CN204889699U - Gridion subassembly and supply with gaseous fuel to equipment of como polymorphic type gridion - Google Patents

Abstract

The utility model discloses a supply with gaseous fuel to the equipment of como polymorphic type gridion. Como polymorphic type gridion includes the container and is located fire bowl in the container. The container with the fire bowl has the opening respectively. Equipment includes gas furnace and casing, and the gas furnace can pass the open -ended below of opening in order to be located the fire bowl of container with inserting, and the casing covers the opening of container basically and is used for allowwing gaseously getting into como polymorphic type gridion or from como polymorphic type gridion exhaust opening including one or more. The utility model also discloses an other example equipment and the gridion subassembly that is used for holding this equipment.

Description

Grill assembly and gaseous fuel is supplied to the equipment of Como polymorphic type grill

Technical field

The utility model relates to a kind of grill assembly and the removable detachable unit for this grill assembly.

Background technology

This part provides and relate to background information of the present utility model, this background information differs and is decided to be prior art.

Grill comprises the different assemblies for cooking various food.Such as, fuel gas oven (gasgrill) comprises the gas furnace (gasburner) in order to cooking food.In some gas ovens, gas furnace can remove at least in part from this grill, to light combustion gas.Such as the charcoal grill of the grill of steel charcoal grill and Como polymorphic type (kamado-style) utilizes charcoal carry out cooking food and do not need combustion gas.In some charcoal grill, dismountable ash collecting device can be arranged in grill to collect the ashes from charcoal.

Utility model content

This part provides of the present utility model and gathers, and is not that scope of the present utility model and the comprehensive of all features of the present utility model disclose.

According to an aspect of the present utility model, grill assembly generally includes container (vessel), and this container is included in the opening extended between the inside of this container and the outside of this container; Fire bowl, this fiery bowl is removably positioned at this container, and is included in the opening extended between the inside of this fiery bowl and the outside of this fiery bowl; First detachable unit, this first detachable unit can be inserted through the opening of this container to be positioned at the below of the opening of this fiery bowl.This first detachable unit comprises gas furnace, and this gas furnace is configured to when this first detachable unit inserts the opening of this container and the register of this fiery bowl.The opening of this container is configured to accommodation first detachable unit, and holds the second detachable unit when this first detachable unit removes from this container.When this first detachable unit inserts the opening of this container, this grill assembly is configured to operate as gas grill (gasfiredgrill), and when this second detachable unit inserts the opening of this container, this grill assembly is configured to operate as burning charcoal grill.Described grill assembly is Como polymorphic type grill.

According to another aspect of the present utility model, disclose a kind of equipment for gaseous fuel being supplied to Como polymorphic type grill.This Como polymorphic type grill comprises container and is positioned at the fiery bowl of this container.This container and this fiery bowl have opening respectively.This equipment comprises gas furnace and housing, this gas furnace passes the opening of this container insertedly to be positioned at the below of the opening of this fiery bowl, and this housing substantially covers the opening of this container and comprises for allowing gas to enter this Como polymorphic type grill or the one or more openings from this Como polymorphic type grill discharge.

Other aspect and application become obvious from description provided herein.Should be understood that, various aspects of the present utility model can be implemented individually or implement with one or more otherwise combination.Should be understood that, description herein and concrete example are only intended to illustrate and be not intended to limit scope of the present utility model.

Accompanying drawing explanation

The accompanying drawing herein described is only selected embodiment and the illustration purpose of the embodiment of not all, and is not intended to limit scope of the present utility model.

Fig. 1 is the perspective view being inserted through dismountable gas cell of grill opening according to an example embodiment of the present utility model;

Fig. 2 is being inserted through grill opening and comprising substantially around the perspective view of dismountable gas cell of the housing of gas furnace according to another example embodiment of the present utility model;

Fig. 3 is the decomposition diagram of the gas cell of Fig. 2;

Fig. 4 is the front view of the dismountable gas cell according to another example embodiment of the present utility model, and this dismountable gas cell comprises panel, Gas controller, automatic ignitor and the breach (notch) with gas ports;

Fig. 5 is the front view of the detachable unit according to another example embodiment, and this detachable unit comprises tool panel jaggy;

Fig. 6 is the perspective view of the dismountable charcoal unit according to another example embodiment, and this dismountable charcoal unit can be inserted through the opening of grill and the container (receptacle) comprised for collecting ashes;

Fig. 7 is the perspective view of the dismountable charcoal unit according to another example embodiment, and this dismountable charcoal unit can be inserted through the opening of grill and the opening comprised for starting device (starterdevice);

Fig. 8 is the side sectional view of the Como polymorphic type grill according to another example embodiment, and this Como polymorphic type grill comprises container and fiery bowl;

Fig. 9 is the perspective view of the Como polymorphic type grill according to another example embodiment, and this Como polymorphic type grill comprises container, fiery bowl and is attached to the attachment interface of this container;

Figure 10 is the perspective view of the Como polymorphic type grill according to another example embodiment, and this Como polymorphic type grill comprises the detachable unit of container, fiery bowl and Fig. 4;

Figure 11 A is the perspective view of the Como polymorphic type grill according to another example embodiment, and this Como polymorphic type grill comprises the detachable unit of container, fiery bowl and Fig. 6;

Figure 11 B is the top view of the grill of Figure 11 A;

Run through multiple views of accompanying drawing, corresponding Reference numeral refers to corresponding parts or feature.

Detailed description of the invention

More fully example embodiment is described by reference to accompanying drawing now.

Providing example embodiment makes the utility model be careful, and this scope is conveyed to those skilled in the art fully.Propose multiple detail, such as the example of concrete assembly, device and method is to provide the deep understanding to embodiment of the present utility model.It should be obvious to a one skilled in the art that and do not need to adopt detail, example embodiment can be embodied in much multi-form in and be not appreciated that restriction scope of the present utility model.In some example embodiment, the process known, the apparatus structure known and the technology known no longer describe in detail.

Term is only intended to describe special example embodiment and nonrestrictive as used herein.As used herein, singulative " " also can comprise plural form, unless clearly indicated in context.This term " comprises ", " comprising ", " comprising " and " having " be inclusive and thus specify the existence of described feature, integer, step, operation, element and/or assembly, but do not get rid of other features one or more, integer, step, operation, element, the existence of assembly and/or group or interpolation.Method step described here, process and operation should not be construed must need they with discuss or the specific order that illustrates perform, execution sequence unless explicitly stated otherwise.It is also to be appreciated that step that is other or alternative can be adopted.

Although term first, second, third, etc. can this use to describe each element, assembly, region, layer and/or portion, these elements, assembly, region, layer and/or part not should limit by these terms.These terms can only for distinguishing an element, assembly, region, layer and/or part and another element, assembly, region, layer and/or part.When term as " first ", " second " and other numerical terms do not mean that order or order, unless clearly pointed out by context when this uses.Therefore, the first element discussed below, assembly, region, layer or part can be called as the second element, assembly, region, layer or part and not deviate from the instruction of this example embodiment.

Spatially relative terms (as " inside ", " outside ", " in below ", " under ", " on " " on " etc.) can for convenience of description to describe an element illustrated in the accompanying drawings or the feature relation for another element or feature at this.Spatially relative terms can be intended to comprise the different directions of the device in the use except the direction described in accompanying drawing or in operation.Such as, if this device upset in accompanying drawing, be described as " under " or the element of " in below ", then other elements or feature then will by direction be other elements or feature " on ".Therefore, exemplary term " under " can comprise on and under direction.Otherwise this device can adjustment direction (half-twist or at other direction places) and the language that describes spatially relative as used herein correspondingly be explained.

According to an example embodiment of the present utility model, a kind of equipment for gaseous fuel being supplied to Como polymorphic type grill shown in Figure 1, it is illustrated by Reference numeral 100 usually.As following further explanation, this Como polymorphic type grill comprises the container with opening, and is positioned at this container and has the fiery bowl of opening.As shown in Figure 1, equipment 100 comprises gas furnace 102 and housing 104, gas furnace 102 can be inserted through vessel port to be positioned at the below of fiery bowl opening, housing 104 substantially covering container opening and comprise one or more in order to allow gas enter Como polymorphic type grill (in FIG not shown) or from Como polymorphic type grill discharge opening 106.

Such as, equipment 100 (such as sometimes referred to as removable device, detachable unit, detachable gas unit etc.) can be inserted in the vessel port of Como polymorphic type grill to allow grill to operate as gas grill.Then, equipment 100 can be removed from grill, and another equipment can be inserted in same vessel port, and this vessel port can stay open, etc.In this example, polymorphic type grill in Como can operate as burning charcoal grill.So, this equipment can be removable, and grill can be operated as gas grill and/or burning charcoal grill, and this depends on such as have employed which kind of removable device.

By adopting one or more detachable unit (such as, unit disclosed herein comprises the equipment 100 of Fig. 1), Como polymorphic type grill can be changed by user rapidly between gas grill and burning charcoal grill.Alternatively, can slip into grill or skid off from grill and do not need to carry out structure improvement to grill due to this detachable unit, then the conversion between grill configuration can easily complete.So, user can use a grill for combustion gas and/or charcoal to substitute multiple grill.Such as, compared with burning charcoal grill, gas grill can easily be lighted a fire, control heat, clean etc., can need shorter time (such as, the rear cooking time etc. of pre-cooking time, such as cool time).So, such as, when user has less pot life usually, user can adopt gas grill disclosed herein to configure on weekdays, and when user has extra pot life, adopts burning charcoal grill configuration disclosed herein at weekend.

As shown in Figure 1, detachable gas unit 100 can comprise various parts.Such as, and as following further explanation, this detachable gas unit 100 can comprise gas furnace 102, housing 104, various ventilating opening (vent) (such as opening 106 etc.), gas ports system 108, gas control system 110, ignition system 112 etc. for receiver gases fuel.Although Fig. 1 shows each group each, it is apparent to those skilled in the art that one or more that each is organized are optional feature.Therefore, unit 100 only can comprise one of each optional feature, two or more optional features etc.Such as, in some embodiments, unit 100 can comprise gas furnace 102 and have the housing 104 for allowing gas to enter Como polymorphic type grill or the opening 106 from the discharge of Como polymorphic type grill, and without gas ports system 108, gas control system 110, ignition system 112 etc.In other embodiments, unit 100 can comprise gas furnace 102 and gas control system 110, and without gas ports system 108 and ignition system 112.

Housing 104 can comprise various parts.Such as, the housing 104 of Fig. 1 comprises panel 116 and the base support 118 from panel 116 extension.In other embodiments, and as explained further below, housing 104 can comprise wall, and this wall extends from panel 116 and/or is attached to base support 118, for the various pipelines etc. around unit 100.Alternatively, except panel 116 and/or base support 118, housing 104 can comprise any other suitable parts, or housing 104 can comprise any other suitable parts of alternative panel 116 and/or base support 118.

In the embodiment of figure 1, base support 118 can the gas furnace 102 of support unit 100 and pipeline by one or more structural support 126 (such as support etc.).In addition, when unit 100 is inserted into and/or is inserted into vessel port (not shown), base support 118 can slide and/or stop the structure against grill.Therefore, in during this period of time, unit 100 can by grill support.

In addition, housing 104 can support various parts.Such as, as shown in Figure 1, gas ports system 108, gas control system 110, ignition system 112 etc. can be positioned at the outside (such as, relative to grill) of the panel 116 of housing 104.So, these each optional feature can easily be obtained by user.Although gas ports system 108, gas control system 110, ignition system 112 are specifically to locate and to be sequentially positioned on panel 116, should be understood that, gas ports system 108, gas control system 110 and/or ignition system 112 can be located at any suitable location on panel 116, with panel 116 and be separated.In some embodiments, gas ports system 108, gas control system 110 and/or ignition system 112 can be positioned in other parts of unit 100, with unit 100 and be separated.

As shown in Figure 1, gas ports system 108 comprises the input port 120 for receiver gases fuel.Input port 120 can be formed or set size etc. and mate conventional propane source, gas source etc.Such as, input port 120 can for connecting for the routine being attached gas fuel source by flexible pipe etc.Although not shown, gas ports system 108 can comprise stop valve (such as, emergency trip valve etc.) and arrive gas furnace 102 to stop gaseous fuel.Such as, stop valve can between input port 120 and gas furnace 102, upper at the input side (such as, between input port 120 and gas fuel source) of input port 120, etc.

Gas ports system 108 can be attached to gas furnace 102 by one or more valve, nozzle etc.Such as, the gas ports system 108 of Fig. 1 is attached to nozzle 130 for gaseous fuel is led to gas furnace 102.In some embodiments, nozzle 130 can comprise one or more opening and enters nozzle 130 to allow gas.So, suitable gas and the mixture of gaseous fuel can produce and be passed in gas furnace 102.

The gas control system 110 of Fig. 1 controls the amount of the gaseous fuel received by gas furnace 120.Such as, one or more elements (such as valve etc.) of the amount of the gaseous fuel flowed in the pipeline that gas control system 110 can comprise for controlling between gas ports system 108 and gas furnace 102.

In some embodiments, the parts of gas control system 110 can be controlled.Such as, as shown in Figure 1, gas control system 110 can comprise the valve 128 be connected between gas ports system 108 and gas furnace 102, and the controller 122 for controlling to be supplied to by input port 120 gas flow of gas furnace 102 be connected with valve 128.In the example of fig. 1, controller 122 rotates between two or more positions.As mentioned above, each position can allow the difference amount of the gaseous fuel of gas furnace 102.In some instances, and following to explain further, gas control system 110 can be included in mark on panel 116 to represent the amount of the gaseous fuel being supplied to gas furnace 102.

Alternatively, gas control system 110 can comprise another suitable controller of the amount for controlling the gaseous fuel being supplied to gas furnace 102.Such as, gas control system 110 can comprise lever, switch etc. to regulate the amount being supplied to the gaseous fuel of gas furnace 102.

As explained above, the ignition system 112 of Fig. 1 is positioned on the panel 116 of housing, lights a fire for giving gas furnace 102.In the example embodiment of Fig. 1, ignition system 112 comprises automatic ignitor.Such as, ignition system 112 comprises button point firearm 124, for causing spark etc. with to the gaseous fuel ignition near gas furnace 102.Ignition system 112 can utilize any suitable ignition system, such as, comprise piezo-electric ignition system, electronic ignition system etc.In addition, although the ignition system 112 of Fig. 1 comprises the button point firearm 124 of the input unit as it, should be understood that, other suitable input units (such as, lever etc.) can be adopted and do not deviate from scope of the present utility model.

Additionally and/or alternatively, ignition system 112 can comprise for holding for the opening of lighter, match etc. of the gaseous fuel ignition near gas furnace 112.In this example, this opening can by restrictions such as the containers of panel 116, grill (such as, not on panel 116).

The panel 116 of housing 104 can cover the vessel port of grill substantially.In some instances, panel 116 can have the size (such as, area etc.) being greater than vessel port.Therefore, when unit 100 is inserted into vessel port, the part of panel 116 can extend beyond the circumference of vessel port.In this embodiment, the outside (such as, relative to grill) that unit 100 can be included in panel 116 is adjacent to one or more pads of these parts etc. to form sealing between unit 100 and grill.So, minimum gas can enter grill by panel 116 and/or discharge from grill.

As shown in Figure 1, the panel 116 of housing 104 defines the opening 106 (such as, ventilating opening etc.) for allowing gas to enter grill or discharge from grill.Enter grill or the temperature maintaining Flammable atmosphere (such as, the suitable gas concentration of gaseous fuel, oxygen etc.), control grill inside, the miscellaneous part cooling gas furnace 102 and/or unit 100 when gas furnace extinguishes etc. can be helped from the air-flow that grill is discharged.Although the opening 106 of Fig. 1 is illustrated the middle part of contiguous panel 116, should be understood that, it is medium that opening 106 can be positioned at any suitable position on panel 116.

In some embodiments, can be controlled by the air-flow of opening 106.Such as, unit 100 can comprise adjacent openings 106 to limit the structure (such as, air door etc.) of air-flow.In other embodiments, except near opening 106 can control structure outer or substitute the controllable structure of close opening 106, air-flow can be controlled (such as, the ventilating opening etc. at grill top) by the miscellaneous part of grill.

In dismountable gas cell 100 of the example of Fig. 1, gas furnace 102 receives the gaseous fuel from gas ports system 108 by different pipeline etc.As mentioned above, gas furnace 102 is positioned at the below of fiery bowl opening, makes the heat from the burner of combustion fuel gas can pass into the fiery bowl of one or more grate plates that can comprise support food (such as, protein, vegetables etc.).

In the example of fig. 1, gas furnace 102 can have similar geometry and size with fiery bowl opening.So, minimal amount of heat can be lost when entering fiery bowl from gas furnace 102.Such as, gas furnace 102 and fiery bowl opening can be substantially circular, and the girth of burner and opening can be substantially equal.In other examples, gas furnace 102 and/or fiery bowl can be substantially oval, substantial rectangular etc., and/or the size of gas furnace 102 (such as, area, girth etc.) can for being less than or greater than the size of fiery bowl opening.

As shown in Figure 1, gas furnace 102 is open flame burner.So, gas furnace 102 can (ignition system 112 by above-mentioned explanation) to gaseous fuel ignition with produce heated air thus on grill one or more naked lights of cooking food.Alternatively, and as explained further below, gas furnace 102 can comprise infrared burner as explained further below.In some embodiments, gas furnace 102 can be modified and makes user to remove open flame burner and insert infrared burner.

Although dismountable gas cell 100 comprises the parts with specific shape and size, should be understood that, any one in these parts can be another suitable shape and/or size.Such as, the panel 116 of Fig. 1 has the shape of substantial rectangular.But in other embodiments, panel 116 can be substantially oval shape, substantially circular shape, substantially leg-of-mutton shape etc.

Fig. 2 and Fig. 3 shows the equipment 200 (such as, dismountable gas cell etc.) of another example for gaseous fuel being supplied to Como polymorphic type grill.This equipment 200 is substantially similar to the equipment 100 of Fig. 1, but comprises housing 218 and gas furnace 202.Housing 218 can accommodating various parts, such as comprise gas furnace 202, one or more optional feature (such as, with reference to the structural support 126 of the above-mentioned explanation of figure 1, the gas ports system 108 comprising valve 128, gas control system 110, ignition system 112, nozzle 130 etc.).

As shown in Figures 2 and 3, housing 218 sidewall 206, sidewall 208, the sidewall 210 that comprise the base support 118 of Fig. 1 and panel 116, roof 204 and extend between roof 204 and base support 118.Base support 118, roof 204, sidewall 206, sidewall 210 extend from panel 116.As explained above, gas ports system 108 at least partially, gas control system 110, ignition system 112 etc. can be positioned at the outside (such as, relative to grill) of the panel 116 of housing 104.

In the example of Fig. 2 and Fig. 3, roof 204 comprises the opening 216 of the roof being adjacent to gas furnace 202.Such as, and illustrate best in fig. 2, the roof of gas furnace 202 is recessed in the below of opening 216.This opening 216 can have the substantially similar shape and size of roof as gas furnace 202 and/or fiery bowl opening (as explained above).So, but when passing into fiery bowl from gas furnace 202, can the heat of loss reduction.Alternatively, compared with gas furnace 202 and/or fiery bowl opening, opening 216 can have different shapes and/or size.

As shown in Figures 2 and 3, sidewall 208 is included between sidewall 206 and sidewall 210 and extends and the bend relative with panel 116.This bend of sidewall 208 can be shaped to meet the shape to gas furnace 202 and/or size.Such as, the sidewall 208 of Fig. 2 and Fig. 3 has the substantially circular shape that semicircle (that is, semicircle etc.) shape substantially guarantees gas furnace 202.Alternatively, sidewall 208 can be another other suitable shape, such as, comprise triangle, substantially plane etc. substantially, these shape and size depending on the free space of grill inside, gas furnace 202, the material etc. used.

Sidewall 206, sidewall 208, sidewall 210, roof 204, panel 116 and/or base support 118 can be joined together by the securing member, one or more weldments etc. of any appropriate such as comprising one or more machanical fastener (such as screw, bolt, rivet etc.) (if be suitable for).In addition, one or more sidewall, panel and base support can be formed by one piece material.Such as, sidewall 206, sidewall 210 and crooked sidewall 208 can be formed by a slice stainless steel, are then attached to roof 204 as explained above, panel 116 and base support 118.

In addition, as shown in Figures 2 and 3, sidewall 206, sidewall 210 respectively define opening 212 and opening 214.Opening 212 and opening 214 allow gas enter dismountable gas cell 200 (such as, ventilating opening) or discharge from dismountable gas cell 200.Such as, gas can enter the opening 106 on panel 116 and enter in grill by a group in the opening 212 on sidewall 206 and sidewall 210 and opening 214 and two groups.As explained above, this air-flow can help to maintain incendive environment, control temperature etc.

Although each sidewall 206, sidewall 210 comprise opening 212, the opening 214 of ten rectangular shapes, should be understood that, the opening more or less with any desired configuration can be arranged in any suitable location of sidewall 206, sidewall 210.Additionally and/or alternatively, sidewall 208, roof 204 and/or base support 118 can comprise one or more openings with any desired configuration (such as, being similar to opening 212 and opening 214).

In the example embodiment of Fig. 2, gas furnace 202 comprises infrared burner.Such as, gas furnace 202 can give gaseous fuel ignition to heat ceramic tile (such as, being represented by Reference numeral 220), causes this ceramic tile to send infrared ray to cook the food in grill.

The gas furnace 202 of Fig. 2 can comprise for holding gaseous fuel, to the various parts of gaseous fuel ignition.Such as, as shown in Figure 2, gas furnace 202 comprises for holding from the core 222 of the gaseous fuel of gas ports system 108, ignition system 266 and probe 224.In some embodiments, ignition part 266 can comprise when ignition system 112 as explained above operation time produce pyrophoric one or more needle-like portion.This spark can give gaseous fuel ignition.Alternatively, ignition part 266 can comprise another suitable feature with give gaseous fuel ignition.The probe 224 of Fig. 2 can be the extinguishing protection probe for the temperature of perception infrared burner.Such as, occur in the burner extinguishing if this temperature is worthless making, then control signal is sent to valve (such as, electromagnetic valve etc.) to close burner, to regulate the amount etc. of the gaseous fuel received.

Fig. 4 shows the equipment 400 for gaseous fuel being supplied to Como polymorphic type grill (not shown).The equipment of Fig. 4 is substantially similar to the equipment 100 of Fig. 1.Such as, although in the diagram not shown, equipment 400 (such as, dismountable gas cell etc.) comprises gas furnace disclosed herein and housing.In this example, equipment 400 can comprise the gas furnace 102 of Fig. 1 and the housing 218 of Fig. 2 and Fig. 3.

The panel 416 of Fig. 4 is substantially similar to the panel 116 of Fig. 1 to Fig. 3.Such as, panel 416 can be a part for the housing (such as, housing 400, housing 218 etc.) of various parts for fastening 400.Therefore, as shown in Figure 4, panel 416 at least can support multiple parts of the gas ports system 108 of Fig. 1, these parts comprise it input port 120, comprise the gas control system 110 of Fig. 1 of its controller 122, comprise the ignition system 112 of Fig. 1 of its igniter 124.In addition, and as explained above, panel 416 can be defined for the opening 106 allowing gas to pass into or discharge Fig. 1 of grill.

As shown in Figure 4, gas control system 110 comprises mark, in order to represent the amount being supplied to the gaseous fuel of gas furnace.Such as, the mark of Fig. 4 comprise indicate without gaseous fuel be supplied to gas furnace closedown (OFF) position, represent a small amount of gaseous fuel be supplied to gas furnace a flame location, represent relatively large gaseous fuel be supplied to gas furnace two flame locations (compared with single flame position), represent that maximum gaseous fuel is supplied to three flame locations of gas furnace.Alternatively, if needed, then can adopt other suitable marks (more or less control position etc.) arbitrarily.Such as, other control system 110 can comprise five Roman numbers, eight Arabic numerals, two letters etc.

In addition, the panel of Fig. 6 comprises four turnings and is positioned at the breach 402 at each turning of contiguous panel 416.As explained further, when equipment 400 is inserted in grill, can utilize breach 402 that equipment 400 is fixed to grill below.

In the example embodiment of Fig. 4, breach 402 defines the circumference of panel at least partially.Alternatively, one or more breach can be positioned at the circumference of panel, makes these breach not limit multiple parts of the circumference of panel.Such as, two breach 402 can limit multiple parts of panel circumference, and other two breach do not limit.

As shown in Figure 4, panel 416 and breach 402 have the shape of substantial rectangular.Alternatively, panel 416 and/or breach 402 can have other suitable shapes arbitrarily, such as, comprise substantially oval shape, substantially leg-of-mutton shape etc.In addition, although the panel of Fig. 4 comprises four breach, each breach is positioned at the turning being adjacent to panel 416, should be understood that, breach more or less can be used and be positioned at the position of any appropriate.Such as, panel 416 can comprise 3 breach, and each breach is positioned at the middle part of the side near panel 416.In other embodiments, as explained above, breach can be positioned at the circumference of panel 416.

Fig. 5 shows the equipment 500 for gaseous fuel being supplied to Como polymorphic type grill (not shown).The equipment 500 of Fig. 5 is substantially similar to the equipment 400 of Fig. 4, but does not comprise gas ports system.

As shown in Figure 5, equipment 500 comprises for supporting gas control system 510, the panel 516 of ignition system 512 and opening 506.The panel 416 of substantially similar Fig. 4 of panel 516 of Fig. 5.Such as, panel 416 comprises four breach 402, and each breach is positioned at the turning of contiguous panel 516.

The gas control system 510 of gas control system 510, ignition system 512 and opening 506 are substantially similar to (e.g., having similar function etc.) Fig. 1 to Fig. 4, ignition system 512 and opening 506.But compared to the similar functions parts of Fig. 4, gas control system 510, ignition system 512 and opening 506 are arranged in positions different on panel 516.

Fig. 6 shows another example of equipment 600, and as explained further below, this equipment 600 can be inserted through the opening of container to be arranged in the below of the opening of fiery bowl (this fiery bowl is positioned at container).As shown in Figure 6, equipment 600 (such as, being commonly referred to removable device, dismountable unit, dismountable charcoal unit etc.) comprise panel 604, from panel 604 extend panel 602, the ventilating system 606 be positioned at panel 604.

As shown in Figure 6, the panel 602 of Fig. 6 comprises each wall to limit interior zone.Therefore, panel 602 can collect the ashes by fiery bowl from burning charcoal in fiery bowl.Then this unit 600 comprising panel 602 can be removed (by vessel port) to expose ashes.

Especially, the panel 602 of Fig. 6 comprises diapire 614 and the sidewall 616 from diapire 614 extension.Sidewall 616 and/or diapire 614 can be formed by a slice continuous print material, and each sheet material is joined together by mechanical fastener, weldment etc.In other embodiments, panel 602 can comprise from diapire 614 extend sidewall 616 a part, without sidewall etc.

Panel 604 can be similar to the panel 116 of Fig. 1.Such as, panel 604 can cover the vessel port of grill substantially.In this example, panel 604 can have the large size of container opening (such as, area etc.), and make when unit 600 is inserted into vessel port, the part of panel extends beyond container.

In addition, the panel 604 of Fig. 6 comprises breach 612, and breach 612 is similar to the breach 402 of Fig. 4 substantially.Such as, panel 604 comprises a breach 612 at each turning being positioned at contiguous panel 604.Breach 612 may be used for unit 600 being fixed to the grill explained herein.

In the example of fig. 6, ventilating system 606 comprises ventilation orifice 608 and passes into allow gas or discharge grill, this grill comprises dismountable charcoal unit 600, ventilator hole cover 610, and this ventilator hole cover 610 is movably to regulate by the amount of ventilation orifice 608 by the air-flow of grill.Such as, as shown in Figure 6, ventilator hole cover 610 flatly moves to another location to regulate the amount by the air-flow of grill from a position.

As shown in Figure 6, ventilator hole cover 610 is positioned at open position to allow to pass into or discharge grill.But if needed, then ventilator hole cover 610 can move in another location to reduce the amount of the gas passing into or discharge grill at least in part.Such as, ventilator hole cover 610 can be arranged in a closed position and enters grill substantially to limit gas or discharge from grill.In other examples, ventilator hole cover 610 can between open position and closed position.

Alternatively, ventilating system 606 can comprise another suitable ventilator hole cover, ventilation orifice etc. to control to pass into or discharge the amount of the gas of grill.Such as, ventilating system 606 can comprise the ventilator hole cover, rotatable ventilator hole cover etc. of one or more movement vertically to control to pass into or discharge the amount of the gas of grill.

Such as, Fig. 7 shows another dismountable charcoal unit 700, and this dismountable charcoal unit 700 can be inserted through the opening of container, to be located at the below of the opening of the fiery bowl that this explains.As shown in Figure 7, unit 700 comprises panel 704, the container 602 of Fig. 6 extended from panel 704, the ventilating system 706 be positioned at panel 704, is attached to the cover plate 702 of panel 704.

As shown in Figure 7, ventilating system 706 comprises ventilator hole cover 708, the amount of gas that this ventilator hole cover 708 rotatably controls to enter the grill that comprises unit 700 or discharges from the grill comprising unit 700.Such as, ventilator hole cover 708 can by the opening (not shown) rotating selectively to cover and/or expose in panel 704.In the example in figure 7, ventilating system 706 comprises contiguous ventilator hole cover 708 to represent the mark (such as, Arabic numerals) entering grill or the amount from the gas of grill discharge.

The cover plate 702 of Fig. 7 is attached to panel 704 and enters grill selectively to allow and to stop by another opening (not shown) in panel 704.Such as, except the vessel port for receiving element 700 and/or can the vessel port for receiving element 700 of alternative, container can comprise one or more opening.In addition, fiery bowl can comprise another opening.In this example, cover plate 702 can to move in aperture position and starting device (such as, self-starter, butane starter, lighter, match etc.) can be inserted in grill by panel opening.Then, starting device can through the opening (such as, for the same opening, different vessels opening etc. of receiving element 700) in container with for giving the opening in the fiery bowl of the Charcoal ignition in fiery bowl.

In the embodiment of Fig. 7, cover plate 702 is attached to panel 704 pivotly by flexible type hinge, and this flexible type hinge extends along the substantial horizontal edge at the top of cover plate 702.So, cover plate 702 can closed position (as shown in Figure 7) and for hold starting device open position between pivotable.Alternatively, cover plate 702 can be attached to panel 704 in another suitable mode, such as, comprise joint, removably joint etc. slidably.

Fig. 8 shows the Como polymorphic type grill 800 comprising container 802 and fiery bowl 804 for supporting charcoal (if needs).Fire bowl 804 can removably be positioned at container 802, fiery bowl 804 can be removed from container 802, be then arranged in subsequently and get back to container 802.So, user can clean fiery bowl 804 as required, change fiery bowl etc.

As shown in Figure 8, container 802 is included in the opening 806 extended between the inside of container 802 and the outside of container 802, and fiery bowl 804 is included in the opening 808 extended between the inside of fiery bowl 804 and the outside of fiery bowl 804.Vessel port 806 receives detachable unit (not shown), such as, comprise detachable unit disclosed herein any one.Such as, and as explained further below, detachable unit can insert vessel port 806 to be positioned at below fiery bowl opening 808, and one or more parts (such as, container, gas furnace etc.) of the detachable unit inserted are alignd with fiery bowl opening 808.

As explained above, the detachable unit being inserted into Como polymorphic type grill 800 can be removable, and grill 800 differently can be operated according to the discrete cell adopted.Such as, vessel port 806 can hold detachable gas unit (such as, a detachable gas unit disclosed herein, such as detachable gas unit 200 etc.), and grill 800 can be operating as gas grill.In other examples, when dismountable gas cell is removed, vessel port 806 can hold dismountable charcoal unit (such as, dismountable charcoal unit, such as a dismountable charcoal unit 700 etc. disclosed herein).In this example, when have employed dismountable gas cell, if charcoal is placed in fiery bowl 804, then grill can operate as burning charcoal grill.

By detachable unit being slipped on such as substantial horizontal direction vessel port 806 or skidding off from vessel port 806, this detachable unit can be inserted into Como polymorphic type grill 800 and neutralize and remove from Como polymorphic type grill 800.In some embodiments, the specification (such as, width etc.) of detachable unit can correspond to the inside of container 802, makes detachable unit can slip into container 802 and to skid off and without significantly moving on another plane from container 802.Such as, the inside of container 802 can act as one or more guide rails etc., makes once detachable unit is inserted in vessel port 806, detachable unit substantially can not in the vertical direction, in another horizontal plane middle motion.

In addition, grill 800 can comprise each other optional features.Such as, grill 800 can comprise the supporting construction 810 for support vessels 802 and fiery bowl 804.As shown in Figure 8, supporting construction 810 comprises four legs 812 and is attached to the castor 814 of leg 812.So, grill 800 can be supported by supporting construction 810 and move as required.

Further, grill 800 can comprise optional lid 816 and be positioned at the optional ventilating system 818 at top of contiguous grill 800.Especially, ventilating system 818 is attached to the top of lid 816.As shown in Figure 8, ventilating system 818 can comprise the ventilator hole cover 824 of ventilation orifice 822 and amount for control air-flow by grill 800 movable relative to ventilation orifice 822.

Lid 816 can for be removably attached to container 822.Such as, and as shown in Figure 8, cover 816 and can removably be attached to container 822 by one or more machanical fastener 820 (such as hinge, clamper etc.).In other embodiments, cover 816 and can be attached to container 802 and without the need to machanical fastener.In this example, this lid can be shelved on container.

Fig. 9 shows another the exemplary Como polymorphic type grill 900 of the grill 800 being substantially similar to Fig. 8.Such as, grill 900 comprises the container 802 with opening 806 and the fiery bowl 804 of Fig. 8.In addition, and as shown in Figure 9, grill 900 comprises attachment interface 902, and this attachment interface 902 is attached to the container 802 being adjacent to vessel port 806.When detachable unit is inserted into vessel port 806, attachment interface 902 holds this detachable unit, and this detachable unit such as comprises any one detachable unit disclosed herein.

As shown in Figure 9, attachment interface 902 comprises four turnings and is positioned at the breach 904 at each turning being adjacent to attachment interface 902.In some embodiments, breach 904 can align that with other structural details detachable unit is fixed to grill 900.Such as, if the detachable unit of Fig. 5 500 is inserted in the vessel port 806 of Fig. 9, the breach 402 of panel 506 can align with the breach 904 of attachment interface 902.Breach 402, the breach 904 of each group alignment can hold one or more locking device so that removable unit 500 is fixed to attachment interface 902, below will explain further.

Figure 10 shows another example Como polymorphic type grill 1000, this Como polymorphic type grill 1000 is substantially similar to the grill 900 of Fig. 9, but comprises the detachable unit 400 of the flame barrier 1002 being arranged in fiery bowl 804 and the Fig. 4 being attached to attachment interface 902.Flame can minimize by the flame barrier 1002 of Figure 10, prevents the inside entering fiery bowl 804.

Detachable unit 400 can be inserted through the opening (not shown in Figure 10) of container 802 to be arranged in the below of fiery bowl opening (Figure 10 is not shown).After unit 400 is inserted through vessel port, the gas furnace of unit 400 can as explained above with fiery bowl register.

After dismountable gas cell 400 is inserted through vessel port and is arranged in desired location, one or more locking device can be adopted so that unit 400 is fixed to attachment interface 902.Such as, unit 400 can be positioned at breach 904 substantial alignment of the breach 402 and attachment interface 902 making unit 400.When this breach substantial alignment, bolt 1004 can be inserted into one or more groups breach 402 of alignment, breach 904 so that unit 400 is fixed to attachment interface 902.Although the locking device of Figure 10 comprises four bolts 1004, should be understood that, any other suitable device can be adopted, such as, comprise screw, wing nut, holder, rivet etc.In addition, if needed, then locking device more or less can be adopted.

Figure 11 A and Figure 11 B shows another Como polymorphic type grill 1100, and this Como polymorphic type grill 1100 is substantially similar to the grill 1000 of Figure 10, but comprises dismountable charcoal unit 600 of the Fig. 6 being attached to attachment interface 902.Especially, unit 600 can be inserted through the opening (in fig. 11 not shown) of container 802 to be positioned at the below of fiery bowl (in fig. 11 not shown).After unit 600 is inserted through vessel port, the container of unit 600 can align with fiery bowl as explained above.So, the opening of container 802 can hold the dismountable unit of difference with difference in functionality, capacity, feature etc.

In addition, as shown in Figure 11 A and Figure 11 B, grill 1100 comprises the optional ventilating system 1104 of optional lid 1102 and contiguous lid 1102 location.Ventilating system 1104 can comprise one or more ventilation orifice and relative to the dismountable ventilator hole cover 1108 of ventilation orifice, for the amount of control flow check through the gas of grill 1100.In addition, ventilating system 1104 can comprise the optional controller 1106 be positioned on ventilator hole cover 1108, for the amount of control flow check through the gas of grill 1100.So, the amount flowing through the gas of grill 1100 can be adjusted by controller 1106 and/or ventilator hole cover 1108.In some embodiments, ventilator hole cover 1108 and/or controller 1106 can be moved (such as, rotate) substantially to close ventilation orifice (such as, the vent position of closing), substantially to open ventilation orifice (vent position such as, opened) etc.

Such as, when such as Figure 11 A adopts dismountable charcoal unit 600 (or another suitable dismountable charcoal unit), based on the type etc. of food in temperature, grill, ventilator hole cover 1108 and/or controller 1106 can adjust as required.In other embodiments, ventilator hole cover 1108 and/or controller 1106 can be moved the vent position that ventilation orifice is in open to allow more gas flow through grill 1100 (such as, compared with the vent position of closing).When dismountable gas cell (dismountable gas cell as disclosed herein) is inserted into grill 1100, this point can be completed.

One or more parts of grill disclosed herein can by any suitable being formed.Such as, burner disclosed herein comprises steel (such as stainless steel), cast iron and/or another suitable material.The miscellaneous part of detachable unit, the part, gas control system, ignition system etc. of such as gas ports system can comprise steel, plastics and/or another suitable material.Some parts of grill, such as container disclosed herein, fiery bowl and/or lid can comprise one or more native prepared material, such as clay, pottery etc.The miscellaneous part of grill, such as base support disclosed herein, ventilating opening etc. comprise steel, plastics and/or another suitable material.

Gaseous fuel disclosed herein can comprise the combination etc. of suitable fuel gas, the combination of fuel gas, fuel gas and incombustible gas.Such as, gaseous fuel can comprise natural gas, propane and/or another suitable gas.Gaseous fuel can by again filling tank body (such as propane tank body), provide from the gas pipeline etc. of domestic gas system.

In addition, charcoal disclosed herein can comprise any suitable material.Such as, charcoal can comprise block charcoal, charcoal coal briquette, timber etc.In order to illustrate and describe, provide the aforementioned description to embodiment.But be not intended to exhaustive or restriction the utility model.Each element of particular implementation or feature are not limited to this particular implementation usually, but when applicable for interchangeable and can be used in selected embodiment, even if do not illustrate particularly or describe.The same manner can change in many ways.This modification is not considered as deviating from the utility model, and all amendments are like this intended to be included in scope of the present utility model.

Claims (15)

1. a grill assembly, comprising:

Container, described container is included in the opening extended between the inside of described container and the outside of described container;

Fire bowl, described fiery bowl is removably included in the opening extended between the inside of described fiery bowl and the outside of described fiery bowl in described container; And

First detachable unit, described first detachable unit passes the opening of described container insertedly to be positioned at the below of the opening of described fiery bowl, described first detachable unit comprises gas furnace, described gas furnace is configured to when described first detachable unit inserts the opening of described container, come into line with the opening of described fiery bowl

Wherein, described grill assembly is Como polymorphic type grill,

Wherein, the opening of described container is configured to hold described first detachable unit, and holds the second detachable unit when described first detachable unit removes from described container, and

Wherein, when described first detachable unit inserts the opening of described container, described grill assembly is configured to as gas grill operation, and when described second detachable unit inserts the opening of described container, described grill assembly is configured to operate as burning charcoal grill.

2. grill assembly as claimed in claim 1, wherein said first detachable unit comprises the ignition system being configured to light described gas furnace.

3. grill assembly as claimed in claim 2, wherein said ignition system comprises automatic ignitor.

4. grill assembly as claimed in claim 1, wherein said first detachable unit comprises the gas ports being configured to receiver gases.

5. grill assembly as claimed in claim 1, wherein said first detachable unit comprises gas control system, and described gas control system is attached to described gas furnace for controlling the amount of the gas received by described gas furnace.

6. grill assembly as claimed in claim 1, wherein said first detachable unit comprises the one or more ventilating openings for allowing gas to flow into described first detachable unit.

7. grill assembly as claimed in claim 1, also comprises the flame barrier being arranged in described fiery bowl.

8. grill assembly as claimed in claim 1, also comprise the attachment interface of the opening being attached to contiguous described container, described attachment interface is configured to hold described first detachable unit or described second detachable unit when described first detachable unit or described second detachable unit are inserted into the opening of described container.

9. grill assembly as claimed in claim 8, also comprise one or more locking device, described one or more locking device is used for when described first detachable unit is inserted into the opening of described container, and described first detachable unit is fixed to described attachment interface.

10. grill assembly as claimed in claim 1, wherein said gas furnace comprises infrared burner.

11. grill assemblies according to any one of claim 1 to 10, also comprise the second detachable unit, when described first detachable unit removes from described container, described second detachable unit passes the opening of described container insertedly to be positioned at the below of the opening of described fiery bowl, described second detachable unit comprises the container of the ashes for receiving the charcoal after from burning in described fiery bowl, and described ashes are by the opening of described fiery bowl.

12. 1 kinds for being supplied to the equipment of Como polymorphic type grill by gaseous fuel, described Como polymorphic type grill comprises container and is positioned at the fiery bowl of described container, described container and described fiery bowl have opening respectively, described equipment comprises gas furnace and housing, described gas furnace passes the opening of described container insertedly to be positioned at the below of the opening of described fiery bowl, and described housing substantially covers the opening of described container and comprises for allowing gas to enter described Como polymorphic type grill or the one or more openings from the discharge of described Como polymorphic type grill.

13. equipment as claimed in claim 12, also comprise gas control system, described gas control system is positioned on described housing, in order to control the amount of the gaseous fuel received by described gas furnace.

14. equipment as claimed in claim 12, also comprise ignition system, described ignition system is positioned on described housing, lights a fire in order to make described gas furnace.

15. equipment according to any one of claim 12-14, also comprise gas ports system, described gas ports system is positioned on described housing, in order to receiver gases fuel.