CN208501211U - Cross weaving needle panel construction and straight-bar machines comprising it - Google Patents

Abstract

The utility model discloses a kind of cross weaving needle panel construction and include its straight-bar machines, including needle plate, needle tray, long stitch, connection sheet and lower knitting needle, it is rotatably connected between connection sheet and lower knitting needle perpendicular to needle plate on needle plate and axis is isolated, connection sheet is butted on isolation axis, it is located above lower knitting needle on needle plate and lower knitting needle is at an acute angle slidably connects knitting needle, the protrusion three that takes the needle is convexly equipped on upper knitting needle, it is located at upper knitting needle rear vertical on needle plate and slidably connects transmitting piece in the glide direction of upper knitting needle, transmitting on piece slidably connects small stitch.Upper and lower knitting needle is set in single needle tray and forms single slot crosspointer, it is compact-sized, reduce the distance for pulling yarn, reduces the probability of broken string, improve braid efficiency；By separator, can control after rotation isolation axis connection sheet and lower knitting needle dock and disengaging, allow upper and lower knitting needle only one carry out weaving operation, avoid upper and lower knitting needle generation striker；It can complete the impossible ready-made clothes braiding of traditional straight-bar machines.

Description

Cross weaving needle panel construction and straight-bar machines comprising it

Technical field

The utility model relates to technical field of knitting machinery, in particular to a kind of cross weaving needle panel construction and comprising it Straight-bar machines.

Background technique

Straight-bar machines is the abbreviation of flat machine, belongs to one kind of Knitting Machinery, generally refers to flat braiding machine, i.e., using laterally volume The machine that knitting needle bed is woven, flat machine include hand knitting machine, semi-automatic flat knitting machine, Computerized flat knitting machine according to its development.

Computerized flat knitting machine is a kind of crosspointer plate latch needles knitting device loom.Its triangle device is like one group of plane cam, knitting needle Stitch can enter cam conduit in, movable triangular forces knitting needle to make regular elevating movement in the needle tray of needle plate, and The movement with needle latch is hooked by needle, yarn can be woven into knitted fabric.For knitting needle in uphill process, coil gradually exits needle It hooks, opens needle latch, and exit needle latch and hang on shank；For knitting needle during decline, needle catches on the yarn for newly padding and putting, and by its Drawing bends to coil, while original coil then deviates from needle hook, and new coil is passed through from old coil, connected with old coil Come, the coil string that numerous knitting needles is made into, which is mutually linked, forms knitted fabric.

Existing two-needle bar Computerized flat knitting machine knitting needle structure is for example: Chinese patent notification number CN206173571U discloses one kind Needle of needleloom panel construction, including needle plate, needle tray, selection piece, hour hand foot, long stitch and knitting needle.Chinese patent notification number CN206173576U discloses a kind of double degree mesh pressing panels, including bottom plate, walks pin module, needle selection module, pressing module and needle Foot module.

In order to meet different braiding requirements, there is a kind of structure of four knitting needles in existing Computerized flat knitting machine, such as the U.S. is special Benefit the 4905483rd discloses the basic structure of four needle bed straight-bar machines and the method using its knitted tubular knitted fabric, the structure: Above the needle bed of original two-needle bar straight-bar machines and horizontal line at 5 degree~10 degree at one needle bed of each placement, needle in each needle bed Slot arrangement is identical, and selecting mechanism is also identical.Structure is complicated for this four needle beds straight-bar machines, high to the processing request of top needle bed, production This height is produced, there is also the risks of striker for the knitting needle above and below the same side in needle bed.

Utility model content

First purpose of the utility model is to provide a kind of knitted in flat knitting machine panel construction, have be simple to manufacture, be at low cost, The advantages of avoiding striker.

Above-mentioned first technical purpose of the utility model has the technical scheme that

A kind of cross weaving needle panel construction, including needle plate, needle plate are alternatively arranged on the needle bed of straight-bar machines, between adjacent needle plate Needle tray is formed, it is right between the long stitch and lower knitting needle from rear to preceding successively to being connected to minute hand foot and lower knitting needle in the needle tray It is connected to connection sheet, is rotatably connected between connection sheet and lower knitting needle perpendicular to needle plate on the needle plate and axis is isolated, the company Contact pin is butted on isolation axis, and the cross section of the isolation axis is located above lower knitting needle and lower knitting needle in flat, on the needle plate It is at an acute angle to slidably connect knitting needle, it is convexly equipped with the protrusion three that takes the needle on the upper knitting needle, is located at upper knitting needle rear on the needle plate Transmitting piece is slidably connected perpendicular to the glide direction of upper knitting needle, the transmitting on piece is slidably connected for pushing upper knitting needle Small stitch.

Preferably, the needle plate includes sequentially connected strip end and triangle end, the triangle end is installed with guide pin, The guide pin includes orthogonal front side right-angle side and rear side right-angle side, and inclined-plane offers slot three on front side of the triangle end, The slot three is embedded in the clearance gauge three for limiting upper knitting needle, and the upper knitting needle is slidably connected to right-angle side on front side of guide pin On, the transmitting piece is slidably connected on rear side of guide pin on right-angle side, and the guide pin lower end surface is butted on lower knitting needle shank upper end Face.

Preferably, the rear side right-angle side of the guide pin is equipped with downward opening L-shaped slide hook one；The biography It passs on piece and is equipped with the slide hook two for sliding snapping with slide hook one.

By using above scheme, transmitting piece can be slided on guide pin and play the role of guiding, it is ensured that transmitting piece is just Often sliding.

Preferably, the transmitting piece includes that successively upper section and lower section connected vertically, the slide hook two are set to down Side of the section far from upper section, the upper section offer small sliding slot, and the small sliding slot is open towards lower section direction, the lower section end Guiding surface two is equipped with close to the side of upper section；The rear end of right-angle side offers ladder guiding groove on front side of the guide pin, described Ladder guiding groove is set as bevel edge far from the side of right-angle side on rear side of guide pin；The small stitch includes successively shoes connected vertically With push away foot, the shoes is slidably connected in small sliding slot and ladder guiding groove, and the foot that pushes away is for pushing knitting needle.

Preferably, the connection sheet includes connection sheet ontology, the front side lower end of the connection sheet ontology is convexly equipped with down convex It rises, upper surface offers the buckled recess fastened with lower convexity, the connection sheet ontology rear side on rear side of the shank of the lower knitting needle Upper end offers the connecting groove docked with long stitch, and the rear end of the connection sheet ontology extends backwards is equipped with bouncing plate, described The free end of bouncing plate is butted on needle bed upper surface, and connection sheet ontology lower end offers evacuation groove, the evacuation groove-bottom Face is butted on isolation axis.

Preferably, the front side upper end of the connection sheet ontology is equipped with guiding surface one.

By using above scheme, connection sheet can preferably push transmitting piece to play buffering and lead when contacting with transmitting piece To effect.

Preferably, the bouncing plate is downwardly inclined setting from front to back.

By using above scheme, the elastic performance of connection sheet is improved.

Preferably, the upper surface of the lower knitting needle shank in the rear of buckled recess offer for be isolated axis clamping Clamping groove.

By using above scheme, while rotation isolation axis is detached from connection sheet and lower knitting needle, isolation axis rotation card It is connected in the clamping groove of lower knitting needle, lower knitting needle is limited, lower knitting needle is avoided to move, avoid lower knitting needle and upper knitting needle Striker occurs, also ensures that connection sheet is accurately docked with lower knitting needle after isolation axis resets.

Preferably, angle is in 27 degree between the lower knitting needle and upper knitting needle.

Second purpose of the utility model is to provide a kind of straight-bar machines, has and is simple to manufacture, is at low cost, avoiding the excellent of striker Point.

Above-mentioned second technical purpose of the utility model has the technical scheme that

A kind of straight-bar machines includes above-mentioned cross weaving needle panel construction.

By using above scheme, two sets of cross weaving needle panel constructions are symmetrically mounted on the front and back needle bed of straight-bar machines, under In the case that knitting needle weaves hanging wire, the coil of lower knitting needle is moved to the upper knitting needle of opposite needle bed, it can also be by the coil of upper knitting needle The lower knitting needle of opposite needle bed is moved to, realizes the functions such as needle overturning, narrowing, completes the impossible ready-made clothes braiding of traditional straight-bar machines.

In conclusion the utility model has the following beneficial effects:

Compared with the structure of existing four needle beds straight-bar machines, upper stitch bed is eliminated, upper knitting needle and the setting of lower knitting needle combination are existed On the needle plate of one piece of needle bed, overall weight is alleviated, reduces manufacturing cost, it is also possible that being tied between upper knitting needle and lower knitting needle Structure is more compact, reduces the distance for pulling yarn when braiding cooperating, reduces the probability of broken string, improve braid efficiency； Axis is isolated by setting, can control after rotation isolation axis connection sheet and lower knitting needle dock and disengaging so that upper knitting needle is knitted under Only one can carry out weaving operation with needle, avoid knitting needle and striker occurs for lower knitting needle.

Detailed description of the invention

Fig. 1 is one cross weaving needle panel construction side view of embodiment；

Fig. 2 is one needle plate side view of embodiment；

Fig. 3 is one selection piece side view of embodiment；

Fig. 4 is one hour hand foot side view of embodiment；

Fig. 5 is the long stitch side view of embodiment one；

Fig. 6 is embodiment a connecting piece side view；

Fig. 7 is that axis cross-sectional view is isolated in embodiment one；

Fig. 8 is embodiment knitting needle side view once；

Fig. 9 is one guide pin side view of embodiment；

Figure 10 is that embodiment one transmits piece side view；

Figure 11 is the small stitch side view of embodiment one；

Figure 12 is knitting needle side view in embodiment one；

Figure 13 is embodiment knitting needle woven condition schematic diagram once；

Figure 14 is knitting needle woven condition schematic diagram in embodiment one；

Figure 15 is the three-legged structure schematic diagram that embodiment one is used to control knitting needle；

Figure 16 is the cross weaving needle panel construction relative position structural schematic diagram in embodiment two on straight-bar machines.

In figure, 100, needle plate；101, strip end；102, triangle end；103, Kong Yi；104, slot one；105, slot two；106, lead to Hole；107, gliding groove；108, upper hopper chute；109, slot three；110, hole two；10, selection piece；11, selection piece ontology；12, it has a haircut； 13, needle tray is managed；14, positive stop end；15, upper tabletting；16, needle mouth is set；17, tooth mouth；20, hour hand foot；21, hour hand script body；22, block Tooth；23, inclined-plane；24, take the needle lug；25, limiting tooth；26, oblique angle is buffered；30, long stitch；31, minute hand script body；32, it takes the needle End；33, take the needle protrusion one；34, take the needle protrusion two；35, it pushes pin block；36, U-shaped reseting shrapnel；40, connection sheet；41, connection sheet sheet Body；42, guiding surface one；43, lower convexity；44, connecting groove；45, bouncing plate；46, groove is avoided；50, lower knitting needle；51, needle Hook one；52, needle latch one；53, blade one；54, buckled recess；55, clamping groove；60, axis is isolated；70, piece is transmitted；71, upper section； 72, lower section；73, slide hook two；74, guiding surface two；75, small sliding slot；80, guide pin；81, slide hook one；82, it avoids Slot；83, locating slot；84, ladder guiding groove；90, small stitch；91, shoes；92, foot is pushed away；200, upper knitting needle；201, pinhock two； 202, needle latch two；203, blade two；204, take the needle protrusion three；300, bottom plate；301, the first triangle；302, the second triangle；303, Third triangle；304, reset triangle；305, first needle tray is walked；306, second needle tray is walked；400, positioning metal silk；500, clearance gauge One；600, clearance gauge two；700, clearance gauge three；800, wire.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Embodiment one:

Referring to Fig. 1, a kind of cross weaving needle panel construction, including needle plate 100, selection piece 20, hour hand foot 20, long stitch 30, Connection sheet 40, isolation axis 60, lower knitting needle 50, guide pin 80, transmitting piece 70, small stitch 90, upper knitting needle 200.

Needle plate 100 is arranged on the needle bed of straight-bar machines with certain pitch interval, forms needle tray between adjacent needle plate 100.Referring to Fig. 2, needle plate 100 is integrally formed, including sequentially connected strip end 101 and triangle end 102, the lower end surface at strip end 101 and three The right-angle side lower end surface at angle end 102 is overlapped, and the bevel edge at triangle end 102 is tilted towards 101 direction of strip end from bottom to up, and inclination angle is 27 degree；101 upper end of strip end successively offers hole 1, slot 1 and the slot two of vertical paper towards 102 direction of triangle end 105；At strip end 101, the vertical paper in position close to triangle end 102 offers through-hole 106；Triangle end 102 is perpendicular to paper One side end face, which is offered, distinguishes parallel gliding groove 107 and upper hopper chute 108, gliding groove with the lower end surface at triangle end 102 and inclined-plane 107 are connected to upper hopper chute 108 close to the side of 102 end of triangle end, and 102 inclined-plane of triangle end offers vertical paper by close end Slot 3 109.Paper insertion positioning metal silk 400, plug are respectively perpendicular in hole 1, slot 1, slot 2 105 and slot 3 109 Ruler 1, clearance gauge 2 600 and clearance gauge 3 700.

In needle tray between adjacent needle plate 100, the direction from strip end 101 to triangle end 102 is disposed with needle selection Piece 10, hour hand foot 20, long stitch 30, connection sheet 40, isolation axis 60 and lower knitting needle 50.

Referring to Fig. 3, selection piece 10 is integrally formed, including selection piece ontology 11, push top 12, reason needle tray 13, positive stop end 14, on Needle mouth 16 and tooth mouth 17 are set in tabletting 15, and 11 front end of selection piece ontology is equipped with push top 12, and rear end is positive stop end 14, before positive stop end 14 Side upper surface is provided with reason needle tray 13, is convexly equipped with tabletting 15 above selection piece ontology 11, is machined with and sets below selection piece ontology 11 Needle mouth 16,11 lower section of selection piece ontology are also provided with several tooth mouths 17, and tooth mouth 17 is uniformly provided with 3 in the present embodiment.Upper tabletting 15 position on selection piece ontology 11 can be modified according to depressed position difference.It is common by reason needle tray 13 and positive stop end 14 Effect may make selection piece ontology 11 to manage, and facilitate next use, and tooth mouth 17 is to dock hour hand foot 20 to use with needle mouth 16 is set, and lead to Crossing the upper tabletting 15 of pushing pushes the hour hand foot 20 docked with selection piece 10 together, so that whole decline together, so that Generally not operating status, and in hour hand foot 20 and long 30 operational process of stitch, in pushings tabletting 15 also it is reachable partway not The effect of operation, it is very convenient.

Referring to fig. 4, hour hand foot 20 is integrally formed, including hour hand script body 21, latch 22, inclined-plane 23, the lug 24 that takes the needle, limit Position tooth 25 and buffering oblique angle 26, hour hand script body 21 are equipped with latch 22, and 21 rear upper side of hour hand script body is equipped with inclined-plane 23, short It is equipped with buffering oblique angle 26 on the downside of 21 front end of stitch ontology, buffers and is vertically equipped with the lug that takes the needle on the hour hand script body 21 at oblique angle 26 24, it takes the needle the rear side of lug 24 and the corner of hour hand script body 21 is equipped with limiting tooth 25.Inclined-plane 23 makes short with buffering oblique angle 26 Stitch ontology 21 plays the effect that buffering should not be damaged in linking and pushing course, and latch 22 is and the tooth mouth on selection piece 10 17 docking, which fasten, to be used, and latch 22 is equipped with plane, so that hour hand foot 20 can be more smooth in moving process, take the needle lug 24 can be used cooperatively for the mobile use of hour hand script body 21 with corresponding three-legged structure, and limiting tooth 25 is placed in one 500 lower section of clearance gauge, can So that 20 effective position of hour hand foot is in place, the reinforcing for the lug 22 that is also beneficial to take the needle.

Referring to Fig. 5, long stitch 30 is integrally formed, including minute hand script body 31, the end 32 that takes the needle, the protrusion 1 that takes the needle, is taken the needle Raised 2 34, push pin block 35 and U-shaped reseting shrapnel 36, the front side of minute hand script body 31 are the end 32 that takes the needle, minute hand script body 31 Rear side is U-shaped reseting shrapnel 36, and the 32 upper end time intervals of end that take the needle are convexly equipped with take the needle protrusion 2 34 and the protrusion 1 that takes the needle, and is taken the needle 32 lower section of end is equipped with anti-interference groove, and 32 front ends of end that take the needle are equipped with block 35 of pushing pin.31 upper surface of minute hand script body and hour hand foot 20 Lower end face contact, block 35 of pushing pin are to dock use with connection sheet 40, and by taking the needle, protrusion 1 and the protrusion 2 34 that takes the needle are pushed away Dynamic, the setting of anti-interference groove prevents from interfering in 40 operational process of connection sheet and influencing to weave, U-shaped reseting shrapnel 36 from The needle bed upper surface of needle tray bottom is butted on by end, so that elastic longer life expectancy, elastic property more preferably, the protrusion 1 that takes the needle and takes the needle Protrusion 2 34 uses to walk on all kinds of triangles.

Referring to Fig. 6, connection sheet 40 is integrally formed, including connection sheet ontology 41, guiding surface 1, lower convexity 43, connection Groove 44, bouncing plate 45 and evacuation groove 46, the front side upper end of connection sheet ontology 41 are equipped with guiding surface 1, connection sheet ontology 41 front side lower end is convexly equipped with lower convexity 43, and the rear side upper end of connection sheet ontology 41 offers connecting groove 44, connection sheet ontology 41 rear end extends backwards is equipped with bouncing plate 45, and bouncing plate 45 is downwardly inclined setting from front to back, and 41 lower end of connection sheet ontology is opened Equipped with evacuation groove 46.Lower convexity 43 is to dock use with lower knitting needle 50；Guiding surface 1 is to abut use with transmitting piece 70, For pushing transmitting piece 70 mobile；Connecting groove 44 is to dock use with the block 35 of pushing pin of long stitch 30；Avoid 46 bottom surface of groove It is butted on isolation axis 60；The free end of bouncing plate 45 is butted on the needle bed upper surface of needle tray bottom.

Referring to Fig. 7, plane is processed into the two sides up and down that axis 60 is isolated, under the distance in upper plane to isolation 60 center of circle of axis is less than Plane is isolated 107 internal diameter of through-hole that 60 outer diameter of axis is equal on needle plate 100, axis 60 is isolated and leads to the distance in isolation 60 center of circle of axis Hole 107 is cooperatively connected, and isolation 60 one end of axis is connected with motor, and driving isolation axis 60 rotates, and motor is mounted on straight-bar machines needle bed.

Referring to Fig. 8, lower knitting needle 50 has pinhock 1 in the front end of lower 50 shank of knitting needle and is opened and closed the needle latch of pinhock 1 One 52, barring-on blade 1 is equipped near the centre of the shank of lower knitting needle 50, blade 1 is slidably connected to needle plate 100 3 In the gliding groove 107 at angle end 102, offers in the rear side upper surface of the shank of lower knitting needle 50 and detained with the lower convexity 43 of connection sheet 40 The buckled recess 54 of conjunction, the rear that the upper surface of the shank of lower knitting needle 50 is located at buckled recess 54 offer for axis is isolated The clamping groove 55 of 6 clampings, the lower end surface of lower knitting needle 50 is butted on needle tray bottom needle bed upper surface.

Referring to Fig. 1 and Fig. 9, guide pin 80, which is fixed on the triangle end 102 of needle plate 100, is located at gliding groove 108 and upper hopper chute Between 109, the rectangular triangle of guide pin 80, bevel edge and the gliding groove 108 of guide pin 80 is arranged in parallel, the front side of guide pin 80 Right-angle side is arranged in parallel with upper hopper chute 109, and the rear end of 80 front side right-angle side of guide pin offers the rank for the sliding of small stitch 90 Terraced guiding groove 84, ladder guiding groove 84 are set as bevel edge far from the side of guide pin side right-angle side after 80s, are convenient for guide pin side after 80s 2 downward opening L-shaped slide hooks 1 are equipped at intervals on right-angle side, guide pin side lower end level after 80s offers evacuation Slot 82,82 top surface of escape groove, bevel edge end face and front side right-angle side end face on guide pin 80 offer a locating slot 83, In conjunction with Fig. 2, the vertical paper in triangle end 102 of needle plate 100 offers the hole 2 110 cooperated with locating slot 83, and hole 2 110 is embedded in There is wire 800, locating slot 83 is fastened with wire so that guide pin 80 is fixedly connected with needle plate 100, and 80 front side of guide pin is straight Transmitting piece 70 is slidably connected on the arm of angle.

Referring to Figure 10, transmits piece 70 and be integrally formed in L-shaped, including successively upper section 71 and lower section 72 connected vertically, on Section 71 and the upper hopper chute 108 of needle plate 100 are arranged in parallel, and 2 opening up L-shaped slide hooks are equipped at intervals on front side of lower section 72 2 73, slide hook 2 73 slides snapping with the slide hook 1 on guide pin 80, enables transmitting piece 70 in guide pin 80 Rear side right-angle side on move back and forth, the lower end of lower section 72 is equipped with guiding surface 2 74, and guiding surface 2 74 is used for and connection sheet Guiding surface 1 on 40 contacts that transmitting piece 70 is pushed to move up, and upper section 71 is offered for the small of small stitch 90 sliding Sliding slot 75, small sliding slot 75 are open and are arranged in parallel forward with the upper hopper chute 108 on 100 triangle end 102 of needle plate.

Referring to Figure 11, it is in L-shaped that small stitch 90, which is integrally formed, including successively shoes 91 connected vertically and pushes away foot 92, sliding Foot 91 be slidably connected to transmitting piece 70 small sliding slot 75 and guide pin 80 ladder guiding groove 84 on, push away foot 92 for push Knitting needle 200.

Referring to Fig. 1 and Figure 12, upper knitting needle 200 be set to clearance gauge three that guide pin 80 and 102 slot 3 109 of triangle end are embedded in it Between, there is pinhock 2 201 in the front end of upper 200 shank of knitting needle and be opened and closed the needle latch 2 202 of pinhock 2 201, in upper knitting needle 200 The centre of shank is nearby equipped with barring-on blade 2 203, and blade 2 203 is slidably connected to the upper hopper chute at 100 triangle end 102 of needle plate In 108, the protrusion 3 204 that takes the needle is offered in the rear side upper surface of the shank of upper knitting needle 200, the lower end surface of upper knitting needle 200 is butted on On the front side right-angle side of guide pin 80.

Referring to Figure 13, when needing the lower movement of knitting needle 50 to carry out weaving operation, plane on axis 60 is isolated and keeps horizontal, connects Lower convexity 43 on piece 40 is docked with the buckled recess 54 of lower knitting needle 50, passes through selection piece 10, hour hand foot 20 and long stitch at this time 30 corresponding triangles push long stitch 30 to drive connection sheet 40 to push lower knitting needle 50 to carry out weaving operation, specific triangle knot Structure can compare Chinese patent notification number CN206173576U, the three-legged structure be it is known, this will not be repeated here.

Referring to Figure 14, in the mobile progress weaving operation of knitting 200 on needs, isolation axis 60 passes through motor driven and rotates Afterwards, connection sheet 40 is lifted in the upper plane one end for axis 60 being isolated, so that the fastening of the lower convexity 43 in connection sheet 40 and lower knitting needle 50 Groove 54 is detached from, and lower plane one end of isolation axis 60 is caught in the clamping groove 55 of lower knitting needle 50, is carried out limit to lower knitting needle 50 and is kept away Exempt from lower knitting needle 50 and striker occurs for upper knitting needle 200.Then it pushes long stitch 30 to drive yet by the corresponding triangle of long stitch 30 to connect Contact pin 40 is mobile forward, and for connection sheet 40 in moving process, the guiding surface 1 and the guiding of transmitting piece 70 of connection sheet 40 are oblique Face 2 74 contacts, and transmitting piece 70 is pushed to move upwardly together together with small stitch 90, until the foot 92 that pushes away of small stitch 90 enters correspondence Delta panel in, the delta panel and the triangle of lower knitting needle 50 is driven to be commonly mounted on the head of straight-bar machines, synchronizing moving.It is right The delta panel structure that knitting needle 200 should be gone up is as shown in figure 15, including bottom plate 300 and the first triangle being mounted on bottom plate 300 301, the second triangle 302, third triangle 303 and reset triangle 304, the first triangle 301, the second triangle 302 and third triangle 303 It sets gradually from top to bottom, totally two pieces of reset triangle 304, is symmetrically arranged at the front and rear sides of third triangle 303, the one or three First is formed between angle 301 and the second triangle 302 and walks needle tray 305, forms second between the second triangle 302 and third triangle 303 Needle tray 306 is walked, when upper knitting needle 200 is failure to actuate, the protrusion 3 204 that takes the needle of upper knitting needle 200 slides on first and walks in needle tray 305； When small stitch 90 rises to the pushing surface for pushing away foot 92 and entering the first triangle 301, the first triangle 301 pushes small stitch 90 to position A's In the process, so that small stitch 90 just pushes knitting needle 200, so that 3 204 push-in second of protrusion that takes the needle of upper knitting needle 200 takes the needle In slot 306, so that upper knitting needle 200 be driven to carry out weaving operation, finally upper 200 pushed home of knitting needle is made by reset triangle 304 The protrusion 3 204 that takes the needle that knitting needle 200 must be gone up returns to first and walks needle tray 305.

Embodiment two:

A kind of straight-bar machines participates in Figure 16 comprising the cross weaving needle panel construction introduced in two sets of embodiments one, and two sets of straight-bar machines are knitted Needle panel construction is symmetrically mounted on the front and back needle bed of straight-bar machines, and angle is 100 degree between two sets of cross weaving needle panel constructions.

The coil of lower knitting needle 50 is moved into opposite needle bed in the case where lower knitting needle 50 weaves hanging wire by the straight-bar machines The coil of upper knitting needle 200 can also be moved to the lower knitting needle 50 of opposite needle bed by upper knitting needle 200, realize the functions such as needle overturning, narrowing, Complete the impossible ready-made clothes braiding of traditional straight-bar machines.

Claims (10)

1. a kind of cross weaving needle panel construction, including needle plate (100), needle plate (100) is alternatively arranged on the needle bed of straight-bar machines, adjacent Form needle tray between needle plate (100), from rear to preceding successively to being connected to minute hand foot (30) and lower knitting needle (50) in the needle tray, spy Sign is, to being connected to connection sheet (40) between the long stitch (30) and lower knitting needle (50), connection is located on the needle plate (100) It is rotatably connected to and is isolated axis (60) perpendicular to needle plate (100) between piece (40) and lower knitting needle (50), the connection sheet (40) is butted on It is isolated on axis (60), the cross section of isolation axis (60) is located above lower knitting needle (50) in flat on the needle plate (100) With lower knitting needle (50) is at an acute angle slidably connects upper knitting needle (200), the protrusion three that takes the needle is convexly equipped on the upper knitting needle (200) (204), upper knitting needle (200) rear vertical is located on the needle plate (100) to slidably connect in the glide direction of upper knitting needle (200) It transmits piece (70), the small stitch (90) for pushing upper knitting needle (200) is slidably connected on transmitting piece (70).

2. cross weaving needle panel construction according to claim 1, which is characterized in that the needle plate (100) includes successively connecting The strip end (101) and triangle end (102) connect, the triangle end (102) are installed with guide pin (80), guide pin (80) packet Orthogonal front side right-angle side and rear side right-angle side are included, inclined-plane (23) offer slot three on front side of the triangle end (102) (109), the slot three (109) is embedded in the clearance gauge three (700) for limiting upper knitting needle (200), and the upper knitting needle (200) is sliding Dynamic to be connected on front side of guide pin (80) on right-angle side, the transmitting piece (70) is slidably connected to right-angle side on rear side of guide pin (80) On, guide pin (80) lower end surface is butted on lower knitting needle (50) shank upper surface.

3. cross weaving needle panel construction according to claim 2, which is characterized in that the rear side right angle of the guide pin (80) Side is equipped with downward opening L-shaped slide hook one (81)；The transmitting piece (70) is equipped with sliding with slide hook one (81) The slide hook two (73) of dynamic snapping.

4. cross weaving needle panel construction according to claim 3, which is characterized in that the transmitting piece (70) includes successively hanging down The direct-connected upper section (71) and lower section (72) connect, the slide hook two (73) are set to the side of lower section (72) far from upper section (71), The upper section (71) offers small sliding slot (75), and the small sliding slot (75) is open towards lower section (72) direction, the lower section (72) End is equipped with guiding surface two (74) close to the side of upper section (71)；The rear end of right-angle side offers on front side of the guide pin (80) Ladder guiding groove (84), the ladder guiding groove (84) are set as bevel edge far from the side of right-angle side on rear side of guide pin (80)；It is described Small stitch (90) is including successively shoes (91) connected vertically and pushes away foot (92), and the shoes (91) is slidably connected to small sliding slot (75) and in ladder guiding groove (84), described push away foot (92) are for pushing knitting needle (200).

5. cross weaving needle panel construction according to claim 1, which is characterized in that the connection sheet (40) includes connection sheet The front side lower end of ontology (41), the connection sheet ontology (41) is convexly equipped with lower convexity (43), after the shank of the lower knitting needle (50) Side upper surface offers the buckled recess (54) fastened with lower convexity (43), and upper end offers on rear side of the connection sheet ontology (41) The connecting groove (44) docked with long stitch (30), the rear end of the connection sheet ontology (41) extends backwards is equipped with bouncing plate (45), the free end of the bouncing plate (45) is butted on needle bed upper surface, and it is recessed that connection sheet ontology (41) lower end offers evacuation Slot (46), evacuation groove (46) bottom surface are butted in isolation axis (60).

6. cross weaving needle panel construction according to claim 1, which is characterized in that the front side of the connection sheet ontology (41) Upper end is equipped with guiding surface one (42).

7. cross weaving needle panel construction according to claim 5, which is characterized in that the bouncing plate (45) court from front to back Under be obliquely installed.

8. cross weaving needle panel construction according to claim 1, which is characterized in that the upper end of lower knitting needle (50) shank Face in the rear of buckled recess (54) offer for be isolated axis (60) clamping clamping groove (55).

9. cross weaving needle panel construction according to claim 1, which is characterized in that the lower knitting needle (50) and upper knitting needle (200) angle is in 27 degree between.

10. a kind of straight-bar machines, which is characterized in that comprising such as the described in any item cross weaving needle panel constructions of claim 1-9.