CN206651834U - Non-weight bearing radiation protector - Google Patents

Abstract

The utility model discloses a kind of non-weight bearing radiation protector, it is related to radiation protection technology field, for X ray intervention diagnosis and treatment, including non-weight bearing protective garment and cutting means enclosure with matching；Described non-weight bearing protective garment includes support and the protective materials being fixed on support, described support includes cephalic protection support, upper part of the body protective stent and lower part of the body protective stent, described cephalic protection support is arranged on upper part of the body protective stent, upper part of the body protective stent is flexibly connected with lower part of the body protective stent, and lower part of the body protective stent bottom is provided with action roller.Non-weight bearing radiation protector of the present utility model, operator need not carry the weight of safeguard, and action is convenient, and operation is flexible, form the integral protection of no body exposure；And lead equivalent foot, air permeability is good, and human body comfort is strong, can be general, and the operative scenario of various trainings can be adapted to general.

Description

Non-weight bearing radiation protector

Technical field：

A kind of radioprotector of X ray is the utility model is related to, belongs to radiation protection technology field, more particularly to one Kind is used for X ray intervention diagnosis and the non-weight bearing protector for the treatment of.

Background technology：

Interventional radiology be intervention diagnosis and therapy be diagnostic imaging equipment (Digital image subtracting X-ray machine, CT machines, nuclear magnetic resonance machine and Orthovoltage x-ray machine etc.) guidance under, percutaneous puncture, which inserts special conduit in human body, to be diagnosed, is repaired, being expanded, dredging work Minimally invasive diagnosis and treatment method be one and melt medical image and clinical diagnosis, treat in the new branch of science of one.But grasped in intervention diagnosis and therapy During work, operator must close on the lower completion operation of the whole monitoring of X ray, replace operation sudden and violent by observing x-ray fluoroscopy image Reveal macroscopic examination lesion, the vision field extension as operator indicates whether to reach target location, and therefore, interventional procedure person will be by To the radiation exposure of larger dose, this has become the colony that radioactive dose is maximum in current Medical Radiation.

At present, it is clinical generally standby to operator using radiation-proof clothes such as lead vest, lead muffler, triangle bandage, lead glasses, lead caps Carry out radioactive protection.Two big defects be present in this protection method：First, not thorough, current equipment is protected mostly there was only 0.5mm Lead equivalent, even so, by human body can the position such as limitation, four limbs, face of load-bearing have to be in exposed state, it Bedside can only also weaken about 80% quantity of X-rays X close to patient, therefore, because long-term accumulated effect, X ray is grasped to intervention diagnosis and therapy The injury of author is very big, and the consequence of initiation causes the fear and extensive concern of associated medical worker to a certain extent. Second, weight is big, ventilation condition is poor, human body directly bears a heavy burden, and easily produces fatigue, limits the working time of operator.Sometimes it is It can complete to work long hours, operator has to discard portion protector.It may be said that current intervention diagnosis and therapy is typically with sacrificial Domestic animal medical personnel health is the diagnosis and treatment item of cost.Radiological detriment makes many doctors have to be transferred from work position, and radiation is anti- The further application and development that do not hinder intervention diagnosis and therapy subject to a certain extent thoroughly of shield.The protection question of intervention diagnosis and therapy It has been be concerned by people that, the knowledgeable people and radiation protection expert of intervention radiation educational circles appeal that intervention protection question should be added Strong propaganda strength.

Therefore, according to infringement feature of the X ray to human body, many scholars have made a variety of various forms of trials, but still Owed in the presence of protection comprehensively or the problems such as flexibility deficiency, using being restricted, there is no so far it is widely accepted, facilitate interventional procedure Preferable radioactive protection product come out.

To reduce infringement of the radioactive ray to the medical personnel that obtain employment, people have done various various forms of trials, devised Not in the different protective gears of traditional defense equipment.Such as the general combined type insertion protector of " cross " enclosed type, intervention diagnosis and therapy Special-purpose multifunctional X-ray protection lead shield, but they are relatively fixed, mobile inconvenience, influence to intervene integral layout and the operator of room Practical operation, feasibility and practicality are poor.(the patent No.：00248725) protection of enclosed type activity intervention radiation is devised Room, solve the problems, such as that fixed movement is inconvenient.But weak point is that volume is larger, the operating position such as arm exposed space is big, prevents Shield effect is limited.By the back side of the U.S. CFI Medical Solution ZeroGravity radiation protection systems researched and produced And the position such as the crown, arm, ankle does not have any protection, so, it can only also act the injury for delaying ray to human body.Together When, if during maloperation, when operator facing away from examination couch, that protector is with regard to entirely ineffective.It is that it is fixed or movable Suspention space-consuming it is larger, and be not suitable for more table apparatus work together.

Utility model content：

In view of the above-mentioned drawbacks of the prior art, the purpose of this utility model is to provide a kind of fitting human body, action It is convenient, the radiation protection system of non-weight bearing；The system ventilation is good, and human body comfort is strong；The yard of various trainings can be adapted to Scape is general.

To achieve these goals, the technical solution adopted in the utility model is：

A kind of non-weight bearing radiation protector, it is characterised in that：Including non-weight bearing protective garment and protection with matching Curtain.

It is of the present utility model be further disposed in：

Described non-weight bearing protective garment, which includes support and the protective materials being fixed on support, described support, includes head Protective stent, upper part of the body protective stent and lower part of the body protective stent, described cephalic protection support are arranged on protection branch above the waist On frame, upper part of the body protective stent is flexibly connected with lower part of the body protective stent, and lower part of the body protective stent bottom is provided with movable rolling Wheel.

Described cephalic protection support fixed or movable can be connected with upper part of the body protective stent, described cephalic protection branch Frame can use the anti-bib of fixed activity, and the movable protective helmet to be opened/closed.

Human body face is corresponded on described anti-bib, protective helmet transparent radiation proof material is set, carried for operator For the broad visual field, at other positions of anti-bib, protective helmet using transparent or nontransparent radiation proof material, barrier is formed The collar stop of radiation or the head Radiation-proof cap of closure.

The width that described upper part of the body protective stent, the left side brackets of lower part of the body protective stent and right side support passes through centre Adjusting means connects, by width adjusting device towards or away from width horizontal between motor adjustment arranged on left and right sides support.

Described upper part of the body protective stent, lower part of the body protective stent are flexibly connected by carrier, make carrier and upper half The activity in two dimension directions can be at least realized between body protective stent, lower part of the body protective stent.

Described upper part of the body protective stent, lower part of the body protective stent are moved up and down to adjust two by arrangement for adjusting height Longitudinal direction height between person, so as to adapt to the dress of different height crowd.

Described width adjusting structure for connection left and right side support guide rail sliding chute structure, described guide rail sliding chute structure Including interior guide rail and outer guide, any side in left and right side support is connected with the interior guide rail of guide rail sliding chute structure, then opposite side It is connected with the outer guide of guide rail sliding chute structure, outer guide coordinates with interior guide rail, and both can do relative slip, left and right so as to adjust The transverse width of side stand.

The push rod of vertical direction is set between upper part of the body protective stent and lower part of the body protection, and described push rod can support The weight of upper part of the body protective stent, and moved up and down with shoulder activity, enable the work of upper part of the body protective stent and operator's shoulder It is dynamic to be engaged, adapt to the different mobilities of right and left shoulders.

Described push rod uses hydraulic mandril, gas-pressure mandril or electronic push rod.

Described protective materials is using the one of which of lead glue skin, stereotype, non-lead radiation proof board or non-lead radiation proof glue, institute The protective materials stated is suture, glue bonds, withhold, hook or screw and nut by way of be connected with support；In corresponding hand Set at arm and protect soft sleeve；In each active connection place of support, described protective materials is using at overlapping or fold mode Reason.

The protection amount of described protective materials uses 0.5mm~1.5mm lead equivalents.

Described non-weight bearing protective garment is set positioned at the above or below of upper part of the body protective stent and lower part of the body protective stent There is opening able to turn on or off.

The reinforcement that described cutting means enclosure is used for upper arm is protected, including montant, cross bar, protective cover, the installation of described protective cover In on cross bar, one end connection of cross bar and montant, the other end of montant is connected with holder pivots in being installed on support.

Described protective cover uses protective baffle plate or protection check apron made of protective materials.

The beneficial effects of the utility model are：

(1) non-weight bearing radioprotector of the present utility model, is combined by protective garment and cutting means enclosure, forms no body Exposed globality protection, make protection more comprehensively thorough；

(2) the utility model is combined by moveable protective stent and the protective materials being fixed on support, is formed non- Heavy burden protective garment, operator need not carry the weight of safeguard, reduce the burden of operator, and making interventional procedure, person was operating In journey nimbly and freely, realize that operator concentrates one's energy during intervention diagnosis and therapy, reduce muscle power；

(3) protective garment of the present utility model is non-weight bearing protective garment, can effectively improve lead equivalent, realizes X to greatest extent Ray penetrates protection, radiation value can be made to reach safe range；

(4) support of the present utility model, bottom set roller, set respectively between left and right protective stent and upper and lower protective stent There are width adjusting device, arrangement for adjusting height to be suitable for different building shape and the medical personnel of height use, fitting human body, action side Just；

(5) the upper and lower connection of internal stent of the present utility model, air permeability is good, and human body comfort is strong；

(6) the utility model sets transparent radiation proof material in corresponding human body face, makes the operator visual field broad, other Position is sutured using radiation proof material, and active connection place sets overlapping or gauffer, both ensure that the protection of non-weight bearing exposure suit Comprehensive, the broad degree in the visual field simultaneously takes into account activity.

(7) the utility model forms first layer protection, mitigates arm and bear a heavy burden, make using soft sleeve parcel is protected at arm Hand activities is more flexible, coordinates the cutting means enclosure of outer layer, strengthens the radiation protection of arm and hand, ensures integral protection effect；

(8) the utility model also introduces electrified control device, further improves the activity flexibility of device and comfortable Property, operating efficiency and security are improved, is adapted to various training operative scenarios to use.

The utility model is described in further detail with reference to the accompanying drawings and detailed description, but it is of the present utility model Protection domain not limited to this.

Brief description of the drawings：

Fig. 1 is the overall structure diagram of the utility model embodiment；

Fig. 2 is the structural representation of the utility model embodiment support；

Fig. 3 is the supporting structure schematic diagram of another embodiment of the utility model；

Fig. 4 is Fig. 3 rearview；

Fig. 5 is the supporting structure schematic diagram of the utility model another embodiment；

Fig. 6 is the supporting structure schematic diagram of the another embodiment of the utility model；

Fig. 7 is the structural representation of cutting means enclosure in the utility model embodiment；

Fig. 8 is Fig. 7 rearview；

Fig. 9 is the structural representation of cutting means enclosure in the another embodiment of the utility model.

Embodiment：

As shown in Fig. 1-Fig. 9, a kind of non-weight bearing radiation protector of the present utility model, including non-weight bearing exposure suit 100 and matched cutting means enclosure 200.

Described non-weight bearing exposure suit 100 includes support 101 and the protective materials 102 being fixed on support 101.Institute The support 101 stated includes cephalic protection support 1, upper part of the body protective stent 2 and lower part of the body protective stent 3, described cephalic protection Support 1 is arranged on upper part of the body protective stent 2, and upper part of the body protective stent 2 is flexibly connected with lower part of the body protective stent 3, in lower half The bottom of body protective stent 3 is provided with action roller 4.

Described cephalic protection support 1 can be connected with upper part of the body protective stent 2 fixed or movablely, described cephalic protection Support 1 can use fixed or movable anti-bib, can also use the movable protective helmet to be opened/closed.

With reference to shown in Fig. 1, Fig. 3, in the present embodiment, described cephalic protection support 1 is using fixed anti-bib 13, institute The fixed protection gear 13 stated includes front block 131 and 2 pieces of side blocks 132, the corresponding people's dignity of described front block 131 Portion, the lower end of front block 131 are arranged on upper part of the body protective stent 2, the both sides of front block 131 respectively with side block 132 Connection, formed a face ring of front left and right three around collar stop.Radiation proof material 102, which encloses, to be located on cephalic protection support 1, is formed Radiation proof baffle plate.In order to provide the good visual field to wearer, described front block 131 uses transparent material, and is kept off in front Transparent radiation proof material 102 is set on block 131, transparent or nontransparent anti-spoke can be set on described side block 132 Penetrate material.

As shown in Fig. 2 in another embodiment of the present utility model, described cephalic protection support 1 is using movable anti- Bib 11, described movable anti-bib 11 include facial block 111 and head block 112, and described facial block 111 is right Human body face is answered, one end of facial block 111 is arranged on upper part of the body protective stent 2 by rotating shaft 113, facial block 111 The other end is connected with head block 112, and head block 112 is located on the crown, has certain space, head block 112 apart from the crown Shape can use square, circular or other shapes, be not particularly limited, for overhead radiation proof material provide one Supporting part.Radiation proof material 102, which encloses, to be located on cephalic protection support 1, forms Radiation-proof cap.Preferably, described facial block 111 all use hollow design with head block 112, are convenient to operation and cost-effective.

In order to not influence the visual field of wearer, transparent radiation proof material 102, head are installed on described facial block 111 Portion's block 112 and periphery installation radiation-proof cloth, radiation proof material 102 on head block 112 with upper part of the body protective stent 2 Radiation proof material 102 connect, formed a hat shape cephalic protection system.Transparent radiation proof material on facial block 111 The visual field of corresponding people, provides a broad visual field for wearer, is easy to observe and operates, and anti-on head block 112 Radiating cloth can be with the activity of rotating shaft 113 of holder,head 1, so as to realize the opening of Radiation-proof cap and gather.Described is movable When in use, by rotating shaft 113, Radiation-proof cap is opened for anti-bib 11, makes facial block 111 and upper extremity protection support 2 Vertically, it is easy to observe and operate；After terminating, rotating shaft 113 is rotated further by, Radiation-proof cap is closed up, make facial 111 turns of block Move to parallel with upper part of the body protective stent 2, at this moment head block 12 abuts the back of upper part of the body protective stent 2, Stability Analysis of Structures, is easy to Collection.

As shown in figure 5, in another embodiment of the present utility model, described cephalic protection support 1 is using movable anti- Helmet 12, described movable protective helmet 12 include rotary shaft 121, and connect with the both ends of rotary shaft 121 successively axle One vertical pole 123, the first cross bar 124, the second vertical pole 125, the second cross bar 126.Described rotary shaft 121 is pacified by shaft seat 122 On upper part of the body protective stent 2, one end and the rotary electric machine 122 of rotary shaft 121 are connected, described rotary shaft 121 with First vertical pole 123 one end rotation connection, the first vertical pole 123 successively with the first cross bar 124, the second vertical pole 125, the second cross bar 126 axles are connect, and the other end of the second cross bar 126 is connected in rotary shaft 121, and open-close on-off 127 is arranged on rotary electric machine 122 1 Side, and electrically connected with rotary electric machine 122, the forward or reverse of rotary shaft 121 is controlled by open-close on-off 127, it is anti-so as to realize The opening of helmet 12 and gathering.When pressing open-close on-off 127, rotary electric machine 122 rotates forward, and drives rotary shaft 121 to rotate, and rotates Axle 121 drives the first vertical pole 123, the first cross bar 124, the second vertical pole 125, the second cross bar 126 to move successively, until first is horizontal Bar 124 is parallel with the second cross bar 126, and the second cross bar 126 overlaps with upper extremity protection support 2, the first vertical pole 123 and the second vertical pole Second cross bar 126 is supported on upper part of the body protective stent 2, forms the protective helmet 12 of solid；When pressing open-close on-off again 127, rotary electric machine 122 inverts, and drives rotary shaft 121 to rotate, rotary shaft 121 drives the second cross bar 126, the second vertical pole successively 125th, the first cross bar 124, the first vertical pole 123 move, until the polymerization of the above-mentioned body of rod is integral, prevent above the waist in plane abut against Protect the back of support 2.

Correspondingly, transparent radiation proof material is set in the corresponding human body face of the movable helmet 12, provided for operator broad The visual field, can use transparent or nontransparent radiation proof material at other positions of the movable helmet 12, form the head of a closure Portion's shielding.

With reference to shown in Fig. 2, Fig. 4, described upper part of the body protective stent 2 includes shoulder support 21, the back of the body being symmetrical set Portion's support 22 and waist bracket 23, described shoulder support 21 and waist bracket 23 are connected by back bracket 22；Under described Half body protective stent 3 includes foot stand 31 and the buttocks support 32 being symmetrical set, and the lower end of foot stand 31 sets roller 4, the upper end of foot stand 31 is flexibly connected with buttocks support 32 by arrangement for adjusting height 33, passes through arrangement for adjusting height 33 Move up and down to adjust the longitudinal direction height of lower extremity protection support 3, so as to adapt to the dress of different height crowd.

As shown in Fig. 2 in this embodiment, described arrangement for adjusting height 33 uses and is arranged on foot stand 31 and buttocks The guide rail sliding chute structure to be cooperated on support 32 is realized, in this embodiment, outer guide is provided with buttocks support 32, Interior guide rail is installed in foot stand 31, outer guide cooperates with interior guide rail, and both can do relative slip, so as to adjust pin Longitudinal direction height between portion's support 31 and buttocks support 32.The embodiment not limited to this of described arrangement for adjusting height 33, also Upper and lower motion can be realized using existing other to adjust the device of longitudinal height to realize, for example, being stretched using electronic The combination of contracting bar and displacement sensor is highly adjusted to realize.

In further preferred embodiment, in a left side in described upper part of the body protective stent 2, lower part of the body protective stent 3 Two side stands of right setting are connected by the width adjusting device 24 of centre, and left and right side is adjusted by width adjusting knot device 24 Support adjusts horizontal width towards or away from motion.

As shown in figure 4, described width adjusting device 24 is separately positioned on the arranged on left and right sides of upper part of the body protective stent 2 On the step support 31 of the arranged on left and right sides of the upper and lower half body protective stent 3 of back bracket 22, pass through a left side for width adjusting device 24 Move right adjust between both sides back bracket 22 and both sides foot stand 31 towards or away from motion, it is upper and lower so as to adjust The transverse width of half body protective stent 2.

As shown in figure 4, in the preferred embodiment, described width adjusting device 24 is carried on the back using arranged on left and right sides is arranged on Guide rail sliding chute structure on portion's support 22 realizes that described guide rail sliding chute structure includes interior guide rail and outer guide, back bracket 22 side is connected with the interior guide rail of guide rail sliding chute structure, the opposite side of back bracket 22 and the outer guide of guide rail sliding chute structure Connection, outer guide coordinate with interior guide rail, and both can do relative slip, so as to adjust the transverse width of both sides back bracket 22.Institute The embodiment not limited to this for the width adjusting device 24 stated, can also with it is existing other can by left and right towards and away from Move to adjust the device of transverse width to realize.For example, can also be using the combination of electric expansion bar and displacement sensor come real Existing width adjusting.Similarly, the width adjusting device 24 installed in the both sides of foot stand 31 and the width in back bracket 22 Degree adjusting means can do relative set.

In order that the waist activity of the non-weight bearing radiation protector is more flexible, the described He of upper part of the body protective stent 2 Lower part of the body protective stent 3 is flexibly connected by carrier 5, and described carrier 5 is with upper part of the body protective stent 2 by hinge in a left side Right direction is hinged, and described carrier 5 is hinged with lower part of the body protective stent 3 by rotating shaft in fore-and-aft direction.By carrier 5 with It is hinged respectively into left and right, former and later two dimensions between upper part of the body protective stent 2, lower part of the body protective stent 3, so as to realize waist Portion it is front and rear with moving left and right.

As shown in fig. 6, in another embodiment, described carrier 5 can also use universal joint 6 and position limiting structure to replace Generation, one end of described universal joint 6 are connected with upper part of the body protective stent 2, and the other end and the lower part of the body of universal joint 6 are prevented Shield support 3 connects；Described position limiting structure includes being arranged on the front support 61 and rear support 62 of the both sides of universal joint 6, described One end of front support 61 be connected with lower part of the body protective stent 3, the other end and the upper part of the body protective stent 2 of front support 61 retain one Fixed gap, guarantee can turn forward certain angle；One end of described rear support 62 is connected with lower part of the body protective stent 3, rear support 62 other end is resisted against on upper part of the body protective stent, can effectively prevent the upper part of the body protective stent 2 from tilting backwards.As preferable Embodiment, described rear support 61 may also be arranged to connect the compression spring of upper and lower half body protective stent.Using universal connection First 6 are used as carrier 5, the waist of protector is realized front and rear and two dimensions in left and right movement, position limiting structure can be prevented Only bend over and swing back excessively, when the operator is worn the exposure suit, the scope of activities of upper limbs is wider, safer.

In order that upper part of the body protective stent 2 can be engaged with the activity of operator's shoulder, the difference for adapting to right and left shoulders is living Dynamic degree, the flexibility of increase shoulder activity, while reduce or eliminate the weight that upper part of the body protective stent 2 acts on operator's shoulder Amount, the weight of half body protective stent 2 can be supported by being set between described upper part of the body protective stent 2 and lower part of the body protective stent 3 Push rod, described push rod can use hydraulic mandril or gas-pressure mandril；Specific in the present embodiment, described hydraulic mandril 34 It is vertically arranged between foot stand 31 and buttocks support 32, the left and right sides is respectively provided with least a hydraulic mandril, described One end of hydraulic mandril 34 is connected with foot stand, and the other end of hydraulic mandril 34 is connected with buttocks support 32, hydraulic mandril 34 Support force and the overall weight of push rod upper bracket be adapted, or the gross weight slightly larger than push rod upper bracket.Work as operation Upper limks movements occur for person, and during if any being lifted on shoulder, the shoulder support 32 of stress side drives upper part of the body protective stent 2 to transport upwards It is dynamic, so as to drive hydraulic mandril to move upwards, when rising to some point, reach dynamic equilibrium, so as to reduce or eliminate above the waist Protective stent 2 acts on the weight of operator's shoulder, is well adapted for the requirement of right and left shoulders difference mobility.

As replacement, the effect of described hydraulic mandril can also be engaged come real using electronic push rod with induction installation Existing, specific embodiment is as follows：Induction installation is provided with described shoulder support 21, in foot stand 31 and buttocks support 32 Between be provided with the electronic push rod 34 of vertical direction, the control terminal of the electronic push rod 34 electrically connects with induction installation.Described The policer operation person's shoulder activity in real time of induction installation energy, when operator leans to one side action, lifted on the shoulder of side, opposite side shoulder Subordinate drops, and controls electronic push rod to move up and down so as to start induction installation, electronic push rod is provided certain branch to waist bracket 32 Support force, make waist bracket 32 drive upper part of the body protective stent 2 to move up, effectively offset upper extremity protection support 2 and act on shoulder Weight, be well adapted for the requirement of right and left shoulders difference mobility.

Described protective materials 102 uses wherein the one of lead rubber, stereotype or non-lead radiation proof board or non-lead radiation proof glue Kind, the protection amount of described protective materials 102 uses 0.5mm~1.5mm lead equivalents.

Described protective materials 102 can be fixed on support 101 by the way of suture, using the soft sleeve 7 of protection at arm Parcel.As replacement, described protective materials 102 can also use bond, withhold, linking up with, the mode such as nut screw is fixed on On support 101.In the junction of upper part of the body protective stent 2 and lower part of the body protective stent 3, and cephalic protection support 1 and upper half The junction of body protective stent, it is mutually up and down between support to adapt to that the protective materials 102 sutured sets overlapping or fold Or the stretching and shortening rotated.

At the back of upper part of the body protective stent 2 and lower part of the body protective stent 3, the position of corresponding width adjusting device 24, institute Stretching or shortening when the protective materials 102 of suture sets overlapping or gauffer to adapt between support or so movable.

Set on anterior or rear portion protective materials 102 of the upper part of the body protective stent 2 with lower part of the body protective stent 3 Opening 8 able to turn on or off, and connector is set at opening 8, such as：Thread gluing, slide fastener etc..Person easy to operation wears off protective garment.

As shown in Fig. 7, Fig. 9, described cutting means enclosure 200 is to include montant 201, cross bar 202, protective cover 203, and described is anti- Shield 203 is installed on cross bar 202, and cross bar 202 is connected with one end of montant 201, and the other end of montant 201 is in being installed on support On 101, and it is rotatablely connected with support 101.In use, by rotating montant 201, protective cover 203 is gone in front of arm, is used for The ray radiation of arm is blocked, arm is formed the soft sleeve 7 of protection and the double protection of cutting means enclosure 200；When not in use, can be by protective cover 203, which go to the behind of support 101, is collected.It is used cooperatively in the present embodiment using the soft sleeve 7 of protection with cutting means enclosure 200, a side Face can reduce the protective materials thickness of the soft sleeve 7 of arm protection as far as possible, mitigate the load-bearing of arm, make hand activities more flexible, separately On the one hand, increased cutting means enclosure 200 is further strengthened the radiation protection of arm and hand, ensured with protecting soft sleeve 7 to be used cooperatively Integral protection effect.

Described protective cover 203 is using the protective baffle plate made of protective materials or protection check apron.

Non-weight bearing radiation protector of the present utility model is combined by non-weight bearing exposure suit 100 and cutting means enclosure 200, The globality protection without body exposure is formed, makes protection more comprehensively thorough；By moveable protective stent 101 and it is fixed on Protective materials 102 on support combines, and forms non-weight bearing protective garment, can improve lead equivalent, realizes that X ray penetrates to greatest extent Protection, can make radiation value reach safe range；Operator need not carry the weight of safeguard, reduce the burden of operator, make Interventional procedure person nimbly and freely, realizes that operator concentrates one's energy during intervention diagnosis and therapy in operation, reduces muscle power；It is logical Cross width adjusting device 24, arrangement for adjusting height 33 is suitable for different building shape and the medical personnel of height use, be bonded human body, OK It is dynamic convenient；Internal stent air permeability is good, and human body comfort is strong；Electrified control device has been further introduced into, has effectively improved device Activity flexibility and comfortableness, be adapted to various training operative scenarios to use.

It the foregoing is only preferred embodiment of the present utility model, it should it is appreciated that for the general of the art For logical technical staff, on the premise of the utility model principle is not departed from, some improvement and modification can also be made, these change Enter and modify and also should be regarded as the scope of protection of the utility model.

Claims (13)

1. A kind of 1. non-weight bearing radiation protector, it is characterised in that：Including non-weight bearing protective garment and cutting means enclosure with matching；

   Described non-weight bearing protective garment, which includes support and the protective materials being fixed on support, described support, includes cephalic protection Support, upper part of the body protective stent and lower part of the body protective stent, described cephalic protection support are arranged on upper part of the body protective stent, Upper part of the body protective stent is flexibly connected with lower part of the body protective stent, and lower part of the body protective stent bottom is provided with action roller；

   The reinforcement that described cutting means enclosure is used for upper arm is protected, including montant, cross bar, protective cover, described protective cover are installed on horizontal stroke On bar, one end of cross bar and montant connection, the other end of montant is connected with holder pivots in being installed on support.
2. A kind of 2. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described cephalic protection support Fixed or movable being connected with upper part of the body protective stent, described cephalic protection support can use the anti-bib of fixed activity, And the movable protective helmet to be opened/closed.
3. A kind of 3. non-weight bearing radiation protector according to claim 2, it is characterised in that：In described anti-bib, prevent Human body face is corresponded on helmet transparent radiation proof material is set, the broad visual field is provided for operator, in anti-bib, protection Other positions of the helmet form the collar stop of radiation-inhibiting or the head of closure using transparent or nontransparent radiation proof material Radiation-proof cap.
4. A kind of 4. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described upper part of the body protection branch Frame, the left side brackets of lower part of the body protective stent are connected with right side support by the width adjusting device of centre, pass through width adjusting Device towards or away from width horizontal between motor adjustment arranged on left and right sides support.
5. A kind of 5. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described upper part of the body protection branch Frame, lower part of the body protective stent are flexibly connected by carrier, are made between carrier and upper part of the body protective stent, lower part of the body protective stent The activity in two dimension directions can at least be realized.
6. A kind of 6. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described upper part of the body protection branch Frame, lower part of the body protective stent are moved up and down to adjust longitudinal direction height between the two, so as to adapt to by arrangement for adjusting height The dress of different height crowd.
7. A kind of 7. non-weight bearing radiation protector according to claim 4, it is characterised in that：Described width adjusting structure To connect the guide rail sliding chute structure of left and right side support, described guide rail sliding chute structure includes interior guide rail and outer guide, left and right side Any side in support is connected with the interior guide rail of guide rail sliding chute structure, then opposite side and the outer guide of guide rail sliding chute structure connect Connect, outer guide coordinates with interior guide rail, and both can do relative slip, so as to adjust the transverse width of left and right side support.
8. A kind of 8. non-weight bearing radiation protector according to one of claim 1-7, it is characterised in that：Protected in the upper part of the body The push rod of vertical direction is set between support and lower part of the body protection, and described push rod can support the weight of upper part of the body protective stent Amount, and moved up and down with shoulder activity, upper part of the body protective stent and the activity of operator's shoulder is engaged, adapt to right and left shoulders The different mobilities in portion.
9. A kind of 9. non-weight bearing radiation protector according to claim 8, it is characterised in that：Described push rod uses hydraulic pressure Push rod, gas-pressure mandril or electronic push rod.
10. A kind of 10. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described protective materials is adopted With the one of which of lead glue skin, stereotype, non-lead radiation proof board or non-lead radiation proof glue, described protective materials passes through suture, glue Water is bonded, withheld, hooking or the mode of screw and nut is connected with support；Set at corresponding arm and protect soft sleeve；In support Each active connection place, described protective materials handled using overlapping or fold mode.
11. A kind of 11. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described protective materials Protection amount uses 0.5mm~1.5mm lead equivalents.
12. A kind of 12. non-weight bearing radiation protector according to claim 1, it is characterised in that：Described non-weight bearing protection Take and be provided with opening able to turn on or off positioned at the above or below of upper part of the body protective stent and lower part of the body protective stent.
13. A kind of 13. non-weight bearing radiation protector according to claim 12, it is characterised in that：Described protective cover uses Protective baffle plate or protection check apron made of protective materials.