JP4430640B2 - Stirring container holding stand of mixer device - Google Patents

Description

  In the present invention, for example, when the contents in a stirring container of a mixer device for home use are transferred to another container, the stirring container is supported and held in an inclined posture with the upper opening directed downward. The present invention relates to a stirring container holding stand of a mixer device that can be used.

  As shown in FIG. 5, this type of mixer device generally has a bottom portion 1B provided with a stirring blade 9 at the lower portion of a cylindrical barrel portion 1A (a lower outer peripheral surface of the cylindrical barrel portion 1A). And a stirring container 1 formed by screwing the screwing part 10 to the screwing part 11 formed on the inner peripheral surface of the bottom part 1B and screwing both of them together, and stirring the bottom part 1B of the stirring container 1 The main body S having a driving means for driving the blade body 9 to rotate at high speed is mounted on the main body S in a state where the stirring container 1 is erected, so that the stirring by the driving means of the main body S is performed. The stirring blade body 9 at the bottom 1B of the container 1 is driven to rotate at high speed to crush and stir the contents in the stirring container 1, and a mixer device based on the same technical idea is disclosed in, for example, It is disclosed in 2006-55628.

  By the way, this kind of mixer apparatus removes the stirring container from the main body after the stirring and cooking, and transfers the cooked contents in the stirring container to another container such as a saucer or a cooking container. Specifically, the stirring container detached from the main body is held in an inclined posture with the upper opening facing downward, and the contents in the stirring container are poured into the predetermined container from the upper opening and transferred. Do work.

  Therefore, during this transfer operation, it is necessary to hold the stirring container in a tilted posture with the upper opening facing downward by, for example, supporting the stirring container by hand.

  In other words, for example, if the contents are highly fluid, such as vegetable drinks and fruit drinks, the transfer work can be completed in a short time, and thus the work can proceed without problems. However, in the case of contents that are highly viscous and have extremely low fluidity, such as dressing and especially mixer meals for those who have difficulty swallowing and chewing, such as elderly people, the contents do not easily flow out of this stirring vessel. However, this transfer operation takes a long time, and during that time, the stirring vessel must be held in an inclined posture by hand, which is a heavy burden on the operator. Also, if the contents are scraped off with a spoon or the like, it is troublesome and it takes a long time to scrape the contents cleanly.

JP 2006-55628 A

  The present invention has been completed in view of the above-described problems, and it is possible to easily and reliably support and hold the stirring container of the mixer device in an inclined state with the upper opening portion directed downward. Therefore, when performing the operation of transferring the contents in the stirring container to another container as described above, the stirring container is placed in the tilted position without holding the stirring container in the tilted position by hand. The workability and practicality that can solve the conventional problems and can transfer the contents in the stirring vessel to another container more easily than ever before can be achieved. It is an object of the present invention to provide a stirring container holding stand for an excellent and innovative mixer apparatus.

  The gist of the present invention will be described with reference to the accompanying drawings.

  A bottom portion 1B having a stirrer blade body 9 is connected to the lower portion of the body portion 1A and the top portion is opened. A holding stand for holding the stirring container 1 of a mixer device comprising a main body S that drives the stirring blade body 9 provided, wherein the stirring container 1 is in an inclined posture with the upper opening 1a facing downward. The posture holding support portion 4 has a support portion 2 for supporting the stirring vessel 1 and a connecting portion between the body portion 1A and the bottom portion 1B of the stirring vessel 1. In the groove portion 5 formed by the body portion 1A and the bottom portion 1B, and is provided with a locking means 3 to be hooked and locked to the groove inner surface or the groove upper edge on the bottom portion 1B side. When the stirring container 1 is supported on the part 2, the front of the stirring container 1 The stirrer 1 is prevented from moving downward or prevented from sliding against the posture holding support 4 by the locking means 3 being hooked and locked to the groove inner surface or the groove upper edge on the bottom 1B side of the concave groove-shaped portion 5. The present invention relates to a stirring container holding stand of a mixer device that is configured to be supported and held in a state.

  Further, the posture holding support portion 4 includes a lower support portion 2l that supports the upper opening 1a side as the body portion 1A of the stirring vessel 1, and the stirring vessel at a position above the lower support portion 2l. 1 has a body portion 1A and an upper support portion 2h for supporting the bottom portion 1B, and the upper support portion 2h and the lower support portion 2l support the stirring vessel 1 in a erected state. It concerns on the stirring container holding stand of the mixer apparatus of Claim 1 characterized by these.

  Further, the upper support portion 2h of the posture holding support portion 4 is configured to have a shape capable of hooking and locking the concave groove portion 5 of the stirring vessel 1, and the upper support portion 2h is used as the locking means 3. When the stirring container 1 is supported and held on the posture holding support part 4 in an installed state, the upper support part 2h of the posture holding support part 4 hooks and holds the concave groove-like part 5 of the stirring container 1. 3. The stirring container holding stand of the mixer device according to claim 2, wherein the stirring container 1 is supported and held in a downward movement preventing state or a sliding prevention state with respect to the posture holding support part 4. It is concerned.

  Further, the upper support portion 3 is provided so as to be slidably adjustable in the contact / separation direction with respect to the lower support portion 2 of the posture holding support portion 4 or is disposed at a position away from the lower support portion 2. An upper support part 3 is pivotally adjustable with respect to the lower support part 2 around the shaft, and the height position or separation distance of the upper support part 3 can be adjusted with respect to the lower support part 2 It concerns on the stirring container holding stand of the mixer apparatus of any one of Claim 2, 3 characterized by the above-mentioned.

  Further, the base member 6 provided with the lower support portion 2 is provided with a undulating body 8 which can be swung up and down via a connecting shaft 8a, and the undulating body 8 is opposite to the one end provided with the connecting shaft 8a. The upper support portion 3 is provided at the other end, and an angle adjustment fixing mechanism k for fixing the undulating body 8 to a predetermined raising angle with respect to the base portion 6 is provided, via the angle adjustment fixing mechanism k. By adjusting the raising angle of the undulating body 8, the height position or the separation distance of the upper support part 3 can be adjusted with respect to the lower support part 2. 5. The stir container holding stand of the mixer device according to claim 4, wherein the undulating body 8 is configured to be folded and polymerized by folding the undulating body 8 on the base portion 6.

  Since this invention was comprised as mentioned above, the stirring container of a mixer apparatus can be hold | maintained in an inclined state toward an upper opening part below by a attitude | position holding | maintenance support part.

  Moreover, in the present invention, the locking means of the posture holding support portion is hooked and locked in the concave groove-shaped portion formed at the connecting portion between the trunk portion and the bottom portion of the stirring vessel, and thereby the stirring vessel Can be supported and held in a downward movement-preventing state or a sliding-preventing state with respect to the posture holding support portion, and the stirring container can be supported and held with good stability.

  Therefore, according to the present invention, the stirring container of the mixer device can be supported and held in an inclined state with the upper opening portion facing downward, so that the stirring container in the stirring container as in the above-described conventional example can be supported. During the work of transferring the contents to another container, the troublesome work of having to keep the stirring container in an inclined position by hand is eliminated, and the stirring container that has just been stirred and cooked is removed from the main body. For example, another container (a saucer or other cooking container) is placed at a position where the contents of the upper opening facing the lower side of the stirring container supported and held in this inclined posture are discharged. Just by placing and leaving for a certain period of time, transfer of the contents in the stirring vessel can be easily achieved, such as an agitating vessel holding stand of an innovative mixer device excellent in workability and practicality, Become.

  In the second and third aspects of the invention, the upper support portion and the lower support portion can realize a configuration that can stably and stably support the stirring vessel in the posture holding support portion with a simple configuration. Excellent in practicality.

  In particular, in the invention described in claim 3, the upper support portion also functions as the above-mentioned locking means, and thus the function is further improved, and the operation of causing the stirring vessel to be supported on each support portion of the posture holding support portion. Further, it is possible to simultaneously achieve the means for catching and locking the locking means in the concave groove-shaped portion of the stirring vessel, and the operability is further improved.

  In the inventions of claims 4 and 5, the height difference between the upper and lower support portions of the posture holding support portion is adjusted according to the size and shape of the stirring vessel supported and held in the inclined posture according to the present invention. In addition, since the separation distance can be adjusted, it is possible to satisfactorily cope with agitating containers of various sizes and shapes, and is further excellent in practicality.

  Embodiments of the present invention that are considered suitable (how to carry out the invention) will be briefly described with reference to the drawings, illustrating the operation of the present invention.

  In the present invention, a bottom portion 1B provided with a stirring blade body 9 is continuously provided at the lower portion of the body portion 1A, and the stirring vessel 1 with the upper portion opened, and the stirring vessel 1 is placed in a standing state. The stirring container 1 of the mixer apparatus comprising the main body S that drives the stirring blade 9 provided on the bottom 1B of the mixer is held.

  The stirring vessel 1 is supported by the support portion 2 of the posture holding support portion 4, and the groove formed by the barrel portion 1A and the bottom portion 1B at the connecting portion of the barrel portion 1A and the bottom portion 1B of the stirring vessel 1 is provided. By engaging the locking means 3 with the inner surface or the upper edge of the groove on the bottom 1B side of the shaped portion 5 and locking it, the stirring vessel 1 is prevented from moving downward or sliding down with respect to the posture holding support 4. The bearing can be held.

  That is, according to the present invention, in the stirring container 1 of this type of mixer device, the concave groove-like portion 5 that is inevitably formed at the connecting portion between the trunk portion 1A and the bottom portion 1B is formed by the locking means 3. By being hooked and locked, the stirring container 1 supported on the support portion 2 of the posture holding support portion 4 can be reliably supported and held in an inclined posture by the posture holding support portion 4 without falling or sliding down. It will be.

  Therefore, the present invention is simple and reliable by simply supporting the stirring container 1 on the support part 2 of the posture holding support part 4 and hooking the recessed groove-like part 5 of the stirring container 1 on the locking means 3. It is possible to support and hold the stirring container 1 in an inclined posture with the upper opening 1a facing downward. For example, when the contents in the stirring container 1 are transferred to another container, Instead of holding the container 1 in an inclined posture by hand one by one, the present invention allows the stirring vessel 1 to be supported and held in an inclined posture with the upper opening 1a facing downward in a stable and reliable manner. Therefore, the transfer operation can be easily achieved, and the stirring container holding stand is suitable for this type of mixer apparatus and has a very high practical value.

  Further, the support 2 of the posture holding support 4 may be of any configuration that can support the stirring vessel 1 with good stability. For example, the posture holding support 4 Is a lower support portion 2l that supports the upper opening 1a side as the body portion 1A of the stirring vessel 1, and a bottom portion 1B that is the body portion 1A of the stirring vessel 1 at a position above the lower support portion 2l. In the case where the stirring vessel 1 is supported by the upper support portion 2h and the upper support portion 2h and the lower support portion 2l, the upper and lower sides are simply By installing the stirring container 1 on the support parts 2h and 2l, the stirring container 1 is supported on the upper opening 1a side and the bottom 1B side of the body part 1A, respectively. The attitude of the container 1 consisting of these upper and lower support parts 2h, 2l So that the can be laid bearing held in the lifting bearing 4.

  Further, in particular, the upper support portion 2h of the posture holding support portion 4 is configured to have a shape capable of hooking and locking the concave groove-shaped portion 5 of the stirring vessel 1, for example. When the stirring container 1 is supported and held on the posture holding support part 4 in the installed state by the means 3, the upper support part 2h of the posture holding support part 4 hooks the concave groove-like part 5 of the stirring container 1 and supports it. In the case where the stirring container 1 is configured to be supported and held in a downward movement-preventing state or a sliding-preventing state with respect to the posture holding support portion 4 by being locked, the upper support portion 2h of the posture holding support portion 4 is A function of supporting the stirring vessel 1, and a function of hooking and locking the concave portion 5 of the stirring vessel 1 to prevent the stirring vessel 1 from moving downward or sliding (function as the locking means 3); It is a configuration that can fulfill both functions of Therefore, it is not necessary to provide the locking means 3 separately, and the structure is more excellent in functionality. In addition, this operation is simply performed by supporting the concave groove portion 5 of the stirring vessel 1 on the upper support portion 2. Since the operation of hooking and locking the stirring container 1 in the downward movement prevention or sliding prevention state is achieved at the same time, the workability is further improved.

  Specific embodiments of the present invention will be described with reference to the drawings.

  In this embodiment, a bottom portion 1B provided with a stirring blade body 9 is connected to the lower portion of the body portion 1A, and the stirring vessel 1 having an open top is placed on the stirring vessel 1 in a standing state. 1 is a holding stand for holding the stirring container 1 of a mixer device including a main body S that drives a stirring blade body 9 provided on a bottom portion 1B of the main body 1;

  As shown in FIG. 5, the stirring container 1 has a screwed portion 10 formed on the lower outer peripheral surface of the body portion 1A with the upper and lower portions opened, and an inner peripheral surface of the female screw groove portion formed on the bottom portion 1B. The bottom portion 1B is screwed and fixed to the lower portion of the body portion 1A by screwing with the portion 11. In addition, by screwing and fixing the lower portion of the body portion 1A into the female screw groove portion of the bottom portion 1B, the lower portion of the body portion 1A and the upper portion (upper end surface) of the bottom portion 1B, the body portion 1A and the bottom portion 1B A substantially V-shaped or substantially U-shaped groove is formed in the continuous portion of the, and a substantially V-shaped or substantially U-shaped groove formed in the continuous portion is provided with a locking means described later. Let 3 be a groove-shaped portion 5 that is hooked and locked. In addition, by slightly screwing the body 1A from the threaded portion 11 of the female thread groove portion of the bottom portion 1B in the unscrewing direction (releasing the screwing fixing), the groove shape of the concave groove-like portion 5 is slightly wider. It may be a deep groove.

  A stirring blade body 9 is rotatably provided inside the bottom portion 1B of the stirring container 1, and the stirring container 1 is placed on the main body S so as to move the main body S. Thus, the stirring blade body 9 is rotated at a high speed by the driving means of the main body S, so that stirring cooking can be performed in the stirring container 1.

  The mixer device used in this embodiment is the same as a general commercially available product of this type that is used by placing the stirring container 1 on the main body S in a standing state. The detailed description of the main body S in the commercially available mixer device is not directly related to the gist of the present invention, and therefore will be omitted.

  The stirring container holding stand of the mixer apparatus of the present embodiment has a posture holding support portion 4 that supports and holds the stirring container 1 in an inclined posture with the upper opening 1a facing downward.

  The posture holding support part 4 has a support part 2 for supporting the stirring container 1. Specifically, as shown in FIGS. 1 and 4, the lower support portion 2l that supports the upper opening 1a side as the body portion 1A of the stirring vessel 1, and the lower support portion 2l. As shown in FIG. 4, the upper support portion 2 h that supports the bottom portion 1 B side as the body portion 1 A of the stirring vessel 1 at the position, and the upper support portion 2 h and the lower support portion 21. The stirring vessel 1 is inclined and supported in a erected state.

  Further, the posture holding support portion 4 includes a concave groove-like portion 5 formed by the body portion 1A and the bottom portion 1B at the connecting portion of the body portion 1A and the bottom portion 1B of the stirring vessel 1 on the bottom portion 1B side. When the stirring container 1 is supported on the upper support part 2h and the lower support part 2l of the posture holding support part 4 in a erected state, the locking means 3 is provided. The agitation container 3 is hooked and locked to the groove inner surface or the groove upper edge on the bottom 1B side of the concave groove-shaped portion 5 so that the stirring container 1 is prevented from moving downward or slipping against the posture holding support portion 4. It is configured to be supported and held in a state.

  Specifically, the upper support portion 2h of the posture holding support portion 4 described above is formed into a shape capable of hooking and locking the concave groove-shaped portion 5 of the stirring vessel 1, and the upper support portion 2h is connected to this engagement portion. The stop means 3 is configured.

  Therefore, as shown in FIG. 3, when the stirring container 1 is supported and held on the posture holding support part 4, the concave groove-like part 5 at the connecting portion between the body 1 </ b> A and the bottom 1 </ b> B of the stirring container 1 is provided. When the upper support portion 2h of the posture holding support portion 4 is supported, the upper support portion 2h falls into the concave groove-like portion 5 (enters into the groove), and the concave groove-like portion 5 is hooked. As a result, the stirring container 1 is supported and held in the downward movement preventing state or the sliding prevention state with respect to the posture holding support portion 4.

  That is, the posture holding support part 4 can support and hold the stirring container 1 in the erected state and the downward movement-preventing state or the sliding-preventing state by the lower support part 21 and the upper support part 2h.

  By the way, in the present embodiment, the height support position and the separation distance of the upper support portion 3 can be adjusted with respect to the lower support portion 2 of the posture holding support portion 4.

  As the position adjustment structure of the upper support part 3 with respect to the lower support part 2, for example, a structure in which the upper support part 3 is provided so as to be slidable and adjustable in the contact and separation direction with respect to the lower support part 2 or A structure in which the upper support portion 3 is provided so as to be rotatable and adjustable with respect to the lower support portion 2 around the rotation shaft disposed at a position separated from the support portion 2 may be adopted. 2 and 3, the base body portion 6 provided with the lower support portion 2 is provided with a undulating body 8 that can be swung up and down via a connecting shaft 8a. An angle adjustment fixing mechanism k for fixing the undulating body 8 to a predetermined rising angle with respect to the base body 6 with the structure in which the upper support 3 is provided on the other end opposite to the one provided with the connecting shaft 8a. The raising angle of the undulating body 8 via the angle adjusting and fixing mechanism k By adjusting, the height position or the separation distance of the upper support part 3 can be adjusted with respect to the lower support part 2, and when not in use, the undulation body 8 is turned down and the undulation body 8 is adjusted. Is configured to be folded and polymerized on the base portion 6.

  More specifically, as shown in FIG. 1, a part of the upper edge portion of the rising side wall portion of the rectangular box-shaped base portion 6 having an upper opening is used as the trunk portion 1 </ b> A of the stirring vessel 1 to open the upper portion. It is configured as a lower support portion 21 that supports the portion 1a side. As shown in the drawing, a part of the upper edge portion of the rising side wall portion of the box-shaped base portion 6 constituting the lower support portion 21 is recessed in a substantially U shape or a substantially C shape. The stirring vessel 1 supported on the lower support portion 21 is prevented from rolling to the left and right and falling off so that it can be supported with good stability.

  Further, the undulating body 8 is formed in a U-shaped cross-sectional shape that can be disposed in the box-shaped base portion 6, and as shown in FIG. One part is disposed on the lower side in the base part 6, and the connecting shaft 8 a is disposed through the connecting body 8 in a erected state between the left and right facing parts of the undulating body 8. The undulating body 8 having a U-shaped cross section is fixed to the rising side wall portion of the box-shaped base portion 6, and the undulating body 8 having a U-shaped cross-section is undulated and rotated with respect to the box-shaped base portion 6 through the connecting shaft 8 a.

  The end of the undulating body 8 opposite to the side on which the connecting shaft 8a is provided is recessed (notched) in a substantially U shape or C shape, and the recessed end edge of the undulating body 8 is the upper support portion. 2h.

  Various structures can be adopted as the angle adjustment fixing structure of the angle adjustment fixing mechanism k. For example, in the illustrated embodiment, the undulation body 8 is supported in a protruding state from the side surface portion facing the base portion 6. The housing 13 is provided so as to be rotatable, and a wave-like locking portion 14 that positions and locks the lower portion on the protruding end side of the supporting housing 13 is provided on the upper surface of the bottom portion of the base body 6.

  The support housing 13 is configured to project from a side surface portion of the undulating body 8 so as to be rotatable in the axial direction along the connecting shaft 8a of the undulating body 8. The corrugated locking portion 14 has a substantially J-shaped side section, and a plurality of long concave strips in the direction along the connecting shaft 8a of the undulating body 8 are arranged side by side in the surface direction of the base portion 6 (see FIG. 2 is a configuration provided in a plurality in the left-right direction.

  As shown in FIG. 2, any one of the plurality of concave stripes of the corrugated locking portion 14 is selected, and as shown in FIG. By fitting and locking the lower portion, the undulating body 8 is supported by the support housing 13 in a state where the protuberance is prevented from rotating with respect to the base portion 6, whereby the undulating body 8 is supported with respect to the base portion 6 at a predetermined rising angle. The angle adjustment fixing mechanism k is configured so as to be fixed to the head.

  Accordingly, the lower support portion 2l provided on the base portion 6 and the undulation depending on which recess the lower portion of the support housing 13 of the undulating body 8 is fitted and locked to the corrugated locking portion 14 of the base portion 6. The relative height position and separation distance from the upper support 2h provided on the body 8 can be adjusted, so that it can be used for various sizes of the stirring container 1 (the various sizes of the stirring container 1 are stable and good. In addition, the posture holding support portion 4 can be supported and held in an inclined posture.

  Further, the lower portion of the support casing 13 is removed from the concave portion of the corrugated locking portion 14, and the undulating body 8 is pivoted with respect to the base portion 6 to be folded with respect to the base portion 6. As shown in FIG. 3, the undulating body 8 having a U-shaped cross section can be accommodated in the box-shaped base portion 6 to be compact.

  Further, in this embodiment, the posture holding support 4 is provided with a height adjusting mechanism T that can adjust the support height position of the stirring vessel 1 supported and held in the posture holding support 4 in the installed state.

  Various structures can be adopted as the structure of the height adjustment mechanism T. In the illustrated embodiment, however, the supporting leg 7 is provided below the box-shaped base portion 6 below the posture holding support portion 4. Are provided in a projecting state (in the present embodiment, four bodies are provided), and each of the plurality of support legs 7 supports the box-shaped base portion 6 in a floating state with respect to the grounding surface. The height position of the base body portion 6 is adjusted by adjusting the expansion and contraction of the body 7 by the length adjusting means n. As a result, the lower support portion 21 provided on the base body portion 6 and the base body portion 6 are swung up and down. The height position of the upper support portion 2h provided on the flexible undulating body 8 is adjusted so that the support height position of the stirring vessel 1 can be adjusted.

  More specifically, the support leg body 7 is a screwed casing (bolt rod) having a screw thread formed on the outer peripheral surface. On the other hand, the support leg bodies 7 are screwed onto the bottom portion of the base portion 6. Screwing holes 12 to be fitted are provided, and the degree of screwing of each support leg 7 into each screwing hole 12 (that is, the amount of protrusion of each support leg 7 from the base portion 6) is adjusted by screwing operation. By doing so, the height position of the base body portion 6 can be adjusted.

  Therefore, since the support height position of the stirring container can be adjusted via the height adjustment mechanism, for example, when performing the work of transferring the contents in the stirring container to another container as described above, the posture holding support part 4 The support height position of the stirring container held in an inclined position can be adjusted as appropriate according to the size (height dimension) of the transfer destination container, and the content can be transferred from this stirring container to another container accordingly. More suitable for work.

  As described above, the stirring container holding stand of the mixer apparatus according to the present embodiment adjusts the undulating body 8 to a predetermined rising angle with respect to the base portion 6 via the angle adjustment fixing mechanism k as shown in FIG. After appropriately adjusting the relative height position and separation distance of the side support part 21 and the upper support part 2h, the stirring container 1 is installed between the lower support part 21 and the upper support part 2h, and the stirring container By placing the concave groove-shaped part 1 on the upper support part 2h so as to be caught and locked by the upper support part 2h, the stirring container 1 is placed on the posture holding support part 4 composed of the upper and lower support parts 2h, 2l. The upper opening 1a can be supported and held in an inclined posture with the lower side directed downward.

  Therefore, in this embodiment, the stirring container 1 after stirring cooking is detached from the main body S of the mixer device, and is supported and held in an inclined posture with the upper opening 1a facing downward by the holding stand of this embodiment. A receiving tray 15 is arranged at the tip of the contents flowing out from the upper opening 1a of the stirring container 1 in this inclined posture, and the contents in the stirring container 1 are naturally received by leaving them for a predetermined time. (As in the conventional example, there is no need to keep the tilted posture by hand at all). Further, the height position of the tray 15 with respect to the upper opening 1a of the stirring vessel 1 is adjusted when the above-mentioned transfer operation is performed by appropriately adjusting the support height position of the stirring vessel 1 by the height adjusting mechanism T. It is also possible to adjust the height so as to be an appropriate height, and it can be suitably used for the stirring container 1 of various mixer devices regardless of the size of the stirring container 1.

  6 and 7 show another example of the embodiment of the present invention described above.

  More specifically, in the illustrated other example, the base portion 6 and the undulating body 8 are integrally formed. Specifically, the lower end edge of the undulating body 8 having a U-shaped cross section and the side edge of the bottom surface portion of the base portion 6 are connected to each other so as to be bent. Accordingly, the folded edge portion of the base body 6 and the undulating body 8 serves as the connecting shaft 8a as the undulating rotation shaft of the undulating body 8.

  In the illustrated example, a fixing structure using a thumbscrew is employed as the angle adjustment fixing mechanism k of the undulating body 8. Specifically, insertion holes 19 through which the thumbscrew trunk portions 17 of the thumbscrews are inserted are respectively provided in the left and right opposing portions of the undulating body 8 having a U-shaped cross section (see FIG. 7). A curved long hole-shaped guide long hole 18 is formed in the rising peripheral wall portion of the box-shaped base portion 6 facing the left and right opposing pieces of the body 8 (see FIGS. 6 and 7), and the undulating body 8 is opposed to the left and right. The wing screw trunk portion 17 is inserted into each of the insertion holes 19 from the inside, and the wing screw trunk portions 17 inserted and disposed in the respective insertion holes 19 are movably penetrated into the guide long holes 18 of the base portion 6. It is configured to be arranged.

  Accordingly, when the undulating body 8 is swung up and down with respect to the base portion 6, the thumb screw trunk portion 17 is moved in each guide slot 18 along with this, and the undulating body 8 is in a desired angular posture. The head of the undulation body 8 can be freely raised by fixing the posture of the undulation body 8 to the base body 6 with each wing screw by screwing the head of the wing screw 16 to each of the wing screw trunks 17. Can be adjusted.

  Thus, when the angle adjustment fixing mechanism k is configured to adjust the angle of the undulating body 8 by fixing with a thumbscrew, for example, the angle adjustment fixing mechanism k shown in FIGS. 1 to 4 is supported. Various members such as the housing 13 and the corrugated locking portion 14 are unnecessary, and the angle adjustment can be achieved at a very low cost.

  Note that the present invention is not limited to this embodiment, and the specific configuration of each component can be designed as appropriate.

It is a description perspective view of the stirring container holding stand of the mixer apparatus which concerns on a present Example. It is a description sectional side view of the stirring container holding stand of the mixer apparatus which concerns on a present Example. It is a description sectional side view of the stirring container holding stand of the mixer apparatus which concerns on a present Example. It is explanatory side step surface drawing which shows the use condition of the stirring container holding stand of the mixer apparatus which concerns on a present Example. It is explanatory front view which shows the mixer apparatus which concerns on a present Example. It is an explanation exploded perspective view showing another example of this example. It is explanatory side view which shows another example of a present Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Stirring container 1A Body part 1B Bottom part 1a Upper opening part 2 Bearing part 2l Lower side supporting part 2h Upper side supporting part 3 Locking means 4 Posture holding | maintenance supporting part 5 Groove-shaped part 6 Base part 8 Relief body 8a Connecting shaft 9 Stirring blade Body S Body k Angle adjustment fixing mechanism

Claims (5)

  A stirring vessel having a bottom portion provided with a stirring blade at the bottom of the body portion and having an opening at the top, and a stirring blade provided at the bottom of the stirring vessel are driven by placing the stirring vessel upright. A holding stand for holding the stirring vessel of the mixer device comprising a main body portion, and having a posture holding support portion for holding and holding the stirring vessel in an inclined posture with the upper opening directed downward. The posture holding support part has a support part for supporting the stirring container, and the bottom side of the groove-shaped part formed by the body part and the bottom part at the connecting portion between the body part and the bottom part of the stirring container. When the stirring vessel is supported on the support portion of the posture holding support portion, the inner surface of the groove on the bottom side of the concave groove-like portion of the stirring vessel is provided. Alternatively, the locking means is caught by the upper edge of the groove and locked. Stirred container holding stand mixer apparatus, characterized in that the stirring container is configured to be supported held in downward blocking state or sliding blocking state for this posture holding bearing between.   The posture holding support part is a lower support part that supports the upper opening side as a trunk part of the stirring container, and a bottom part side that is a trunk part of the stirring container at a position higher than the lower support part. The mixer apparatus according to claim 1, further comprising an upper support part for supporting, wherein the upper support part and the lower support part are configured to support the stirring container in a erected state. stand.   The upper support portion of the posture holding support portion is configured to have a shape capable of hooking and locking the concave groove-shaped portion of the stirring vessel, and the upper support portion is configured as the locking means. When the stirring vessel is supported and held in the erected state, the upper support portion of the posture holding support portion catches and locks the concave groove portion of the stirring vessel so that the stirring vessel is lowered with respect to the posture holding support portion. 3. The stirring container holding stand of the mixer device according to claim 2, wherein the stirring container holding stand is supported and held in a motion-preventing state or a sliding-preventing state.   The upper support portion is slidably adjusted in the contact / separation direction with respect to the lower support portion of the posture holding support portion, or the rotation shaft disposed at a position away from the lower support portion is used as a center. The upper support portion is provided so as to be rotatable and adjustable with respect to the lower support portion, and the height position or the separation distance of the upper support portion can be adjusted with respect to the lower support portion. The stirring container holding stand of the mixer apparatus of any one of 2,3. A base body portion provided with the lower support portion is provided with a undulation body that can be swung up and down via a connecting shaft, and the upper support portion is provided at the other end of the undulating body opposite to the one end provided with the connecting shaft. By providing an angle adjustment fixing mechanism that fixes the undulation body to a predetermined raising angle with respect to the base portion, and adjusting the raising angle of the undulation body via the angle adjustment fixing mechanism. The upper support portion is configured such that the height position or the separation distance of the upper support portion can be adjusted with respect to the lower support portion, and when not in use, the undulating body is rotated and the undulating body is folded onto the base portion and polymerized. The stirring container holding stand of the mixer apparatus according to claim 4, wherein the stirring container holding stand is configured to be obtained.

Images