DE202017106940U1 - Electrically heated incubator with uniform constant temperature - Google Patents

Abstract

A uniformly constant temperature, electrically heated incubator comprising an incubator main body (14), characterized in that the incubator main body (14) comprises a constant temperature cabinet (2), a heating compartment (9) and an electric motor (12), preferably of the Y355 type wherein the heating compartment (9) is embedded in the constant temperature cabinet (2), and wherein the electric motor (12) is embedded in the heating compartment (9), and at the bottom portion of the constant temperature cabinet (2) are a plurality of evenly distributed support columns (7) are installed, and wherein the support stands (7) are distributed symmetrically, and wherein on one side of the cabinet of constant temperature (2) a power plug (5) is arranged, and wherein the power plug (5) with the heating compartment (9) electrically connected.

Description

TECHNICAL AREA

The present utility model relates to the technical field of the incubator, in particular an electrically heated incubator with a uniform constant temperature.

STATE OF THE ART

The constant temperature incubator has widespread medical use and is of great importance for pathology research, for mushroom testing and drug efficacy studies. The currently used electrically heated incubators are usually closed incubators. Although a stable temperature of the incubator is obtained during investigations, the air does not flow in the incubator; therefore, the gases generated by the Petri dish can not be dispersed. In some studies, the background environment of the gases of the Petri dish is damaged by the gases produced by the culture; This influences the data to be examined. The utility model number CN206486537U discloses a constant temperature incubator, the culture cabinet further comprising a cabinet door hingedly connected to a side edge of the culture cabinet, a heater installed on the cabinet floor portion, and a separation plate clamped in the culture cabinet for placing the petri dish. In this step, the heater is routed to the bottom portion of the culture cabinet to provide the interior of the incubator with the heat. The partition plate is a perforated partition plate, the gases and the heat can flow through the holes of the respective plates, so that the heat and the gas inside the culture cabinet can reach the whole space more evenly. Through a switch and a control arrangement connected to the switch, the control cabinet controls the culture cabinet, and to the control arrangement is further attached a liquid crystal panel for displaying the temperature of the culture cabinet. In this step, the liquid crystal panel displays, in real time, the current temperature of the culture cabinet and adjusts the control arrangement for adjusting the temperature in the culture cabinet so that the culture cabinet is more sensitive to the temperature and control becomes more accurate. In the present utility model, ventilation holes are provided on the culture cabinet to ensure a stable environment in the incubator, and the gases and heat in the cabinet flow more uniformly and control is simpler, making the data studied more scientifically reliable. But the use of the incubator will consume more power resources, so the use has high costs.

CONTENT OF THE PRESENT USE PATTERN

In view of the above problems, the present invention provides an electrically heated uniform constant temperature incubator, wherein a screen and an operation switch are installed on a side surface of the constant temperature cabinet, and the screen facilitates observation by an operator, while the operation switch Controlling the cabinet constant temperature facilitated by an operator, and wherein on one side of the constant temperature cabinet, a movable door is installed, and wherein on a side surface of the movable door, a movable bearing and a flexible terminal are installed, and wherein after pressing the flexible clamp the movable door can perform a constant temperature cabinet sealing operation to improve the sealing performance of the constant temperature cabinet, and wherein at the head portion of the electric motor, before may be of the Y355 type, a rotating rod and a plurality of evenly spaced Petri dishes are installed, and the electric motor drives the Petri dishes to rotate in the constant temperature cabinet to provide 360 ° constant temperature processing without dead corners to the culture inside the Petri dish and thus to improve the thermostat function, and wherein the interior of the heating compartment is formed by a high impedance resistance wire composite, and wherein the high impedance resistance wire has a high heating speed to improve the working efficiency.

In order to achieve the above object, the present utility model employs the following technical solution:
An electrically heated uniformly constant temperature incubator comprising an incubator main body, the incubator main body comprising a constant temperature cabinet, a heating compartment and an electric motor, preferably of the Y355 type, and wherein the heating compartment is embedded in the constant temperature cabinet, and wherein the electric motor is embedded in the heating compartment, and wherein at the bottom portion of the constant temperature cabinet a plurality of evenly distributed support stands are installed, and wherein the support posts are distributed symmetrically, and wherein on one side of the cabinet constant temperature, a power plug is arranged, and wherein the power plug with the heating compartment is electrically connected.

Preferably, a screen and an operating switch are installed on a side surface of the constant temperature cabinet, the screen in the cabinet being at a constant temperature is embedded, and wherein the operation switch is electrically connected to the screen, and wherein the operation switch is electrically connected to the electric motor.

Preferably, a movable door is installed on one side of the constant temperature cabinet with a movable bearing and a flexible clamp installed on a side surface of the movable door, and wherein the flexible clamp is embedded in the movable door, and wherein the movable door and the Cabinet constant temperature through the movable bearing are movably connected.

Preferably, a rotary rod and a plurality of uniformly distributed Petri dishes is installed at the head portion of the electric motor.

Preferably, the rotary rod is embedded in the electric motor and passes successively through the Petri dishes, wherein an asbestos disc is arranged at an edge position of the Petri dish.

Preferably, the interior of the heating compartment is formed by a high impedance resistance wire composite.

• 1. An einer Seitenfläche des Schranks konstanter Temperatur sind ein Bildschirm und ein Operationsschalter installiert, wobei der Bildschirm eine Beobachtung durch ein Bedienungspersonal erleichtert, während der Operationsschalter eine Steuerung des Schranks konstanter Temperatur durch ein Bedienungspersonal erleichtert;
• 2. An einer Seite des Schranks konstanter Temperatur ist eine bewegliche Tür installiert, wobei an einer Seitenfläche der beweglichen Tür ein bewegliches Lager und ein flexible Klemme installiert sind, und wobei nach Drücken der flexiblen Klemme die bewegliche Tür eine Abdichtungsverarbeitung für den Schrank konstanter Temperatur durchführen kann, um die Abdichtungsleistung des Schranks konstanter Temperatur zu verbessern;
• 3. An dem Kopfabschnitt des Elektromotors, der vorzugsweise vom Typ Y355 ist, sind eine Rotationsstange und mehrere gleichmäßig verteilte Petrischalen installiert, wobei der Elektromotor die Petrischalen zur Rotation im Schrank konstanter Temperatur antreibt, um für die Kultur im Inneren der Petrischale eine 360-Grad-Verarbeitung konstanter Temperatur ohne tote Ecken durchzuführen und somit die Thermostatfunktion zu verbessern;
• 4. Das Innere des Heizfachs ist durch einen Widerstandsdraht-Verbundstoff hoher Impedanz ausgebildet, wobei der Widerstandsdraht hoher Impedanz eine hohe Heizgeschwindigkeit hat, um die Arbeitseffizienz zu verbessern.

The present utility model has the following advantages:

• 1. On a side surface of the constant temperature cabinet, a screen and an operation switch are installed, the screen facilitates observation by an operator, while the operation switch facilitates control of the constant temperature cabinet by an operator;
• 2. On one side of the constant temperature cabinet, a movable door is installed with a movable bearing and a flexible clamp installed on a side surface of the movable door, and after pushing the flexible clamp, the movable door performs sealing processing for the constant temperature cabinet can to improve the sealing performance of the cabinet constant temperature;
• 3. At the head portion of the electric motor, which is preferably of type Y355, a rotating rod and a plurality of uniformly distributed Petri dishes are installed, the electric motor driving the Petri dishes for rotation in the constant temperature cabinet to give the culture inside the Petri dish a 360 degree -Processing constant temperature without dead corners and thus improving the thermostat function;
• 4. The interior of the heating compartment is formed by a high impedance resistance wire composite, wherein the high impedance resistance wire has a high heating speed to improve the working efficiency.

BRIEF DESCRIPTION OF THE DRAWING

1 shows a schematic representation of the outer layer structure of the screen body of the present utility model.

2 shows a schematic representation of the inner layer structure of the screen body of the present utility model.

LIST OF REFERENCE NUMBERS

1

 screen

2

 Constant temperature cabinet

3

 Flexible clamp

4

 Mobile bearings

5

 power plug

6

 Moving door

7

 support stands

8th

 operation switch

9

 heater case

10

 asbestos screen

11

 Petri dish

12

 Electric motor type Y355

13

 rotating rod

14

 Inkubatorhauptkörper

DETAILED DESCRIPTION

In connection with figures and embodiments, the technical solution of the present utility model is explained in more detail below.

As in 1 to 2 shown, a uniformly constant temperature electrically heated incubator according to the present utility model, comprising an incubator main body 14 wherein the incubator main body 14 a cabinet of constant temperature 2 , a heating compartment 9 and an electric motor 12 includes (here type Y355), and where the heating compartment 9 in the cabinet of constant temperature 2 embedded, and being the Y355 electric motor 12 in the heating compartment 9 is embedded, and wherein at the bottom portion of the cabinet constant temperature 2 several evenly distributed support stands 7 are installed, and where the support stands 7 are symmetrically distributed, and being on one side of the cabinet constant temperature 2 a power plug 5 is arranged, and wherein the power plug 5 with the heating compartment 9 electrically connected, while the above-mentioned components form the essential structure of the present utility model.

More specifically, are at a side surface of the cabinet constant temperature 2 a screen 1 and an operation switch 8th installed, with the screen 1 in the cabinet of constant temperature 2 is embedded, and wherein the operation switch 8th with the screen 1 is electrically connected, and wherein the operation switch 8th with the Y355 electric motor 12 electrically connected. With the above structural arrangement, there is a following working principle: the screen 1 It may facilitate that an operator observe the operating condition inside the constant temperature cabinet and after sliding the operating switch 8th can the screen 1 the connection state and the internal temperature state of the cabinet of constant temperature 2 Show.

More precisely, is on one side of the cabinet constant temperature 2 a movable door 6 installed, being on a side surface of the movable door 6 a mobile warehouse 4 and a flexible clamp 3 are installed, and where the flexible clamp 3 in the moving door 6 is embedded, and wherein the movable door 6 and the cabinet of constant temperature 2 through the movable bearing 4 movably connected to each other. With the above structural arrangement, there is a following operation principle: when closing, the movable door 6 with the cabinet of constant temperature 2 by pressing the flexible clamp 3 in the sealed state, if a need to open the flexible terminal 3 pressed down again, then the movable door can 6 through the movable bearing 4 be opened.

More specifically, at the head portion of the Y355 electric motor 12 a rotation bar 13 and several evenly distributed Petri dishes 11 Installed.

More precisely, the rotary rod is 13 in the Y355 electric motor 12 embedded and goes one after the other through the Petri dishes 11 , wherein at an edge position of the Petri dish 11 an asbestos disk 10 is arranged. With the above structural arrangement, there is a following operation principle: after turning on the Y355 electric motor 12 The electrical energy can be converted into mechanical energy, and through the rotating rod 13 can the Petri dish 11 for rotation inside the heating compartment 9 be driven, while the rotational speed through the operating switch 8th be set.

More precisely, is the interior of the heating compartment 9 formed by a high impedance resistance wire composite. With the above structural arrangement, there is a following operation principle: inside the heating compartment 9 High Impedance Resistance Wire, after being turned on by its own high-impedance power, converts the electrical energy into the heat energy and the heating compartment 9 compresses the heat energy from the periphery to the center region so that each region is under the same heat to perform uniform heating processing.

In summary, the present invention relates to the technical field of the incubator, in particular an electrically heated uniformly constant temperature incubator, comprising an incubator main body, wherein the incubator main body comprises a constant temperature cabinet, a heating compartment and an electric motor, preferably of the type Y355, and wherein the heating compartment is embedded in the constant temperature cabinet, and wherein the electric motor is embedded in the heating compartment, and wherein at the bottom portion of the constant temperature cabinet a plurality of evenly distributed support stands are installed, and wherein the support stands are symmetrically distributed, and wherein on one side of the cabinet a constant temperature Power plug is arranged, and wherein the power plug is electrically connected to the heating compartment; On a side surface of the constant temperature cabinet, a screen and an operation switch are installed, the screen facilitates observation by an operator, while the operation switch facilitates control of the constant temperature cabinet by an operator, and a movable temperature is provided on one side of the constant temperature cabinet Door is installed, and wherein on a side surface of the movable door, a movable bearing and a flexible terminal are installed, and wherein after pressing the flexible terminal, the movable door can perform a constant temperature cabinet sealing processing to the sealing performance of the cabinet constant temperature improve.

Above, the embodiment of the present utility model will be explained in more detail in connection with figures. But, the present utility model is not limited to the above detailed embodiment. The above detailed embodiment is not limiting, but exemplary only. With the inspiration of the present utility model, one of ordinary skill in the art, without departing from the spirit and scope of the claims of the present invention, may practice many forms that are within the scope of this utility model.

Claims (6)

Electrically heated incubator of uniform constant temperature, comprising an incubator main body ( 14 ), characterized in that the incubator main body ( 14 ) a cupboard constant temperature ( 2 ), a heating compartment ( 9 ) and an electric motor ( 12 ), preferably of the type Y355, wherein the heating compartment ( 9 ) in the constant temperature cabinet ( 2 ), and wherein the electric motor ( 12 ) in the heating compartment ( 9 ) and wherein at the bottom portion of the constant temperature cabinet ( 2 ) several evenly distributed support stands ( 7 ) and the support stands ( 7 ) are symmetrically distributed, and wherein on one side of the cabinet constant temperature ( 2 ) a power plug ( 5 ), and wherein the power plug ( 5 ) with the heating compartment ( 9 ) is electrically connected. Electrically heated incubator of uniform constant temperature according to claim 1, characterized in that on a side surface of the cabinet constant temperature ( 2 ) a screen ( 1 ) and an operating switch ( 8th ) are installed, the screen ( 1 ) in the constant temperature cabinet ( 2 ), and wherein the operation switch ( 8th ) with the screen ( 1 ) is electrically connected, and wherein the operating switch ( 8th ) with the Y355 electric motor ( 12 ) is electrically connected. Electrically heated incubator of uniform constant temperature according to claim 1 or 2, characterized in that on one side of the cabinet constant temperature ( 2 ) a movable door ( 6 ) is installed, wherein on a side surface of the movable door ( 6 ) a movable warehouse ( 4 ) and a flexible clamp ( 3 ) are installed, and wherein the flexible terminal ( 3 ) in the movable door ( 6 ), and wherein the movable door ( 6 ) and the constant temperature cabinet ( 2 ) through the movable bearing ( 4 ) are movably connected. Electrically heated uniform constant temperature incubator according to one of the preceding claims, characterized in that at the head portion of the electric motor ( 12 ), preferably of the type Y355, a rotary rod ( 13 ) and several evenly distributed Petri dishes ( 11 ) are installed. Electrically heated incubator with uniform constant temperature according to claim 4, characterized in that the rotation rod ( 13 ) in the electric motor ( 12 ) and successively through the Petri dishes ( 11 ), whereby at an edge position of the Petri dish ( 11 ) an asbestos disk ( 10 ) is arranged. Electrically heated incubator with uniform constant temperature one of the preceding claims, characterized in that the interior of the heating compartment ( 9 ) is formed by a high impedance resistance wire composite.

Images