CN202595664U - Door device of automatic ticket checker - Google Patents
Door device of automatic ticket checker Download PDFInfo
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- CN202595664U CN202595664U CN2012200834993U CN201220083499U CN202595664U CN 202595664 U CN202595664 U CN 202595664U CN 2012200834993 U CN2012200834993 U CN 2012200834993U CN 201220083499 U CN201220083499 U CN 201220083499U CN 202595664 U CN202595664 U CN 202595664U
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- Prior art keywords
- door
- link
- gear
- drive
- framework
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B11/00—Means for allowing passage through fences, barriers or the like, e.g. stiles
- E06B11/08—Turnstiles; Gates for control of entry or exit of persons, e.g. in supermarkets
- E06B11/085—Turnstiles; Gates for control of entry or exit of persons, e.g. in supermarkets non-rotary or with a limited angle of rotation, e.g. 90°
Abstract
The utility model discloses a door device of an automatic ticket checker, and aims at providing a door device capable of reducing width of a small door device on the width direction of a channel. The door device of the automatic ticket checker comprises a frame (20), a first door (30), a second door (40), a door drive mechanism (50) and a linkage mechanism (70), wherein the first door (30) is rotatably born on the frame (20) through a pivot, the second door (40) is rotatably born on the first door (30) through the pivot, the door drive mechanism (50) enables the first door (30) to rotate relative to the frame (20), and the linkage mechanism (70) enables the second door (40) to rotate relative to the first door (30). The first door (30) comprises a door portion (31) and a swing arm portion (35), wherein the second door (40) can be stored in the door portion (31), the swing arm portion (35) is arranged below the door portion (31) and fixed on the door portion (31), and the swing arm portion (35) is driven by the door drive mechanism (50) on a position arranged below the door portion (31).
Description
Technical field
The utility model relates to the door gear of automatic ticket checker.
Background technology
In the past, had the automatic ticket checker be described below, that is, the door through making writing board shape width of channel direction (with the direction of passage quadrature) advance move and retreat mobile, thereby open and closing passage.Put down in writing in the patent documentation 1 through swing arm and made to advance to move in front of the door and retreat mobile door gear.
Quote technical literature as proof
Patent documentation
Patent documentation 1: the Chinese invention patent application discloses the CN101418651A manual
In patent documentation 1 in the door gear of record, the rear end (end of an opposite side with passage) of door is by being driven, thereby door advanced move on channel width direction and retreat mobile.In this door gear, need be provided for the parts of driving gate at the rear side of door.Therefore, the existing problem of automatic ticket checker that comprises this door gear is: the accommodation space that on channel width direction, is used to take in door gear increases.
Because the accommodation space of door gear increases on the channel width direction, therefore according to condition of different following problem takes place.When the gate-width that has enlarged channel width direction for the passage of corresponding wider width was spent, the problem that the accommodation space of door gear increases on the channel width direction then can be more obvious.In addition, when in an automatic ticket checker, on channel width direction, being adjacent to a plurality of door gear is set, there be the problem of automatic ticket checker in the width increase of channel width direction.In addition, when platoon is provided with many automatic ticket checkers on the width of channel direction, there is the problem that limited amount is set of the limited or automatic ticket checker of channel width.
The utility model content
For addressing the above problem, the purpose of the utility model is to provide the door gear that can dwindle the width on the channel width direction.
The utility model relates to the door gear of the automatic ticket checker of open and closing passage.This door gear comprises: the framework fixing with respect to said passage; Pivot suspension can advance in said width of channel direction in said framework and moves and retreat mobile first pivotally; Pivot suspension is in said first and can advance in said width of channel direction and move and retreat mobile second pivotally; Make said first to carry out rotating door drive mechanism with respect to said framework; And when turning round with respect to said framework for said first said second carry out rotating couplet on the door actuation mechanism with respect to said first.Said first comprises: can take in said second door portion; And be arranged on the below of said door portion and be fixed on the swing arm portion of said door portion.Said door drive mechanism drives said swing arm portion.
Through above-mentioned formation, can reduce the width of door gear on channel width direction.
Description of drawings
Fig. 1 is the figure of many automatic ticket checkers of expression;
Fig. 2 is the stereogram of automatic ticket checker;
The figure of the door gear when Fig. 3 is the expression pathway closure;
The figure of the door gear when Fig. 4 is the expression channel opener;
Fig. 5 is that the V of Fig. 4 is to view.
Description of reference numerals
The specific embodiment
Referring to figs. 1 to Fig. 5, the embodiment of the door gear of automatic ticket checker is described.
As depicted in figs. 1 and 2, automatic ticket checker 1 is a device (ticketing spot) open and that closing passage 2 is limit and allowed the user to pass through with system.Automatic ticket checker 1 is arranged on the ticketing spot of station (for example subway station).As shown in Figure 2, automatic ticket checker 1 comprises: the basket 3 that is approximately rectangular shape; And the door gear 10 that is provided with in the inside of basket 3 etc.
In addition, to shown in Figure 4, the width of passage 2 is made as " channel width direction X " like Fig. 1.To shown in Figure 4, on channel width direction X, will be made as " channel side X1 " like Fig. 2 with door gear 10 relative passage 2 one sides.On channel width direction X, will be made as " passage opposition side X2 " with relative door gear 10 1 sides (opposition side of " channel side X1 ") of passage 2.Like Fig. 2 and shown in Figure 5, will be made as " channel direction Y " along the direction of passage 2.
As shown in Figure 2, door gear 10 is the devices (door drive mechanism) that make first 30 and second 40 on channel width direction X, to move forward and backward.For example, door gear 10 is arranged on the center position of the channel direction Y of basket 3.As shown in Figure 3, door gear 10 comprises: framework 20; Be installed in first 30 of framework 20; Be installed in first 30 second 40; Be installed in the door drive mechanism 50 of framework 20; And the couplet on the door actuation mechanism 70 that mainly is arranged on first 30 and second 40.
First 30 and second 40 is writing board shape, and is set to, and thickness direction is channel direction Y.As shown in Figure 3, first 30 and second 40 is fan-shaped from basket 3 to the outstanding part of channel side X1 when passage 2 is closed.
First 30 pivotally pivot suspension can on channel width direction X, advance in framework 20 and move and retreat mobile.First 30 can be that the center is turned round with respect to framework 20 with the gyroaxis 30a of first 30 bottom.Gyroaxis 30a for example be arranged on framework 20 near the end of channel side X1.The direction of principal axis of gyroaxis 30a is channel direction Y.About direction of principal axis is channel direction Y, gyroaxis 40a, 53a, 61a, 62a, 65a, 81a and 85a that this point is stated after also being applicable to.Comprise for first 30: door portion 31; And the swing arm portion 35 that is fixed on the below of a portion 31.
The slit 35s that is used to drive is meant, the part that engages with the pin 65p that is used to drive (will narrate in the back).The slit 35s that is used to drive for example forms linearity.When first 30 gyroaxis 30a direction (channel direction Y) was observed, the slit 35s that is used to drive extended along the radius of a circle direction (perhaps, substantially along radial direction) that with gyroaxis 30a is the center.In swing arm portion 35, the slit 35s that is used to drive be formed on compare a portion 31 the lower end more by under the position.For example, the slit 35s that is used to drive is formed on swing arm portion 35 near the end of passage opposition side X2.The slit 35s that is used to drive is for going up the slotted hole that connects swing arm portion 35 at thickness direction (channel direction Y).In addition, the slit 35s that is used to drive can also be for not connecting the groove of swing arm portion 35.
Second 40 pivotally pivot suspension can on channel width direction X, advance in first 30 and move and retreat mobile.Second 40 can be that the center is turned round with respect to first 30 with the gyroaxis 40a of second 40 bottom.Gyroaxis 40a is arranged on first 30 near the end of channel side X1 and near first 30 the bottom.Second 40 for example is fan-shaped.Comprise the slit 40s that is used to link for second 40.
The slit 40s that is used to link is meant, the part that engages with the pin 85p that is used to link (will narrate in the back).The slit 40s that is used to link for example forms linearity.When second 40 gyroaxis 40a direction (channel direction Y) was observed, the slit 40s that is used to link extended along the radius of a circle direction (perhaps, substantially along the radius of a circle direction) that with gyroaxis 40a is the center.The slit 40s that is used to link for example forms along second 40 end at passage opposition side X2.For example, the slit 40s that is used to link is formed near second 40 the above-below direction center between near the bottom.The slit 40s that is used to link is the slotted hole that connects along thickness direction (channel direction Y) second 40.In addition, the slit 40s that is used to link can also be for not connecting second 40 groove.
The inscape of above-mentioned door drive mechanism 50 is configured to dwindle the width of door drive mechanism 50 at channel width direction X.Particularly, when channel direction Y observed, motor 51, first pulley 61 and second pulley 62 were set up in parallel at above-below direction.For example, the gyroaxis 62a (will narrate in the back) of the gyroaxis 61a of first pulley 61 (will narrate in the back) and second pulley 62 is set up in parallel on above-below direction.
Motor 51 is first 30 and second 40 and advances and move and retreat mobile drive source.Motor 51 comprises: motor body 52; With gyroaxis 53a is the center is rotated driving with respect to motor body 52 efferent 53; And the upper and lower support 54,54 (with reference to figure 5) that is fixed on motor body 52.In addition, in Fig. 3 and Fig. 4, omitted the diagram of the support 54 of upside.Motor body 52 is to comprise the part that is used to drive mechanism's (for example, rotor or stator etc.) that efferent 53 makes its rotation.Support 54 is the parts that are used for motor 51 is fixed on framework 20.As shown in Figure 5, for example with the upper and lower support 54,54 of fixing motors such as bolt 51 sides and the upper and lower support 21,21 of framework 20 sides.In addition, as shown in Figure 4, be provided with electric wire 57 at this motor 51, however this electric wire 57 and being not included in the element of motor 51 (will narrate detailed content in the back).
Parts as shown in Figure 3, that first pulley 61 is rotated by motor 51 drivings.First pulley 61 is fixed on the efferent 53 of motor 51, and with the concentric gyroaxis 61a of the gyroaxis 53a of efferent 53 be that the center is turned round.First pulley 61 is discoideus or cylindric.Second pulley also is discoideus or cylindric.
The rotating part 65 that is used to drive be pivotally pivot suspension in framework 20 and the part that is driven in rotation with respect to framework 20.The rotating part 65 that is used to drive is parts (mechanism) that rotatablely move (the rotatablely moving of second pulley 62) that caused by motor 51 transmitted to swing arm portion 35.The rotating part 65 that is used to drive is fixed on second pulley 62, and with the concentric gyroaxis 65a of the gyroaxis 62a of second pulley 62 be that the center is turned round.The rotating part 65 that is used to drive comprises: the plate 65b that is used to drive; And be installed in pin 65p plate 65b, that be used to drive that is used to drive.
The plate 65b that is used to drive connects the gyroaxis 65a of the rotating part 65 that is used to drive and the parts (link that is used to drive) of the pin 65p that is used to drive.The plate 65b that is used to drive for example is following structure.The plate 65b that is used to drive is for being discoideus (rotating part 65 that is used to drive is a lobe plate) in the center of circle with gyroaxis 65a.The diameter of the plate 65b that is used to drive substantially with the equal diameters of second pulley 62.As shown in Figure 4, swing arm portion 35 was in the width range of channel width direction X when the plate 65b that is used to drive was arranged on passage 2 openings.In addition, for example, the plate 65b that can also be used to drive with arm shape parts such as (strips) replacement that connects gyroaxis 65a and the pin 65p that is used to drive.
As shown in Figure 3, the pin 65p that is used to drive is the for example columned parts that engage (insertion) with first 30 the slit 35s that is used to drive.The pin 65p that is used to drive is arranged on the position of the gyroaxis 65a that departs from the rotating part 65 that is used to drive.The pin 65p that is used to drive is installed in the plate 65b that is used to drive and goes up and give prominence to first 30 gyroaxis 30a direction (channel direction Y) from the plate 65b that is used to drive.The pin 65p that is used for driving for example is fixed on the plate 65b that is used to drive.The pin 65p that is used to drive can also be roller.That is the pin 65p that, is used to drive can also pivot suspension goes up and can be that the center is turned round with respect to the plate 65b that is used to drive with the central axis (central axis of cylinder) of the pin 65p that is used to drive in the plate 65b that is used to drive.The pin 65p that will be used to drive is fixed under the situation of the plate 65b that is used to drive, can simplify the rotating part 65 that is used to drive.When the pin 65p that will be used to drive was made as roller, the rotating part 65 that is used to drive can successfully be implemented to drive to swing arm portion 35.
Couplet on the door actuation mechanism 70 is the mechanisms that link first 30 and second 40.When first 30 was turned round with respect to framework 20, couplet on the door actuation mechanism 70 made second 40 and turns round with respect to first 30.Through couplet on the door actuation mechanism 70, after first 30 position was confirmed, second 40 position also was able to confirm.Couplet on the door actuation mechanism 70 comprises: the fixed gear 71 that is fixed on framework 20; But be installed in first 30 moving gear 81; But and be fixed on rotating part 85 moving gear 81, that be used to link.
Fixed gear 71 is the gears (for example, sector gear) that are fixed on framework 20.Fixed gear 71 comprises: for example approximate dimetric plate-like portion 72; And the tooth 73 that is formed on plate-like portion 72 upper ends.Tooth 73 is configured along the circular arc that with first 30 gyroaxis 30a is the center.
But moving gear 81 and fixed gear 71 engagements and pivotally pivot suspension in first 30 door portion 31.But moving gear 81 is sector gears.When first 30 is turned round with respect to framework 20, but moving gear 81 is that the center is turned round with respect to first 30 with gyroaxis 81a.Gyroaxis 81a for example is arranged on a portion 31 and pays closely in the end of passage lower side X2.Pay closely at the center that gyroaxis 81a is arranged between the lower end of above-below direction center and door portion 31 of a portion 31.But moving gear 81 comprises: revolution axial region 81A; Fan-shaped plate-like portion 82; And the tooth 83 that forms in the circular-arc end of plate-like portion 82.Revolution axial region 81A is tubular or rod-like members around the gyroaxis 81a.In addition, revolution axial region 81A is concrete parts, and gyroaxis 81a then is the abstract concept of the expression centre of gyration.Plate-like portion 82 can also be semicircle shape or approximate rectangular-shaped (for example, shape) identical with the plate-like portion of fixed gear 71 72 etc.But tooth 83 is that the circular arc at center is configured along the gyroaxis 81a with moving gear 81.
The rotating part 85 that is used to link is meant, when first 30 is turned round with respect to framework 20, carries out rotating part with respect to first 30.The rotating part 85 that is used to link pivotally pivot suspension in first 30, but and be fixed on moving gear 81.That is, but the rotating part 85 that is used to link with the concentric gyroaxis 85a of the gyroaxis 81a of moving gear 81 be that the center is turned round.The rotating part 85 that is used to link is arranged in first 30 the space 32.The rotating part 85 that is used to link comprises: revolution axial region 85A; The arm 85b that is used to link; And be installed in pin 85p arm 85b, that be used to link that is used to link.Revolution axial region 85A is tubular or shaft-like concrete parts around the gyroaxis 85a.
The arm 85b that is used to link connects the gyroaxis 85a of the rotating part 85 that is used to link and the parts (link that is used to link) of the pin 85p that is used to link.The arm 85b that is used to link is the linearity parts.As shown in Figure 5, the arm 85b that is used to link is second 40 of the sandwich of thickness direction (channel direction Y), and the supporting pin 85p that is used to link is at the two ends of channel direction Y.In addition, the arm 85b that is used to link can also only support the pin 85p that is used to the link end (can also be outstanding part) at channel direction Y.
As shown in Figure 3, the pin 85p that is used to link is the for example columned pin that engages with the slit 40s that is used to link.The pin 85p that is used to link is arranged on the position of the gyroaxis 85a that departs from the rotating part 85 that is used to link.The pin 85p that is used for linking is installed in the arm 85b that is used to link.The pin 85p that is used to link for example is fixed on the arm 85b that is used to link.The pin 85p that is used to link can also be roller.That is the pin 85p that, is used to link can also pivot suspension in the arm 85b that is used to link and can be that the center is turned round with respect to the arm 85b that is used to link with the central axis (central axis of cylinder) of the pin 85p that is used to link.
(settings of each parts when passage 2 is opened)
As shown in Figure 4, door gear 10 is incorporated in basket 3 in about 1/2nd width ranges of the width L1 of channel width direction X when passage 2 is opened.The width L1 of basket 3 is set to take in the width of the door gear 10 of two adjacent on channel width direction X (approximate adjacent).In addition, width L1 that can also basket 3 is set to and framework 20 equal widths (with reference to figure 2) substantially.
As shown in Figure 4, when passage 2 was open, second 40, door drive mechanism 50 and couplet on the door actuation mechanism 70 only were arranged on first 30 in the width L2 of channel width direction X.That is, when passage 2 was open, second 40, door drive mechanism 50 and couplet on the door actuation mechanism 70 exceeded the scope of width L2 and are projected into channel side X1 or passage opposition side X2.In addition, the electric wire 57 (electric wire 57 and be not included in the inscape of motor 51) as stated, or the framework 20 that are arranged on motor 51 can exceed first 30 width L2 when passage 2 is closed.
But among the moving gear 81, the part that passage 2 is configured in when open near passage opposition side X2 is revolution axial region 81A.That is, when passage 2 is opened, but the plate-like portion 82 of moving gear 81 can not exceed revolution axial region 81A and be projected into passage opposition side X2 with tooth 83.And among the rotating part 85 that is used to link, the part that passage 2 is configured in when open the most near passage opposition side X2 is revolution axial region 85A.That is, when passage 2 was opened, the arm 85b that is used to link can not exceed revolution axial region 85A and be projected into passage opposition side X2.
(setting of each parts on channel direction Y)
As shown in Figure 5, on channel direction Y, will be made as " front side Y1 " (right side among Fig. 5, the side nearby among Fig. 3 and Fig. 4) with framework 20 first 30 relative sides.On channel direction Y, will be made as " rear side Y2 " with a side (opposition side of front side Y1) of first 30 relative framework 20.In addition, " preceding " and " back " has been merely and has been convenient to explain and uses.
Among couplet on the door actuation mechanism 70 and the door drive mechanism 50, be arranged on second 40 parts that directly engage and compare framework 20 more near the position of front side Y1 with first 30.Particularly, the rotating part 65 that is used to drive and the rotating part that is used to link 85 are arranged on compares framework 20 more near the position of front side Y1.Among couplet on the door actuation mechanism 70 and the door drive mechanism 50, be arranged on second 40 parts that engage indirectly and for example compare framework 20 more near the position of rear side Y2 (can also be arranged on and compare framework 20) more near the position of front side Y1 with first 30.Particularly, but motor 51, first pulley 61, second pulley 62, with 63, fixed gear 71 and moving gear 81 be arranged on and for example compare framework 20 more near the position of rear side Y2.
(work)
Next, the work of door gear 10 when closed condition (with reference to figure 3) becomes open state (with reference to figure 4) describes to passage 2.As shown in Figure 3, when passage 2 was closed, a part of first 30 (part of door portion 31) was outstanding to channel side X1 from basket 3, and a part of second 40 is outstanding to channel side X1 from first 30.
The work of door gear 10 comprises: drive first 30 through door drive mechanism 50; And first 30 and second 40 interlocks.Below, according to power from motor 51 through first 30 order that passes to second 40, the work of each parts is described.
(driving that door drive mechanism is 50 pairs first 30)
Under the driving of door drive mechanism 50, carry out following work for first 30.Making the efferent 53 of motor 51 is that the center is rotated driving (for example, driving by rotation counterclockwise among Fig. 3) with respect to framework 20 with gyroaxis 53a.First pulley 61 that is fixed on efferent 53 is that the center is turned round with respect to framework 20 with gyroaxis 61a.Through being that the center is turned round with respect to framework 20 with gyroaxis 62a with 63 second pulleys 62 that are connected with first pulley 61.
The rotating part that is used to drive 65 that is fixed on second pulley 62 is that the center is turned round with respect to framework 20 with gyroaxis 65a.The pin 65p that is used to drive of the rotating part 65 that is used for driving for example turns round (Fig. 3 is by revolution counterclockwise) in the lower side of gyroaxis 65a.In addition, can also door gear 10 be constituted, the pin 65p that is used to drive turns round at the upper side of gyroaxis 65a.The pin 65p that is used to drive engages with the slit 35s that is used to drive.
The pin 65p that is used to drive moves along the slit 35s that is used to drive, and makes swing arm portion 35 to passage opposition side X2 revolution (approaching).As a result, the swing arm portion 35 (first 30) that comprises the slit 35s that is used to drive is that the center is turned round with respect to framework 20 with gyroaxis 30a.
(first 30 and second 40 interlocks) based on couplet on the door actuation mechanism 70
Under the effect of couplet on the door actuation mechanism 70, second 40 work as follows.When turning round for above-mentioned first 30, but pivot suspension is that center turn round with respect to framework 20 with gyroaxis 30a in the gyroaxis 81a of first 30 moving gear 81.In addition, but moving gear 81 (tooth 83) and fixed gear 71 fixing with respect to framework 20 for (tooth 73) mesh.As a result, but moving gear 81 is that the center is turned round with respect to first 30 with gyroaxis 81a.That is, but moving gear 81 on fixed gear 71, rotate.
But the rotating part that is used to link 85 that is fixed on moving gear 81 is that the center is turned round with respect to first 30 with gyroaxis 85a.The arm 85b that is used to link of the rotating part 85 that is used for linking and the pin 85p that is used to link are upwards lifted (turning round in the direction of the clock at Fig. 3).The pin 85p that is used to link engages with the slit 40s that is used to link.
The pin 85p that is used to link moves along the slit 40s that is used to link, and makes second 40 to passage opposition side X2 revolution (approaching).As a result, comprise that second 40 of the slit 40s that is used to link is that the center is turned round with respect to first 30 with gyroaxis 40a.
As shown in Figure 4, through the result of above-mentioned work, second 40 is accommodated in first 30 the space 32, and first 30 and second 40 are accommodated in the basket 3.Thus, passage 2 becomes open state from closed condition.
When passage 2 when open state (with reference to figure 4) becomes closed condition (with reference to figure 3), make door gear 10 carry out the work opposite with above-mentioned work.Particularly, the efferent 53 that makes motor 51 is according to driving with above-mentioned opposite direction (among Fig. 3, being clockwise direction) rotation.
(effect 1)
Next the effect of the door gear 10 of automatic ticket checker shown in Figure 31 is described.The door gear 10 of automatic ticket checker 1 is the device of open and closing passage 2.Door gear 10 comprises: the framework 20 fixing with respect to passage 2; Pivot suspension can advance at channel width direction X in framework 20 and moves and retreat mobile first 30 pivotally; Pivot suspension can advance at channel width direction X in first 30 and moves and retreat mobile second 40 pivotally; Make first 30 and carry out rotating door drive mechanism 50 with respect to framework 20; And when first 30 is turned round with respect to framework 20, make second 40 and carry out rotating couplet on the door actuation mechanism 70 with respect to said first 30.
Comprise for first 30: the door portion 31 that can take in second 30; And be arranged on the below of a portion 31 and be fixed on the swing arm portion 35 of a portion 31.In addition, door drive mechanism 50 drives swing arm portion 35 in the lower position of door portion 31.
According to said structure, need not to be provided with swing arm portion 35 at the passage opposition side X2 of door portion 31.And, need not to be provided for to connect the structure (particularly, for example, the slit 35s that is used to drive, the pin 65p that is used to drive etc.) of door drive mechanism 50 and swing arm portion 35 at the passage opposition side X2 of door portion 31.Thus, can dwindle the width of door gear 10 at channel width direction X.
According to said structure, can dwindle the width of door gear 10 at channel width direction X, therefore, following described effect is arranged under following situation.Can suppress the generation of following problems, that is, enlarge first 30 and second 40 at the width of channel width direction X, be used to take in the problem that accommodation spaces enlarge in the basket 3 of door gear 10 so that can close the passage 2 of broad the time.In addition, can also suppress the generation of following problems, that is, in a basket 3, be provided with a plurality of when the adjacent door gear 10 of channel width direction X, the problem that automatic ticket checker 1 increases at the width of channel width direction X.In addition, can also overcome as shown in Figure 1 when channel width direction X is arranged side by side many automatic ticket checkers 1 passage 2 width limitations and automatic ticket checker 1 restricted number is set.
(effect 2)
Fig. 3 as shown in, couplet on the door actuation mechanism 70 comprises: pivot suspension is in first 30 the rotating part that is used to link 85 pivotally.When first 30 during with respect to framework 20 revolution, the rotating part 85 that is used to link is with respect to first 30 revolution.The rotating part 85 that is used to link comprises: be arranged on the pin 85p position, that be used to link that departs from from the gyroaxis 85a of the rotating part 85 that is used to link.Comprise for second 40: with the pin 85p that is used to link slit 40s that engage, that be used to link.In addition, with the work of couplet on the door actuation mechanism 70, that is, make second 40 with respect to framework 20 revolution and be made as " work α " when first 30 with respect to first 30 rotating work.
According to said structure, couplet on the door actuation mechanism 70 realizes work α through pin 85p that is used to link and the slit 40s that is used to link.Thus, compare, can simplify the formation of couplet on the door actuation mechanism 70, and can reduce component parts with realize the situation of work α through bent axle and cam mechanism (will tell below).As a result, can make couplet on the door actuation mechanism 70 simply.
Above-mentioned " bent axle and cam mechanism " for example be meant and comprise, with respect to first 30 rotating cam (with the rotating part that is used to link 85 corresponding components) and be connected this cam and mechanism's (referenced patent document 1) of certain any crank rod of second 40." bent axle and cam mechanism " constitutes: when cam turned round with respect to first 30, crank rod moved forward and backward at channel width direction X, thereby makes second 40 with respect to first 30 revolution (moving forward and backward).According to above-mentioned " bent axle and cam mechanism ", the parts that above-mentioned crank rod need be set and be used for the above-mentioned crank rod of pivot suspension.Therefore, be used to realize that the component parts of above-mentioned work α will increase.In addition, the mechanism of the slit 40s that " bent axle and cam mechanism " and utilization are used to link compares more complicated, therefore needs to improve the accuracy of manufacture.
(effect 3)
The rotating part 85 that is used to link comprises: connect the gyroaxis 85a of the rotating part 85 that is used to link and the arm 85b that is used to link pin 85p, linearity that is used to link.
According to said structure, can further simplify the rotating part 85 that is used to link.
(effect 4)
Couplet on the door actuation mechanism 70 comprises: the fixed gear 71 that is fixed on framework 20; But and with fixed gear 71 interlocks and pivotally pivot suspension in first 30 moving gear 81.But the rotating part 85 that is used to link is fixed on moving gear 81.
According to said structure, when first 30 during with respect to framework 20 revolution, the rotating part 85 that is used to link can be reliably with respect to first 30 revolution.
(effect 5)
But among the moving gear 81, the part that when passage 2 is open, is arranged near the position of passage opposition side X2 (opposition side of passage 2) does, but moving gear 81 and revolution axial region 81A around first 30 relative gyroaxis 81a.Among the rotating part 85 that is used to link, the part that when passage 2 is open, is arranged near the position of passage opposition side X2 (opposition side of passage 2) does, the rotating part 85 that is used to link and revolution axial region 85A around first 30 relative gyroaxis 85a.
That is, but moving gear 81 when passage 2 is open, can exceed revolution axial region 81A and be projected into passage opposition side X2.The rotating part 85 that is used to link can not exceed revolution axial region 85A and be projected into passage opposition side X2 when passage 2 is opened.Thus, can further dwindle the width of door gear 10 at channel width direction X.
(effect 6)
According to said structure, and compare to the situation that swing arm portion 35 transmits the driving force of motors 51 through gear, the inscape of door drive mechanism 50 (motor 51, first pulley 61) that degree of freedom is set is higher.Thus, be easy to constitute small-sized door gear 10.
And, in above-mentioned formation, and compare to the situation that swing arm portion 35 transmits the driving force of motors 51 through gear, can reduce the operating noise (peace and quiet) of door drive mechanism 50.
(effect 7)
When observing from channel direction Y (along the direction of passage), motor 51, first pulley 61 and second pulley 62 are set up in parallel on above-below direction.
Thus, can dwindle motor 51, first pulley 61 and second pulley 62 width at channel width direction X.As a result, can further dwindle the width of door gear 10 at channel width direction X.
(effect 8)
As stated, door drive mechanism 50 is to make first 30 with respect to framework 20 rotating parts.In order to implement this work, door drive mechanism 50 has utilized pin 65p that is used to drive and the slit 35s that is used to drive.Thus, compare, can simplify the formation of door drive mechanism 50, thereby can reduce component parts with the mechanism that does not utilize the slit 35s that is used to drive (will narrate in the back).As a result, can make door drive mechanism 50 simply.
In addition, above-mentioned " not utilizing the mechanism of the slit 35s that is used to drive " for example is meant bent axle and cam mechanism.This bent axle and cam mechanism for example are to comprise with respect to framework 20 rotating cams (with the rotating part that is used to drive 65 corresponding components) and with mechanism's (about being described in detail of bent axle and cam mechanism, please refer to above-mentioned " effect 2 ") of certain crank rod that a bit is connected of this cam and swing arm portion 35.
(effect 9)
As shown in Figure 4, when passage 2 was open, second 40, door drive mechanism 50 and couplet on the door actuation mechanism 70 only were arranged on first 30 in the width L2 of channel width direction X.
Thus, can further dwindle the width of door gear 10 at channel width direction X.
(other effect)
When passage 2 was opened, door gear 10 (except Fig. 2) was incorporated in basket 3 in about 1/2nd scopes of the width L1 of channel width direction X.
Thus, can further limit the generation of following problems, that is, and the problem that causes automatic ticket checker 1 to maximize when a plurality of door gear 10 is set in basket 3.
(variation)
Can carry out various deformation to above-mentioned embodiment.
For example, can also transmit the driving force of motor 51 through gear to swing arm portion 35.
Again for example, can also be not through with 63 or gear and directly transmit the driving force of motors 51 to the rotating part that is used to drive 65.Particularly, can make the gyroaxis 65a of gyroaxis 53a and the rotating part that is used to drive 65 of efferent 53 of motor 51 consistent.
Again for example, door drive mechanism 50 can also comprise above-mentioned " bent axle and cam mechanism " with couplet on the door actuation mechanism 70.
Again for example, can also be parts (disk-like member) with rotating part that is used to drive 65 and second pulley, 62 forming as one.Can simplify door drive mechanism 50 in this case.
Again for example, can also the arm 85b that be used to link be made as the parts of other shapes except that linearity.For example, can be with the part corresponding (link that is used to link) but and the parts of moving gear 81 forming as one with the arm 85b that is used to link.But can simplify moving gear 81 and the link that is used to link in this case.
Claims (9)
1. the door gear of automatic ticket checker, the open and closing passage of said door gear comprises:
Framework keeps fixing with respect to said passage;
First, pivot suspension is in said framework pivotally, makes it possible on said width of channel direction, advance move and retreat mobile;
Second, pivot suspension is in said first pivotally, makes it possible on said width of channel direction, advance move and retreat mobile;
Door drive mechanism makes said first to turn round with respect to said framework; And
Couplet on the door actuation mechanism when turning round with respect to said framework for said first, makes said second to turn round with respect to said first;
Said first comprises:
Door portion can take in said second; And
Swing arm portion is arranged on the below of said door portion, and is fixed on said door portion;
Said door drive mechanism drives said swing arm portion at the lower position of said door portion.
2. the door gear of automatic ticket checker according to claim 1, wherein,
Said couplet on the door actuation mechanism comprises pivotally pivot suspension at said first rotating part that is used to link,
When turning round with respect to said framework for said first, the said rotating part that is used to link turns round with respect to said first,
The said rotating part that is used to link comprises the pin that is used to link that is arranged on the position of departing from its gyroaxis,
Said second comprises the slit that is used to link that engages with the said pin that is used to link.
3. the door gear of automatic ticket checker according to claim 2, wherein,
The said rotating part that is used to link comprises: the arm that is used to link of linearity connects the gyroaxis and the said pin that is used to link of the said rotating part that is used to link.
4. the door gear of automatic ticket checker according to claim 2, wherein,
Said couplet on the door actuation mechanism comprises:
Fixed gear is fixed on the said framework; And
But moving gear, with said fixed gear interlock, and pivotally pivot suspension in said first,
But the said rotating part that is used to link is fixed on said moving gear.
5. the door gear of automatic ticket checker according to claim 4, wherein,
When said channel opener, but but to be configured in part near an opposite side with passage in the said moving gear be said moving gear and revolution axial region around said first relative gyroaxis,
When said channel opener, it is the said rotating part that is used to link and revolution axial region around said first relative gyroaxis that the said rotating part that is used for linking is configured in part near an opposite side with passage.
6. according to the door gear of any described automatic ticket checker of claim 1 to 5, wherein, said door drive mechanism comprises:
Motor is as drive source;
First pulley is driven by said motor rotation;
Band is connected with said first pulley; And
Second pulley is connected with first pulley through said band;
Said second pulley pivot suspension pivotally and is connected with said first said swing arm portion in said framework.
7. the door gear of automatic ticket checker according to claim 6, wherein,
From when the direction of said passage is observed, said motor, said first pulley and said second pulley are arranged and are configured on the above-below direction.
8. according to the door gear of any described automatic ticket checker of claim 1 to 5, wherein,
Said door drive mechanism comprises the rotating part that is used to drive, and this rotating part is rotated with respect to said framework by driving,
The said rotating part that is used to drive comprises the pin that is used to drive that is set at the position of departing from its gyroaxis,
Said first said swing arm portion comprises the slit that is used to drive that engages with the said pin that is used to drive.
9. according to the door gear of any described automatic ticket checker of claim 1 to 5, wherein,
When said channel opener, said second, said door drive mechanism and said couplet on the door actuation mechanism only are arranged in the above width of first of said width of channel direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200834993U CN202595664U (en) | 2012-03-07 | 2012-03-07 | Door device of automatic ticket checker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200834993U CN202595664U (en) | 2012-03-07 | 2012-03-07 | Door device of automatic ticket checker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202595664U true CN202595664U (en) | 2012-12-12 |
Family
ID=47313215
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200834993U Expired - Fee Related CN202595664U (en) | 2012-03-07 | 2012-03-07 | Door device of automatic ticket checker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202595664U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106314446A (en) * | 2016-08-26 | 2017-01-11 | 林会明 | Novel half-height shielding door |
| CN110869576A (en) * | 2017-07-04 | 2020-03-06 | 韩国科泰高科株式会社 | Access control device |
| WO2020089420A1 (en) | 2018-11-02 | 2020-05-07 | Revenue Collection Systems France Sas | Lateral cabinet with swing leaf for a gate for controlling access to a restricted area |
| FR3129968A1 (en) * | 2021-12-07 | 2023-06-09 | Revenue Collection Systems France Sas | Passage obstruction device and associated access gate |
-
2012
- 2012-03-07 CN CN2012200834993U patent/CN202595664U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106314446A (en) * | 2016-08-26 | 2017-01-11 | 林会明 | Novel half-height shielding door |
| CN110869576A (en) * | 2017-07-04 | 2020-03-06 | 韩国科泰高科株式会社 | Access control device |
| WO2020089420A1 (en) | 2018-11-02 | 2020-05-07 | Revenue Collection Systems France Sas | Lateral cabinet with swing leaf for a gate for controlling access to a restricted area |
| FR3088086A1 (en) | 2018-11-02 | 2020-05-08 | Revenue Collection Systems France Sas (Rcs-F Sas) | SIDE BOX WITH TILTING DOOR FOR GATE CONTROL OF ACCESS TO A RESERVED AREA |
| FR3129968A1 (en) * | 2021-12-07 | 2023-06-09 | Revenue Collection Systems France Sas | Passage obstruction device and associated access gate |
| WO2023104816A1 (en) * | 2021-12-07 | 2023-06-15 | Revenue Collection Systems France Sas | Passage blocking device and associated access gate |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121212 Termination date: 20140307 |