CN204200732U - Fluid-pressure transmission distributor - Google Patents
Fluid-pressure transmission distributor Download PDFInfo
- Publication number
- CN204200732U CN204200732U CN201420559449.7U CN201420559449U CN204200732U CN 204200732 U CN204200732 U CN 204200732U CN 201420559449 U CN201420559449 U CN 201420559449U CN 204200732 U CN204200732 U CN 204200732U
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- oilcan
- axostylus axostyle
- shunting disk
- fluid
- pressure transmission
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Abstract
Fluid-pressure transmission distributor of the present utility model, consists essentially of: an oilcan body, a shunting disk, an automatic driven unit, and a control circuit; Mainly under the integrating operation of control circuit, automatically driven unit, make shunting disk rotate according to the control mode preset, make the hydraulic oil entering oilcan body sequentially be sent to the transmission distribution effects of different object via the oil outlet set.Thus transmission control can be performed for most object, and obtain relatively stable, reliable control effects.
Description
Technical field
It is relevant that the utility model and fluid transmit distribution technique, aims to provide one and can perform transmission control for most object, and comparatively stable, the reliable fluid-pressure transmission distributor of control effects.
Background technique
In the middle of many process equipments, often need oil, water, pressurized gas, high-temperature gas or generally air is assigned to the position preset, for equipment in the middle of raw material or parts interact, and then make it produce or reply due function; Even, in the middle of automatically processing device, further the transmission allocation order such as Oil, Water, Gas body, time editing are become a fixing circulation mode, for control system according to the running of set circulation mode control apparatus, use the object reaching saving running cost and increase production capacity.
Moreover fluid control technology reliably, safely and easily realizes without advantages such as section speed governing because have, and therefore extensively should be operated in the raw material supply of automatically processing device, control; Wherein, the fluid decrement that hydraulic transmission uses is very little, can think incompressible under usual pressure, when relying on the continuous-flow of fluid to carry out transmission, can arrange hydraulic damping device in oil circuit makes transmission more steady, vibration and shock may be caused unlike mechanical mechanism because of manufacturing and positioning errors, contribute to realizing commutating frequently action.
But, conventional hydraulic transmission device is when the commutation action carrying out oil circuit switching or control object, the solenoid valve that many dependence is located in hydraulic pipe line controlled, and the reliability that each solenoid valve must have can maintain the normal operation of integrated hydraulic transmission device, when the equipment that it is applied needs to perform more control order, more equipment certainly will be expended and build cost, and expend more plant maintenance, the cost of overhaul.
Model utility content
Namely the technical problem that the utility model solves is providing one can perform transmission control for most object, and comparatively stable, the reliable fluid-pressure transmission distributor of control effects.
The technological means that the utility model adopts is as described below.
Take off object for reaching, fluid-pressure transmission distributor of the present utility model, consists essentially of: an oilcan body, a shunting disk, an automatic driven unit, and a control circuit; Wherein, its inner space is separated into one first compartment and one second compartment by a separator disc by this oilcan body, at least one oil inlet hole, at least one spill port communicated with this second compartment that communicate with this first compartment is respectively equipped with on this oilcan body, correspond to the card of this first compartment in this separator disc and be provided with the dish edge through oil outlet to this oilcan external body of plural number via this separator disc, the card corresponding to this second compartment in this separator disc is provided with plural number and enters oilhole via the dish edge of this separator disc is through to this oilcan external body; Fit with the card of this separator disc in the first compartment that this shunting disk is located in this oilcan body, the disk body of this shunting disk is through with the tap hole that plural number communicates with corresponding oil outlet when the steering angle of setting; This automatic driven unit and this shunting disk transmission connect, and rotate for this shunting disk of drive; This control circuit and this automatic driven unit are electrically connected, and whether operate for this automatic driven unit of control.
Utilize said structure feature, fluid-pressure transmission distributor of the present utility model, in time using, utilize oil inlet hole and spill port connecting fluid force feed supply equipment, applied object is connected respectively by each oil outlet, and according to the manipulation demand of reality, the pre-steering angle sequentially rotated prior to control circuit setting shunting disk, the waiting time etc. control mode, integrated hydraulic transmits distributor after starting, can at control circuit, under the integrating operation of automatic driven unit, shunting disk is made to rotate according to the control mode preset, the hydraulic oil entering oilcan body is made sequentially to be sent to the transmission distribution effects of different object via the oil outlet set.Thus transmission control can be performed for most object, and obtain relatively stable, reliable control effects.
According to said structure feature, described fluid-pressure transmission distributor comprises a manual drives assembly connect with this shunting disk transmission further.
According to said structure feature, described fluid-pressure transmission distributor is in this oilcan external body, be provided with one to be connected and the sign dish that can rotate with this shunting disk with this shunting disk, the disk body of this sign dish is provided with the mark that plural number corresponds respectively to the steering angle set by this shunting disk.
According to said structure feature, described fluid-pressure transmission distributor comprises a manual drives assembly connect with this shunting disk transmission further; And in this oilcan external body, be provided with one and be connected and the sign dish that can rotate with this shunting disk with this shunting disk, the disk body of this sign dish is provided with the mark that plural number corresponds respectively to the steering angle set by this shunting disk.
The center of described shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, the section place of this oilcan body is relatively stretched out in this axostylus axostyle, be installed with the short column that plural number corresponds respectively to the steering angle set by this shunting disk, this control circuit and electrical connection has plural number to be located at this axostylus axostyle periphery place respectively, for respectively by the sensitive switch that corresponding short column touches.
The center of described shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, and the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This automatic driven unit is provided with an oil hydraulic cylinder in this axostylus axostyle periphery place, another between the force-output shaft and this hook tooth of this oil hydraulic cylinder, be connected with one group for the connecting rod pushing away this hook tooth tactile and rotates, be provided with one and the solenoid valve that is electrically connected of this control circuit in the hydraulic oil pipeline place that this oil hydraulic cylinder connects.
The center of described shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, and the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This manual drives assembly is pivoted with one for the tommy bar pushing away this hook tooth tactile rotation in this axostylus axostyle periphery place.
The center of described shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, and the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This automatic driven unit is provided with an oil hydraulic cylinder in this axostylus axostyle periphery place, another between the force-output shaft and this hook tooth of this oil hydraulic cylinder, be connected with one group for the connecting rod pushing away this hook tooth tactile and rotates, be provided with one and the solenoid valve that is electrically connected of this control circuit in the hydraulic oil pipeline place that this oil hydraulic cylinder connects; This manual drives assembly is pivoted with one for the tommy bar pushing away this hook tooth tactile rotation in this axostylus axostyle periphery place.
The beneficial effect that the utility model produces: specifically, fluid-pressure transmission distributor disclosed by the utility model, mainly under the integrating operation of control circuit, automatically driven unit, shunting disk is made to rotate according to the control mode preset, the hydraulic oil entering oilcan body is made sequentially to be sent to the transmission distribution effects of different object via the oil outlet set, therefore can perform transmission for most object to control, and obtain relatively stable, reliable control effects; Especially, can not need to use solenoid valve can perform the transfer control of hydraulic oil to controlled object, and then significantly reduce the building of equipment, maintenance cost.
Accompanying drawing explanation
Fig. 1 is fluid-pressure transmission distributor stereoscopic figure of the present utility model.
Fig. 2 is the stereoscopic figure at another visual angle of fluid-pressure transmission distributor of the present utility model.
Fig. 3 is fluid-pressure transmission dispensing arrangement exploded view of the present utility model.
Fig. 4 is fluid-pressure transmission dispensing arrangement sectional view of the present utility model.
Fig. 5 is the fluid-pressure transmission distributor stereoscopic figure of another embodiment of the utility model.
Figure number illustrates:
10 oilcan bodies
101 first compartments
102 second compartments
11 first caps
111 oil inlet holes
12 second caps
121 spill ports
13 separator discs
131 oil outlets
132 enter oilhole
20 shunting disks
21 tap holes
22 axostylus axostyles
23 hook tooths
24 seesaws
25 short columns
30 automatic driven units
31 oil hydraulic cylinders
311 force-output shafts
32 connecting rods
40 control circuits
41 sensitive switches
50 sign dishes
60 manual drives assemblies
61 tommy bars.
Embodiment
The utility model mainly provides one can perform transmission for most object and controls, and comparatively stable, the reliable fluid-pressure transmission distributor of control effects, as shown in Figures 1 to 4, fluid-pressure transmission distributor of the present utility model, consist essentially of: the automatic driven unit 30 of oilcan body 10, shunting disk 20, and a control circuit 40, wherein: its inner space is separated into one first compartment 101 and one second compartment 102 by a separator disc 13 by this oilcan body 10, at least one oil inlet hole 111 communicated with this first compartment 101 is respectively equipped with on this oilcan body 10, at least one spill port 121 communicated with this second compartment 102, the card corresponding to this first compartment 101 in this separator disc 13 is provided with the dish edge through oil outlet 131 to this oilcan body 10 outside of plural number via this separator disc 13, the card corresponding to this second compartment 102 in this separator disc 13 is provided with plural number and enters oilhole 132 via the dish edge of this separator disc 13 is through to this oilcan body 10 outside, in time implementing, described oilcan body 10 can be locked and connected by one first cap 11 and one second cap 12 correspondence and formed in card place, this separator disc 13 both sides.
Fit with the card of this separator disc 13 in the first compartment 101 that this shunting disk 20 is located in this oilcan body 10, the disk body of this shunting disk 20 is through with the tap hole 21 that plural number communicates with corresponding oil outlet 131 when the steering angle of setting; In time implementing, integrated hydraulic transmits distributor can be outside in this oilcan body 10 further, be provided with one to be connected and the sign dish 50 that can rotate with this shunting disk 20 with this shunting disk 20, the disk body of this sign dish 50 is provided with the mark (figure slightly) that plural number corresponds respectively to this steering angle set by shunting disk 20, makes to transmit operating state residing for distributor to present integrated hydraulic via the mark of position.
This automatic driven unit 30 connects with this shunting disk 20 transmission, rotates for this shunting disk 20 of drive; In time implementing, the center of described shunting disk 20 is connected with the axostylus axostyle 22 that stretches out this oilcan body 10 outside relatively, the section place of relatively stretching out this oilcan body 10 in this axostylus axostyle 22 is installed with a hook tooth 23, is pivoted with the seesaw 24 that limits the reversion of this hook tooth 23 in this axostylus axostyle 22 periphery place; This automatic driven unit 30 is provided with an oil hydraulic cylinder 31 in this axostylus axostyle 22 periphery place, another between the force-output shaft 311 and this hook tooth 23 of this oil hydraulic cylinder 31, be connected with one group for the connecting rod 32 pushing away this hook tooth 23 tactile and rotates, be provided with a solenoid valve be electrically connected with this control circuit 40 (scheming summary) in the hydraulic oil pipeline place that this oil hydraulic cylinder 31 connects.
This control circuit 40 is electrically connected with this automatic driven unit 30, whether operates for this automatic driven unit 30 of control; In the present embodiment, described control circuit 40 be electrically connected with the solenoid valve set by automatic driven unit 30, with through the mode driving solenoid valve, reaches control oil hydraulic cylinder 31 action whether object.
In principle, fluid-pressure transmission distributor of the present utility model, in time using, utilize oil inlet hole 111 and spill port 121 connecting fluid force feed supply equipment, the object (object for controlling by fluid-pressure transmission) applied is connected respectively by each oil outlet 131, and according to the manipulation demand of reality, in advance set prior to control circuit 40 steering angle that shunting disk sequentially rotates, the waiting time etc. control mode, integrated hydraulic transmits distributor after starting, can at control circuit 40, under the integrating operation of automatic driven unit 30, shunting disk 20 is made to rotate according to the control mode preset, the hydraulic oil entering oilcan body 10 is made sequentially to be sent to the transmission distribution effects of different object via the oil outlet 131 set.
Due to fluid-pressure transmission distributor of the present utility model, do not need to use solenoid valve can perform the transfer control of hydraulic oil to controlled object, especially can perform transmission for most object (or control order) to control, therefore the building of equipment, maintenance cost can significantly be reduced, and the reliable of solenoid valve can not be subject to tie down, and then relatively stable, control effects reliably can be obtained.
Moreover fluid-pressure transmission distributor of the present utility model, in time implementing, can comprise a manual drives assembly 60 connect with this shunting disk 20 transmission further; The axostylus axostyle 22 that one stretches out this oilcan body 10 outside is relatively connected with in upper center of taking off shunting disk 20, the section place of relatively stretching out this oilcan body 10 in this axostylus axostyle 22 is installed with a hook tooth 23, in this axostylus axostyle 22 periphery place be pivoted with one limit this hook tooth 23 reversion seesaw 24 structure kenel under, this manual drives assembly 60 is pivoted with one for the tommy bar 61 pushing away this hook tooth 23 tactile rotation in this axostylus axostyle 22 periphery place, if desired, can pass through manual drives assembly 60 drives shunting disk 20 to rotate, and allows shunting disk 20 be returned to the steering angle of expection in a manual manner.
Moreover, fluid-pressure transmission distributor of the present utility model, in the center of described shunting disk 20 be connected with one relatively stretch out the structure kenel of the axostylus axostyle 22 of this oilcan body 10 outside under, no matter whether this axostylus axostyle 22 is connected be connected and the sign dish 50 that can rotate with this shunting disk 20 with this shunting disk 20, all can be as shown in Figure 5, the section place of this oilcan body 10 is relatively stretched out further in this axostylus axostyle 22, be installed with the short column 25 that plural number corresponds respectively to this steering angle set by shunting disk 20, this control circuit 40 and electrical connection have plural number to be located at this axostylus axostyle 22 periphery place respectively, the sensitive switch 41 touched for being subject to corresponding short column 25 respectively, make to can pass through the current signal that sensitive switch 41 produces, allow corresponding control circuit 40 sense shunting disk 20 and whether arrive formulation position according to set control mode.
Commonly use structure with tradition to compare, fluid-pressure transmission distributor disclosed by the utility model, mainly under the integrating operation of control circuit, automatically driven unit, shunting disk is made to rotate according to the control mode preset, the hydraulic oil entering oilcan body is made sequentially to be sent to the transmission distribution effects of different object via the oil outlet set, therefore can perform transmission for most object to control, and obtain relatively stable, reliable control effects; Especially, can not need to use solenoid valve can perform the transfer control of hydraulic oil to controlled object, and then significantly reduce the building of equipment, maintenance cost.
Claims (8)
1. a fluid-pressure transmission distributor, is characterized in that, comprising:
One oilcan body, by a separator disc, its inner space is separated into one first compartment and one second compartment, at least one oil inlet hole, at least one spill port communicated with this second compartment that communicate with this first compartment is respectively equipped with on this oilcan body, correspond to the card of this first compartment in this separator disc and be provided with the dish edge through oil outlet to this oilcan external body of plural number via this separator disc, the card corresponding to this second compartment in this separator disc is provided with plural number and enters oilhole via the dish edge of this separator disc is through to this oilcan external body;
One shunting disk, fit with the card of this separator disc in the first compartment being located in this oilcan body, the disk body of this shunting disk is through with the tap hole that plural number communicates with corresponding oil outlet when the steering angle of setting;
One automatic driven unit, connects with this shunting disk transmission, rotates for this shunting disk of drive;
One control circuit, is electrically connected with this automatic driven unit, whether operates for this automatic driven unit of control.
2. fluid-pressure transmission distributor as claimed in claim 1, is characterized in that, this fluid-pressure transmission distributor comprises a manual drives assembly connect with this shunting disk transmission.
3. fluid-pressure transmission distributor as claimed in claim 1, it is characterized in that, this fluid-pressure transmission distributor is in this oilcan external body, be provided with one to be connected and the sign dish rotated with this shunting disk with this shunting disk, the disk body of this sign dish is provided with the mark that plural number corresponds respectively to the steering angle set by this shunting disk.
4. fluid-pressure transmission distributor as claimed in claim 1, is characterized in that, this fluid-pressure transmission distributor comprises a manual drives assembly connect with this shunting disk transmission; And in this oilcan external body, be provided with one and be connected and the sign dish rotated with this shunting disk with this shunting disk, the disk body of this sign dish is provided with the mark that plural number corresponds respectively to the steering angle set by this shunting disk.
5. the fluid-pressure transmission distributor as described in as wherein arbitrary in Claims 1-4 item, it is characterized in that, the center of this shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, the section place of this oilcan body is relatively stretched out in this axostylus axostyle, be installed with the short column that plural number corresponds respectively to the steering angle set by this shunting disk, this control circuit and electrical connection has plural number to be located at this axostylus axostyle periphery place respectively, for respectively by the sensitive switch that corresponding short column touches.
6. the fluid-pressure transmission distributor as described in as wherein arbitrary in Claims 1-4 item, it is characterized in that, the center of this shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This automatic driven unit is provided with an oil hydraulic cylinder in this axostylus axostyle periphery place, another between the force-output shaft and this hook tooth of this oil hydraulic cylinder, be connected with one group for the connecting rod pushing away this hook tooth tactile and rotates, be provided with one and the solenoid valve that is electrically connected of this control circuit in the hydraulic oil pipeline place that this oil hydraulic cylinder connects.
7. the fluid-pressure transmission distributor as described in claim 2 or 4, it is characterized in that, the center of this shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This manual drives assembly is pivoted with one for the tommy bar pushing away this hook tooth tactile rotation in this axostylus axostyle periphery place.
8. the fluid-pressure transmission distributor as described in claim 2 or 4, it is characterized in that, the center of this shunting disk is connected with the axostylus axostyle that stretches out this oilcan external body relatively, the section place of relatively stretching out this oilcan body in this axostylus axostyle is installed with a hook tooth, is pivoted with the seesaw that limits the reversion of this hook tooth in this axostylus axostyle periphery place; This automatic driven unit is provided with an oil hydraulic cylinder in this axostylus axostyle periphery place, another between the force-output shaft and this hook tooth of this oil hydraulic cylinder, be connected with one group for the connecting rod pushing away this hook tooth tactile and rotates, be provided with one and the solenoid valve that is electrically connected of this control circuit in the hydraulic oil pipeline place that this oil hydraulic cylinder connects; This manual drives assembly is pivoted with one for the tommy bar pushing away this hook tooth tactile rotation in this axostylus axostyle periphery place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420559449.7U CN204200732U (en) | 2014-09-26 | 2014-09-26 | Fluid-pressure transmission distributor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420559449.7U CN204200732U (en) | 2014-09-26 | 2014-09-26 | Fluid-pressure transmission distributor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204200732U true CN204200732U (en) | 2015-03-11 |
Family
ID=52658696
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420559449.7U Active CN204200732U (en) | 2014-09-26 | 2014-09-26 | Fluid-pressure transmission distributor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204200732U (en) |
-
2014
- 2014-09-26 CN CN201420559449.7U patent/CN204200732U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |