EP3135804A1 - Laundry drying device with a door lint filter seat and method for producing the same - Google Patents

Abstract

Method for producing a laundry drying apparatus 1, in which a first element is inserted into a Türflusensieb seat 2 emanating from a loading opening for a laundry drum in a process air duct 3, a second element 9 is inserted into a diffuser seat 10 in a wall of the process air duct, which diffuser seat 10 is at least partially above a first heat exchanger 5, a third element 13 is inserted below the first heat exchanger in a support seat 14 and a fourth element 4 in the form of a front cover 6, which is a wall of the process air duct, is inserted into a cover seat 8 wherein the first to fourth elements 4, 9, 13 are selected from respective first to fourth sets each having a plurality of first to fourth elements configured to comprise a plurality of elements of a set for use in their respective seats 2, 4, 8, 14; several functional elements of a set are designed differently. The invention also relates to a laundry drying device produced in this way.

Description

The invention relates to a method for producing a laundry drying apparatus with a Türflusensieb seat. The invention also relates to a laundry drying device produced in this way. The invention is particularly advantageously applicable to household clothes dryer with heat pump.

Laundry drying devices are known which have a closed process air channel which has at least one heat exchanger (hereinafter referred to as "first heat exchanger" without restriction of generality) and which serves for cooling process air. Water vapor in the incoming process air there - which has previously emanated as a moist process air from a laundry drum - condenses on the cool surface of the first heat exchanger and then rains as condensation in the form of drops of it. The emitted from the laundry drum moist process air also contains hair, lint, etc., which can be partially deposited on the wet first heat exchanger and thus reduce its efficiency. Also, the dripping or herabregnende condensation can lint, hair, etc. included.

In order to reduce an amount of lint, hair, etc., reaching the first heat exchanger, it is known to provide a lint filter (hereinafter referred to as "door lint filter" without limitation to the general public) in the process air channel between the laundry drum and the first heat exchanger. The Türflusensieb example, removable in a seat (hereinafter referred to without restriction of the general public as "Türflusensieb seat") can be used. The Türflusensieb seat allows receiving the Türflusensiebs in a receiving space, which emanates from a loading opening for a laundry drum and like a shaft down as a "lint box" in the process air duct down. The Türflusensieb can thus be used with open feed opening by inserting from above. Lint, hair, etc. can be partially retained by the Türflusensieb immediately after exiting the laundry drum. The Türflusensieb can be cleaned by removing it from a user with clean water.

It is also known to use a lint filter fixedly arranged in the process air duct instead of the lint filter located in the door lint filter seat. In order to prevent clogging of the lint filter, it is associated with a cleaning device by means of the pressurized water can be applied to the lint filter for its cleaning.

It is also known to collect the condensation dripping from the first heat exchanger, hair or lint, etc., contained in a lint collector ("lint trap"). The lint trap has on the upper side passage openings for passing the condensate water dripping off from the first heat exchanger and on the underside drain openings for discharging the condensed water. The vent openings are preceded by a lint filter to retain hair, lint, etc. The lint trap is removable and may e.g. to be cleaned by a user after opening a lid.

It is also known to clean off the first heat exchanger by means of a cleaning device with pressurized water. For this purpose, a high-altitude water tank can be present, which is filled with pumped up condensed water and can deliver this water abruptly by opening a valve in a downpipe. The water falling in the downcomer is passed over a water distributor (also referred to as a "diffuser") at a lower tip of the downcomer, e.g. a Venturi nozzle, sprayed or sprayed onto the first heat exchanger. The water distributor may be formed as a wall part of the process air channel, which is located above the first heat exchanger.

A disadvantage of the known laundry drying devices is that a development and production costs for different filter and / or Abreinigungs variants of an otherwise highly similar laundry drying device is high.

It is the object of the present invention to overcome the disadvantages of the prior art, at least in part, and in particular to provide a possibility for the simplified development and / or production of laundry drying devices with different filter and / or cleaning variants.

This object is achieved according to the features of the independent claims. Preferred embodiments are in particular the dependent claims and the following description and attached drawing removable.

The object is accordingly achieved by a method for producing a laundry drying apparatus, in which an element or a component (hereinafter referred to as "a first element" without restriction of generality) is inserted into a door lint filter seat. The predetermined or standardized mechanical interfaces of the Türflusensieb seat include in particular a standing in laundry Sieboberfläche and a lint filter shaft with its sealing system. The Türflusensieb seat can emanate in particular from a loading opening for a laundry drum.

A second element (hereinafter also referred to as a "diffuser insert" without restriction of generality) is inserted in a seat (hereinafter referred to as "diffuser seat" without restriction of generality). The diffuser seat is located above a first heat exchanger and (in relation to a flow of process air) upstream of the first heat exchanger. The diffuser seat may be located in particular in a wall or wall opening of the process air duct. At least one predetermined interface of the diffuser seat may be an edge of the wall opening.

A third element is inserted at least partially below the first heat exchanger into a third seat (hereinafter referred to as a "seat" without limitation of generality). The predetermined mechanical interfaces of the pad may include a transition to a lid (see below), guide elements in a floor pan or in a bottom of the clothes dryer. The third element may in particular fill or occupy a space below the first heat exchanger.

A fourth element in the form of a front cover (also referred to as a "handle element" or "service cover"), which fluidly represents a front wall portion of the process air duct behind the door lint filter seat and before the first heat exchanger, becomes a fourth seat (hereinafter, without limitation of the Generality called "cover seat") used. The predetermined mechanical interfaces of the cover seat may, for example, have or be a sealing interface to a floor group or to a floor of the laundry drying apparatus and / or a transition to the third element.

The first to fourth elements are selected from respective first to fourth sets, each of the sets each having a plurality of selectable first, second, third, and fourth elements, respectively.

The multiple elements of a set are designed for use in their respective seats and therefore can be seated in the same seat. They are therefore provided as an alternative einbaubare elements without the seat would have to be adjusted.

The multiple elements of each sentence are functionally different.

This method has the advantage that, by selecting a respective first to fourth element, a laundry drying device can be configured modularly or according to a modular system. As a result, the laundry drying device can be designed in a particularly simple design and also easily manufactured. This results in particular in a reduced development effort for the derivation of functionally different device variants, in which only small components - namely the first to fourth elements - are to be redeveloped. Thus, otherwise fundamentally identically constructed laundry drying devices can be functionally varied in a simple way by inserting the elements into seats with predetermined mechanical interfaces. It is thus possible a consistent basic machine for the entire device.

The elements are therefore designed to fit on their seat or associated mechanical interfaces. There may be other minor adjustments necessary, such as an adjustment of a menu control.

It is a development that the clothes dryer is a household appliance. The clothes dryer may be a standalone tumble dryer or a washer dryer.

It is still a development that the laundry dryer has a heat pump. The first heat exchanger can then correspond in particular to an evaporator of the heat pump.

It is also a development that in the flow direction between the first heat exchanger and the laundry drum, a heater for heating the process air is present. The heater can be implemented as a second heat exchanger. The second heat exchanger may in particular correspond to a condenser of the heat pump.

Also, the laundry drying apparatus may include a fan for circulating the process air in the process air duct.

It is also a development that a sieve has at least one sieve layer and / or at least one filter layer for separating lint, hair, etc. from the process air and / or from water, in particular condensation water. In this case, a sieve layer can be provided for separating coarser constituents from the process air and a filter layer rather for separating finer constituents from the process air. However, the terms sieve and filter or sieve layer and filter layer can also be used interchangeably. The sieve can cross the process air duct in particular perpendicularly or at an angle to it.

It is an embodiment that the first set comprises at least two of the following first elements that are removable from the Türflusensieb seat: a Mehrfachflusensieb with at least two Sieblagen, a Einzelflusensieb with a Sieblage, a pollen filter and / or an adapter part without filter function. Thus, the function configuration of the clothes drying apparatus can be easily selected whether the multi-lint filter (or generally a fine separating or filtering screen), the single lint filter (or more generally a coarser separating or filtering screen), the pollen filter or an adapter part without filter function with the clothes dryer shall be. All of these first elements can be inserted into the door lint filter seat and fit on the corresponding interfaces. The screens and the pollen are flowed through by the process air and are advantageously sealed against the wall of the process air duct to prevent parasitic side streams.

The multiple-lint filter allows less expensive filtering (or even no filtration) and / or less expensive cleaning (or even no cleaning) to be used further downstream in the process air duct without significantly degrading filtering efficiency and / or user-friendliness.

Also, the single lint filter allows (albeit to a lesser extent than the multiple lint filter) to use less expensive filtering (or even no filtering) and / or less expensive cleaning (or even no cleaning) farther downstream in the process air duct without one Filtering efficiency and / or user friendliness deteriorate noticeably. The single lint filter is easier to use and clean than a multiple lint filter. This also makes a higher volume flow of the process air possible.

The adapter part without filter function is particularly inexpensive to produce and allows a particularly high flow rate of the process air.

It is also an embodiment that the second set comprises at least two of the following second elements: a dual water delivery module having a first water discharge opening for discharging water (especially from above) to the first heat exchanger and a second water discharge opening for discharging water (in particular above) in an area of the process air passage between the first heat exchanger and the front lid, a single water discharge module having only the first water discharge opening, a cover without water discharge function. This allows a variable embodiment of the cleaning function with simple means.

A water discharge opening may be a receiving opening for a water distribution means (for example, a nozzle head) or may itself be formed as a water distribution means.

The dual water delivery module allows cleaning of the first heat exchanger and a lint filter located in the region of the process air duct between the first heat exchanger and the front cover. In this case, a valve may be provided which connects a water supply channel alternately with one of the two water discharge openings.

The single water dispenser module and the non-dispensing cap may have been made without the unused water dispensing port (s). However, they may also have been produced from a double-water dispensing module, wherein the water discharge opening (s) - which can also be designed as a cavity or can be - can be suitably closed.

It is a further embodiment that the third set comprises at least two of the following third elements: a first lint trap with at least one top fluff inlet opening between the lid and the first heat exchanger, at least one top inlet opening below the first heat exchanger and at least one bottom outlet opening, a second one Fluff trap with at least one upper-side filling opening below the first heat exchanger and at least one lower-side outlet opening and / or an intermediate floor with at least one outlet opening provided below the first heat exchanger. A lint trap can be understood in particular to be a lint collector for lint.

The first lint trap allows ingress of lint, hair, etc., that rains from the first heat exchanger, through the at least one top fill opening below the first heat exchanger, and entry of lint, hair, etc., out of the area of the process air channel between the first heat exchanger and the front lid to be cleaned by the at least one upper side lint inlet opening ("Einspülspalt") between the lid and the first heat exchanger.

The second lint trap allows no entry of lint, hair, etc., which are cleaned from the area of the process air duct between the first heat exchanger and the front lid.

The two lint traps can be removed by a user.

The intermediate floor has no lint trap function and can be particularly easily ausgestaltbar. The false floor can be firmly fixed in the laundry dryer. The intermediate floor may have at least one passage opening below the Have first heat exchanger, can pass through the condensate generated in the drying operation. The intermediate floor may be formed as a floor group use. The intermediate floor may have an air-guiding function.

It is yet another embodiment that the fourth set comprises at least two of the following fourth elements: a lid with a in the process air duct - especially in front view between the lid and the first heat exchanger - provided simple lint filter, a lid with a in the process air duct between the cover and the first heat exchanger provided (functionally) reinforced lint filter and / or a lid without lint filter.

Due to the simple lint filter and the reinforced lint filter lint, hair, etc. can also be filtered out in a fluidic section of the process air duct between the Türflusensieb seat and the first heat exchanger.

The simple lint filter may in particular be a fine-meshed lint filter.

The functionally reinforced lint filter has, in particular, a filter effect which is reinforced in comparison with the simple lint filter. The reinforced lint filter may, for example, have at least one additional filtering stage, e.g. comprising wire cloths, foams and / or nonwovens.

The lint screens may include a seal or sealing system to avoid parasitic air bypasses of lint, hair, etc., past the lint filter.

The lid without lint filter is particularly easy to produce.

It is also an embodiment that the pollen filter or the adapter part is used without filter function in the Türflusensieb seat, the double water dispensing module is inserted into the diffuser seat, the first lint trap is inserted into the pad seat and the lid with the simple lint screen in the lid seat is used. As a result, a laundry drying apparatus can be produced in which process air contaminated with lint, etc., first flows into the section of the process air duct in which the pollen filter is located or the adapter part is without filter function. If, for example, the adapter part is used without a filter function, the process air flows unfiltered through this section of the process air channel into a space that is fluidically located between the adapter part and the first heat exchanger. There, the process air is filtered through the simple lint filter of the lid seat, so that a part of the lint, etc. settles on it. The cover as such or a corresponding cover part serves to close off the process air duct at the front and if necessary to direct the air in the direction of the first heat exchanger. Behind the lint filter of the lid seat, the process air enters the first heat exchanger, where it condenses. The fluff remaining then deposits on the first heat exchanger or drips off with the condensation water. The dripping, still partially lint-laden condensed water passes through the at least one upper-side lint inlet opening into the first lint trap and then exits through the at least one lower-side outlet opening, for example into a collecting trough. The at least one lower-side outlet opening is covered by a lint filter, so that there are still lint, hair, etc. retained. The condensation water leaving the first lint trap is practically lint-free.

The process air which has flowed through the first heat exchanger is drier than before and also has only a few lint. It passes following e.g. to a second heat exchanger, where it is heated again. Thereafter, the then warm-dry process air is reintroduced into the laundry drum.

To clean the lint filter of the lid and the first heat exchanger, the double water dispenser module is inserted into the diffuser seat. Water can be dispensed from above onto the first heat exchanger through the first water discharge opening, at which point it drips off, taking along the lint adhering there, and then passes into the lint trap analogously to the condensation water.

The first water discharge opening is arranged in particular fluidically behind the lint filter of the lid.

Through the second water discharge opening water can be abandoned from the top of the lint filter of the lid, which adhering thereto lint, etc. are entrained with the flow of water. This is how the lint filter is cleaned. The second water discharge opening is located in particular above the lint filter of the lid. The lint filter of the lid may in particular be installed obliquely to a vertical in order to allow a particularly effective flow of water through the lint filter from top to bottom. The run-down water passes through the at least one upper-side lint inlet opening between the lid and the first heat exchanger into the lint trap and exits therefrom through the at least one lower-side outlet opening. The fluff is retained in the fluff trap. The second water discharge opening may be fluidly arranged in front of or behind the lint filter of the lid.

Thus, pressurized water can be selectively discharged through the water discharge ports to clean the first heat exchanger or the lint filter of the lid.

The lid may be connected to the lint trap in order to be able to remove not only the associated lint filter but also the lint trap from the laundry dryer with removal of the lid, e.g. for their cleaning and possibly emptying. The lint trap is so removable removable in their seat. In this case, a detachable by a user outside of the laundry drying device and re-attachable mechanical connection of the lid and Flusenfalle be present.

It is also an embodiment that the Einzelflusensieb is inserted into the Türflusensieb seat, the single water discharge module is inserted into the diffuser seat, the second lint trap is inserted into the pad seat and the lid is inserted without lint filter in the lid seat. In contrast to the previously described embodiment, therefore, the adapter piece or the pollen filter has been replaced by the single lint filter, which also fits in the Türflusensieb seat. This can be dispensed with the lint filter of the lid. Since thus no lint filter of the lid needs to be cleaned, the double water dispenser module can be replaced by a matching in the same seat single water dispenser module. Through the single water delivery module, the first heat exchanger can be cleaned analogously to the double water delivery module. On the changeover valve can be omitted. As a result of that no lint filter of the lid needs to be cleaned, can also be dispensed with the at least one upper-side lint inlet opening between the lid and the first heat exchanger, which also particularly prevents a formation of parasitic air side currents there.

It is also an embodiment that the Mehrfachflusensieb is inserted into the Türflusensieb seat, the cover is used without water discharge function in the diffuser seat, the intermediate bottom is inserted into the pad seat and the lid is inserted with the (functional) reinforced lint filter in the cover seat. Due to the multi-lint filter, a particularly effective lint filtering is already achieved just behind the laundry drum. Possibly still penetrating through this multi-lint filter lint, etc. are again particularly effectively retained in the reinforced lint filter. Therefore, it can be dispensed with a cleaning of the first heat exchanger with water. Consequently, in the diffuser seat in the wall of the process air duct, in which a water dispensing module is otherwise used, a cover without water discharge function can be used sealingly. Because no more cleaning with water is performed, no lint trap needs to be provided. It is enough to use a simple intermediate floor instead. The intermediate floor need not be removable and not to be connected to the lid.

In order to ensure a correct pairing of matching third and fourth elements, in particular matching cover and lint traps, they can be connected to each other by means of a poka-yoke connection or be designed as poka-yoke elements.

The object is also achieved by a laundry drying apparatus that has been produced by the method described above. The clothes drying apparatus can be formed analogously to the method and gives the same advantages.

Thus, it is an embodiment that the laundry drying device has a process air duct, a Türflusensieb seat located in the process air duct and the side of a feed opening for a laundry drum, located in a wall of the process air duct diffuser seat, in particular above a first Heat exchanger and disposed in front of the first heat exchanger, a support seat for placing a fourth element below the first heat exchanger and a front cover seat, which is arranged below the Türflusensieb seat and frontally in front of the first heat exchanger having.

Fig.1

zeigt als Schnittdarstellung in Seitenansicht einen Ausschnitt aus einem Wäschetrockner gemäß einem ersten Ausführungsbeispiel;

Fig.2

zeigt ausschnittweise als Schnittdarstellung in Seitenansicht einen Ausschnitt aus einem Wäschetrockner gemäß einem zweiten Ausführungsbeispiel; und

Fig.3

zeigt ausschnittweise als Schnittdarstellung in Seitenansicht einen Ausschnitt aus einem Wäschetrockner gemäß einem dritten Ausführungsbeispiel.

The above-described characteristics, features and advantages of this invention, as well as the manner in which they are achieved, will become clearer and more clearly understood in connection with the following schematic description of an embodiment which will be described in detail in connection with the figures of the accompanying drawings.

Fig.1

shows a section in side view of a section of a clothes dryer according to a first embodiment;

Fig.2

shows a detail of a sectional side view of a section of a clothes dryer according to a second embodiment; and

Figure 3

shows a detail of a sectional side view of a section of a clothes dryer according to a third embodiment.

Fig.1 shows a sectional side view of a section of a laundry drying device in the form of a tumble dryer 1 according to a first embodiment. The tumble dryer 1 has been produced in such a way that a first element in the form of an adapter (not shown) has been inserted into a door lintel seat 2 in a process air duct 3. Process air P flowing out of a laundry drum (not shown) is conducted practically without effect through the adapter. The adapter can be designed so that it prevents ingress of laundry into the process air duct 3, for example by having a grid on the top side.

The process air P flows behind the adapter into a region 3 a of the process air duct 3, which is closed at the front by a cover 4 and at the rear borders on a first heat exchanger 5. The cover 4 has an actual cover part 6 for the front-side closure of the process air channel 3 and a lint filter 7 adjoining it on the inside. The cover part 6 represents a user-removable wall area the process air channel 3 and has been inserted into a cover seat 8 thereof. The lint filter 7 is perpendicular in the region 3a and is formed as a fine-meshed single-layered ("simple") lint filter. The lint filter is circumferentially inserted so tightly in the process air duct 3 that no parasitic air side streams around the lint filter 7 occur around.

Further, above the first heat exchanger 5 and above the lint filter 7, a double water discharge module 9 is inserted into a diffuser seat 10. The diffuser seat 10 are located in plan view partially above the first heat exchanger 5 and partially in front of the first heat exchanger. 5

The double water discharge module 9 has a first water discharge opening 11, can be applied by the pressurized water from above to the first heat exchanger 5. The double water dispensing module 9 also has a second water discharge opening 12, can be applied by the pressurized water from above on the lint filter 7. The water discharge openings 11 and 12 may be e.g. optionally by means of a valve (not shown) to be selected for water delivery. While the first water discharge opening 11 is arranged fluidically behind the lint filter 7, the second water discharge opening 12 is fluidly arranged in front of the lint filter 7.

Below the area 3a and thus also of the lint filter 7 and below the first heat exchanger 5 there is a lint trap 13, which has been inserted into an associated underlay seat 14. The lint trap 13 has at least one upper-side lint entry opening in the form of a Einspülspalts 15, which is located frontally just before a lower edge of the lint filter 7. The lint trap 13 furthermore has at least one top-side filler opening 16 below the first heat exchanger 5 and at least one bottom-side outlet opening 17. The at least one lower-side outlet opening 17 is covered by a sieve layer 18.

The first heat exchanger 5 and the second heat exchanger 19 may be components of a heat pump, for example, the first heat exchanger 5, an evaporator and the second heat exchanger 19, a condenser in the process air duct 3 behind the first heat exchanger 5.

In a drying operation of the clothes dryer 1 flows first, as already described above, lint-laden process air P in the area 3a of the process air duct 3 and flows through the lint filter 7. The process air P, which has flowed through the lint filter 7, has a significantly lower proportion of fluff, hair etc., which have instead deposited on the lint filter 7. The process air P continues to flow through the first heat exchanger 5 where it condenses together with a considerable proportion of the lint still present, etc., at the first heat exchanger 5. The condensed water (indicated by the black arrows) drips or flows through the at least one top-side filler opening 16 in the lint trap 13 and from there through the at least one bottom outlet opening 17 in a drip tray (o. Fig.). The entrained by the condensed water lint are retained by the sieve layer 18. Another part of the lint remains adhered to the first heat exchanger 5. The now largely lint-free process air P flows after the first heat exchanger 5 to the second heat exchanger 19 and is heated there again.

In a cleaning operation, water is pressure-sprayed and / or sprayed alternately from the water discharge ports 11 and 12 to the first heat exchanger 5 and the lint filter 7, respectively, thereby cleaning off lint etc. adhering thereto. The running of the lint filter 7 water (see associated black arrows), which entrains the adhesive lint, passes through the Einspülspalt 15 in the lint trap 13. The running of the first heat exchanger 5 water, which entrains the lint attached thereto passes through the at least an upper-side filler opening 16 in the lint trap 13 (see associated black arrows).

The lid 4 is connected to the lint trap 13 by means of a poka-yoke connection in order to be able to remove the lint trap 13 from the tumble dryer 1 with a removal of the lid 4, e.g. for their cleaning and possibly emptying. The lint trap 13 is thus removably inserted into the tumble dryer 1.

Fig.2 shows a detail of a sectional side view of a section of a clothes dryer 21 according to a second embodiment.

In this case, in contrast to the tumble dryer 21 a Türflusensieb has been used in the form of a Einzelflusensiebs 22 instead of the adapter in the Türflusensieb seat 2. For this, the lid 23 no lint filter on, but is also used in the lid seat 8. In addition, in the diffuser seat 10, instead of the double water discharge module 9, a single water discharge module 24 has been used, which has the water discharge opening 11 for cleaning the first heat exchanger 5, but not the water discharge opening 12. This can be dispensed with the valve.

A lint trap 25 is constructed similar to the lint trap 13, but now has no Einspülspalt more. It has been inserted into the support seat 14. The lid 23 is connected to the lint trap 25 by means of a poka-yoke connection in order to be able to remove the lint trap 25 from the tumble dryer 21 by removing the lid 23.

Figure 3 shows a detail of a sectional side view of a section of a clothes dryer 31 according to a third embodiment.

Compared to the tumble dryer 1, a multiple fluff filter 32 having more than one wire tray has been inserted into the door fluff filter seat 2. The lint filter 33 of the lid 34 has been confirmed to have, in addition to the wire tray 7, e.g. another Sieblage, foam layer or nonwoven layer 35 is present. However, a water-based cleaning system is no longer present, so that in the diffuser seat 10, a cover 36 has been used without water discharge function. Therefore, can be dispensed with a Flusenfalle. Instead, in the support seat 14, an intermediate bottom 37 has been used. The intermediate bottom 37 need not be removable and not to be connected to the cover 34. Condensation water draining or dripping from the first heat exchanger 5 during a drying operation may pass through passage openings 38 in the intermediate bottom 37 and further e.g. get to a drain tank (not shown).

Of course, the present invention is not limited to the embodiment shown.

Generally, "on", "an", etc. may be taken to mean a singular or a plurality, in particular in the sense of "at least one" or "one or more" etc., unless this is explicitly excluded, e.g. by the expression "exactly one", etc.

Also, a number may include exactly the specified number as well as a usual tolerance range, as long as this is not explicitly excluded.

LIST OF REFERENCE NUMBERS

1

clothes dryer

2

Türflusensieb seat

3

Process air duct

3a

Area of the process air duct

4

cover

5

First heat exchanger

6

cover part

7

Lint filter of the lid

8th

cover seat

9

Double water delivery module

10

diffuser seat

11

Water discharge opening

12

Water discharge opening

13

Flusenfalle

14

carrier seat

15

Einspülspalt

16

fill opening

17

outlet

18

screen layer

19

Second heat exchanger

21

clothes dryer

22

Einzelflusensieb

23

cover

24

Single-water discharge module

25

Flusenfalle

31

clothes dryer

32

Mehrfachflusensieb

33

Lint filter of the lid

34

cover

35

Further Sieblage

36

cover

37

false floor

38

Port

P

process air

Claims (10)

Method for producing a laundry drying device (1; 21; 31), in which a first element (22, 32) is inserted into a door lint filter seat (2) in a process air channel (3), a second element (9; 24; 36) is inserted into a diffuser seat (10) at least partially above a first heat exchanger (5), - A third element (13; 25; 27) is inserted below the first heat exchanger (5) in a pad seat (14) and a fourth element (4, 23, 34) in the form of a front cover (6, 23), which constitutes a wall of the process air channel (3), is inserted into a cover seat (8),
in which the first to fourth elements (4, 9, 13, 22-25, 32, 34, 36, 37) are made up of respective first to fourth sets each having a plurality of first to fourth elements (4, 9, 13, 22-25, 32) , 34, 36, 37) are selected, - The plurality of elements (4, 9, 13, 22-25, 32, 34, 36, 37) of a set for use in their respective seat (2, 4, 8, 14) are designed and - The plurality of elements (4, 9, 13, 22-25, 32, 34, 36, 37) of a set are configured functionally different. The method of claim 1, wherein the first set comprises at least two of the following first elements (22; 32) removable from the door lint filter seat (2): a multi-flow sieve (32) with at least two sieve layers, a single lint filter (22) with a sieve layer, a pollen filter, - An adapter part without filter function. Method according to one of the preceding claims, wherein the second set comprises at least two of the following second elements (9; 24; 36): a double water delivery module (9) with a first water discharge opening (11) for discharging water from above onto the first heat exchanger (5) and a second water discharge opening (12) for discharging water from above in a region (3a) of the process air duct (3) between the first heat exchanger (5) and the front cover (4) , 6), - A single water delivery module (24) with only the first water discharge opening (11). - A cover (36) without water discharge function. Method according to one of the preceding claims, wherein the third set comprises at least two of the following third elements (13; 25; 37): a first lint trap (13) having at least one upper flue inlet opening (15) between the cover (4) and the first heat exchanger (5), at least one upper-side filling opening (16) below the first heat exchanger (5) and at least one lower-side outlet opening (17 ) a second lint trap (25) having at least one upper-side filling opening below the first heat exchanger (16) and at least one lower-side outlet opening (17), - An intermediate bottom (37) with at least one below the first heat exchanger (5) provided outlet opening (38). Method according to one of the preceding claims, wherein the fourth set comprises at least two of the following fourth elements (4; 23; 34): a lid (4) with a simple lint filter (7), a lid (34) with a reinforced lint filter (7, 35), - A lid (23) without lint filter. Process according to claims 2 to 5, in which - The pollen filter or the adapter part is used without filter function in the Türflusensieb seat (2), the double water delivery module (9) is inserted into the diffuser seat (10), - The first lint trap (13) is inserted into the lower seat (14) and - The lid (4) with the simple lint filter (7) in the lid seat (8) is inserted. Process according to claims 2 to 5, in which - the single lint filter (22) is inserted into the door lint filter seat (2), the single water delivery module (24) is inserted into the diffuser seat (10), - The second lint trap (25) in the lower seat (14) is inserted and - The lid (23) without lint filter in the cover seat (8) is inserted. Process according to claims 2 to 5, in which - the Mehrfachflusensieb (32) is inserted into the Türflusensieb seat (2), the cover (36) is inserted into the diffuser seat (10) without a water discharge function, - The intermediate bottom (37) in the lower seat (14) is inserted and - The lid (34) with the reinforced lint filter (7, 35) is inserted into the cover seat (8). Clothes drying apparatus (1; 21; 31) comprising a process air channel (3), a Türflusensieb seat (2), which is located in the process air duct (3) and is arranged laterally at a loading opening for a laundry drum, a diffuser seat (10) located in a wall of the process air duct (3), which is arranged at least partially above a first heat exchanger (5), an underlay seat (14) for arranging a fourth element (13; 25; 37) below the first heat exchanger (5) and - A front-side cover seat (8) which is at least partially disposed below the Türflusensieb seat (2) and frontally in front of the first heat exchanger (5),
in which - The laundry drying apparatus (1; 21; 31) has been prepared according to the method of any one of the preceding claims. A laundry drying apparatus (1; 21; 31) according to claim 9, wherein the first heat exchanger (5) is an evaporator of a heat pump.

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