No B-pillar door lock system

Abstract

The present invention relates to a door lock system without a B-pillar, characterized in that it comprises an upper lock body assembly, a lower lock body assembly and an opening mechanism, wherein the upper lock body assembly is connected to the opening mechanism through an upper lock cable, and the lower lock body assembly is connected to the opening mechanism through a lower lock cable, and the opening mechanism comprises an actuator, which outputs an electric signal; a closing and unlocking gear column as a safety member; an inner and outer opening connecting plate, which is provided with an outer opening connecting position and an inner opening connecting position, wherein the outer opening connecting position is used to connect an outer handle, and the inner opening connecting position is used to connect an inner handle; an upper and lower lock and opening connecting plate, which is provided with an upper locking connecting position and a lower locking connecting position, wherein the upper locking connecting position is used to connect the upper lock body assembly, and the lower locking connecting position is used to connect the lower lock body assembly; an opening and closing lock shifting plate, one end of which is connected to the actuator through a swing rod, and the swing rod is driven to swing by the output of the actuator, thereby driving the opening and closing lock shifting plate to move, and the opening and closing lock shifting plate is connected to the closing and unlocking gear column, and can control the closing and unlocking gear column to move; the present invention provides a solution to solve the problem of B-pillar door locks, and has good unlocking synchronization and high reliability.

Description

Technical Field

[0001] The invention relates to the technical field of automobile locks, in particular to a B-pillar-free door lock system. Background Art

[0002] The car door lock system is a device installed on the car door and its pillar that can reliably lock the car door and realize the opening and locking functions through its internal mechanism. It is a very important car body accessory with a safety protection function, that is, to ensure that the car door is reliably locked during normal use to prevent the door from being opened accidentally.

[0003] There are many cars on the market without B-pillars, so the traditional lock structure is not applicable. Because there is no B-pillar, one lock or two locks are used in this market. The stability of one lock is relatively poor, but when it comes to upper and lower locks, it is necessary to design a structure for driving the two locks. Some of them are currently designed separately. This structure is complex and lacks synchronization. There are still relatively large defects in the design of the entire system. In response to this situation, we propose improvements. Summary of the invention

[0004] The present invention provides a B-pillar-free door lock system, which solves the above-mentioned problems existing in the use process of the prior art.

[0005] The technical solution of the present invention is achieved in this way:

[0006] The B-pillar-free door lock system is characterized in that it includes an upper lock body assembly, a lower lock body assembly and an opening mechanism, wherein the upper lock body assembly is connected to the opening mechanism through an upper lock cable, and the lower lock body assembly is connected to the opening mechanism through a lower lock cable, and the opening mechanism includes

[0007] an actuator that outputs an electric signal;

[0008] A closed unlocking gear column as a safety piece;

[0009] An inside-outside opening connection plate is provided with an outside opening connection position and an inside opening connection position, the outside opening connection position is used to connect the outside handle, and the inside opening connection position is used to connect the inside handle;

[0010] An upper and lower lock opening connecting plate is provided with an upper lock connecting position and a lower lock connecting position, the upper lock connecting position is used to connect the upper lock body assembly, and the lower lock connecting position is used to connect the lower lock body assembly;

[0011] An opening, closing and locking shifting plate, one end of which is connected to the actuator via a swing rod, and the swing rod is driven by the output of the actuator to swing, thereby driving the opening, closing and locking shifting plate to move, and the opening, closing and locking shifting plate is connected to the closing and unlocking shift column and can control the movement of the closing and unlocking shift column;

[0012] The closing and unlocking gear column is in two states when under electric or manual action. State one: in the unlocking state, it drives the upper and lower lock opening connecting plates and the inner and outer opening connecting plates to run synchronously to realize the opening of the upper lock body assembly and the lower lock body assembly; State two: when in the insurance state, the upper and lower lock opening connecting plates are provided with an avoidance structure, which can allow the closing and unlocking gear column to move in the avoidance structure when the outer handle or the inner handle is pulled. At this time, the upper lock body assembly and the lower lock body assembly are not opened.

[0013] Preferably, the avoidance structure is formed as follows: the inside-outside opening connecting plates are provided with interconnected locking slots and avoidance slots, the upper and lower lock opening connecting plates are provided with slots, and the opening and closing lock shifting plates are provided with connecting slots, and the above-mentioned closing and unlocking shift column is installed on the slots. Under the action of external force, the closing and unlocking shift column can move along the slots, and the closing and unlocking shift column has a lower column facing and extending into the connecting slot and an upper column facing and extending into the locking slot. When the upper column of the closing and unlocking shift column is located in the locking slot, the inside-outside opening connecting plates and the upper and lower lock opening connecting plates operate synchronously.

[0014] Preferably, the opening mechanism also includes a mounting bracket, on which an axle rod is mounted, the inside-outside opening connecting plate has an inside-outside opening connecting plate mounting hole, the upper and lower lock opening connecting plate has upper and lower lock opening connecting plate mounting holes, the inside-outside opening connecting plate and the upper and lower lock opening connecting plate are mounted on the axle rod through the inside-outside opening connecting plate mounting holes and the upper and lower lock opening connecting plate mounting holes, the opening and closing lock displacement plate is provided with a mounting column, the lower end of the mounting column is mounted on the mounting bracket, and the actuator is mounted on the mounting bracket.

[0015] Preferably, the upper lock body assembly includes an upper lock body body, which includes an upper lock body shell, a lock leaf and a stop hook. The upper lock body shell has a lock mouth, and the lock leaf is installed on the upper lock body shell through a lock leaf shaft and opens or closes the lock mouth. The stop hook is installed on the upper lock body shell through a stop hook shaft, and the stop hook cooperates with the lock leaf. It is characterized in that: the upper lock body shell is provided with an elastic sheet, the side edge of the elastic sheet is placed along the lock mouth direction, one end of the elastic sheet is molded on the upper lock body shell, a lower gap is formed between the elastic sheet and the bottom wall of the upper lock body shell, and a side activity space is formed between the elastic sheet and the side wall of the upper lock body shell, and the lateral distance of the side activity space is greater than the height of the lower gap.

[0016] Preferably, a buffer block is arranged in the side movable space between the elastic sheet and the side wall of the upper lock body shell, and the buffer block has an upper lock body shell contact surface facing the side wall of the upper lock body shell and an elastic sheet contact surface facing the outer wall of the elastic sheet.

[0017] Preferably, a limiting side wall for limiting the movement of the buffer block is processed on the side wall of the upper lock body shell, and the limiting side wall is arranged in the side movement space.

[0018] Preferably, a stop hook limiting column is processed on the upper lock body shell, and a stop hook limiting column buffer sleeve is wrapped around the stop hook limiting column; a lock leaf limiting column is processed on the upper lock body shell, and a lock leaf limiting column buffer sleeve is wrapped around the lock leaf limiting column.

[0019] Preferably, the locking blade and the stop hook are both covered with a plastic coating.

[0020] Preferably, the upper lock body shell is also processed with an integrally formed mounting epitaxial wafer, and a pull tab is movably connected to the mounting epitaxial wafer via a pin shaft, and the pull tab has a pull tab connecting end and a starting end piece for driving the stop hook to move.

[0021] Preferably, the mounting bracket is provided with an upper locking connection wire anti-detachment structure and a lower locking connection wire anti-detachment structure, the upper locking wires are connected to the upper locking connection position via the upper locking connection wire anti-detachment structure, and the lower locking wires are connected to the lower locking connection position via the lower locking connection wire anti-detachment structure.

[0022] In summary, the beneficial effects of the present invention are:

[0023] The B-pillar-free door lock system disclosed by the present invention comprises an upper lock body assembly, a lower lock body assembly and an opening mechanism. The upper lock body assembly and the lower lock body assembly can achieve the purpose of synchronous unlocking through the opening mechanism, that is, synchronous operation is achieved by utilizing the reasonable design of the inner and outer opening connecting plates and the upper and lower lock opening connecting plates. At the same time, when the insurance is unlocked, the upper and lower lock bodies can be driven synchronously to achieve the purpose of unlocking. The design is very reasonable and can meet the needs of the B-pillar-free door lock system. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0025] Figure 1 It is a schematic diagram of the overall structure of the B-pillar-free door lock system of the present invention;

[0026] Figure 2 This is a schematic diagram of the overall structure of a vehicle door installed with a B-pillar-free door lock system according to the present invention;

[0027] Figure 3 Schematic diagram of the opening mechanism Figure 1 ;

[0028] Figure 4 Schematic diagram of the opening mechanism structure Figure 2 ;

[0029] Figure 5 for Figure 2 The structural diagram at A in the middle;

[0030] Figure 6 is a schematic diagram of the connection structure of the pendulum rod;

[0031] Figure 7 This is a schematic diagram of the installation of the upper and lower lock opening connection plate and the opening and closing lock displacement plate;

[0032] Figure 8 It is a structural schematic diagram of the opening and closing lock displacement plate;

[0033] Fig. 9 It is a structural diagram of the upper and lower locks to open the connecting plate;

[0034] Fig.10 This is a structural diagram of the inner and outer opening connection plate;

[0035] Fig.11 The overall structure of the lock assembly of the utility model is shown in FIG. Figure 1 ;

[0036] Fig.12 The overall structure of the lock assembly of the utility model is shown in FIG. Figure 1 ;

[0037] Fig.13 This is a schematic diagram of the internal partial structure of the upper lock body assembly of the utility model Figure 1 ;

[0038] Fig.14 The internal partial structure of the upper lock assembly of the utility model is shown in FIG. Figure 2 ;

[0039] Fig.15 Schematic diagram of the structure of the lower gap.

[0040] Fig.16 This is a schematic diagram of the anti-detachment structure of the pull wire connecting the upper and lower locks. DETAILED DESCRIPTION

[0041] The following will be combined with the attached embodiment of the present invention Figure 1-16 , the technical solutions in the embodiments of the present invention are clearly and completely described. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. Example

[0042] like Figures 1 to 16As shown, the present invention discloses a B-pillar-free door lock system, including an upper lock body assembly 1000, a lower lock body assembly 1001 and an opening mechanism 1005, wherein the upper lock body assembly 1000 is connected to the opening mechanism via an upper lock cable 1007, and the lower lock body assembly 1001 is connected to the opening mechanism 1005 via a lower lock cable 1006, and the opening mechanism 1005 includes

[0043] An actuator 1, which outputs an electric signal;

[0044] A closed and unlocked gear column 5, serving as a safety element;

[0045] An inside-outside opening connecting plate 3 is provided with an outside opening connecting position and an inside opening connecting position. The outside opening connecting position is used to connect the outside handle, which can be connected to the outside handle through the outside opening connecting rod 1002. When opening, the inside-outside opening connecting plate is pushed to rotate counterclockwise, and the inside opening connecting position is used to connect the inside handle;

[0046] An upper and lower lock opening connecting plate 4 is provided with an upper lock connecting position 42 and a lower lock connecting position 43, wherein the upper lock connecting position is used to connect to the upper lock body assembly, and the lower lock connecting position is used to connect to the lower lock body assembly;

[0047] An opening and closing lock shifting plate 6 has one end connected to the actuator via a rocker arm 2. The output of the actuator drives the rocker arm to swing, thereby driving the opening and closing lock shifting plate to move. The opening and closing lock shifting plate is connected to the closing and unlocking shift column and can control the movement of the closing and unlocking shift column. The opening and closing lock shifting plate 6 is also connected to an internal locking pull wire 1003 for manually controlling the swing of the opening and closing lock shifting plate. The actuator electrically controls the swing of the opening and closing lock shifting plate, thereby realizing both electric and manual modes.

[0048] The closing and unlocking gear column is in two states when under electric or manual action. State one: in the unlocking state, it drives the upper and lower lock opening connecting plates and the inner and outer opening connecting plates to run synchronously to realize the opening of the upper lock body assembly and the lower lock body assembly; State two: when in the insurance state, the upper and lower lock opening connecting plates are provided with an avoidance structure, which can allow the closing and unlocking gear column to move in the avoidance structure when the outer handle or the inner handle is pulled. At this time, the upper lock body assembly and the lower lock body assembly are not opened.

[0049] The opening mechanism also includes a mounting bracket 9, on which a shaft rod 7 is mounted, the inside-outside opening connecting plate has an inside-outside opening connecting plate mounting hole, the upper and lower lock opening connecting plate has an upper and lower lock opening connecting plate mounting hole, the inside-outside opening connecting plate and the upper and lower lock opening connecting plate are mounted on the shaft rod 7 through the inside-outside opening connecting plate mounting holes and the upper and lower lock opening connecting plate mounting holes. Specifically, a torsion spring 8 is mounted on the shaft rod, and one end 81 of the torsion spring is stuck in the notch 71 opened in the shaft rod 7, and the other end 82 of the torsion spring is stuck in the inside-outside opening connecting plate. Its working method is the prior art and is not described in detail.

[0050] Among them, the actuator 1 is installed on the mounting bracket 9, and the opening and closing lock displacement plate 6 is provided with a mounting column 64, the lower end of the mounting column 64 is installed on the mounting bracket, and a plurality of claws 640 are processed on the end surface of the mounting column 64. The opening and closing lock displacement plate 6 is centered on the mounting column 64, and the opening and closing lock displacement plate 6 is bent into a docking step, and the docking step is connected to the swing rod connecting column 62 connected to the swing rod. The actuator is connected to the swing rod 2, and the actuator drives the swing rod 2 to swing through the rotation of the output end. It should be pointed out that the actuator is electrically actuated, and the output end can rotate. There are a lot of existing technical supports that will not be explained. This scheme uses the rotation of the actuator to drive the swing rod to move, and then drives the opening and closing lock displacement plate 6 connected to the swing rod to achieve the purpose of electrically applying or releasing the insurance. The avoidance structure is mainly composed of the following: the inner and outer opening connecting plate 3 (reference Figure 8 ) is provided with a locking slot 31 and an escape slot 32, the escape slot 32 is communicated with the locking slot 31, wherein the escape slot 32 is an arc-shaped hole, the upper and lower lock opening connecting plate 4 is provided with a slot 41, the opening and closing lock displacement plate 6 (reference Figure 6 ) is provided with a connecting slot 61, and a closing and unlocking gear column 5 is installed on the slot 41. Under the action of external force, the closing and unlocking gear column can move along the slot 41, and the closing and unlocking gear column has a lower column 54 facing and extending into the connecting slot and an upper column 53 facing and extending into the locking slot. When the upper column 53 of the closing and unlocking gear column is located in the locking slot 31 and is in a contact insurance state (that is, the unlocking state can be achieved), the inside and outside opening connecting plate 3 and the upper and lower locking and opening connecting plate 4 operate synchronously.

[0051] The inner and outer opening connection plate is provided with an outer opening connection position 34 and an inner opening connection position 33. The outer opening connection position 34 is reserved for connecting the outer opening pull rod, which can be connected to the outer handle and can push the inner and outer opening connection plate to rotate counterclockwise when opening. The inner opening connection position 33 is reserved for connecting the inner opening pull wire 1004, and the other end of the pull wire is connected to the inner handle.

[0052] The upper and lower lock opening connecting plates are provided with an upper lock connecting position 42 and a lower lock connecting position 43. The reserved upper lock connecting position 42 is used to connect the upper lock body assembly, and the reserved lower lock connecting position 43 is used to install the lower lock body assembly. The upper lock body assembly and the lower lock body assembly are both door lock structures, and the lock bodies of automobile door locks on the market can be applicable without detailed description.

[0053] The closing and unlocking gear column has an upper limit ring 51 and a lower limit ring 52, both of which are larger than the width of the slot, and a mounting portion for adapting to the slot is formed between the upper limit ring and the lower limit ring. The mounting structure of the closing and unlocking gear column is designed to be installed on the upper and lower lock and open connecting plates, and the closing and unlocking gear column has a lower column 54 and an upper column 53. The end of the lower column 54 faces and extends into the connecting slot, and the end of the upper column 53 faces and extends into the locking slot, so as to achieve the control function.

[0054] The technology of this scheme is further explained: the closing and unlocking gear column connects the inside and outside opening connecting plate and the upper and lower lock opening connecting plates: 1. When the insurance is released (the upper column of the closing and unlocking gear column is in the locking slot 31), the upper and lower lock opening connecting plates 4 and the inside and outside opening connecting plates 3 rotate counterclockwise at the same time, and the upper and lower locks are opened at the same time; 2. When the insurance is on (the upper column of the closing and unlocking gear column is in the avoidance slot 32), when the inside and outside opening connecting plates 3 rotate counterclockwise, the avoidance slots thereon avoid the closing and unlocking gear column, the upper and lower lock opening connecting plates 3 do not move, and the upper and lower locks are not opened.

[0055] The structure of an upper lock body assembly is described as follows: it includes an upper lock body 101, the upper lock body 101 includes an upper lock body shell 105, a lock leaf 106 and a stop hook 104, the upper lock body shell has a lock port 107, the lock leaf 106 is installed on the upper lock body shell through a lock leaf shaft 1062 and opens or closes the lock port 107, the stop hook 104 is installed on the upper lock body shell through a stop hook shaft 108, the stop hook cooperates with the lock leaf, and the stop hook and the lock leaf cooperate to work The formula is the prior art and will not be described in detail. The upper lock body shell is provided with an elastic sheet 113, one end of which is formed on the upper lock body shell, and a lower gap A is formed between the elastic sheet and the bottom wall of the upper lock body shell, and a side activity space 115 is formed between the elastic sheet and the side wall of the upper lock body shell. The lateral distance of the side activity space 115 is greater than the height of the lower gap A. This method allows the elastic sheet to have enough space to deform. The purpose of the lower gap A is to allow the elastic sheet to be in a free state, so that the elastic sheet can swing and achieve reset. The side of the elastic sheet 113 is placed along the direction of the lock mouth, that is, it is designed along the depth direction of the lock mouth. The main purpose is that the lock bolt 102 also enters from the outer end of the lock mouth during movement, and will contact the side wall of the elastic sheet during the process. This solution changes the previous fixed side of the lock mouth into a deformable side wall. The structure has strong applicability and lower assembly requirements than before. The use of the deformable elastic sheet can reduce the problem of unevenness caused by errors, and at the same time solve the current hard contact and excessive collision sound.

[0056] A buffer block 114 is arranged in the side movable space between the elastic sheet and the side wall of the upper lock body shell. The buffer block 114 has an upper lock body shell contact surface facing the side wall of the upper lock body shell and an elastic sheet contact surface facing the outer wall of the elastic sheet. By utilizing multiple surface contacts, there will not be an excessive gap between the buffer block 114 to prevent the generation of shaking noise. The design of the buffer block facilitates to increase the service life of the elastic sheet and further reduce noise.

[0057] A limiting side wall 116 for limiting the movement of the buffer block is processed on the side wall of the upper lock body shell. The limiting side wall is arranged in the side activity space to further limit the movable space of the buffer block and improve stability.

[0058] The upper lock body shell is processed with a stop hook limiting column 112, and the stop hook limiting column is covered with a stop hook limiting column buffer sleeve 110. The upper lock body shell is processed with a lock leaf limiting column 111, and the lock leaf limiting column is covered with a lock leaf limiting column buffer sleeve 109. The stop hook limiting column buffer sleeve 110 and the lock leaf limiting column buffer sleeve 109 of this solution are used to reduce the noise generated when the stop hook and the lock leaf are working.

[0059] In order to further improve the mute effect, the locking leaf 106 and the stop hook 104 are both covered with a plastic coating layer, and the plastic coating layer is divided into a stop hook plastic coating layer 1041 and a locking leaf plastic coating layer 1041 .

[0060] The upper lock body shell is also processed with an integrally formed mounting epitaxial sheet 117, and the mounting epitaxial sheet is movably connected with a pull tab 103 through a pin shaft 1033. The pull tab 103 has a pull tab connecting end 1034 and a starting end sheet 1031 for driving the stop hook to move, wherein the pull tab connecting end 1034 is used to connect the pull wire 100 or the pull rod, and the pull tab connecting end 1034 is pulled by the pull wire 100 or the pull rod, and the pin shaft 1033 is used as the rotation center to drive the starting end sheet 1031 to move, thereby driving the stop hook above the starting end sheet 1031 to move, so as to open the contact with the lock leaf and realize unlocking.

[0061] The mounting bracket 9 is provided with an upper locking connection wire anti-detachment structure and a lower locking connection wire anti-detachment structure. The upper locking wires 1007 are connected to the upper locking connection position through the upper locking connection wire anti-detachment structure, and the lower locking wires are connected to the lower locking connection position through the lower locking connection wire anti-detachment structure.

[0062] Both the upper locking connection pull wire anti-slip structure and the lower locking connection pull wire anti-slip structure include an anti-slip seat 1012 and an anti-slip clamping plate 1009. An inner recess 1013 is provided at one end of the anti-slip seat 1012, and a buckle outer step is provided at the other end. A pull wire storage cavity 1008 is provided in the middle of the anti-slip seat 1012. The anti-slip clamping plate 1009 has an anti-slip clamping plate shaft 1011, which is installed on the inner recess 1013. The other end of the anti-slip clamping plate 1009 has a claw 1010, which is clamped on the buckle outer step with the anti-slip clamping plate shaft 1011 as the rotation center to prevent it from being stuck in the pull wire storage cavity 1008 and moving, thereby ensuring the reliability of the connection and preventing the pull wire from being unstable during installation or use.

[0063] It should be pointed out that the lower lock body assembly can adopt the structure of the upper lock body assembly, that is, it can adopt the same structure, or it can be a lock body structure on the market.

[0064] The present invention can meet the demand for a B-pillar-free door lock system and can basically solve the complex structure of the current entire system. Through the simplified design of the present solution, the same effect can be achieved with relatively high reliability, which is conducive to market promotion and use.

[0065] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. No B-pillar door lock system, characterized by: The upper lock body assembly includes an upper lock body assembly, a lower lock body assembly and an opening mechanism. The upper lock body assembly is connected to the opening mechanism through an upper lock pull wire, and the lower lock body assembly is connected to the opening mechanism through a lower lock pull wire. The opening mechanism includes an actuator that outputs an electric signal; A closed unlocking gear column as a safety piece; An inside-outside opening connection plate is provided with an outside opening connection position and an inside opening connection position, the outside opening connection position is used to connect the outside handle, and the inside opening connection position is used to connect the inside handle; An upper and lower lock opening connecting plate is provided with an upper lock connecting position and a lower lock connecting position, the upper lock connecting position is used to connect the upper lock body assembly, and the lower lock connecting position is used to connect the lower lock body assembly; An opening, closing and locking shifting plate, one end of which is connected to the actuator via a swing rod, and the swing rod is driven by the output of the actuator to swing, thereby driving the opening, closing and locking shifting plate to move, and the opening, closing and locking shifting plate is connected to the closing and unlocking shift column and can control the movement of the closing and unlocking shift column; When the lock and unlock gear column is under electric or manual action, it is in two states: state one: in the unlock state, it drives the upper and lower lock opening connecting plates and the inner and outer opening connecting plates to operate synchronously to realize the opening of the upper lock body assembly and the lower lock body assembly; state two: when the insurance state is on, the upper and lower lock opening connecting plates are provided with an avoidance structure, which can make the lock and unlock gear column move in the avoidance structure when the outer handle or the inner handle is pulled, at this time, the upper lock body assembly and the lower lock body assembly are not opened; The avoidance structure is formed as follows: the inner and outer opening connecting plates are provided with interconnected locking slots and avoidance slots, the upper and lower lock opening connecting plates are provided with slots, the opening and closing lock shifting plates are provided with connecting slots, the above-mentioned closing and unlocking shifting posts are installed on the slots, and under the action of external force, the closing and unlocking shifting posts can move along the slots, and the closing and unlocking shifting posts have a lower post facing and extending into the connecting slots and an upper post facing and extending into the locking slots, and when the upper post of the closing and unlocking shifting posts is located in the locking slots, the inner and outer opening connecting plates and the upper and lower lock opening connecting plates operate synchronously; The opening mechanism also includes a mounting bracket, on which a shaft rod is mounted, the inside-outside opening connecting plate has inside-outside opening connecting plate mounting holes, the upper and lower lock opening connecting plate has upper and lower lock opening connecting plate mounting holes, the inside-outside opening connecting plate and the upper and lower lock opening connecting plate are mounted on the shaft rod through the inside-outside opening connecting plate mounting holes and the upper and lower lock opening connecting plate mounting holes, the opening and closing lock displacement plate is provided with a mounting column, the lower end of the mounting column is mounted on the mounting bracket, and the actuator is mounted on the mounting bracket.

2. The B-pillar-less door lock system according to claim 1, characterized in that: The upper lock body assembly includes an upper lock body body, which includes an upper lock body shell, a lock leaf and a stop hook. The upper lock body shell has a lock mouth. The lock leaf is installed on the upper lock body shell through a lock leaf shaft and opens or closes the lock mouth. The stop hook is installed on the upper lock body shell through a stop hook shaft, and the stop hook cooperates with the lock leaf. It is characterized in that: the upper lock body shell is provided with an elastic sheet, the side edge of the elastic sheet is placed along the lock mouth direction, one end of the elastic sheet is molded on the upper lock body shell, a lower gap is formed between the elastic sheet and the bottom wall of the upper lock body shell, and a side activity space is formed between the elastic sheet and the side wall of the upper lock body shell, and the lateral distance of the side activity space is greater than the height of the lower gap.

3. The B-pillar-less door lock system according to claim 2, characterized in that: A buffer block is arranged in the side movable space between the elastic sheet and the side wall of the upper lock body shell. The buffer block has an upper lock body shell contact surface facing the side wall of the upper lock body shell and an elastic sheet contact surface facing the outer wall of the elastic sheet.

4. The B-pillar-less door lock system according to claim 3, characterized in that: A limiting side wall for limiting the movement of the buffer block is processed on the side wall of the upper lock body shell, and the limiting side wall is arranged in the side movement space.

5. The B-pillar-less door lock system according to claim 4, characterized in that: A stop hook limiting column is processed on the upper lock body shell, and a stop hook limiting column buffer sleeve is arranged on the outer sleeve of the stop hook limiting column; a lock leaf limiting column is processed on the upper lock body shell, and a lock leaf limiting column buffer sleeve is arranged on the outer sleeve of the lock leaf limiting column.

6. The B-pillar-less door lock system according to claim 5, characterized in that: The locking blade and the stop hook are both covered with a plastic coating.

7. The B-pillar-less door lock system according to claim 5, characterized in that: The upper lock body shell is also processed with an integrally formed mounting epitaxial sheet, and a pull tab is movably connected to the mounting epitaxial sheet through a pin shaft. The pull tab has a pull tab connecting end and a starting end sheet for driving the stop hook to move.

8. The B-pillar-less door lock system according to claim 1, characterized in that: The mounting bracket is provided with an upper locking connection wire anti-detachment structure and a lower locking connection wire anti-detachment structure. The upper locking wires are connected to the upper locking connection position through the upper locking connection wire anti-detachment structure, and the lower locking wires are connected to the lower locking connection position through the lower locking connection wire anti-detachment structure.

Images