WO2022248590A1

WO2022248590A1 - Portable hygiene station for building sites

Info

Publication number: WO2022248590A1
Application number: PCT/EP2022/064281
Authority: WO
Inventors: Johannes Maier
Original assignee: Johannes Maier
Priority date: 2021-05-27
Filing date: 2022-05-25
Publication date: 2022-12-01
Also published as: EP4346529A1; DE102021113749A1

Abstract

The invention relates to a portable hygiene station (100), in particular a cleaning station, for building sites, which has at least one hygiene device (110) and an insulated container (120) in which the at least one hygiene device (110) is arranged, wherein the insulated container (120) has the following: an insulated housing (121) which defines in its interior a useful space (N) in which the at least one hygiene device (110) is accommodated; and a container door (122) which is connected to the insulated housing (12) in an articulated manner and by means of which the useful space (N) of the insulated container (120) can be selectively opened and closed, wherein an external water supply connection (130) is formed on the insulated housing (121), wherein the hygiene device (110) has at least one wash basin (111) with a water outlet (111a) and a water drain (111b), wherein the portable hygiene station (100) has a frost protection device (140) which is arranged in the useful space (N) of the insulated housing (121).

Description

Portable hygiene station for construction sites

technical field

The invention relates to a portable hygiene station, in particular a cleaning station, for construction sites, in particular for small construction sites. State of the art

It is known to set up toilet cubicles on construction sites. Such toilet cubicles typically have a simple cubicle with a cubicle door, by means of which an interior space of the cubicle can be selectively opened and closed. as

Sanitary equipment is a toilet and, in better-equipped cabins, a hygiene facility, such as a washbasin, with a water tank. However, the focus of such toilet cubicles is on providing a toilet and not providing a hygiene facility.

Such a toilet cubicle is known, for example, from DE 20 2016 101 186 U1. The toilet cabin described in DE 20 2016 101 186 U1 has a cabin with a floor part, a ceiling part, corner posts located between the floor part and the

Cover part extend and side walls, which are each arranged between two corner posts. One of the side walls is pivotally attached to one of the corner posts to allow access to the interior. Furthermore, the toilet cabin has a sanitary unit designed as a toilet with a water tank. The water tank is designed so that it can be hung on an end section of one of the corner posts by means of a holder.

The toilet cubicles known from the prior art can be used uncomplicatedly and quickly on construction sites with their simple structure, but the known ones are Toilet cabins not adequately adapted to the conditions and needs on construction sites, especially small construction sites. It would therefore be desirable to develop a hygiene station that is more suitable for use on construction sites.

Presentation of the invention

The invention is therefore based on the object of specifying a hygiene station that eliminates the above-mentioned problems and disadvantages of the prior art. In particular, it is the object of the present invention to specify a hygiene station that is well suited for use on construction sites, in particular small construction sites.

This object is solved by the subject matter of independent claim 1. Further possible developments of the invention are specified in particular in the dependent claims.

The solution according to the invention consists in particular in specifying a portable hygiene station, in particular cleaning station, for construction sites, in particular small construction sites, which has at least one hygiene device and an insulated container in which the at least one hygiene device is arranged, the insulated container having the following: an insulated Housing that defines in its interior a usable space in which the at least one hygiene device is accommodated; and a container door which is hinged to the insulated housing and by means of which the usable space of the insulated container can be selectively opened and closed, with an external water supply connection being formed on the insulated housing, with the hygiene facility having at least one washbasin with a water outlet and a water outlet has, wherein the portable hygiene station has a frost protection device, which is arranged in the usable space of the insulated housing.

The hygiene station is characterized in that it is designed to be portable or transportable, that is to say easily transportable. The hygiene station is therefore not tied to a fixed location, but can be used at changing locations. The hygiene station serves as a cleaning station for cleaning, especially for personal hygiene. The hygiene station is also used for water supply. A small construction site is understood to mean a construction site of the size required for a single-family house. Here, the hygiene requirements are the same as for larger construction sites, depending on the maximum number of employees. The sanitary containers available on the market are usually equipped with a large number of washing areas, which are not required on small construction sites. Therefore, they cannot be used economically.

A thermally insulated container is understood to be an insulated container. In particular, this is a container that is designed with thermal insulation that reduces the passage of thermal energy in order to protect the useful space from cooling down too much. This can be done, for example, by an appropriate covering that is arranged in a wall of the insulated container.

The housing of the insulated container can be closed using the container door. The joint used here is preferably a swivel joint, so that the container door is pivotably attached to the insulated housing. The insulated container separates the usable space from an external environment. In this case, the outside water supply connection is attached to an outside, ie to a side facing away from the usable space, of the insulated container. The water supply connection is used to supply water to the hygiene facility. For this purpose, a water supply hose can be connected to the water supply connection.

The hygiene facility is a facility that is used for cleaning, in particular personal hygiene. In particular, the hygiene facility is not a sanitary facility that is primarily used to collect or pass on bodily excretions. The hygiene facility is the wash basin, which is designed in particular as a hand wash basin. The washbasin is designed as a container that is concave towards the top. The water outlet can be designed as a fitting for metered dispensing of warm and/or cold water. The water outlet can be designed as a siphon. The fitting for dispensing the water can be sensor-controlled. Furthermore, a waste water lifting system can be arranged within the housing in order to lift waste water or waste water to a waste water connection. Precisely one washbasin is preferably designed as a hygiene facility. As an alternative to this, the hygiene facility can also have several washbasins. Of the Further items of equipment can be assigned to the hygiene device, so that further items of equipment are arranged in the usable space.

For example, a soap dispenser, a cream dispenser, a disinfectant dispenser, a towel dispenser, a mirror and/or lighting can be arranged. The lighting can be linked to the opening status of the container door, for example by means of a push button, or can include a motion detector. This means that no switch needs to be pressed to switch on the lighting in the insulated container.

For example, a water meter connection bracket with a cold water meter, a pressure reducer or an electrical distributor can also be designed as equipment. Other examples of equipment include a waste bin with or without a lid as a collection point for used paper towels, for example.

A high-pressure cleaner is preferably arranged in the hygiene station.

The frost protection device is designed to prevent the temperature inside the usable space from falling below zero degrees Celsius.

The advantage of the proposed solution is that the hygiene station fulfills a large number of construction site-specific needs in a compact manner. Particularly noteworthy is the good usability of the hygiene station at low temperatures below zero degrees Celsius. The combination of the well-insulated container and the frost protection device is a simple and at the same time extremely effective method of protecting the usable space from frost. In this way, all elements that are susceptible to frost, in particular the water pipes, can be arranged in a protected manner within the usable space. The hygiene station is therefore particularly well suited for use on construction sites, especially small construction sites. The hygiene station does not serve as a toilet, but as a hygiene station for cleaning. It therefore provides a cleaning option on the construction site. In particular, the hygiene station is also suitable for use for water supply or water distribution due to the frost protection device and the insulated container. All of the elements to be protected from frost can advantageously be arranged inside the protected container. According to an advantageous development of the invention, the portable hygiene station does not have any sanitary equipment that is primarily used to collect or pass on bodily excretions, in particular stool and/or urine.

In other words, neither a toilet nor a urinal or the like is arranged in the usable space. The hygiene station is therefore not a toilet cubicle, but a hygiene station which is only equipped with a hygiene device for body care and/or cleaning on the inside.

An advantageous development of the invention provides that the hygiene device can be used as intended from the outside with the container door open, without entering the container. The hygiene facility or the washbasin is thus arranged and designed within reach for a user standing outside the hygiene facility.

According to an advantageous development of the invention, the insulated housing of the portable hygiene station has a maximum width of 100 cm, a maximum depth of 150 cm and a maximum height of 220 cm.

Preferably, the width is in a range from 60 cm to 100 cm, the depth is in a range from 90 cm to 120 cm and the height is in a range from 180 cm to 220 cm. The width is particularly preferably about 80 cm, the depth about 120 cm and the height about 195 cm. The usable space then preferably has a width in a range of 50 cm to 70 cm, a depth in a range of 90 cm and 110 cm and a height in a range of 150 cm and 170 cm. The width of the usable space is particularly preferably about 60 cm, the depth is about 100 cm and the height is about 160 cm. With these dimensions, on the one hand particularly good transportability and mobility and on the other hand good thermal insulation of the walls of the insulated container are possible.

The dimensions mentioned above also allow the hygiene facility, in particular the washbasin, to be used without having to step on the container. This eliminates cleaning costs for the floor, resulting in an economic advantage. An advantageous development of the invention provides that the frost protection device has a heating unit for heating the usable space of the insulated housing and an frost protection controller, the frost protection controller being designed to turn on the heating unit when the temperature falls below a predetermined minimum. The heating unit is generally suitable for supplying thermal energy to the usable space. In particular, it is an electric heater, preferably a fan heater or radiant heater. The freeze protection control can have a thermostat with a temperature sensor. If the minimum temperature is specified as a temperature above zero degrees Celsius, it can be reliably prevented that lines in the usable space freeze.

Alternatively or cumulatively, an advantageous development provides that the antifreeze device is designed as a de-energized antifreeze device. The antifreeze device can then be integrated into a water supply system formed behind the water supply connection. The antifreeze device then has an antifreeze controller with a temperature sensor and a valve and is designed to open the valve when the temperature falls below a minimum level in such a way that water flows through the water supply system. As a result, the part through which flow occurs can be prevented from freezing.

In a further advantageous development of the invention, the portable hygiene station has a water supply hose which is connected and/or can be connected to the water supply connection, the water supply hose being heatable.

For example, the water supply hose has a heating band or the like. In this way, the water inlet hose arranged outside the hygiene station can also be protected from frost. Overall, in combination with the insulated container and the frost protection device, this results in a particularly reliable system.

An advantageous development of the invention provides that a water heating device for heating at least part of the water flowing to the water outlet is arranged in the usable space. In particular, the water heating device is arranged between the water supply connection and the water outlet of the washbasin. The water heating device is preferably a flow heater or a boiler. If the boiler is not completely insulated, it would also be conceivable to use the boiler as a heating unit to heat the usable space. Thus, the heating unit could also be designed as a boiler.

Using the water heating device, it is possible to easily provide hot water at the construction site. This makes it easier and more convenient to remove stubborn dirt. There is also the possibility of hand cleaning with warm water.

In an advantageous development of the invention, at least one external water discharge connection, preferably a large number of external water discharge connections, is formed on the insulated housing on the outside, with a water distribution device for dividing water supplied by means of the water supply connection to at least the one external water discharge connection or at least the large number of external water drainage connections, and the water outlet of the sink.

The at least one water discharge connection on the outside is designed for supplying fresh water on the construction site. In addition to the possibility of cleaning at the hygiene station, the hygiene station is also designed for an extensive water supply on a construction site. The water distribution device is therefore designed to distribute supplied water to a number of water connections. Since the water distribution device is arranged within the usable space, it can be reliably protected from frost by means of the insulated container and the antifreeze device. A frost-proof system results, especially in combination with the heatable water inlet hose. With such an arrangement, a water supply can always be reliably provided on the construction site by means of the water discharge connections arranged on the outside, without having to use complex systems.

The water heating device can preferably also be designed at the same time to at least part of the to the external connections, so the outside Water discharge connections to heat running water. In this way, cold water in the work space can be heated by means of the water heating device and fed back outside so that warm water can also be drawn from the hygiene station at a tapping point, i.e. the external connections. The water heating device is then arranged, for example, between the water supply connection and the water distribution device. The water heating device can be, for example, a flow heater. A flow heater with an operating voltage of 400V, a fuse of 32A and an output of 21 kW is particularly suitable.

According to a particularly preferred variant of this embodiment, the hygiene station has an irrigation control, by means of which an automatic water supply can be set at at least one of the external water discharge connections.

This can be used for automatic watering on the construction site. In particular, it would be possible in this way to automatically water a concrete slab, for example a concrete floor slab. The concrete floor slab is often covered on construction sites to reduce evaporation and thus prevent it from having to be watered at too short intervals. However, there is a risk that this will lead to insufficient irrigation, which can cause cracks in the concrete slab. Permanent watering of the concrete slab, on the other hand, leads to very high water consumption and dedicating an employee to water it is very expensive.

By means of the irrigation control, an optimal result can be achieved with low water consumption and without personnel costs. For example, the watering control can be set to water the baseplate in about 1/2 hour and watering for 6 hours.

According to an advantageous development of the invention, the portable hygiene station has at least one high-pressure cleaner, which is arranged inside the usable space. The high-pressure cleaner and its lines are also protected by the insulated container. Another high-pressure cleaner can optionally be provided. This can also be arranged on the outside of the insulated container.

In an advantageous development of the invention, the insulated housing is designed in two shells with an outer shell and an inner shell, with an insulating core being arranged between the outer shell and the inner shell. The outer shell is preferably formed in one piece and/or the inner shell is formed in one piece. Both shells are particularly preferably designed in one piece

A cohesive shell-shaped structure is understood as a shell. The respective shells form several, preferably all, space-defining elements of the housing in one piece. The floor, the ceiling, the rear wall and the two side walls are understood as space-delimiting elements, specifically from a view from the front with the housing open.

The individual space-defining elements thus do not consist of individual panels which are then connected to other space-defining elements. Rather, the individual space-defining elements are formed with other space-defining elements in a coherent area.

The outer shell is preferably designed to be impact and shock resistant. For example, the outer shell is made of polyethylene. The inner shell is made of a plastic, in particular a glass fiber reinforced plastic. The outer shell and/or the inner shell are particularly preferably designed as shell-shaped molded parts, in particular injection molded parts. The insulating core is preferably formed from a rigid polyurethane foam. The insulating core is injected into the space between the outer shell and the inner shell in such a way that the insulating core closes the space tightly and seamlessly. Thus, the insulating core is also formed coherently along several space-defining elements.

Particularly good thermal insulation of the insulated container can be achieved with the structure of a double shell and an insulating core arranged in between. The above materials further enhance this effect. According to an advantageous development of the invention, the container door is formed from an inner panel and an outer panel, with an insulating core preferably being arranged between the inner panel and the outer panel.

For example, the inner panel and the outer panel are each formed as polyethylene panels. The insulation core can also be rigid polyurethane foam. This further improves the thermal insulation of the insulated container.

An advantageous further development of the invention provides that the insulated container or the container door has an at least essentially circumferential seal, by means of which the container door effectively seals the usable space when it is closed. The seal is preferably designed to be completely circumferential. The seal particularly preferably completely surrounds the opening that can be closed by means of the container door. This further improves the thermal insulation of the insulated container.

As an alternative to this, a recess can also be formed in a lower region of the seal. At this point, a leak is created from the usable space to the outside. This allows water to escape in the event of a leak, so that the usable space does not fill up completely with water. For example, the entire lower area of the seal can also be left out. Then the seal would only run at the top and sides of the container door when closed.

In a further advantageous development of the invention, the insulated container has a large number of metal profiles arranged on the outside and lifting elements arranged on the top and/or bottom.

On the one hand, the metal profiles on the outside of the insulated container ensure high stability. On the other hand, the metal profiles can improve the craneability of the insulated container by stiffening it. The lifting elements can, for example, be eyelets for crane lifting, which are preferably arranged on an upper side of the insulated container. Alternatively or additionally, these can be lifting rails that are formed on an underside of the insulated container. On the lifting rails guided and safe lifting using an industrial truck, such as a forklift.

A cleaning device for cleaning shoes/boots can be arranged on the outside of the insulated container. This is fed in particular with water from inside the container. The regulation of the cleaning device can thus also be housed in a frost-free area.

Furthermore, signs for advertising purposes or identification can be attached to the container surface. For example, the signs are made of aluminum composite panels, which are attached to the side surfaces with an exemplary size of w=60cm and h=40cm. In this way, the hygiene facility can be provided with a company nameplate.

Furthermore, the container can also have a waste water connection for dispensing/transferring waste water. In particular, the container has the waste water connection at the rear or on the side. The waste water can be discharged into the local sewage system using a gravity sewer pipe or a hose line or the built-in waste water lifting station with a pressurized line.

Further advantages of the invention emerge from the description and the drawings.

The invention is explained in more detail below on the basis of the description of a specific exemplary embodiment with reference to the accompanying drawings. Further advantageous embodiments and combinations of features of the invention result from the following description and the entirety of the patent claims. Identical or equivalent parts are provided with the same reference numerals.

Brief description of the drawings

The drawings used to explain the embodiment show:

1 shows a schematic perspective view of the portable hygiene station according to an embodiment of the present invention, and 2 shows a schematic plan view of the portable hygiene station according to one

embodiment of the present invention.

In principle, the same parts are provided with the same reference symbols in the figures.

WAYS OF IMPLEMENTING THE INVENTION FIG. 1 shows a portable hygiene station 100 according to an embodiment of the present invention.

The hygiene station 100 has an insulated container 120 . The container 120 is made up of an insulated housing 121 and a container door 122 . A usable space N is defined within the container 120, which can be made accessible and closed as desired by means of the container door 122. Only a rear edge of the container door 122 is shown in FIG. The remainder of the bin door 122 is concealed by the right side of the insulated bin 120 .

As can be seen in FIG. 1, the insulated container 120 also has a peripheral seal 123, by means of which the container door 122 and the insulated housing 121 effectively seal the usable space N in the closed state. The seal 123 completely surrounds an opening, which can be closed by means of the container door 122, for access to the usable space N. Here the seal 123 is attached to the insulated housing 121 . As an alternative to this, it would also be conceivable to attach the seal 123 to the container door 122 . A multiplicity of metal profiles 124 are formed on the insulated container 120 and stabilize the insulated container 120 . Furthermore, exemplary lifting elements 125a and 125b are shown on the insulated container 120, which improve the mobility of the hygiene station 100. In this case, the lifting elements 125a arranged on the upper side of the insulated container 120 are eyelets which can be grasped by means of a crane hook. The elevating members 125b formed on a bottom of the insulated container 120 are elevating rails, which facilitate transportation by a forklift or an ant. Although in 1 both types of lifting elements 125a and 125b are shown, alternatively only the lifting elements 125a, only the lifting elements 125b, both types of lifting elements 125a, 125b or none of the lifting elements 125a, 125b can be formed.

The insulated container 120 has a width w, a height h and a depth d. The width w is preferably at most 100 cm, the depth d is at most 150 cm and the height h is at most 220 cm.

A hygiene device 110 is arranged inside, ie the usable space N, of the insulated container 120 . The hygiene device 1 10 has a sink 1 1 1 with a water outlet 1 1 1a and a water outlet 1 1 1 b. The hygiene facility 110 includes a large number of pieces of equipment 114. A soap dispenser, a cream dispenser, a towel dispenser and lighting are arranged as examples in FIG. Although not visible in FIG. 1 , the container door 122 may preferably have a mirror disposed thereon. A water heating device, which is described in more detail in connection with FIG. 2, is also preferably arranged in the usable space N.

As can be seen in FIG. 1 , the washbasin is arranged inside the container 120 in such a way that it is possible for a user to use the hygiene device 110 without entering the container 120 . When entering the sanitary containers typically available on the market, soiled shoes cause heavy soiling, which entails additional costs for cleaning the floor surfaces.

As can be seen in FIG. 1 , an antifreeze device 140 is also arranged in the usable space N, which is designed to prevent the temperature within the usable space N from falling below zero degrees Celsius.

An outside water supply port 130 is formed on an outside of the insulated container 120 . A water supply hose 131 is connected to the outside water supply port 130 . The water inlet hose 131 is preferably designed to be heatable. In particular, the water supply hose 131 can have a heating tape, a heating layer, a heating wire or the like. In this way, the water supply to the portable hygiene station 100 can be ensured. Furthermore located There are a large number of external water discharge connections 135 on the outside of the insulated container 120. These enable hoses and/or devices to be supplied with water. A water sprayer on the hose or a high-pressure cleaner 136 as a further high-pressure cleaner 136 is also designed on the outside in addition to or as an alternative to a high-pressure cleaner 113 in the usable space N. The high-pressure cleaner 1 13 can only be seen in FIG.

FIG. 2 is a schematic plan view of the portable sanitation station 100 according to the present invention. The schematic FIG. 2 shows details that cannot be seen in FIG. 1 . The hygiene station 100 shown in FIG. 2 can be the hygiene station 100 shown in FIG. 1 . Aspects that have already been described in connection with FIG. 1 will not be discussed in detail. However, these can generally be transferred to FIG.

A first detail that can be seen in FIG. 2 relates to the insulated container 120 or its insulated housing 121. The insulated housing 121 has a two-shell design. In particular, the insulated housing 121 has an outer shell 121a and an inner shell 121c. An insulating core 121b is formed between the outer shell 121a and the inner shell 121c. The outer shell 121a is preferably made of polyethylene. The inner shell 121c is preferably also made of polyethylene or of a glass fiber reinforced plastic. The insulating core 121b is preferably formed from a rigid polyurethane foam. This structure, together with the frost protection device 140, provides simple and efficient protection of the elements arranged in the useful space N.

As indicated in FIG. 2 , the antifreeze device 140 has a heating unit 141 and an antifreeze controller 142 . The heating unit 141 is designed to heat the usable space by supplying thermal energy when the frost protection controller 142 determines that the temperature has fallen below a predetermined minimum.

Another detail that can be seen in FIG. 2 relates to the water distribution of the portable hygiene station 100 . The portable hygiene station 100 has a water distribution device 150 . The water distribution device 150 has an inner one, for example Water supply connection 151 and four inner water discharge connections 152. The water distribution device 150 is thus designed to distribute the supplied water to four connections. As an alternative to this, a different number of water discharge connections 152 would also be conceivable, depending on the application.

The water distribution device 150 or the inner water supply connection 151 thereof is connected to the water supply connection 130 arranged on the outside of the insulated housing 121 . Thus, water can be supplied from the water supply hose 131 to the water distribution device 150 by means of the external water supply connection 130 . The water inlet hose 131 and the antifreeze device 140, together with the insulated container 120, reliably prevent the associated lines and the water distribution device 150 from freezing.

The water distribution device 150 or three of the inner water discharge connections 152 thereof are connected to the three water discharge connections 135 arranged on the outside of the insulated housing 121 . In this way, a frost-proof water supply can always be reliably provided on the construction site.

Another of the inner water discharge circuits 152 is connected to the water inlet 1 1 1a of the washbasin 1 1 1 via a water heating device 1 12 . In this way, the washbasin 1 1 1 can also be supplied with water. The water can also be heated via the coupling to the water heating device 112.

It is indicated in FIG. 2 that the high-pressure cleaner 130 can also be designed to be connected to the water distribution device 150 .

Overall, the portable hygiene station 100 described fulfills a large number of construction site-specific needs in a compact manner. The hygiene station is also ideal for use at low temperatures thanks to a large number of measures.

It should be noted that the features of the invention described with reference to individual embodiments or variants, such as the type and design of the individual components and their precise dimensions and spatial arrangement, can also be present in other embodiments, unless otherwise is specified or prohibits itself for technical reasons. In addition, of such features of individual embodiments described in combination, not all features necessarily have to be implemented in a relevant embodiment.

Claims

patent claims

1. Portable hygiene station (100), in particular cleaning station, for construction sites, which has a hygiene device (110) and an insulated container (120) in which the hygiene device (110) is arranged, the insulated container (120) having the following : an insulated housing (121) defining in its interior a usable space (N) in which the hygiene device (1 10) is accommodated; and a container door (122) which is hinged to the insulated housing (121) and by means of which the usable space (N) of the insulated container (120) can be selectively opened and closed, with an external water supply connection on the insulated housing (121). (130), wherein the hygiene device (1 10) has a washbasin (1 1 1) with a water outlet (1 1 1a) and a water outlet (1 1 1 b), wherein the portable hygiene station (100) has a frost protection device (140 ) which is arranged in the usable space (N) of the insulated housing (121).

2. Portable hygiene station (100) for construction sites according to claim 1, characterized in that the portable hygiene station has no sanitary facility that is primarily used to receive or forward bodily excretions, in particular stool and/or urine.

3. Portable hygiene station (100) for construction sites according to claim 1 or 2, characterized in that the hygiene device (1 10) can be used as intended from the outside with the container door (122) open, without entering the container (120).

4. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the insulated housing (121) of the portable hygiene station (100) has a maximum width (w) of 100 cm and a maximum depth (d) of 150 cm and has a maximum height (h) of 220 cm.

5. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the frost protection device (140) has a heating unit (141) for heating the usable space (N) of the insulated housing (121) and a frost protection control (142), wherein the frost protection control (142) is designed to turn on the heating unit (141) when the temperature falls below a predetermined minimum.

6. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the portable hygiene station (100) has a water inlet hose (131) which is and/or can be connected to the water inlet connection (130), the water inlet hose (131) is heatable.

7. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that a water heating device (1 12) for heating at least part of the water flowing to the water outlet (1 1 1a) is arranged in the utility space (N).

8. Portable hygiene station (100) for construction sites according to one of the preceding

Claims, characterized in that a large number of external water discharge connections (135) are formed on the outside of the insulated housing (121), and in that a water distribution device (150) for dividing water supplied by means of the water supply connection (130) in the usable space (N). at least the plurality of outside water discharge connections (135) and the water outlet (1 1 1a) of the washbasin (1 1 1).

9. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the portable hygiene station (100) has at least one high-pressure cleaner (1 13) which is arranged within the usable space (N).

10. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the insulated housing (121) is designed in two shells with an outer shell (121a) and an inner shell (121c), with the outer shell (121a) and the Inner shell (121c) an insulating core (121 b) is arranged.

1 1. Portable hygiene station (100) for construction sites according to claim 10, wherein the outer shell (121a) and / or the inner shell (121c) integrally formed.

12. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the container door (122) is formed from an inner panel and an outer panel, with an insulating core being arranged between the inner panel and the outer panel.

13. Portable hygiene station (100) for construction sites according to one of the preceding

Claims, characterized in that the insulated housing (121) or the container door (122) has an at least substantially circumferential seal (123) by means of which the container door (122) effectively seals the usable space (N) when closed.

14. Portable hygiene station (100) for construction sites according to one of the preceding claims, characterized in that the insulated container (120) has a large number of metal profiles (124) arranged on the outside and lifting elements (125a, 125b) arranged on the top and/or bottom.