CN2587726Y - Fabric wheel type cleaner for car-washing machine - Google Patents
Fabric wheel type cleaner for car-washing machine Download PDFInfo
- Publication number
- CN2587726Y CN2587726Y CN 02289146 CN02289146U CN2587726Y CN 2587726 Y CN2587726 Y CN 2587726Y CN 02289146 CN02289146 CN 02289146 CN 02289146 U CN02289146 U CN 02289146U CN 2587726 Y CN2587726 Y CN 2587726Y
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- sides
- arms
- support unit
- elastic element
- brushing
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Abstract
The utility model relates to a fabric wheel cleaner for a car washing machine. In order to provide car washing equipment which has the advantages that a car is cleaned uniformly, the car is prevented from being damaged, and the service life is prolonged; thus, the utility model is provided. The utility model comprises two sliding rails which are vertically arranged at intervals, two support units, a fabric cleaning wheel assembly, two vibration damping structures which are erected on the support units, and a drive source which is used for driving the fabric cleaning wheel assembly, wherein, the support units are respectively positioned between the two sliding rails and are connected with the sliding rails, and the support units move on the sliding rails up and down; each support unit comprises a fixing element which is glidingly connected with each sliding rail, a pivot shaft which is fixedly connected with the fixing element and is extended horizontally, and a connecting seat which is pivoted with the pivot shaft and is far away from each sliding rail compared with the fixing element; the fabric cleaning wheel assembly is provided with a transmission shaft which is positioned between the two support units, and a fabric cleaning wheel which is sheathed on the transmission shaft; the transmission shaft and the connecting seat are pivoted at the lower part of the pivot shaft; the vibration damping structures are positioned between the fabric cleaning wheel assembly and the transmission shaft, and the drive source is arranged on one connecting seat.
Description
Technical field
The utility model belongs to the vehicle cleaning apparatus, particularly a kind of motor washer brushing wheel apparatus.
Background technology
The carwash brushing wheel apparatus 1 of the motor washer of commonly using as shown in Figure 1 and Figure 2, comprises two each intervals and slide rail 11, two support units 12, brushing wheels 13 and the drive source 14 erectly arranged.
Two support units 12 lay respectively on two slide rails 11.Support unit 12 has two and is arranged above and below respectively and is arranged at pulley 121, two connecting pieces 122, connecting element 123, drive-connecting shaft 124 and Connection Block 125 in each slide rail 11.
Two connecting pieces 122 horizontal-extending that is arranged above and below respectively is connected with pulley 121 and connecting element 123 Joints, and one of drive-connecting shaft 124 end and connecting element 123 are affixed, and the horizontally extending other end and Connection Block 125 are articulated.
Though the support unit 12 of the carwash brushing wheel apparatus 1 that this kind commonly used has drive-connecting shaft 124 respectively and Connection Block 125 is articulated, and make the brushing wheels 13 that are articulated on each Connection Block 125 when rotating, produce the displacement of an angle around drive-connecting shaft 124 by each Connection Block 125, but still can't reduce these brushing wheels 13 because of phenomenons such as inequality that gravity effect rotates and shakes, these phenomenons can cause following shortcoming:
Clean uneven when 1, scrubbing car.
2, when car when same motor washer cleans for a long time, because of the jitter phenomenon that automobile brushing wheel apparatus 1 is produced, can make brushing wheels 13 when rolling, car surface baking vanish be caused the situation of local damage.
3, this jitter phenomenon can reduce the service life of carwash brushing wheel apparatus 1.
Summary of the invention
The purpose of this utility model provides a kind of even cleaning Vehicle vehicle, avoid the motor washer brushing wheel apparatus that damages vehicle, increase the service life.
The utility model comprises that two slide rails, two support units, brushing wheels, two spaced apart and that erectly arrange are set up in the shock-damping structure on the support unit and drive the drive source of brushing wheels; Support unit lays respectively at and is connected with slide rail between two slide rails and does upper and lower displacement on slide rail, and it comprises and articulating with the connecting element of each slide rail sliding block joint, with connecting element affixed and horizontally extending drive-connecting shaft and with drive-connecting shaft and than the Connection Block of connecting element away from track; The brushing wheels have between two support units transmission shaft and are sheathed on brushing wheel on the transmission shaft; Transmission shaft and Connection Block articulate and are positioned at below the drive-connecting shaft; Shock-damping structure is between itself and brushing wheels transmission shaft; Drive source is arranged on the Connection Block.
Wherein:
Shock-damping structure is positioned at support unit drive-connecting shaft below, and it comprises that first seizes the part and first elastic element on both sides by the arms; First seizes part on both sides by the arms is positioned at transmission shaft one side and is horizontal linear relative, and it combines with the Connection Block of each support unit and is positioned at the position that is lower than drive-connecting shaft; The first elastic element two ends are resisted against the connecting element and first of support unit respectively and seize on both sides by the arms between part.
Shock-damping structure also comprises and first seizes part on both sides by the arms and first elastic element corresponding second is seized the part and second elastic element on both sides by the arms; Second seizes part on both sides by the arms is positioned at the transmission shaft opposite side and is horizontal linear relative, and it combines with the Connection Block of each support unit and is positioned at the position that is lower than drive-connecting shaft; The second elastic element two ends are resisted against the connecting element and second of support unit respectively and seize on both sides by the arms between part.
Shock-damping structure has and first seizes part bonded assembly strut bar on both sides by the arms; Strut bar is connected in first and seizes on both sides by the arms between the connecting element of part and support unit, and wears in first elastic element.
Shock-damping structure has with first and second seizes part bonded assembly strut bar on both sides by the arms; Strut bar is connected in first connecting element and second of seizing part, support unit on both sides by the arms and seizes on both sides by the arms between part, and wears in first and second elastic element.
Support unit Connection Block top is provided with connecting strap; Shock-damping structure is positioned at support unit drive-connecting shaft top.
Shock-damping structure comprises that first seizes part, second on both sides by the arms and seize part, first elastic element and strut bar on both sides by the arms; First, second is seized part on both sides by the arms and lays respectively at the drive-connecting shaft both sides and be connected with the connecting element of support unit; Strut bar is seized part on both sides by the arms with first respectively in regular turn, support unit connecting strap and second is seized part on both sides by the arms and is connected, and wears in first elastic element; The first elastic element two ends are resisted against the connecting strap and first of support unit respectively and seize on both sides by the arms between part.
The shock-damping structure strut bar also is equipped with connecting strap and second that two ends are resisted against support unit respectively and seizes second elastic element between part on both sides by the arms.
Be respectively equipped with between support unit connecting element and each slide rail to constitute and be located at slide rail interior pulley and two connecting pieces with being arranged above and below of slide rail sliding block joint; Two connecting pieces be arranged above and below respectively horizontal-extending and be connected in pulley and connecting element between.
First and second elastic element is a compression spring.
The elastic body of first and second elastic element for making by excellent power glue material.
Because the utility model comprises two slide rails, two support units, brushing wheels, two spaced apart and that erectly arrange and is set up in the shock-damping structure on the support unit and drives the drive source of brushing wheels; Support unit lays respectively at and is connected with slide rail between two slide rails and does upper and lower displacement on slide rail, and it comprises and articulating with the connecting element of each slide rail sliding block joint, with connecting element affixed and horizontally extending drive-connecting shaft and with drive-connecting shaft and than the Connection Block of connecting element away from track; The brushing wheels have between two support units transmission shaft and are sheathed on brushing wheel on the transmission shaft; Transmission shaft and Connection Block articulate and are positioned at below the drive-connecting shaft; Shock-damping structure is between itself and brushing wheels transmission shaft; Drive source is arranged on the Connection Block.When the transmission shaft of brushing wheels drives the commentaries on classics of brushing wheel clockwise direction, because the brushing wheels are with more slow-revving running, add the brushing wheel below moisture back weight concentrates on, when therefore getting into smooth, Connection Block can produce beat strength toward clockwise direction around drive-connecting shaft, at this moment, can prevent Connection Block to be driven beat in the same way by shock-damping structure, the shake that the brushing wheel is produced when rotated slows down, and then keep rotating than pulsation-free, reach and scrub the cleaning car equably, reduce the life-span that the brushing wheels produce the phenomenon of local damage to the car baking vanish and can prolong carwash brushing wheel apparatus; Not only evenly the cleaning Vehicle vehicle, avoid damaging vehicle, and increase the service life, thereby reach the purpose of this utility model.
Description of drawings
Fig. 1, carwash brushing wheel apparatus structural representation block diagram for commonly using.
Fig. 2, carwash brushing wheel apparatus decomposition texture schematic isometric for commonly using.
Fig. 3, be the utility model embodiment one structural representation block diagram.
Fig. 4, be the utility model embodiment one decomposition texture schematic isometric.
Fig. 5, be the utility model embodiment one structural representation sectional side view.
Fig. 6, for the utility model embodiment one structural representation sectional side view (elastic element is a gelatinous elastomer).
Fig. 7, for the utility model embodiment one structural representation sectional side view (elastic element is that gelatinous elastomer, strut bar are the bolt and nut group).
Fig. 8, be the utility model embodiment two structural representation block diagrams.
Fig. 9, be the utility model embodiment two decomposition texture schematic isometric.
Figure 10, be the utility model embodiment two structural representation sectional side views.
Figure 11, for the utility model embodiment two structural representation sectional side views (elastic element is a gelatinous elastomer).
Figure 12, for the utility model embodiment two structural representation sectional side views (elastic element is that gelatinous elastomer, strut bar are the bolt and nut group).
The specific embodiment
Embodiment one
As shown in Figure 3, Figure 4, the utility model comprises that two slide rails 2, two spaced apart and that erectly arrange lay respectively at support unit 3, brushing wheels 4, two detectors 5, two shock-damping structures 6 and the drive source 7 of 2 of two slide rails.
Two connecting pieces 32 be arranged above and below respectively horizontal-extending and be connected with pulley 31 and with connecting element 33 Joints.
The pivot end 342 that drive-connecting shaft 34 has horizontal-extending respectively and is articulated with the fixed connecting end 341 and the Connection Block 35 of connecting element 33 Joints.
Two shock-damping structures 6 are erected at respectively on two support units 3, and are positioned at support unit 3 drive-connecting shafts 34 belows.Shock-damping structure 6 comprises that having first seizes first seizing part 61 on both sides by the arms, having second and seize second of end 621 on both sides by the arms and seize part 62, first elastic element 63, second elastic element 64 and strut bar 65 on both sides by the arms of end 611 on both sides by the arms.
First and second is seized part 61,62 on both sides by the arms and lays respectively at the both sides of transmission shaft 41 and be horizontal linear relative, and combines with the Connection Block 35 of each support unit 3, and is installed on the position that is lower than each drive-connecting shaft 34.
First and second elastic element 63,64 is a compression spring, and its two ends are resisted against the connecting element 33 of support unit 3 respectively and first and second seizes 61,62 of parts on both sides by the arms.
Strut bar 65 is connected first in regular turn and seizes that first of part 61 is seized end 611 on both sides by the arms, the connecting element 33 and second of support unit 3 is seized second of part 62 on both sides by the arms and seized on both sides by the arms on the end 621 on both sides by the arms, and can wear respectively in the elastic element 63,64. Elastic element 63,64 can two exists simultaneously, and first elastic element 63 or second elastic element 64 also can only be set.
On the Connection Block 35 that drive source 7 one of is arranged in two Connection Blocks 35, and can drive 42 rotations of brushings wheel by the sprocket wheel and the chain drive transmission shafts 41 that are arranged in the Connection Block 35.
As shown in Figure 5, when the commentaries on classics of 42 clockwise directions is taken turns in the transmission shaft 41 drive brushings of brushing wheels 4, because brushing wheels 4 are with more slow-revving running, add brushing wheel 42 below moisture back weight concentrates on, when therefore getting into smooth, Connection Block 35 can produce beat strength toward clockwise direction around drive-connecting shaft 34, at this moment, can be resisted against first respectively by two ends on the shock-damping structure 6 seizes first of part 61 on both sides by the arms and seizes first elastic element 63 between the end 611 and the connecting element 33 of support unit 3 on both sides by the arms, to prevent Connection Block 35 to be driven beat in the same way, 42 shakes that produced when rotated of brushing wheel are slowed down, and then keep rotating than pulsation-free.
Also can be as shown in Figure 6, elastic element 63 ', 64 ' is with the made column type elastic body of excellent power glue material; Strut bar 65 is to run through first and second holder 61,62 and two elastic elements 63 ', 64 '.
Also can be as shown in Figure 7, elastic element 63 ', 64 ' is with the made column type elastic body of excellent power glue material; Strut bar 65 ' comprises the screw rod nut block 651,652 that is provided with about two, wherein screw nut group 651 is installed between first holder 61 and first elastic element 63 ', and another screw nut group 652 is installed between second holder 62 and second elastic element 64 '.
Embodiment two
As Fig. 8, shown in Figure 9, the utility model comprises that two slide rails 2, two spaced apart and that erectly arrange lay respectively at support unit 3a, brushing wheels 4, two detectors 5, two shock-damping structures 6 and the drive source 7 of 2 of two slide rails.
Support unit 3a comprises two connecting straps 36 that are arranged above and below respectively and are located at pulley 31, two connecting pieces 32, connecting element 33, drive-connecting shaft 34, the Connection Block 35 in the slide rail 2 and are positioned at Connection Block 35 tops.
Two connecting pieces 32 be arranged above and below respectively horizontal-extending and be connected with pulley 31 and with connecting element 33 Joints.
The pivot end 342 that drive-connecting shaft 34 has horizontal-extending respectively and is articulated with the fixed connecting end 341 and the Connection Block 35 of connecting element 33 Joints.
Connecting strap 36 is in order to connect shock-damping structure 6 and Connection Block 35 and to make shock-damping structure 6 be positioned at the top of first articulated section 351 of Connection Block 35.
Brushing wheels 4 have the transmission shaft 41 that second articulated section 352 with two support unit 3a Connection Blocks 35 is articulated and are set in brushing wheel 42 on the transmission shaft 41.
Two shock-damping structures 6 are erected at respectively on the two support unit 3a, and are positioned at support unit 3a drive-connecting shaft 34 tops.Shock-damping structure 6 comprises that having first seizes first seizing part 61 on both sides by the arms, having second and seize second of end 621 on both sides by the arms and seize part 62, first elastic element 63, second elastic element 64 and strut bar 65 on both sides by the arms of end 611 on both sides by the arms.
First, second is seized part 61,62 on both sides by the arms and lays respectively at drive-connecting shaft 34 both sides and be connected with the connecting element 33 of support unit 3a.
First and second elastic element 63,64 two ends are resisted against the connecting strap 36 of support unit 3a respectively and first and second seizes 61,62 of parts on both sides by the arms.
On the Connection Block 35 that drive source 7 one of is arranged in two Connection Blocks 35, and can drive 42 rotations of brushings wheel by the sprocket wheel and the chain drive transmission shafts 41 that are arranged in the Connection Block 35.
As shown in figure 10, when the commentaries on classics of 42 clockwise directions is taken turns in the transmission shaft 41 drive brushings of brushing wheels 4, because brushing wheels 4 are with more slow-revving running, add brushing wheel 42 below moisture back weight concentrates on, when therefore getting into smooth, Connection Block 35 can produce beat strength toward clockwise direction around drive-connecting shaft 34, at this moment, can be resisted against first respectively by two ends on the shock-damping structure 6 seizes first of part 61 on both sides by the arms and seizes first elastic element 63 between end 611 and the connecting strap 36 of support unit 3a on both sides by the arms, to prevent Connection Block 35 to be driven beat in the same way, 42 shakes that produced when rotated of brushing wheel are slowed down, and then keep rotating than pulsation-free.
As shown in figure 10, elastic element the 63, the 64th, compression spring.
Also can be as shown in figure 11, elastic element 63 ', 64 ' is with the made column type elastic body of excellent power glue material; Strut bar 65 is to run through first and second holder 61,62 and two elastic elements 63 ', 64 '.
Also can be as shown in figure 12, elastic element 63 ', 64 ' is with the made column type elastic body of excellent power glue material; Strut bar 65 ' comprises the screw rod nut block 651,652 that is provided with about two, wherein screw nut group 651 is installed between first holder 61 and first elastic element 63 ', and another screw nut group 652 is installed between second holder 62 and second elastic element 64 '.
This later-model carwash brushing wheel apparatus sets up shock-damping structure 6 on support unit 3 (3a), to reduce brushing wheels 4 jitter phenomenon when rotating, it has the following advantages:
1, can scrub the cleaning car equably: by the elastic element 63,64 of shock-damping structure 6 with Connection Blocks such as prevention 35 and brushing wheels 4 in the same way deflection cause and rotate shakiness and the unequal phenomenon of the application of force, and then reach the effect of even cleaning.
2, reduce the phenomenon that 4 pairs of car baking vanish of brushing wheels produce local damage: the elastic element 63,64 of shock-damping structure 6, can effectively suppress Connection Block 35 and brushing wheels 4 deflection in the same way, avoid causing the brushing wheel 42 that contacts with car body after suction because of gravity effect, make the excessive and brushing of cleaning strength when brushing wheel 42 rotates from top to down take turns 42 belows again along with Connection Block 35 deflection and cause and clean the too small phenomenon of strength in the same way, even at the long-term car that cleans of same motor washer, can be because of not cleaning the baking vanish that the strength inequality is damaged to car body yet.
3, can prolong the life-span of carwash brushing wheel apparatus: the elastic element 63,64 of shock-damping structure 6 is preventing Connection Block 35 and brushing wheels 4 in the same way during deflection, can reduce the torsion that this deflection causes, and avoid the drive-connecting shaft 34 of support unit 3 (3a) to bear hypertonia, and then improve the service life of automobile brushing wheel apparatus.
Claims (13)
1, a kind of motor washer brushing wheel apparatus, it comprises two slide rails spaced apart and that erectly arrange, two support units, brushing wheels and drives the drive source of brushing wheels; Support unit lays respectively at and is connected with slide rail between two slide rails and does upper and lower displacement on slide rail, and it comprises and articulating with the connecting element of each slide rail sliding block joint, with connecting element affixed and horizontally extending drive-connecting shaft and with drive-connecting shaft and than the Connection Block of connecting element away from track; The brushing wheels have between two support units transmission shaft and are sheathed on brushing wheel on the transmission shaft; Transmission shaft and Connection Block articulate and are positioned at below the drive-connecting shaft; Drive source is arranged on the Connection Block; It is characterized in that setting up respectively on described two support units shock-damping structure between itself and brushing wheels transmission shaft.
2, motor washer brushing wheel apparatus according to claim 1 is characterized in that described shock-damping structure is positioned at support unit drive-connecting shaft below, and it comprises that first seizes the part and first elastic element on both sides by the arms; First seizes part on both sides by the arms is positioned at transmission shaft one side and is horizontal linear relative, and it combines with the Connection Block of each support unit and is positioned at the position that is lower than drive-connecting shaft; The first elastic element two ends are resisted against the connecting element and first of support unit respectively and seize on both sides by the arms between part.
3, motor washer brushing wheel apparatus according to claim 2 is characterized in that described shock-damping structure also comprises and first seizes part on both sides by the arms and first elastic element corresponding second is seized the part and second elastic element on both sides by the arms; Second seizes part on both sides by the arms is positioned at the transmission shaft opposite side and is horizontal linear relative, and it combines with the Connection Block of each support unit and is positioned at the position that is lower than drive-connecting shaft; The second elastic element two ends are resisted against the connecting element and second of support unit respectively and seize on both sides by the arms between part.
4, motor washer brushing wheel apparatus according to claim 2 is characterized in that described shock-damping structure has and first seizes part bonded assembly strut bar on both sides by the arms; Strut bar is connected in first and seizes on both sides by the arms between the connecting element of part and support unit, and wears in first elastic element.
5,, it is characterized in that described shock-damping structure has with first and second to seize part bonded assembly strut bar on both sides by the arms according to claim 2 or 3 described motor washer brushing wheel apparatus; Strut bar is connected in first connecting element and second of seizing part, support unit on both sides by the arms and seizes on both sides by the arms between part, and wears in first and second elastic element.
6, motor washer brushing wheel apparatus according to claim 1 is characterized in that described support unit Connection Block top is provided with connecting strap; Shock-damping structure is positioned at support unit drive-connecting shaft top.
7, motor washer brushing wheel apparatus according to claim 6 is characterized in that described shock-damping structure comprises that first seizes part, second on both sides by the arms and seize part, first elastic element and strut bar on both sides by the arms; First, second is seized part on both sides by the arms and lays respectively at the drive-connecting shaft both sides and be connected with the connecting element of support unit; Strut bar is seized part on both sides by the arms with first respectively in regular turn, support unit connecting strap and second is seized part on both sides by the arms and is connected, and wears in first elastic element; The first elastic element two ends are resisted against the connecting strap and first of support unit respectively and seize on both sides by the arms between part.
8, motor washer brushing wheel apparatus according to claim 7 is characterized in that described shock-damping structure strut bar also is equipped with connecting strap and second that two ends are resisted against support unit respectively and seizes second elastic element between part on both sides by the arms.
9, motor washer brushing wheel apparatus according to claim 1 is characterized in that being respectively equipped with between described support unit connecting element and each slide rail formation and is located at slide rail interior pulley and two connecting pieces with being arranged above and below of slide rail sliding block joint; Two connecting pieces be arranged above and below respectively horizontal-extending and be connected in pulley and connecting element between.
10, motor washer brushing wheel apparatus according to claim 3 is characterized in that described first and second elastic element is a compression spring.
11, motor washer brushing wheel apparatus according to claim 3 is characterized in that the elastic body of described first and second elastic element for being made by excellent power glue material.
12, motor washer brushing wheel apparatus according to claim 8 is characterized in that described first and second elastic element is a compression spring.
13, motor washer brushing wheel apparatus according to claim 8 is characterized in that the elastic body of described first and second elastic element for being made by excellent power glue material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02289146 CN2587726Y (en) | 2002-12-04 | 2002-12-04 | Fabric wheel type cleaner for car-washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02289146 CN2587726Y (en) | 2002-12-04 | 2002-12-04 | Fabric wheel type cleaner for car-washing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2587726Y true CN2587726Y (en) | 2003-11-26 |
Family
ID=33748781
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02289146 Expired - Lifetime CN2587726Y (en) | 2002-12-04 | 2002-12-04 | Fabric wheel type cleaner for car-washing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2587726Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103738306A (en) * | 2013-11-20 | 2014-04-23 | 苏州新奇特清洗设备有限公司 | Adjustable top brush mechanism |
-
2002
- 2002-12-04 CN CN 02289146 patent/CN2587726Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103738306A (en) * | 2013-11-20 | 2014-04-23 | 苏州新奇特清洗设备有限公司 | Adjustable top brush mechanism |
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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 | ||
| CX01 | Expiry of patent term |