CN209355570U - Refrigerator - Google Patents

Abstract

The utility model provides can be to erect the refrigerator kept to elongated stocks such as the pipes for being filled with horseradish, mustard etc. accommodated in stable conditionly.Refrigerator (1) has the medial surface (8D) for being configured at the door (8) in face of the storeroom of refrigerating chamber (2) etc and the pocket frame (40) as receiving portion for being accommodated to stock.The pocket frame (40) has: for forming the wall portion (41) of the nearby side of accommodating space (T) between the medial surface of door；And for processing the zoning portion (55) that accommodating space (T) zoning is left and right sides accommodating space.From the inside of door, nearby the wall portion of side has the stage portion (50) along up and down direction, zoning portion (55) are correspondingly configured with the position of stage portion, are thus the 1st accommodating space part (T1) and the depth length 2nd accommodating space part (T2) shorter than the depth length of the 1st accommodating space part (T1) by accommodating space (T) zoning.

Description

Refrigerator

Technical field

The embodiments of the present invention is related to a kind of refrigerator.

Background technique

The medial surface of refrigerator doors be provided with the paper packaging container to plastic bottle, milk etc., tank, bottle, eggs etc. into The pocket frame of row receiving.Paper packaging container, tank, the bottle of plastic bottle, milk etc. are contained in the pocket frame with upright state and maintain The posture of the upright state.

However, such as filled with the stocks such as pipe horseradish, mustard be elongated shape, therefore and it is unstable, even if Setting can also be toppled in pocket frame due to the opening and closing of door.If this pipe is toppled in pocket frame, the laying position of pipe relative to The receiving depth of pocket frame is lower, and therefore, user is difficult to and is difficult to take out the pipe in pocket frame.

In order to accommodate in an upright manner to pipe in pocket frame, the pipe support for erectting pipe is in addition bought, thus Can be by the additional inside for being installed on door of pipe support, but in addition generate the expense of purchase pipe support.

Therefore, the refrigerator that can be fitly accommodated to pipe is disclosed.For example, in the medial surface of door, as pair Multiple pocket framves that stock is accommodated are provided with medium-sized article pocket frame and small article pocket frame.Medium-sized article pocket Frame for example mainly accommodates egg, receives the pipe of small article for small article pocket frame, such as in an upright manner It is dissolved in the small article pocket frame.

Existing technical literature

Patent document

Patent document 1: Japanese Unexamined Patent Publication 2007-147202

Utility model content

However, user is opened and closed refrigerator doors and makes it possible to small article pocket frame itself and use from medium-sized article Pocket frame falls off or pipe is overturned in small article pocket frame.Therefore, small article pocket frame can not be steadily to pipe etc. Elongated stock is accommodated.

The utility model is completed in view of said circumstances, and project is to provide a kind of refrigerator, which can be with Erect keeping in stable conditionly to elongated stocks such as the pipes for being filled with horseradish, mustard etc. for receiving.

The refrigerator of embodiment has: main body, with storeroom；Door, before the storeroom of the main body Surface hole portion is opened and closed；And receiving portion, it is configured at the inside of the door and is used to accommodate stock, institute State receiving portion to have: the nearby wall portion of side is used to form accommodating space between the medial surface of the door；And zoning portion, It is left and right sides accommodating space that it, which is used for the accommodating space zoning, and the wall portion of the nearby side is in position corresponding with the zoning portion It sets with stage portion, the accommodating space is that the 1st accommodating space part and depth length are more empty than the 1st receiving by zoning Between part short the 2nd accommodating space part of depth length.

According to the above configuration, the elongated stock such as pipe steadily can be held in the 1st in the state of erectting receiving Accommodating space part, user can simply take out the 1 accommodating space part Guan Cong kept with forward-lean state.In addition, The type that user is easy elongated to pipe etc. stock in the state that door is opened identifies, and easy access tube etc. is thin Long stock.

Detailed description of the invention

Fig. 1 is the whole main view for showing refrigerator involved in the 1st embodiment.

Fig. 2 is to show by articulated section in the 1st embodiment and the solid of the state after opening the door on the right side of refrigerator Figure.

Fig. 3 be show in the 1st embodiment as receiving portion pocket frame perspective view.

Fig. 4 is to have carried out the perspective view of cutting at G-G line in the 1st embodiment in Fig. 3.

Fig. 5 be show in the 2nd embodiment as receiving portion pocket frame perspective view.

Fig. 6 is the explanatory diagram from side that the major part of the 2nd embodiment is shown with section.

Fig. 7 is illustrated to the example of the pocket frame for the inside surface side that stock is contained in door in the 2nd embodiment Perspective view.

Fig. 8 is the side view of the pocket frame from the direction I in Fig. 7 in the 2nd embodiment.

Fig. 9 is the side partial sectional view for showing pocket frame with section in an example (embodiment 1) of the 2nd embodiment.

Figure 10 is the side partial sectional view for the comparative example 1 being accordingly shown with Fig. 9.

Figure 11 is the side partial sectional view for showing pocket frame with section in an example (embodiment 2) of the 2nd embodiment.

Figure 12 is the side partial sectional view for the comparative example 2 being accordingly shown with Figure 11.

Figure 13 is the side partial sectional view for showing pocket frame with section in an example (embodiment 3) of the 2nd embodiment.

Figure 14 is the side partial sectional view that pipe C is contained in pocket frame in Figure 13.

Figure 15 is the side partial sectional view for the comparative example 3 being accordingly shown with Figure 14.

Figure 16 is the side partial sectional view for showing pocket frame with section in an example (embodiment 3) of the 2nd embodiment.

Symbol description

1 refrigerator

1A main body

2 refrigerating chambers (storeroom)

7

8

8C handle portion

8D medial surface

40 pocket framves (receiving portion)

The wall portion of 41 nearby sides

The 1st wall part of 41R

The 2nd wall part of 41L

42 inboard wall portions

45 bottoms

46 bottoms

50 stage portions

55 zoning portions

60 notch

T accommodating space

The 1st accommodating space part T1

The 2nd accommodating space part T2

α tilt angle

β tilt angle

Specific embodiment

In the following, (hereinafter referred to as embodiment) is illustrated in such a way that attached drawing is to for implementation.

(the 1st embodiment)

Fig. 1 is the whole main view for showing refrigerator involved in the 1st embodiment.

Refrigerator 1 shown in FIG. 1 has main body 1A.The main body 1A of the refrigerator 1 is made of the cabinet with thermal insulation, in inside It is formed with multiple storerooms.As storeroom, it is sequentially arranged refrigerating chamber 2, vegetable compartment 3 from top, ice-making compartment 4 and small cold Freeze the lower section that room 5 is set to above-mentioned vegetable compartment 3 in a manner of left-right situs, lowest part is provided with main freezing chamber 6.

Wherein, the refrigerating chamber 2 on top and vegetable compartment 3 are the storeroom of refrigerating temperature zone, are adjusted to about 3 DEG C to 5 DEG C of temperature Degree.In addition, ice-making compartment 4, small freezing chamber 5 and main freezing chamber 6 are the storeroom of cryogenic temperature band, it is adjusted to about -20 DEG C or so Temperature.

Though not illustrated, main body 1A is provided with cooling cycle system, which includes for cold The storeroom of hiding temperature band carries out cooling refrigerated cooler and carries out cooling for the storeroom to cryogenic temperature band Freezing cooler.

The front surface of the refrigerating chamber 2 of main body 1A shown in Fig. 1 is provided with the front surface opening portion progress to refrigerating chamber 2 The door 7,8 of the left and right of opening and closing.The door 7,8 of left and right is opposite opened door, and the left part of the door 7 in the left side that user faces is by hinged Portion 7B and be rotatably installed on main body 1A.Similarly, the right part of the door 8 on the right side that user faces is by hinge Socket part 8B and be rotatably installed on main body 1A.

Each front surface of vegetable compartment 3, ice-making compartment 4, small freezing chamber 5, main freezing chamber 6 shown in Fig. 1, is respectively arranged with pair The door 9,10,11,12 for the drawer type that each front surface opening portion is opened and closed.

For example, it is preferable in order to improve the aesthetics of the appearance of front-surface side, left and right door 7,8 and drawer type door 9, 10,11,12 each front surface is configured with front surface panel 7A, 8A, 9A, 10A, 11A, 12A as the glass plate with translucency. The door 7,8 of left and right and the door 9,10,11,12 of drawer type have thermal insulation being internally provided with heat-barrier material.

Fig. 2 is to show to open the door 8 on the right side of refrigerator 1 shown in FIG. 1 centered on the 8B of articulated section and made front surface The perspective view of the open state of opening portion 2P.

The container structure example of the stock of the medial surface 8D of the door 8 on right side is shown in Fig. 2.In addition, the door 7 in left side is interior The container structure of the stock of side can also in the same manner as the container structure example of the stock of the medial surface 8D of the door 8 on right side structure At.

As shown in Fig. 2, being configured with the pocket frame as receiving portion (also referred to as accepting container) in the medial surface 8D of the door 8 on right side 20,21,30,31,40.Each pocket frame is preferably removably mountable to the medial surface 8D of the door 8 on right side in a manner of it can dismantle.This Sample, each pocket frame 20,21,30,31,40 is removably mountable to the medial surface 8D of the door 8 on right side, so as to easily by each pocket Frame is removed and is cleaned.

In addition it is possible to be dismantled as needed to each pocket frame, but at least one of each pocket frame 20,21,30,31,40 It can be affixed to the construction of the medial surface 8D of the door 8 on right side.

Each pocket frame 20,21,30,31,40 is, for example, transparent, the translucent or opaque plastics made by rigid plastics The container of system.In addition, confirming that preferably each pocket frame is to the stock of receiving in order to which user is easy mode by visual observation It is bright or translucent.

As shown in Fig. 2, being located at the pocket frame 20 of top layer in the medial surface 8D of the door 8 on right side in the horizontal direction from close to hinged The position of the side rotary shaft CL of portion 8B is configured to the middle position of medial surface 8D.

Pocket frame 21 is in the height and position height and position slightly on the lower than pocket frame 20 in the medial surface 8D of the door 8 on right side, And it configures in the horizontal direction from the middle position of medial surface 8D to the position of the close handle portion 8C of the door 8 on right side.

Pocket frame 20 can to tank M such as multiple lesser canned beer as stock etc. with the posture of setting into Row receiving side by side.Pocket frame 21 can be to tank N such as the canned beer of multiple bigger types as stock etc. with setting Posture is accommodated side by side.

Pocket frame 30 the medial surface 8D of the door 8 on right side medial position in the horizontal direction from close to articulated section 8B rotary shaft The position of the side CL is configured to the position close to handle portion 8C.That is, pocket frame 30 spreads the substantially entire of the medial surface 8D of the door 8 on right side Width and horizontally configure.The pocket frame 30 can be to such as eggs P as stock, large-scale milk box Q or canned beer Tank M of wine etc. etc. is accommodated.

Pocket frame 31 is in the lowest level position of the medial surface 8D of the door 8 on right side in the horizontal direction from the rotation close to articulated section 8B The position of the side axis CL is configured to the position close to handle portion 8C.That is, pocket frame 31 spreads the substantially whole of the medial surface 8D of the door 8 on right side A width ground horizontal arrangement.The pocket frame 31 can be to the modeling of 2 liters for example large-scale of the plastic bottle R, smaller type as stock The tank N etc. for expecting bottle S or canned beer etc. is accommodated.

Pocket frame 40 is configured at the medial surface 8D of the door 8 on right side in the middle position of pocket frame 30 and pocket frame 31.The pocket frame 40 is excellent The medial surface 8D for being selected in the door 8 on right side is configured from the position of the side rotary shaft CL close to articulated section 8B to close to handle in the horizontal direction The position of hand 8C.That is, substantially entire width ground horizontal arrangement of the pocket frame 40 preferably over the medial surface 8D of the door 8 on right side.

(details of pocket frame 40)

Fig. 3 is the perspective view for showing the preferred configuration example of pocket frame 40 shown in Fig. 2.

As described above, pocket frame 40 be, for example, made by rigid plastics it is transparent, translucent or opaque plastic Container confirms the stock of receiving to be easy mode by visual observation, preferably clear or translucent structure.

As shown in Fig. 2, pocket frame 40 is detachably arranged relative to the medial surface 8D of door 8.Thereby, it is possible to as needed by pocket Frame 40 is removed and is cleaned.Alternatively, in the case where pocket frame 40 is not used in user, additionally it is possible to will from the medial surface 8D of door 8 Pocket frame 40 removes.

Pocket frame 40 have nearby the wall portion 41 of side, inboard wall portion 42, the 1st side 43, the 2nd side 44 and bottom 45, 46.The wall portion 41 of above-mentioned nearby side, inboard wall portion 42, the 1st side 43, the 2nd side 44 and bottom 45,46 formed for pair The accommodating space T that stock is accommodated.

Nearby the wall portion 41 of side and the wall portion 42 of inboard are formed at spaced intervals in the mode substantially parallel with X-direction.1st Side 43 and the 2nd side 44 are formed in mode substantially parallel along the Y direction.Herein, X-direction is the medial surface 8D's of door 8 Width direction, Y-direction are depth direction for the medial surface 8D of door 8, and Z-direction is vertical for the medial surface 8D of door 8 Histogram to.The X-Y plane being made of X-direction and Y-direction is the horizontal plane of refrigerator 1.

It is in Y-direction from user that nearby the wall portion 41 of side, which is in the position separated with the medial surface 8D of door 8, The nearby wall portion of side.Inboard wall portion 42 is in be contacted or close position is Y from user with the medial surface 8D of door 8 Inboard wall portion on direction.

Fig. 4 is to have carried out the perspective view of cutting to pocket frame 40 shown in Fig. 3 at G-G line.As shown in Figure 3 and Figure 4, in pocket The half-way of the wall portion 41 of the nearby side of frame 40, along the stage portion of up and down direction 50 when being formed with from the inside of door 8. As shown in Fig. 2, the forming position of stage portion 50 is not the position near the rotary shaft CL of articulated section 8B, and it is created as leaning on The position of the nearly side handle portion 8C.

The wall portion 41 of nearly front side divides into the 1st wall part 41R and the 2nd wall part and forming stage portion 50 41L.1st wall part 41R is formed as in the Y direction compared with the 2nd wall part 41L to the prominent protrusion 41H's in nearby side Amount.

Pocket frame 40 have for by accommodating space T zoning be the 1st accommodating space fractional t1, the 2nd accommodating space part T2 this The zoning portion 55 of the multiple portions of sample.In illustrative example, accommodating space T zoning is 2 parts by zoning portion 55, and the 1st receiving is empty Between fractional t1 and the 2nd accommodating space part T2 be formed in left and right sides.Above-mentioned stage portion 50 is set to corresponding with the zoning portion 55 Position.

Zoning portion 55 is preferably formed from the medial surface (inner wall) of the 1st wall part 41R to inboard in the position of stage portion 50 Wall portion 42 medial surface (inner wall), zoning portion 55 is configured along Y-Z plane.That is, zoning portion 55 is from the position of stage portion 50 It extends to inboard wall portion 42 and is the 1st accommodating space fractional t1 and the 2nd accommodating space portion by the accommodating space T zoning of pocket frame 40 Divide T2.Even if user 8 is opened and closed on the door as a result, it is contained in the stock of the 1st accommodating space fractional t1 and is contained in The stock of 2nd accommodating space part T2 will not mix together.

As shown in figure 3, the 1st accommodating space fractional t1 is by the 1st wall part 41R, the 1st side 43, inboard wall portion 42, bottom 45 and zoning portion 55 formed.Similarly, the 2nd accommodating space part T2 is by the 2nd wall part 41L, the 2nd side 44, inboard wall Portion 42, bottom 46 and zoning portion 55 are formed.

As shown in Figure 3 and Figure 4, stage portion 50 is formed as to the amount of the prominent protrusion 41H in nearby side.Therefore, the 1st receiving Depth length (also referred to as depth size, the length in Y-direction) V1 on the direction along zoning portion 55 of space segment T1 is set It is set to depth length (also referred to as depth size, the side Y on the direction along zoning portion 55 greater than the 2nd accommodating space part T2 Upward length) V2.

As shown in figure 3, the 1st wall part 41R is separated with the medial surface 8D for the door 8 for forming the 1st accommodating space fractional t1 Wall portion.1st wall part 41R is the inclined stretching wall portion in a manner of gradually being stretched out from lower part to top to nearby side.That is, such as Shown in Fig. 4, the 1st wall part 41R is tilted relative to the horizontal plane as X-Y plane from lower part to top with inclination angle alpha.

In addition, as shown in figure 4, the bottom 45 of the 1st accommodating space fractional t1 is from the 1st wall part 41R to inboard wall portion 42 It is gradually increasing.That is, as shown in figure 4, bottom 45 is relative to the horizontal plane as X-Y plane from the 1st wall part 41R to inboard wall Portion 42 is tilted with tilt angle theta.

In this way, the 1st accommodating space fractional t1 is formed as with inclination angle alpha, tilt angle theta and inclined space segment.Cause This, is contained in the 1st accommodating space fractional t1 as shown in Fig. 4 citing, such as by elongated stocks such as the pipe C of horseradish, mustard etc. When interior, the lid K of pipe C is placed in bottom 45, the front end of pipe C protrudes upwards from the 1st wall part 41R.Also, pipe C energy It is enough to be received with the state for resting against the medial surface of the 1st wall part 41R and erectting.

Pipe C is held in the 1st accommodating space fractional t1 because of its self weight under forward-lean state near user side as a result, It is interior, it thus substantially avoids pipe C and is overturned in the 1st accommodating space fractional t1.Therefore, user will can simply lean forward The pipe C kept under state takes out from the 1st accommodating space fractional t1 or pipe C is placed in the 1st accommodating space fractional t1.

As shown in Fig. 2, the 1st accommodating space fractional t1 is set to the side close handle portion 8C of door 8 as preferred example Position, the 2nd accommodating space part T2 are set to the position of the side close rotary shaft CL of door 8.

As a result, as shown in Fig. 2 citing, no matter in the state of fully opening door 8 or door 8 slightly opened Under state, user can simply be accommodated the pipe C kept with forward-lean state from the 1st in the position close to handle portion 8C Space segment T1 takes out.In addition, pipe can be simply placed in the 1st accommodating space fractional t1 by user.

As shown in Figure 3 and Figure 4, it constitutes the position of the bottom 46 of the 2nd accommodating space part T2 and constitutes the 1st accommodating space portion The position of the bottom 45 of T1 is divided to compare, height and position (Z-direction position) is higher.That is, the depth of the 1st accommodating space fractional t1 is set For the depth greater than the 2nd accommodating space part T2.

The 1st accommodating space fractional t1 can be to the overall length with such as 140mm or so and the journey for example less than 25mm as a result, The pipe C of the width of degree is accommodated with upright state, is kept so as to prevent pipe C from overturning with vertical-position.

Moreover, even if user 8 is opened and closed on the door, can also prevent pipe C from the 1st receiving by setting zoning portion 55 Space segment T1 is rolled and is entered the 2nd accommodating space part T2 to the 2nd accommodating space part T2.

In addition, the 2nd accommodating space part T2 is capable of a lower height of bottle, soy sauce, horseradish to such as jam etc. etc. Not only small but also thin packing container class was accommodated.The bottom 46 of 2nd accommodating space part T2 is shallower, therefore, even if to height compared with The not only small but also thin packing container class of low bottle, soy sauce, horseradish etc. is accommodated, also can simply to be contained in the 2nd receipts Hold packing container class of space segment T2 etc. and carry out visual confirmation, therefore can easily be done and confirm and be easy to be drawn off.

In addition, constitute the 1st side 43 of pocket frame 40, with continuous 1st side the 1st wall part 41R nearby side 43A, Compared with the 1st side 43 the and inboard continuous 1st side inboard portion 43B of wall portion 42, at least have in upper end side to pocket frame The extension 43P that 40 side is stretched out.The elongated stock such as pipe C is contained in the 1st accommodating space fractional t1 as a result, and When door 8 is opened, become the state that stock rests against extension 43P because centrifugal force acts on the stock.Therefore, it uses Person can simply take out the stock (pipe C etc.).In addition, an example of the size as the pipe C filled with condiment, overall length are The diameter (top diameter) of 142mm, the lid side K of pipe main body (part other than lid and the component for being filled with condiment) is 22.5mm, the bottom of pipe main body with a thickness of 1mm, the diameter for covering the head side (pipe front end side) of K is 21mm, covers the height (pipe of K The length of length direction) it is 24mm.

(size example)

In the following, being illustrated to the size example of the 1st accommodating space fractional t1.As shown in Fig. 1 and Fig. 4 citing, to for example complete A length of 140mm or so, pipe C of the diameter less than 25mm are held in the 1st accommodating space part with upright state (standing state) receiving Example in the case where T1 is illustrated.

The width dimensions W of the X-direction (along the direction of the medial surface 8D of door 8) of 1st accommodating space fractional t1 shown in Fig. 3 Range in 25~130mm, depth length (size of Y-direction) V1 are in the range of 25~130mm.Due to width dimensions W, Depth length V1 is therefore 25mm or more can sufficiently inhibit the phenomenon that pipe C does not enter what the 1st accommodating space fractional t1 increased Possibility.In addition, since width dimensions W, depth length V1 are 130mm hereinafter, therefore can sufficiently inhibit pipe C in the 1st receiving It is overturned in space segment T1.

Height dimension (depth dimensions) F of 1st accommodating space fractional t1 shown in Fig. 4 is preferably in the model of 60~120mm It encloses.The possibility that thereby, it is possible to sufficiently inhibit to cause pipe C to expose from the 1st accommodating space fractional t1 because height dimension F is less than 60mm Property, moreover, can sufficiently inhibit to cause pipe C not have from the 1st portion outstanding wall part 41R because height dimension F is greater than 120mm Point and user be difficult to by pipe C take out a possibility that.

As described above, the refrigerator 1 of the 1st embodiment has the pocket frame 40 as receiving portion, which matches It is placed in the medial surface 8D for facing the door 8 of storeroom as refrigerating chamber 2 and for accommodating to stock.The pocket frame 40 tool It is standby: for forming the wall portion 41 of the nearby side of accommodating space T between the medial surface 8D of door 8；And it is used for accommodating space T zoning For the zoning portion 55 of left and right sides accommodating space.Moreover, nearby the wall portion 41 of side is in position corresponding with zoning portion 55 with step Portion 50, accommodating space T are the depth of the 1st accommodating space fractional t1 and depth length than the 1st accommodating space fractional t1 by zoning The 2nd short accommodating space part T2 of length.

Therefore, when pipe C etc. elongated stock being placed in the 1st accommodating space fractional t1, which is prevented by zoning portion 55 Product are moved to the 2nd accommodating space part T2, moreover, pipe C etc. elongated stock is easy to extend out to than receiving because of stage portion 50 The state for being dissolved in stock closer to the position of front side of the 2nd accommodating space part T2 protrudes upwards.The situation is because of user The inertia force of stock is acted on when 8 are opened and closed on the door and is become readily apparent from.

Therefore, the elongated stock such as pipe C steadily can be held in the 1st accommodating space in the state of erectting receiving Fractional t1, user can simply take out the pipe C kept with forward-lean state from the 1st accommodating space fractional t1.In addition, using The type that person is easy elongated to pipe C etc. stock in the state that door 8 is opened identifies, and easy access tube C etc. is thin Long stock.

In addition, going out the 1st accommodating space fractional t1 and the 2nd accommodating space part T2 by 55 zoning of zoning portion, therefore, even if making User 8 is opened and closed on the door, and no matter elongated pipe C is one or more, also all will not accidentally make pipe C from the 1st accommodating space portion T1 inclination is divided to pour into the 2nd accommodating space part side T2.

In addition, being protected to it with toppling over without the stock for not making pipe C etc. elongated in addition preparing to need in the past The addition associate member held, so that extra-pay will not be generated.

In addition, nearby the 1st wall part 41R of the 1st accommodating space fractional t1 of formation of the wall portion 41 of side is from lower part to top (inclination angle alpha) is tilted in a manner of gradually stretching out towards nearby side.Thus, it is easier to pipe C be kept under forward-lean state.

In addition, bottom 45 is gradually increasing (tilt angle theta) from the 1st wall part 41R to inboard wall portion 42.Thus, pipe C exists It is easy to be held in the 1st accommodating space fractional t1 in the state of nearby rolling because of its self weight, to be easy and the 1st wall portion Divide 41R contact and pipe C is kept with stable state.Moreover, user is easier using finger come the storage such as access tube C Product can be improved the ease of use of pocket frame 40.

In addition, the width dimensions W of the 1st accommodating space fractional t1 is in the range of 25~130mm, the 1st accommodating space part The depth size V1 of T1 is in the range of 25~130mm, and the height dimension F of the 1st accommodating space fractional t1 is in 60~120mm's Range.Due to being in this size range, even if 8 being opened and closed on the door, it also can sufficiently avoid the 1st accommodating space of merging The pipe C of fractional t1 etc. elongated stock overturns.That is, can be in the 1st accommodating space fractional t1 to erect the in stable condition of receiving The ground stock elongated to pipe C etc. is kept, user can easily by pipe C etc. it is elongated stock merging pocket frame 40 or Person takes out from pocket frame 40.

In addition, the 1st accommodating space fractional t1 is set to the position of the side close handle portion 8C of door 8.Even if using as a result, In the state that person is opened door 8 with lesser angle, user also can simply connect in the position of close handle portion 8C, i.e. The pipe C kept with forward-lean state is taken out the position of nearly user from the 1st accommodating space fractional t1.In addition, even if with smaller Angle by door 8 open in the state of, user also can simply make pipe C return be placed into the 1st accommodating space fractional t1.

In addition, compared with the position of the bottom 45 of the 1st accommodating space fractional t1, the bottom 46 of the 2nd accommodating space part T2 Position it is higher.The 1st accommodating space fractional t1 is deeper than the 2nd accommodating space part T2 as a result, therefore, can be with upright state Stock steadily elongated to pipe etc. carries out receiving holding, and user is easy the stock elongated to pipe etc. and carries out visual confirmation And it is easy the elongated stocks such as access tube.In addition, since the 2nd accommodating space part T2 is more shallow than the 1st accommodating space fractional t1, Therefore, even if carrying out receiving holding to lesser bottle, relatively thin packing container etc., user is also easy to lesser bottle, relatively thin Packing container etc. carry out visual confirmation and be drawn off.

In addition, the inclination angle alpha of the 1st wall part 41R of the 1st accommodating space fractional t1 with respect to the horizontal plane (X-Y plane) Be set as the 2nd wall part 41L less than the 2nd accommodating space part T2 with respect to the horizontal plane (X-Y plane) inclination angle beta (α < β.Referring to Fig. 8).Therefore, from user, compared with the 2nd wall part 41L, the 1st wall part 41R is more oblique to nearby rolling.By This, compared with the opening of the 2nd accommodating space part T2, it can be ensured that the opening of the 1st accommodating space fractional t1 is more roomy, therefore, The workability for passing in and out the stocks such as pipe C relative to the 1st accommodating space fractional t1 is improved.

(the 2nd embodiment)

In the following, the 2nd embodiment is illustrated.In the 2nd embodiment, for substantially and in the 1st embodiment The identical part in corresponding part, suitably mark identical symbol and illustrated to omit.

Fig. 5 is the perspective view of pocket frame 40 shown in the 2nd embodiment, and Fig. 6 is to show the 2nd embodiment with section The explanatory diagram from side of major part.Fig. 7 is to the inside surface side that stock is contained in door in the 2nd embodiment The perspective view that the example of pocket frame is illustrated.Fig. 8 is the side view of the pocket frame from the direction I of Fig. 7 in the 2nd embodiment.

As shown in figure 5, notch 60 is formed in the upper rim portion as the 1st wall part 41R for stretching out wall portion in X direction. As shown in fig. 6, making in the state that pipe C is contained in the 1st accommodating space fractional t1 with vertical-position by the notch 60 User is easy swimmingly as shown by arrow H like that take out pipe C out of the 1st accommodating space fractional t1 using finger.

The notch depth size J of notch 60 shown in fig. 5 can be set as follows.That is, the overall length of pipe C is for example set For 140mm.In this case, the height U of the 1st wall part 41R of notch 60 be at least set as the 70mm of the half of 140mm with On, maximum is set as 2/3 of 140mm or so size.

Pocket frame 40 has this notch 60, thus can also on the basis of the effect realized by the 1st embodiment Realize following effect.

Even if the upper space of the 1st accommodating space fractional t1 is smaller than the 1st embodiment, user also can be relative to 1 accommodating space fractional t1 rests against the elongated stock such as pipe C of notch 60, therefore, the sky of the medial surface 8D of door 8 to pick and place Between utilization efficiency be improved.In addition, user can from notch 60 stock (referring to Fig. 8), for receiving It is improved in the visual confirmation of the stock of the 1st accommodating space fractional t1.

In addition, the height U of the 1st wall part 41R be less than 70mm, so as to sufficiently inhibit on the door 8 be opened and closed when pipe C appearance A possibility that easily flying out from notch 60.Moreover, the height U of the 1st wall part 41R is greater than 2/3 or so of 140mm, so as to Sufficiently inhibit to cause user to be difficult to pipe C from the 1st because pipe C reduces from the 1st part outstanding wall part 41R (exposed portion) A possibility that being taken out in accommodating space fractional t1.

In addition, as shown in fig. 6, pocket frame 30,40,31 is configured with, when the storage such as plastic bottle R for containing large size in pocket frame 31 It, also can be relative to the 1st accommodating space fractional t1 of pocket frame 40 even if the idle space 70 of the top of pocket frame 40 is smaller when collection Access tube C.In addition, pocket frame 40 is configured between pocket frame 30,31, so that the lower section of pocket frame 40 only remains minimum dead-space volume 71, the space of the medial surface 8D of door 8 can be efficiently used.

In addition, as shown in fig. 6, it is preferred that the position of notch 60 is the inboard of the receiving portion of the large-scale plastic bottle R of front side Position, and be in position corresponding with the inclined shoulder portion RD of the plastic bottle R of the large size.Thereby, it is possible to be formed as having Effect ground is flexibly with the structure in the space of refrigerating chamber 2, and user can not be by the presence for the plastic bottle R for being contained in front side Influence and will easily be contained in the pipe C in the 1st accommodating space fractional t1 along arrow H direction obliquely to taking-up.Moreover, User can not by be contained in front side plastic bottle R existing influence and returns to pipe C and be contained in the 1st receive Hold in space segment T1.

In addition, in the 2nd embodiment, it is identical as the 1st embodiment, as shown in figure 8, the 1st accommodating space of pocket frame 40 1st wall part 41R of fractional t1 is tilted relative to the horizontal plane as X-Y plane from lower part to top with inclination angle alpha.Together Sample, the 2nd wall part 41L of the 2nd accommodating space part T2 is relative to the horizontal plane as X-Y plane from lower part to top to incline Rake angle β and tilt.Moreover, inclination angle alpha be less than inclination angle beta, compared with the 2nd wall part 41L, the 1st wall part 41R more to It nearby rolls oblique.As a result, compared with the opening of the 2nd accommodating space part T2, the opening of the 1st accommodating space fractional t1 can ensure that more It is roomy, it is improved accordingly, with respect to the workability of the stocks such as the 1st accommodating space fractional t1 access tube C.Moreover, real the 2nd It applies in mode, inclination angle alpha is adjusted according to the size of notch 60, so as to improve this workability, and energy The stocks such as pipes C unexpectedly fly out from the 1st accommodating space fractional t1 when enough opening and closings for sufficiently inhibiting door 8 etc..

In addition, in the 2nd embodiment, as shown in figure 8, the bottom 45 of the 1st accommodating space fractional t1 be formed as relative to Horizontal plane as X-Y plane is tilted with tilt angle theta, and the bottom 46 of the 2nd accommodating space part T2 is formed as relative to work It is tilted for the horizontal plane of X-Y plane with tilt angle ε.Tilt angle theta is set greater than tilt angle ε.As a result, as Fig. 8 is lifted Example shown in, by cover K it is directed downwardly in a manner of pipe C is contained in the 1st accommodating space fractional t1 when, be easy to rest against the 1st wall part The state of the medial surface of 41R carries out receiving holding to pipe C, moreover, bottle etc. is contained in the 2nd accommodating space part T2 When, bottle etc. is kept in a manner of excessively not leaning on the 2nd wall part 41L.In addition, can also be answered in the 1st embodiment It is set greater than the construction of tilt angle ε with tilt angle theta.

The comparative studies example > of < embodiment 1 and comparative example 1

Fig. 9 be the 2nd embodiment an example (hereinafter referred to as embodiment 1) in the side partial cutaway of pocket frame is shown with section View.Figure 10 is the side partial sectional view for the comparative example 1 being accordingly shown with Fig. 9.Eggs P is placed in pocket frame 30.It is shown in Fig. 9 Embodiment 1 in, the rising wood of the 1st wall part 41R of pocket frame 40 has notch 60.In comparative example 1 shown in Fig. 10, pocket The front wall section of frame 40 also has notch 60.

In embodiment 1, the 1st wall part 41R of pocket frame 40 obliquely stretches out forwards.In comparative example 1 shown in Fig. 10 In, the such degree obliquely stretched out forwards of the wall part in the front of pocket frame 40 and not up to embodiment 1.The overall length of pipe C is set For 140mm.In embodiment 1, the distance between the preceding lower end of the pocket frame 30 adjacent with top and the preceding upper end of pocket frame 40 D1 is 130mm.In comparative example 1, between the preceding lower end of the pocket frame 30 adjacent with top and the preceding upper end of pocket frame 40 away from It is 122mm from d2.

In embodiment 1, the length of distance d1 and pipe C ratio reach 92% for 130mm/140mm.In comparative example 1, away from Reach 87% from the length of d2 and pipe C ratio for 122mm/140mm.If the length of distance d1 and pipe C ratio as in Example 1 More than 90%, then it is easier to take out pipe C from pocket frame 40.

The comparative studies example > of < embodiment 2 and comparative example 2

In addition, Figure 11 be the 2nd embodiment an example (hereinafter referred to as embodiment 2) in the side of pocket frame is shown with section Partial sectional view.Figure 12 is the side partial sectional view for the comparative example 2 being accordingly shown with Figure 11.In Figure 11, pocket frame 40 has Notch 60.In Figure 12, pocket frame 40 does not have notch.

In example 2, the rising wood of the 1st wall part 41R of pocket frame 40 is provided with notch 60.The overall length of pipe C is set For 140mm.In embodiment 1, the difference in height e1 of the notch 60 of the preceding lower end and pocket frame 40 of pocket frame 30 is 99mm.Comparing In example 2, the difference in height e2 of the upper end of the preceding lower end and pocket frame 40 of pocket frame 30 is 84mm.In embodiment 2, difference in height e1 and The length ratio of pipe C reaches 70% for 99mm/140mm.In comparative example 2, the length ratio of difference in height e1 and pipe C are 84mm/140mm And reach 60%.

According to the viewpoint being easy from the taking-up of pocket frame 40 pipe C, in example 2, preferably the length of difference in height e1 and pipe C are than big In 60%, more preferably greater than 2/3 (about 67%), 70% is still more preferably increased to.

The comparative studies example > of < embodiment 3 and comparative example 3

Figure 13 be the 2nd embodiment an example (hereinafter referred to as embodiment 3) in shown with section pocket frame side part Cross-sectional view.Figure 14 is the side partial sectional view that pipe C is contained in pocket frame 40 in Figure 13, is shown pipe C with to the 1st wall part The example that the inclined mode of 41R accommodates.Figure 15 is the side partial sectional view for the comparative example 3 being accordingly shown with Figure 14, is not had Standby notch 60, and the wall part in the front of pocket frame 40 and the not up to degree obliquely stretched out forwards like that of embodiment 3. The case where width in the front-back direction that the pocket frame 30 of embodiment 3 is shown in Figure 13 is 160mm.In Figure 14, the pocket frame of embodiment 3 40, from the length of bottom surface to the notch 60 of inclined 1st wall part 41R is 75mm forwards in a manner of stretching.Not Have in the comparative example shown in figure 15 of notch 60, the height of the wall part is 90mm.

In the embodiment 3 shown in Figure 14, make for this purpose the 1st wall part 41R in a manner of stretching out forward Side's inclination.That is, as shown in figure 14, in the state that the inner surface along the 1st wall part 41R accommodates pipe C, pipe C's Position on the front-rear direction of front end CT is more closer to the front than the half of the 160mm of width in the front-back direction of the pocket frame 30 on top.

For example, in the embodiment 3 shown in Figure 14, the front end CT of pipe C away from the distance g1 of door inner surface (horizontal direction away from From) it is 92mm.In comparative example 3 shown in figure 15, the front end CT of pipe C is 75mm away from the distance g2 of door inner surface.In Figure 14 Shown in embodiment 3, the front end CT of pipe C is away from the width on the front-rear direction of the distance g1 of door inner surface and pocket frame 30 The ratio between 160mm reaches 57% for 92mm/160mm.In comparative example 3 shown in figure 15, the front end CT of pipe C is away from door inner surface Distance g2 and pocket frame 30 front-rear direction on the ratio between width 160mm reach 46% for 75mm/160mm.

According to being easy to take out the viewpoint of pipe C from pocket frame 40, in embodiment 3, when making side of the 1st wall part 41R to stretch out When formula tilts forwards, preferably on the front-rear direction of the distance between the front end CT of pipe C and door inner surface g1 and pocket frame 30 The ratio between width is greater than 46%, and more preferably greater than 50% (half) still more preferably increases to 57%.

In addition, as shown in figure 14, in embodiment 3, the distance h1 from the bottom surface of pocket frame 40 to notch 60 is, for example, The ratio between length 140mm of 75mm, distance h1 and pipe C reaches 53% for 75mm/140mm.In this way, the bottom surface of pocket frame 40 is to notch The distance h1 in portion 60 is more than half of the length of pipe C, thus, it is possible to prevent that pipe C from toppling in door opening and closing to the outer of pocket frame 40 Portion is fallen.

Figure 16 shows pipe C in embodiment 3 to rest against notch 60 from the inboard corner part of the bottom surface of pocket frame 40 The example for the state that mode is received.From the inboard corner part (inboard inner corner portion) of the bottom surface of pocket frame 40 to the 1st wall part The distance k1 of the preceding upper end (rising wood of notch 60) of 41R is 88mm.The ratio between the length 140mm of distance k1 and pipe C is 88mm/140mm and reach 62%.This 62% be distance k1 more than half.

Therefore, in the embodiment of Figure 16 3, even if when tilt angle maximum of the pipe C when pocket frame 40 is tilted, in reality It applies in example 3, can also be substantially prevented from pipe C and topple over and fallen to the outside of pocket frame 40.In addition, the length 140mm of distance k1 and pipe C The ratio between preferably more than 50% (half), more preferably 60% or more, still more preferably increase to 62%.

Embodiment is illustrated above, embodiment is to propose as an example, is not intended to practical Novel range is limited.It can implement new embodiment with various other ways, without departing from utility model purport In range, various omissions, displacement, change can be carried out.Above embodiment and its deformation are contained in utility model range, purport In the range of, and be contained in claims in documented utility model and its equivalent range.For example, the 1st implements Mode, the 2nd embodiment, each embodiment are size example etc., not only only can individually implement one of those, can also combine reality Apply several (or whole) therein.

The construction of refrigerator 1 shown in FIG. 1 after all as an example of, any configuration can be used.For example, main body shown in Fig. 1 The front surface of the refrigerating chamber 2 of 1A is provided with the door 7,8 for the left and right that the front surface opening portion of refrigerating chamber 2 is opened and closed.However, simultaneously It is not limited to this, the door 7,8 of left and right can also be replaced and the door singly opened is set in the front surface of the refrigerating chamber of main body 1A 2.

The example for being opposed to be set to the medial surface 8D of the door 8 on right side as the pocket frame 40 of receiving portion is shown in Fig. 2, but It is not limited thereto, the pocket frame 40 as receiving portion can also be opposed to be set to the medial surface of the door 7 in left side in Fig. 1.

Left and right door 7,8 and drawer type door 9,10,11,12 each front surface configured with front panel 7A, 8A, 9A, 10A,11A,12A.Each front surface of the door 9,10,11,12 of the door 7,8 and drawer type of left and right can not also configure this front panel But the steel plate that configuration is usually used.

For the pocket frame 40 as receiving portion, the 1st accommodating space fractional t1 and the 2nd accommodating space of accommodating space T are constituted Part T2 can be identical color, also can be set to different colors.For example, the 1st accommodating space fractional t1 can be it is transparent And colourless plastics, the 2nd accommodating space part T2 for example can be the transparent plastics coloured with light color.

In this way, working as use by the way that the 1st accommodating space fractional t1 and the 2nd accommodating space part T2 are set as different colors It, can be reliably to for accommodating the elongated storage such as pipe C when person is kept with the upright state stock elongated to pipe C etc. 1st accommodating space fractional t1 of product is identified.

In Fig. 1 and pocket frame 40 shown in Fig. 2, the 1st accommodating space fractional t1 is configured at the side handle portion 8C of door 8, but the 1st Accommodating space fractional t1 can also be configured at the position of the side close rotary shaft CL of the center portion of pocket frame 40, door 8.

Claims (9)

1. a kind of refrigerator, the refrigerator has:

Main body, with storeroom；

Door, is opened and closed the front surface opening portion of the storeroom of the main body；And

Receiving portion is configured at the inside of the door and is used to accommodate stock,

It is characterized in that, the receiving portion has:

The nearby wall portion of side is used to form accommodating space between the medial surface of the door；And

Zoning portion is used to the accommodating space zoning be left and right sides accommodating space,

The wall portion of the nearby side has stage portion in position corresponding with the zoning portion,

The accommodating space by zoning be the 1st accommodating space part and depth length than the 1st accommodating space part into The 2nd short accommodating space part of deep length.

2. refrigerator according to claim 1, which is characterized in that

The wall portion of the nearby side, formation the 1st accommodating space part the 1st wall part is from lower part to top towards closely The mode that front side is gradually stretched out tilts.

3. refrigerator according to claim 2, which is characterized in that

The bottom for forming the 1st accommodating space part is opposed to constitute from the 1st wall part to the 1st wall part The inboard wall portion of the receiving portion is gradually increasing.

4. refrigerator according to claim 3, which is characterized in that

The width dimensions of the 1st accommodating space part are in the range of 25~130mm,

The depth size of the 1st accommodating space part is in the range of 25~130mm,

The height dimension of the 1st accommodating space part is in the range of 60~120mm.

5. refrigerator according to claim 4, which is characterized in that

It can will be filled with the pipe of condiment and the 1st accommodating space portion is held in the state erect.

6. the refrigerator according to any one of claim 2~5, which is characterized in that

Notch is formed in the top of the 1st wall part.

7. the refrigerator according to any one of claim 2~5, which is characterized in that

The 1st accommodating space part is configured at the installation site than the door close to the handle portion side that the door is opened and closed Position.

8. the refrigerator according to any one of claim 2~5, which is characterized in that

The height and position for forming the bottom of the 2nd accommodating space part is higher than the bottom for forming the 1st accommodating space part Position.

9. refrigerator according to claim 8, which is characterized in that

The tilt angle that 1st wall part is inclined relative to horizontal is set as being less than the formation of the nearby wall portion of side The tilt angle that 2nd wall part of the 2nd accommodating space part is inclined relative to horizontal.