CN208368005U - Pediatric nursing real training Fixing of Head-skin Vein Puncture model - Google Patents
Pediatric nursing real training Fixing of Head-skin Vein Puncture model Download PDFInfo
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- CN208368005U CN208368005U CN201721537889.2U CN201721537889U CN208368005U CN 208368005 U CN208368005 U CN 208368005U CN 201721537889 U CN201721537889 U CN 201721537889U CN 208368005 U CN208368005 U CN 208368005U
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Abstract
The utility model provides pediatric nursing real training Fixing of Head-skin Vein Puncture model, including volume upper vein end socket pipe, supraorbital vein end socket pipe, superficial temporal veins end socket pipe, posterior auricular vein end socket pipe, vein end socket pipe after pillow, cardinal vein end socket pipe, rubber head, rotatable disassembly seat, housing box structure and observation tube structure, the volume upper vein end socket pipe are glued to position on the inside volume of rubber head；The supraorbital vein end socket pipe is glued to position on the inside socket of the eye of rubber head；The superficial temporal veins end socket pipe is longitudinally glued to the shallow middle position of inside temporo of rubber head；The posterior auricular vein end socket pipe is glued to position after the inside ear of rubber head.The utility model easy to disassemble can clean, while can also facilitate and carry out storage transfer, storage, be convenient for fixed rotation rubber head, facilitate student's real training.
Description
Technical field
The utility model belongs to field of medical article technology more particularly to pediatric nursing real training Fixing of Head-skin Vein Puncture mould
Type.
Background technique
Children's intravenous transfusion is the common administration route in clinical treatment, and infantile scalp vein puncture is that nurse is most basic
One of Materials of Nursing Techniques, but quite a few nursing staff's experience deficiency grasps inaccurate vessel directions, weight, and technology is poor,
And the grasp of this technology often from a patient many experiments and obtain, in addition a part of children scalp superficial vein do not know and
Infant is uncooperative to bring difficulty to puncture, even if the penetratingly a few minutes having ooze out, causes infusion to fail, had both increased trouble
Youngster's pain, while increasing the workload of nursing staff, increase conflict between doctors and patients.
China Patent Publication No. is CN 200810139811.4, and invention and created name is that a kind of children scalp superficial vein is worn
Pierce model, including rubber head, characterized in that the top design of rubber head has internal layer sponge, the periphery of internal layer sponge and rubber
The upper surface of rubber head cranium is fixedly connected by adhesive tape, and there is an extra heavy pipe in branch above internal layer sponge, extra heavy pipe both ends pass through internal layer sponge and
Rubber head, extra heavy pipe two ends are located at Rubber end encephalic, and the two ends of extra heavy pipe are socketed with governor, and extra heavy pipe is interior filled with red liquid
Body, extra heavy pipe top are covered with outer layer sponge, and design has tubule above outer layer sponge, and tubule is fixed by pin and rubber head
Connection, tubule top are cased with headgear.But existing Fixing of Head-skin Vein Puncture model is there is also that cannot check paracentesis depth, it is not square
Just model is inconvenient to fix appearance when disassembly, cleaning storage model causes easily to occur to puncture not accurate and puncture real training when subsequent operation
The problem of easily sliding.
Therefore, invention pediatric nursing real training is very necessary with Fixing of Head-skin Vein Puncture model.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides pediatric nursing real training Fixing of Head-skin Vein Puncture model, with
Solving existing Fixing of Head-skin Vein Puncture model, there is cannot check paracentesis depth, it has not been convenient under disassembly, cleaning storage model causes
Model, which is inconvenient to fix, when easily occurring to puncture not accurate and puncture real training when secondary operation is easy the problem of sliding.Pediatric nursing real training
With Fixing of Head-skin Vein Puncture model, including volume upper vein end socket pipe, supraorbital vein end socket pipe, superficial temporal veins end socket pipe, posterior auricular vein
End socket pipe, vein end socket pipe, cardinal vein end socket pipe, rubber head, rotatable disassembly seat, housing box structure and observation tube knot after pillow
Structure, the volume upper vein end socket pipe are glued to position on the inside volume of rubber head；The supraorbital vein end socket pipe is glued
The position on the inside socket of the eye of rubber head；The inside temporo that the superficial temporal veins end socket pipe is longitudinally glued to rubber head is shallowly intermediate
Position；The posterior auricular vein end socket pipe is glued to position after the inside ear of rubber head；Vein end socket pipe glue after the pillow
The inside occipitoposterior position connect in rubber head is set；The cardinal vein end socket pipe is longitudinally glued to position at the inside neck of rubber head
It sets；The volume upper vein end socket pipe and the pipe integrated setting of superficial temporal veins end socket；The supraorbital vein end socket pipe and temporo are shallow
The pipe integrated setting of vein end socket；The superficial temporal veins end socket pipe and the pipe integrated setting of posterior auricular vein end socket；The pillow
Vein end socket pipe and the pipe integrated setting of superficial temporal veins end socket afterwards；The superficial temporal veins end socket pipe and cardinal vein end socket pipe one
Change setting；The rubber head is mounted on the top of rotatable disassembly seat；The rotatable disassembly seat is mounted on containing box
The upper middle position of structure；The observation tube damascene is on rubber head back side of head outer surface；The observation tube
Structure includes arc plastic lid, and mounting base, plastic sight frame and observation tube body, the lower-left end axis of the arc plastic lid connect
In the inside of mounting base；The arc plastic lid is connected to the upper left quarter of plastic sight frame；The plastic sight frame glue connects
In the upper left quarter inlet of observation tube body；The observation tube body, which is inlayed, to be glued to inside the rubber head back side of head；It is described
Plastic sight frame be glued on rubber head back side of head outer surface.
Preferably, the rotatable disassembly seat includes arc shaped rotary swivel base, rotary shaft, self-aligning bearing, and fixing seat is deposited
Put case, chamber door and for liquid capsule structure, the inside middle position of arc shaped rotary swivel base is glued in the upper end of the rotary shaft；The rotation
The lower end of shaft is mounted on the bosom upper side position of fixing seat by self-aligning bearing；The self-aligning bearing
Outer ring is embedded in the bosom position of fixing seat, the lower end outer wall interference fit of inner ring and rotary shaft；The fixing seat spiral shell
Bolt is mounted on the upper middle position of storage box；The chamber door hinge is mounted on the front surface middle position of storage box；It is described
The inner right side that storage box is placed on for liquid capsule structure.
Preferably, the arc shaped rotary swivel base includes level-one vacuum chuck, level-one multi-directional ball headstock, secondary vacuum sucker and
Second level multi-directional ball headstock, the level-one vacuum chuck are threaded in the upper left quarter of level-one multi-directional ball headstock；The level-one
Multi-directional ball headstock screw is connected to the upper left quarter of arc shaped rotary swivel base；The secondary vacuum sucker is threaded in second level multi-directional ball
The upper right quarter of headstock；The second level multi-directional ball headstock screw is connected to arc shaped rotary swivel base upper right quarter.
Preferably, it is described for liquid capsule structure include rubber inhale capsule, pipette and have blood plasma holding vessel, the rubber
It inhales capsule and the left side with blood plasma holding vessel is connected to by pipette；Capsule is inhaled with rubber and is threadedly coupled company in described pipette one end
Logical, the other end is extended to connection inside blood plasma holding vessel.
Preferably, described includes rubber stopper and Liquid pouring pipe with blood plasma holding vessel, and the rubber stopper is plugged on down liquid
At the top inlet of pipe；The Liquid pouring pipe is threaded in the upper right quarter with blood plasma holding vessel.
Preferably, the pipette includes fibrous filter net and manually-operated gate, and the fibrous filter net is glued to suction
The right end entrance of liquid pipe；The manually-operated gate is threaded in the left end of pipette and the right end junction of rubber suction capsule.
Preferably, the housing box structure includes square stainless steel cover, spring hinge and placing box, the pros
The right side of shape stainless steel cover passes through the spring hinge being arranged in pairs and is mounted at the left side leading edge of placing box.
Preferably, middle position is provided with mechanical lock on the left of the front surface of the square stainless steel cover；It is described just
The front surface that rectangular stainless steel cover snaps onto placing box is connected and fixed by mechanical lock.
Preferably, the placing box includes handle, and head places foam box and groove, the handle screw are connected to
The lower surface middle position of placing box；The head places foam box inversion and is glued to placing box bosom position；It is described
The upper surface middle position of placing box offer the groove that a depth is set as eight centimetres.
Preferably, the placing box further includes adjusting bolt, and connecting shaft and support base, the connecting shaft are installed respectively
In the inside upper part of support base；The adjusting bolt thread is connected to the upper middle position of support base；The support base
Longitudinal bolt is mounted at left and right sides of the top of placing box respectively.
Preferably, one end of the connecting shaft difference transverse weld is in the left and right sides middle position of storage box, the other end
Activity is plugged on the inside upper part middle position of support base.
Preferably, the storage box is mounted between support base and support base by connecting shaft.
Preferably, the lower right side of the arc plastic lid, which is glued, cuboid permanent magnet pieces.
Preferably, the upper right side screw of the plastic sight frame is connected with rectangle iron plate.
Preferably, the cuboid permanent magnet pieces and the absorption setting of rectangle iron plate.
Preferably, the inside right lower quadrant splicing of the observation tube body has convex lens eyeglass.
Preferably, the upper middle position that the rubber inhales capsule is provided with check valve, the check valve threaded one end
It connects rubber and inhales capsule, the other end is threadedly coupled cardinal vein end socket pipe.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the setting of the plastic sight frame and observation tube body can cooperate convex lens eyeglass
Setting can facilitate the accuracy for carrying out observation paracentesis depth and puncture puncturing when real training work.
2. in the utility model, the square stainless steel cover, the setting of spring hinge and placing box can be convenient for collecting
Rubber head, convenient for the use of real training again.
3. in the utility model, the handle and head place the setting of foam box, can be convenient for carrying by handle and
Metastasis model, placing foam box by head can preferably protect rubber head injury-free.
4. in the utility model, the adjusting bolt, the setting of connecting shaft and support base preferably can be rotated and be fixed
The position of rubber head.
5. in the utility model, the level-one vacuum chuck, level-one multi-directional ball headstock, secondary vacuum sucker and second level ten thousand
Setting to ball cup can facilitate in real training, adsorb fixed rubber head, while rubber head easy to disassemble, easy to clean,
Convenient for operation.
6. in the utility model, the arc shaped rotary swivel base, rotary shaft, the setting of self-aligning bearing and fixing seat can
In real training, facilitates the position of rotation rubber head, be convenient for training operation.
7. in the utility model, the setting of the arc plastic lid can be in cuboid permanent magnet pieces and rectangle iron
Under being equipped with of piece, plastic sight frame is conveniently covered, prevents from losing dust influence observation.
8. in the utility model, the rubber inhales capsule, pipette and the setting with blood plasma holding vessel, can preferably be
Cardinal vein end socket pipe carries out feed flow work, is convenient for training operation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the observation tube structure of the utility model.
Fig. 3 is the structural schematic diagram of the rotatable disassembly seat of the utility model.
Fig. 4 is the structural schematic diagram for liquid capsule structure of the utility model.
Fig. 5 is the structural schematic diagram of the housing box structure of the utility model.
In figure:
1, volume upper vein end socket pipe；2, supraorbital vein end socket pipe；3, superficial temporal veins end socket pipe；4, posterior auricular vein end socket pipe；
5, vein end socket pipe after resting the head on；6, cardinal vein end socket pipe；7, rubber head；8, rotatable disassembly seat；81, arc shaped rotary swivel base；811,
Level-one vacuum chuck；812, level-one multi-directional ball headstock；813, secondary vacuum sucker；814, second level multi-directional ball headstock；82, it rotates
Axis；83, self-aligning bearing；84, fixing seat；85, storage box；86, chamber door；87, for liquid capsule structure；871, rubber inhales capsule；
8711, check valve；872, pipette；8721, fibrous filter net；8722, manually-operated gate；873, blood plasma holding vessel is had；8731,
Rubber stopper；8732, Liquid pouring pipe；9, housing box structure；91, square stainless steel cover；911, mechanical lock；92, spring hinge；93,
Placing box；931, handle；932, head places foam box；933, groove；934, bolt is adjusted；935, connecting shaft；936, it supports
Seat；10, observation tube structure；101, arc plastic lid；1011, cuboid permanent magnet pieces；102, mounting base；103, plastic sight
Frame；1031, rectangle iron plate；104, tube body is observed；1041, convex lens eyeglass.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 5
The utility model provides pediatric nursing real training Fixing of Head-skin Vein Puncture model, including volume upper vein end socket pipe 1, on socket of the eye
Vein end socket pipe 2, superficial temporal veins end socket pipe 3, posterior auricular vein end socket pipe 4, vein end socket pipe 5 after pillow, cardinal vein end socket pipe 6, rubber
Rubber head cranium 7, rotatable disassembly seat 8, housing box structure 9 and observation tube structure 10, the volume upper vein end socket pipe 1 are glued to rubber
Position on the inside volume of rubber head cranium 7；The supraorbital vein end socket pipe 2 is glued to position on the inside socket of the eye of rubber head 7；It is described
The longitudinal shallow middle position of inside temporo for being glued to rubber head 7 of superficial temporal veins end socket pipe 3；The posterior auricular vein end socket pipe 4
It is glued to position after the inside ear of rubber head 7；After vein end socket pipe 5 is glued to the inside pillow of rubber head 7 after the pillow
Position；The cardinal vein end socket pipe 6 is longitudinal to be glued to position at the inside neck of rubber head 7；The volume upper vein envelope
3 integrated setting of head tube 1 and superficial temporal veins end socket pipe；3 integration of supraorbital vein end socket pipe 2 and superficial temporal veins end socket pipe
Setting；4 integrated setting of superficial temporal veins end socket pipe 3 and posterior auricular vein end socket pipe；5 He of vein end socket pipe after the pillow
3 integrated setting of superficial temporal veins end socket pipe；6 integrated setting of superficial temporal veins end socket pipe 3 and cardinal vein end socket pipe；It is described
Rubber head 7 be mounted on the top of rotatable disassembly seat 8；The rotatable disassembly seat 8 is mounted on housing box structure 9
Upper middle position；The observation tube structure 10 is embedded on 7 back side of head outer surface of rubber head；The observation tube structure
10 include arc plastic lid 101, mounting base 102, plastic sight frame 103 and observation tube body 104, the arc plastic lid
101 lower-left end axis connects in the inside of mounting base 102；The arc plastic lid 101 is connected to a left side for plastic sight frame 103
Top；The plastic sight frame 103 is glued to the upper left quarter inlet of observation tube body 104；The observation tube body 104
It inlays and is glued to inside 7 back side of head of rubber head；The plastic sight frame 103 is glued to 7 back side of head outer surface of rubber head
On.
In above-described embodiment, specifically, the rotatable disassembly seat 8 include arc shaped rotary swivel base 81, rotary shaft 82, from
Dynamic to adjust bearing 83, fixing seat 84, storage box 85, chamber door 86 and for liquid capsule structure 87, the upper end of the rotary shaft 82 is glued
The inside middle position of arc shaped rotary swivel base 81；The lower end of the rotary shaft 82 is mounted on fixing seat by self-aligning bearing 83
84 bosom upper side position；The outer ring of the self-aligning bearing 83 is embedded in the bosom position of fixing seat 84,
Inner ring and the lower end outer wall of rotary shaft 82 interference fit；84 bolt of fixing seat is mounted on the top interposition of storage box 85
It sets；86 hinge of chamber door is mounted on the front surface middle position of storage box 85；Described is placed on for liquid capsule structure 87
The inner right side of storage box 85.
In above-described embodiment, specifically, the arc shaped rotary swivel base 81 includes level-one vacuum chuck 811, level-one multi-directional ball
Headstock 812, secondary vacuum sucker 813 and second level multi-directional ball headstock 814, the level-one vacuum chuck 811 are threaded in one
The upper left quarter of grade multi-directional ball headstock 812；812 screw of level-one multi-directional ball headstock is connected to the upper left of arc shaped rotary swivel base 81
Portion；The secondary vacuum sucker 813 is threaded in the upper right quarter of second level multi-directional ball headstock 814；The second level multi-directional ball
814 screw of headstock is connected to 81 upper right quarter of arc shaped rotary swivel base.
In above-described embodiment, for liquid capsule structure 87 includes that rubber inhales capsule 871 specifically, described, pipette 872 and have
Blood plasma holding vessel 873, the rubber inhale capsule 871 and are connected to the left side with blood plasma holding vessel 873 by pipette 872；Institute
872 one end of pipette stated is inhaled capsule 871 with rubber and is connected to, and the other end is extended to inside blood plasma holding vessel 873
Connection.
In above-described embodiment, specifically, described includes rubber stopper 8731 and Liquid pouring pipe with blood plasma holding vessel 873
8732, the rubber stopper 8731 is plugged at the top inlet of Liquid pouring pipe 8732；The Liquid pouring pipe 8732 is threaded in
Upper right quarter with blood plasma holding vessel 873.
In above-described embodiment, specifically, the pipette 872 includes fibrous filter net 8721 and manually-operated gate 8722,
The fibrous filter net 8721 is glued to the right end entrance of pipette 872；The manually-operated gate 8722 is threaded in
The left end of pipette 872 and rubber inhale the right end junction of capsule 871.
In above-described embodiment, specifically, the housing box structure 9 includes square stainless steel cover 91, spring hinge 92
With placing box 93, the right side of the square stainless steel cover 91 passes through the spring hinge 92 being arranged in pairs and is mounted on placing box 93
Left side leading edge at.
In above-described embodiment, specifically, middle position is provided on the left of the front surface of the square stainless steel cover 91
Mechanical lock 911；The front surface that the square stainless steel cover 91 snaps onto placing box 93 is connected and fixed by mechanical lock 911.
In above-described embodiment, specifically, the placing box 93 includes handle 931, head places foam box 932 and groove
933,931 screw of handle is connected to the lower surface middle position of placing box 93；The head places foam box 932
Inversion is glued to 93 bosom position of placing box；The upper surface middle position of the placing box 93 offers a depth
It is set as eight centimetres of groove 933.
In above-described embodiment, specifically, the placing box 93 further includes adjusting bolt 934, connecting shaft 935 and support base
936, the connecting shaft 935 is separately mounted to the inside upper part of support base 936；The adjusting bolt 934 is threaded in
The upper middle position of support base 936；Longitudinal bolt is mounted on top of placing box 93 or so two to the support base 936 respectively
Side.
In above-described embodiment, specifically, 935 one end of connecting shaft difference transverse weld is in the left and right of storage box 85 two
Side middle position, other end activity are plugged on the inside upper part middle position of support base 936.
In above-described embodiment, specifically, the storage box 85 is mounted on support base 936 and support by connecting shaft 935
Between seat 936.
In above-described embodiment, specifically, the lower right side of the arc plastic lid 101, which is glued, cuboid permanent magnet pieces
1011。
In above-described embodiment, specifically, the upper right side screw of the plastic sight frame 103 is connected with rectangle iron plate
1031。
In above-described embodiment, specifically, the cuboid permanent magnet pieces 1011 and the absorption of rectangle iron plate 1031 are set
It sets.
In above-described embodiment, specifically, the inside right lower quadrant splicing of the observation tube body 104 has convex lens eyeglass
1041。
In above-described embodiment, specifically, the upper middle position that the rubber inhales capsule 871 is provided with check valve 8711,
8711 threaded one end of the check valve connection rubber inhales capsule 871, and the other end is threadedly coupled cardinal vein end socket pipe 6.
Working principle
In the utility model, when training operation, bolt 934 is adjusted by loosening, by rubber head 7 around connecting shaft 935
Upward 90 degree of rotations in support base 936, until rubber head 7 and placing box 93 are in 90 degree, locking adjusts bolt
934, chamber door 86 is then opened, manually-operated gate 8722 is opened, rubber is firmly squeezed and inhales capsule 871, so that pipette 872 will have blood
Blood plasma inside slurry holding vessel 873 is drawn to rubber and inhales inside capsule 871, unclamps rubber and inhales capsule 871, closes manually-operated gate 8722, then
Secondary extruding rubber inhales capsule 871, until blood plasma is filled by cardinal vein end socket pipe 6 to volume upper vein end socket pipe 1, supraorbital vein end socket
After pipe 2, superficial temporal veins end socket pipe 3, posterior auricular vein end socket pipe 4 and pillow inside vein end socket pipe 5, it can carry out real training work, phase
Between can open arc plastic lid 101, pass through plastic sight frame 103 through observation tube body 104 cooperate convex lens eyeglass 1041
Setting, be convenient for paracentesis depth observation work, facilitate operation；When storage storage, loosens and adjust bolt 934, by Rubber end
The downward 90 degree of rotations in support base 936 around connecting shaft 935 of cranium 7, until rubber head 7 and head place foam box 932
It is overlapped until placing, then square stainless steel cover 91 is buckled in by spring hinge 92 to the top of placing box 93, then passed through
Mechanical lock 911 is locked, and can carry out guiding and supporting transfer by handle 931.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. pediatric nursing real training Fixing of Head-skin Vein Puncture model, including volume upper vein end socket pipe (1), supraorbital vein end socket pipe (2),
Superficial temporal veins end socket pipe (3), posterior auricular vein end socket pipe (4), vein end socket pipe (5) after pillow, cardinal vein end socket pipe (6), Rubber end
Cranium (7), rotatable disassembly seat (8), housing box structure (9) and observation tube structure (10), described volume upper vein end socket pipe (1) glue
Connect the position on the inside volume of rubber head (7)；The supraorbital vein end socket pipe (2) is glued to the inside of rubber head (7)
Position on socket of the eye；The superficial temporal veins end socket pipe (3) is longitudinally glued to the shallow middle position of inside temporo of rubber head (7)；It is described
Posterior auricular vein end socket pipe (4) be glued to position after the inside ear of rubber head (7)；Vein end socket pipe (5) glue after the pillow
The inside occipitoposterior position connect in rubber head (7) is set；The cardinal vein end socket pipe (6) is longitudinally glued to the interior of rubber head (7)
Position at the neck of side；The volume upper vein end socket pipe (1) and superficial temporal veins end socket pipe (3) integrated setting；On the socket of the eye
Vein end socket pipe (2) and superficial temporal veins end socket pipe (3) integrated setting；The superficial temporal veins end socket pipe (3) and posterior auricular vein
End socket pipe (4) integrated setting；Vein end socket pipe (5) and superficial temporal veins end socket pipe (3) integrated setting after the pillow；It is described
Superficial temporal veins end socket pipe (3) and cardinal vein end socket pipe (6) integrated setting；The rubber head (7) is mounted on rotatable
Dismantle the top of seat (8)；The rotatable disassembly seat (8) is mounted on the upper middle position of housing box structure (9)；Described
Observation tube structure (10) is embedded on rubber head (7) back side of head outer surface, which is characterized in that the observation tube structure (10)
Including arc plastic lid (101), mounting base (102), plastic sight frame (103) and observation tube body (104), the arc modeling
The lower-left end axis of material lid (101) connects in the inside of mounting base (102)；The arc plastic lid (101) is connected to plastic sight
The upper left quarter of frame (103)；The plastic sight frame (103) is glued to the upper left quarter inlet of observation tube body (104)；It is described
Observation tube body (104) inlay and be glued to inside rubber head (7) back side of head；The plastic sight frame (103) is glued to
On rubber head (7) back side of head outer surface.
2. pediatric nursing real training Fixing of Head-skin Vein Puncture model as described in claim 1, which is characterized in that described is rotatable
Dismantling seat (8) includes arc shaped rotary swivel base (81), rotary shaft (82), self-aligning bearing (83), fixing seat (84), storage box
(85), chamber door (86) and for liquid capsule structure (87), the inside of arc shaped rotary swivel base (81) is glued in the upper end of the rotary shaft (82)
Middle position；The lower end of the rotary shaft (82) is mounted on the bosom of fixing seat (84) by self-aligning bearing (83)
Upper side position；The outer ring of the self-aligning bearing (83) is embedded in the bosom position of fixing seat (84), inner ring and rotation
The lower end outer wall of shaft (82) is interference fitted；Described fixing seat (84) bolt is mounted on the top interposition of storage box (85)
It sets；Described chamber door (86) hinge is mounted on the front surface middle position of storage box (85)；Described puts for liquid capsule structure (87)
Set the inner right side in storage box (85).
3. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 2, which is characterized in that the arc shaped rotary
Swivel base (81) includes level-one vacuum chuck (811), and level-one multi-directional ball headstock (812), secondary vacuum sucker (813) and second level are universal
Ball cup (814), the level-one vacuum chuck (811) are threaded in the upper left quarter of level-one multi-directional ball headstock (812)；It is described
Level-one multi-directional ball headstock (812) screw be connected to the upper left quarters of arc shaped rotary swivel base (81)；The secondary vacuum sucker (813)
It is threaded in the upper right quarter of second level multi-directional ball headstock (814)；Described second level multi-directional ball headstock (814) screw is connected to arc
Rotating seat (81) upper right quarter.
4. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 2, which is characterized in that described for liquid capsule
Structure (87) includes that rubber inhales capsule (871), pipette (872) and has blood plasma holding vessel (873), and the rubber inhales capsule
(871) left side with blood plasma holding vessel (873) is connected to by pipette (872)；Described pipette (872) one end and rubber
Glue inhales capsule (871) and is threadedly coupled connection, and the other end is extended to connection inside blood plasma holding vessel (873).
5. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 4, which is characterized in that described has blood
Starching holding vessel (873) includes rubber stopper (8731) and Liquid pouring pipe (8732), and the rubber stopper (8731) is plugged on Liquid pouring pipe
(8732) at top inlet；The Liquid pouring pipe (8732) is threaded in the upper right quarter with blood plasma holding vessel (873).
6. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 4, which is characterized in that the pipette
It (872) include fibrous filter net (8721) and manually-operated gate (8722), the fibrous filter net (8721) is glued to pipette
(872) right end entrance；The manually-operated gate (8722) is threaded in the left end of pipette (872) and rubber inhales capsule
(871) right end junction.
7. pediatric nursing real training Fixing of Head-skin Vein Puncture model as described in claim 1, which is characterized in that the containing box
Structure (9) includes square stainless steel cover (91), spring hinge (92) and placing box (93), the square stainless steel cover
(91) right side passes through the spring hinge (92) being arranged in pairs and is mounted at the left side leading edge of placing box (93).
8. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 7, which is characterized in that the square
Middle position is provided with mechanical lock (911) on the left of the front surface of stainless steel cover (91)；Square stainless steel cover (91) button
The front surface connect in placing box (93) is connected and fixed by mechanical lock (911).
9. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 7, which is characterized in that the placing box
It (93) include handle (931), head places foam box (932) and groove (933), and the handle (931) screw, which is connected to, to be put
Set the lower surface middle position of case (93)；The head is placed foam box (932) inversion and is glued in placing box (93) inside
Between position；The upper surface middle position of the placing box (93) offers the groove (933) that a depth is set as eight centimetres.
10. pediatric nursing real training Fixing of Head-skin Vein Puncture model as claimed in claim 7, which is characterized in that the placement
Case (93) further includes adjusting bolt (934), and connecting shaft (935) and support base (936), the connecting shaft (935) are installed respectively
Inside upper part in support base (936)；The adjusting bolt (934) is threaded in the top interposition of support base (936)
It sets；Longitudinal bolt is mounted at left and right sides of the top of placing box (93) support base (936) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721537889.2U CN208368005U (en) | 2017-11-17 | 2017-11-17 | Pediatric nursing real training Fixing of Head-skin Vein Puncture model |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721537889.2U CN208368005U (en) | 2017-11-17 | 2017-11-17 | Pediatric nursing real training Fixing of Head-skin Vein Puncture model |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208368005U true CN208368005U (en) | 2019-01-11 |
Family
ID=64913543
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721537889.2U Expired - Fee Related CN208368005U (en) | 2017-11-17 | 2017-11-17 | Pediatric nursing real training Fixing of Head-skin Vein Puncture model |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111369880A (en) * | 2020-04-21 | 2020-07-03 | 王翠平 | Child head injection teaching operation model |
| CN112669688A (en) * | 2021-01-29 | 2021-04-16 | 萍乡卫生职业学院 | Vein puncture model capable of returning blood |
| RU2818626C1 (en) * | 2023-11-16 | 2024-05-03 | Ринат Альбертович Суфианов | Simulator for mastering the skills of performing a puncture of an foramen ovale of the skull |
-
2017
- 2017-11-17 CN CN201721537889.2U patent/CN208368005U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111369880A (en) * | 2020-04-21 | 2020-07-03 | 王翠平 | Child head injection teaching operation model |
| CN112669688A (en) * | 2021-01-29 | 2021-04-16 | 萍乡卫生职业学院 | Vein puncture model capable of returning blood |
| CN112669688B (en) * | 2021-01-29 | 2022-05-13 | 萍乡卫生职业学院 | Vein puncture model capable of returning blood |
| RU2818626C1 (en) * | 2023-11-16 | 2024-05-03 | Ринат Альбертович Суфианов | Simulator for mastering the skills of performing a puncture of an foramen ovale of the skull |
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