CN104224313A - Integrated surgical tool - Google Patents
Integrated surgical tool Download PDFInfo
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- CN104224313A CN104224313A CN201410536396.1A CN201410536396A CN104224313A CN 104224313 A CN104224313 A CN 104224313A CN 201410536396 A CN201410536396 A CN 201410536396A CN 104224313 A CN104224313 A CN 104224313A
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Abstract
The invention relates to an integrated surgical tool. The integrated surgical tool comprises a tool end tube and a tail handle located at one end of the tool end tube. The other end of the tool end tube is provided with a main operating handle and a subsidiary operating handle. The subsidiary operating handle is provided with an electrocoagulation head which is coaxial with the subsidiary operating handle and can stretch and retract in the subsidiary operating handle. The electrocoagulation head and a tool end cover are located at the two ends of the subsidiary operating handle respectively. The main operating handle is provided with a tool head which is coaxial with the main operating handle and can stretch and retract in the main operating handle. The tool head and the tool end tube are located at the two ends of the main operating handle respectively. The integrated surgical tool is simple and compact in structure, the operation frequency of switching use of the surgical tool can be reduced, surgical time can be shortened, and the pain of a patient in the surgical process can be effectively mitigated; smoke can be absorbed and removed in time, the surgical field can be guaranteed, harm caused by inhalation of the smoke can be avoided, the surgical part can be cooled, unnecessary scalds can be avoided, an electrotome, an electrocoagulation tool and the like are prevented from adhering to the operating part in the using process, and therefore the integrated surgical tool is safe and reliable.
Description
Technical field
The present invention relates to a kind of multipurpose operation tool, especially a kind of intensive operation tool, belongs to the technical field of medical apparatus and instruments.
Background technology
At present, in the operation technique of majority, often need to use multiple operation tool, as: bipolar coagulation forceps, electric knife, monopolar electrocoagulation and suction pump etc., this just needs on operation table surface, prepare multiple apparatus, coils multiple circuit.In addition, when utilizing electric coagulation forceps or electric knife, smog can be produced due to protein denaturation, can sufferer be caused when the smog of generation is sucked by medical worker, also can affect surgical field of view.Use without water filling electric knife coagulation and be often adhered in manipulation of tissue, cause unnecessary damage.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of intensive operation tool is provided, it is simple and compact for structure, use a kind of instrument can reach the effect of multiple tools, operation tool switching times can be reduced, reduce operation table surface wire being wound, shorten operating time, effectively alleviate the misery of operation to patient; Smog can be absorbed in time when using the instruments such as electric knife coagulation, ensureing surgical field of view, the harm avoiding smog to be inhaled into causing, and can lower the temperature to operative site, avoid unnecessary the burning of surrounding tissue, when avoiding the instruments such as electric knife coagulation to use, be adhered to operating position, safe and reliable.
According to technical scheme provided by the invention, described intensive operation tool, comprise tool ends end pipe and be positioned at the caudal peduncle of end, described tool ends end pipe one end, the other end of described tool ends end pipe is provided with main operation handle and secondary lever, secondary lever is provided with coaxial distribution and the electriocoagulator that can stretch in secondary lever, described electriocoagulator and instrument end cap lay respectively at the both ends of secondary lever; Described main operation handle is provided with coaxial distribution and the tool heads can stretched in main operation handle, tool heads and tool ends end pipe lay respectively at the two ends of main operation handle.
Described caudal peduncle is the suction connecting tube of hollow structure, and suction connecting tube is connected with tool ends end pipe; Arrange resiliency supported film between described main operation handle and secondary lever, the end of the inwall of described resiliency supported film and main operation handle, the inwall of secondary lever and tool ends end pipe is formed and is used for vacuum suction passage; Described vacuum suction passage is connected with tool ends end pipe; Described suction connecting tube is provided with attraction jointing.
In described main operation handle, in secondary lever and in the end of tool ends end pipe, arrange passage form the waterflood path of lowering the temperature for water filling, described waterflood path is connected with tool ends end pipe; Described tool ends end pipe is provided with water filling joint, and described water filling joint is connected with waterflood path by tool ends end pipe.
Described tool heads has instrument head end, and tool heads utilizes instrument head end can form bipolar coagulation forceps with electriocoagulator; Described instrument head end, electriocoagulator are electrically connected with the coagulation plug on tool ends end pipe.
Described tool heads has instrument head end, and described instrument head end is in hook-shaped, the pen type electric knife of electricity or blade electric knife, and described instrument head end can be electrically connected with the electric knife plug on tool ends end pipe.
Described electriocoagulator is provided with electriocoagulator adjusting knob, secondary lever is provided with the secondary handle that electriocoagulator adjusting knob can be allowed to set and regulates pilot hole, described secondary handle regulates pilot hole to comprise draw-in groove and secondary handle lower bayonet slot on secondary handle, the end of the contiguous secondary lever of described secondary handle lower bayonet slot; When the electriocoagulator adjusting knob of electriocoagulator is positioned at secondary handle lower bayonet slot, electriocoagulator passes from the end of secondary lever; When the electriocoagulator adjusting knob of electriocoagulator is positioned at draw-in groove on secondary handle, the end of electriocoagulator is retracted into the rear, end of secondary lever.
Described tool heads is provided with tool heads adjusting knob, main operation handle is provided with the main handle that tool heads adjusting knob can be allowed to set and regulates pilot hole, described main handle regulates pilot hole to comprise draw-in groove and main handle lower bayonet slot on main handle, the end of the contiguous main operation handle of described main handle lower bayonet slot; When tool heads adjusting knob is positioned at main handle lower bayonet slot, tool heads passes from the end of main operation handle; When tool heads adjusting knob is positioned at draw-in groove on main handle, the end of tool heads is retracted into the rear, end of main operation handle.
Described main operation handle is arranged main handle positioning and guiding passage, described main handle positioning and guiding passage regulates pilot hole to be connected with main handle, and main handle positioning and guiding passage regulates the main handle lower bayonet slot of pilot hole to extend to the end of main operation handle from main handle.
Described main operation handle or secondary lever are arranged and is provided for main operation handle and the temporary fixed temporary securing mechanism of secondary lever.
Described temporary securing mechanism comprises the fixed chuck be hinged on secondary lever, and described fixed chuck can be embedded in the fixed card slot on main operation handle.
Advantage of the present invention: tool ends end pipe by suction connecting tube can with vacuum suction equipment connection, monopolar electrocoagulation, bipolar coagulation, electric knife, electric hook and suction pump can be combined into one by the electriocoagulator of the tool heads on main operation handle, secondary lever end and resiliency supported film, and can choice for use arbitrarily.When using as coagulation, electric hook or electric knife, vacuum suction passage and waterflood path exist all the time, vacuum suction can be carried out constantly, protein denaturation is avoided to produce smog to the impact of surgical field of view, also smog can be avoided by medical worker to be sucked the sufferer caused, water filling cooling can be carried out in operation by water filling joint, avoid the too high burn caused of operation temperature, operating position is adhered to when avoiding the instruments such as electric knife coagulation to use, compact conformation, conversion operations is convenient, and wide accommodation is safe and reliable.
Accompanying drawing explanation
Fig. 1 is the structural representation that the present invention forms monopolar coagulation forceps use.
Fig. 2 is the structural representation that the present invention forms bipolar coagulation forceps use.
Fig. 3 is the structural representation that the present invention forms vacuum suction use.
Fig. 4 is the use schematic diagram that the present invention forms electric hook, electric knife or electrode electric coagulation forceps.
Fig. 5 be main operation handle of the present invention with tool ends end pipe coordinate schematic diagram.
Fig. 6 be the secondary lever of the present invention with instrument end cap coordinate schematic diagram.
Fig. 7 is the structural representation of inventive article head.
Description of reference numerals: 1-attracts jointing, 2-suction connecting tube, 3-water filling joint, 4-coagulation plug, 5-electric knife plug, 6-main operation handle, the secondary lever of 7-, 8-fixed chuck, 9-fixed card slot, 10-resiliency supported film, 11-electriocoagulator, 12-tool heads, 13-electriocoagulator adjusting knob, 14-tool heads adjusting knob, 15-coagulation switch, 16-electric knife switch, draw-in groove on the main handle of 17-, the main handle lower bayonet slot of 18-, 19-main handle positioning and guiding passage, the secondary handle lower bayonet slot of 20-, draw-in groove on the secondary handle of 21-, 22-tool bar, 23-elasticity locating piece, 24-instrument head end and 25-tool ends end pipe.
Detailed description of the invention
Below in conjunction with concrete drawings and Examples, the invention will be further described.
As shown in Fig. 1 ~ Fig. 4: switch in order to operation tool can be reduced the number of operations used, reduce operating time, effectively alleviate the misery of operation to patient; Can absorb in time smog, ensure surgical field of view, the harm avoiding smog to be inhaled into causing, can lower the temperature to operative site, avoid being burnt, the present invention includes tool ends end pipe 25 and be connected to the suction connecting tube 2 of end, described tool ends end pipe 25 one end, described suction connecting tube 2 is connected with tool ends end pipe 25; The other end of described tool ends end pipe 25 is provided with main operation handle 6 and secondary lever 7, between described main operation handle 6 and secondary lever 7, resiliency supported film 10 is set, described resiliency supported film 10 forms with the end of the inwall of main operation handle 6, the inwall of secondary lever 7 and tool ends end pipe 25 the vacuum suction passage being used for vacuum suction, and described vacuum suction passage is connected with tool ends end pipe 25; Secondary lever 7 is provided with the electriocoagulator 11 of coaxial distribution, and described electriocoagulator 11 and instrument end cap 25 lay respectively at the both ends of secondary lever 7.
Particularly, the end of described suction connecting tube 2 is provided with and attracts jointing 1, by attract jointing 1 can with vacuum suction equipment connection.Vacuum suction equipment can form negative pressure by suction connecting tube 2, instrument end cap 25 in vacuum suction, can carry out required attraction by negative pressure.Main operation handle 6, secondary lever 7 are symmetric in the end of tool ends end pipe 25, and main operation handle 6, secondary lever 7 are close to each other after the end of tool ends end pipe 25 can slightly be out of shape.Because the resiliency supported film 10 forming vacuum suction passage has elasticity, at main operation handle 6, secondary lever 7 close to each other or mutually away from time, all can keep the integrity of attraction waterflood path.Resiliency supported film 10 has good sealing with the joint portion of main operation handle 6, secondary lever 7 and tool ends end pipe 25, ensures the stability of negative pressure in the negative pressure of vacuum suction passage.
Electriocoagulator 11 is in the end of secondary lever 7, and electriocoagulator 11 can use as monopolar coagulation forceps after passing secondary lever 7, and now electriocoagulator 11 needs to be connected with outside coagulation power supply by the coagulation plug 4 on tool ends end pipe 25, as shown in Figure 1.When being carried out coagulation operation by electriocoagulator 11, position due to coagulation can produce protein denaturation and produce smog, now, if there is negative pressure in vacuum suction passage, then smog can enter vacuum suction passage under suction function, until attracted to remove by negative pressure equipment, ensure the visual field of operative segment, the smog produced also can be avoided by medical worker to be sucked the harm caused.In the embodiment of the present invention, coagulation operation can be carried out with vacuum suction simultaneously, avoids the operation needing in existing operation technique to change apparatus, saves operating time, easy to operate, safe and reliable.
In described main operation handle 6, in secondary lever 7 and in the end of tool ends end pipe 25, arrange passage form the waterflood path of lowering the temperature for water filling, described waterflood path is connected with tool ends end pipe 25; Described tool ends end pipe 25 is provided with water filling joint 3, and described water filling joint 3 is connected with waterflood path by tool ends end pipe 25.
In the embodiment of the present invention, described tool ends end pipe 25 is provided with water filling joint 3, described water filling joint 3 is connected with waterflood path by tool ends end pipe 25.Waterflood path be at least present in main operation handle 6 or secondary lever 7 arbitrarily in an inside, certainly, two waterflood paths can be there are in main operation handle 6 with secondary lever 7 simultaneously, can to water filling in waterflood path by water filling joint 3.The length of waterflood path is less than the length of main operation handle 6, secondary lever 7, and the inwall of the waterflood path of main operation handle 6, secondary lever 7 does insulation water-proofing treatment, avoids the normal use affecting electriocoagulator 11 and tool heads 12.Waterflood path and vacuum suction passage exist simultaneously, and are independent of each other mutually.
In the embodiment of the present invention, when carrying out the operation techniques such as coagulation, the temperature of operative site may be caused too high, now, lowered the temperature to operative site by water filling joint 3 and attraction waterflood path, the liquid that water filling joint 3 injects can be normal saline etc., after lowering the temperature, the too high burn caused of temperature can be avoided, guarantee the safe and reliable of operation process.
Described main operation handle 6 is provided with tool heads 12, and described tool heads 12 is positioned at the end of main operation handle 6 and coaxially distributes with described main operation handle 6, and tool heads 12 and tool ends end pipe 25 lay respectively at the two ends of main operation handle 6.
With that secondary lever 7 arranges electriocoagulator 11 is similar as the use of monopolar coagulation forceps.Main operation handle 6 can arrange tool heads 12, tool heads 12 can with electriocoagulator 11 with the use of, tool heads 12 also can be made to be used alone.No matter tool heads 12 coordinates with electriocoagulator 11 or is used alone, and vacuum suction passage and waterflood path exist all the time, namely can implement the operation of vacuum suction and water filling all the time.
Described tool heads 12 has instrument head end 24, and tool heads 12 utilizes instrument head end 24 can form bipolar coagulation forceps with electriocoagulator 11; Described instrument head end 24, electriocoagulator 11 are electrically connected with the coagulation plug 4 on tool ends end pipe 25.
As shown in Figure 7, tool heads 12 has tool bar 22 and is positioned at the instrument head end 24 of described tool bar 22 end, tool bar 22 is provided with insulating barrier, described insulating barrier covers other surfaces except instrument head end 24, tool bar 22 is arranged elasticity locating piece 23, elasticity locating piece 23 and instrument head end 24 are positioned at the two ends of tool bar 22.When instrument head end 24 adopts the structure similar with electriocoagulator 11, can coordinate between tool heads 12 with electriocoagulator 11 and use as bipolar coagulation forceps, as shown in Figure 2.When using as bipolar coagulation forceps, instrument head end 24, electriocoagulator 11 all need coagulation plug 4 to be connected with outside coagulation power supply.When the bipolar coagulation forceps that recycling is formed carries out operation technique, vacuum suction passage, waterflood path can be utilized simultaneously to carry out the step of vacuum suction and water filling cooling, guarantee the safe and reliable of operation process.
Described tool heads 12 has instrument head end 24, and described instrument head end 24 is hook-shaped in electricity, pen type electric knife or blade electric knife, and described instrument head end 24 can be electrically connected with the electric knife plug 5 on tool ends end pipe 25.
In the embodiment of the present invention, tool heads 12 on main operation handle 6 also can be used alone, now, tool heads 12 utilizes instrument head end 24 can form the electric knife of electric hook, pen type electric knife, blade electric knife or other shapes, coagulation rod or monopolar coagulation forceps etc., when the instrument head end 24 of tool heads 12 uses as monopolar coagulation forceps, identical with the use procedure of the electriocoagulator 11 of secondary lever 7 end, no longer illustrate herein.When the instrument head end 24 of tool heads 12 uses as electric knife or electric hook, need to be connected with outside electric knife power electric with electric knife plug 5.When tool heads 12 on main operation handle 6 is used alone, vacuum suction passage, waterflood path also can exist all the time, and the effect of vacuum suction passage, waterflood path is identical with above-mentioned explanation, effectively can guarantee the safety of surgical field of view and operation process.
As shown in Figure 6, described electriocoagulator 11 is provided with electriocoagulator adjusting knob 13, secondary lever 7 is provided with the secondary handle that electriocoagulator adjusting knob 13 can be allowed to set and regulates pilot hole, described secondary handle regulates pilot hole to comprise draw-in groove 21 and secondary handle lower bayonet slot 20 on secondary handle, the end of the contiguous secondary lever 7 of described secondary handle lower bayonet slot 20; When the electriocoagulator adjusting knob 13 of electriocoagulator 11 is positioned at secondary handle lower bayonet slot 20, electriocoagulator 11 passes from the end of secondary lever 7; When the electriocoagulator adjusting knob 13 of electriocoagulator 11 is positioned at draw-in groove 21 on secondary handle, the end of electriocoagulator 11 is retracted into the rear, end of secondary lever 7.
In the embodiment of the present invention, when the body of tool 12 utilized separately on main operation handle 6 is performed the operation, need the rear, the end electriocoagulator 11 of secondary lever 7 end being retracted into secondary lever 7, avoid the existence impact of electriocoagulator 11 to use.Electriocoagulator adjusting knob 13 has elasticity, secondary handle regulates draw-in groove 21 on the secondary handle in pilot hole to be connected with secondary handle lower bayonet slot 20, electriocoagulator adjusting knob 13 on secondary handle in draw-in groove 21 or in secondary handle lower bayonet slot 20 time, electriocoagulator adjusting knob 13 can closely cooperate with draw-in groove 21 on secondary handle or secondary handle lower bayonet slot 20, guarantees the positional stability of electriocoagulator 11 between secondary lever 7 and the reliability of operation technique.Secondary handle regulates pilot hole to be positioned at secondary lever 7 relatively away from one end of tool ends end pipe 25, the end of the more contiguous secondary lever 7 of secondary handle lower bayonet slot 20.Secondary handle lower bayonet slot 20 and secondary handle have secondary handle draw-in groove interface channel between draw-in groove 21, and the electriocoagulator adjusting knob 13 after secondary handle draw-in groove interface channel can allow deformation passes through, and the width of secondary handle draw-in groove interface channel is less than draw-in groove 21 and secondary handle lower bayonet slot 20 on secondary handle.
In the specific implementation, manual squeezing electriocoagulator adjusting knob 13, makes electriocoagulator adjusting knob 13 be out of shape, so that electriocoagulator adjusting knob 13 is by secondary handle draw-in groove interface channel.When electriocoagulator adjusting knob 13 to be pushed on secondary handle in draw-in groove 21 and after release, electriocoagulator adjusting knob 13 and draw-in groove 21 close contacting fit on secondary handle, electriocoagulator 11 and secondary lever 7 is made to keep locating, now electriocoagulator 11 is retracted into the rear of secondary lever 7 end, form the structure as Fig. 3 and Fig. 4, now, tool heads 12 etc. can be utilized separately.When needs use electriocoagulator 11, above-mentioned operation on the contrary can be repeated, electriocoagulator adjusting knob 13 is embedded in secondary handle lower bayonet slot 20 and closely cooperates with secondary handle lower bayonet slot 20.
Described tool heads 12 is provided with tool heads adjusting knob 14, main operation handle 6 is provided with the main handle that tool heads adjusting knob 14 can be allowed to set and regulates pilot hole, described main handle regulates pilot hole to comprise draw-in groove 17 and main handle lower bayonet slot 18 on main handle, the end of the contiguous main operation handle 6 of described main handle lower bayonet slot 18; When tool heads adjusting knob 14 is positioned at main handle lower bayonet slot 18, tool heads 12 passes from the end of main operation handle 6; When tool heads adjusting knob 14 is positioned at draw-in groove 17 on main handle, the end of tool heads 12 is retracted into the rear, end of main operation handle 6.
Described main operation handle 6 is arranged main handle positioning and guiding passage 19, described main handle positioning and guiding passage 19 regulates pilot hole to be connected with main handle, and main handle positioning and guiding passage 19 regulates the main handle lower bayonet slot 18 of pilot hole to extend to the end of main operation handle 6 from main handle.
As shown in Figure 5, in use, the electriocoagulator 11 on secondary lever 7 can be utilized to operate separately, the tool heads 12 on main operation handle 6 also can be utilized to operate separately.When being used alone electriocoagulator 11, can not erecting tools head 12 on main operation handle 6, but on main operation handle 6 after erecting tools head 12, when being used alone electriocoagulator 11 again, can be similar with electriocoagulator 11, tool heads 12 is retracted into the rear, end of main operation handle 6, as shown in figures 1 and 3.In the embodiment of the present invention, the elasticity locating piece 23 of tool bar 22 end is for the formation of tool heads adjusting knob 14, and namely tool heads adjusting knob 14 also can crimp.
Main handle regulates pilot hole to be positioned at main operation handle 6 relatively away from one end of tool ends end pipe 25, and main handle lower bayonet slot 18 is more near the end of main operation handle 6.Main handle regulates the main handle draw-in groove interface channel also comprising in pilot hole and connecting on main handle lower bayonet slot 18 and main handle between draw-in groove 17, the width of described main handle draw-in groove interface channel is less than the width of draw-in groove 17 on main handle lower bayonet slot 18 and main handle, main handle draw-in groove interface channel mainly allows the tool heads adjusting knob 14 after crimp pass through, and ensures that tool heads adjusting knob 14 can be changed the position on main handle between draw-in groove 17 and main handle lower bayonet slot 18.When tool heads adjusting knob 14 on main handle in draw-in groove 17 or main handle lower bayonet slot 18 after, can closely cooperate with draw-in groove 17 on main handle or main handle lower bayonet slot 18, guarantee positional stability and the reliability of tool heads 12 and main operation handle 6.
In the embodiment of the present invention, main handle positioning and guiding passage 19 can allow tool bar 22 to set, main handle positioning and guiding passage 19 mates with the bar footpath of tool bar 22, when being changed between draw-in groove 17 and main handle lower bayonet slot 18 on main handle by tool heads adjusting knob 14, the shaft part of tool bar 22 can move at main handle positioning and guiding passage 19.On the same line, main handle positioning and guiding passage 19 extends to the end of main operation handle 6 from main handle lower bayonet slot 18, can be convenient to erecting tools head 12 for the axis of main handle positioning and guiding conducting 19 and the axis of main operation handle 6.
When tool heads 12 to coordinate with electriocoagulator 11 form bipolar coagulation forceps time, tool heads adjusting knob 14 needs to be positioned at main handle lower bayonet slot 18, now the instrument head end 24 of tool heads 12 is electrically connected with coagulation plug 4, when tool heads adjusting knob 14 is positioned at draw-in groove 17 on main handle, the instrument head end of tool heads 12 is now not charged, when namely no matter being connected with outside by coagulation plug 4 or electric knife plug 5, the instrument head end 24 of tool heads 12 is all in not electriferous state.In like manner, when electriocoagulator adjusting knob 13 is positioned at draw-in groove 21 on secondary handle, electriocoagulator 11 also can not be charged.
In the embodiment of the present invention, main operation handle 6 is also provided with coagulation switch 15 and electric knife switch 16, when by after coagulation plug 4 is connected with outside coagulation power supply, also need by coagulation switch 15 just can make electriocoagulator 11 and/or tool heads 12 charged.In like manner, after being connected with external power source by electric knife plug 5, also need electric knife switch 16 that the instrument head end 24 of tool heads 12 end just can be made charged.The construction of switch that coagulation switch 15, electric knife switch 16 can adopt the art conventional, specifically repeats no more.
Described secondary lever 7 is hinged with fixed chuck 8, main operation handle 6 is arranged the fixed card slot 9 that described fixed chuck 8 can be allowed to set.
In the embodiment of the present invention, one end of fixed chuck 8 is hinged on secondary lever 7, the other end can be embedded on fixed card slot 9, when fixed card slot 8 is connected to after in fixed card slot 9, fixed chuck 8 is directly tilt distribution at main operation handle 6 and secondary lever 7, and main operation handle 6 and secondary lever 7 are locked by fixed chuck 8.After main operation handle 6, secondary lever 7 are locked maintenance by fixed chuck 8, main operation handle 6, secondary lever 7 correspondence are close to each other away from the other end of tool ends end pipe 25, now, the opening attracting waterflood path can be made to reduce, be conducive to the operation of vacuum suction.When electriocoagulator 11 is retracted into the rear, end of secondary lever 7 and tool heads 12 is retracted into the rear, end of main operation handle 6, operation tool can use as a vacuum extractor, as shown in Figure 3.
Inventive article end pipe 25 by suction connecting tube 2 can with vacuum suction equipment connection, monopolar electrocoagulation, bipolar coagulation, electric knife, electric hook and suction pump can be combined into one by the electriocoagulator 11 of the tool heads 12 on main operation handle 6, secondary lever 7 end and resiliency supported film 10, and can choice for use arbitrarily.When using as coagulation, electric hook or electric knife, vacuum suction passage and waterflood path exist all the time, vacuum suction can be carried out constantly, protein denaturation is avoided to produce smog to the impact of surgical field of view, also smog can be avoided by medical worker to be sucked the sufferer caused, water filling cooling can be carried out in operation by water filling joint 3, avoid the too high burn caused of operation temperature, operating position is adhered to when avoiding the instruments such as electric knife coagulation to use, compact conformation, conversion operations is convenient, and wide accommodation is safe and reliable.
Claims (10)
1. an intensive operation tool, comprise tool ends end pipe (25) and be positioned at the caudal peduncle of described tool ends end pipe (25) end, one end, it is characterized in that: the other end of described tool ends end pipe (25) is provided with main operation handle (6) and secondary lever (7), secondary lever (7) is provided with coaxial distribution and the electriocoagulator (11) that can stretch in secondary lever (7), described electriocoagulator (11) and instrument end cap (25) lay respectively at the both ends of secondary lever (7); Described main operation handle (6) is provided with coaxial distribution and the tool heads (12) can stretched in main operation handle (6), tool heads (12) and tool ends end pipe (25) lay respectively at the two ends of main operation handle (6).
2. intensive operation tool according to claim 1, is characterized in that: described caudal peduncle is the suction connecting tube (2) of hollow structure, and suction connecting tube (2) is connected with tool ends end pipe (25); Arrange resiliency supported film (10) between described main operation handle (6) and secondary lever (7), described resiliency supported film (10) is formed with the end of the inwall of main operation handle (6), the inwall of secondary lever (7) and tool ends end pipe (25) and is used for vacuum suction passage; Described vacuum suction passage is connected with tool ends end pipe (25); Described suction connecting tube (2) is provided with and attracts jointing (1).
3. intensive operation tool according to claim 1, it is characterized in that: in described main operation handle (6), in secondary lever (7) and in the end of tool ends end pipe (25), arrange passage form the waterflood path of lowering the temperature for water filling, described waterflood path is connected with tool ends end pipe (25); Described tool ends end pipe (25) is provided with water filling joint (3), and described water filling joint (3) is connected with waterflood path by tool ends end pipe (25).
4. intensive operation tool according to claim 1, is characterized in that: described tool heads (12) has instrument head end (24), and tool heads (12) utilizes instrument head end (24) can form bipolar coagulation forceps with electriocoagulator (11); Described instrument head end (24), electriocoagulator (11) are electrically connected with the coagulation plug (4) on tool ends end pipe (25).
5. intensive operation tool according to claim 1, it is characterized in that: described tool heads (12) has instrument head end (24), described instrument head end (24) is in hook-shaped, the pen type electric knife of electricity or blade electric knife, and described instrument head end (24) can be electrically connected with the electric knife plug (5) on tool ends end pipe (25).
6. intensive operation tool according to claim 1, it is characterized in that: described electriocoagulator (11) is provided with electriocoagulator adjusting knob (13), secondary lever (7) is provided with the secondary handle that electriocoagulator adjusting knob (13) can be allowed to set and regulates pilot hole, described secondary handle regulates pilot hole to comprise draw-in groove (21) and secondary handle lower bayonet slot (20) on secondary handle, the end of the contiguous secondary lever (7) of described secondary handle lower bayonet slot (20); When the electriocoagulator adjusting knob (13) of electriocoagulator (11) is positioned at secondary handle lower bayonet slot (20), electriocoagulator (11) passes from the end of secondary lever (7); When the electriocoagulator adjusting knob (13) of electriocoagulator (11) is positioned at draw-in groove (21) on secondary handle, the end of electriocoagulator (11) is retracted into the rear, end of secondary lever (7).
7. intensive operation tool according to claim 1, it is characterized in that: described tool heads (12) is provided with tool heads adjusting knob (14), main operation handle (6) is provided with the main handle that tool heads adjusting knob (14) can be allowed to set and regulates pilot hole, described main handle regulates pilot hole to comprise draw-in groove (17) and main handle lower bayonet slot (18) on main handle, the end of contiguous main operation handle (6) of described main handle lower bayonet slot (18); When tool heads adjusting knob (14) is positioned at main handle lower bayonet slot (18), tool heads (12) passes from the end of main operation handle (6); When tool heads adjusting knob (14) is positioned at draw-in groove (17) on main handle, the end of tool heads (12) is retracted into the rear, end of main operation handle (6).
8. intensive operation tool according to claim 7, it is characterized in that: described main operation handle (6) arranges main handle positioning and guiding passage (19), described main handle positioning and guiding passage (19) regulates pilot hole to be connected with main handle, and main handle positioning and guiding passage (19) regulates the main handle lower bayonet slot (18) of pilot hole to extend to the end of main operation handle (6) from main handle.
9. intensive operation tool according to claim 1, is characterized in that: the upper setting of described main operation handle (6) or secondary lever (7) is provided for main operation handle (6) and the temporary fixed temporary securing mechanism of secondary lever (7).
10. intensive operation tool according to claim 9, it is characterized in that: described temporary securing mechanism comprises the fixed chuck (8) be hinged on secondary lever (7), described fixed chuck (8) can be embedded in the fixed card slot (9) on main operation handle (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410536396.1A CN104224313B (en) | 2014-10-11 | 2014-10-11 | Intensive operation tool |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410536396.1A CN104224313B (en) | 2014-10-11 | 2014-10-11 | Intensive operation tool |
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| CN104224313A true CN104224313A (en) | 2014-12-24 |
| CN104224313B CN104224313B (en) | 2016-08-03 |
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| CN201410536396.1A Active CN104224313B (en) | 2014-10-11 | 2014-10-11 | Intensive operation tool |
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| CN204207838U (en) * | 2014-10-11 | 2015-03-18 | 黄东晓 | Intensive operation tool |
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| US6110171A (en) * | 1999-03-09 | 2000-08-29 | Everest Medical Corporation | Electrosurgical cutting and coagulating instrument for open surgery |
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| CN203074857U (en) * | 2013-02-28 | 2013-07-24 | 重庆润泽医药有限公司 | Split type stretchable electric coagulation forceps |
| US20140276796A1 (en) * | 2013-03-15 | 2014-09-18 | GYRUS ACMI, INC., d/b/a Olympus Surgical Technologies America | Combination electrosurgical device |
| CN204207838U (en) * | 2014-10-11 | 2015-03-18 | 黄东晓 | Intensive operation tool |
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| CN104224313B (en) | 2016-08-03 |
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