Improved saddle for long wool machine

Abstract

The utility model discloses an improved saddle for a long wool machine, which comprises a first saddle block body and a second saddle block body, the first saddle block body and the second saddle block body can be spliced together, three transverse positioning holes I and three transverse positioning holes II are spliced to form an upper group of series connection holes, a middle group of series connection holes and a lower group of series connection holes, and each group of series connection holes are fastened and connected through bolts and nuts. The first cavity and the second cavity are spliced to form a main cavity, the first vertical clamping tooth and the second vertical clamping tooth are arranged in a bilateral symmetry mode, the first vertical embedding groove and the second vertical embedding groove are spliced to form a vertical sliding groove, a vertical guide hole is machined in the top face of the first seat block body, and the vertical guide hole is communicated with the main cavity. The mounting height of the mountain angle can be flexibly adjusted.

Description

Technical Field

[0001] This utility model belongs to the field of long-hair loom accessories, and relates to an improved saddle for use in long-hair looms. Background Technology

[0002] In long-pile knitting machines, the saddle is mainly used to install and fix the knitting needle. The saddle is installed on the cutting disc. Currently, the operation of installing the knitting needle onto the saddle involves drilling screw holes on the mounting surface of the saddle, which is a vertical plane. Then, the knitting needle is fastened to the mounting surface of the saddle with screws. Since the knitting needle is used to guide the running trajectory of the long-pile knitting machine, the installation position of the knitting needle is critical. When the height of the knitting needle fastened to the saddle by screws is off, the knitting needle needs to be removed first, and then the height needs to be recalibrated on the mounting surface of the saddle and the screw holes need to be re-drilled. This repeated hole adjustment operation is time-consuming and labor-intensive. Summary of the Invention

[0003] In order to solve the problems existing in the background technology, this utility model provides an improved saddle for use in long-hair machines, which can flexibly adjust the installation height of the corner.

[0004] To achieve the above objectives, the technical measures of this utility model are as follows: An improved saddle for use in a long-hair machine, characterized in that it includes a first saddle block and a second saddle block, a chamber is machined on the right side of the first saddle block, a row of vertical teeth is machined on the left side wall of the chamber, a vertical groove recessed backward is machined on the rear side wall of the chamber, three transverse positioning holes are machined on the back of the first saddle block, and a vertical guide hole is machined on the top surface of the first saddle block;

[0005] The second block has a cavity two machined on its left side, a row of vertical locking teeth two machined on the right side wall of the cavity two, a vertical groove two recessed backwards machined on the rear side wall of the cavity two, and three horizontal positioning holes two machined on the back of the second block.

[0006] The first block can be assembled with the second block. The three horizontal positioning holes one and three horizontal positioning holes two are assembled to form three sets of interconnected holes at the top, middle and bottom. Each set of interconnected holes is fastened together by bolts and nuts. The first chamber and the second chamber are assembled to form the main chamber. The vertical locking teeth one and the vertical locking teeth two are symmetrically arranged on the left and right. The vertical groove one and the vertical groove two are assembled to form the vertical sliding groove.

[0007] The vertical guide hole is connected to the main chamber.

[0008] Screw holes are machined on the lower rear side of both the first and second blocks.

[0009] This invention solves the problem of repeatedly drilling holes in the saddle to adjust the installation height of the corner bracket. The advantage of this invention is that it allows for flexible adjustment of the corner bracket's installation height. Attached Figure Description

[0010] The present invention will now be described in further detail with reference to the accompanying drawings and specific embodiments.

[0011] Figure 1 This is a front perspective view of the first block and the second block in this utility model when they are not assembled.

[0012] Figure 2 This is a front perspective view of the first block and the second block in this utility model when they are in an assembled state;

[0013] Figure 3 This is a right perspective view of the first block in this utility model. Detailed Implementation

[0014] Figure 1 , Figure 2 , Figure 3 An improved saddle for use in a long-hair machine is shown, characterized in that it includes a first block A1 and a second block A2. The right side of the first block A1 is machined with a cavity I by a CNC machine tool. A row of vertical cleats A11 is machined with a CNC machine tool on the left side wall of the cavity I. A rearwardly recessed vertical groove A12 is machined with a CNC machine tool on the rear side wall of the cavity I. Three transverse positioning holes A13 are machined with a CNC machine tool on the back side of the first block A1. A vertical guide hole A14 is machined with a CNC machine tool on the top surface of the first block A1.

[0015] The second block A2 has a cavity two machined on the left side by a CNC machine tool. A row of vertical cleats A21 is machined on the right side wall of the cavity two by a CNC machine tool. A vertical groove two that is recessed backward is machined on the rear side wall of the cavity two by a CNC machine tool. Three horizontal positioning holes two are machined on the back of the second block A21 by a CNC machine tool.

[0016] The first block A1 can be assembled with the second block A2. The three horizontal positioning holes A13 and the three horizontal positioning holes A2 are assembled to form three sets of interconnected holes, and each set of interconnected holes is fastened together by bolts and nuts. The first chamber and the second chamber are assembled to form the main chamber, which is used to install the corner. The vertical locking teeth A11 and A21 are symmetrically arranged on the left and right. The vertical groove A12 and the vertical groove A2 are assembled to form the vertical sliding groove.

[0017] The vertical guide hole A14 is connected to the main chamber;

[0018] The lower rear end of the first block A1 and the lower rear end of the second block A2 are both machined with screw holes B by a CNC machine tool. After the first block and the second block are assembled together, screws are screwed into these screw holes to secure them to the bottom ring of the saddle.

[0019] During installation, the corner bracket equipped with the traction screw is inserted upwards into the main chamber from the bottom of the first block A1 and the second block A2, which are assembled together. Vertical locking teeth A11 and A21 serve as sliding tracks for the corner bracket's raising / lowering movement. The vertical guide hole A14 is used to pass through the traction screw, which is used to pull the corner bracket to raise / lower.

Claims

1. An improved saddle for use in a long hair machine, characterized by, The first seat block and the second seat block are provided with a cavity one on the right side of the first seat block, a row of vertical clamping teeth one on the left side wall of the cavity one, a vertical embedding groove one recessed backward on the back side wall of the cavity one, three horizontal positioning holes one on the back of the first seat block, and a vertical guide hole on the top surface of the first seat block; The left side of the second seat block is provided with a cavity two, a row of vertical clamping teeth two on the right side wall of the cavity two, a vertical embedding groove two recessed backward on the back side wall of the cavity two, and three horizontal positioning holes two on the back of the second seat block; The first seat block can be combined with the second seat block, the three horizontal positioning holes one and the three horizontal positioning holes two form three groups of serial holes from top to bottom, each group of serial holes is fastened and connected by bolts and nuts, the cavity one and the cavity two form a main cavity, the vertical clamping teeth one and the vertical clamping teeth two are symmetrically arranged, and the vertical embedding groove one and the vertical embedding groove two form a vertical sliding groove; The vertical guide hole is in communication with the main cavity.

2. An improved saddle for use in a long hair machine as claimed in claim 1, wherein, The back lower end of the first seat block and the back lower end of the second seat block are provided with screw holes.

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