CN110393849B

CN110393849B - Lip moisturizing apparatus with micro continuous water supply

Info

Publication number: CN110393849B
Application number: CN201910739211.XA
Authority: CN
Inventors: 李洪海
Original assignee: Ripson Beijing Medical Technology Co ltd
Current assignee: Ripson Beijing Medical Technology Co ltd
Priority date: 2019-08-12
Filing date: 2019-08-12
Publication date: 2022-03-25
Anticipated expiration: 2039-08-12
Also published as: CN110393849A

Abstract

A lip moisturizing device with micro continuous water supply comprises a hanger bracket, a support beside the face, a horizontal bracket, a water bag, a water conduit and a lip water seepage structure; the novel facial mask is characterized in that the ear hanging bracket is hung on the ear part, a face side bracket arranged beside the face is connected in front of the ear hanging bracket, a bend is arranged in front of the face side bracket, a horizontal bracket parallel to the direction of the mouth is connected after the bend, and a lip water seepage structure is arranged between the left horizontal bracket and the right horizontal bracket; the bracket beside the face and the horizontal bracket are provided with a water conduit fixing structure; the water guide pipe is arranged beside the face side bracket and the horizontal bracket through the water guide pipe fixing structure and is introduced into the lip water seepage structure after passing through the face side bracket and the horizontal bracket; the water conduit is connected with the water bag at the upper part; a water outlet hole is formed in the lip water seepage structure; the hollow cavity is internally provided with a micro-flow control structure. The arrangement of the structure can realize continuous water supply in a small quantity, and effectively prevent the problems of dry lips of patients, oral inflammation of severe patients and the like.

Description

Lip moisturizing apparatus with micro continuous water supply

Technical Field

The invention belongs to medical instruments used in the field of nursing, and particularly relates to a related instrument for solving the problem of dry lips of patients who cannot drink water before and after an operation and have dry lips, patients who need nursing due to the dry lips after being bedridden for a long time, and people who cannot take care of the dry lips; in particular to a lip moisturizing device with micro continuous water supply.

Background

The preoperative fasting principle of the operation patients is preoperative fasting for 12 hours and water prohibition for 4 hours, and for patients who receive general anesthesia or intraspinal anesthesia operation, the patients need to fast and prohibit water before the operation and still need to fast and prohibit water for 6 hours after the operation, so the patients need to fast and prohibit water for a long time; this will cause the patient to be thirsty, and the patient must be fasted and deprived of water according to the disease condition. On the premise that the patient is painful, in order to relieve the dryness of the lips, the tongue of the patient commonly licks the lips, and the lip licking step cannot relieve the dryness of the lips, so that the possibility of the dryness of the lips is further increased; in addition, some critically ill patients mostly take food through an esophagus mode, can not take water through the mouth, the salivary secretion is seriously reduced, and the oral cavity cleaning ability is easy to crack and erode the oral lip mucous membrane due to the reduction of the water in the oral cavity.

In order to solve the above-mentioned situation clinically, the traditional nursing measures are to use a cotton swab to dip water to wet the lips of the patients, but the continuous effect of relieving thirst is not obvious, and the cotton swab needs to dip water to wet the lips, so that a large amount of nursing resources are consumed and wasted. Especially for severe patients who can not take food and drink water through mouth, if the nursing is not proper, the mucous membrane of the mouth and the lip is easy to crack and erode, even can cause complications such as stomatitis and the like, and the probability of oral infection is increased.

Therefore, there is a need for an apparatus that can effectively and continuously supply a small amount of water to the lips and the oral cavity to solve the problems of the prior art.

The invention provides a lip moisturizing instrument with micro continuous water supply, aiming at the problems of dry lips, even dry cracks, erosion, stomatitis and the like caused by the fact that water can not be fed before and after an operation and severe patients can not directly feed water through mouths.

Disclosure of Invention

In order to solve the problems that patients can not feed water and no effective apparatus can continuously and effectively feed a small amount of water to lips and oral cavities in the prior art, the invention provides a lip moisturizing apparatus capable of continuously feeding water in a trace amount.

A lip moisturizing device with micro continuous water supply comprises a hanger bracket, a support beside the face, a horizontal bracket, a water bag, a water conduit and a lip water seepage structure; the ear hanging bracket is arranged on the ear part, the front part of the ear hanging bracket is connected with a face side bracket arranged beside a face, the front part of the face side bracket is provided with a bend, and the bend is connected with a horizontal bracket parallel to the direction of a mouth; the horizontal bracket comprises a left horizontal bracket and a right horizontal bracket; a lip water seepage structure is arranged between the left horizontal bracket and the right horizontal bracket; the bracket beside the face and the horizontal bracket are provided with a water conduit fixing structure; the water guide pipe is arranged beside the face side bracket and the horizontal bracket through the water guide pipe fixing structure and is introduced into the lip water seepage structure after passing through the face side bracket and the horizontal bracket; the water conduit is connected with the water bag at the upper part; the lip water seepage structure is a structure attached to the front of the lips, a hollow cavity is arranged in the lip water seepage structure, a water conduit is connected into the hollow cavity, and a water outlet hole is formed in the lip water seepage structure; the hollow cavity is internally provided with a micro-flow control structure. When in use, the water bag is arranged on an infusion support of 80-100cm, and the whole body is hung on the ear part through the hanging lug support; the water guide pipe is guided to the position near the lips by the water guide pipe fixing structure on the horizontal support through the support beside the face, the lip water seepage structure is connected with the back, and the micro water seepage amount is controlled to be 12-15ml/h through the micro flow control structure in the lip water seepage structure, so that the lips are moistened, the mouth is kept moist, and the problem that a patient is choked due to excessive water inflow can be avoided. Above-mentioned structure can realize lasting a small amount of feedwater, effectively prevents patient's dry lip of mouth, and serious patient's stomatitis scheduling problem.

Furthermore, a curved surface structure matched with the lip is arranged in front of the lip water seepage structure, and the water outlet hole is formed in the curved surface structure in front; the rear part is of a plane structure; the left and right side wall surfaces are also in a plane structure, and connecting holes of the water conduit on the lip water seepage structure are arranged on the left and right side walls. Further, wrap up the gauze structure on the leading flank of lip infiltration structure, the homogeneity of infiltration can be guaranteed in the setting of gauze structure.

Or the front and the rear surfaces of the lip water seepage structure are both provided with curved surface structures, and water outlet holes are formed in the upper and the lower side surfaces; and water seepage gauze is arranged outside the water outlet holes on the upper side and the lower side. When in use, the front curved surface is inserted into the mouth, and the upper side surface and the lower side surface are respectively contacted with the upper lip and the lower lip.

Furthermore, the other face support, the horizontal support and the hangers support are arranged as flat rods, and the water conduit fixing structure is a structure which is arranged at the outer sides of the other face support and the horizontal support and can clamp the water conduit at will.

Furthermore, the water conduit fixing structure is a plurality of clamping clamps which are staggered up and down.

Or the horizontal bracket and the side bracket are hard supporting structures, so that the structure is firm and deformation is effectively prevented.

Furthermore, the horizontal bracket is a hard supporting tube, and a through channel with the radian larger than 90 degrees and smaller than 180 degrees is arranged at the outer side of the supporting tube of the horizontal bracket; the through channel on the hard supporting tube is a water conduit fixing structure; the diameter of the water conduit is larger than the opening of the through passage and is not larger than the inner diameter of the supporting tube.

Furthermore, the diversion pipe diameter is consistent with the inner diameter of the supporting pipe, the diversion pipe can be effectively arranged through the arrangement of the through channel, and the problem that the diversion pipe after arrangement is separated from the supporting pipe at will is effectively solved.

Further, the hanger bracket is set to be a hard tube or a solid rod, and the hanger bracket is set to be hung on the bent part of the ear; the setting of hard pipe can be in the same place with the place ahead structure, and the entity pole is convenient durable more, and does not influence the setting of leading water pipe.

Furthermore, the bent part hung on the ear is a hanging ring which is bent by over 180 degrees, and the hanging ring structure is made of an elastic solid rod structure; the arrangement can effectively realize that the hangers are sleeved on the ears, and the hangers can not fall off in the using process.

Furthermore, the tail end of the hard supporting tube of the bracket beside the face is provided with an entering gap for the water conduit to enter.

Further, horizontal stand and lip infiltration structure body coupling, its both angles are for realizing pasting the lip angle of lip department with lip infiltration structure. Alternatively, the horizontal support and the lip water seepage structure are in an angle-adjustable connection mode, and the connection mode can increase the arrangement cheapness.

Furthermore, a connecting hole is arranged on one side wall or two side walls of the left side wall and the right side wall;

furthermore, the water conduit and the connecting hole are connected in any water leakage-free mode.

Furthermore, when two connecting holes are arranged, a connecting hole plugging cap is correspondingly arranged; the arrangement of the two connecting holes can facilitate the patient to adjust the arrangement position of the water conduit according to the body position condition.

Further, the thickness of the side walls of the left side surface and the right side surface is more than 3 mm; a rotating groove is arranged on the side wall, and a rotating ring integrally connected with the hard supporting tube is arranged in the rotating groove; the rotating ring is connected with the hard supporting tube through a connecting tube consistent with the hard tube. The angle adjustment of the lip water seepage structure can be realized through the arrangement of the rotary groove and the rotary ring, the randomness of the arrangement of the device can be increased, and the operation is simpler and more convenient.

Or the thickness of the side walls of the left side surface and the right side surface is more than 3 mm; a rotating groove is arranged on the side wall, and a rotating ring integrally connected with the flat rod is arranged in the rotating groove; the flat rod is connected with the rotating ring through a cylindrical short rod which extends out.

Furthermore, when the face side support and the horizontal support are hard support tubes, the connecting holes, the rotating grooves and the rotating ring are concentric circles, and the structure is convenient to arrange.

Further, the micro-flow control structure comprises any structure which is arranged in the hollow cavity and ensures that a micro gap is communicated with the water outlet side of the front curved surface.

Furthermore, the micro-flow control structure comprises a rear rectangular cavity, the distance between the baffle plates on the left side and the baffle plates on the right side or the baffle plates on the two sides of the rectangular cavity and the side walls on the left side and the right side of the lip water seepage structure is 2-3mm, the corresponding sides of the side walls on the left side and the right side of the lip water seepage structure are provided with arc-shaped plates, and small gaps are formed between the arc-shaped plates and the baffle plates in the rectangular cavity.

Or the micro-flow control structure is a plurality of flow blocking plates arranged in the lip seepage structure; which ensures that a small amount of water flows through and seeps out. Furthermore, a baffle on the left side and the right side of the rectangular cavity is 2-3mm away from the left side wall and the right side wall of the lip water seepage structure, arc-shaped baffles are arranged on the corresponding side walls of the lip water seepage structure, and then the connecting holes are arranged on the side walls of the corresponding sides and only one connecting hole is arranged.

Or the left baffle plate and the right baffle plate of the rectangular cavity are 2-3mm away from the left side wall and the right side wall of the lip water seepage structure, arc plates are arranged on the two side walls of the lip water seepage structure, and then the side walls on the two sides are connected with holes.

Furthermore, the volume of the water bag is 80-200 mm; controlling the water yield to be 12-15ml per hour by a micro-flow control structure; the water quantity can meet the requirements of patients, and the water bag with the capacity can effectively ensure the dryness of the lips of the patients before and after the operation.

Further, the volume of the water bag is 100-; and the water bag is provided with an extended pipe of the connecting pipe and an injection pipe for injecting water into the water bag.

Furthermore, the injection pipe and the extension pipe are both arranged below the water bag, and the injection pipe is internally provided with an anti-backflow flap which only allows water to enter the water bag but not allows water to flow out.

The fixed diversion to the leading water pipe can be effectively realized through the setting of above-mentioned structure, and realize alleviating to the dry problem of lip, very big reduction medical staff's nursing task. Further, the structure is hung on the ear, so that the stability of the structure and the cheapness of the patient during the activity can be realized, and the clinical problem is greatly solved.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention in which the support is a flat bar;

FIG. 2 is a schematic view of a bracket structure and a lip water-permeable structure of the bracket of the present invention, wherein the bracket is a flat rod;

FIG. 3 is a schematic view of a water permeable lip structure with water permeable gauze contacting the upper and lower sides of the lip according to the present invention;

FIG. 4 is a schematic view of a lip-permeable structure without a water-permeable gauze according to the present invention;

FIG. 5 is a cross-sectional side view of a lip weeping feature of the present invention;

FIG. 6 is a schematic view of the overall structure of the hard tube bracket of the present invention;

FIG. 7 is a schematic view of a rigid tube bracket and lip-permeable structure according to the present invention;

FIG. 8 is a schematic view of the structure of the water bag and the drinking tube of the present invention;

FIG. 9 is an enlarged view of a portion of the notch according to the present invention;

FIG. 10 is a schematic view of a lip weeping feature of the front curve contact lip of the present invention.

FIG. 11 is a schematic longitudinal cross-sectional view of a lip flashing construction of the front curve contacting the lip of the present invention;

FIG. 12 is a schematic view of a rotatable rigid tube support structure and lip-permeable structure according to the present invention;

FIG. 13 is a schematic view of a rotatable mount according to the present invention;

FIG. 14 is an enlarged partial longitudinal cross-sectional view of the rotatable lip weep feature of the present invention at the location of rotation;

FIG. 15 is an enlarged cross-sectional view of a portion of a rotatable lip penetration structure of the present invention;

in the figure, 11, the left ear support; 12. a right ear support; 21. a left face support; 22. a right face support; 31. a left horizontal support; 32. a right horizontal support; 4. a water bag; 41. an extension tube; 42. an injection pipe; 5. a water conduit; 6. a lip weeping feature; 61. a hollow cavity; 62. a water outlet hole; 631. a baffle plate; 632. an arc-shaped plate; 64. a curved surface structure; 65. a planar structure; 66. connecting holes; 67. a plugging cap; 68. a side wall; 691. a rotating tank; 692. a rotating ring; 693. a connecting pipe; 7. supporting a tube; 71. a through passage; 72. entering the gap; 81. a clamping clip; 82. water seepage gauze; 83. a spoiler; 84. an arc baffle.

Detailed Description

EXAMPLE 1 lip moisturizing device with continuous micro-watering

A lip moisturizing apparatus with micro continuous water supply comprises a hanger bracket, a support beside the face, a horizontal bracket, a water bag 4, a water conduit 5 and a lip water seepage structure 6; the ear hanging bracket is arranged on the ear part, the front part of the ear hanging bracket is connected with a side bracket arranged beside a face, the front part of the side bracket is bent and connected with a horizontal bracket parallel to the direction of a mouth, the ear hanging bracket comprises a left ear bracket 11 and a right ear bracket 12, and the side bracket comprises a left face bracket 21 and a right face bracket 22; the horizontal bracket comprises a left horizontal bracket 31 and a right horizontal bracket 32; a lip water seepage structure 6 is arranged between the left horizontal bracket 31 and the right horizontal bracket 32; the bracket beside the face and the horizontal bracket are provided with a water conduit 5 fixing structure; the water conduit 5 is arranged beside the face bracket and the horizontal bracket through the water conduit 5 fixing structure and is led into the lip water seepage structure 6 after passing through the face bracket and the horizontal bracket; the water conduit 5 is connected with the water bag 4 at the upper part; the lip water seepage structure 6 is a structure attached to the front of lips, a hollow cavity 61 is arranged in the lip water seepage structure 6, the water conduit 5 is connected into the hollow cavity 61, and a water outlet hole 62 is formed in the lip water seepage structure 6; a micro-flow control structure is provided in the hollow chamber 61.

The horizontal bracket and the suspension loop bracket are arranged as flat rods, and the water conduit 5 fixing structure is a structure which is arranged at the outer sides of the horizontal bracket and the face side bracket and can clamp the water conduit 5 at will. The water conduit 5 fixing structure is a plurality of clamping clips 81 which are arranged up and down in a staggered manner. The horizontal bracket and the lip water seepage structure 6 are integrally connected or non-rotatably clamped.

The front and the rear surfaces of the lip water seepage structure 6 are provided with curved surface structures 64, and water outlet holes 62 are arranged on the upper and the lower side surfaces; and water seepage gauze 82 is arranged outside the water outlet holes 62 on the upper side and the lower side. When in use, the front curved surface is inserted into the mouth, and the upper side surface and the lower side surface are respectively contacted with the upper lip and the lower lip.

Connecting the hole 66 to one of the left and right sidewalls 68; the water conduit 5 and the connecting hole 66 are connected in any water leakage-free way.

The micro-flow control structure includes any structure disposed in the hollow chamber 61 to ensure that a micro gap is present and is communicated with the water outlet 62 side of the front curved surface.

The micro flow control structure is a plurality of flow blocking plates 83 provided in the lip seepage structure 6; the spoilers 83 do not extend to the front and rear sides, and an arc-shaped baffle 84 which extends to two sides and does not influence the water outlet of the water outlet conduit 5 is arranged in the lip water seepage structure 6, and the arc-shaped baffle 84 ensures that trace water enters the spoilers 83; which ensures that a small amount of water flows through and seeps out.

The volume of the water bag 4 is 100-120 ml; and the water bag 4 is provided with a connection pipe 693 extending out of the pipe 41 and an injection pipe 42 for injecting water into the water bag 4.

The injection tube 42 and the extension tube 41 are both disposed under the water bag 4, and the injection tube 42 is provided with a backflow prevention flap to allow only water to enter the water bag 4 but not to flow out.

When in use, the water bag 4 is firstly arranged on an infusion support of 80-100cm, and the whole body is hung on the ear part through the hanging lug support; through the other face support, the leading pipe 5 fixed knot on the horizontal stand structure leads leading pipe 5 to near the lip, and the lip infiltration structure 6 is connected to the back, controls the micro-seepage volume to be 12-15ml/h through the micro-flow control structure in the lip infiltration structure 6, and then reaches and moistens the lip and keeps the oral cavity moist and can not cause the problem that the patient that excessive intaking leads to chocks. Above-mentioned structure can realize lasting a small amount of feedwater, effectively prevents patient's dry lip of mouth, and serious patient's stomatitis scheduling problem.

EXAMPLE 2 lip moisturizing device with continuous Water delivery in Trace amount

The horizontal bracket and the suspension loop bracket are arranged as flat rods, and the water conduit 5 fixing structure is a structure which is arranged at the outer sides of the horizontal bracket and the face side bracket and can clamp the water conduit 5 at will. The water conduit 5 fixing structure is a plurality of clamping clips 81 which are arranged up and down in a staggered manner.

Connecting holes 66 are formed in two side walls 68 of the left and right side walls 68; the water conduit 5 and the connecting hole 66 are connected in any water leakage-free way. A connecting hole 66 plugging cap 67 is correspondingly arranged; the arrangement of the two connecting holes 66 can facilitate the patient to adjust the arrangement position of the water conduit 5 according to the body position condition.

The thickness of the side walls 68 on the left side surface and the right side surface is more than 3 mm; a rotary groove 691 is provided in the side wall 68, and a rotary ring 692 integrally connected to the flat rod is provided in the rotary groove 691; the flat rods are connected to the rotating ring 692 by projecting cylindrical short rods. The angle adjustment of the lip water seepage structure 6 can be realized through the arrangement of the rotating groove 691 and the rotating ring 692, the randomness of the arrangement of the device can be increased, and the operation is simpler and more convenient.

EXAMPLE 3 lip moisturizing device with continuous Water delivery in Trace amounts

The other support of face, horizontal stand are stereoplasm bearing structure, and this kind of sound construction effectively prevents deformation.

The horizontal bracket is a hard supporting tube 7, and a through channel 71 with the radian larger than 90 degrees and smaller than 180 degrees is arranged at the outer side of the supporting tube 7 of the horizontal bracket; the through channel 71 on the hard supporting tube 7 is a water conduit fixing structure; the diameter of the water conduit 5 is larger than the opening of the through passage 71 and is not larger than the inner diameter of the support pipe 7.

The diameter of the water conduit 5 is consistent with the inner diameter of the supporting pipe 7, the arrangement of the through channel 71 can effectively arrange the water conduit 5, and the problem that the water conduit 5 is separated from the supporting pipe at will after arrangement is effectively solved.

The hanger bracket is arranged to be a hard tube or a solid rod and is arranged to be hung on the bent part of the ear; the setting of hard pipe can be in the same place with the place ahead structure on the aspect, and the entity pole is convenient durable more, and does not influence the setting of leading water pipe 5.

The tail end of the hard supporting tube 7 of the bracket beside the face is provided with an entering gap 72 for the water conduit 5 to enter.

The horizontal support and lip infiltration structure 6 body coupling, its both angles are for realizing pasting the lip angle of lip infiltration structure 6 in lip department. The front part of the lip water seepage structure 6 is a curved surface structure 64 matched with the lip, and the water outlet hole 62 is arranged on the curved surface structure 64 in front; the rear portion is a planar structure 65; the left and right side walls 68 are also formed in a planar structure 65, and the connecting holes 66 of the water guide pipe 5 in the lip penetrating structure 6 are formed in the left and right side walls 68. The front side of the lip water seepage structure 6 is wrapped with a gauze structure, and the water seepage uniformity can be guaranteed due to the arrangement of the gauze structure.

A connecting hole 66 is provided in one 68 of the left and right side walls 68; the water conduit 5 and the connecting hole 66 are connected in any water leakage-free way.

The micro flow control structure includes all baffles 631 in front of a rear rectangular cavity; the distance between the baffle 631 at the left side or the right side of the rectangular cavity and the left side wall and the right side wall of the lip water seepage structure 6 is 2-3mm, the arc-shaped plate 632 is arranged at the corresponding side of the left side wall 68 and the right side wall of the lip water seepage structure 6, and a small gap is formed between the arc-shaped plate 632 and the baffle 631 of the rectangular cavity.

A side baffle 631 is kept in touch with the lip and is oozed water structure 6 about, and side wall 682-3mm distance about the rectangular cavity, and set up arc 632 on lip infiltration structure 6 corresponds lateral wall 68, and then sets up connecting hole 66 on the lateral wall 68 that corresponds the side, and only sets up a connecting hole 66.

EXAMPLE 4 lip moisturizing device with continuous Water delivery in Trace amounts

The bent ear loops hung on the ear part are more than 180 degrees, and the ear structure is made of an elastic solid rod structure; the arrangement can effectively realize that the hangers are sleeved on the ears, and the hangers can not fall off in the using process.

The horizontal support and the lip seepage structure 6 are in an angle-adjustable connection mode, and the connection mode can increase the arrangement cheapness.

The front part of the lip water seepage structure 6 is a curved surface structure 64 matched with the lip, and the water outlet hole 62 is arranged on the curved surface structure 64 in front; the rear portion is a planar structure 65; the left and right side walls 68 are also formed in a planar structure 65, and the connecting holes 66 of the water guide pipe 5 in the lip penetrating structure 6 are formed in the left and right side walls 68. The front side of the lip water seepage structure 6 is wrapped with a gauze structure, and the water seepage uniformity can be guaranteed due to the arrangement of the gauze structure.

One of the left and right side walls 68 is a side wall 68; the water conduit 5 and the connecting hole 66 are connected in any water leakage-free way.

The thickness of the side walls 68 on the left side surface and the right side surface is more than 3 mm; a rotary groove 691 is provided in the side wall 68, and a rotary ring 692 integrally connected to the hard support tube 7 or the flat rod is provided in the rotary groove 691; the rotating ring 692 is connected to the rigid support tube 7 by a connecting tube 693 in line with the rigid tube; the flat rods are connected to the rotating ring 692 by projecting cylindrical short rods. The angle adjustment of the lip water seepage structure 6 can be realized through the arrangement of the rotating groove 691 and the rotating ring 692, the randomness of the arrangement of the device can be increased, and the operation is simpler and more convenient. When the support beside the face and the horizontal support are the hard support tube 7, the connection hole 66, the rotation groove 691 and the rotation ring 692 are concentric circles, which is convenient for installation.

The micro flow control structure includes all baffles 631 in front of a rear rectangular cavity; the distance between the baffle 631 at the left side or the right side of the rectangular cavity and the left side wall 682-3mm of the lip water seepage structure 6 is, the arc-shaped plate 632 is arranged at the corresponding side of the left side wall 68 and the right side wall of the lip water seepage structure 6, and a small gap is formed between the arc-shaped plate 632 and the baffle 631 of the rectangular cavity.

EXAMPLE 5 lip moisturizing device with continuous Water delivery in Trace amount

The other support of face, horizontal stand are stereoplasm bearing structure, and this kind of sound construction effectively prevents deformation. The horizontal bracket is a hard supporting tube 7, and a through channel 71 with the radian larger than 90 degrees and smaller than 180 degrees is arranged at the outer side of the supporting tube 7 of the horizontal bracket; the through channel 71 on the hard supporting tube 7 is a water conduit fixing structure; the diameter of the water conduit 5 is larger than the opening of the through passage 71 and is not larger than the inner diameter of the support pipe 7.

The hanger bracket is arranged to be a hard tube or a solid rod and is arranged to be hung on the bent part of the ear; the setting of hard pipe can be in the same place with the place ahead structure on the aspect, and the entity pole is convenient durable more, and does not influence the setting of leading water pipe 5. The tail end of the hard supporting tube 7 of the bracket beside the face is provided with an entering gap 72 for the water conduit 5 to enter.

The horizontal support and the lip seepage structure 6 are in an angle-adjustable connection mode, and the connection mode can increase the arrangement cheapness. The front and the rear surfaces of the lip water seepage structure 6 are provided with curved surface structures 64, and water outlet holes 62 are arranged on the upper and the lower side surfaces; and water seepage gauze 82 is arranged outside the water outlet holes 62 on the upper side and the lower side. When in use, the front curved surface is inserted into the mouth, and the upper side surface and the lower side surface are respectively contacted with the upper lip and the lower lip.

Connecting holes 66 are formed in two side walls 68 of the left and right side walls 68; the water conduit 5 and the connecting hole 66 are connected in any water leakage-free way. When two connecting holes 66 are arranged, a connecting hole 66 plugging cap 67 is correspondingly arranged; the arrangement of the two connecting holes 66 can facilitate the patient to adjust the arrangement position of the water conduit 5 according to the body position condition.

The thickness of the side walls 68 on the left side surface and the right side surface is more than 3 mm; a rotary groove 691 is provided in the side wall 68, and a rotary ring 692 integrally connected to the hard support tube 7 is provided in the rotary groove 691; the rotating ring 692 is connected to the rigid support tube 7 by a connecting tube 693 in line with the rigid tube; the angle adjustment of the lip water seepage structure 6 can be realized through the arrangement of the rotating groove 691 and the rotating ring 692, the randomness of the arrangement of the device can be increased, and the operation is simpler and more convenient. When the support beside the face and the horizontal support are the hard support tube 7, the connection hole 66, the rotation groove 691 and the rotation ring 692 are concentric circles, which is convenient for installation.

The left and right side baffles 631 of the rectangular cavity are spaced apart from the left and right side walls 682-3mm of the lip water seepage structure 6, and arc-shaped plates 632 are provided on the two side walls 68 of the lip water seepage structure 6, so that the holes 66 are connected to both side walls 68.

The above description of the embodiments is only for the understanding of the present invention. It should be noted that modifications could be made to the invention without departing from the principle of the invention, which would also fall within the scope of the claims of the invention.

Claims

1. A lip moisturizing apparatus with micro continuous water supply comprises a hanger bracket, a support beside a face, a horizontal bracket, a water bag (4), a water conduit (5) and a lip water seepage structure (6); the novel facial mask is characterized in that the ear hanging bracket is hung on the ear, a face side bracket arranged beside the face is connected in front of the ear hanging bracket, a bend is arranged in front of the face side bracket, the bend is connected with a horizontal bracket parallel to the direction of the mouth, the ear hanging bracket comprises a left ear bracket (11) and a right ear bracket (12), and the face side bracket comprises a left face bracket (21) and a right face bracket (22); the horizontal bracket comprises a left horizontal bracket (31) and a right horizontal bracket (32); a lip water seepage structure (6) is arranged between the left horizontal bracket (31) and the right horizontal bracket (32); the bracket beside the face and the horizontal bracket are provided with a water conduit (5) fixing structure; the water guide pipe (5) is arranged beside the face bracket and the horizontal bracket through the water guide pipe (5) fixing structure and is introduced into the lip water seepage structure (6) after passing through the face bracket and the horizontal bracket; the water conduit (5) is connected with the water bag (4) at the upper part; the lip water seepage structure (6) is a structure attached to the front of lips, a hollow cavity (61) is arranged in the lip water seepage structure (6), the water diversion pipe (5) is connected into the hollow cavity (61), and a water outlet hole (62) is formed in the lip water seepage structure (6); a micro-flow control structure is arranged in the hollow cavity (61); the horizontal bracket is a hard supporting structure; the hanger bracket is arranged to be a hard tube or a solid rod and is arranged to be hung on the bent part of the ear; the front part of the lip water seepage structure (6) is a curved surface structure (64) inosculated with the lip, and the rear part is a plane structure (65); the left side wall and the right side wall are also plane structures (65), and connecting holes (66) of the water conduit (5) on the lip water seepage structure (6) are arranged on the left side wall and the right side wall; or the front and the back of the lip water seepage structure (6) are both provided with curved surface structures (64), and water outlet holes (62) are arranged on the upper and the lower sides; water seepage gauze (82) is arranged outside the water outlet holes (62) on the upper and lower side surfaces; the micro-flow control structure is a plurality of flow blocking plates (83) arranged in the lip water seepage structure (6); the spoilers (83) do not extend to the front side surface and the rear side surface, an arc-shaped baffle (84) which extends two sides and does not influence the water outlet of the water outlet pipe (5) is arranged in the lip water seepage structure (6), and the arc-shaped baffle (84) ensures that trace water enters the spoilers (83); alternatively, the micro flow control structure includes all baffles (631) in front of one rear rectangular cavity; the distance between the baffle plates (631) on the left side and the right side of the rectangular cavity or between the baffle plates (631) on the two sides of the rectangular cavity is 2-3mm from the left side wall and the right side wall of the lip water seepage structure (6), the arc-shaped plates (632) are arranged on the corresponding sides of the left side wall and the right side wall (68) of the lip water seepage structure (6), and a small gap is formed between each arc-shaped plate (632) and the baffle plate (631) of the rectangular cavity; when in use, the water bag is arranged on an infusion support of 80-100cm, and the whole body is hung on the ear part through the hanging lug support; the water guide pipe is guided to the position near the lips by the water guide pipe fixing structure on the horizontal support through the support beside the face, and then is connected with the lip water seepage structure, and the micro water seepage amount is controlled to be 12-15ml/h through the micro flow control structure in the lip water seepage structure.

2. The lip moisturizing device with continuous micro-supply of water as claimed in claim 1, wherein the beside-face support, the horizontal support and the ear-hanging support are arranged as flat rods, and the fixing structure of the water conduit (5) is any structure arranged outside the beside-face support and the horizontal support and clamping the water conduit (5).

3. The lip moisturizing apparatus with micro continuous water supply function as claimed in claim 1, wherein the horizontal bracket is a hard support tube (7), and a through channel (71) with a radian larger than 90 degrees and smaller than 180 degrees is arranged at the outer side of the support tube (7) of the horizontal bracket; the through channel (71) on the hard supporting tube (7) is a water conduit fixing structure; the diameter of the water conduit (5) is larger than the opening of the through channel (71) and is not larger than the inner diameter of the support pipe (7).

4. The lip moisturizing device with continuous micro-supply of water as claimed in claim 3, wherein the hard support tube (7) of the bracket near the face is provided with an entrance notch (72) at the extreme end for the water conduit (5) to enter.

5. The lip moisturizing device with micro continuous water supply of claim 1, wherein the horizontal support is integrally connected with the lip water seepage structure (6); or the horizontal support and the lip water seepage structure (6) are in an angle-adjustable connection mode.

6. The lip moisturizing device of any one of claims 2 or 3, wherein a connection hole (66) is provided on one or both of the left and right sidewalls.

7. The lip moisturizing device with micro continuous water supply of claim 6, wherein when two connecting holes (66) are provided, a corresponding connecting hole (66) is further provided to block the cap (67).

8. The lip moisturizing device of claim 6, wherein the thickness of the sidewalls of the left and right sides is greater than 3 mm; a rotating groove (691) is arranged on the side wall, and a rotating ring (692) which is integrally connected with the hard support tube (7) is arranged in the rotating groove (691); the rotating ring (692) is connected with the hard supporting tube (7) through a connecting tube (693) consistent with the hard tube; or the thickness of the side walls of the left side surface and the right side surface is more than 3 mm; a rotating groove (691) is arranged on the side wall, and a rotating ring (692) integrally connected with the flat rod is arranged in the rotating groove (691); the flat rods are connected to the rotating ring (692) by projecting cylindrical short rods.

9. The lip moisturizing device of claim 8, wherein the connection hole (66) and the rotation groove (691) are concentric with the rotation ring (692).