CN209696816U - A kind of cleaning device of blender - Google Patents

Abstract

The utility model discloses a kind of cleaning devices of blender, including blender ontology, agitating device and the cleaning mechanism for being set to blender body interior, blender inner body wall is provided with two corresponding fins along its short transverse, cleaning mechanism includes cleaning block, driving device and lid, cleaning block is provided in round structure and the length direction of its side wall is provided with the strip groove through cleaning block, groove is slidably connected to blender ontology by fin, the end face center of cleaning block is provided with the internal screw thread through cleaning block along its thickness direction, cleaning block is threaded with lead screw by internal screw thread, lead screw is fixedly connected on lid far from one end of cleaning block, the side wall of lid is provided with downward lid eaves along its profile, driving device is set between lid eaves and blender ontology, above-mentioned apparatus solves blender inner wall because of residual Auxiliary agent and the problem for leading to the proportion inaccuracy of auxiliary agent, and then improve the accurate dosing process of auxiliary agent and the cleaning dynamics of blender.

Description

A kind of cleaning device of blender

Technical field

The utility model relates to blender equipment technical field, in particular to a kind of cleaning device of blender.

Background technique

Currently, blender is commonly applied to be stirred work to spice in chemical industry and food industry, it can make material It is enough to be mixed, reach two or more material and mix under stiring highly uniform, it is satisfied to reach people Degree.

Such as when in the auxiliary agent production more stringent for some charge ratios, due to modulation auxiliary agent required in blender Charge ratio difference addition water directly in large-scale blender, which is diluted, to be more troublesome, therefore normal in the side of large-scale blender It is standing to be equipped with easy, small volume a blender to complete further proportion process, it is suitable by adding inside it The solvent and water of amount complete dilution whipping process, and the auxiliary agent for finally completing stirring is arranged by the discharge port being arranged below blender Out, but during stirring is with discharge being usually present blender inner wall adhesion has auxiliary agent or stirring motor spindle to remain auxiliary agent, It changes so as to cause the practical charge ratio of auxiliary agent, it is therefore necessary to in blender before the proportion stirring for completing auxiliary agent Portion is cleaned, and then ensures the accurate proportion of auxiliary agent.

Utility model content

The purpose of the utility model is to provide a kind of cleaning devices of blender, solve blender inner wall because remaining auxiliary agent And lead to the problem of the proportion inaccuracy of auxiliary agent, and then improve the accurate dosing process of auxiliary agent and the cleaning dynamics of blender.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of cleaning device of blender including blender ontology, agitating device and is set to blender body interior Cleaning mechanism, the agitating device are set in blender ontology, and the blender inner body wall is provided with along its short transverse Two corresponding fins, the cleaning mechanism include cleaning block, driving device and lid, and the cleaning block is provided in round knot Structure and the length direction of its side wall is provided with the strip groove through cleaning block, the lower end of the cleaning block is set as inclined-plane Structure, the groove are slidably connected to blender ontology by fin, and the end face center of the cleaning block is set along its thickness direction It is equipped with the internal screw thread through cleaning block, the cleaning block is threaded with lead screw by internal screw thread, and the lead screw is far from cleaning One end of block is fixedly connected on lid, and the diameter of the lid is greater than the diameter of blender ontology, and the side wall of the lid is along it Profile is provided with downward lid eaves, and the driving device is set between lid eaves and blender ontology.

By adopting the above technical scheme, driving dress is utilized by being arranged in cleaning mechanism and cleaning mechanism in blender ontology It sets and drives lead screw rotation, so that the limit for the fin that the cleaning block for being threadedly connected to lead screw is arranged in blender inner body wall is made It can be moved up and down along lead screw with lower realization, and then realize cleaning process of the side wall for blender inner body wall of cleaning block, knot Structure is simple, makes to keep clean in blender by cleaning mechanism, improves the ingredient precision of next auxiliary agent.

Preferably, the blender ontology includes endothecium structure and layer structure, the internal layer knot of the blender ontology Structure includes internal layer sidewall and internal layer bottom plate, is reserved with gap between the internal layer bottom plate and the layer structure of blender ontology, institute The rotated down for stating internal layer bottom plate is connected with supporting point, and the supporting point is fixedly connected on the layer structure bottom of blender ontology The lower section setting in portion, the internal layer bottom plate has elastic component, and the elastic element is vertically placed on cleaning block bottom end and is downwardly projected Underface and both ends be respectively fixedly connected in internal layer bottom plate and blender ontology layer structure, the upper surface of the internal layer bottom plate And fin setting limit switches one are right against, limit switch setting limit switches two are right against below the cleaning block, The layer structure of the blender ontology corresponds to the discharge nozzle being provided at elastic element through blender ontology layer structure.

By adopting the above technical scheme, it is set as by the bottom plate for setting double-layer structure and endothecium structure for blender ontology The structure that can be rotated along supporting point so that cleaning block during moving down its bottom surface due to working as cleaning block for inclined surface When contacting internal layer bottom plate, limit switch eliminates the electric connection between internal layer bottom plate and internal layer sidewall, thus internal layer bottom plate It is squeezed and rotates under the action of elastic element, so that the auxiliary agent of blender body interior is along inclined internal layer bottom plate Outflow, the auxiliary agent for avoiding blender body interior from remaining auxiliary agent and influencing next time matches, when further improving auxiliary agent ingredient Precision.

Preferably, the driving device includes driving motor, gear set and the friction pulley being set to above gear set, institute State driving motor and be fixedly connected on blender ontology, the gear set be set to the top of driving motor and including driving gear and It is engaged in the driven gear of driving gear two sides respectively, the driving motor key connection is in driving gear, the friction pulley setting There are two and respectively correspond the top for being set to driven gear, be fixedly connected with connecting rod between the friction pulley and driven gear, The side of the friction pulley is bonded setting with lid eaves inner wall.

By adopting the above technical scheme, by by driving device be set as by driving motor drive driving gear rotate into And driven gear is driven to rotate synchronously, under the connection function of connecting rod, so that friction pulley realizes the rotation on the same direction, It is final to realize that lid eaves rotates together with lid, and lead screw rotary motion is driven under the rotary motion of lid, and then realize The automatic scale removal process of cleaning block, structure are simple.

Preferably, the lead screw is set as hollow structure, the agitating device includes stirring motor and stirring rod, institute It states and is fixedly connected with support frame below stirring motor, support frame as described above is fixedly connected on blender ontology, the stirring rod One end is fixedly connected on stirring motor, and the other end of the stirring rod is arranged in lead screw along the length direction of lead screw and stretches out lead screw It is placed in above blender body bottom portion.

By adopting the above technical scheme, lead screw is passed through using the stirring rod in agitating device and protrude into blender ontology, avoid The course of work of cleaning device obstruction agitating device.

Preferably, the lead screw and lid junction are provided with reinforcing rib, the both sides of the reinforcing rib be respectively welded in Lead screw and lid.

By adopting the above technical scheme, the setting of reinforcing rib enhances the bonding strength between lead screw and lid, and then increases The service life of cleaning device, in addition, the setting of lid also acts dust-proof and prevents auxiliary agent spluttering in whipping process Effect.

Preferably, the side of the blender ontology is provided with feed device, the feed device include discharge plate and The cylinder being set to below feed table is fixedly connected with support base below the cylinder, there are two the cylinder is vertically arranged And two cylinders are set side by side, the feed table is arranged there are two and is respectively fixedly connected with one end in cylinder far from support base, The feed table is set as tilted-putted arch shaped trays shape, and one end that described two feed tables are located remotely from each other is provided with raised line, The raised line is set to the lateral surface of feed table, and the feed table is provided with arc trough close to the side of blender ontology, The middle and upper part of the blender ontology and be located at feed device side be provided with feed inlet, being plugged at the feed inlet can slide The dynamic plate for being connected to blender ontology, the inner wall of the plate and the inner wall of blender ontology are in same plane, described to insert The lateral wall of plate is fixedly connected with pull rod and one end stretching blender ontology of the pull rod far from plate.

By adopting the above technical scheme, by the way that feed device is arranged in the side of blender ontology, reduce operator's Labor intensity improves the degree of automation of blender, wherein the course of work of feed device is the discharging barrel that will hold auxiliary agent It is put into feed table, drives feed table to move up together with feeding barrel using cylinder, when moving at feed inlet, two cylinders are opened respectively Beginning moves in the opposite direction, so that feeding barrel, which tilts its internal auxiliary agent from trend feed inlet side, pours into blender ontology It is interior, and then realize entire feeding process, structure is simple.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the diagrammatic cross-section of the utility model；

Fig. 3 is the structural schematic diagram that the utility model is used to show driving device.

Appended drawing reference: 1, blender ontology；101, endothecium structure；1011, internal layer sidewall；1012, internal layer bottom plate；102, outer Layer structure；2, agitating device；201, stirring motor；202, stirring rod；3, cleaning mechanism；301, cleaning block；302, driving device； 3021, driving motor；3022, gear set；30221, driving gear；30222, driven gear；3023, friction pulley；303, lid； 4, fin；5, lead screw；6, lid eaves；7, gap；8, supporting point；9, elastic element；10, limit switch one；11, limit switch two； 12, discharge nozzle；13, connecting rod；14, support frame；15, reinforcing rib；16, feed device；1601, discharge plate；1602, cylinder；17, it props up Support seat；18, raised line；19, arc trough；20, feed inlet；21, plate；22, pull rod.

Specific embodiment

As described below is only preferred embodiments of the present invention, and protection scope is not limited merely to the embodiment, all The protection scope of the utility model should belong in the technical solution belonged under the utility model thinking.Simultaneously it should be pointed out that for For those skilled in the art, several improvements and modifications without departing from the principle of the utility model, this A little improvements and modifications also should be regarded as the protection scope of the utility model.

See Fig. 1 and Fig. 2, a kind of cleaning device of blender, including blender ontology 1, agitating device 2 and is set to stirring Cleaning mechanism 3 inside machine ontology 1, and agitating device 2 is set in blender ontology 1,1 inner wall of blender ontology is along its height Direction is provided with two corresponding fins 4.Wherein, cleaning mechanism 3 includes cleaning block 301, driving device 302 and lid 303, Cleaning block 301 is provided in round structure and its side wall is close to 1 inner wall of blender ontology and is moved down along 1 inner wall of blender ontology It is dynamic, in addition, cleaning block 301 is provided with the strip groove through cleaning block 301, and cleaning block along the length direction of its side wall 301 lower end is set as bevel structure, and groove is slidably connected to blender ontology 1 by fin 4, in addition, the end of cleaning block 301 Face center is provided with the internal screw thread through cleaning block 301 along its thickness direction, and cleaning block 301 is threaded with by internal screw thread The lead screw 5 of hollow structure, agitating device 2 include stirring motor 201 and stirring rod 202, and the lower section of stirring motor 201 is fixedly connected There is support frame 14, support frame 14 is fixedly connected on blender ontology 1, and one end of stirring rod 202 is fixedly connected on stirring motor 201, the other end of stirring rod 202, which is arranged in lead screw 5 along the length direction of lead screw 5 and stretches out lead screw 5, is placed in 1 bottom of blender ontology Above portion, lead screw 5 is passed through using the stirring rod 202 in agitating device 2 and protrudes into blender ontology 1, avoid cleaning device obstruction The course of work of agitating device 2；Secondly, lead screw 5 is fixedly connected on lid 303, lead screw 5 and lid far from one end of cleaning block 301 303 junction of body is provided with reinforcing rib 15, and the both sides of reinforcing rib 15 are respectively welded in lead screw 5 and lid 303, and reinforcing rib 15 is set The bonding strength enhanced between lead screw 5 and lid 303 is set, and then increases the service life of cleaning device, in addition, lid 303 setting also acts effect that is dust-proof and preventing auxiliary agent spluttering in whipping process；On the other hand, the diameter of lid 303 Greater than the diameter of blender ontology 1, and the side wall of lid 303 is provided with downward lid eaves 6 along its profile, above-mentioned apparatus by It is rotated in setting cleaning mechanism 3 and cleaning mechanism 3 using the drive lead screw 5 of driving device 302 in blender ontology 1, so that screw thread It is connected to that realize under the position-limiting action for the fin 4 that the cleaning block 301 of lead screw 5 is arranged on 1 inner wall of blender ontology can be along lead screw 5 It moves up and down, and then the side wall of realization cleaning block 301, for the cleaning process of 1 inner wall of blender ontology, structure is simple, by clear Clean mechanism 3 to keep clean in blender, improves the ingredient precision of next auxiliary agent.

In addition, seeing Fig. 3, driving device 302 is set between lid eaves 6 and blender ontology 1, and driving device 302 includes Driving motor 3021, gear set 3022 and the friction pulley 3023 for being set to 3022 top of gear set, driving motor 3021 is fixed to be connected It is connected to blender ontology 1, gear set 3022 is set to the top of driving motor 3021 and nibbles including driving gear 30221 and respectively Together in the driven gear 30222 of 30221 two sides of driving gear, wherein driving motor 3021 is keyed in driving gear 30221, There are two the settings of friction pulley 3023 and respectively corresponds the top for being set to driven gear 30222, friction pulley 3023 and driven gear Connecting rod 13 is fixedly connected between 30222, the side of friction pulley 3023 is bonded setting with 6 inner wall of lid eaves, by by driving device 302 are set as being driven driving gear 30221 to rotate by driving motor 3021 and then driven gear 30222 being driven to synchronize Rotation, under the connection function of connecting rod 13, so that friction pulley 3023 realizes the rotation on the same direction, it is final to realize that lid eaves 6 connects It rotates with lid 303, and drives 5 rotary motion of lead screw under the rotary motion of lid 303, and then realize cleaning block 301 automatic scale removal process, structure are simple.

Secondly, seeing Fig. 1, the side of blender ontology 1 is provided with feed device 16, and feed device 16 includes discharge plate 1601 and the cylinder 1602 that is set to below feed table.Wherein, the lower section of cylinder 1602 is fixedly connected with support base 17, cylinder 1602 be vertically arranged there are two and two cylinders 1602 be set side by side, feed table setting there are two and be respectively fixedly connected in cylinder 1602 one end far from support base 17, feed table are set as tilted-putted arch shaped trays shape, and the original state of feed table is one On once and feed table is located along the same line, specific location is that feed table positioned at outside is lower than another feed table, two One end that feed table is located remotely from each other is provided with raised line 18, and raised line 18 is set to the lateral surface of feed table, in addition, feed table is close The side of blender ontology 1 is provided with arc trough 19, the middle and upper part of blender ontology 1 and the side for being located at feed device 16 It is provided with feed inlet 20, the plate 21 for being slidably coupled to blender ontology 1, and the inner wall of plate 21 are plugged at feed inlet 20 It is in same plane with the inner wall of blender ontology 1, the lateral wall of plate 21 is fixedly connected with pull rod 22 and pull rod 22 is far from slotting Blender ontology 1 is stretched out in one end of plate 21, by the way that feed device 16 is arranged in the side of blender ontology 1, reduces operator The labor intensity of member, improves the degree of automation of blender, wherein the course of work of feed device 16 is that will hold auxiliary agent Discharging barrel is put into feed table, drives feed table to move up together with feeding barrel using cylinder 1602, when moving at feed inlet 20, two A cylinder 1602 starts to move in the opposite direction respectively, so that feeding barrel tilts helping for its inside from 20 side of trend feed inlet Agent pours into blender ontology 1, and then realizes entire feeding process, and structure is simple.

Further, see that Fig. 2, blender ontology 1 are provided with interior outer double-layer structure, and the endothecium structure of blender ontology 1 101 include internal layer sidewall 1011 and internal layer bottom plate 1012, and is electrically connected between internal layer sidewall 1011 and internal layer bottom plate 1012, It is reserved with gap 7 between internal layer bottom plate 1012 and the layer structure 102 of blender ontology 1, in addition, the lower section of internal layer bottom plate 1012 It is rotatably connected to supporting point 8, and supporting point 8 is fixedly connected on 102 bottom of layer structure of blender ontology 1, secondly, internal layer bottom The lower section setting of plate 1012 has elastic component 9, and elastic element 9 be vertically placed on 301 bottom end of cleaning block it is downward projection of just under Side and both ends are respectively fixedly connected in internal layer bottom plate 1012 and 1 layer structure 102 of blender ontology, on the other hand, internal layer bottom plate 1012 upper surface and be right against fin 4 be arranged limit switches 1, the lower section of cleaning block 301 be right against limit switch setting Limit switches 2 11, the layer structure 102 of blender ontology 1, which corresponds to, to be provided at elastic element 9 through blender ontology 1 The discharge nozzle 12 of layer structure 102 is arranged by the bottom plate for setting double-layer structure and endothecium structure 101 for blender ontology 1 For the structure that can be rotated along supporting point 8 so that cleaning block 301 during moving down its bottom surface due to working as inclined surface When cleaning block 301 contacts internal layer bottom plate 1012, limit switch 1 and limit switch 2 11 contact so that internal layer bottom plate 1012 with Electrical elimination between internal layer sidewall 1011, internal layer bottom plate 1012 are squeezed and rotate under the action of elastic element 9, So that the auxiliary agent inside blender ontology 1 is flowed out along inclined internal layer bottom plate 1012,1 internal residual of blender ontology is avoided to help Agent and influence next time auxiliary agent proportion, further improve precision when auxiliary agent ingredient.

In above-mentioned apparatus, lid 303 is driven to rotate using the driving device 302 in the cleaning mechanism 3 of setting, into And lead screw 5 is driven to rotate, so that cleaning block 301 can move cleaning process of realizing along the short transverse of blender ontology 1, it is complete It restPoses at cleaning block 301 after cleaning process, i.e. the top that is located at blender ontology 1 of cleaning block 301, then starting is sent The cylinder 1602 for expecting device 16, so that cylinder 1602, which first synchronizes, moves on to feed inlet 20, then moves to two sides, respectively so that feeding Bucket tilts to the side of feed inlet 20 and completes feeding process, and then starts agitating device 2, so that the drive of stirring motor 201 is stirred The rotation of bar 202 is mixed, and then completes entire stirring work and the accurate proportioning mistake of auxiliary agent is improved due to the setting of cleaning mechanism 3 Journey, and the degree of automation of blender is improved, structure is simple.

Claims (6)

1. a kind of cleaning device of blender, including blender ontology (1), agitating device (2) and it is set to blender ontology (1) Internal cleaning mechanism (3), which is characterized in that the agitating device (2) is set in blender ontology (1), the blender Ontology (1) inner wall is provided with two corresponding fins (4) along its short transverse, and the cleaning mechanism (3) includes cleaning block (301), driving device (302) and lid (303), the cleaning block (301) are provided in round structure and the length along its side wall Direction is provided with the strip groove through cleaning block (301), and the lower end of the cleaning block (301) is set as bevel structure, institute It states groove to be slidably connected to blender ontology (1) by fin (4), the end face center of the cleaning block (301) is along its thickness side To the internal screw thread being provided with through cleaning block (301), the cleaning block (301) is threaded with lead screw (5) by internal screw thread, The lead screw (5) is fixedly connected on lid (303) far from the one end of cleaning block (301), and the diameter of the lid (303), which is greater than, to be stirred The diameter of machine ontology (1) is mixed, the side wall of the lid (303) is provided with downward lid eaves (6), the driving device along its profile (302) it is set between lid eaves (6) and blender ontology (1).

2. a kind of cleaning device of blender according to claim 1, which is characterized in that blender ontology (1) packet Endothecium structure (101) and layer structure (102) are included, the endothecium structure (101) of the blender ontology (1) includes internal layer sidewall (1011) and internal layer bottom plate (1012), pre- between the internal layer bottom plate (1012) and the layer structure (102) of blender ontology (1) There are gap (7), the rotated down of the internal layer bottom plate (1012) is connected with supporting point (8), and the supporting point (8) is fixedly connected In layer structure (102) bottom of blender ontology (1), the lower section setting of the internal layer bottom plate (1012) has elastic component (9), The elastic element (9) is vertically placed on the downward projection of underface in cleaning block (301) bottom end and both ends be respectively fixedly connected in Internal layer bottom plate (1012) and blender ontology (1) layer structure (102), the upper surface of the internal layer bottom plate (1012) and are right against Limit switches one (10) are arranged in fin (4), and limit switch setting limit switches are right against below the cleaning block (301) Two (11), the layer structure (102) of the blender ontology (1), which corresponds to, to be provided at elastic element (9) through blender sheet The discharge nozzle (12) of body (1) layer structure (102).

3. a kind of cleaning device of blender according to claim 2, which is characterized in that driving device (302) packet Include driving motor (3021), gear set (3022) and the friction pulley (3023) being set to above gear set (3022), the driving Motor (3021) is fixedly connected on blender ontology (1), and the gear set (3022) is set to the top of driving motor (3021) And it is engaged in the driven gear (30222) of driving gear (30221) two sides, the drive including driving gear (30221) and respectively For dynamic motor (3021) key connection in driving gear (30221), there are two friction pulley (3023) settings and respectively corresponds setting Connecting rod is fixedly connected between the top of driven gear (30222), the friction pulley (3023) and driven gear (30222) (13), the side of the friction pulley (3023) is bonded setting with lid eaves (6) inner wall.

4. a kind of cleaning device of blender according to claim 3, which is characterized in that during the lead screw (5) is set as Empty structure, the agitating device (2) include stirring motor (201) and stirring rod (202), under the stirring motor (201) Side is fixedly connected with support frame (14), and support frame as described above (14) is fixedly connected on blender ontology (1), the stirring rod (202) One end be fixedly connected on stirring motor (201), the other end of the stirring rod (202) is worn along the length direction of lead screw (5) In lead screw (5) and stretch out lead screw (5) be placed in above blender ontology (1) bottom.

5. a kind of cleaning device of blender according to claim 4, which is characterized in that the lead screw (5) and lid (303) junction is provided with reinforcing rib (15), and the both sides of the reinforcing rib (15) are respectively welded in lead screw (5) and lid (303).

6. a kind of cleaning device of blender according to claim 5, which is characterized in that the blender ontology (1) Side is provided with feed device (16), and the feed device (16) includes discharge plate (1601) and the gas that is set to below feed table Cylinder (1602) is fixedly connected with support base (17) below the cylinder (1602), and the cylinder (1602) is vertically arranged with two A and two cylinders (1602) are set side by side, and there are two the feed table settings and is respectively fixedly connected with separate in cylinder (1602) One end of support base (17), the feed table are set as tilted-putted arch shaped trays shape, and described two feed tables are located remotely from each other One end be provided with raised line (18), the raised line (18) is set to the lateral surface of feed table, and the feed table is close to blender sheet The side of body (1) is provided with arc trough (19), the middle and upper part of the blender ontology (1) and is located at feed device (16) Side is provided with feed inlet (20), is plugged with the plate for being slidably coupled to blender ontology (1) at the feed inlet (20) (21), the inner wall of the plate (21) and the inner wall of blender ontology (1) are in same plane, the lateral wall of the plate (21) It is fixedly connected with pull rod (22) and one end stretching blender ontology (1) of the pull rod (22) far from plate (21).