CN1833728A - Fulgerizing sterilizer of oese (needle) - Google Patents

Fulgerizing sterilizer of oese (needle) Download PDF

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Publication number
CN1833728A
CN1833728A CN 200610017700 CN200610017700A CN1833728A CN 1833728 A CN1833728 A CN 1833728A CN 200610017700 CN200610017700 CN 200610017700 CN 200610017700 A CN200610017700 A CN 200610017700A CN 1833728 A CN1833728 A CN 1833728A
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China
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lead
tunnel
connect
resistance
diode
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CN 200610017700
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CN100354008C (en
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贾会生
王掌义
江广予
俞卫明
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Abstract

An electric burning type sterilizing-disinfecting apparatus for inoculating ring (or needle) is composed of base, supporting frame, heat generating wire and tube, conducting line, control circuit, handle and metallic rod.

Description

Electricity-burned type inoculating loop (pin) disinfection apparatus
Technical field
The present invention relates to a kind of disinfection apparatus, specifically a kind of electricity-burned type inoculating loop (pin) disinfection apparatus belongs to medical sanitary apparatus manufacturing technology field.
Background technology
In medical treatment, biotic experiment is indoor, and inoculating loop (pin) and experiment are carried out with the main alcohol burner that adopts of glass drying oven sterilization, its shortcoming is the indoor naked light that has, temperature is flowed by air to influence and inhomogeneous, causes the sterilization imperfection.Invention and created name is: automatically controlled high temperature inoculating loop and sterilisation of objects device, the patent No. is: 200420029296.1 Chinese patent discloses a kind of automatically controlled high temperature inoculating loop and the sterilisation of objects apparatus has solved the problems referred to above preferably, its construction features is to include supporting base, be fixed with a heating element heater in the supporting base upper end, the table top of supporting base is provided with the on and off switch that is electrically connected with heating element heater, also be fixed with an end of metal rack in the above, the metal rack other end is located at opening one side on heating element heater top.This apparatus structure complexity is to the sterilizing operation complexity of inoculating loop (pin).
Summary of the invention
Task of the present invention provides a kind of simple in structure, safe in utilization, electricity-burned type inoculating loop (pin) disinfection apparatus easily.
Task of the present invention realizes as follows:
Electricity-burned type inoculating loop of the present invention (pin) disinfection apparatus, mainly by base, support, heating wire, heat-generating pipe, lead, control circuit constitutes, mounting bracket on the base, control circuit is installed in the base, and the heat-generating pipe that bracket end is installed is connected with control circuit in the base by the lead in the support, and the control circuit in the base passes through lead, handle is connected with metal bar, the metal bar end is provided with heating wire, and the metal contact that is provided with on the base panel is connected with the control circuit in the base.
The control circuit of electricity-burned type inoculating loop of the present invention (pin) disinfection apparatus mainly is made of transformator, rectifier cell, voltage stabilizing element, audion, diode, integrated transporting discharging, electric capacity, resistance, relay, its connected mode is that power inleting terminal is divided into three the tunnel with lead, one the tunnel is connected another road and diode D with the primary a interface of transformator L 1The anodal connection, Third Road reuse lead divides two-way, and one the tunnel and resistance R 9An end connect, another road is connected with heat-generating pipe one end; The electric power loop end uses lead through K switch 1Divide three the tunnel, the one tunnel to be connected another road and light emitting diode D with the primary b interface of transformator L 2Negative pole connect, Third Road is connected with the stationary contact of the normally-closed contact of time relay JS; Diode D 1Negative pole and light emitting diode D 2Positive pole between connecting resistance R 0The c point of L the utmost point of transformator is connected with lead 11 with rectifier cell A, the d point of L the utmost point of transformator is connected with lead 12 with rectifier cell A, the e point of L the utmost point of transformator is connected with lead 15 with rectifier cell B, the f point of L the utmost point of transformator is connected with lead 16 with rectifier cell B, the g point of L the utmost point of transformator is with lead minute two-way, the one tunnel with diode D 8Negative pole connect another road and diode D 7Positive pole connect, the h point usefulness lead of L the utmost point of transformator is connected with the metal contact; Diode D 8Positive pole divide two-way with lead, the one tunnel with diode D 10Positive pole connect another road and light emitting diode D 9Positive pole connect; Diode D 7Negative pole divide two-way with lead, the one tunnel with light emitting diode D 9Negative pole connect another road and diode D 11Negative pole connect; Diode D 11Positive pole and diode D 10Negative pole with lead connect together the back be connected with the end of incoming cables of handle; 14 o'clock of rectifier cell A with lead minute two-way, and one the tunnel and capacitor C 2Positive pole connect, another road is connected with the inlet side of voltage stabilizing element 79xx; 18 o'clock of rectifier cell B with lead minute two-way, and one the tunnel and capacitor C 1Negative pole connect, another road is connected with the inlet side of voltage stabilizing element 78xx; 13 o'clock of rectifier cell A with 17 o'clock of rectifier cell B with lead link together back minute three tunnel, a tunnel and capacitor C 2Negative pole connect another road and capacitor C 1Positive pole connect, Third Road divides two-way again, the one tunnel is connected with the zero end of voltage stabilizing element 79xx, another road is connected with the zero end of voltage stabilizing element 78xx; The outfan of voltage stabilizing element 79xx divides five the tunnel with lead, the first via and resistance R 2An end connect, the second tunnel with diode D 3Negative pole connect Third Road and resistance R 3An end connect resistance R 3The other end be connected with the terminal 1 of integrated transporting discharging F007, the four the tunnel is connected with the terminal 7,8 of integrated transporting discharging F007 respectively, the five the tunnel and resistance R 8An end connect; The outfan of voltage stabilizing element 78xx divides five the tunnel with lead, and the first via is connected with the end of time relay JS, the second tunnel with diode D 4Positive pole connect, Third Road is connected with the terminal 4 of integrated transporting discharging F007, the four the tunnel and resistance R 5An end connect, the five the tunnel is connected with an end of relay J; Resistance R 1An end divide two-way with lead, the one tunnel is connected with the terminal 2 of integrated transporting discharging F007, another Lu Zaifen two-way, one tunnel and resistance R FThe inlet side connect another road and stabilivolt DW 1Negative terminal connects, stabilivolt DW 1Anode with lead and stabilivolt DW 2Anode connect stabilivolt DW 2Negative terminal and resistance R FGo out end and link together with lead after respectively with resistance R 6, R 7Connect resistance R 1The other end use lead ground connection; The other end of the time relay JS lead and K switch 3Moving point connects K switch 3Dead point be divided into two-way with lead, the one tunnel and K switch 2Moving point connect another road and resistance R 4One end connects, K switch 2Dead point with lead and resistance R 2The other end connect; Resistance R 4The other end be divided into three the tunnel, the one tunnel with lead and be connected another road and diode D with the terminal 3 of integrated transporting discharging F007 4Negative pole connect Third Road and diode D 3Positive pole connect; Resistance R 5The other end be connected with the terminal 5 of integrated transporting discharging F007 with lead; Terminal 6 usefulness lead and the resistance R of integrated transporting discharging F007 6Connect resistance R 7Be connected resistance R with lead with the base stage of audion 8The other end be connected with the colelctor electrode of audion with lead, the emitter stage usefulness lead of audion is connected with the other end of relay J; Resistance R 9The other end with lead and diode D 5Positive pole connect diode D 5Negative pole with lead and light emitting diode D 6Positive pole connect light emitting diode D 6The negative pole and the other end of heat-generating pipe connect the back with lead and be connected with the movable contact of relay J, the stationary contact usefulness lead of relay J is connected with the movable contact of time relay JS normally-closed contact.
The present invention has simple in structure, safe in utilization, advantage easily.
Description of drawings
Fig. 1 is a front view of the present invention.
Fig. 2 is the vertical view of base of the present invention.
Fig. 3 is the structural representation of heat-generating pipe of the present invention.
Fig. 4 is control circuit figure of the present invention.
The specific embodiment
As shown in the figure, electricity-burned type inoculating loop of the present invention (pin) disinfection apparatus, the snakelike support 3 of fixed installation on the base 4, in the base 4 control circuit is installed, heat-generating pipe fixed mount 2 and guard shield 1 are installed in snakelike support 3 ends, heat-generating pipe 11 is installed in the heat-generating pipe fixed mount 2, heat-generating pipe 11 is connected with control circuit in the base 4 by the lead 9 in the snakelike support 3, control circuit in the base 4 is by lead 9, handle 8 is connected with metal bar 7, heating wire 5 is installed by holder 6 in metal bar 7 ends, metal heating wire 5 also can the coiled annular, in the groove that metal contact 10 inserts on bases 4 panels, and K switch 2, K 3Be installed on base 4 panels K switch 1Be installed on base 4 back.
Control circuit mainly is made of transformator, rectifier cell, voltage stabilizing element, audion, diode, integrated transporting discharging, electric capacity, resistance, relay, its connected mode is that power inleting terminal is divided into three the tunnel with lead, one the tunnel is connected another road and diode D with the primary a interface of transformator L 1The anodal connection, Third Road reuse lead divides two-way, and one the tunnel and resistance R 9An end connect, another road is connected with heat-generating pipe one end; The electric power loop end uses lead through K switch 1Divide three the tunnel, the one tunnel to be connected another road and light emitting diode D with the primary b interface of transformator L 2Negative pole connect, Third Road is connected with the stationary contact of the normally-closed contact of time relay JS; Diode D 1Negative pole and light emitting diode D 2Positive pole between connecting resistance R 0The c point of L the utmost point of transformator is connected with lead 11 with rectifier cell A, the d point of L the utmost point of transformator is connected with lead 12 with rectifier cell A, the e point of L the utmost point of transformator is connected with lead 15 with rectifier cell B, the f point of L the utmost point of transformator is connected with lead 16 with rectifier cell B, the g point of L the utmost point of transformator is with lead minute two-way, the one tunnel with diode D 8Negative pole connect another road and diode D 7Positive pole connect, the h point of L the utmost point of transformator is welded to connect with lead and metal contact 10; Diode D 8Positive pole divide two-way with lead, the one tunnel with diode D 10Positive pole connect another road and light emitting diode D 9Positive pole connect; Diode D 7Negative pole divide two-way with lead, the one tunnel with light emitting diode D 9Negative pole connect another road and diode D 11Negative pole connect; Diode D 11Positive pole and diode D 10Negative pole with lead connect together the back be connected with the end of incoming cables of handle; 14 o'clock of rectifier cell A with lead minute two-way, and one the tunnel and capacitor C 2Positive pole connect, another road is connected with the inlet side of voltage stabilizing element 79xx; 18 o'clock of rectifier cell B with lead minute two-way, and one the tunnel and capacitor C 1Negative pole connect, another road is connected with the inlet side of voltage stabilizing element 78xx; 13 o'clock of rectifier cell A with 17 o'clock of rectifier cell B with lead link together back minute three tunnel, a tunnel and capacitor C 2Negative pole connect another road and capacitor C 1Positive pole connect, Third Road divides two-way again, the one tunnel is connected with the zero end of voltage stabilizing element 79xx, another road is connected with the zero end of voltage stabilizing element 78xx; The outfan of voltage stabilizing element 79xx divides five the tunnel with lead, the first via and resistance R 2An end connect, the second tunnel with diode D 3Negative pole connect Third Road and resistance R 3An end connect resistance R 3The other end be connected with the terminal 1 of integrated transporting discharging F007, the four the tunnel is connected with the terminal 7,8 of integrated transporting discharging F007 respectively, the five the tunnel and resistance R 8An end connect; The outfan of voltage stabilizing element 78xx divides five the tunnel with lead, and the first via is connected with the end of time relay JS, the second tunnel with diode D 4Positive pole connect, Third Road is connected with the terminal 4 of integrated transporting discharging F007, the four the tunnel and resistance R 5An end connect, the five the tunnel is connected with an end of relay J; Resistance R 1An end divide two-way with lead, the one tunnel is connected with the terminal 2 of integrated transporting discharging F007, another Lu Zaifen two-way, one tunnel and resistance R FThe inlet side connect another road and stabilivolt DW 1Negative terminal connects, stabilivolt DW 1Anode with lead and stabilivolt DW 2Anode connect stabilivolt DW 2Negative terminal and resistance R FGo out end and link together with lead after respectively with resistance R 6, R 7Connect resistance R 1The other end use lead ground connection; The other end of the time relay JS lead and K switch 3Moving point connects K switch 3Dead point be divided into two-way with lead, the one tunnel and K switch 2Moving point connect another road and resistance R 4One end connects, K switch 2Dead point with lead and resistance R 2The other end connect; Resistance R 4The other end be divided into three the tunnel, the one tunnel with lead and be connected another road and diode D with the terminal 3 of integrated transporting discharging F007 4Negative pole connect Third Road and diode D 3Positive pole connect; Resistance R 5The other end be connected with the terminal 5 of integrated transporting discharging F007 with lead; Terminal 6 usefulness lead and the resistance R of integrated transporting discharging F 007 6Connect resistance R 7Be connected resistance R with lead with the base stage of audion 8The other end be connected with the colelctor electrode of audion with lead, the emitter stage usefulness lead of audion is connected with the other end of relay J; Resistance R 9The other end with lead and diode D 5Positive pole connect diode D 5Negative pole with lead and light emitting diode D 6Positive pole connect light emitting diode D 6The negative pole and the other end of heat-generating pipe connect the back with lead and be connected with the movable contact of relay J, the stationary contact usefulness lead of relay J is connected with the movable contact of time relay JS normally-closed contact.Using method of the present invention:
To test and use glass drying oven, and place on the heat-generating pipe to carry out disinfection; Inoculating loop (pin) is contacted heating power with the metal contact, and moment carries out disinfection inoculating loop (pin).

Claims (2)

1, a kind of electricity-burned type inoculating loop (pin) disinfection apparatus, comprise base, support, heating wire, heat-generating pipe, lead, the support of installing on the base, the control circuit of installing in the base, the heat-generating pipe that bracket end is installed is connected with control circuit in the base by the lead in the support, it is characterized in that: the control circuit in the base is connected with metal bar by lead, handle, and the metal bar end is provided with heating wire, and the metal contact that is provided with on the base panel is connected with the control circuit in the base.
2, a kind of electricity-burned type inoculating loop according to claim 1 (pin) disinfection apparatus, its control circuit comprises transformator, rectifier cell, voltage stabilizing element, audion, diode, integrated transporting discharging, electric capacity, resistance, relay, it is characterized in that: power inleting terminal is divided into three the tunnel with lead, one the tunnel is connected another road and diode D with the primary a interface of transformator L 1The anodal connection, Third Road reuse lead divides two-way, and one the tunnel and resistance R 9An end connect, another road is connected with heat-generating pipe one end; The electric power loop end uses lead through K switch 1Divide three the tunnel, the one tunnel to be connected another road and light emitting diode D with the primary b interface of transformator L 2Negative pole connect, Third Road is connected with the stationary contact of the normally-closed contact of time relay JS; Diode D 1Negative pole and light emitting diode D 2Positive pole between connecting resistance R 0The c point of L the utmost point of transformator is connected with lead 11 with rectifier cell A, the d point of L the utmost point of transformator is connected with lead 12 with rectifier cell A, the e point of L the utmost point of transformator is connected with lead 15 with rectifier cell B, the f point of L the utmost point of transformator is connected with lead 16 with rectifier cell B, the g point of L the utmost point of transformator is with lead minute two-way, the one tunnel with diode D 8Negative pole connect another road and diode D 7Positive pole connect, the h point usefulness lead of L the utmost point of transformator is connected with the metal contact; Diode D 8Positive pole divide two-way with lead, the one tunnel with diode D 10Positive pole connect another road and light emitting diode D 9Positive pole connect; Diode D 7Negative pole divide two-way with lead, the one tunnel with light emitting diode D 9Negative pole connect another road and diode D 11Negative pole connect; Diode D 11Positive pole and diode D 10Negative pole with lead connect together the back be connected with the end of incoming cables of handle; 14 o'clock of rectifier cell A with lead minute two-way, and one the tunnel and capacitor C 2Positive pole connect, another road is connected with the inlet side of voltage stabilizing element 79xx; 18 o'clock of rectifier cell B with lead minute two-way, and one the tunnel and capacitor C 1Negative pole connect, another road is connected with the inlet side of voltage stabilizing element 78xx; 13 o'clock of rectifier cell A with 17 o'clock of rectifier cell B with lead link together back minute three tunnel, a tunnel and capacitor C 2Negative pole connect another road and capacitor C 1Positive pole connect, Third Road divides two-way again, the one tunnel is connected with the zero end of voltage stabilizing element 79xx, another road is connected with the zero end of voltage stabilizing element 78xx; The outfan of voltage stabilizing element 79xx divides five the tunnel with lead, the first via and resistance R 2An end connect, the second tunnel with diode D 3Negative pole connect Third Road and resistance R 3An end connect resistance R 3The other end be connected with the terminal 1 of integrated transporting discharging F007, the four the tunnel is connected with the terminal 7,8 of integrated transporting discharging F007 respectively, the five the tunnel and resistance R 8An end connect; The outfan of voltage stabilizing element 78xx divides five the tunnel with lead, and the first via is connected with the end of time relay JS, the second tunnel with diode D 4Positive pole connect, Third Road is connected with the terminal 4 of integrated transporting discharging F007, the four the tunnel and resistance R 5An end connect, the five the tunnel is connected with an end of relay J; Resistance R 1An end divide two-way with lead, the one tunnel is connected with the terminal 2 of integrated transporting discharging F007, another Lu Zaifen two-way, one tunnel and resistance R FThe inlet side connect another road and stabilivolt DW 1Negative terminal connects, stabilivolt DW 1Anode with lead and stabilivolt DW 2Anode connect stabilivolt DW 2Negative terminal and resistance R FGo out end and link together with lead after respectively with resistance R 6, R 7Connect resistance R 1The other end use lead ground connection; The other end of the time relay JS lead and K switch 3Moving point connects K switch 3Dead point be divided into two-way with lead, the one tunnel and K switch 2Moving point connect another road and resistance R 4One end connects, K switch 2Dead point with lead and resistance R 2The other end connect; Resistance R 4The other end be divided into three the tunnel, the one tunnel with lead and be connected another road and diode D with the terminal 3 of integrated transporting discharging F007 4Negative pole connect Third Road and diode D 3Positive pole connect; Resistance R 5The other end be connected with the terminal 5 of integrated transporting discharging F007 with lead; Terminal 6 usefulness lead and the resistance R of integrated transporting discharging F007 6Connect resistance R 7Be connected resistance R with lead with the base stage of audion 8The other end be connected with the colelctor electrode of audion with lead, the emitter stage usefulness lead of audion is connected with the other end of relay J; Resistance R 9The other end with lead and diode D 5Positive pole connect diode D 5Negative pole with lead and light emitting diode D 6Positive pole connect light emitting diode D 6The negative pole and the other end of heat-generating pipe connect the back with lead and be connected with the movable contact of relay J, the stationary contact usefulness lead of relay J is connected with the movable contact of time relay JS normally-closed contact.
CNB2006100177007A 2006-04-25 2006-04-25 Fulgerizing sterilizer of oese (needle) Expired - Fee Related CN100354008C (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101921704A (en) * 2010-05-14 2010-12-22 安徽美科电子技术有限公司 High-frequency mutual inductance heating and vaccinating device
CN102166366A (en) * 2011-02-21 2011-08-31 天津开发区合普工贸有限公司 Temperature control inoculation sterilization apparatus for beaker and test tube mouth
CN101671629B (en) * 2009-09-29 2012-09-05 李凯 Portable electrical heating inoculation device
CN108165477A (en) * 2018-03-08 2018-06-15 湖南水口山有色金属集团有限公司 A kind of Quick sterilizing device of microbial inoculant tool

Family Cites Families (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4242462A (en) * 1979-03-16 1980-12-30 Thomas Richard E Electrically powered self-heating inoculating loop
CN2064364U (en) * 1990-04-16 1990-10-24 于登敏 Electronic sterilizer for vaccination needle and ring
CN2728492Y (en) * 2004-07-09 2005-09-28 范维林 Electric controlled high-temperature inoculation ring and object sterilization device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101671629B (en) * 2009-09-29 2012-09-05 李凯 Portable electrical heating inoculation device
CN101921704A (en) * 2010-05-14 2010-12-22 安徽美科电子技术有限公司 High-frequency mutual inductance heating and vaccinating device
CN102166366A (en) * 2011-02-21 2011-08-31 天津开发区合普工贸有限公司 Temperature control inoculation sterilization apparatus for beaker and test tube mouth
CN108165477A (en) * 2018-03-08 2018-06-15 湖南水口山有色金属集团有限公司 A kind of Quick sterilizing device of microbial inoculant tool
CN108165477B (en) * 2018-03-08 2023-09-26 湖南水口山有色金属集团有限公司 Quick sterilization device of microorganism inoculation instrument

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