CN2704973Y - Satellite receiver with trimmer - Google Patents
Satellite receiver with trimmer Download PDFInfo
- Publication number
- CN2704973Y CN2704973Y CN 200420059252 CN200420059252U CN2704973Y CN 2704973 Y CN2704973 Y CN 2704973Y CN 200420059252 CN200420059252 CN 200420059252 CN 200420059252 U CN200420059252 U CN 200420059252U CN 2704973 Y CN2704973 Y CN 2704973Y
- Authority
- CN
- China
- Prior art keywords
- bar
- elevation angle
- control nut
- intermediary
- seat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model is a satellite receiver with trimmer, aiming to improve the past situation that the trimming unit was arranged because the signal receiving disk can not be trimmed. The utility model arranges an intermediary seat on the satellite receiver for binding an integrating stand and a receiving disk. The back faces of the horse and the receiving disk are connected with a sideways trimming unit for controlling the receiving disk tilting toward left and right and with a trimming unit for trimming the elevation angle and with a rotation trimming unit, and the trimming units connect the intermediary base and the receiving disk. The trimming units comprises a screw-shaped trimming rod, a first slice for fixing one end of the screw-shaped trimming rod, a second slice which connects the other end of the screw-shaped trimming rod and the receiving disk, two control screw caps which are bonded to the screw-shaped trimming rod and are respectively placed on both sides of the second slice, and therefore rotate the control screw caps, making the trimming units drive the receiving disk to displace in micro-amplitude.
Description
Technical field
The utility model is a kind of satellite receiver of tool micromatic setting, and it relates to the technical field in communication, refers to that especially satellite receiver has the micro-adjusting device multi-faceted, that precision is high to the communication angle that receives disc.
Background technology
Press, for receiving the satellite message, for example: television channel, telephone frequency or the like, can be provided with satellite receiver in the desired location installation (claims again: satellite antenna), and the satellite antenna of commonly using need be provided with the take-up reel that receives signal, take-up reel is generally many can adjust the elevation angle, left and right sides rotation, to regulate the angle that receives.But a kind of satellite receiver is arranged, and its angular range that receives communication is very little, and right satellite receiver is adjusted mode and is mostly to unclamp fastening bolt, and pulls or turn with hand, and the adjusting range that this hand-power is pulled is bigger, is difficult to provide the function of fine adjustment.
The utility model content
This creator is because the problem that aforementioned known design still exists, therefore develop a kind of satellite receiver of tool micromatic setting, use satellite receiver micromatic setting is set, micromatic setting is with the spinning movement of nut, the straight-line displacement of control screw rod, fine tune receives the angle of signal, is its main utility model purpose.
In order to reach aforesaid goal of the invention, the technological means that the utility model used is the satellite receiver that is to provide a kind of tool micromatic setting, and it is to comprise:
One receives disc, and it is fixing a holder in contrast to the back side of received signal;
One supports to link the foot rest that receives disc, and the upper position bundle of foot rest is established an outer beam ring;
One intermediary's seat, it is a ㄇ shape sheet, and both sides are fin, and connecting the blind end of stretching in two fins is dististyle, and this two fin is linked to this outer beam ring outside;
One side direction fine setting group, it is to comprise one first, a side direction to transfer bar, one first control nut, one second control nut, one second, this first is L shaped, one end is anchored on the outside that runners is positioned at outer beam ring below, the other end links this side direction for screw shaped and transfers bar one end, side direction transfers bar other end lock to tie in second, and this second end is anchored on holder, and side direction transfers bar to lock knot one first control nut, one second control nut respectively in relative second two sides.
The satellite receiver of described a kind of tool micromatic setting, it is to comprise:
One receives disc, and it is fixing a holder in contrast to the back side of received signal, and holder is respectively at the last arc hole of upper and lower formation corresponding arc together, following arc hole;
One supports to link the foot rest that receives disc, and the upper position bundle of foot rest is established an outer beam ring;
One intermediary's seat, it is a ㄇ shape sheet, and both sides are fin, and connecting the blind end of stretching in two fins is dististyle, and this two fin is linked to this outer beam ring outside;
One side direction fine setting group, it is to comprise one first, a side direction to transfer bar, one first control nut, one second control nut, one second, this first is L shaped, one end is anchored on the outside that runners is positioned at outer beam ring below, the other end links this side direction for screw shaped and transfers bar one end, side direction transfers bar other end lock to tie in second, and this second end is anchored on holder, and side direction transfers bar to lock knot one first control nut, one second control nut respectively in relative second two sides;
One rotation is to the adjustment group, it is to comprise one first, bar is transferred at one elevation angle, one first control nut, one second control nut, one second, this first is L shaped, one end is closely vertically to be anchored on intermediary's seat lateral plate, the other end is to transfer the fastening binding of bar one end for this elevation angle for bolt, second one end of bar other end lock knot transferred at the elevation angle, this second end, wear the following arc hole site that is bolted solid holder with bolt in addition, the elevation angle transfers bar on second, lock knot one first is controlled nut respectively below, one second control nut, and rotation is distributed in a side of intermediary's seat respectively to the adjustment group, intermediary's seat dististyle is to lock to establish to be incorporated into the arc hole, two fins are linked to down the arc hole respectively, make receive disc relatively intermediary's seat last, turn in the scope stroke of following arc hole.
The effect that the utility model can obtain, mainly be the utility model can to receive disc left and right sides to, direction of rotation is readjusted by a small margin the function of angle, wherein see through accent bar (side direction or the elevation angle or the rotation to) two ends of screw shaped, be attached at bearing by first respectively, the other end sees through first, two control nuts are attached at and receive the disc corresponding position, so with first, two control nuts alternately control transfer bar to advance, retreat displacement in, drive to receive disc left and right sides to, direction of rotation moves, see through screw shaped and adjust the small size displacement of each pitch, accurate fine tune receives the angle of disc received signal, and the function of Precision trimming is provided.
Description of drawings
Fig. 1 is the utility model stereo appearance figure.
Fig. 2 is the three-dimensional assembly exploded view of the utility model.
Fig. 3 is the upper viewing view before the utility model side direction fine setting group is adjusted.
Fig. 4 is that adjusted upper viewing view is organized in the fine setting of the utility model side direction.
Fig. 5 is the side plan view before adjustment group in the utility model elevation angle is adjusted.
Fig. 6 is that adjusted side plan view is organized in the adjustment of the utility model elevation angle.
Fig. 7 is the end plan view of the utility model rotation before the adjustment group is adjusted.
Fig. 8 is that the utility model rotation is organized adjusted end plan view to adjustment.
In the accompanying drawing:
10--receives disc 11--holder
Arc hole under the last arc of the 12--hole 13--
The seat 21--of 20--intermediary fin
22--dististyle 221--lateral plate
The 23--slotted hole
40--side direction fine setting group
50--elevation angle adjustment group
The 60--rotation is to the adjustment group
41,51,61--is first
42 side direction are transferred bar
43,53,63--is second
The 52--elevation angle transfers bar 62--rotation to transferring bar
The 44--first control nut 45--second control nut
66--meta bolt
Embodiment
The utility model is a kind of satellite receiver of tool micromatic setting, please referring to Fig. 1, it is to comprise that a foot rest 30, is linked to the reception disc 10 that intermediary's seat 20 of foot rest 30, links intermediary's seat 20, other comprise one link foot rest 30 with receiving disc 10 in order to adjust towards about the side direction fine setting group 40, of fascinating link intermediary's seat 20 with receiving disc 10 in order to the elevation angle adjustment group 50, of adjusting the elevation angle link intermediary's seat 20 with receiving disc 10 in order to adjust the rotary fine adjustment group 60 that receives disc 10 anglecs of rotation.
This receives disc 10 at the back side in contrast to received signal, and fastening one is the holder 11 of ㄈ shape sheet, and holder 11 utilizes two free ending concretions in receiving on the disc 10, and holder 11 is respectively at the last arc hole 12 of upper and lower formation corresponding arc together, following arc hole 13;
This intermediary's seat 20, it is to be ㄇ shape sheet, both sides are fin 21, connecting the blind end of stretching in two fins 21 is dististyle 22,22 liang of outsides of dististyle are to connect to stretch lateral plate 221, two fins 21 form the slotted hole 23 of a fan-shaped radian respectively at downside, slotted hole 23 links this elevation angle adjustment group 50 with fin 21 positions, these intermediary's seat 20 dististyles 22 corresponding arc holes 12 of going up cooperate nut (not label) lock knot with meta bolt 66, two fins 21 of following arc hole 13 corresponding intermediary seats 20 and with bolt lock knot so that receive disc 10 relatively intermediary's seat 20 last, following arc hole 12, turn in the 13 scope strokes;
This foot rest 30, as Fig. 1 to Fig. 2, beam ring 31 is set, foot rest 30 is three-jaw tripartite confrontation shape, being positioned at the three-jaw top is longitudinally end (not label) bundle and establishes a beam ring 31, so that beam ring 31 outer fixs link this side direction fine setting group 40, foot rest 30 is positioned at these beam ring 31 tops then to be restrainted and establishes another outer beam ring 32, outer beam ring 32 in the outside for these intermediary's seat 20 suits; Use intermediary's seat 20 and be trapped among outer beam ring 32 outsides, form two fins 21 and be positioned at two outsides, see through a fulcrum and wear knot intermediary seat 20 and outer beam ring 32 (outer beam ring binding foot rest, so intermediary's seat is equivalent to link foot rest), this fulcrum 26 can be bolt, forms the pivot pendulum in order to do unclamping for intermediary's seat 20 relative foot rests 30.
Next the utility model illustrates that micromatic setting is linked to the enforcement kenel of satellite receiver and adjusts execution mode, wherein;
This side direction fine setting group 40, it is to comprise one first 41, one side direction is transferred bar 42, one first control nut 44, one second control nut 45, one second 43, this first 41 is L shaped, one end is to be fastenedly connected in beam ring 31 outsides, the other end is to transfer the fastening binding of bar 42 1 ends for this side direction for bolt, side direction transfers bar 42 other ends lock to tie in second 43, this second 43 end is to be anchored on the holder 11, and side direction transfers bar 42 before relative second 43, back (to be the front near receiving the disc direction) is lock knot one first control nut 44 respectively, one second control nut 45;
Use as shown in Figure 3, Figure 4, unclamp outer beam ring 32 earlier in order to do the swing space being arranged in foot rest 30 outsides, make 44,45 rotations of the first or second control nut again, transfer bar 42 or displacement backwards forward to drive side direction, drive to receive disc 10 1 sides or displacement backwards forward, form receiving disc 10 is mid point with foot rest 30, forms towards left-leaning or towards the adjustment reception angle of Right deviation.
This elevation angle adjustment group 50, its be comprise one first 51, one elevation angle transfer bar 52, one first control nut 44, one second control nut 45, one second slice 53; This first 51 is L shaped, one end is closely laterally to be anchored on fin 21 away from the corner that receives disc 10, the other end is to transfer the fastening binding of bar 52 1 ends for this elevation angle for bolt, second 53 1 end of bar 52 other ends lock knot transferred at the elevation angle, this second 53 end, wear with bolt in addition and be bolted in the slotted hole 23 that is fixed in fin 21, the elevation angle transfers bar 52 to lock knot one first control nut 44, one second control nut 45 respectively relative second 53 forward and backward (to be the front near receiving the disc direction), and an elevation angle adjustment group 50 respectively is distributed in intermediary's seat 20 1 sides;
Use as Fig. 5, shown in Figure 6, unclamp first and second control nut 44,45 and fulcrum 26 of side direction fine setting group 40 earlier, rotate again elevation angle adjustment group 50 first or second control nut 44,45 (it is alternately to screw togather, be not action simultaneously), control intermediary seat 20 drives and receives disc 10 is that fulcrum produces the arc displacement with fulcrum 26, drive and receive the upper and lower action of inclining, the adjustment elevation angle reception effect of facing upward of disc 10 formation.
This rotation is to adjustment group 60, its be comprise one first 61, one rotation to transfer bar 62, one first control nut 44, one second control nut 45, one second slice 63; This first 61 is L shaped, one end is closely vertically to be anchored on intermediary's seat 20 lateral plates 221, the other end be for this for the rotation of screw rod to transferring the fastening binding of bar 62 1 ends, rotation is to transferring second 63 1 end of bar 62 other ends lock knot, this second 63 end, wear 13 positions, following arc hole that are bolted solid holder 11 with bolt in addition, rotation is controlled nut 45 to transferring bar 62 to lock knot one first control nut 44, one second respectively second 63 above and below, and rotation is distributed in a side of intermediary's seat 20 respectively to adjustment group 60;
Use as Fig. 7, shown in Figure 8, unclamp the nut of meta bolt 66 earlier, and two the rotation to adjustment group 60 first and second control nut 44,45, if during towards the rotation of the left side of page, then pine moves back the first control nut 44 of right-hand rotation of drawing to adjustment group 60, and the rotation of turn drawing left is organized 60 second control nuts 45 to adjustment, last arc hole 12 in order to do order reception disc 10 drives the sideway swivel of turning left along meta bolt 66, the 13 edge rotations in following arc hole to adjustment group 60, reaches reception disc 10 and rotates with adjustment reception angle.
In sum, side direction of the present utility model, the elevation angle, rotation are to fine setting group 40,50,60, see through first to three of screw shaped and transfer bar 42,52,62, adopt with an end and fix, the other end is subjected to alternately driving of first and second control nut 44,45, reach and gradually go on foot little displacement action, effectively fine adjustment function is provided accurately.
Claims (8)
1. the satellite receiver of a tool micromatic setting is characterized in that, it is to comprise:
One receives disc, and it is fixing a holder in contrast to the back side of received signal;
One supports to link the foot rest that receives disc, and the upper position bundle of foot rest is established an outer beam ring;
One intermediary's seat, it is a ㄇ shape sheet, and both sides are fin, and connecting the blind end of stretching in two fins is dististyle, and this two fin is linked to this outer beam ring outside;
One side direction fine setting group, it is to comprise one first, a side direction to transfer bar, one first control nut, one second control nut, one second, this first is L shaped, one end is anchored on the outside that runners is positioned at outer beam ring below, the other end links this side direction for screw shaped and transfers bar one end, side direction transfers bar other end lock to tie in second, and this second end is anchored on holder, and side direction transfers bar to lock knot one first control nut, one second control nut respectively in relative second two sides.
2. as the satellite receiver of 1 described tool micromatic setting of claim the, it is characterized in that the below that described runners is positioned at outer beam ring is that bundle is established a beam ring, this beam ring is fastening for first one end of side direction fine setting group.
3. as the satellite receiver of 1 described tool micromatic setting of claim the, it is characterized in that, dististyle two outsides of described intermediary seat are to connect to stretch lateral plate, two fins form the slotted hole of a fan-shaped radian respectively at downside, two fins are provided with an elevation angle adjustment group respectively, this intermediary's seat is to wear knot one fulcrum with outer beam ring, can unclamp, be anchored on outer beam ring for intermediary's seat.
4. as the satellite receiver of 3 described tool micromatic settings of claim the, it is characterized in that, described elevation angle adjustment group is to comprise one first, bar is transferred at one elevation angle, one first control nut, one second control nut, one second, this first is L shaped, one end is closely laterally to be anchored on fin away from the corner that receives disc, the other end is to transfer the fastening binding of bar one end for this elevation angle for bolt, second one end of bar other end lock knot transferred at the elevation angle, this second end, other wears with bolt and is bolted in the slotted hole that is fixed in fin, and the elevation angle transfers bar to lock knot one first control nut respectively in relative second two sides, one second control nut.
5. the satellite receiver of a tool micromatic setting is characterized in that, it is to comprise:
One receives disc, and it is fixing a holder in contrast to the back side of received signal, and holder is respectively at the last arc hole of upper and lower formation corresponding arc together, following arc hole;
One supports to link the foot rest that receives disc, and the upper position bundle of foot rest is established an outer beam ring;
One intermediary's seat, it is a ㄇ shape sheet, and both sides are fin, and connecting the blind end of stretching in two fins is dististyle, and this two fin is linked to this outer beam ring outside;
One side direction fine setting group, it is to comprise one first, a side direction to transfer bar, one first control nut, one second control nut, one second, this first is L shaped, one end is anchored on the outside that runners is positioned at outer beam ring below, the other end links this side direction for screw shaped and transfers bar one end, side direction transfers bar other end lock to tie in second, and this second end is anchored on holder, and side direction transfers bar to lock knot one first control nut, one second control nut respectively in relative second two sides;
One rotation is to the adjustment group, it is to comprise one first, bar is transferred at one elevation angle, one first control nut, one second control nut, one second, this first is L shaped, one end is closely vertically to be anchored on intermediary's seat lateral plate, the other end is to transfer the fastening binding of bar one end for this elevation angle for bolt, second one end of bar other end lock knot transferred at the elevation angle, this second end, wear the following arc hole site that is bolted solid holder with bolt in addition, the elevation angle transfers bar on second, lock knot one first is controlled nut respectively below, one second control nut, and rotation is distributed in a side of intermediary's seat respectively to the adjustment group, intermediary's seat dististyle is to lock to establish to be incorporated into the arc hole, two fins are linked to down the arc hole respectively, make receive disc relatively intermediary's seat last, turn in the scope stroke of following arc hole.
6. as the satellite receiver of 5 described tool micromatic settings of claim the, it is characterized in that the below that described runners is positioned at outer beam ring is that bundle is established a beam ring, this beam ring is fastening for first one end of side direction fine setting group.
7. as the satellite receiver of 5 described tool micromatic settings of claim the, it is characterized in that, dististyle two outsides of described intermediary seat are to connect to stretch lateral plate, two fins form the slotted hole of a fan-shaped radian respectively at downside, two fins are provided with an elevation angle adjustment group respectively, this intermediary's seat is to wear knot one fulcrum with outer beam ring, can unclamp, be anchored on outer beam ring for intermediary's seat.
8. as the satellite receiver of 7 described tool micromatic settings of claim the, it is characterized in that, described elevation angle adjustment group is to comprise one first, bar is transferred at one elevation angle, one first control nut, one second control nut, one second, this first is L shaped, one end is closely laterally to be anchored on fin away from the corner that receives disc, the other end is to transfer the fastening binding of bar one end for this elevation angle for bolt, second one end of bar other end lock knot transferred at the elevation angle, this second end, other wears with bolt and is bolted in the slotted hole that is fixed in fin, and the elevation angle transfers bar to lock knot one first control nut respectively in relative second two sides, one second control nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420059252 CN2704973Y (en) | 2004-05-28 | 2004-05-28 | Satellite receiver with trimmer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420059252 CN2704973Y (en) | 2004-05-28 | 2004-05-28 | Satellite receiver with trimmer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2704973Y true CN2704973Y (en) | 2005-06-15 |
Family
ID=34777296
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420059252 Expired - Fee Related CN2704973Y (en) | 2004-05-28 | 2004-05-28 | Satellite receiver with trimmer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2704973Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102854914A (en) * | 2012-09-21 | 2013-01-02 | 上海理工大学 | Angle adjusting device capable of changing adjusting precision |
-
2004
- 2004-05-28 CN CN 200420059252 patent/CN2704973Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102854914A (en) * | 2012-09-21 | 2013-01-02 | 上海理工大学 | Angle adjusting device capable of changing adjusting precision |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20050615 |