DE102018219919A1 - Juicer tool module - Google Patents

Abstract

The invention is based on a juicer tool module, in particular for a wireless tool module system, with at least one base body (14a), with at least one juicing attachment (16a - 16f), which has at least one juicing surface (18a) for juicing a juicing good, and with at least one screen holder It is proposed that the screen holder (20a) have a maximum transverse extent, in particular a maximum diameter (22a), which is larger than in a state of the juicing attachment (16a-16f) arranged on the base body (14a) a maximum longitudinal extent (24a) of the juicing attachment (16a - 16f).

Description

State of the art

In the DD 209 730 A1 A juicer tool module with at least one juicing attachment, which has at least one juicing surface for juicing a material to be juiced, and with at least one sieve holder has already been proposed. The juicer tool module comprises a sieve-shaped opening which has a maximum diameter which, when the juicing attachment is arranged on the base body, is smaller than a maximum longitudinal extension of the juicing attachment.

Disclosure of the invention

The invention is based on a juicer tool module, in particular for a wireless tool module system, with at least one base body, with at least one juicing attachment, which has at least one juicing surface for juicing a material to be juiced, and with at least one screen holder.

It is proposed that the screen receptacle have a maximum transverse extent, in particular a maximum diameter, which, when the juicing attachment is arranged on the base body, is greater than a maximum longitudinal extent of the juicing attachment.

The juice press tool module is preferably provided to extract a juice from a material to be juiced. The juice press tool module is preferably provided to obtain a fruit juice from a fruit, in particular from a citrus fruit, such as, for example, an orange, a lemon, a lime or the like. The juice press tool module is preferably at least partially designed as a juice press, in particular as a citrus press. In particular, the juicer tool module is designed as an electrically operable juicer tool module. In particular, the juicer tool module is designed differently from a manual juicer. In particular, the juicer tool module is designed as an attachment for a drive module of a, in particular wireless, tool module system. The tool module system comprises at least the juicer tool module and the drive module. In addition, the tool module system can also comprise further tool modules, for example a cheese grater tool module, a milk frother tool module, a herb chopper tool module or the like. In particular, the drive module comprises at least one drive unit, in particular at least one electric motor, for operating the juicer tool module. The juicer tool module is preferably designed to be drive-free. Alternatively or additionally, it is conceivable that the juicer tool module comprises at least one drive unit, in particular an electric motor and / or a transmission, and that the drive module is in particular provided to supply the drive unit of the juicer tool module with electrical energy. In particular, the drive module comprises at least one energy storage unit, in particular an accumulator. The juicer tool module and the drive module preferably each comprise at least one electrical interface for exchanging electrical signals, in particular control and / or status signals. “Provided” is to be understood in particular to mean specially programmed, specially designed and / or specially equipped. The fact that an object is provided for a specific function should in particular be understood to mean that the object fulfills and / or executes this specific function in at least one application and / or operating state.

The base body is preferably provided for holding various components of the juicer tool module. In particular, the base body is formed from a plastic, in particular at least essentially dishwasher-safe. The base body preferably comprises at least one coupling area. In particular, at least one coupling housing of the juicer tool module can be arranged on the coupling area. The coupling housing is provided, in particular, for receiving components of the juicer tool module provided for coupling to the drive module. The juicer tool module preferably has at least one output shaft for mechanical coupling to the drive module. The output shaft is designed in particular as a tool interface. The output shaft can preferably be operatively connected to the drive unit of the drive module. The drive unit of the drive module is preferably provided for a, in particular rotary, drive of the output shaft. The output shaft preferably extends at least in sections within the coupling housing. The output shaft preferably extends at least in sections through the base body, in particular in the coupling area of the base body. In particular, the output shaft is rotatably mounted at least in sections within the coupling housing and / or on the base body. The juicer tool module preferably comprises at least one display unit, in particular a display ring, for displaying operating modes of the juicer tool module, an energy storage charge state of the drive module and / or other information which appears to be useful to a person skilled in the art.

The juicing attachment is preferably conical, in particular conical. In particular, the juicing attachment is designed as a juicing cone. The juicing attachment is preferably formed from a plastic, in particular at least essentially dishwasher-safe. The juicing attachment can preferably be coupled to the driven shaft, in particular pushed onto the driven shaft. In particular, the juicing attachment can be fixed on the output shaft, in particular on a section of the output shaft that extends through the base body. The juicing attachment can preferably be coupled to the output shaft without tools. In particular, the juicing attachment has at least one shaft receptacle for coupling, in particular non-positively and / or positively, to the output shaft. In particular, the output shaft can be inserted into the shaft holder at least in sections. The output shaft is in particular by means of a latching connection, for example by means of snap hooks, snap noses, a compression spring or the like, by means of a magnetic connection, by means of a threaded connection, by means of a bayonet connection, by means of a press connection or by means of another connection with the juicing attachment which appears to be useful to a person skilled in the art connectable, in particular fixable within the shaft holder. The output shaft is preferably provided for a, in particular rotary, drive of the juicing attachment. In particular, the juicing attachment can be coupled at least essentially in a rotationally fixed manner to the output shaft. For an at least substantially rotationally fixed coupling to the juicing attachment, the output shaft preferably has a polygonal cross section, in particular on the section of the output shaft that extends through the base body. The output shaft is preferably hexagonal, in particular on the section of the output shaft that extends through the base body. Alternatively, it is conceivable that the output shaft, in particular on the section of the output shaft that extends through the base body, is designed to be triangular, square, pentagonal, hexagonal or the like. The shaft receptacle preferably has an inner cross section which corresponds to the cross section of the output shaft. When the juicing attachment is coupled to the output shaft, the output shaft preferably lies within the shaft receptacle at least essentially in a form-accurate manner, in particular like a puzzle piece.

For juice extraction, a juicing product, for example a halved citrus fruit, can preferably be pressed against the juicing attachment. The juicing surface forms in particular a lateral surface of the juicing attachment. In particular, the juicing surface surrounds the shaft holder at least transversely to the longitudinal extent of the juicing attachment. The juicing surface preferably forms a plurality of juicing edges. The juicing edges preferably run transversely to a base area of the juicing attachment. In particular, the juicing edges run at least in sections like a screw. The juicing surface, in particular the juicing edges, is / are preferably provided for juicing a material to be juiced. “Juicing” a juicing good should be understood in particular to mean extracting a juice from the juicing good. The juicing surface, in particular the juicing edges, is / are preferably intended to cut into a juicing material, in particular into a pulp of the juicing material, as a result of a rotation of the juicing attachment and to press a juice out of the juicing material.

The screen holder is preferably arranged and / or can be arranged on the base body, in particular on the coupling area of the base body. The base body preferably comprises the screen holder. Alternatively, it is conceivable that the screen holder is designed as a separate component, in particular one that can be detachably arranged on the base body. The screen holder is preferably made of a plastic, in particular at least essentially dishwasher-safe. A transverse extension, in particular a diameter, of the sieve holder preferably extends transversely to a main direction of extension of the base body in the coupling region of the base body. A “main direction of extension” of an object is to be understood in particular as a direction that runs parallel to a longest edge of a smallest geometric cuboid that just completely surrounds the object. In the state of the juicing attachment arranged on the base body, the sieve holder is preferably arranged offset to the juicing attachment on the base body when viewed along a drain direction of a juice. In particular, the juicing attachment is coupled to the output shaft when the juicing attachment is arranged on the base body. In particular, the juicing attachment can be arranged on the base body by means of the output shaft. The sieve holder is preferably ring-shaped. In particular, the screen holder delimits a drain opening through which a juice obtained from a material to be juiced can flow off by means of the juicing attachment. A maximum transverse extent, in particular a maximum diameter, of the discharge opening preferably corresponds to a maximum inner diameter of the screen holder. The maximum transverse extent, in particular the maximum diameter, of the screen holder is preferably greater than the maximum inner diameter of the screen holder. In particular, the maximum diameter of the screen holder corresponds to a maximum outside diameter of Sieve holder. The sieve holder is particularly intended to hold a sieve insert. The sieve insert preferably at least substantially completely covers the drain opening in a state of the sieve insert arranged on the sieve holder.

The longitudinal extension of the juicing attachment is in particular an extension of the juicing attachment that is at least substantially perpendicular to the base surface of the juicing attachment. The expression “essentially perpendicular” is intended in particular to define an orientation of a direction relative to a reference direction, the direction and the reference direction, viewed in particular in one plane, enclosing an angle of 90 ° and the angle a maximum deviation of in particular less than 8 ° , advantageously less than 5 ° and particularly advantageously less than 2 °. The maximum diameter of the sieve holder, in particular the maximum inner diameter of the sieve holder, is preferably larger in the state of the juicing attachment arranged on the base body than the maximum longitudinal extent of the juicing attachment. In particular, the maximum diameter of the sieve holder, in particular the maximum inner diameter of the sieve holder, in the state of the juicing attachment arranged on the base body is larger than a parallel longitudinal extension of the juicing attachment projected into a main extension plane of the sieve holder. A “main extension plane” of an object is to be understood in particular as a plane which is parallel to a largest side surface of a smallest imaginary cuboid, which just just completely surrounds the object, and in particular runs through the center of the cuboid. The parallel longitudinal component of the juicing attachment is in particular an effective maximum extension of the juicing attachment in the state of the juicing attachment arranged on the base body, at least essentially viewed parallel to the main extension plane of the sieve holder. “Essentially parallel” should in particular be understood to mean an orientation of a direction relative to a reference direction, in particular in a plane, the direction relative to the reference direction being a deviation in particular less than 8 °, advantageously less than 5 ° and particularly advantageously less than 2 ° has.

Controlled juice drainage can advantageously be made possible by the configuration of the juice press tool module according to the invention. Contamination of an environment surrounding the juice press tool module by squeezed juice can advantageously be minimized. Large-volume juicing material can also advantageously be juiced with little contamination. An advantageously user-friendly juicer tool module can be provided, which advantageously enables a juicing material to be juiced cleanly.

Furthermore, it is proposed that the screen holder be formed in one piece with the base body. “One-piece” is to be understood in particular as being formed in one piece. This one piece is preferably produced from a single blank, a mass and / or a casting, particularly preferably in an injection molding process, in particular a single and / or multi-component injection molding process. The base body and the screen holder are preferably designed as a single plastic part. The main direction of extension of the base body in the coupling region of the base body and the main extension plane of the screen holder preferably run transversely to one another, in particular at least essentially L-shaped. An advantageously stable base body can be provided. An orientation of the screen holder that is at least substantially permanently optimized with regard to juice drainage can advantageously be achieved.

It is further proposed that the juicer tool module comprises at least one sieve insert for retaining solid-state elements, in particular pulp, which has at least one latching element for coupling to the sieve holder without tools. The sieve insert has at least one sieve base element. The basic sieve element is preferably formed from a plastic, in particular at least essentially dishwasher-safe, from a metal or the like. The basic sieve element delimits a plurality of drain openings through which a juice can drain. It is conceivable that when a juicing product is juiced, different solid elements of the juicing product, in particular pulp, separate from a juice. The sieve insert, in particular the basic sieve element, is intended to retain solid-state elements, in particular pulp. In particular, the outlet openings in the basic sieve element have diameters that are smaller than the average large solid elements that dissolve when juicing a material to be juiced. The latching element is preferably arranged on the basic sieve element, in particular in one piece with the basic sieve element. The latching element can preferably be latched to the sieve holder, in particular to a counter-latching element of the sieve holder. The latching element is preferably designed as a snap hook. The counter-locking element is preferably designed as a locking rail. In a state of the sieve insert arranged on the sieve holder, the latching element is preferably arranged on a side of the sieve base element facing away from the coupling region of the base body. Prefers the sieve insert comprises at least two locking elements. In particular, the latching elements are arranged at least 90 °, preferably at least 120 ° and particularly preferably 180 ° offset from one another on the screen base element. The screen holder preferably comprises at least two counter-locking elements. The counter-latching elements preferably extend at least in sections along an inner circumference of the screen holder. User-friendly assembly and / or disassembly of the sieve insert, for example for cleaning the juicer tool module, can advantageously be made possible.

It is further proposed that the sieve insert and / or the sieve holder have / has at least one shape-finding element for correct positioning of the sieve insert on the sieve holder. The screen insert and the screen holder preferably each have at least one shape-finding element. Alternatively, it is conceivable that the sieve insert or the sieve holder has at least one shape-finding element. The shape-finding element of the sieve insert and / or the sieve holder is intended to indicate to a user of the juicer tool module that the sieve insert is positioned precisely on the sieve holder, in particular haptically and / or optically. The sieve insert preferably has at least two shape-finding elements. The shape-finding elements of the sieve insert are preferably designed as flats, at least in sections, of an outer edge of the sieve base element. In particular, the shape-finding elements of the sieve insert are arranged at least 90 °, preferably at least 120 ° and particularly preferably 180 ° offset from one another on the sieve base element. The shape-finding element of the screen holder is preferably designed as an indentation in an inner edge of the screen holder. An juicer tool module that can be installed intuitively and in a user-friendly manner can advantageously be provided.

In addition, it is proposed that the juicer tool module comprises at least one sieve insert which has at least one sealing element running along an at least substantially complete maximum circumference of at least one sieve base element of the sieve insert. The sealing element runs in particular along at least 80% of the complete maximum circumference of the basic screen element, preferably along at least 90% of the complete maximum circumference of the basic screen element and particularly preferably along the complete maximum circumference of the basic screen element. The sealing element is preferably designed as a sealing ring. In particular, the sealing element is at least partially elastic. In particular, the sealing element is at least partially made of a rubber. The sealing element is preferably arranged on the side of the sieve base element on which the latching elements of the sieve insert are arranged. In particular, the sealing element is integrally connected to the basic sieve element. Alternatively, it is conceivable that the sealing element can be detachably fastened to the sieve base element. The sealing element is preferably provided to at least essentially seal a connection between the basic sieve element and the sieve holder in a fluid-tight manner. The sealing element is preferably provided to compensate for play between the basic sieve element and the sieve holder and / or to prevent wobbling of the basic sieve element in a state arranged on the sieve holder. Leakage of juice between the sieve insert and the sieve holder can advantageously be prevented. Contamination of the surroundings surrounding the juice press tool module by a juice can advantageously be minimized.

Furthermore, it is proposed that the juicer tool module comprises at least one output shaft, which comprises at least one magnetic coupling element for coupling without tools with at least one shaft holder of the juicing attachment. It is conceivable that the juicer tool module for achieving the object according to the invention in an alternative embodiment is independent of the maximum transverse extent, in particular of the maximum diameter, of the screen holder, which in the state of the juicing attachment arranged on the base body is larger than the maximum longitudinal extent of the juicing attachment, is trained. The media application device preferably comprises, in the alternative embodiment, in particular in the embodiment which is designed independently of the maximum transverse extent, in particular of the maximum diameter, of the screen holder which, in the state of the juicing attachment arranged on the base body, is larger than the maximum longitudinal extension of the juicing attachment, at least the output shaft, which comprises at least one magnetic coupling element for a tool-free coupling with at least one shaft receptacle of the juicing attachment. The output shaft is in particular the output shaft, which extends through the base body at least in sections. The magnetic coupling element is preferably designed as a permanent magnet. The magnetic coupling element can in particular be arranged in a ring around the output shaft, attached to an end face of the output shaft or the like. The shaft receptacle preferably has a counter-coupling element corresponding to the magnetic coupling element. The negative feedback element is preferably made of a magnetic, in particular ferromagnetic, metal, such as iron. Alternatively, it is conceivable that Magnetic coupling element made of a magnetic, in particular ferromagnetic, metal and the counter-coupling element is designed as a permanent magnet. A user-friendly coupling of the juicing attachment to the output shaft can advantageously be made possible.

Furthermore, the invention is based on a tool module system, in particular a wireless tool module system, with at least one juicer tool module, in particular a juicer tool module according to the invention.

It is proposed that the tool module system comprise at least one juice container, which has at least one bayonet element for a tool-free coupling with at least one bayonet connection of at least one sieve holder of the juicer tool module. The juice container is provided in particular for receiving a juice pressed from a material to be juiced. At least one wall of the juice container is preferably interrupted at least in sections to form a pouring opening of the juice container. The pouring opening is provided in particular for a controlled dispensing of a juice collected in the juice container, in particular in a state of the juice container arranged on the juice press tool module. The juice container is preferably made of a plastic, in particular at least essentially dishwasher-safe. In particular, the juice container can be at least partially transparent.

The juice container can preferably be fastened to the juice press tool module, in particular to the screen holder. The bayonet element of the juice container is in particular formed in one piece with the wall of the juice container. The bayonet element is preferably designed as a section-like bulge of a peripheral edge of the juice container. The juice container preferably comprises at least two bayonet elements. The bayonet elements are in particular offset by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 °. The bayonet elements are provided for a bayonet connection with at least one bayonet connection of the sieve holder. The screen holder preferably comprises at least two bayonet connections. The bayonet connections are preferably designed as bayonet rails. In particular, the bayonet connections extend at least in sections along an inner circumference of the screen holder. When viewed along the inner circumference of the sieve holder, the bayonet connections are preferably arranged offset to the counter-locking elements of the sieve holder. In particular, the bayonet connections, viewed perpendicular to the main plane of extension of the screen holder, are arranged offset to the counter-locking elements. Advantageously, user-friendly assembly and / or disassembly of the juice container on the juice press tool module, for example for cleaning the juice press tool module and / or the juice container, is made possible.

It is further proposed that the juice container and / or the sieve holder have / has at least one shaped element for realizing a correct coupling positioning between the juice container and the sieve holder. The juice container and the screen holder preferably each have at least one shaped element. Alternatively, it is conceivable that the juice container or the sieve holder has at least one shaped element. The shaped element of the juice container and / or the sieve holder is provided to indicate to the user of the tool module system that the juice container is positioned precisely on the sieve holder, in particular haptically and / or optically. The juice container preferably has at least two shaped elements. The bayonet elements of the juice container preferably serve as shaped elements. Alternatively, it is conceivable that the juice container has shaped elements that are different from the bayonet elements. The screen holder preferably has at least two shaped elements. The shaped elements of the screen holder are preferably formed as indentations in an outer edge of the screen holder. In particular, the shaped elements of the screen holder are arranged offset from one another by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 °. A tool module system can advantageously be provided with a juice container that can be installed intuitively and comfortably on the juice press tool module.

In addition, it is proposed that the tool module system comprise at least one juicing extension attachment with at least one juicing surface for juicing an item to be juiced, which comprises at least one locking element for a tool-free coupling with at least one juicing attachment of the juicer tool module. The juicing extension attachment is preferably at least essentially analogous to the juicing attachment with regard to a shape, in particular with regard to a shape of the juicing surface of the juicing extension attachment. The juicing extension attachment can preferably be placed on the juicing attachment. In particular, the juicing extension attachment has a larger volume than the juicing attachment. In particular, the juicing extension attachment is designed free of a shaft holder. The juicing extension attachment preferably encloses the juicing attachment in a state of the coupling which is coupled with the juicing attachment Juicing extension attachment along the juicing surface of the juicing attachment at least substantially completely. The juicing extension attachment is preferably provided for juicing larger items of juicing than the juicing attachment. The latching element of the juicing extension attachment is preferably provided for at least substantially rotationally fixed fixing of the juicing extension attachment to the juicing attachment. The latching element of the juicing extension attachment is preferably arranged on an inner surface of the juicing extension attachment. In particular, the latching element of the juicing extension attachment is designed as a latching lug, as a snap hook or as another latching element that appears reasonable to a person skilled in the art. The juicing attachment preferably has at least one counter-latching element for latching with the latching element of the juicing extension attachment. In particular, the counter-locking element of the juicing attachment is designed as a notch in the juicing surface of the juicing attachment. The juicing extension attachment preferably comprises at least two locking elements. In particular, the latching elements of the juicing extension attachment are arranged offset from one another by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 ° on the inner surface of the juicing extension attachment. The juicing attachment preferably comprises at least two counter-locking elements. In particular, the counter-locking elements of the juicing attachment are arranged offset from one another by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 ° on the juicing surface of the juicing attachment. In particular, the juicing extension attachment can have at least one counter-latching element arranged on the juicing surface of the juicing extension attachment for coupling with a further juicing extension attachment of the tool module system. A tool module system that can be conveniently adjusted for juicing different juicing goods can advantageously be provided.

Furthermore, it is proposed that the screen holder have a maximum transverse extension, in particular a maximum diameter, which, when the juicing extension attachment is coupled to the juicing attachment, is greater than a maximum longitudinal extension of the juicing extension attachment. In the state of the juicing extension attachment coupled to the juicing attachment, the maximum inside diameter of the sieve holder is preferably greater than a maximum longitudinal extension of the juicing extension attachment. In particular, the maximum diameter of the sieve holder, in particular the maximum inner diameter of the sieve holder, in the state of the juicing extension attachment coupled with the juicing attachment is larger than a parallel longitudinal extension portion of the juicing extension attachment projected into the main extension plane of the sieve holder. Contamination of an environment surrounding the juice press tool module by squeezed juice can be minimized when using the juicing extension attachment.

It is further proposed that the tool module system comprises at least one, in particular wireless, drive module which can be coupled to the juicer tool module and which comprises at least one drive unit for driving at least one output shaft of the juicer tool module. The drive unit is preferably arranged within a housing unit of the drive module. The housing unit is preferably designed like a pistol. The drive module preferably comprises at least one actuation switch for actuating the drive unit. The drive module can preferably be electrically and / or mechanically coupled to the juicer tool module. The drive module preferably has at least one electrical interface for electrical coupling to the electrical interface of the juicer tool module. In particular, the drive unit of the drive module can be mechanically coupled to the output shaft of the juicer tool module. The drive module can preferably be coupled to a plurality of different tool modules. A tool module system that can be held in an advantageously user-friendly manner can be provided.

The juicer tool module according to the invention and / or the tool module system according to the invention should / should not be limited to the application and embodiment described above. In particular, the juice press tool module according to the invention and / or the tool module system according to the invention can have a number that differs from a number of individual elements, components and units mentioned here in order to fulfill a function described here. In addition, in the value ranges specified in this disclosure, values lying within the limits mentioned are also to be regarded as disclosed and to be used as desired.

Figure list

Further advantages result from the following description of the drawing. Six exemplary embodiments of the invention are shown in the drawings. The drawings, description, and claims contain numerous features in Combination. The person skilled in the art will expediently also consider the features individually and combine them into useful further combinations.

• 1 ein erfindungsgemäßes Werkzeugmodulsystem in einer perspektivischen Darstellung,
• 2 das erfindungsgemäße Werkzeugmodulsystem aus 1 in einer perspektivischen Explosionsdarstellung,
• 3 einen Teil des erfindungsgemäßen Werkzeugmodulsystems aus 1 in einer perspektivischen Darstellung,
• 4 den Teil des erfindungsgemäßen Werkzeugmodulsystems aus 3 in einer perspektivischen Explosionsdarstellung,
• 5 einen Entsaftungsaufsatz und eine Abtriebswelle eines erfindungsgemäßen Saftpressenwerkzeugmoduls des erfindungsgemäßen Werkzeugmodulsystems aus 1 in einem entkoppelten Zustand in einer perspektivischen Darstellung,
• 6 den Entsaftungsaufsatz und die Abtriebswelle des erfindungsgemäßen Saftpressenwerkzeugmoduls aus 5 in einem gekoppelten Zustand in einer schematischen Schnittdarstellung,
• 7 eine Draufsicht auf eine Siebaufnahme des erfindungsgemäßen Saftpressenwerkzeugmoduls des erfindungsgemäßen Werkzeugmodulsystems aus 1 in einer schematischen Darstellung,
• 8 eine weitere Draufsicht auf die Siebaufnahme des erfindungsgemäßen Saftpressenwerkzeugmoduls aus 7 in einer schematischen Darstellung,
• 9 einen Siebeinsatz des erfindungsgemäßen Saftpressenwerkzeugmoduls aus 7 in einer perspektivischen Darstellung,
• 10 einen Saftbehälter des erfindungsgemäßen Werkzeugmodulsystems aus 1 in einer perspektivischen Darstellung,
• 11 den Saftbehälter aus 10 in einem mit der Siebaufnahme des erfindungsgemäßen Saftpressenwerkzeugmoduls gekoppelten Zustand in einer perspektivischen Darstellung,
• 12 den Saftbehälter und ein Teil des erfindungsgemäßen Saftpressenwerkzeugmoduls aus 11 in einem entkoppelten Zustand in einer schematischen Darstellung,
• 13 einen Entsaftungserweiterungsaufsatz des erfindungsgemäßen Werkzeugmodulsystems aus 1 in einem mit dem Entsaftungsaufsatz des erfindungsgemäßen Saftpressenwerkzeugmoduls gekoppelten Zustand in einer perspektivischen Darstellung,
• 14 den Entsaftungserweiterungsaufsatz aus 13 in einem mit dem Entsaftungsaufsatz des erfindungsgemäßen Saftpressenwerkzeugmoduls gekoppelten Zustand in einer perspektivischen Schnittdarstellung,
• 15 einen Teil eines ersten alternativen erfindungsgemäßen Saftpressenwerkzeugmoduls in einer perspektivischen Darstellung,
• 16 einen Teil eines zweiten alternativen erfindungsgemäßen Saftpressenwerkzeugmoduls in einer perspektivischen Darstellung,
• 17 einen Teil eines dritten alternativen erfindungsgemäßen Saftpressenwerkzeugmoduls in einer teilperspektivischen Darstellung,
• 18 einen Teil eines vierten alternativen erfindungsgemäßen Saftpressenwerkzeugmoduls in einer perspektivischen Darstellung und
• 19 einen Teil eines fünften alternativen erfindungsgemäßen Saftpressenwerkzeugmoduls in einer schematischen Teilschnittdarstellung.

Show it:

• 1 an inventive tool module system in a perspective view,
• 2nd the tool module system according to the invention 1 in an exploded perspective view,
• 3rd a part of the tool module system according to the invention 1 in a perspective view,
• 4th the part of the tool module system according to the invention 3rd in an exploded perspective view,
• 5 a juicing attachment and an output shaft of a juicer tool module according to the invention of the tool module system according to the invention 1 in a decoupled state in a perspective view,
• 6 the juicing attachment and the output shaft of the juicer tool module according to the invention 5 in a coupled state in a schematic sectional view,
• 7 a plan view of a screen holder of the juicer tool module according to the invention of the tool module system according to the invention 1 in a schematic representation,
• 8th a further top view of the screen holder of the juicer tool module according to the invention 7 in a schematic representation,
• 9 a sieve insert of the juicer tool module according to the invention 7 in a perspective view,
• 10th a juice container of the tool module system according to the invention 1 in a perspective view,
• 11 the juice container 10th in a state coupled to the screen holder of the juicer tool module according to the invention in a perspective view,
• 12 the juice container and part of the juicer tool module according to the invention 11 in a decoupled state in a schematic representation,
• 13 a juicing extension attachment of the tool module system according to the invention 1 in a state coupled with the juicing attachment of the juicer tool module according to the invention in a perspective view,
• 14 the juicing extension attachment 13 in a state coupled to the juicing attachment of the juicer tool module according to the invention in a perspective sectional view,
• 15 a part of a first alternative juicer tool module according to the invention in a perspective view,
• 16 a part of a second alternative juicer tool module according to the invention in a perspective view,
• 17th a part of a third alternative juicer tool module according to the invention in a partial perspective view,
• 18th a part of a fourth alternative juicer tool module according to the invention in a perspective view and
• 19th a part of a fifth alternative juicer tool module according to the invention in a schematic partial sectional view.

Description of the embodiments

1 shows a tool module system 12a in a perspective view. The tool module system 12a is designed as a wireless tool module system. The tool module system 12a includes a juicer tool module 10a , especially for a wireless tool module system. The tool module system 12a includes a drive module 74a . The tool module system 12a includes a juice container 48a . The tool module system 12a is in 1 shown in an operational state. The juicer tool module 10a is with the drive module 74a coupled. The juice container 48a is with the juicer tool module 10a coupled. The juicer tool module 10a is intended to extract juice from a juicing product (not shown here). The juicer tool module 10a is intended to obtain a fruit juice from a fruit, in particular from a citrus fruit, such as an orange, a lemon, a lime or the like. The juicer tool module 10a is at least partially designed as a juicer, in particular as a citrus juicer. The juicer tool module 10a is designed as an electrically operable juicer tool module. The juicer tool module 10a is different from a manual juicer. The juicer tool module 10a is an attachment for the drive module 74a educated. The tool module system 12a can in addition to the drive module 74a and the Juicer tool module 10a still include further tool modules, for example a cheese grater tool module, a milk frother tool module, a herb chopper tool module or the like.

2nd shows the tool module system 12a out 1 in an exploded perspective view. Individual components of the tool module system 12a are shown in the direction of the arrows 78a can be coupled together. The drive module 74a is with the juicer tool module 10a connectable. The drive module 74a is designed as a wireless drive module. The drive module 74a comprises at least one drive unit 76a to drive at least one output shaft 42a of the juicer tool module 10a . The drive unit 76a is inside a housing unit 80a of the drive module 74a arranged. The housing unit 80a is designed like a pistol. The drive module 74a comprises at least one actuation switch 82a to actuate the drive unit 76a . The actuation switch 82a is designed as a double switch. The actuation switch 82a is in different grip positions on the housing unit 80a usable. The drive module 74a is electrical and mechanical with the juicer tool module 10a connectable. The drive module 74a has at least one electrical interface 84a to an electrical coupling with an electrical interface 86a of the juicer tool module 10a on (cf. 4th ). The electrical interface 84a of the drive module 74a and the electrical interface 86a of the juicer tool module 10a are intended for the exchange of electrical signals, in particular control and / or status signals. The drive unit 76a of the drive module 74a is mechanical with the output shaft 42a of the juicer tool module 10a connectable. The drive module 74a can be coupled with a number of different tool modules. The drive unit 76a is designed as an electric motor. Alternatively, it is conceivable that the drive unit 76a in addition to an electric motor, further components, for example a transmission. The juicer tool module 10a is designed to be drive-free. Alternatively or additionally, it is conceivable that the juicer tool module 10a comprises at least one drive unit, in particular an electric motor and / or a transmission, and that the drive module 74a for this purpose, the drive unit of the juicer tool module 10a to supply with electrical energy. The drive module 74a comprises at least one energy storage unit 88a . The energy storage unit 88a is designed as an accumulator. The energy storage unit 88a is inside the housing unit 80a arranged.

The juicer tool module 10a comprises at least one base body 14a , at least one juicing attachment 16a that has at least one juicing area 18a for juicing a material to be juiced, and at least one screen holder 20a . The basic body 14a is to hold various components of the juicer tool module 10a intended. The basic body 14a is made of a plastic, in particular at least essentially dishwasher-safe. The basic body 14a comprises at least one coupling area 90a . At the coupling area 90a is at least one coupling housing 92a of the juicer tool module 10a can be arranged. The coupling housing 92a is for an inclusion of a coupling with the drive module 74a provided components of the juicer tool module 10a provided (cf. 4th ). The juicer tool module 10a has the output shaft 42a for mechanical coupling with the drive module 74a on. The output shaft 42a is designed as a tool interface. The output shaft 42a is with the drive unit 76a of the drive module 74a operatively connectable. The drive unit 76a of the drive module 74a is for a, in particular rotary, drive of the output shaft 42a intended. The output shaft 42a extends at least in sections within the coupling housing 92a .

The output shaft 42a extends at least in sections through the base body 14a through, especially in the coupling area 90a of the basic body 14a . The output shaft 42a is at least in sections within the coupling housing 92a and / or on the base body 14a rotatably mounted. The juicer tool module 10a comprises at least one display unit 94a to display operating modes of the juicer tool module 10a , an energy storage charge state of the drive module 74a and / or other information that appears useful to a person skilled in the art. The display unit 94a is designed as a display ring.

The juicing attachment 16a is conical, in particular conical. The juicing attachment 16a is designed as a juicing cone. The juicing attachment 16a is made of a plastic, in particular at least essentially dishwasher-safe. The juicing attachment 16a is with the output shaft 42a can be coupled, in particular to the output shaft 42a postponed. The juicing attachment 16a is on the output shaft 42a , especially on oneself through the main body 14a extending section 96a the output shaft 42a , fixable. The juicing attachment 16a is tool-free with the output shaft 42a connectable. The juicing attachment 16a has at least one wave recording 44a to a, in particular non-positive and / or positive, coupling to the output shaft 42a on (cf. 5 ). The output shaft 42a is at least in sections in the wave recording 44a importable. The output shaft 42a is to one, in particular rotary, drive of the juicing attachment 16a intended. The juicing attachment 16a is at least essentially non-rotatable with the output shaft 42a connectable.

For juice extraction, a juicing product, for example a halved citrus fruit, is against the juicing attachment 16a pressable. The juicing area 18a forms a lateral surface of the juicing attachment 16a . The juicing area 18a encloses the wave recording 44a at least across a longitudinal extension 24a of the juicing attachment 16a . The juicing area 18a forms a plurality of juicing edges 98a out. The juicing edges 98a run across a base 100a of the juicing attachment 16a . The juicing edges 98a run at least in sections like a screw. The juicing area 18a , especially the juicing edges 98a , is / are intended for juicing a juicing good. The juicing area 18a , especially the juicing edges 98a , is / are preferably provided as a result of a rotation of the juicing attachment 16a to cut into a juicing good, in particular into a pulp of the juicing good and to squeeze a juice out of the juicing good.

The sieve holder 20a is on the body 14a , especially at the coupling area 90a of the basic body 14a , arranged and / or can be arranged. The basic body 14a includes the sieve holder 20a . Alternatively, it is conceivable that the screen holder 20a as a separate, in particular detachable on the base body 14a can be arranged, component is formed. The sieve holder 20a is made of a plastic, in particular at least essentially dishwasher-safe. A transverse extension, in particular a diameter 22a , the screen holder 20a runs across a main direction of extension 102a of the basic body 14a in the coupling area 90a of the basic body 14a . The sieve holder 20a is in one on the body 14a arranged state of the juicing attachment 16a along a drain direction 104a of a juice considered offset to the juicing attachment 16a on the main body 14a arranged. The juicing attachment 16a is in the on the body 14a arranged state of the juicing attachment 16a with the output shaft 42a coupled. The juicing attachment 16a is by means of the output shaft 42a on the main body 14a can be arranged. The sieve holder 20a is ring-shaped. The sieve holder 20a delimits a drain opening 106a , through which by means of the juicing attachment 16a juice extracted from a juicing good can flow off. A maximum transverse extent, in particular a maximum diameter, of the drain opening 106a corresponds to a maximum inner diameter 108a the screen holder 20a (see. 7 ). The maximum transverse extent, in particular the maximum diameter 22a , the screen holder 20a is larger than the maximum inside diameter 108a the screen holder 20a . The maximum diameter 22a the screen holder 20a corresponds to a maximum outside diameter of the screen holder 20a . The sieve holder 20a is for the inclusion of a sieve insert 26a of the juicer tool module 10a intended. The sieve insert 26a covers in one on the strainer holder 20a arranged condition of the sieve insert 26a the drain opening 106a at least essentially completely.

3rd shows part of the tool module system 12a out 1 in a perspective view. In 3rd are the juicer tool module 10a and the one with the juicer tool module 10a coupled juice containers 48a shown. The sieve holder 20a shows the maximum transverse extension, in particular the maximum diameter 22a , on that in one on the main body 14a arranged state of the juicing attachment 16a is greater than a maximum longitudinal extent 24a of the juicing attachment 16a . The maximum diameter 22a the screen holder 20a , especially the maximum inside diameter 108a the screen holder 20a , is in the on the body 14a arranged state of the juicing attachment 16a larger than the maximum longitudinal extent 24a of the juicing attachment 16a . The maximum diameter 22a the screen holder 20a , especially the maximum inside diameter 108a the screen holder 20a , is in the on the body 14a arranged state of the juicing attachment 16a larger than one in a main extension plane 110a the screen holder 20a projected parallel longitudinal component 112a of the juicing attachment 16a . The parallel longitudinal share 112a of the juicing attachment 16a is an effective maximum extension of the juicing attachment 16a in the on the body 14a arranged state of the juicing attachment 16a at least essentially parallel to the main extension plane 110a the screen holder 20a considered.

4th shows the part of the tool module system 12a out 3rd in an exploded perspective view. The sieve holder 20a is in one piece with the basic body 14a educated. The basic body 14a and the screen holder 20a are designed as a single plastic part. The main direction of extension 102a of the basic body 14a in the coupling area 90a of the basic body 14a and the main extension plane 110a the screen holder 20a run transversely to one another, in particular at least essentially L-shaped. The sieve insert 26a comprises a basic sieve element 38a and a sealing element 40a .

The juicer tool module 10a includes a bearing element 114a for mounting the output shaft 42a inside the coupling housing 92a . The juicer tool module 10a includes other components for fastening the output shaft 42a and / or the bearing element 114a , especially a seal 116a , a washer 118a and a snap ring 120a . The coupling housing 92a is by means of a snap hook element 122a of the juicer tool module 10a lockable. The juicer tool module 10a includes an electronic storage unit 124a for storing operating data, in particular operating modes available, of the juicer tool module 10a . The storage unit 124a is designed as a non-volatile memory chip. The storage unit 124a is designed as an electrically erasable programmable read-only memory (EEPROM).

5 shows the juicing attachment 16a and the output shaft 42a of the juicer tool module 10a of the tool module system 12a out 1 in a decoupled state in a perspective view. For an at least essentially rotationally fixed coupling with the juicing attachment 16a has the output shaft 42a a polygonal cross-section, in particular on the through the base body 14a extending section 96a the output shaft 42a . The output shaft 42a is, in particular on the base body 14a extending section 96a the output shaft 42a , hexagonal. Alternatively, it is conceivable that the output shaft 42a , especially on the through the body 14a extending section 96a the output shaft 42a , triangular, square, pentagonal, hexagonal or the like. The wave recording 44a has a corresponding to the cross section of the output shaft 42a trained internal cross-section.

The wave recording 44a has a plurality of snap hooks 126a on. The snap hooks 126a are to be coupled to the output shaft 42a intended. The snap hooks 126a are provided behind a coupling slope 128a the output shaft 42a to latch. The output shaft 42a includes a storage section 130a for storage on the base body 14a in the coupling area 90a of the basic body 14a . The storage section 130a is along a longitudinal axis 132a the output shaft 42a considered spaced from the coupling slope 128a and to the subsection 96a the output shaft 42a arranged.

6 shows the juicing attachment 16a and the output shaft 42a of the juicer tool module 10a out 5 in a coupled state in a schematic sectional view. The snap hooks 126a are behind the coupling slope 128a locked. The output shaft 42a lies in the with the output shaft 42a coupled state of the juicing attachment 16a at least essentially in a precise shape, in particular in the manner of a puzzle piece, within the shaft mount 44a at.

7 shows a plan view of the screen holder 20a of the juicer tool module 10a of the tool module system 12a out 1 in a schematic representation. The juicer tool module 10a includes the sieve insert 26a to retain solid-state elements, in particular pulp, of the at least one locking element 28a , 30a for a tool-free coupling with the screen holder 20a having. The basic screen element 38a of the sieve insert 26a is made of a plastic, in particular at least essentially dishwasher-safe. Alternatively, it is conceivable that the basic screen element 38a is formed from a metal or the like. The basic screen element 38a delimits a plurality of drain openings 134a through which a juice can drain. In 7 is an example of a drain opening 134a provided with a reference number. It is conceivable that when a juicing product is juiced, different solid elements of the juicing product, in particular pulp, separate from a juice (not shown further here). The sieve insert 26a , especially the basic sieve element 38a , is intended to retain solid-state elements, in particular pulp. The drain openings 134a in the basic sieve element 38a have diameters that are smaller than the average large solid elements that become detached when juicing a material to be juiced. The sieve insert 26a includes two locking elements 28a , 30a . The sieve insert 26a includes a locking element 28a and another locking element 30a . The further locking element 30a is at least essentially analogous to the locking element 28a educated. The locking elements 28a , 30a of the sieve insert 26a are on the basic screen element 38a arranged. The locking elements 28a , 30a of the sieve insert 26a are in one piece with the basic sieve element 38a educated. The locking elements 28a , 30a of the sieve insert 26a are with the screen holder 20a , especially with counter-locking elements 136a , 138a the screen holder 20a , lockable. The locking element 28a of the sieve insert 26a is with a counter-locking element 136a the screen holder 20a lockable. The further locking element 30a of the sieve insert 26a is with another counter-locking element 138a the screen holder 20a lockable. The locking elements 28a , 30a of the sieve insert 26a are designed as snap hooks. The counter-locking elements 136a , 138a the screen holder 20a are designed as locking rails. The locking elements 28a , 30a of the sieve insert 26a are in one at the screen holder 20a arranged condition of the sieve insert 26a on one of the coupling area 90a of the basic body 14a opposite side 140a of the basic screen element 38a arranged. In particular, the locking elements 28a , 30a of the sieve insert 26a by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 ° to one another on the basic screen element 38a arranged. In the present embodiment, the locking elements 28a , 30a of the sieve insert 26a offset by 180 ° to one another on the basic screen element 38a arranged. The counter-locking elements 136a , 138a the screen holder 20a extend at least in sections along an inner circumference of the screen holder 20a .

8th shows a further top view of the screen holder 20a of the juicer tool module 10a out 7 in a schematic representation. A top view of another, the coupling area, is shown 90a of the basic body 14a facing side 142a of the basic screen element 38a . The sieve insert 26a and / or the screen holder 20a have / have at least one shape-finding element 32a , 34a , 36a for correct positioning of the sieve insert 26a on the screen holder 20a on. The sieve insert 26a and the screen holder 20a each have at least one form-finding element 32a , 34a , 36a on. Alternatively, it is conceivable that the sieve insert 26a or the sieve holder 20a at least one form-finding element 32a , 34a , 36a having. The sieve insert 26a has two form-finding elements 32a , 34a on. The sieve insert 26a has a shape-finding element 32a and another shape-finding element 34a on. The other form-finding element 34a of the sieve insert 26a is at least essentially analogous to the shape-finding element 32a of the sieve insert 26a educated. The sieve holder 20a has a single form-finding element 36a on. The form-finding elements 32a , 34a of the sieve insert 26a and the shape-finding element 36a the screen holder 20a are intended for a user of the juicer tool module 10a precise positioning of the sieve insert 26a on the screen holder 20a , in particular haptically and / or optically. The form-finding elements 32a , 34a of the sieve insert 26a are as flats of an outer edge at least in sections 144a of the basic screen element 38a educated. In particular, the form-finding elements 32a , 34a of the sieve insert 26a at least 90 °, preferably at least 120 ° and particularly preferably 180 ° offset from one another on the screen base element 38a arranged. In the present exemplary embodiment, the shape-finding elements are 32a , 34a of the sieve insert 26a offset by 180 ° to one another on the basic screen element 38a arranged. The form-finding element 36a the screen holder 20a is as an indentation in an inner edge 146a the screen holder 20a educated.

9 shows the sieve insert 26a of the juicer tool module 10a out 7 in a perspective view. In 9 is the coupling area 90a of the basic body 14a in which on the screen holder 20a arranged condition of the sieve insert 26a opposite side 140a of the basic screen element 38a shown. The sieve insert 26a shows this along an at least substantially complete maximum circumference of the basic screen element 38a of the sieve insert 26a trending sealing element 40a on. The sealing element 40a runs in particular along at least 80% of the complete maximum circumference of the basic screen element 38a , preferably along at least 90% of the complete maximum circumference of the basic screen element 38a and particularly preferably along the entire maximum circumference of the basic screen element 38a . In the present exemplary embodiment, the sealing element runs 40a along the entire maximum circumference of the basic screen element 38a . The sealing element 40a is designed as a sealing ring. The sealing element 40a is at least partially elastic. The sealing element 40a is at least partially made of a rubber. The sealing element 40a is on the side 140a of the basic screen element 38a arranged on which the locking elements 28a , 30a of the sieve insert 26a are arranged. The sealing element 40a is integral with the basic sieve element 38a connected. Alternatively, it is conceivable that the sealing element 40a releasable on the basic screen element 38a is attachable. The sealing element 40a is intended to provide a connection between the basic screen element 38a and the sieve holder 20a to seal at least essentially in a fluid-tight manner. The sealing element 40a is intended to play between the basic screen element 38a and the sieve holder 20a to compensate and / or wobble of the basic screen element 38a in one on the screen holder 20a prevent ordered state.

10th shows the juice container 48a of the tool module system 12a out 1 in a perspective view. The juice container 48a is intended for receiving a juice pressed from a juicing product. At least one wall 148a of the juice container 48a is to form a pouring spout 150a of the juice container 48a interrupted at least in sections. The pouring spout 150a is for a controlled dispensing of one in the juice container 48a collected juice provided, especially in a on the juicer tool module 10a arranged state of the juice container 48a . The juice container 48a is made of a plastic, in particular at least essentially dishwasher-safe. The juice container 48a is opaque. Alternatively, it is conceivable that the juice container 48a is at least partially transparent.

The juice container 48a is on the juicer tool module 10a , especially on the screen holder 20a , attachable. The juice container 48a has at least one bayonet element 50a , 52a to a tool-free coupling with at least one bayonet connection 54a , 56a the screen holder 20a of the juicer tool module 10a on. The juice container 48a has two bayonet elements 50a , 52a on. The juice container 48a has a bayonet element 50a and another bayonet element 52a on. The further bayonet element 52a is at least essentially analogous to the bayonet element 50a educated. The bayonet elements 50a , 52a of the juice container 48a are in one piece with the wall 148a of the juice container 48a educated. The bayonet elements 50a , 52a are bulges of a circumferential edge as sections 152a of the juice container 48a educated. The bayonet elements 50a , 52a are in particular offset by at least 90 °, preferably by at least 120 ° and particularly preferably by 180 °. In the present exemplary embodiment, the bayonet elements are 50a , 52a arranged at 180 ° to each other. The bayonet elements 50a , 52a are for a bayonet connection with at least one bayonet connection 54a , 56a the screen holder 20a intended.

11 shows the juice container 48a out 10th in one with the screen holder 20a of the juicer tool module 10a coupled state in a perspective view. The sieve holder 20a includes two bayonet connections 54a , 56a . The sieve holder 20a includes a bayonet connection 54a and another bayonet connection 56a . The further bayonet connection 56a is at least essentially analogous to the bayonet connection 54a educated. The bayonet connections 54a , 56a are designed as bayonet rails. The bayonet connections 54a , 56a extend at least in sections along an inner circumference of the screen holder 20a . The bayonet connections 54a , 56a are along the inner circumference of the sieve holder 20a considered offset to the counter-locking elements 136a , 138a the screen holder 20a arranged. The bayonet connections 54a , 56a are perpendicular to the main plane of extension 110a the screen holder 20a considered offset to the counter-locking elements 136a , 138a the screen holder 20a arranged.

12 shows the juice container 48a and part of the juicer tool module 10a out 11 in a decoupled state in a schematic representation. The juice container 48a and / or the screen holder 20a have / have at least one shaped element 58a , 60a , 62a to realize a correct coupling positioning between the juice container 48a and the sieve holder 20a on. The juice container 48a and the screen holder 20a each have at least one shaped element 58a , 60a , 62a on. Alternatively, it is conceivable that the juice container 48a or the sieve holder 20a at least one form element 58a , 60a , 62a having. The juice container 48a has two form elements 58a , 60a on. The bayonet element 50a of the juice container 48a serves as a form element 58a of the juice container 48a . The further bayonet element 52a of the juice container 48a serves as another form element 60a of the juice container 48a (see. 10th ). Alternatively, it is conceivable that the juice container 48a from the bayonet elements 50a , 52a differently shaped elements 58a , 60a having. The sieve holder 20a comprises two form elements 62a . A feature 62a the screen holder 20a is in 12 shown. Another form element of the screen holder 20a is due to the representation in 12 not visible. The form elements 58a , 60a of the juice container 48a and the form elements 62a the screen holder 20a are intended for a user of the tool module system 12a precise positioning of the juice container 48a on the screen holder 20a , in particular haptically and / or optically. The form elements 62a the screen holder 20a are as indentations in an outer edge 154a the screen holder 20a educated. In particular, the shaped elements 62a the screen holder 20a arranged at least 90 °, preferably at least 120 ° and particularly preferably offset by 180 °. In the present exemplary embodiment, the shaped elements are 62a the screen holder 20a arranged at 180 ° to each other.

13 shows a juicing extension attachment 64a of the tool module system 12a out 1 in one with the juicing attachment 16a of the juicer tool module 10a coupled state in a perspective view. The tool module system 12a includes the juicing extension attachment 64a . The juicing extension attachment 64a comprises at least one juicing area 66a for juicing a juicing good. The juicing extension attachment 64a comprises at least one locking element 68a , 70a for a tool-free coupling with the juicing attachment 16a of the juicer tool module 10a . The juicing extension attachment 64a is at least with regard to a shape, in particular with regard to a shape of the juicing surface 66a of the juicing extension attachment 64a , at least essentially analogous to the juicing attachment 16a educated. The juicing extension attachment 64a is on the juicing attachment 16a attachable. In 13 is the juicing extension attachment 64a on the juicing attachment 16a shown on top. The juicing extension attachment 64a has a larger volume than the juicing attachment 16a . The juicing extension attachment 64a is free from a wave recording. The juicing extension attachment 64a encloses the juicing attachment 16a in the one with the juicing attachment 16a coupled state of the juicing extension attachment 64a along the juicing area 18a of the juicing attachment 16a at least essentially completely. The juicing extension attachment 64a is to a juicing of a larger juicing material than the juicing attachment 16a intended.

The juicing extension attachment 64a has two locking elements 68a , 70a on. The juicing extension attachment 64a has a locking element 68a and another locking element 70a on. The further locking element 70a of the juicing extension attachment 64a is at least essentially analogous to the locking element 68a of the juicing extension attachment 64a educated. The locking elements 68a , 70a of the juicing extension attachment 64a are for an at least substantially non-rotatable fixation of the juicing extension attachment 64a on the juicing attachment 16a intended. The locking elements 68a , 70a of the juicing extension attachment 64a are on an inner surface 156a of the juicing extension attachment 64a arranged. The locking elements 68a , 70a of the juicing extension attachment 64a are designed as locking lugs. Alternatively, it is conceivable that the locking elements 68a , 70a of the juicing extension attachment 64a are designed as snap hooks or the like. The juicing attachment 16a has a counter-locking element 158a for locking with the locking element 68a of the juicing extension attachment 64a on. The juicing attachment 16a has another counter-locking element 160a for locking with the further locking element 70a of the juicing extension attachment 64a on. The counter-locking elements 158a , 160a of the juicing attachment 16a are as notches in the juicing area 18a of the juicing attachment 16a educated. In particular, the locking elements 68a , 70a of the juicing extension attachment 64a at least 90 °, preferably at least 120 ° and particularly preferably 180 ° offset from one another on the inner surface 156a of the juicing extension attachment 64a arranged. In the present embodiment, the locking elements 68a , 70a of the juicing extension attachment 64a offset by 180 ° to each other on the inner surface 156a of the juicing extension attachment 64a arranged. In particular, the counter-locking elements 158a , 160a of the juicing attachment 16a at least 90 °, preferably at least 120 ° and particularly preferably 180 ° offset from one another on the juicing surface 18a of the juicing attachment 16a arranged. In the present exemplary embodiment, the counter-locking elements are 158a , 160a of the juicing attachment 16a offset by 180 ° to each other on the juicing surface 18a of the juicing attachment 16a arranged. The juicing extension attachment 64a can be at least one on the juicing surface 66a of the juicing extension attachment 64a arranged counter-locking element for coupling to a further juicing extension attachment of the tool module system 12a have (not shown here).

14 shows the juicing extension attachment 64a out 13 in one with the juicing attachment 16a of the juicer tool module 10a coupled state in a perspective sectional view. The sieve holder 20a shows the maximum transverse extent, in particular the maximum diameter 22a , on that in one with the juicing attachment 16a coupled state of the juicing extension attachment 64a is greater than a maximum longitudinal extent 72a of the juicing extension attachment 64a . The maximum inside diameter 108a the screen holder 20a is in the one with the juicing attachment 16a coupled state of the juicing extension attachment 64a larger than the maximum longitudinal extent 72a of the juicing extension attachment 64a . The maximum diameter 22a the screen holder 20a , especially the maximum inside diameter 108a the screen holder 20a , is in the one with the juicing attachment 16a coupled state of the juicing extension attachment 64a larger than one in the main extension plane 110a the screen holder 20a projected parallel longitudinal extension of the juicing extension attachment 64a (not shown here).

In the 15 to 19th five further exemplary embodiments of the invention are shown. The following descriptions and the drawings are essentially limited to the differences between the exemplary embodiments, with respect to components with the same designation, in particular with respect to components with the same reference numerals, in principle also to the drawings and / or the description of the other exemplary embodiments, in particular the 1 to 14 , can be referenced. To differentiate the exemplary embodiments, the letter a is the reference number of the exemplary embodiment in FIGS 1 to 14 adjusted. In the embodiments of the 15 to 19th the letter a is replaced by the letters b to f.

15 shows part of a first alternative juicer tool module 10b in a perspective view. A wave picture is shown 44b a juicing attachment 16b of the juicer tool module 10b and an output shaft 42b of the juicer tool module 10b . The output shaft 42b includes a tool-free coupling with the shaft holder 44b of the juicing attachment 16b at least one magnetic coupling element 46b . The magnetic coupling element 46b is designed as a permanent magnet. The magnetic coupling element 46b is ring-shaped around the output shaft 42b arranged. The wave recording 44b has one with the magnetic coupling element 46b corresponding negative feedback element 162b on. The negative feedback element 162b is made of a magnetic, in particular ferromagnetic, metal trained. The negative feedback element 162b is made of an iron. Alternatively, it is conceivable that the magnetic coupling element 46b made of a magnetic, in particular ferromagnetic, metal and the negative feedback element 162b is designed as a permanent magnet. The negative feedback element 162b is ring-shaped within the wave recording 44b arranged.

16 shows part of a second alternative juicer tool module 10c in a perspective view. A wave picture is shown 44c a juicing attachment 16c of the juicer tool module 10c and an output shaft 42c of the juicer tool module 10c . The output shaft 42c includes a tool-free coupling with the shaft holder 44c of the juicing attachment 16c at least one magnetic coupling element 46c . The magnetic coupling element 46c is designed as a permanent magnet. The magnetic coupling element 46c is disc-shaped on one end face 164c the output shaft 42c arranged. The wave recording 44c has one with the magnetic coupling element 46c corresponding negative feedback element 162c on. The negative feedback element 162c is made of a magnetic, in particular ferromagnetic, metal. The negative feedback element 162c is made of an iron. Alternatively, it is conceivable that the magnetic coupling element 46c made of a magnetic, in particular ferromagnetic, metal and the negative feedback element 162c is designed as a permanent magnet. The negative feedback element 162c is disc-shaped within the wave holder 44c arranged.

17th shows part of a third alternative juicer tool module 10d in a partial perspective representation. A wave picture is shown 44d a juicing attachment 16d of the juicer tool module 10d and an output shaft 42d of the juicer tool module 10d . The wave recording 44d indicates a tool-free coupling to the output shaft 42d a snap nose 166d on. The snap nose 166d is for fastening the output shaft 42d in the wave recording 44d to engage in an annular groove 168d the output shaft 42d intended.

18th shows part of a fourth alternative juicer tool module 10e in a perspective view. A wave picture is shown 44e a juicing attachment 16e of the juicer tool module 10e and an output shaft 42e of the juicer tool module 10e . The output shaft 42e indicates a tool-free coupling with the shaft holder 44e a snap nose 170e on. The snap nose 170e is for fastening the output shaft 42e in the wave recording 44e to engage in an annular groove 172e the wave recording 44e intended.

19th shows part of a fifth alternative juicer tool module 10f in a schematic partial sectional view. A wave picture is shown 44f a juicing attachment 16f of the juicer tool module 10f and an output shaft 42f of the juicer tool module 10f . The wave recording 44f is shown in section. The wave recording 44f indicates a tool-free coupling to the output shaft 42f two spring-loaded thrust pieces 174f on. The pressure pieces 174f are offset by 180 ° to each other within the shaft mount 44f arranged. The pressure pieces 174f are for fastening the output shaft 42f in the wave recording 44f to engage in an annular groove 168f the output shaft 42f intended.

QUOTES INCLUDE IN THE DESCRIPTION

This list of documents listed by the applicant has been generated automatically and is only included for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• DD 209730 A1 [0001]

Claims (11)

Juice press tool module, in particular for a wireless tool module system, with at least one base body (14a), with at least one juicing attachment (16a - 16f), which has at least one juicing surface (18a) for juicing a juicing good, and with at least one sieve holder (20a), characterized in that that the screen holder (20a) has a maximum transverse extension, in particular a maximum diameter (22a), which is larger than a maximum longitudinal extension (24a) of the juicing attachment (16a-16f) in a state arranged on the base body (14a) Juicing attachment (16a - 16f). Juice press tool module after Claim 1 , characterized in that the screen holder (20a) is formed in one piece with the base body (14a). Juice press tool module after Claim 1 or 2nd , characterized by at least one sieve insert (26a) for retaining solid elements, in particular pulp, which has at least one latching element (28a, 30a) for a tool-free coupling to the sieve holder (20a). Juice press tool module after Claim 3 , characterized in that the sieve insert (26a) and / or the sieve holder (20a) have / has at least one shape-finding element (32a, 34a, 36a) for correct positioning of the sieve insert (26a) on the sieve holder (20a). Juice press tool module according to one of the preceding claims, characterized by at least one sieve insert (26a) which has at least one sealing element (40a) running along an at least substantially complete maximum circumference of at least one sieve base element (38a) of the sieve insert (26a). Juice press tool module according to the generic term of Claim 1 , in particular according to one of the preceding claims, characterized by at least one output shaft (42b; 42c) which comprises at least one magnetic coupling element (46b; 46c) for tool-free coupling with at least one shaft holder (44b; 44c) of the juicing attachment (16b; 16c). Tool module system, in particular wireless tool module system, with at least one juicer tool module, in particular a juicer tool module according to one of the preceding claims, characterized by at least one juice container (48a), which has at least one bayonet element (50a, 52a) for tool-free coupling with at least one bayonet connection (54a, 56a ) has at least one screen holder (20a) of the juicer tool module. Tool module system according to Claim 7 , characterized in that the juice container (48a) and / or the sieve holder (20a) have / has at least one shaped element (58a, 60a, 62a) for realizing correct coupling positioning between the juice container (48a) and the sieve holder (20a). Tool module system according to Claim 7 or 8th , characterized by at least one juicing extension attachment (64a) with at least one juicing surface (66a) for juicing an item to be juiced, which comprises at least one locking element (68a, 70a) for a tool-free coupling with at least one juicing attachment (16a-16f) of the juicer tool module. Tool module system according to Claim 9 , characterized in that the sieve holder (20a) has a maximum transverse extent, in particular a maximum diameter (22a), which, when coupled to the juicing attachment (16a-16f), is larger than a maximum longitudinal extension (64a) of the juicing extension attachment (64a) 72a) of the juicing extension attachment (64a). Tool module system according to one of the Claims 7 to 10th , characterized by at least one, in particular wireless, drive module (74a) which can be coupled to the juicer tool module and which comprises at least one drive unit (76a) for driving at least one output shaft (42a - 42f) of the juicer tool module.

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