CN211713330U - Beating-up box body of air jet loom - Google Patents

Beating-up box body of air jet loom Download PDF

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CN211713330U
CN211713330U CN201922305012.6U CN201922305012U CN211713330U CN 211713330 U CN211713330 U CN 211713330U CN 201922305012 U CN201922305012 U CN 201922305012U CN 211713330 U CN211713330 U CN 211713330U
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shaft
box
main
gear
drive shaft
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王勇
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Jiangsu Youcheng Cnc Technology Co ltd
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Abstract

本实用新型涉及一种喷气织机打纬箱体,由大盖板依次向内设置外、内共轭凸轮片和一级主动齿轮穿接穿过主箱体的织机主轴,主箱体上穿接摆轴和三者依次经齿轮啮合传动的大过桥齿轮轴、行星绞边传动轴、后杆摆动偏心凸轮驱动轴,摆轴另一端穿接至箱体内且固定连接主、从动力臂,从、主动力臂上分别设置内、外转子,大盖板上设有对应主动力臂和外转子位置的带小封板的调整孔;行星绞边传动轴外接行星绞边器,后杆摆动偏心凸轮驱动轴上固定上偏心轴段上连接后杆摆动偏心凸轮,后杆摆动偏心凸轮经后杆连接纱线导向轴。能兼顾≥60度的停顿引纬时间和更大的打纬力,打纬、绞边、凸轮转子间隙可调且不干涉织机其他零部件。

Figure 201922305012

The utility model relates to a weft-beating box of an air jet loom. A large cover plate is provided with an outer and an inner conjugate cam sheet and a first-stage driving gear threaded through the main box. The main box is arranged on the main box. Pass through the swing shaft and the large bridge gear shaft, the planetary twisting drive shaft, the swing eccentric cam drive shaft of the rear lever, and the other end of the swing shaft is connected to the box and is fixedly connected to the main and slave power arms. , The inner and outer rotors are respectively set on the slave and main power arms, and the large cover plate is provided with adjustment holes with small sealing plates corresponding to the positions of the main power arm and the outer rotor; The swing eccentric cam drive shaft is fixed on the upper eccentric shaft section and is connected to the rear lever swing eccentric cam, and the rear lever swing eccentric cam is connected to the yarn guide shaft through the rear lever. It can take into account the pause time of weft insertion of ≥60 degrees and a larger beating force, and the beating-up, twisting, and cam rotor gaps can be adjusted without interfering with other parts of the loom.

Figure 201922305012

Description

一种喷气织机打纬箱体An air-jet loom beating-up box

技术领域technical field

本实用新型涉及一种织机,具体说是一种喷气织机打纬箱体。The utility model relates to a loom, in particular to a beating-up box of an air jet loom.

背景技术Background technique

喷气织机主轴是360度匀速旋转,而打纬钢筘既要在引纬时有足够的停顿时间来让气流吹着纬纱在喷气异形筘气槽里飞行到头,又需要在引纬实现后将纬纱快速而有力的打到织机0度最前端交织点上。离打纬点最远位置停顿时间越长则用于引纬的时间越充足,对引纬的气压要求相应越低,同时车速也就可以更快;打纬力越大,则织机织造的布面风格越饱满,同时对厚重品种适应范围更广。The main shaft of the air-jet loom rotates at a constant speed of 360 degrees, and the beating-up reed should not only have enough pause time during weft insertion to allow the airflow to blow the weft yarn to the end in the air groove of the air-jet special-shaped reed, but also need to be inserted after the weft insertion. The weft yarn is quickly and powerfully hit to the frontmost interweaving point at 0 degrees on the loom. The longer the pause time is at the farthest position from the beating-up point, the more time is used for weft insertion, the lower the air pressure requirements for weft insertion, and the faster the vehicle speed; the greater the beating-up force, the more The fuller the cloth style, the wider the range of adaptation to heavy varieties.

现有280cm门幅机器正常运转在550转/分钟以内的喷气织机基本采用的偏心曲柄通过六联杆或四联杆驱动打纬轴上的筘座脚、筘座和钢筘来解决引纬所需停顿时间的,缺点是近似停顿时间最长不超过60度,而且停顿时间长了,打纬时间越短且力越小。机器运转速度提不上去,也不能织厚重织物,且因为偏心曲柄上的联杆是通过轴瓦在曲柄上旋转是滑动摩擦,所以轴瓦材质要求高,时间长了会磨损,更换麻烦,能耗高,打纬力小,易损件多,维修量大。申请号201110088652.1喷气织机的公开内容是概要的介绍了共轭凸轮打纬作为喷气织机的一种打纬方式及其优点,没有具体的可行的实施结构方案,从其申请资料的图中可以看出那是一个不可行的方案,没有解决共轭凸轮间隙调整问题,而且从所示附图中摆轴朝大齿轮方向的转子是对应了离大盖板远的一个凸轮片上,为了与过桥大齿轮不干涉,则摆轴需要外移,整个箱体会更大,产生对其他零部件的干涉。另一个转子是对应了离大盖板近的凸轮片上,再加上结合凸轮片的形状,此结构不科学且不能可行的实现喷气打纬和引纬。Existing 280cm door width machines normally operate within 550 r/min. The eccentric crank basically uses the eccentric crank to drive the reed seat foot, reed seat and steel reed on the beating shaft through six or four links to solve the problem of weft insertion. The disadvantage of the required pause time is that the approximate pause time does not exceed 60 degrees at the longest, and the longer the pause time is, the shorter the beating time and the smaller the force. The running speed of the machine cannot be increased, and heavy fabrics cannot be woven, and because the connecting rod on the eccentric crank rotates on the crank through the bearing bush, it is a sliding friction, so the material requirements of the bearing bush are high, and it will wear out over time, which is troublesome to replace and high energy consumption. , The beating force is small, the wearing parts are many, and the maintenance volume is large. The disclosure content of the application number 201110088652.1 of the air-jet loom is a general introduction of the conjugate cam beating-up method and its advantages as a beating-up method of the air-jet loom. There is no specific feasible implementation structure scheme. It can be seen that it is an unfeasible solution, and the problem of adjusting the gap of the conjugate cam is not solved, and the rotor with the pendulum shaft facing the direction of the large gear corresponds to a cam sheet far from the large cover in the shown figure. If the bridge gear does not interfere, the pendulum shaft needs to be moved outward, and the entire box will be larger, resulting in interference with other components. The other rotor is corresponding to the cam piece close to the large cover plate, and combined with the shape of the cam piece, this structure is unscientific and cannot be used to realize jet beating and weft insertion.

发明内容SUMMARY OF THE INVENTION

针对上述问题,本实用新型提供了一种结构科学紧凑、传动稳定,能兼顾≥60度的停顿引纬时间和更大的打纬力,一体满足打纬、绞边要求凸轮转子间隙可调且不干涉织机其他零部件的喷气织机打纬箱体。In view of the above problems, the utility model provides a kind of scientific and compact structure, stable transmission, which can take into account the pause weft insertion time of ≥ 60 degrees and a larger beating force, and can meet the requirements of beating up and twisting. The cam rotor gap is adjustable and Air-jet loom beating-up box that does not interfere with other parts of the loom.

本实用新型采用的技术方案是:一种喷气织机打纬箱体,包括主箱体,主箱体一侧设置于织机侧边,另一侧朝外且设置大盖板,其特征在于:还包括均设置于主箱体内的共轭凸轮组、两转子、一级主动齿轮、大过桥齿轮、一级从动齿轮、二级主动齿轮、二级从动齿轮,由大盖板依次向内设置共轭凸轮组的外共轭凸轮片、内共轭凸轮片和一级主动齿轮穿接在穿过主箱体的织机主轴上,织机主轴通过轴承在主箱体和大盖板上支撑且旋转,主箱体上还穿接有平行上述织机主轴的摆轴、大过桥齿轮轴、行星绞边传动轴、后杆摆动偏心凸轮驱动轴,摆轴设置于织机主轴上方,摆轴一端连接主箱体外的筘座脚上,摆轴另一端穿接至箱体内且连接主、从动力臂,主动力臂位于摆轴向大过桥齿轮轴的一侧,从动力臂对应设置于摆轴的另一侧,从动力臂和主动力臂上分别设置内、外转子呈对应在共轭凸轮组的内、外共轭凸轮片上无间隙滚动状态,外转子经压盖压接、转子可调偏心芯轴可调设置主动力臂上,大盖板上设有对应主动力臂和外转子位置的调整孔,调整孔上设有小封板;大过桥齿轮轴上穿接大过桥齿轮,大过桥齿轮与一级主动齿轮啮合,行星绞边传动轴在主箱体内固定且同圆心设有一级从动齿轮和二级主动齿轮,行星绞边传动轴外接置于主箱体外的行星绞边器,后杆摆动偏心凸轮驱动轴上固定且同圆心设有与二级主动齿轮啮合的二级从动齿轮,后杆摆动偏心凸轮驱动轴上偏心轴段上连接后杆摆动偏心凸轮,后杆摆动偏心凸轮经后杆连接纱线导向轴。The technical scheme adopted by the utility model is: an air-jet loom beating-up box, including a main box, one side of the main box is arranged on the side of the loom, and the other side faces outward and is provided with a large cover, which is characterized in that : It also includes a conjugate cam group, two rotors, a first-level driving gear, a large bridge gear, a first-level driven gear, a second-level driving gear, and a second-level driven gear, which are arranged in the main box. The outer conjugate cam sheet, the inner conjugate cam sheet and the first-stage driving gear of the conjugate cam group are arranged inwardly and are connected to the loom main shaft passing through the main box body. The loom main shaft passes through the bearing between the main box body and the large cover The board is supported and rotated, and the main box is also connected with a swing shaft parallel to the main shaft of the loom, a large bridge gear shaft, a planetary hemming drive shaft, and a swing eccentric cam drive shaft of the rear rod. The swing shaft is arranged on the main shaft of the loom. Above, one end of the swing shaft is connected to the foot of the reed outside the main box, and the other end of the swing shaft is threaded into the box and connected to the main and slave power arms. The power arm is correspondingly arranged on the other side of the pendulum shaft, and the inner and outer rotors are respectively set on the slave power arm and the main power arm in a state of rolling without gaps on the inner and outer conjugate cam sheets corresponding to the conjugate cam group, and the outer rotor is pressed. Cover crimping, rotor adjustable eccentric mandrel can be adjusted on the main power arm, the large cover is provided with adjustment holes corresponding to the positions of the main power arm and the outer rotor, and the adjustment holes are provided with a small sealing plate; the large bridge gear shaft The large bridge gear is connected to the upper part, and the large bridge gear is meshed with the first-level driving gear. The planetary hemming drive shaft is fixed in the main box and is concentrically provided with a first-level driven gear and a second-level driving gear, and the planetary hemming drive shaft is externally connected. The planetary edger placed outside the main box, the rear lever swinging eccentric cam drive shaft is fixed on the secondary driven gear that meshes with the secondary driving gear concentrically, and the eccentric shaft section on the rear lever swinging eccentric cam drive shaft The upper connecting rod swinging eccentric cam is connected with the yarn guiding shaft through the rear rod swinging eccentric cam.

进一步地,所述大过桥齿轮轴支撑在主箱体内的箱内支撑小侧板,箱内支撑小侧板上留有错开调整孔的豁口。Further, the large bridge gear shaft is supported in the box in the main box to support the small side plate, and the small side plate in the box is provided with a gap for staggering the adjustment holes.

进一步地,一级从动齿轮和一级主动齿轮齿数比是1:1,即行星绞边传动轴与织机主轴的转速比是1:1,所述二级主动齿轮和二级从动齿轮啮合且齿数比是1:1,即行星绞边传动轴与后杆摆动偏心凸轮驱动轴的转速比是1:1。Further, the gear ratio of the first-stage driven gear and the first-stage driving gear is 1:1, that is, the speed ratio between the planetary hemming drive shaft and the loom main shaft is 1:1, and the second-stage driving gear and the second-stage driven gear are Meshing and the gear ratio is 1:1, that is, the speed ratio of the planetary hemming drive shaft and the rear lever swing eccentric cam drive shaft is 1:1.

进一步地,所述二级主动齿轮和一级从动齿轮共用一个齿轮。Further, the secondary driving gear and the primary driven gear share one gear.

进一步地,所述二级从动齿轮直接啮合一级从动齿轮。Further, the secondary driven gear directly meshes with the primary driven gear.

进一步地,所述后杆摆动偏心凸轮驱动轴与行星绞边传动轴合一根轴,不设二级主齿轮和二级从动齿轮。Further, the swinging eccentric cam drive shaft of the rear rod and the planetary hemming drive shaft are combined into one shaft, and there are no secondary main gears and secondary driven gears.

进一步地,所述筘座脚上设有带打纬钢筘的筘座。Further, a reed seat with a beating-up reed is arranged on the foot of the reed seat.

本实用新型的有益之处:1、共轭凸轮组的内、外共轭凸轮片对应作用于摆轴两侧的内、外转子,松开压盖可通过调整孔使用专用扳手转动转子可调偏心芯轴修正外转子在外共轭凸轮片之间的贴合间隙,从而使内、外转子与内、外共轭凸轮片相互间无间隙贴合滚动,共轭凸轮组通过曲线设计既可以实现≥60度的更长的停顿引纬时间,又可以实现在加速度优化后更大的打纬力;2、在主箱体内设置支撑大过桥齿轮轴的箱内支撑小侧板并预留豁口,在主箱体的大盖板上开设带外封板的调整孔,可通过打开外封板经调整孔调节主动力臂上外转子的转子可调偏心轴,从而调整外转子与外共轭凸轮片的贴合间隙,设计预留调整所需空间,在适配现有织机的基础上考虑原有元件干涉以及操作方便性问题,有效解决了共轭凸轮打纬结构安装和保养的难题;3、本箱体既解决了打纬问题,同时经合理设计实现了行星绞边机构的旋转机械传动和经由从动力臂、后杆带动纱线导向轴的偏心震动机械传动输出;4、共轭凸轮组的动力轴设置于摆轴两转子摆臂及转子下方,织机筘座及钢筘在摆轴的上方,实现了高速往复运动的动平衡,机器高速运行时震动更小;5、该箱体外形尺寸与现有日系织机一样,且除此箱体外的配件与原日系喷气织机通用,便于织机批量生产,且织机使用所占用场地一样,织机所需气压低,能耗低,打纬力大,易损件少,维修量小,震动小,车速快,车速可运行在280cm门幅机800转/分钟,是现有曲柄打纬机型升级换代首选。The benefits of the utility model: 1. The inner and outer conjugate cam sheets of the conjugate cam group correspond to the inner and outer rotors acting on both sides of the pendulum shaft. When loosening the gland, the rotor can be adjusted by turning the rotor with a special wrench through the adjustment hole. The eccentric mandrel corrects the fit gap of the outer rotor between the outer conjugate cam sheets, so that the inner and outer rotors and the inner and outer conjugate cam sheets roll with each other without clearance. The conjugate cam group can be realized by the curve design. The longer weft insertion time of ≥60 degrees can realize greater weft beating force after acceleration optimization; 2. Set up the box supporting the large bridge gear shaft in the main box to support the small side plate and reserve a gap , an adjustment hole with an outer sealing plate is opened on the large cover plate of the main box, and the adjustable eccentric shaft of the outer rotor on the main power arm can be adjusted through the adjustment hole by opening the outer sealing plate, so as to adjust the outer rotor and the outer conjugation. The fitting gap of the cam sheet is designed to reserve the space required for adjustment. On the basis of adapting to the existing loom, the interference of the original components and the convenience of operation are considered, which effectively solves the problem of installation and maintenance of the conjugate cam beating-up structure. 3. The box not only solves the beating-up problem, but also realizes the rotary mechanical transmission of the planetary hemming mechanism and the eccentric vibration mechanical transmission output of the yarn guide shaft driven by the slave power arm and the rear rod through reasonable design; 4. A total of The power shaft of the yoke cam group is arranged under the swing arm and the rotor of the two rotors of the swing shaft, and the reed seat and steel reed of the loom are above the swing shaft, which realizes the dynamic balance of high-speed reciprocating motion, and the vibration of the machine is smaller when the machine runs at high speed; 5. The outer dimensions of the box are the same as the existing Japanese looms, and the accessories outside the box are common to the original Japanese air-jet looms, which is convenient for mass production of the looms, and the looms occupy the same space, and the required air pressure of the looms is low. , Low energy consumption, large beating force, few wearing parts, small maintenance, small vibration, fast speed, the speed can run at 800 rpm for a 280cm width machine, it is the first choice for upgrading existing crank beating models.

附图说明Description of drawings

图1为本实用新型结构示意图;Fig. 1 is the structural representation of the utility model;

图2为图1内部结构示意图。FIG. 2 is a schematic diagram of the internal structure of FIG. 1 .

图中:主箱体 1、主轴 2、内共轭凸轮片3、外共轭凸轮片4、内转子5、外转子6、转子可调偏心芯轴7、压盖8、调整孔9、摆轴10、一级主动齿轮11、大过桥齿轮12、一级从动齿轮13、二级主动齿轮14、二级从动齿轮15、行星绞边传动轴16、后杆摆动偏心凸轮驱动轴17、大过桥齿轮轴18、箱内支撑小侧板19、后杆摆动偏心凸轮20、行星绞边器21、筘座脚 22、筘座23、打纬钢筘24、后杆25、纱线导向轴26、纱线27、主动力臂28、从动力臂29、大盖板30、外封板31。In the figure: main box 1, main shaft 2, inner conjugate cam sheet 3, outer conjugate cam sheet 4, inner rotor 5, outer rotor 6, rotor adjustable eccentric mandrel 7, gland 8, adjustment hole 9, pendulum Shaft 10, primary driving gear 11, large bridge gear 12, primary driven gear 13, secondary driving gear 14, secondary driven gear 15, planetary hemming drive shaft 16, rear lever swing eccentric cam drive shaft 17 , large bridge gear shaft 18, small side plate 19 supported in the box, rear rod swing eccentric cam 20, planetary edger 21, reed seat foot 22, reed seat 23, beating-up reed 24, rear rod 25, yarn The guide shaft 26 , the yarn 27 , the main power arm 28 , the slave power arm 29 , the large cover plate 30 , and the outer cover plate 31 .

具体实施方式Detailed ways

以下结合实施例和附图作进一步说明。Further description will be given below in conjunction with the embodiments and the accompanying drawings.

图1、2所示:一种喷气织机打纬箱体包括主箱体 1、主轴 2、内共轭凸轮片3、外共轭凸轮片4、内转子5、外转子6、转子可调偏心芯轴7、压盖8、摆轴10、一级主动齿轮11、大过桥齿轮12、一级从动齿轮13、二级主动齿轮14、二级从动齿轮15、行星绞边传动轴16、后杆摆动偏心凸轮驱动轴17、大过桥齿轮轴18、箱内支撑小侧板19、后杆摆动偏心凸轮20、行星绞边器21、筘座脚 22、筘座23、打纬钢筘24、后杆25、纱线导向轴26、主动力臂28、从动力臂29、大盖板30、外封板31。主箱体1设置于织机侧边, 内共轭凸轮片3、外共轭凸轮片4、内转子5、外转子6、转子可调偏心芯轴 7、压盖8、一级主动齿轮11、大过桥齿轮12、一级从动齿轮13、二级主动齿轮14、二级从动齿轮15,共轭凸轮组3和一级主动齿轮11穿接在穿入主箱体1内的主轴2上,主箱体1外侧设置大盖板30,主箱体1上穿接有平行上述主轴的摆轴10、大过桥齿轮轴18、行星绞边传动轴16、后杆摆动偏心凸轮驱动轴17,摆轴10一端连接主箱体外的筘座脚22上,筘座脚22上设有带打纬钢筘24的筘座23,摆轴10另一端穿接至主箱体内且连接主动力臂28、从动力臂29,主动力臂位于摆轴向大过桥齿轮轴的一侧,从动力臂对应设置于摆轴的另一侧,内、外转子5、6分别连接在从动力臂29和主动力臂28上,外转子6经转子可调偏心芯轴7由压盖8压接在主动力臂28上,内、外转子对应在共轭凸轮组的内、外共轭凸轮片上无间隙滚动,大盖板30上对应主动力臂、外转子位置开设调整孔9,调整孔9上盖装外封板31,打开调整孔上封盖可通过专用扳手转动转子可调偏心芯轴7修正外转子6在外共轭凸轮片4之间的贴合间隙,使内、外转子分别与内、外共轭凸轮片相互间无间隙贴合滚动;大过桥齿轮轴18上穿接大过桥齿轮12,大过桥齿轮12与一级主动齿轮11啮合,行星绞边传动轴18在主箱体1内穿接在一级从动齿轮13和二级主动齿轮14,行星绞边传动轴18外接置于主箱体1外的织机行星绞边器21,后杆摆动偏心凸轮驱动轴17上穿接与二级主动齿轮啮合的二级从动齿轮15,后杆摆动偏心凸轮驱动轴上穿接后杆摆动偏心凸轮20,后杆摆动偏心凸轮20经两根依次铰接的后杆25连接纱线导向轴26,在后杆摆动偏心凸轮驱动轴带动后杆摆动偏心凸轮经由后杆25偏心带动纱线导向轴26震动导向纱线27。大过桥齿轮轴支撑在主箱体内的箱内支撑小侧板19上,箱内支撑小侧板19上留有错开调整孔位置的豁口。As shown in Figures 1 and 2: an air-jet loom beating-up box includes a main box 1, a main shaft 2, an inner conjugate cam sheet 3, an outer conjugate cam sheet 4, an inner rotor 5, an outer rotor 6, and the rotor is adjustable. Eccentric mandrel 7, gland 8, swing shaft 10, primary driving gear 11, large bridge gear 12, primary driven gear 13, secondary driving gear 14, secondary driven gear 15, planetary hemming drive shaft 16. Rear lever swing eccentric cam drive shaft 17, large bridge gear shaft 18, small side plate supported in the box 19, rear lever swing eccentric cam 20, planetary twister 21, reed seat foot 22, reed seat 23, beating-up Reed 24, rear rod 25, yarn guide shaft 26, main power arm 28, slave power arm 29, large cover plate 30, outer cover plate 31. The main box 1 is arranged on the side of the loom, the inner conjugated cam piece 3, the outer conjugated cam piece 4, the inner rotor 5, the outer rotor 6, the rotor adjustable eccentric mandrel 7, the gland 8, the primary driving gear 11 , the large bridge gear 12, the primary driven gear 13, the secondary driving gear 14, the secondary driven gear 15, the conjugate cam group 3 and the primary driving gear 11 are threaded through the main shaft that penetrates into the main box 1 2, a large cover plate 30 is arranged on the outside of the main box 1, and the main box 1 is connected with a swing shaft 10 parallel to the above-mentioned main shaft, a large bridge gear shaft 18, a planetary hemming drive shaft 16, and a rear lever swing eccentric cam drive The shaft 17, one end of the swing shaft 10 is connected to the reed seat foot 22 outside the main box, the reed seat foot 22 is provided with a reed seat 23 with a beating-up reed 24, and the other end of the swing shaft 10 is threaded into the main box body and connected The main power arm 28 and the slave power arm 29, the main power arm is located on one side of the large bridge gear shaft of the swing shaft, the slave power arm is correspondingly arranged on the other side of the swing shaft, and the inner and outer rotors 5 and 6 are respectively connected to the slave. On the power arm 29 and the main power arm 28, the outer rotor 6 is crimped on the main power arm 28 through the rotor adjustable eccentric mandrel 7 by the gland 8, and the inner and outer rotors correspond to the inner and outer conjugates of the conjugate cam group. The cam plate rolls without gaps, and the large cover plate 30 has an adjustment hole 9 corresponding to the position of the main power arm and the outer rotor. The upper cover of the adjustment hole 9 is equipped with an outer cover plate 31. After opening the upper cover of the adjustment hole, the rotor can be adjusted to eccentricity by turning the rotor with a special wrench. The mandrel 7 corrects the fitting gap of the outer rotor 6 between the outer conjugate cam sheets 4, so that the inner and outer rotors and the inner and outer conjugate cam sheets roll in close contact with each other without clearance; the large bridge gear shaft 18 passes through Connect the large bridge gear 12, the large bridge gear 12 meshes with the primary driving gear 11, and the planetary twist drive shaft 18 passes through the primary driven gear 13 and the secondary driving gear 14 in the main box 1, and the planetary twist The side drive shaft 18 is external to the loom planetary edger 21 which is placed outside the main box 1. The rear lever swings eccentric cam drive shaft 17 and is connected to the secondary driven gear 15 meshing with the secondary driving gear, and the rear lever swings eccentrically. The rear lever swinging eccentric cam 20 is connected to the cam drive shaft, and the rear lever swinging eccentric cam 20 is connected to the yarn guide shaft 26 through two rear levers 25 that are hinged in sequence. The rear lever swinging eccentric cam drive shaft drives the rear lever swinging eccentric cam via The rear rod 25 eccentrically drives the yarn guide shaft 26 to vibrate and guide the yarn 27 . The large bridge gear shaft is supported on the inner supporting small side plate 19 in the main box, and the inner supporting small side plate 19 is provided with a gap for staggering the position of the adjustment hole.

在本实施例中,一级从动齿轮和一级主动齿轮齿数比是1:1,即行星绞边传动轴与织机主轴的转速比是1:1,所述二级主动齿轮和二级从动齿轮啮合且齿数比是1:1,即行星绞边传动轴与后杆摆动偏心凸轮驱动轴的转速比是1:1。In this embodiment, the gear ratio of the primary driven gear and the primary driving gear is 1:1, that is, the speed ratio of the planetary hemming drive shaft to the main shaft of the loom is 1:1, the secondary driving gear and the secondary driving gear are The driven gear is meshed and the gear ratio is 1:1, that is, the speed ratio of the planetary hemming drive shaft and the rear lever swing eccentric cam drive shaft is 1:1.

在本实施例中,行星绞边机构为现有采购产品,可直接使用。In this embodiment, the planetary hemming mechanism is an existing purchased product and can be used directly.

在上述实施例基础上,还可将二级主动齿轮和一级从动齿轮共用一个齿轮。On the basis of the above embodiment, the secondary driving gear and the primary driven gear can also share one gear.

在上述实施例基础上,还可将二级从动齿轮直接啮合一级从动齿轮,On the basis of the above embodiment, the secondary driven gear can also be directly meshed with the primary driven gear,

在上述实施例基础上,还可将后杆摆动偏心凸轮驱动轴与行星绞边传动轴合一根轴,不设二级主齿轮和二级从动齿轮。On the basis of the above embodiment, the rear lever swing eccentric cam drive shaft and the planetary hemming drive shaft can also be combined into one shaft, and there are no secondary main gears and secondary driven gears.

Claims (7)

1.一种喷气织机打纬箱体,包括主箱体和大盖板,主箱体一侧设置于织机侧边,另一侧朝外且设置大盖板,其特征在于:还包括均设置于主箱体内的共轭凸轮组、两转子、一级主动齿轮、大过桥齿轮、一级从动齿轮、二级主动齿轮、二级从动齿轮、箱内支撑小侧板,由大盖板依次向内设置共轭凸轮组的外共轭凸轮片、内共轭凸轮片和一级主动齿轮穿接在穿过主箱体的织机主轴上,织机主轴通过轴承在主箱体和大盖板上支撑且旋转,主箱体上还穿接有平行上述织机主轴的摆轴、大过桥齿轮轴、行星绞边传动轴、后杆摆动偏心凸轮驱动轴,摆轴设置于织机主轴上方,摆轴一端连接主箱体外的筘座脚上,摆轴另一端穿接至箱体内且固定连接主、从动力臂,主动力臂位于摆轴向大过桥齿轮轴的一侧,从动力臂对应设置于摆轴的另一侧,从动力臂和主动力臂上分别设置内、外转子呈对应在共轭凸轮组的内、外共轭凸轮片上无间隙滚动状态,外转子经压盖压接、转子可调偏心芯轴可调设置于主动力臂上,大盖板上设有对应主动力臂和外转子位置的调整孔,调整孔上设有小封板;大过桥齿轮轴上穿接大过桥齿轮,大过桥齿轮与一级主动齿轮啮合,行星绞边传动轴在主箱体内固定且同圆心设有一级从动齿轮和二级主动齿轮,行星绞边传动轴外接置于主箱体外的行星绞边器,后杆摆动偏心凸轮驱动轴上固定且同圆心设有与二级主动齿轮啮合的二级从动齿轮,后杆摆动偏心凸轮驱动轴上偏心轴段上连接后杆摆动偏心凸轮,后杆摆动偏心凸轮经后杆连接纱线导向轴。1. an air-jet loom beating-up box, comprising a main box and a large cover, one side of the main box is arranged on the side of the loom, and the other side faces outward and is provided with a large cover, it is characterized in that: also include Conjugated cam group, two rotors, primary driving gear, large bridge gear, primary driven gear, secondary driving gear, secondary driven gear, and small side plate supported in the box are all arranged in the main box. The outer conjugate cam sheet, the inner conjugate cam sheet and the first-stage driving gear of the conjugate cam group are arranged inward in order on the large cover plate, and are connected to the main shaft of the loom passing through the main box. The main shaft of the loom is connected to the main box through the bearing. The main body and the large cover are supported and rotated, and the main box is also connected with a swing shaft parallel to the main shaft of the loom, a large bridge gear shaft, a planetary twisting drive shaft, and a swing eccentric cam drive shaft of the rear rod. The swing shaft is provided with Above the main shaft of the loom, one end of the swing shaft is connected to the foot of the reed outside the main box, and the other end of the swing shaft is threaded into the box and fixedly connected to the master and slave power arms. one side, the slave arm is correspondingly arranged on the other side of the swing shaft, and the slave arm and the master arm are respectively provided with inner and outer rotors in a state of rolling without gaps corresponding to the inner and outer conjugate cam sheets of the conjugate cam group , the outer rotor is crimped by the gland, and the eccentric mandrel is adjustable on the main power arm. The large cover is provided with adjustment holes corresponding to the positions of the main power arm and the outer rotor, and the adjustment holes are provided with a small sealing plate. ;The large bridge gear shaft is connected to the large bridge gear, and the large bridge gear meshes with the first-level driving gear. The planetary twisted edge drive shaft is fixed in the main box and is concentric with a first-level driven gear and a second-level driving gear. The planetary twisting drive shaft is externally placed on the planetary twisting device outside the main box, the rear lever swinging eccentric cam drive shaft is fixed on the drive shaft and is concentrically provided with a secondary driven gear that meshes with the secondary driving gear, and the rear lever swings the eccentric cam The eccentric shaft section on the drive shaft is connected with the rear lever swing eccentric cam, and the rear lever swing eccentric cam is connected with the yarn guide shaft through the rear lever. 2.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:所述主箱体内设有箱内支撑小侧板,大过桥齿轮轴一端支撑在主箱体内的箱内支撑小侧板,另一端支撑在主箱体上,箱内支撑小侧板上留有错开主动力臂及外转子和压盖的豁口,箱内支撑小侧板与大盖板之间留有足够间距空间,且在大盖板对应主动力臂上外轴承和压盖的位置设有调整孔及外封板。2. A kind of air-jet loom beating-up box according to claim 1, characterized in that: the main box is provided with a small side plate for supporting in the box, and one end of the large bridge gear shaft is supported in the main box. The small side plate is supported in the box, and the other end is supported on the main box body. There are gaps for staggering the main power arm, the outer rotor and the gland on the supporting small side plate in the box. The box supports the space between the small side plate and the large cover plate. Sufficient space is reserved, and adjustment holes and an outer sealing plate are provided at the position of the large cover plate corresponding to the outer bearing and the gland on the main power arm. 3.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:一级从动齿轮和一级主动齿轮齿数比是1:1,即行星绞边传动轴与织机主轴的转速比是1:1,所述二级主动齿轮和二级从动齿轮啮合且齿数比是1:1,即行星绞边传动轴与后杆摆动偏心凸轮驱动轴的转速比是1:1。3. a kind of air-jet loom beating-up box according to claim 1 is characterized in that: the gear ratio of the first-stage driven gear and the first-stage driving gear is 1:1, that is, the planetary hemming drive shaft and the loom main shaft The speed ratio is 1:1, the secondary driving gear meshes with the secondary driven gear and the gear ratio is 1:1, that is, the speed ratio of the planetary hemming drive shaft and the rear lever swing eccentric cam drive shaft is 1:1 . 4.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:所述二级主动齿轮和一级从动齿轮共用一个齿轮。4 . The beating-up box of an air jet loom according to claim 1 , wherein the secondary driving gear and the primary driven gear share one gear. 5 . 5.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:所述二级从动齿轮直接啮合一级从动齿轮。5 . The beating-up box of an air jet loom according to claim 1 , wherein the secondary driven gear directly meshes with the primary driven gear. 6 . 6.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:所述后杆摆动偏心凸轮驱动轴与行星绞边传动轴合一根轴,不设二级主齿轮和二级从动齿轮。6. The beating-up box of an air jet loom according to claim 1, characterized in that: the rear rod swinging eccentric cam drive shaft and the planetary hemming drive shaft are combined into one shaft, and no secondary main gear and Secondary driven gear. 7.根据权利要求1所述的一种喷气织机打纬箱体,其特征是:所述筘座脚上设有带打纬钢筘的筘座。7 . The beating-up box of an air jet loom according to claim 1 , wherein a reed seat with a beating-up reed is arranged on the foot of the reed seat. 8 .
CN201922305012.6U 2019-12-20 2019-12-20 Beating-up box body of air jet loom Withdrawn - After Issue CN211713330U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110923916A (en) * 2019-12-20 2020-03-27 江苏友诚数控科技有限公司 An air-jet loom beating-up box

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110923916A (en) * 2019-12-20 2020-03-27 江苏友诚数控科技有限公司 An air-jet loom beating-up box
CN110923916B (en) * 2019-12-20 2025-04-18 江苏友诚数控科技有限公司 Beating box of air jet loom

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