阅读说明：本技术 一种双腔交替加热商用厨具 (Commercial kitchen utensils and appliances of two-chamber alternate heating ) 是由 周庆荣 于 2018-06-27 设计创作，主要内容包括：一种双腔交替加热商用厨具,属于厨房设备领域。其特征在于包括疏导支架、主加热腔、副加热腔和加热装置,疏导支架呈横置的“Y”型；“Y”型疏导支架上分别设置相对设置的单一支撑臂和双支撑臂；双支撑臂和单一支撑臂的连接点处设置旋转疏导装置；“Y”型疏导支架的单一支撑臂端下方设置加热装置；“Y”型疏导支架的双支撑臂上分别设置主加热腔和副加热腔；疏导支架内设置引风管；引风管的一端设置在加热装置的上方,引风管的另一端分别设置在主加热腔和副加热腔的上方；引风管内设置加速扰流器。产品结构设计丰富,功能完善,非常符合酒店、饭店等商用场所的使用。(A commercial kitchen ware with double-cavity alternate heating belongs to the field of kitchen equipment. The heating device is characterized by comprising a dredging bracket, a main heating cavity, an auxiliary heating cavity and a heating device, wherein the dredging bracket is in a transverse Y shape; the Y-shaped dredging bracket is respectively provided with a single supporting arm and a double supporting arm which are oppositely arranged; a rotary dredging device is arranged at the connecting point of the double supporting arms and the single supporting arm; a heating device is arranged below the end of the single supporting arm of the Y-shaped dredging bracket; the double supporting arms of the Y-shaped dredging bracket are respectively provided with a main heating cavity and an auxiliary heating cavity; an air guide pipe is arranged in the dredging bracket; one end of the induced air pipe is arranged above the heating device, and the other end of the induced air pipe is respectively arranged above the main heating cavity and the auxiliary heating cavity; an accelerating spoiler is arranged in the induced draft tube. The product has rich structural design and complete functions, and is very suitable for being used in commercial places such as hotels, restaurants and the like.)

1. A commercial kitchen ware with double-cavity alternate heating is characterized by comprising a dredging bracket, a main heating cavity, an auxiliary heating cavity and a heating device, wherein the dredging bracket is in a transverse Y shape; the Y-shaped dredging bracket is respectively provided with a single supporting arm and a double supporting arm which are oppositely arranged; a rotary dredging device is arranged at the connecting point of the double supporting arms and the single supporting arm; a heating device is arranged below the end of the single supporting arm of the Y-shaped dredging bracket; the double supporting arms of the Y-shaped dredging bracket are respectively provided with a main heating cavity and an auxiliary heating cavity; an air guide pipe is arranged in the dredging bracket; one end of the induced air pipe is arranged above the heating device, and the other end of the induced air pipe is respectively arranged above the main heating cavity and the auxiliary heating cavity; an accelerating spoiler is arranged in the induced draft tube.

2. The commercial kitchen ware with double-cavity alternate heating according to claim 1, wherein the rotary dredging device comprises an outer fixed seat, an inner rotary seat and a rotary shaft, the outer fixed seat is sleeved on the air guiding pipe, and the outer fixed seat is fixed on the dredging bracket through a reinforcing rib; the outer fixed seat is sleeved with a rotating shaft, and the rotating shaft is provided with an inner rotating seat; the inner rotating seat is provided with a first rail and a second rail; the first track is provided with a main heating cavity, and the second track is provided with an auxiliary heating cavity.

3. The commercial dual-cavity alternate heating kitchen ware as claimed in claim 2, wherein the heating device comprises a high-pressure air source, an air delivery pipe, a combustion pipe and a high-pressure air pipe, the combustion pipe and the high-pressure air pipe are arranged at intervals, and the combustion pipe is connected with the high-pressure air source through the air delivery pipe; an air pump is arranged below the high-pressure air pipe; the upper half part of the combustion pipe is provided with a gas flow hole; a one-way valve is arranged at the gas flow hole; an igniter is arranged above the combustion pipe; the lower half part of the high-pressure air pipe is provided with an air flow hole; the external air is compressed by the air pump, moves upwards at high speed along the combustion pipe through the air airflow holes formed in the high-pressure air pipe, drives the fuel gas to flow out of the high-pressure combustion pipe through the negative pressure principle when passing through the fuel gas airflow holes, and is ignited when passing through the igniter above the combustion pipe.

4. The dual-cavity alternate heating commercial kitchen ware according to claim 3, wherein the accelerating turbulator comprises a support ring, an air duct, a downwind fin and a guide rail, and the guide rail is arranged on the inner wall of the induced draft tube; the support ring is provided with a ball groove; balls are arranged in the ball grooves; the ball runs along the guide rail; the support ring is provided with an air duct, the air duct is C-shaped, the cambered surface of the C-shaped air duct is provided with more than five air holes, the cambered surface is provided with a valve film, and the valve film corresponds to the air holes; the opening of the C-shaped air duct is provided with downwind fins on which brushes are arranged; the brush acts on the inner wall of the induced draft tube.

5. The commercial kitchen ware with the double-cavity and the alternate heating function according to claim 4, further comprising a turnover shelf, wherein the turnover shelf is arranged in each of the main heating cavity and the auxiliary heating cavity; the turnover shelf comprises triangular brackets which are oppositely arranged, rotating shaft holes are formed in the top ends of the triangular brackets, rotating shafts are arranged in the rotating shaft holes, and suspension arms are arranged on the rotating shafts; a balance arm is arranged on the suspension arm, and a hanging basket is arranged on the balance arm; the suspension arm is vertical setting for the hanging flower basket, and the balance arm is horizontal parallel arrangement for the hanging flower basket.

Technical Field

The invention belongs to the field of kitchen equipment, and particularly relates to a commercial kitchen ware with double cavities for alternate heating.

Background

With the continuous improvement of the living standard of people, the quality of life with high quality is the current pursuit of people. The places such as restaurants, hotels and the like become indispensable places for meeting high-quality life of people, the hardware construction of the places is improved while people go out and eat, and the service quality of the places is improved, so that the problem of continuous face in the industry is solved.

Commercial kitchenware is developed rapidly in the last decade, and on one hand, the product types are rich; on the other hand, the traditional household kitchen ware needs to be completely upgraded after being applied to business places. The attention degree of the current commercial places to kitchen kitchenware is improved more and more, and the product not only needs to meet the requirements of customers in quality, but also needs to enrich the use purposes of the customers in variety. The inventor carries out in the industry for years, has deep knowledge about the link loss of products in the aspect of kitchenware, and designs a series of new commercial products for the inventor so as to meet the market demand.

Disclosure of Invention

According to the commercial kitchen ware with the double cavities for alternate heating, the food materials are preheated before cooking in an alternate heating mode, and the requirements of different cooking methods are met by two modes of direct heating through the heating device or indirect heating through the air inducing device.

The technical scheme adopted by the invention for solving the problems is as follows: a commercial kitchen ware with double-cavity alternate heating is characterized by comprising a dredging bracket, a main heating cavity, an auxiliary heating cavity and a heating device, wherein the dredging bracket is in a transverse Y shape; the Y-shaped dredging bracket is respectively provided with a single supporting arm and a double supporting arm which are oppositely arranged; a rotary dredging device is arranged at the connecting point of the double supporting arms and the single supporting arm; a heating device is arranged below the end of the single supporting arm of the Y-shaped dredging bracket; the double supporting arms of the Y-shaped dredging bracket are respectively provided with a main heating cavity and an auxiliary heating cavity; an air guide pipe is arranged in the dredging bracket; one end of the induced air pipe is arranged above the heating device, and the other end of the induced air pipe is respectively arranged above the main heating cavity and the auxiliary heating cavity; an accelerating spoiler is arranged in the induced draft tube.

Preferably, the rotary dredging device comprises an outer fixed seat, an inner rotary seat and a rotating shaft, the outer fixed seat is sleeved on the air guiding pipe, and the outer fixed seat is fixed on the dredging bracket through a reinforcing rib; the outer fixed seat is sleeved with a rotating shaft, and the rotating shaft is provided with an inner rotating seat; the inner rotating seat is provided with a first rail and a second rail; the first track is provided with a main heating cavity, and the second track is provided with an auxiliary heating cavity.

Preferably, the heating device comprises a high-pressure air source, an air conveying pipe, a combustion pipe and a high-pressure air pipe, wherein the combustion pipe and the high-pressure air pipe are arranged at intervals, and the combustion pipe is connected with the high-pressure air source through the air conveying pipe; an air pump is arranged below the high-pressure air pipe; the upper half part of the combustion pipe is provided with a gas flow hole; a one-way valve is arranged at the gas flow hole; an igniter is arranged above the combustion pipe; the lower half part of the high-pressure air pipe is provided with an air flow hole; the external air is compressed by the air pump, moves upwards at high speed along the combustion pipe through the air airflow holes formed in the high-pressure air pipe, drives the fuel gas to flow out of the high-pressure combustion pipe through the negative pressure principle when passing through the fuel gas airflow holes, and is ignited when passing through the igniter above the combustion pipe.

Preferably, the accelerating turbulator comprises a support ring, an air duct, a downwind fin and a guide rail, wherein the guide rail is arranged on the inner wall of the induced draft tube; the support ring is provided with a ball groove; balls are arranged in the ball grooves; the ball runs along the guide rail; the support ring is provided with an air duct, the air duct is C-shaped, the cambered surface of the C-shaped air duct is provided with more than five air holes, the cambered surface is provided with a valve film, and the valve film corresponds to the air holes; the opening of the C-shaped air duct is provided with downwind fins on which brushes are arranged; the brush acts on the inner wall of the induced draft tube.

Preferably, the heating device also comprises a turnover shelf, wherein the turnover shelf is arranged in the main heating cavity and the auxiliary heating cavity; the turnover shelf comprises triangular brackets which are oppositely arranged, rotating shaft holes are formed in the top ends of the triangular brackets, rotating shafts are arranged in the rotating shaft holes, and suspension arms are arranged on the rotating shafts; a balance arm is arranged on the suspension arm, and a hanging basket is arranged on the balance arm; the suspension arm is vertical setting for the hanging flower basket, and the balance arm is horizontal parallel arrangement for the hanging flower basket.

The invention has the beneficial effects that:

commercial kitchen utensils and appliances of two-chamber alternate heating first through set up main, vice two sets of heating chambers in equipment, realize the alternate heating form. This design has made things convenient for operating personnel to pile up various edible materials on the one hand, and on the other hand has improved the availability factor of equipment. The heating mode of the equipment to the food materials adopts two modes, one mode is that the heating device directly acts on the food materials to heat the food materials at high temperature and short-term; the other is that the heat at the heat source is guided to a required working position through an induced draft tube to carry out low-temperature slow heating; the coexistence of the two modes enriches the using effect of the product on the one hand and meets various requirements of the user on the equipment on the other hand. The heating method in the equipment adopts high-pressure air to drive high-pressure gas to mix, the gas mixed gas is ignited when the igniter is used, and the fuel value of flame is exerted to the greatest extent under the action of high pressure. The device is added with an accelerating spoiler and a turnover shelf, and the accelerating spoiler has the function of constantly keeping the air guide pipe clean so as to ensure the cleanness and sanitation in the food processing process; meanwhile, the addition of the turnover shelf improves the food capacity in the main heating cavity and the auxiliary heating cavity. The product has rich structural design and complete functions, and is very suitable for being used in commercial places such as hotels, restaurants and the like.

Detailed Description

A commercial kitchen ware with double-cavity alternate heating comprises a dredging bracket, a main heating cavity, an auxiliary heating cavity and a heating device. The dredging support is in a transverse Y shape, the Y-shaped dredging support is respectively provided with a single support arm and a double support arm which are oppositely arranged, the connecting point of the double support arms and the single support arm is provided with a rotary dredging device, the lower part of the end of the single support arm of the Y-shaped dredging support is provided with a heating device, and the double support arms of the Y-shaped dredging support are respectively provided with a main heating cavity and an auxiliary heating cavity. An induced duct is arranged in the dredging support, one end of the induced duct is arranged above the heating device, the other end of the induced duct is respectively arranged above the main heating cavity and the auxiliary heating cavity, and an accelerating spoiler is arranged in the induced duct.

The accelerating spoiler comprises a support ring, an air duct, a downwind fin and a guide rail. The inner wall of the induced draft tube is provided with a guide rail, a support ring is provided with a ball groove, balls are arranged in the ball groove, the balls run along the guide rail, the support ring is provided with an air duct, the air duct is C-shaped, the cambered surface of the C-shaped air duct is provided with more than five air holes, the cambered surface is provided with a valve film, and the valve film corresponds to the air holes; the opening of the C-shaped air duct is provided with a downwind fin, the downwind fin is provided with a brush, and the brush acts on the inner wall of the induced draft tube.

The rotary dredging device comprises an outer fixed seat, an inner rotary seat and a rotating shaft, the outer fixed seat is sleeved on the air guiding pipe, and the outer fixed seat is fixed on the dredging bracket through a reinforcing rib; the outer fixed seat is sleeved with a rotating shaft, and the rotating shaft is provided with an inner rotating seat; the inner rotating seat is provided with a first rail and a second rail; the first track is provided with a main heating cavity, and the second track is provided with an auxiliary heating cavity.

The heating device comprises a high-pressure air source, an air delivery pipe, a combustion pipe and a high-pressure air pipe. The combustion tube and the high-pressure air pipe are arranged at intervals, the combustion tube is connected with a high-pressure air source through a gas pipe, an air pump is arranged below the high-pressure air pipe, a gas airflow hole is formed in the upper half part of the combustion tube, a one-way valve is arranged at the gas airflow hole, an igniter is arranged above the combustion tube, an air airflow hole is formed in the lower half part of the high-pressure air pipe, external air is compressed through the air pump, the air airflow hole formed in the high-pressure air pipe moves upwards at a high speed along the combustion tube, the gas is driven to flow out of the high-pressure combustion tube through the negative pressure principle when passing through the gas airflow hole.

The equipment is still including the upset supporter, and main heating chamber and vice heating intracavity all set up the upset supporter, and the upset supporter is including setting up the triangle-shaped support relatively, and the top of triangle-shaped support sets up the pivot hole, sets up the pivot in the pivot hole, sets up the davit in the pivot, sets up the balance arm on the davit, sets up the hanging flower basket on the balance arm. The suspension arm is vertical setting for the hanging flower basket, and the balance arm is horizontal parallel arrangement for the hanging flower basket.

When the equipment is used, firstly, various food materials are stacked in the main heating cavity and the auxiliary heating cavity by a user as required, the turnover shelf is arranged in the main heating cavity and the auxiliary heating cavity, and the volume of food in the heating cavities is increased by the moving mode of the multiple groups of hanging baskets along the rotating shaft. After the food is placed, the food can be directly heated as required, the heating mode is realized by matching a high-pressure air pipe and a combustion pipe, the high-pressure air pipe ejects high-pressure air under the drive of an air compressor, the high-pressure air realizes high-speed airflow movement in gaps at two sides of the combustion pipe arranged at intervals, so that gas in the combustion pipe is taken out to be mixed under the drive of negative pressure, and finally the gas is ignited at an igniter to heat the food; the other heating mode is to heat various food materials mildly by guiding a heat source at the heating device to a required working position. In order to ensure the cleanness of the induced duct in the long-term use process, an accelerating spoiler is arranged in the induced duct, wherein balls on the air duct run along a guide rail under the guidance of air flow through a valve film, and the brush arranged on the downwind fins acts on the inner wall of the induced duct to ensure the aim of cleaning the induced duct constantly in the moving process.

It should be noted that the above-mentioned embodiments are only preferred embodiments of the present invention, and any equivalent or similar substitutes within the scope of the present invention will be apparent to those skilled in the art from the following description and claims.