CN113262121A

CN113262121A - Privacy shielding assembly of anorectal posture straightening machine and adjusting method thereof

Info

Publication number: CN113262121A
Application number: CN202110237483.7A
Authority: CN
Inventors: 周瑞军
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-04
Filing date: 2021-03-04
Publication date: 2021-08-17

Abstract

The application discloses a privacy shielding assembly of an anorectal department body position straightening machine, which is arranged on the body position straightening machine and comprises a shielding main board, spring lifting assemblies distributed on the shielding main board at equal intervals along the left and right directions, and a worm assembly arranged in the shielding main board and used for adjusting the spring lifting assemblies; the shielding main board comprises a horizontal substrate and a vertical substrate; the spring lifting assembly comprises a lifting assembly, a limiting assembly and a resistance adjusting device. The invention also discloses an adjusting method of the privacy shielding assembly of the anorectal body position straightening machine, which comprises the following steps: step 1, adjusting the initial position of a lifting rod body: step 1.1, adjusting each lifting gear lever in a centralized manner; step 1.2, independently adjusting any lifting gear lever; step 2.1, accurately adjusting; and 2.2, quickly adjusting.

Description

Privacy shielding assembly of anorectal posture straightening machine and adjusting method thereof

Technical Field

The application relates to the technical field of medical equipment, in particular to an adjusting method of a privacy shielding assembly of an anorectal body position straightening machine.

Background

In the daily treatment of anorectal department, for serious internal hemorrhoid and external hemorrhoid mixed hemorrhoid, namely a patient with hemorrhoid graded to three or four grades, the medicine taking can not be inhibited, and the patient usually needs an operation for treatment. Current treatment modalities include traditional "external stripping and internal ligation" surgery and PPH surgery. In the hemorrhoid operation, the operation position is positioned at the anus, and the special defecation function of the operation position easily causes the injury and the mouth feel infection, so that the dressing change treatment needs to be carried out for a period of time after the operation.

The dressing change treatment requires the patient to lie on the dressing change bed for dressing change and expose the anus. However, the existing medicine changing bed has a simple and crude structure, and the genitals of a patient, particularly a female patient, are exposed when the patient lies on the stomach, so that great psychological pressure of privacy disclosure is caused to the patient. Some patients have difficulty in opening their teeth, resulting in slow recovery of the disease and even relapse of the disease.

Therefore, a posture-correcting machine capable of automatically shielding the perineum part, namely the external genitalia, of the patient is needed to be designed, so that the anus is only exposed when the patient changes the medicine, the psychological pressure is greatly reduced, and the patient can change the medicine on time.

Disclosure of Invention

The present case discloses an assembly is shielded to privacy of machine is ajusted to anus intestines branch of academic or vocational study position, sets up on the machine is ajusted to the position, its characterized in that:

the privacy shielding assembly comprises a shielding main board, bounce assemblies distributed on the shielding main board at equal intervals along the left-right direction, and a worm assembly arranged in the shielding main board and used for adjusting the bounce assemblies;

the shielding main board comprises a horizontal base board horizontally arranged and a vertical base board vertically arranged at the front half part of the upper end face of the horizontal base board;

the spring lifting assembly comprises a lifting assembly, a limiting assembly and a resistance adjusting device.

As a further embodiment:

the lifting assembly comprises:

the lifting stop lever comprises a lifting jack longitudinally arranged on the vertical base plate, a lifting rod body slidably inserted in the lifting jack, a left rack formed in the left front of the lower end surface of the lifting rod body, a gear mandrel formed in the lifting jack, a left gear rotatably arranged on the gear mandrel and meshed with the left rack, a right gear concentrically arranged with the left gear, a rack side hole formed in the front of the left rack, and a limit convex block formed at the front end of the inner wall of the lifting jack and matched with the rack side hole in an inserting manner;

the translation sliding rod comprises a translation jack and a narrowed rear hole, the translation jack is arranged on the horizontal base plate from back to front and is communicated with the lifting jack, the narrowed rear hole is arranged at the rear half part of the translation jack, a spring gasket and a compression spring are sequentially arranged in the translation jack from back to front, a spring push plate is arranged at the front end of the compression spring in a sliding mode, a right rack is fixed on the right side of the front end of the spring push plate, and the upper end of the right rack is meshed with the right gear;

the spacing subassembly includes:

the driving assembly comprises a stroke wide hole formed in the middle section of the translation jack, a rear convex edge formed at the corresponding position of the stroke wide hole and the translation jack, a reset pressure spring wound outside the rear convex edge, a sliding sleeve slidably sleeved on the rear convex edge and positioned at the front end of the reset pressure spring, a sleeve rear edge formed at the rear end of the outer wall of the sleeve, transmission insertion keys circumferentially and uniformly distributed on the inner wall of the sliding sleeve, an internal thread sleeve slidably inserted in the inner wall of the sliding sleeve, and transmission grooves circumferentially and uniformly distributed on the outer wall of the internal thread sleeve and matched with the transmission insertion keys in a one-to-one insertion manner;

the driven assembly comprises an annular front barrel formed at the front end of the stroke wide hole, a convex edge jack formed on the inner wall of the annular front barrel along the radial direction, an external thread barrel screwed in the internal thread barrel and sleeved outside the right rack, and a rotation stopping plug formed on the outer wall of the external thread barrel and in plug-in fit with the convex edge jack;

the worm wheel assembly comprises an inward convex circular ring formed on the front half part of the inner wall of the stroke wide hole, a worm wheel body rotatably arranged between the inward convex circular ring and the annular front barrel, a worm wheel convex edge formed on the front part of the worm wheel body positioned on the inward convex circular ring, and a rear locking disc formed at the rear end of the worm wheel body, wherein locking teeth are uniformly distributed on the rear end face of the rear locking disc and the front end face of the sliding sleeve in the circumferential direction;

the single pull ring comprises a pull ring strip hole formed on the upper edge of the stroke wide hole, a pull ring body sleeved on the sliding sleeve in a sliding way, and a pull ring push rod arranged on the upper edge of the pull ring body and penetrating through the pull ring strip hole;

the resistance adjusting device comprises:

the accurate adjusting assembly comprises a wide-diameter round cavity formed at the rear end of the narrowed rear hole, a round cavity rear hole formed at the rear end of the wide-diameter round cavity, a rotary ring rotatably arranged in the wide-diameter round cavity, a driving screw pipe arranged at the rear end of the rotary ring and penetrating through the round cavity rear hole, a driven screw pipe in the driving screw pipe in a threaded connection mode, and side holes which are uniformly distributed on the outer wall of the driven screw pipe in the circumferential direction and are axially arranged along the driven screw pipe;

the quick adjusting assembly comprises radial inserting rods which are circumferentially and uniformly distributed on the front half part of the inner wall of the narrowed rear hole, the radial inserting rods correspond to the accommodating side holes one by one and penetrate through the corresponding accommodating side holes, the quick adjusting assembly further comprises an external thread column, and an internal thread in threaded connection with the external thread column is arranged at the near-center end of each radial inserting rod;

the worm assembly includes:

the lower edge of the worm transverse hole is communicated with the inner cavity of each inner convex circular ring respectively;

the worm body is rotatably arranged in the worm transverse hole and is in transmission connection with each worm wheel body in sequence;

two worm rod end wrenches are arranged, and one worm rod end wrench is respectively arranged at the left side and the right side of the horizontal base plate of the worm body.

Furthermore, the front half part of the bottom of the lifting jack hole is also provided with a rod body lower hole for accommodating a lifting rod body.

Furthermore, an elastic soft strip is arranged on the upper end face of the lifting rod body, and the elastic soft strip is fixedly connected with the center of the upper end face of the lifting rod body.

Furthermore, the elastic soft strip is connected with the center of the upper end face of the lifting rod body through a rivet.

In a further aspect, the pitch of the driven screw tube is smaller than the pitch of the externally threaded post.

The invention also discloses an adjusting method of the privacy shielding assembly of the anorectal body position straightening machine, which comprises the following steps:

step 1, adjusting the initial position of a lifting rod body:

step 1.1, adjusting each lifting gear lever in a centralized manner:

twisting the worm end to drive the worm body of each worm gear assembly to rotate in the worm transverse hole;

the worm body drives the worm wheel body, the worm wheel convex edge and the rear lock disc of each worm wheel assembly to rotate in the corresponding inward convex circular ring;

each rear lock disc drives the corresponding sliding sleeve, the sleeve rear edge, the transmission key groove and the internal thread cylinder to rotate;

each internal thread cylinder drives the corresponding external thread cylinder and the rotation stopping plug to move back and forth along the corresponding convex edge jack;

the corresponding external thread cylinder drives the spring push plate and the right rack to move back and forth, so as to drive the right gear and the left gear to rotate, and finally the height of the corresponding left rack and the lifting rod body at the initial position is adjusted;

step 1.2, independently adjusting any lifting gear lever:

a fingertip or other tools are inserted into any pull ring strip hole, then the pull ring push rod and the pull ring body are pushed backwards, and further the rear edge of the sleeve, the sliding sleeve and the transmission insertion key are driven to move backwards by overcoming the damping of the reset pressure spring;

the transmission key is moved back and forth in the transmission key groove and always keeps a torque transmission relationship;

the sliding sleeve is separated from the corresponding rear lock disc and is disconnected in transmission;

a finger or other tools penetrate through the pull ring strip hole to rotate the corresponding sliding sleeve and the corresponding transmission inserting key, so that the transmission key groove and the internal thread cylinder are driven to rotate;

the internal thread cylinder drives the corresponding external thread cylinder and the rotation stopping plug to move back and forth along the corresponding convex edge jack;

the corresponding external thread cylinder drives the spring push plate and the right rack to move back and forth, so as to drive the right gear and the left gear to rotate, and finally the height of the left rack and the initial position of the lifting rod body is adjusted.

As a further embodiment, the method also comprises a step 2 of damping adjustment of the limiting assembly:

step 2.1, precise adjustment:

the driving solenoid and the rotating ring are rotated, and the driving solenoid drives the driven solenoid and the side hole to move along the front-back direction;

the driven solenoid pushes the spring gasket and the compression spring to slowly move along the front and back directions, so that the compression amount and the damping of the compression spring in a normal state are adjusted;

step 2.2, fast adjustment:

rotating the external threaded column, wherein the internal thread screwed with the external threaded column is arranged at the proximal end of the radial inserted link, so that the external threaded column is rotated and stepped;

the external thread column pushes the spring gasket and the compression spring to move in the front-back direction quickly, and then the compression amount and the damping of the compression spring in a normal state are adjusted.

Has the advantages that:

the posture straightening machine is convenient for a patient to directly ride, then the private part between the external genitalia and the anus is pressed on the privacy shielding assembly and lies prone forwards, only the anus at the rear part is exposed, the external genitalia at the front part is shielded, and embarrassment is avoided.

According to the body position straightening machine, the position of the privacy shielding assembly on the body position longitudinal plate can be adjusted, so that after a patient lies on the privacy shielding assembly and an anus is exposed, the distance from the anus to the rear end of the body position longitudinal plate is a proper distance:

(1) when the anus of the patient lies too far forward after lying prone, the body position longitudinal plate exposed at the rear end of the anus interferes with the dressing work of a doctor.

(2) When the anus of a patient lies too close to the back after lying prone, liquid medicines such as iodophors smeared during dressing change drop on the ground to cause pollution.

According to the body position straightening machine, the privacy shielding assembly is provided with the plurality of elastic lifting assemblies, and the lifting rod body of each elastic lifting assembly is pressed to descend and reset after losing pressure, so that the privacy shielding assembly can perfectly adapt to curves of perineum parts of patients with different sexes, ages and body types after being pressed. The anus of the patient behind the perineum is completely exposed, and the external genitalia in front of the perineum is closely shielded.

The body position straightening machine can be used for intensively or independently adjusting the initial positions of the lifting rod bodies, so that the initial positions of the connecting lines of the upper end surfaces of the lifting rod bodies have certain curves, the curves adapt to perineum curves of most patients in prone postures, and the lifting rod bodies only need to be slightly lifted when different patients ride and lie prone:

according to the privacy shielding assembly of the body position straightening machine, the limit component of each elastic lifting assembly can adjust the elastic lifting damping, and the privacy shielding assembly can also have two adjusting modes of accurate adjustment and rapid adjustment:

(1) and (3) precise adjustment:

the driving solenoid and the rotating ring are rotated, and the driving solenoid drives the driven solenoid and the side hole to move along the front-back direction; the driven solenoid pushes the spring gasket and the compression spring to slowly move along the front and back directions, so that the compression amount and the damping of the compression spring in a normal state are adjusted;

(2) and (3) quick adjustment:

rotating the external threaded column, wherein the internal thread screwed with the external threaded column is arranged at the proximal end of the radial inserted link, so that the external threaded column is rotated and stepped; the external thread column pushes the spring gasket and the compression spring to move in the front-back direction quickly, and then the compression amount and the damping of the compression spring in a normal state are adjusted.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present application and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained from the drawings without inventive effort.

FIG. 1 is a schematic view of the posture correction machine in use.

FIG. 2 is a top view of one embodiment of the body position corrector.

FIG. 3 is a top view of one embodiment of the posture correction machine (with the glide plate removed).

FIG. 4 is a cross-sectional view of one embodiment of the position correction machine.

Fig. 5 is an enlarged view of an embodiment of part a of fig. 4.

Fig. 6 is an enlarged view of an embodiment of part a of fig. 4.

FIG. 7 is a top view of one embodiment of the privacy masking assembly.

FIG. 8 is a cross-sectional view of one embodiment of the privacy masking assembly.

FIG. 9 is a partial cross-sectional view of one embodiment of the privacy masking assembly.

Figure 10 is a cross-sectional view of one embodiment of section B-B of figure 8.

FIG. 11 is a cross-sectional view of an alternative embodiment of section B-B of FIG. 8.

FIG. 12 is a cross-sectional view of an alternative embodiment of section B-B of FIG. 8.

FIG. 13 is a cross-sectional view of an alternative embodiment of section B-B of FIG. 8.

FIG. 14 is an enlarged view of one embodiment of section C of FIG. 10.

FIG. 15 is an enlarged view of one embodiment of section C of FIG. 10.

Fig. 16 is an enlarged view of an embodiment of section D of fig. 10.

Figure 17 is a cross-sectional view of one embodiment of section E-E of figure 11.

Figure 18 is a cross-sectional view of an alternative embodiment of section E-E of figure 11.

Figure 19 is a partial cross-sectional view of an alternative embodiment of section E-E of figure 11.

Icon:

m. elastic lifting assembly, p. elastic soft strip;

1. the lifting device comprises a lifting assembly, 11, a lifting stop lever, 11a, a lifting jack, 11b, a lifting rod body, 11c, a left rack, 11d, a gear mandrel, 11e, a left gear, 11f, a right gear, 11g, a rack side hole and 11h, a limiting bump; 12. a translation sliding rod, 12a translation inserting hole, 12b a narrowed rear hole, 12c a spring gasket, 12d a compression spring, 12e a spring push plate, 12f a right rack,

2. the device comprises a limiting assembly, 21, a driving assembly, 21a, a stroke wide hole, 21b, a rear convex edge, 21c, a reset pressure spring, 21d, a sliding sleeve, 21e, a sleeve rear edge, 21f, a transmission key, 21g, an internal thread cylinder, 21h, a transmission key groove, 22, a driven assembly, 22a, an annular front cylinder, 22b, a convex edge jack, 22c, an external thread cylinder, 22d, a rotation stopping plug, 23, a worm gear assembly, 23a, an internal convex circular ring, 23b, a worm gear body, 23c, a worm gear convex edge, 23d, a rear locking disc, 24 monotonic pull rings, 24a pull ring strip holes, 24b, a pull ring body and 24c pull ring push rods;

3. the resistance adjusting device comprises a resistance adjusting device, 31, an accurate adjusting component, 31a, a round wide-diameter round cavity, 31b, a round cavity rear hole, 31c, a rotating ring, 31d, a driving screw pipe, 31e, a driven screw pipe, 31f, a side hole, 32, a rapid adjusting component, 32a, a radial inserted link and 32b, an external threaded column;

4. a fixed base, 41. a pedal sloping plate;

5. a front column;

6. a body position longitudinal plate, 61, a sliding flat plate and 62, transverse strip holes;

7. the fine adjustment device comprises a fine adjustment device, 71, a front shaft hole, 72, an internal threaded pipe, 73, a rectangular sliding cavity, 74, an adjustment mandrel, 75, an external threaded rod, 76, a wide-diameter column cavity, 77, a narrow-diameter rear hole, 78, a wide-diameter column and 79, a narrow-diameter connecting rod;

8. a shielding main board, 81 horizontal substrates, 82 vertical substrates;

9. the worm assembly comprises 91 worm cross holes, 92 worm bodies and 93 worm end bolts.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some embodiments of the present application, but not all embodiments. The components of the embodiments of the present application, generally described and illustrated in the figures herein, can be arranged and designed in a wide variety of different configurations.

The scheme discloses an anorectal department posture straightening machine which comprises a fixing base 4, a front upright post 5 arranged at the front end of the fixing base 4, a posture longitudinal plate 6 arranged behind the upper end of the front upright post 5, a fine adjustment device 7 arranged on the posture longitudinal plate 6, and a self-adaptive privacy shielding assembly connected with the fine adjustment device 7;

the fine adjustment device 7 comprises a front shaft hole 71 which is arranged on the front end surface of the body position vertical plate 6 from front to back, an internal thread pipe 72 which is formed at the rear end of the front shaft hole 71, and a rectangular sliding cavity 73 which is formed at the rear end of the internal thread pipe 72, wherein the upper part of the rectangular sliding cavity 73 penetrates through the body position vertical plate 6;

the fine adjustment device 7 further comprises an adjusting mandrel 74 rotatably arranged in the preposed shaft hole 71, an external threaded rod 75 fixed at the rear end of the adjusting mandrel 74 and screwed with the internal threaded pipe 72, a wide-diameter cylindrical cavity 76 formed at the front half part of the external threaded rod 75, a narrow-diameter rear hole 77 formed at the rear end of the wide-diameter cylindrical cavity 76, a wide-diameter cylinder 78 rotatably arranged in the wide-diameter cylindrical cavity 76, and a narrow-diameter connecting rod 79 fixed at the rear end of the wide-diameter cylinder 78 and penetrating through the narrow-diameter rear hole 77;

the privacy protecting assembly is slidably arranged in the rectangular sliding cavity 73, and the front end of the privacy protecting assembly is detachably connected with the narrow-diameter connecting rod 79.

As a further embodiment:

the privacy shielding assembly comprises a shielding main board 8, bounce assemblies m distributed on the shielding main board 8 at equal intervals along the left-right direction, and worm assemblies 9 arranged in the shielding main board 8 and used for adjusting the bounce assemblies m;

the shielding main board 8 comprises a horizontal base board 81 arranged horizontally and a vertical base board 82 vertically arranged at the front half part of the upper end face of the horizontal base board 81;

the elastic lifting assembly m comprises a lifting component 1, a limiting component 2 and a resistance adjusting device 3;

the lifting assembly 1 comprises:

the lifting stop lever 11 comprises a lifting jack 11a longitudinally arranged on the vertical base plate 82, a lifting lever body 11b slidably inserted into the lifting jack 11a, a left rack 11c formed at the left front of the lower end surface of the lifting lever body 11b, a gear mandrel 11d formed in the lifting jack 11a, a left gear 11e rotatably arranged on the gear mandrel 11d and meshed with the left rack 11c, a right gear 11f concentrically arranged with the left gear 11e, a rack side hole 11g formed at the front of the left rack 11c, and a limit bump 11h formed at the front end of the inner wall of the lifting jack 11a and in insertion fit with the rack side hole 11 g;

the translation sliding rod 12 comprises a translation jack 12a and a narrowed rear hole 12b, wherein the translation jack 12a is arranged on the horizontal base plate 81 from back to front and is communicated with the lifting jack 11a, the narrowed rear hole is formed in the rear half part of the translation jack 12a, a spring gasket 12c and a compression spring 12d are sequentially arranged in the translation jack 12a from back to front, a spring push plate 12e is further arranged at the front end of the compression spring 12d in a sliding mode, a right rack 12f is fixed on the right side of the front end of the spring push plate 12e, and the upper end of the right rack 12f is meshed with the right gear 11 f;

spacing subassembly 2 includes:

the driving assembly 21 comprises a stroke wide hole 21a formed in the middle section of the translation jack 12a, a rear convex edge 21b formed at the position where the stroke wide hole 21a corresponds to the translation jack 12a, a reset pressure spring 21c wound outside the rear convex edge 21b, a sliding sleeve 21d slidably sleeved on the rear convex edge 21b and positioned at the front end of the reset pressure spring 21c, a sleeve rear edge 21e formed at the rear end of the outer wall of the sleeve 21d, transmission studs 21f circumferentially and uniformly distributed on the inner wall of the sliding sleeve 21d, an internal thread cylinder 21g slidably inserted on the inner wall of the sliding sleeve 21d, and transmission grooves 21h circumferentially and uniformly distributed on the outer wall of the internal thread cylinder 21g and matched with the transmission studs 21f in a one-to-one insertion manner;

the driven assembly 22 comprises an annular front barrel 22a formed at the front end of the stroke wide hole 21a, a convex edge jack 22b formed on the inner wall of the annular front barrel 22a along the radial direction, an external thread barrel 22c screwed in the internal thread barrel 21g and sleeved outside the right rack 12f, and a rotation stopping plug 22d formed on the outer wall of the external thread barrel 22c and in plug-in fit with the convex edge jack 22 b;

the worm wheel assembly 23 comprises an inner convex ring 23a formed on the front half part of the inner wall of the stroke wide hole 21a, a worm wheel body 23b rotatably arranged between the inner convex ring 23a and the annular front barrel 22a, a worm wheel convex edge 23c formed on the front part of the inner convex ring 23a of the worm wheel body 23b, and a rear lock disc 23d formed at the rear end of the worm wheel body 23b, wherein lock teeth are uniformly distributed on the rear end surface of the rear lock disc 23d and the front end surface of the sliding sleeve 21d in the circumferential direction;

the monotonic pull ring 24 comprises a pull ring strip hole 24a formed on the upper edge of the stroke wide hole 21a, a pull ring body 24b slidably sleeved on the sliding sleeve 21d, and a pull ring push rod 24c arranged on the upper edge of the pull ring body 24a and penetrating through the pull ring strip hole 24 a;

the resistance adjusting device 3 includes:

the accurate adjusting component 31 comprises a wide-diameter round cavity 31a formed at the rear end of the narrow rear hole 12b, a round cavity rear hole 31b formed at the rear end of the wide-diameter round cavity 31a, a rotary ring 31c rotatably arranged in the wide-diameter round cavity 31a, a driving spiral pipe 31d arranged at the rear end of the rotary ring 31c and penetrating through the round cavity rear hole 31b, a driven spiral pipe 31e screwed in the driving spiral pipe 31d, and a side hole 31f arranged on the outer wall of the driven spiral pipe 31e in an axial direction and uniformly distributed in the circumferential direction along the driven spiral pipe 31 e;

the quick adjusting assembly 32 comprises radial inserting rods 32a which are circumferentially and uniformly distributed on the front half part of the inner wall of the narrowed rear hole 12b, the radial inserting rods 32a correspond to the accommodating side holes 31f one by one and penetrate through the corresponding accommodating side holes 31f, the quick adjusting assembly 32 further comprises an external thread column 32b, and the proximal end of the radial inserting rod 32a is provided with an internal thread which is in threaded connection with the external thread column 32 b;

the worm assembly 9 comprises:

the worm transverse hole 91 is arranged at the position, corresponding to the inner convex circular ring 23a, of the upper half part of the horizontal base plate 81 in a penetrating manner along the left-right direction, and the lower edge of the worm transverse hole 91 is respectively communicated with the inner cavity of each inner convex circular ring 23 a;

the worm body 92 is rotatably arranged in the worm transverse hole 91, and the worm body 92 is in transmission connection with each worm wheel body 23b in sequence;

two worm rod end knobs 93 are arranged, and one worm rod end knob 93 is respectively arranged at the left side and the right side of the horizontal base plate 81 of the worm body 92.

Furthermore, pedal inclined plates 41 with a lower front part and a higher rear part are symmetrically distributed on two sides of the upper end surface of the fixed base 4.

Furthermore, the upper end of the posture vertical plate 6 is also provided with a sliding flat plate 61 in a flat manner, and the sliding flat plate 61 is provided with a transverse strip hole 62 which only allows the lifting rod body 11b to pass through.

Further, the upper end of the vertical base plate 82 is flush with the upper edge of the rectangular sliding cavity 73.

Further, the front end of the privacy protection assembly is connected with the narrow-diameter connecting rod 79 through a buckle.

Furthermore, the front half part of the hole bottom of the lifting jack 11a is also provided with a rod body lower hole 11i for accommodating the lifting rod body 11b.

Furthermore, an elastic soft strip p is arranged on the upper end face of the lifting rod body 11b and is fixedly connected with the center of the upper end face of the lifting rod body 11b.

Furthermore, the elastic soft strip p is connected with the center of the upper end face of the lifting rod body 11b through a rivet.

Further, the pitch of the driven screw tube 31e is smaller than that of the externally threaded post 32b.

The scheme also discloses an automatic privacy shielding method under the groveling posture of anorectal department, which is characterized by comprising the following steps of:

the body position straightening machine comprises the following steps:

step 1, the patient straddles the posture vertical plate 6:

the patient lays the isolation pad carried with him on the body position longitudinal plate 6;

the patient stands behind the straightening machine, and the clothes of the lower half of the body are faded towards the front;

the legs are slightly stretched, the feet stand on the two sides of the fixed base 4 and straddle the posture vertical plate 6, and at the moment, the back of the external genitalia of the patient is opposite to the medical staff positioned behind the patient;

the private shielding assembly is pressed on the private shielding assembly at the position between the external genitalia and the anus of the patient, namely the perineum;

step 2, shielding perineum and exposing anus:

the patient lies on the position vertical plate 6 forward and downward, and the anus is in a backward position;

patient's perineum position is pressed down privacy shields assembly, and the perineum department of each lifting component 1 adaptability under the gesture of lying prone of patient is tight shelters from:

the upper ends of the lifting rod body 11b and the left rack 11c are pressed to move downwards;

the left rack 11c drives the left gear 11e and the right gear 11f to rotate;

the right gear 11f drives the right rack 12f and the spring push plate 12e to move rightwards against the damping of the compression spring 12 d;

step 3, the patient gets up and wears the trousers:

after the patient finishes changing the medicine, the patient gets up to recover the straddle posture, and then stands and walks down the straightening machine;

each lifting component 1 of the privacy-masking assembly resets:

the compression spring 12d pushes the spring push plate 12e and the right rack 12f to move forwards;

the right rack 12f drives the right gear 11f and the left gear 11e to rotate;

the left gear 11e drives the left rack 11c and the lifting rod body 11b to move upwards and reset.

Further, the method also comprises a step 4 of adjusting the front and back positions of the privacy-masking assembly:

rotating the adjusting mandrel 74, the external threaded rod 75 and the wide-diameter cylindrical cavity 76 to make the adjusting mandrel rotate and step along the internal threaded pipe 72;

the wide-diameter column cavity 76 acts on the wide-diameter column 78 and the narrow-diameter connecting rod 79 to drive the wide-diameter column and the narrow-diameter connecting rod to move in the front-back direction;

the narrow-diameter connecting rod 79 drives the privacy-mask assembly to move in the rectangular sliding cavity 73 in the front-back direction;

said step 4 is performed before step 1 is performed.

The scheme also discloses a privacy shielding assembly of the anorectal department posture straightening machine, wherein the privacy shielding assembly comprises a shielding main board 8, spring-lift assemblies m distributed on the shielding main board 8 at equal intervals along the left-right direction, and a worm component 9 arranged in the shielding main board 8 and used for adjusting the spring-lift assemblies m;

the lifting assembly 1 comprises:

spacing subassembly 2 includes:

the resistance adjusting device 3 includes:

the worm assembly 9 comprises:

The scheme also discloses an adjusting method of the privacy masking assembly, which comprises the following steps:

step 1, adjusting the initial position of the lifting rod body 11 b:

step 1.1, centrally adjusting each lifting gear lever 11:

twisting the worm rod end twist 93 to drive the worm body 92 of each worm wheel assembly 23 to rotate in the worm transverse hole 91;

the worm body 92 drives the worm wheel body 23b, the worm wheel convex edge 23c and the rear lock disc 23d of each worm wheel assembly 23 to rotate in the corresponding inner convex circular ring 23 a;

each rear lock disc 23d drives the corresponding sliding sleeve 21d, the sleeve rear edge 21e, the transmission key 21f, the transmission key slot 21h and the internal thread cylinder 21g to rotate;

each internal thread cylinder 21g drives the corresponding external thread cylinder 22c and the corresponding rotation stopping plug 22d to move forwards and backwards along the corresponding convex edge jack 22 b;

the corresponding external thread cylinder 22c drives the spring push plate 12e and the right rack 12f to move back and forth, so as to drive the right gear 11f and the left gear 11e to rotate, and finally the heights of the corresponding left rack 11c and the lifting rod body 11b at the initial positions are adjusted;

step 1.2, independently adjusting any lifting gear lever 11:

a fingertip or other tools are inserted into any pull ring strip hole 24a, then the pull ring push rod 24c and the pull ring body 24b are pushed backwards, and further the sleeve rear edge 21e, the sliding sleeve 21d and the transmission insertion key 21f are driven to move backwards by overcoming the damping of the reset compression spring 21 c;

the transmission key 21f moves back and forth in the transmission key slot 21h, but always keeps a torque transmission relationship;

the sliding sleeve 21d is separated from the corresponding rear lock disc 23d and is disconnected in transmission;

a finger or other tools are used for penetrating through the pull ring strip hole 24a to rotate the corresponding sliding sleeve 21d and the corresponding transmission insertion key 21f, so that the transmission key groove 21h and the internal thread cylinder 21g are driven to rotate;

the internal thread cylinder 21g drives the corresponding external thread cylinder 22c and the rotation stopping plug 22d to move forwards and backwards along the corresponding convex edge jack 22 b;

the corresponding external thread cylinder 22c drives the spring push plate 12e and the right rack 12f to move back and forth, so as to drive the right gear 11f and the left gear 11e to rotate, and finally the height of the left rack 11c and the height of the initial position of the lifting rod body 11b are adjusted;

step 2, damping adjustment of the limiting assembly 2:

step 2.1, precise adjustment:

the driving screw tube 31d and the circular ring 31c are rotated, and the driving screw tube 31d drives the driven screw tube 31e and the accommodating side hole 31f to move along the front-back direction;

the driven solenoid 31e pushes the spring washer 12c and the compression spring 12d to slowly move along the front-back direction, so that the compression amount and the damping of the compression spring 12d in a normal state are adjusted;

step 2.2, fast adjustment:

the external threaded column 32b is rotated, and the internal thread screwed with the external threaded column 32b is arranged at the proximal end of the radial inserted rod 32a, so that the external threaded column 32b is rotated and stepped;

the external threaded post 32b pushes the spring washer 12c and the compression spring 12d to move rapidly in the front-rear direction, so as to adjust the compression amount and damping of the compression spring 12d in a normal state.

As a further embodiment, the upper end face of the elastic soft strip p is covered with a disposable medical isolation pad.

The above description is only a preferred embodiment of the present application and is not intended to limit the present application, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. The utility model provides an assembly is shielded to privacy of machine is ajusted to anus intestines branch of academic or vocational study position, sets up on the machine is ajusted to position, its characterized in that:

the privacy shielding assembly comprises a shielding main board (8), spring lifting assemblies (m) which are distributed on the shielding main board (8) at equal intervals along the left-right direction, and worm assemblies (9) which are arranged in the shielding main board (8) and used for adjusting the spring lifting assemblies (m);

the shielding main board (8) comprises a horizontal base board (81) arranged horizontally and a vertical base board (82) vertically arranged at the front half part of the upper end face of the horizontal base board (81);

the elastic lifting assembly (m) comprises a lifting component (1), a limiting component (2) and a resistance adjusting device (3).

2. The privacy mask assembly of the anorectal posture straightening machine of claim 1, wherein:

the lifting assembly (1) comprises:

the lifting stop lever (11) comprises a lifting jack (11a) longitudinally arranged on the vertical base plate (82), a lifting lever body (11b) slidably inserted in the lifting jack (11a), a left rack (11c) formed in the left front of the lower end face of the lifting lever body (11b), a gear mandrel (11d) formed in the lifting jack (11a), a left gear (11e) rotatably arranged on the gear mandrel (11d) and meshed with the left rack (11c), a right gear (11f) concentrically arranged with the left gear (11e), a rack side hole (11g) formed in the front of the left rack (11c), and a limiting bump (11h) formed in the front end of the inner wall of the lifting jack (11a) and in splicing fit with the rack side hole (11 g);

the translation sliding rod (12) comprises a translation jack (12a) which is arranged on the horizontal base plate (81) from back to front and communicated with the lifting jack (11a), and a narrowed rear hole (12b) which is arranged at the rear half part of the translation jack (12a), wherein a spring gasket (12c) and a compression spring (12d) are sequentially arranged in the translation jack (12a) from back to front, the front end of the compression spring (12d) is also provided with a spring push plate (12e) in a sliding manner, the right side of the front end of the spring push plate (12e) is fixed with a right rack (12f), and the upper end of the right rack (12f) is meshed with the right gear (11 f);

the spacing subassembly (2) includes:

the driving assembly (21) comprises a stroke wide hole (21a) formed in the middle section of the translation insertion hole (12a), a rear convex edge (21b) formed at the position, corresponding to the translation insertion hole (12a), of the stroke wide hole (21a), a reset pressure spring (21c) wound outside the rear convex edge (21b), and a sliding sleeve (21d) slidably sleeved on the rear convex edge (21b) and positioned at the front end of the reset pressure spring (21c), the transmission mechanism comprises a sleeve rear edge (21e) formed at the rear end of the outer wall of the sleeve (21d), transmission insertion keys (21f) uniformly distributed on the inner wall of the sliding sleeve (21d) in the circumferential direction, an internal thread barrel (21g) slidably inserted in the inner wall of the sliding sleeve (21d), and transmission grooves (21h) uniformly distributed on the outer wall of the internal thread barrel (21g) in the circumferential direction and matched with the transmission insertion keys (21f) in a one-to-one insertion mode;

the driven assembly (22) comprises an annular front barrel (22a) formed at the front end of the stroke wide hole (21a), a convex edge jack (22b) formed on the inner wall of the annular front barrel (22a) along the radial direction, an external thread barrel (22c) screwed in the internal thread barrel (21g) and sleeved outside the right rack (12f), and a rotation stopping plug (22d) formed on the outer wall of the external thread barrel (22c) and in plug-in fit with the convex edge jack (22 b);

the worm wheel assembly (23) comprises an inward convex circular ring (23a) formed on the front half part of the inner wall of the stroke wide hole (21a), a worm wheel body (23b) rotatably arranged between the inward convex circular ring (23a) and the annular front cylinder (22a), a worm wheel convex edge (23c) formed on the front part of the inward convex circular ring (23a) of the worm wheel body (23b), and a rear locking disc (23d) formed at the rear end of the worm wheel body (23b), wherein locking teeth are uniformly distributed on the rear end surface of the rear locking disc (23d) and the front end surface of the sliding sleeve (21d) in the circumferential direction;

the monotonic pull ring (24) comprises a pull ring strip hole (24a) formed on the upper edge of the stroke wide hole (21a), a pull ring body (24b) sleeved on the sliding sleeve (21d) in a sliding way, and a pull ring push rod (24c) arranged on the upper edge of the pull ring body (24a) and penetrating through the pull ring strip hole (24 a);

the resistance adjusting device (3) comprises:

the accurate adjusting component (31) comprises a wide-diameter round cavity (31a) formed at the rear end of the narrow rear hole (12b), a round cavity rear hole (31b) formed at the rear end of the wide-diameter round cavity (31a), a rotary ring (31c) rotatably arranged in the wide-diameter round cavity (31a), a driving solenoid (31d) arranged at the rear end of the rotary ring (31c) and penetrating through the round cavity rear hole (31b), a driven solenoid (31e) screwed in the driving solenoid (31d), and a side hole (31f) circumferentially uniformly distributed on the outer wall of the driven solenoid (31e) and axially arranged along the driven solenoid (31 e);

the quick adjusting assembly (32) comprises radial inserting rods (32a) which are circumferentially and uniformly distributed on the front half part of the inner wall of the narrowed rear hole (12b), the radial inserting rods (32a) correspond to the accommodating side holes (31f) one by one and penetrate through the corresponding accommodating side holes (31f), the quick adjusting assembly (32) further comprises an external thread column (32b), and an internal thread in threaded connection with the external thread column (32b) is arranged at the position, close to the center, of the radial inserting rods (32 a);

the worm assembly (9) comprises:

the worm transverse hole (91) is arranged at the position, corresponding to the inner convex circular ring (23a), of the upper half part of the horizontal base plate (81) in a penetrating mode along the left-right direction, and the lower edge of the worm transverse hole (91) is communicated with the inner cavity of each inner convex circular ring (23a) respectively;

the worm body (92) is rotatably arranged in the worm transverse hole (91), and the worm body (92) is in transmission connection with the worm wheel bodies (23b) in sequence;

and two worm rod end twists (93) are arranged, and the worm body (92) is provided with one worm rod end twist (93) at the left side and the right side of the horizontal base plate (81).

3. The privacy mask assembly of the anorectal posture straightening machine of claim 2, wherein: the upper end face of the lifting rod body (11b) is provided with an elastic soft strip (p), and the elastic soft strip (p) is fixedly connected with the center of the upper end face of the lifting rod body (11 b).

4. The privacy mask assembly of the anorectal posture straightening machine of claim 3, wherein: the elastic soft strip (p) is connected with the center of the upper end face of the lifting rod body (11b) through a rivet.

5. The privacy mask assembly of the anorectal posture straightening machine of claim 4, wherein: the screw pitch of the driven screw pipe (31e) is smaller than that of the external thread column (32 b).

6. The adjusting method of the privacy mask assembly of the anorectal body position straightening machine according to claim 5, wherein the adjusting method comprises the following steps: the method comprises the following steps:

step 1, adjusting the initial position of a lifting rod body (11 b):

step 1.1, centrally adjusting each lifting gear lever (11):

twisting the worm rod end twist (93) to drive the worm bodies (92) of the worm wheel assemblies (23) to rotate in the worm transverse holes (91);

the worm body (92) drives the worm wheel body (23b), the worm wheel convex edge (23c) and the rear lock disc (23d) of each worm wheel assembly (23) to rotate in the corresponding inner convex circular ring (23 a);

each rear lock disc (23d) drives the corresponding sliding sleeve (21d), the sleeve rear edge (21e), the transmission key (21f), the transmission key slot (21h) and the internal thread cylinder (21g) to rotate;

each internal thread cylinder (21g) drives the corresponding external thread cylinder (22c) and the rotation stopping plug (22d) to move back and forth along the corresponding convex edge jack (22 b);

the corresponding external thread cylinder (22c) drives the spring push plate (12e) and the right rack (12f) to move back and forth, so as to drive the right gear (11f) and the left gear (11e) to rotate, and finally the height of the corresponding left rack (11c) and the lifting rod body (11b) at the initial position is adjusted;

step 1.2, independently adjusting any lifting gear lever (11):

a fingertip or other tools are inserted into any pull ring strip hole (24a), then the pull ring push rod (24c) and the pull ring body (24b) are pushed backwards, and further the sleeve rear edge (21e), the sliding sleeve (21d) and the transmission insertion key (21f) are driven to move backwards by overcoming the damping of the reset pressure spring (21 c);

the transmission key (21f) moves back and forth in the transmission key groove (21h) and always keeps a torque transmission relation;

the sliding sleeve (21d) is separated from the corresponding rear lock disc (23d) and is disconnected with the transmission;

a finger or other tools pass through the pull ring strip hole (24a) to rotate the corresponding sliding sleeve (21d) and the corresponding transmission key (21f), so that the transmission key groove (21h) and the internal thread cylinder (21g) are driven to rotate;

the internal thread cylinder (21g) drives the corresponding external thread cylinder (22c) and the rotation stopping plug (22d) to move back and forth along the corresponding convex edge jack (22 b);

the corresponding external thread cylinder (22c) drives the spring push plate (12e) and the right rack (12f) to move back and forth, further drives the right gear (11f) and the left gear (11e) to rotate, and finally adjusts the height of the left rack (11c) and the height of the lifting rod body (11b) at the initial position.

7. The adjusting method of the privacy mask assembly of the anorectal body position straightening machine according to claim 6, wherein the adjusting method comprises the following steps: still include step 2, spacing subassembly (2) damping is adjusted:

step 2.1, precise adjustment:

the driving screw pipe (31d) and the rotating ring (31c) are rotated, and the driving screw pipe (31d) drives the driven screw pipe (31e) and the accommodating side hole (31f) to move along the front-back direction;

the driven solenoid (31e) pushes the spring gasket (12c) and the compression spring (12d) to slowly move along the front-back direction, so that the compression amount and the damping of the compression spring (12d) in a normal state are adjusted;

step 2.2, fast adjustment:

the external threaded column (32b) is rotated, and the external threaded column (32b) is rotated step by step due to the fact that an internal thread which is in threaded connection with the external threaded column (32b) is arranged at the proximal end of the radial inserted rod (32 a);

the external thread column (32b) pushes the spring gasket (12c) and the compression spring (12d) to move in the front-back direction rapidly, and then the compression amount and the damping of the compression spring (12d) in a normal state are adjusted.