CN202141388U

CN202141388U - Sighting telescope for gun

Info

Publication number: CN202141388U
Application number: CN201120014298U
Authority: CN
Inventors: 钱建忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-01-18
Filing date: 2011-01-18
Publication date: 2012-02-08
Anticipated expiration: 2021-01-18

Abstract

The utility model relates to a sighting telescope for a gun, which is characterized in that an eyepiece frame is arranged in an eyepiece sleeve connected with a telescope body. The inside of the eyepiece frame is provided with a third eyepiece and an agglutination eyepiece. An inner tube is arranged in an outer tube. The left side of the inside of the inner tube is provided with a front steering lens frame and a rear steering lens frame, the inside of the front steering lens frame is provided with a first agglutination steering lens, and the inside of the rear steering lens frame is provided with a second agglutination steering lens. The left side of the first agglutination steering lens is provided with a condenser B, the inside of a parallax lens chamber on the left of the condenser B is provided with a condenser A, the left end of the parallax lens chamber is connected with a spring inside the telescope body, a calibration seat is arranged at an upper position of a saddle portion of the middle of the telescope body, a cam and a handwheel seat are arranged at a lower position of the saddle portion of the middle of the telescope body, the cam and the handwheel seat are connected, an objective frame is arranged inside an objective sleeve connected with the telescope body, and the inside of objective frame is provided with a third objective and an agglutination objective. The sighting telescope for the gun has the advantages of being long in eye relief, large in view field, short, light and attractive in appearance. Advanced three-dimensional design technology is adopted.

Description

Riflescope

Technical field

The utility model relates to a kind of SIMMONS6-18X40SP riflescope.

Background technology

At present, the distance of exit pupil of existing gun sight product is shorter, generally about 3 inches, is prone to bump shooter eyes when being used in high-power rifle, and the safety coefficient of use is not high.

Summary of the invention

The purpose of the utility model provides a kind of SIMMONS6-18X40SP riflescope; The utility model solves the technical scheme that its technical problem adopted: the structure of the utility model comprises eyepiece stalk, eyepiece frame, eyepiece trim ring, eyepiece stalk sealing ring, eyepiece spacer ring, eyepiece Non-return ring, eyepiece packing ring, the outer trim ring of eyepiece, scale cover, sealing ring A, sealing ring B, sealing ring C, housing screw A, dial UP, T type pin, steel ball, adjustment pad, anti-ly turn-takes, latch, adjustment seat, adjustment screw, location are lived pin, spring, screw, adjustment screw back-up ring, dial R, optically focused picture frame, condenser trim ring, pad, preceding deviation mirror trim ring, preceding turn to picture frame, sliding pin screw A, nylon jacket, back deviation mirror trim ring, after turn to picture frame, outer tube, interior pipe, elastomeric pad, accent ring hold-down screw, transfer the ring seat, transfer ring, transfer a ring seat trim ring, graduation skeleton frame, graduation negative lens frame, graduation frame, graduation silk, graduation frame hold-down screw, deviation mirror hold-down screw, object lens cover, sealing ring D, packing ring, object lens spacer ring, trim ring A, object lens frame, pore screw, spring pin, spring, spring pin tube, spring abutment, accent doubly to turn round circle, turn round the circle sealing ring, transfer times screw, turn round the circle screw gasket, shank, base lift, base hold-down screw, handwheel, compacting ring, label, housing screw B, cam, handwheel seat, sealing ring E, sealing ring F, sliding pin screw B, sealing ring G, parallax mirror cell, negative lens trim ring, spring, trim ring B, condenser A, condenser B, eyepiece three, solution eyepiece, condenser C, gummed deviation mirror two, glue together deviation mirror one, object lens three, cemented objective; It is characterized in that with eyepiece stalk that shank is connected in be provided with eyepiece frame; Be provided with eyepiece three, gummed eyepiece in the eyepiece frame; Interior pipe is arranged in the outer tube; In turn to before the left side is provided with in the pipe pipe picture frame, after turn to picture frame; Before turn to be provided with in the picture frame gummed deviation mirror one; After turn to be provided with in the picture frame gummed deviation mirror two; The left side of gummed deviation mirror one is provided with condenser B; Be provided with condenser A in the parallax mirror cell in condenser B left side; The left-hand end of parallax mirror cell is connected with the interior spring of shank; The middle saddle top position of shank is provided with the adjustment seat; Be provided with the adjustment screw in the adjustment seat; The middle saddle lower position of shank is provided with cam, handwheel seat; The handwheel seat is fixed on the shank saddle through sliding pin screw B and base hold-down screw; The handwheel seat is connected with cam; Be provided with the object lens frame in the objective tube that shank links to each other, be provided with object lens three, cemented objective in the object lens frame, be provided with the object lens spacer ring between object lens three, the cemented objective.Other structure members all are provided with by the existing standard technology.The utility model adopts new optical design scheme, guarantees distance of exit pupil at 4 inches, in order to alleviate product weight, and the structural design advantages of simple of trying one's best.

The beneficial effect of the utility model is, the utility model product distance of exit pupil is long, and the visual field is big, and product is short, and is in light weight, adopts advanced three dimensional design theory, and good looking appearance is generous.

Description of drawings

Fig. 1 is the embodiment sectional structure sketch map of the utility model;

Fig. 2 is the utility model saddle sectional structure sketch map;

Among the figure: eyepiece stalk 1; Eyepiece frame 2; Eyepiece trim ring 3; Eyepiece stalk sealing ring 4; Eyepiece spacer ring 5; Eyepiece Non-return ring 6; Eyepiece packing ring 7; The outer trim ring 8 of eyepiece; Scale cover 9; Sealing ring A10; Sealing ring B11; Sealing ring C12; Housing screw A13; Dial UP14; T type pin 15; Steel ball 16; Adjustment pad 17; Prevent turn-taking 18; Latch 19; Adjustment seat 20; Adjustment screw 21; Live and sell 22 in the location; Spring 23; Screw 24; Adjustment screw back-up ring 25; Dial R26; Optically focused picture frame 28; Condenser trim ring 29; Pad 30; Preceding deviation mirror trim ring 31; Before turn to picture frame 32; Sliding pin screw A33; Nylon jacket 34; Back deviation mirror trim ring 35; After turn to picture frame 36; Outer tube 37; Interior pipe 38; Elastomeric pad 39; Transfer ring hold-down screw 40; Transfer ring seat 41; Transfer ring 42; Transfer ring seat trim ring 43; Graduation skeleton frame 44; Graduation negative lens frame 45; Graduation frame 46; Graduation silk 47; Graduation frame hold-down screw 48; Deviation mirror hold-down screw 50; Object lens cover 51; Sealing ring D52; Packing ring 53; Object lens spacer ring 54; Trim ring A55; Object lens frame 56; Pore screw 61; Spring pin 62; Spring 63; Spring pin tube 64; Spring abutment 65; Transfer and doubly turn round circle 66; Turn round circle sealing ring 67; Transfer times screw 68; Turn round circle screw gasket 69; Shank 70; Base lift 71; Base hold-down screw 72; Handwheel 73; Compacting ring 74; Label 75; Housing screw B76; Cam 77; Handwheel seat 78; Sealing ring E79; Sealing ring F80; Sliding pin screw B81; Sealing ring G82; Parallax mirror cell 84; Negative lens trim ring 85; Spring 86; Trim ring B87; Condenser A89; Condenser B90; Eyepiece 3 91; Gummed eyepiece 92; Condenser C93; Gummed deviation mirror 2 94; Gummed deviation mirror 1; Object lens 3 96; Cemented objective 97.

The specific embodiment

Concrete detailed description below with reference to accompanying drawing the utility model being done; The structure of the utility model comprises the outer trim ring 8 of eyepiece stalk 1, eyepiece frame 2, eyepiece trim ring 3, eyepiece stalk sealing ring 4, eyepiece spacer ring 5, eyepiece Non-return ring 6, eyepiece packing ring 7, eyepiece, scale cover 9, sealing ring A10, sealing ring B11, sealing ring C12, housing screw A13, dial UP14, T type pin 15, steel ball 16, adjustment pad 17, anti-ly turn-takes 18, latch 19, adjustment seat 20, adjustment screw 21, location are lived pin 22, spring 23, screw 24, adjustment screw back-up ring 25, dial R26, optically focused picture frame 28, condenser trim ring 29, pad 30, preceding deviation mirror trim ring 31, preceding turn to picture frame 32, sliding pin screw A33, nylon jacket 34, back deviation mirror trim ring 35, after turn to picture frame 36, outer tube 37, interior pipe 38, elastomeric pad 39, transfer ring hold-down screw 40, transfer ring seat 41, transfer ring 42, transfer a ring seat trim ring 43, graduation skeleton frame 44, graduation negative lens frame 45, graduation frame 46, graduation silk 47, graduation frame hold-down screw 48, deviation mirror hold-down screw 50, object lens cover 51, sealing ring D52, packing ring 53, object lens spacer ring 54, trim ring A55, object lens frame 56, pore screw 61, spring pin 62, spring 63, spring pin tube 64, spring abutment 65, transfer doubly turn round circle 66, turn round circle sealing ring 67, transfer times screw 68, turn round the utility model screw gasket 69, shank 70, base lift 71, base hold-down screw 72, handwheel 73, compacting ring 74, label 75, housing screw B76, cam 77, handwheel seat 78, sealing ring E79, sealing ring F80, sliding pin screw B81, sealing ring G82, parallax mirror cell 84, negative lens trim ring 85, spring 86, trim ring B87, condenser A89, condenser B90, eyepiece 3 91, Jiao He eyepiece 92, condenser C93, Jiao He deviation mirror 2 94, Jiao He deviation mirror 1, object lens 3 96, cemented objective 97; Be provided with eyepiece frame 2 in the eyepiece stalk 1 that it is characterized in that being connected with shank 70; Be provided with eyepiece 3 91, gummed eyepiece 92 in the eyepiece frame 2; Interior pipe 38 is arranged in the outer tube 37; In in pipe 38 pipes left side turn to before being provided with picture frame 32, after turn to picture frame 36; Before turn to be provided with in the picture frame 32 gummed deviation mirror 1; After turn to be provided with in the picture frame 36 gummed deviation mirror 2 94; The left side of gummed deviation mirror 1 is provided with condenser B90; Be provided with condenser A89 in the parallax mirror cell 84 in condenser B90 left side; The left-hand end of parallax mirror cell 84 is connected with shank 70 interior springs 86; The middle saddle top position of shank 70 is provided with adjustment seat 20; Be provided with adjustment screw 21 in the adjustment seat 20; The middle saddle lower position of shank 70 is provided with cam 77, handwheel seat 78; Handwheel seat 78 is fixed on shank 70 saddles through sliding pin screw B81 and base hold-down screw 72; Handwheel seat 78 is connected with cam 77; Be provided with object lens frame 56 in the objective tube that shank 70 links to each other; Be provided with object lens 3 96, cemented objective 97 in the object lens frame 56, be provided with object lens spacer ring 54 between object lens 3 96, the cemented objective 97.Other structure members all are provided with by the existing standard technology.

Embodiment recited above describes the preferred implementation of the utility model; Be not that design and scope to the utility model limits; Under the prerequisite that does not break away from the utility model design concept; Common engineers and technicians make the technical scheme of the utility model in this area various modification and improvement all should fall into the protection domain of the utility model.

Claims

1 riflescope, including the head tube (1), head frame (2), eyepiece clamping ring (3), eyepiece ring (4), eyepiece spacer (5), eyepiece retaining ring (6), eyepiece washer (7), an eyepiece external pressure ring (8), the scale sets (9), ring A (10), ring B (11), ring C (12), the compression screw A (13), the scale plate UP (14), T-type pin (15), ball (16), adjusting washer (17), anti-circles (18), bolts (19), adjust the seat (20), adjustment screw (21 ), live positioning pin (22), a spring (23), screws (24), adjustment screw ring (25), dials R (26), the condenser frame (28), a condenser lens clamping ring (29), washers (30), before turning mirror clamping ring (31), front steering frame (32), sliding pin screw A (33), nylon sleeve (34), after turning mirror clamping ring (35), after turning the frame (36), an outer tube (37), the inner tube (38), the resilient washer (39), transfer ring fixing screw (40), transfer ring seat (41), transfer ring (42), pressure adjustment ring seat ring (43), of draw frame holder (44), partition negative lens frame (45), partition frame (46), partition wire (47), partition frame fixing screws (48), steering mirror fixing screws (50), lens hood ( 51), ring D (52), washers (53), an objective lens spacer ring (54), the pressure ring A (55), material frame (56), the screw hole (61), spring-loaded pin (62), a spring (63 ), spring pin tube (64), spring seat (65), transfer times torsion coil (66), twisted ring seal (67), transfer times of the screw (68), torsion coil screw washer (69), a mirror body ( 70), a bottom seat skin (71), the base screw (72), the hand wheel (73), clamping ring (74), plate (75), the compression screw B (76), the cam (77), hand wheel seat (78), ring E (79), ring F (80), sliding pin screw B (81), ring G (82), parallax mirror chamber (84), a negative lens clamping ring (85), spring (86), pressure ring B (87), condenser A (89), condenser B (90), eyepiece three (91), glued eyepiece (92), condenser C (93), glued turning mirror two (94), turning mirror glued one (95), an objective lens three (96), glued lens (97), characterized in that the mirror body (70) connected to the head tube (1) is provided with a mesh inside the frame (2), head frame (2) within the eyepiece is provided with three (91), glued eyepiece (92), the inner tube (38) the outer tube (37), the inner tube (38) is provided with a tube on the left front steering frame (32), after the turn frame (36 ), front steering frame (32) is provided with a cemented lens shift one (95), after the turn frame (36) is provided with two turning mirrors glued (94), turning mirror glued one (95) is provided with a condenser lens to the left B (90), a condenser lens B (90) on the left parallax mirror chamber (84) is provided inside the condenser lens A (89), the parallax mirror chamber (84) to the left end of the mirror body (70) of a spring (86) connected to , the mirror body (70) intermediate the upper position is provided with adjustable saddle seat (20), adjust the seat (20) is provided with adjustment screws (21), a mirror body (70) in the middle of the saddle is provided with a lower position of the cam ( 77), the hand wheel seat (78), hand wheel seat (78) by means of sliding pin screw B (81) and the base fixing screws (72) fixed on the lens body (70) saddle, hand wheel seat (78) and the cam (77 ) connected to the mirror body (70) connected to the lens barrel is provided with a material frame (56), material frame (56) is provided with an objective lens within the three (96), glued lens (97), an objective lens three (96), cemented lens (97) is disposed between the objective lens spacer ring (54).