upside big cymbals 15 and the position of closing of downside big cymbals 11.In this embodiment, this upside big cymbals fixed part 31 is become by the Nogata body with the slotting general hollow bulb 31a of bar, and is fixed by slotting logical mounting rod R and by fixed screw member 32 from above-mentioned hollow bulb 31a.On one of this upside big cymbals fixed part 31 opposite (illustrating the then front and the back side), be formed with the axis hole 34,34 of axial region 36,36 usefulness again.Illustrated symbol 33 be from upside big cymbals fixed part 31 have one of axis hole 34,34 opposite the 31a institute's break-through of the face of orthogonal (being illustrated as the side) hollow bulb and a screw hole of fixed screw member 32 usefulness that form mutually.
Above-mentioned pushing force adjustment part 35 is to make start member 45 moving up and down, regulating (variations) part to the pushing force of upside big cymbals 15, and is propped up by axle at upside big cymbals fixed part 31 axial region 36,36 that is being situated between.In this embodiment, this pushing force adjustment part 35 is become by the pair of plate-shaped body, and be configured to clamp have upside big cymbals fixed part 31 the face (being illustrated as the front and the back side) of axis hole 34,34, and the axial region 36,36 that is being situated between is by axle.Again, this pushing force adjustment part 35 is by known to Fig. 3, have above-mentioned axial region 36,36 different lengths of a plurality of distances apart from m, n (the pushing portion 37,38 (then each tabular body is 2 in this embodiment) of m＜n) in this embodiment.This kind pushing portion the 37, the 38th is contacted with above the start member 45 to push the part of start member 45.Again, in this embodiment, pushing portion 37,38 respectively becomes the plane, and 37,38 in each pushing portion is then linked by curved face part C.Can turn round pushing force adjustment part 35 smoothly when thus, changing tone color.Illustrated symbol 39 is the axis holes on the pushing force adjustment part 35 of being formed at that are used for above-mentioned axial region 36.
Above-mentioned operating lever portion 40 is parts of revolution pushing force adjustment part 35, and forms as one with this pushing force adjustment part 35.In this embodiment, this operating lever portion 40, it is the face of the 1st pushing portion 37 in pushing force adjustment part 35 from subtend, be formed at it is only favoured pushing force adjustment part 35 by its orthogonal direction the 2nd pushing portion 38 sides, basic portion side (pushing force adjustment part 35 sides) in this operating lever portion 40 has opening 41 simultaneously, becomes by mounting rod R not harm 40 the moving of operating lever portion own.
Start member 45 is to bear the fixing pushing force part of adjusting the pushing portion 37,38 of member 30 of upside big cymbals, and is configured in the downside of upside big cymbals secured adjusted member 30.Start member 45 is in this embodiment become by the cylindrical shell (or disc) with the slotting general hollow bulb 45a of bar, and is inserted logical mounting rod R from hollow bulb 45a, and is configured in the downside of upside big cymbals secured adjusted member 30.
The upside big cymbals is pushed down member 50, is used to push down upside big cymbals 15, and is inserted into the mounting hole 16 of upside big cymbals 15, and is inserted logical state with mounting rod R, is configured in the downside of start member 45.In this embodiment, the upside big cymbals is pushed down member 50, be to be formed on one person by tube portion 51 with ring-type blade of a sword portion 52 to be become, tube portion 51 then becomes the part of the mounting hole 16 that is inserted into upside big cymbals 15, and ring-type blade of a sword portion 52 then becomes the following part that is contacted with start member 45.Again,, be inserted into the mounting hole 16 of upside big cymbals 15, then can prevent the deterioration of the caused mounting hole 16 of the slip for mounting rod R of upside big cymbals 15 by tube portion 51 as above-mentioned.Illustrated symbol 50a inserts general hollow bulb for the bar that the upside big cymbals is pushed down member 50.
Upside elastic component 55 is used to cushion the pushing force of pushing down member 50 from the upside big cymbals passing in upside big cymbals 15, is loaded on upside big cymbals 15 and the upside big cymbals is pushed down between the member 50 and be situated between.In this embodiment, use felt, but as downside elastic component 29 as 55 of this upside elastic components, also available rubber or foaming body or spring etc. other have an elasticity person.Illustrated symbol 55a is the slotting general hollow bulb that the upside big cymbals of being located at this upside elastic component 55 is pushed down the tube portion 51 of member 50.
At the erecting device that becomes like this, be that the 1st pushing portion 37 of the pushing force adjustment part 35 of upside big cymbals secured adjusted member 30 as shown in Figure 4 contacts when start member 45 and to contact when start member 45 with as shown in Figure 5 the 2nd pushing portion 38, then can play different tone colors.Below, to this kind principle, specify it.
That is, axial region 36 from pushing force adjustment part 35 (is said exactly, center for this axial region 36) distance L to downside elastic component 29, then determined by the position of the upside big cymbals fixed part 31 that is fixed in mounting rod R and the position of downside big cymbals fixed component 20, and after this upside big cymbals fixed part 31 and downside big cymbals fixed component 20 were fixed in mounting rod R, this distance L then became often for certain.This kind distance L then can be 1. represented by following formula when Fig. 4.
L＝m+j+p1+k+p2 ①
Following formula 1. in, m is the distance from axial region 36 centers to the of pushing force adjustment part 35 1 pushing portion 37, j is the distance below the upside big cymbals is pushed down member 50 above the automatic member 45, p1 is the thickness of upside elastic component 55, k be from upside big cymbals 15 topmost to downside big cymbals 11 nethermost distances, p2 is the thickness of downside elastic component 29.
The opposing party, above-mentioned distance L then can be 2. represented by following formula when Fig. 5.
L＝n+j+p1+k+q2 ②
Following formula 2. in, n is the distance from axial region 36 centers to the of pushing force adjustment part 35 2 pushing portions 38, j is the distance below the upside big cymbals is pushed down member 50 above start member 45, q1 is the thickness of upside elastic component 55, k be from upside big cymbals 15 topmost to downside big cymbals 11 nethermost distances, q2 is the thickness of downside elastic component 29.
By following formula 1., 2. then can derive following formula relation 3..
[p1+p2]-[q1+q2]＝n-m ③
At this, act on the pushing force of upside big cymbals 15 and downside big cymbals 11, then inversely proportional with the thickness of the thickness of upper member 55 and downside elastic component 29.
Therefore, during Fig. 5 during than Fig. 4, upside elastic component 55 and downside elastic component 29, then dwindle the difference [n-m] (3.) of the distance to axial region 36 from each pushing portion 37,38 with reference to formula, the pushing force that acts on upside big cymbals 15 and downside big cymbals 11 then increases, make this upside big cymbals 15 and closing of downside big cymbals 11 become tighter so, its tone color of being played is then different during Fig. 4 and during Fig. 5.Below, describe for the method that changes (switching) tone color in playing.
Tone color change in performance, it is operating lever portion 40 by operation upside big cymbals secured adjusted member 30, pushing force adjustment part 35 is turned round for upside big cymbals fixed part 31, make the pushing force that is contacted with the pushing force adjustment part 35 above the start member 45, only change in from 37 to the 2nd pushing portions 38 of the 1st pushing portion, or from 38 to the 1st pushing portions 37 of the 2nd pushing portion, but then the utmost point carries out simply.
Again, in this embodiment, the pushing portion number of pushing force adjustment part 35 is 2, is not limited to this, also can do the pushing portion more than 3, during with the performance after the combination of this double big cymbals and cymbals, and the feasible tone color of sending more than 3.
As above and explanation,, then become open-and-shut structure and when can reduce the cost according to the erecting device of double big cymbals and cymbals of the present invention, in performance with the then variable tone color of single job.
Claims (1)
1. the erecting device of a double big cymbals and cymbals is on the mounting rod of big cymbals support, and with downside big cymbals and upside big cymbals, the device by the state that closing of different pushing forces is installed is characterized in that, comprising:
The downside big cymbals fixed component that is fixed along the optional position of above-mentioned mounting rod;
Be inserted into the mounting hole of downside big cymbals and born member by the downside big cymbals of mounting on downside big cymbals fixed component under the slotting logical state with mounting rod;
Be loaded on downside big cymbals and downside big cymbals by being situated between and bear downside elastic component between member;
Lead in above-mentioned mounting rod and the upside big cymbals fixed part that is being fixed under the position closing of upside big cymbals and downside big cymbals by inserting, propped up the pushing force adjustment part that has a plurality of pushing portions apart from this axial region different length distance in upside big cymbals fixed part by axle by axial region, reach the upside big cymbals secured adjusted member that is constituted with above-mentioned pushing force adjustment part all-in-one-piece operating lever, above-mentioned pushing force adjustment part has a pair of two sides of clamping upside big cymbals fixed part and the tabular body that can rotate around axial region, its each pushing portion becomes the plane, and is connected by curved face part;
Be configured in the downside of upside big cymbals secured adjusted member and bear the start member of the pushing force of pushing portion;
Be inserted into the mounting hole of upside big cymbals and push down member with the upside big cymbals that is configured in start member downside under the slotting state that leads to of mounting rod quilt; And
Be loaded on upside big cymbals and upside big cymbals by being situated between and push down upside elastic component between member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE10005848A DE10005848C2 (en) | 1999-08-24 | 2000-02-10 | High-hat construction |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1999000785U JP3061553U (en) | 1999-02-19 | 1999-02-19 | Hi-hat cymbal mounting structure |
| JP785/1999 | 1999-02-19 | ||
| JP785/99 | 1999-02-19 | ||
| DE10005848A DE10005848C2 (en) | 1999-08-24 | 2000-02-10 | High-hat construction |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1264103A CN1264103A (en) | 2000-08-23 |
| CN1202505C true CN1202505C (en) | 2005-05-18 |
Family
ID=34796529
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN99118350.9A Expired - Lifetime CN1202505C (en) | 1999-02-19 | 1999-08-24 | Mounting structure of double big cymbals and cymbals |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1202505C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6179142B2 (en) * | 2013-03-14 | 2017-08-16 | ヤマハ株式会社 | Support structure for electronic pad for impact |
| JP6454662B2 (en) * | 2016-07-04 | 2019-01-16 | 星野楽器株式会社 | Cymbal attachment and hi-hat stand |
-
1999
- 1999-08-24 CN CN99118350.9A patent/CN1202505C/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| CN1264103A (en) | 2000-08-23 |
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Granted publication date: 20050518 |
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