CN101888006B - Rapidly installed wave collecting device - Google Patents
Rapidly installed wave collecting device Download PDFInfo
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- CN101888006B CN101888006B CN 200910136731 CN200910136731A CN101888006B CN 101888006 B CN101888006 B CN 101888006B CN 200910136731 CN200910136731 CN 200910136731 CN 200910136731 A CN200910136731 A CN 200910136731A CN 101888006 B CN101888006 B CN 101888006B
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Abstract
The invention relates to a rapidly installed wave collecting device which comprises a main wave collecting device body, a connecting part, a support arm, a fixed seat, an auxiliary handle, an offsetting spring and a fixed pivot, wherein the connecting part extends from the main wave collecting device body and comprises at least one wave collecting device locating hole; the support arm comprises at least one support arm locating hole and a cavity used for containing the connecting part; the fixed seat is arranged on the support arm and comprises a first locating hole and a second locating hole; the auxiliary handle comprises a third locating hole and at least one locating post; the offsetting spring comprises a spring body, a first bearing arm and a second bearing arm; the fixed pivot is used for pivoting the auxiliary handle and the offsetting spring onto the fixed seat; when the connecting part is inserted into the cavity, the locating post passes through the support arm locating hole and the wave collecting device locating hole for fixing the relative position between the connecting part and the support arm; and the locating post is maintained to be in a blocking state by the elastic restoring force of the offsetting spring. The rapidly installed wave collecting device avoids the locking process which wastes time and labor, and can rapidly and accurately assemble the wave collecting device.
Description
Technical field
The present invention relates to a kind of wave collecting device, relate in particular to a kind of wave collecting device that does not need external tool and can assemble fast.
Background technology
Because satellite communication has the far away and extremely wide characteristic of covering scope of communication distance, make satellite communication by extensively with in a lot of fields, for example radio and television, communication etc.Therefore, even be in bleak and desolate desert or vastness is marine greatly, as long as set up reception antenna, just can receive satellite-signal.Please refer to Fig. 1, Fig. 1 is the sketch map of a known satellite communication receiving system 10.Satellite communication receiving system 10 includes a dish-like antenna 102, a wave collecting device (Low Noise BlockDown-converter with Integrated Feed, LNBF) 104, one support arm 106.In satellite communication receiving system 10, satellite-signal is reflexed to the wave collecting device 104 that places disc-shaped antenna 102 along by being paraboloidal disc-shaped antenna 102 usually.The satellite-signal of high frequency is captured and after frequency reducing becomes the satellite-signal of intermediate frequency, through coaxial wire satellite-signal is sent to the rear end DVB again and handles via wave collecting device 104.Support arm 106 is used to provide and supports wave collecting device 104 and take in the coaxial wire that transmits satellite-signal.In practical operation, disc-shaped antenna 102 and wave collecting device 104 need place outdoor environment with smooth receiving satellite signal usually.
In general, because the consideration of profile, wave collecting device 104 is normally just assembled in the erecting bed with support arm 106.Must be able to bear the various weather variations of outdoor environment after the assembling.Therefore, as shown in Figure 2, for fear of can after assembling, producing the gap between the two, and influence the receptivity of satellite-signal.Known technology takes the mode of screws to fix usually.Yet, lock the screw assembly mode with manual work and assemble, exist loaded down with trivial details disassembly and assembly process and the slow excessively shortcoming of speed.Moreover if installation environment is aloft, and setter must use erecting tools to assemble wave collecting device 104 and support arm 106 on ladder, concerning setter, will very easily produce danger.
Summary of the invention
Therefore, but main purpose of the present invention is to provide a kind of wave collecting device of Fast Installation.
But the present invention discloses a kind of wave collecting device of Fast Installation, includes: a wave collecting device main body; A junction extends from this wave collecting device main body, includes a plurality of signal output units and at least one wave collecting device location hole; One support arm includes at least one support arm location hole and can hold a cavity of this connecting portion, is used for supporting this wave collecting device main body via connecting this connecting portion; One holder is arranged on this support arm, includes one first fixing hole and one second fixing hole; One assist handle includes one the 3rd fixing hole and at least one reference column; One returning spring includes a spring body, one first and holds lotus arm and one second and hold the lotus arm, and wherein this first holds lotus arm and this second and hold the lotus arm and be connected to this assist handle and this holder respectively; And a fixed pivot axi, be used for passing this first fixing hole, this second fixing hole, the 3rd fixing hole and this spring body, to articulate this assist handle, this returning spring and this holder; Wherein when this connecting portion inserts this cavity of this support arm; This at least one reference column of this assist handle is passed this at least one support arm location hole and this at least one wave collecting device location hole; With the relative position between fixing this connecting portion and this support arm, and make this at least one reference column keep fastening state through the elastic-restoring force of this returning spring.
The present invention also discloses a kind of wave collecting device of Fast Installation, includes: a wave collecting device main body; A junction extends from this wave collecting device main body, includes a plurality of signal output units and at least one wave collecting device location hole; One support arm includes at least one support arm location hole and can hold a cavity of this connecting portion, is used for supporting this wave collecting device main body via connecting this connecting portion; One holder includes one first fixing hole and one second fixing hole; One operating grip includes one first end, one second end and one the 3rd fixing hole, and this first end forms an eccentric cam, and this second end is used for this operating grip of switching; One fixed pivot axi is used for passing this first fixing hole, this second fixing hole and the 3rd fixing hole, to articulate this operating grip and this holder; And a portable plate, be located between this operating grip and this support arm, and contact with the outer peripheral edges of first end of this operating grip, include at least one reference column; Wherein when this connecting portion inserts this cavity of this support arm; This operating grip that pivots passes this at least one support arm location hole and this at least one wave collecting device location hole with this at least one reference column on this portable plate, with the relative position between fixing this connecting portion and this support arm.
But the present invention also discloses a kind of wave collecting device of Fast Installation, includes: a wave collecting device main body; A junction extends from this wave collecting device main body, includes a plurality of signal output units and at least one wave collecting device location hole; One support arm includes at least one support arm location hole and can hold a cavity of this connecting portion, is used for supporting this wave collecting device main body via connecting this connecting portion; At least one elastic latch, wherein each elastic latch includes: an elastic latch seat includes an opening; One trip elastomer is arranged in this elastic latch seat; And a location trip, be arranged in this elastic latch seat and be connected in this trip elastomer; Wherein when this connecting portion inserts this cavity of this support arm; The location trip of this at least one elastic latch is passed corresponding this at least one support arm location hole and this at least one wave collecting device location hole; With the relative position between fixing this connecting portion and this support arm, and this at least one elastic latch makes its this corresponding location trip keep fastening state through its corresponding elastomeric elastic-restoring force of this trip.
Be compared to known technology and use the screws mode; The embodiment of the invention can not need with any instrument; Only need the shirtsleeve operation can be fast and firmly reach the purpose of assembling or dismounting wave collecting device, and come to reduce effectively the gap between spare part through fixation spring tab.Thus, not only can avoid time-consuming locking process of taking a lot of work, also can reach simultaneously fast and assemble with accurate wave collecting device.
Description of drawings
Fig. 1 is the sketch map of a known satellite communication receiving system.
Fig. 2 is the sketch map of known use screws wave collecting device.
Fig. 3 is the decomposing schematic representation of the wave collecting device with Fast Installation function of the embodiment of the invention.
Fig. 4 is the side schematic view before the connecting portion among Fig. 3 is connected with support arm.
Fig. 5 is the connecting portion and side schematic view after support arm is connected among Fig. 3.
Fig. 6 is the decomposing schematic representation of the wave collecting device with Fast Installation function of the embodiment of the invention.
Fig. 7 is the side schematic view before the connecting portion among Fig. 6 is connected with support arm.
Fig. 8 is the connecting portion and side schematic view after support arm is connected among Fig. 6.
Fig. 9 has the decomposing schematic representation of a wave collecting device 90 of Fast Installation function for the embodiment of the invention.
Figure 10 is the side schematic view before the connecting portion among Fig. 9 is connected with support arm.
Figure 11 is the connecting portion and side schematic view after support arm is connected among Fig. 9.
Figure 12 is the sketch map of a fixation spring tab of the embodiment of the invention.
Figure 13 is the sketch map that one of the embodiment of the invention is installed guiding structural.
The primary clustering symbol description:
10 satellite communication receiving systems 364 first are held the lotus arm
102 disc-shaped antennas 366 second hold the lotus arm
104,30,60,90 wave collecting devices, 370,630 fixed pivot axis
106 support arms, 380 fixation spring tabs
310 wave collecting device main bodys, 620 operating grips
320 connecting portions, 622 first ends
322 signal output units, 624 second ends
324 wave collecting device location holes, 640 portable plates
330 support arms, 650 elastomers
332 support arm location holes, 660 baffles
334 cavitys, 910 elastic latch
340,610 holders, 912 elastic latch seats
342,612 first fixing holes, 914 trip elastomers
344,614 second fixing holes, 916 location trips
350 assist handles, 918 openings
352,626 the 3rd fixing holes, 920 protuberances
354 reference columns, 922 limiting sections
360 returning springs, 1302 guiding protuberances
362 spring bodies, 1304 guide grooves
Embodiment
Please refer to Fig. 3, Fig. 3 is the decomposing schematic representation of the wave collecting device 30 with Fast Installation function of the embodiment of the invention.Wave collecting device 30 comprises a wave collecting device main body 310, a junction 320, a support arm 330, a holder 340, an assist handle 350, a returning spring 360, a fixed pivot axi 370 and at least one fixation spring tab 380.Wave collecting device main body 310 is connected to support arm 330 by connecting portion 320, with the along of the parabolic disc that firmly is fixed in satellite antenna.Connecting portion 320 extends from wave collecting device main body 310, includes a plurality of signal output units 322 and wave collecting device location hole 324.Support arm 330 includes support arm location hole 332 and can hold a cavity 334 of connecting portion 320.Wherein support arm 330 is used for supporting wave collecting device main body 310 via being connected to connecting portion 320.Holder 340 is arranged on the support arm 330, includes one first fixing hole 342 and one second fixing hole 344.Assist handle 350 includes one the 3rd fixing hole 352 and a reference column 354.Returning spring 360 includes a spring body 362, one first and holds lotus arm 364 and one second and hold lotus arm 366.Wherein first hold lotus arm 362 and second and hold lotus arm 364 and be connected to assist handle 350 and holder 340 respectively, act on assist handle 350 and the holder 340 with elastic force with spring body 362.Fixed pivot axi 370 is used for passing first fixing hole 342, second fixing hole 344, the 3rd fixing hole 352 and spring body 362, so that assist handle 350, returning spring 360 are pivoted on the holder 340.Therefore; When connecting portion 320 inserts the cavity 334 of support arm 330; Pass support arm location hole 332 and wave collecting device location hole 324 by reference column 354 with assist handle 350; Fix the relative position of 330 of connecting portion 320 and support arms, and can make reference column 324 keep fastening state through the elastic-restoring force of returning spring 360.On the other hand, fixation spring tab 380 is fixedly arranged on the sidewall of cavity 334, is used for its elastic-restoring force of mat to replace connecting portion 320, thus, can further strengthen the relative position of 330 of portion of being fastenedly connected 320 and support arms.In other words, fix the connection of connecting portion 320 and support arm 330, and use fixation spring tab 380 to eliminate the gap of connecting portion 320 and support arm 330, and effectively reach the fixedly annexation of wave collecting device body 310 and support arm 330 through reference column 354.In addition, holder 340 can weld, engaging, removably or other any fixing modes are arranged on the support arm 330.The structure that holder 340 can also be formed in one with support arm 330.
The further connecting portion 320 among detailed description Fig. 3 and the assembly and disassembly of support arm 330.Please refer to Fig. 4 and Fig. 5, Fig. 4 is the side schematic view before the connecting portion 320 among Fig. 3 is connected with support arm 330.Fig. 5 is the connecting portion 320 and side schematic view after support arm 330 is connected among Fig. 3.As shown in Figure 4; If when desire assembling connecting portion 320 and support arm 330; At first; Can assist handle 350 be switched to a second place P2 by a primary importance P1 through the external force effect, make that the reference column 354 of assist handle 350 leaves support arm location hole 332 after, again connecting portion 320 is inserted in the cavity 334 of support arms 330 (also being about to connecting portion 320 advances along the directions X among Fig. 3).Then, with after support arm location hole 332 is aimed at, release action is in the external force of assist handle 350 with corresponding wave collecting device location hole 324.Thus; Assist handle 350 receives the elastic-restoring force effect of returning spring 360 and is back to primary importance P1 by second place P2 pivot; Make reference column 354 pass corresponding support arm location hole 332 and wave collecting device location hole 324, locate and the relative position that is fixedly connected 330 of portion 320 and support arms.Please continue Fig. 5, if desire dismounting connecting portion 320 is during with support arm 330, the same described mode, can make that reference column 354 leaves support arm location hole 332 through external force effect pivot assist handle 350 after, again connecting portion 320 is pulled away the cavity 334 of support arm 330.Thus, through design of the present invention, as long as shirtsleeve operation assist handle 350 can be fast and the spare part of assembling firmly or dismounting wave collecting device.
Please refer to Fig. 6, Fig. 6 is the decomposing schematic representation of the wave collecting device 60 with Fast Installation function of the embodiment of the invention.Wave collecting device 60 comprises a wave collecting device main body 310, a junction 320, a support arm 330, a holder 610, an operating grip 620, a fixed pivot axi 630, a portable plate 640, an elastomer 650 and a baffle 660.It should be noted that; Have similar operation mode and function owing to have the assembly of same names in the wave collecting device 60 of Fig. 6 and the wave collecting device 30 of Fig. 3,, specify just in this omission therefore for asking description for purpose of brevity; The connection relationship of these assemblies is as shown in Figure 6, repeats no more at this.Holder 610 includes one first fixing hole 612 and one second fixing hole 614.Operating grip 620 includes one first end 622, one second end 624 and one the 3rd fixing hole, 626, the first ends 622 and forms eccentric cams (eccentric cam), and second end 624 is used for switching operating grip 620.Fixed pivot axi 630 is used for passing first fixing hole 612, second fixing hole 614 and the 3rd fixing hole 626, to articulate operating grip 620 and holder 610.Portable plate 640 is located at 330 of operating grip 620 and support arms, and contacts with the outer peripheral edges of first end 622 of operating grip 620, includes at least one reference column 642.In the case, according to the operating principle of eccentric cam, the situation that portable plate 640 can contact with first end, 622 outer peripheral edges of operating grip 620, and produce different displacement, and then the position of control reference column 642.When connecting portion 320 desires are inserted the cavity 334 of support arm 330; Pivot action handle 620 makes portable plate 640 produce displacement; And then reference column 642 passed support arm location hole 332 and wave collecting device location hole 324, with the relative position of 330 of fixed connection portion 320 and support arms.On the other hand, wave collecting device 60 can be fixedly arranged on fixation spring tab 380 on the sidewall of cavity 334, replaces connecting portion 320 with its elastic-restoring force of mat, thus, can further strengthen the relative position of 330 of portion of being fastenedly connected 320 and support arms.In other words, fix the connection of connecting portion 320 and support arm 330, and can use fixation spring tab 380 to eliminate the gap of connecting portion 320 and support arm 330, and effectively reach the annexation of wave collecting device 310 bodies and support arm 330 through reference column 642.
Preferably, wave collecting device 60 also comprises an elastomer 650, and elastomer 650 is connected between portable plate 640 and the support arm 330, separates with support arm 330 to make portable plate 640 through its elastic-restoring force.In other words; Necessary administration activities plate 640 is greater than the elastic-restoring force of elastomer 650; Just meeting displacement of portable plate 640; Can avoid portable plate 640 misoperations thus, and make reference column 642 mistake penetrate wave collecting device location hole 324 and support arm location hole 332 and relative motion between backstop connecting portion 320 and the support arm 330.Wherein elastomer 650 can be a spring, a shell fragment or any device with elastic force.Wave collecting device 60 also comprises a baffle 660, is connected between operating grip 620 and the portable plate 640 scratch portable plate 640 when avoiding operating grip 620 pivot action.For instance, baffle 660 can be realized by a plastic tab, but is not limited thereto.In addition, as shown in Figure 6, holder 610 can be along the peripheral U type holders that form of support arm 330, with support operation handle 620 more firmly.Holder 610 can weld, engaging, removably or other any fixing modes are arranged on the support arm 330.For instance, holder 610 is fixed on support arm 330 peripheries with spot welding or soldering mode.Holder 610 can also with the support arm 330 shaped structures body that becomes one.
The further connecting portion 320 among detailed description Fig. 6 and the assembly and disassembly of support arm 330.Please refer to Fig. 7 and Fig. 8, Fig. 7 is the side schematic view before the connecting portion 320 among Fig. 6 is connected with support arm 330.Fig. 8 is the connecting portion 320 and side schematic view after support arm 330 is connected among Fig. 6.As shown in Figure 7; If when desire assembling connecting portion 320 and support arm 330; At first, can operating grip 620 be switched to a second place P2 by a primary importance P1, make the reference column 642 of portable plate 640 leave support arm location hole 332 (even also the thin part of the meat of first end 622 contacts portable plate 640 through the external force effect; Portable plate 640 diminishes towards the displacement meeting of Y direction), (also being about to connecting portion 320 advances along the directions X among Fig. 3) in the cavity 334 with connecting portion 320 insertion support arms 330 again.Then; With corresponding wave collecting device location hole 324 with after support arm location hole 332 is aimed at; Operating grip 620 is switched to primary importance P1 (even also the thick meat part of first end 622 divides contact portable plate 640 by second place P2; Portable plate 640 becomes big towards the displacement meeting of Y direction), make reference column 642 pass corresponding support arm location hole 332 and wave collecting device location hole 324, locate and the relative position that is fixedly connected 330 of portion 320 and support arms.Please continue with reference to Fig. 8; If when desire dismounting connecting portion 320 and support arm 330; The same described mode, can make that reference column 642 leaves support arm location hole 332 through external force effect pivot action handle 620 after, again connecting portion 320 is pulled away the cavity 334 of support arm 330.Thus, through design of the present invention, as long as the operating grip 620 of shirtsleeve operation tool eccentric cam effect can be fast and the spare part of assembling firmly or dismounting wave collecting device.
Please continue with reference to figure 9, Fig. 9 is the decomposing schematic representation of the wave collecting device 90 with Fast Installation function of the embodiment of the invention.Wave collecting device 90 comprises a wave collecting device main body 310, a junction 320, a support arm 330, at least one fixation spring tab 380 and at least one elastic latch 910.It should be noted that; Have similar operation mode and function owing to have the assembly of same names in the wave collecting device 30,60 of the wave collecting device 90 of Fig. 9 and Fig. 3, Fig. 6; Therefore for asking description for purpose of brevity; Specify just and omit at this, the connection relationship of these assemblies is as shown in Figure 6, repeats no more at this.As shown in Figure 9, each elastic latch 910 includes an elastic latch seat 912, a trip elastomer 914 and a location trip 916.Elastic latch seat 912 includes an opening 918.Trip elastomer 914 is arranged in the elastic latch seat 912.Location trip 916 is arranged in the elastic latch seat 912 and is connected in trip elastomer 914.Location trip 916 includes a protuberance 920 and a limiting section 922.Protuberance 920 protrudes out elastic latch seat 912 from opening 918, limiting section 922 be arranged in the elastic latch seat and area greater than opening 918, break away from elastic latch seats 912 and be able to restriction location trip 916.In the case; When connecting portion 320 inserts the cavity 334 of support arm 330; Utilize the protuberance 920 of location trip 916 to pass corresponding support arm location hole 332 and wave collecting device location hole 324; With the relative position of 330 of fixed connection portion 320 and support arms, and the elastic-restoring force of elastic latch 910 through its corresponding trip elastomer 914 makes its corresponding location trip 916 keep fastening state.Preferably; After can organizing each spare part (promptly group is found trip elastomer 914 and located trip 916 in elastic latch seat 912 in advance) of upright completion elastic latch 910 in advance; Elastic latch 910 is fixed in the connecting portion 320, and makes the opening 918 of elastic latch 910 aim at corresponding wave collecting device location hole 324.In addition, trip elastomer 914 can be a spring, a shell fragment or any device with elastic force.On the other hand, fixation spring tab 380 is fixedly arranged on the sidewall of cavity 334, is used for its elastic-restoring force of mat to replace connecting portion 320, thus, can further strengthen the relative position of 330 of portion of being fastenedly connected 320 and support arms.In other words, fix the connection of connecting portion 320 and support arm 330, and use fixation spring tab 380 to eliminate the gap of connecting portion 320 and support arm 330, and effectively reach the annexation of wave collecting device 310 bodies and support arm 330 through elastic latch 910.
The further connecting portion 320 among detailed description Fig. 9 and the assembly and disassembly of support arm 330.Please refer to Figure 10 and Figure 11, Figure 10 is the side schematic view before the connecting portion 320 among Fig. 9 is connected with support arm 330.Figure 11 is the connecting portion 320 and side schematic view after support arm 330 is connected among Fig. 9.Shown in figure 10, during as if desire assembling connecting portion 320 and support arm 330, at first, can make in the protuberance 920 retraction elastic latch seats 912, so that connecting portion 320 inserts the cavity 334 of support arms 330 through the external force effect.Then; With corresponding wave collecting device location hole 324 with after support arm location hole 332 is aimed at; The protuberance 920 of location trip 916 receives the elastic-restoring force effect of trip elastomer 914 and gives prominence to trip elastomers 914 via opening 918; Pass corresponding support arm location hole 332 and wave collecting device location hole 324, locate and the relative position that is fixedly connected 330 of portion 320 and support arms.Please continue Figure 11, if after desire dismounting connecting portion 320 during with support arm 330, can make protuberance 920 leave support arm location hole 332 through the external force effect, in the retraction elastic latch seat 912, again connecting portion 320 is pulled away the cavity 334 of support arm 330.Thus, through design of the present invention, as long as shirtsleeve operation elastic latch 910 can be fast and the spare part of assembling firmly or dismounting wave collecting device.
It should be noted that wave collecting device 30,60 and 90 is embodiments of the invention, those of ordinary skills should do different variations according to this, and are not limited thereto.For instance; Wave collecting device main body 310, connecting portion 320 and support arm 330 are not limited to given shape or material; For example can be round tube, square pipe or other any shapes; Or with unlike material, for example wave collecting device main body 310 is used aluminium material, and support arm 330 uses iron material matter to make.In addition; In the present embodiment; Use 2 groups of reference columns (or location trip) and corresponding wave collecting device location hole 324 and support arm location hole 332 thereof respectively, but be not limited thereto, as long as reference column 354 has its corresponding wave collecting device location hole 324 and support arm location hole 332.The form that fixation spring tab 380 can anyly have elastic force realizes.And; Fixation spring tab 380 can spot welding or the riveted joint mode be fixed in the cavity 334 of support arm 330; Perhaps; Shown in figure 12, fixation spring tab 380 can be the integrated formed structure body with support arm 330, and directly the interior male structure with a tool elastic force realizes fixation spring tab 380 on the sidewall of the cavity 334 of support arm 330.On the other hand, shown in figure 13, in order to quicken assembling; Can increase the guiding structural design; For instance, connecting portion 320 comprises guiding protuberance 1302 and a support arm 330 and comprises the guide groove 1304 corresponding to guiding protuberance 130, with the referencer when assembling; But be not limited thereto, those of ordinary skills should do different variations according to this.
In sum; Be compared to known technology and use the screws mode; The embodiment of the invention can not need with any instrument, only needs the shirtsleeve operation can be fast and firmly reach the purpose of assembling or dismounting wave collecting device, and comes to reduce effectively the gap between spare part through fixation spring tab.Thus, not only can avoid time-consuming locking process of taking a lot of work, also can reach simultaneously fast and assemble with accurate wave collecting device.
The above is merely preferred embodiment of the present invention, and every equivalent variations and modification of being done according to claims scope of the present invention all should belong to covering scope of the present invention.
Claims (25)
1. but the wave collecting device of a Fast Installation comprises:
One wave collecting device main body;
A junction extends from said wave collecting device main body, comprises a plurality of signal output units and at least one wave collecting device location hole;
One support arm comprises at least one support arm location hole and can hold a cavity of said connecting portion, is used for supporting said wave collecting device main body via connecting said connecting portion;
One holder is arranged on the said support arm, comprises one first fixing hole and one second fixing hole;
One assist handle comprises one the 3rd fixing hole and at least one reference column;
One returning spring comprises that a spring body, one first holds lotus arm and one second and holds the lotus arm, and wherein said first holds lotus arm and said second holds the lotus arm and be connected to said assist handle and said holder respectively; And
One fixed pivot axi is used for passing said first fixing hole, said second fixing hole, said the 3rd fixing hole and said spring body, to articulate said assist handle, said returning spring and said holder;
Wherein, When said connecting portion inserts the said cavity of said support arm; Said at least one reference column of said assist handle is passed said at least one support arm location hole and said at least one wave collecting device location hole; With the relative position between fixing said connecting portion and said support arm, and make said at least one reference column keep fastening state through the elastic-restoring force of said returning spring.
2. wave collecting device as claimed in claim 1; Wherein when said connecting portion inserts said cavity; Said assist handle can receive the external force effect and be switched to a second place by a primary importance; After making that said at least one reference column of said assist handle leaves said at least one support arm location hole, more said connecting portion is inserted the said cavity of said support arm.
3. wave collecting device as claimed in claim 2; After wherein power effect outside disappears; Said assist handle can receive the elastic-restoring force effect of said returning spring and be switched to said primary importance by the said second place; Make said at least one reference column pass said at least one support arm location hole and said at least one wave collecting device location hole, with the relative position between fixing said connecting portion and said support arm.
4. wave collecting device as claimed in claim 1; Wherein when said connecting portion pulls away said cavity; Said assist handle can receive the external force effect and be switched to a second place by a primary importance; After making that said at least one reference column of said assist handle leaves said at least one wave collecting device location hole, more said connecting portion is pulled away the said cavity of said support arm.
5. wave collecting device as claimed in claim 1 wherein also comprises at least one fixation spring tab, is fixedly arranged on the sidewall of said cavity, is used for its elastic-restoring force of mat to prop up said connecting portion, so that keep fixing relative position between said connecting portion and said support arm.
6. wave collecting device as claimed in claim 5, wherein said at least one fixation spring tab and the said support arm structure that is formed in one.
7. wave collecting device as claimed in claim 1, wherein said holder is arranged on the said support arm removably.
8. wave collecting device as claimed in claim 1, wherein said holder and the said support arm structure that is formed in one.
9. but the wave collecting device of a Fast Installation comprises:
One wave collecting device main body;
A junction extends from said wave collecting device main body, comprises a plurality of signal output units and at least one wave collecting device location hole;
One support arm comprises at least one support arm location hole and can hold a cavity of said connecting portion, is used for supporting said wave collecting device main body via connecting said connecting portion;
One holder comprises one first fixing hole and one second fixing hole;
One operating grip comprises one first end, one second end and one the 3rd fixing hole, and said first end forms an eccentric cam, and said second end is used for the said operating grip of switching;
One fixed pivot axi is used for passing said first fixing hole, said second fixing hole and said the 3rd fixing hole, to articulate said operating grip and said holder; And
One portable plate is located between said operating grip and said support arm, and contacts with the outer peripheral edges of first end of said operating grip, comprises at least one reference column;
Wherein, When said connecting portion inserts the said cavity of said support arm; The said operating grip that pivots passes said at least one support arm location hole and said at least one wave collecting device location hole with said at least one reference column on the said portable plate, with the relative position between fixing said connecting portion and said support arm.
10. wave collecting device as claimed in claim 9 wherein also comprises an elastomer, is connected between said portable plate and the said support arm, to make said portable plate away from said support arm through its elastic-restoring force.
11. wave collecting device as claimed in claim 9 wherein also comprises a baffle, is connected between said operating grip and the portable plate, in case scratch portable plate during the operating grip pivot action.
12. wave collecting device as claimed in claim 9; Wherein when said connecting portion pulls away said cavity; Said operating grip pivots; After making that said at least one reference column of said portable plate leaves said at least one wave collecting device location hole, more said connecting portion is pulled away the said cavity of said support arm.
13. wave collecting device as claimed in claim 9; Wherein also comprise at least one fixation spring tab; Be fixedly arranged on the sidewall of said cavity, be used for its elastic-restoring force of mat to prop up said connecting portion, so that keep fixing relative position between said connecting portion and said support arm.
The structure 14. wave collecting device as claimed in claim 13, wherein said at least one fixation spring tab and said support arm are formed in one.
15. wave collecting device as claimed in claim 9, wherein said holder are a U type holder, and form along said support arm is peripheral.
16. wave collecting device as claimed in claim 15, wherein holder is fixed on said support arm periphery with spot welding or soldering.
The structure 17. wave collecting device as claimed in claim 9, wherein said holder and said support arm are formed in one.
18. but the wave collecting device of a Fast Installation comprises:
One wave collecting device main body;
A junction extends from said wave collecting device main body, comprises a plurality of signal output units and at least one wave collecting device location hole;
One support arm comprises at least one support arm location hole and can hold a cavity of said connecting portion, is used for supporting said wave collecting device main body via connecting said connecting portion;
At least one elastic latch, each elastic latch comprises:
One elastic latch seat comprises an opening;
One trip elastomer is arranged in the said elastic latch seat; And
One location trip is arranged in the said elastic latch seat and is connected in said trip elastomer;
Wherein, When said connecting portion inserts the said cavity of said support arm; The location trip of said at least one elastic latch is passed corresponding said at least one support arm location hole and said at least one wave collecting device location hole; With the relative position between fixing said connecting portion and said support arm, and said at least one elastic latch makes its corresponding said location trip keep fastening state through its corresponding elastomeric elastic-restoring force of said trip.
19. wave collecting device as claimed in claim 18; Said location trip in wherein said at least one elastic latch comprises a protuberance and a limiting section; Said protuberance protrudes out said elastic latch seat from said opening, and said limiting section breaks away from said elastic latch seat in order to limit said location trip.
20. wave collecting device as claimed in claim 18; Wherein when said connecting portion inserts said cavity; Said location trip in said at least one elastic latch can receive the external force effect and in the said elastic latch seat of retraction, so that said connecting portion inserts the said cavity of said support arm.
21. wave collecting device as claimed in claim 18; After wherein power effect outside disappears; Said location trip in said at least one elastic latch can receive the elastomeric elastic-restoring force effect of said trip and by protrude out said elastic latch seat from said opening; And pass said at least one support arm location hole and said at least one wave collecting device location hole, with the relative position between fixing said connecting portion and said support arm.
22. wave collecting device as claimed in claim 18; Wherein when said connecting portion pulls away said cavity; Said location trip can receive the external force effect and in the said elastic latch seat of retraction; After making that said location trip leaves said at least one wave collecting device location hole, more said connecting portion is pulled away the said cavity of said support arm.
23. wave collecting device as claimed in claim 18; Wherein also comprise at least one fixation spring tab; Be fixedly arranged on the sidewall of said cavity, be used for its elastic-restoring force of mat to prop up said connecting portion, so that keep fixing relative position between said connecting portion and said support arm.
The structure 24. wave collecting device as claimed in claim 23, wherein said at least one fixation spring tab and said support arm are formed in one.
25. wave collecting device as claimed in claim 18, said at least one elastic latch is connected in said connecting portion, and the said opening of said at least one elastic latch is aimed at corresponding wave collecting device location hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910136731 CN101888006B (en) | 2009-05-13 | 2009-05-13 | Rapidly installed wave collecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910136731 CN101888006B (en) | 2009-05-13 | 2009-05-13 | Rapidly installed wave collecting device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101888006A CN101888006A (en) | 2010-11-17 |
| CN101888006B true CN101888006B (en) | 2012-12-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910136731 Active CN101888006B (en) | 2009-05-13 | 2009-05-13 | Rapidly installed wave collecting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101888006B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1135104A (en) * | 1995-03-07 | 1996-11-06 | 夏普株式会社 | Terminal structure and universal low noise blockdown converter using the same |
| CN2904477Y (en) * | 2006-04-29 | 2007-05-23 | 百一电子股份有限公司 | Equalizing bipolarized satellite wave collector |
| CN2904478Y (en) * | 2006-04-29 | 2007-05-23 | 百一电子股份有限公司 | Simple mounted bipolarized satellite wave collector |
-
2009
- 2009-05-13 CN CN 200910136731 patent/CN101888006B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1135104A (en) * | 1995-03-07 | 1996-11-06 | 夏普株式会社 | Terminal structure and universal low noise blockdown converter using the same |
| CN2904477Y (en) * | 2006-04-29 | 2007-05-23 | 百一电子股份有限公司 | Equalizing bipolarized satellite wave collector |
| CN2904478Y (en) * | 2006-04-29 | 2007-05-23 | 百一电子股份有限公司 | Simple mounted bipolarized satellite wave collector |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101888006A (en) | 2010-11-17 |
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