NL2027246B1 - Assembly for constructing a climate control unit, climate control unit and system comprising the same - Google Patents

Assembly for constructing a climate control unit, climate control unit and system comprising the same Download PDF

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Publication number
NL2027246B1
NL2027246B1 NL2027246A NL2027246A NL2027246B1 NL 2027246 B1 NL2027246 B1 NL 2027246B1 NL 2027246 A NL2027246 A NL 2027246A NL 2027246 A NL2027246 A NL 2027246A NL 2027246 B1 NL2027246 B1 NL 2027246B1
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NL
Netherlands
Prior art keywords
connector
wall
housing
control unit
climate control
Prior art date
Application number
NL2027246A
Other languages
Dutch (nl)
Inventor
Van De Oudeweetering Ronald
Original Assignee
Air Supplies Holland B V
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Application filed by Air Supplies Holland B V filed Critical Air Supplies Holland B V
Priority to NL2027246A priority Critical patent/NL2027246B1/en
Application granted granted Critical
Publication of NL2027246B1 publication Critical patent/NL2027246B1/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20—Casings or covers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20—Casings or covers
    • F24F2013/202—Mounting a compressor unit therein
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2221/00—Details or features not otherwise provided for
    • F24F2221/36—Modules, e.g. for an easy mounting or transport

Abstract

The present invention concerns an assembly for constructing a climate control unit. The invention also concerns a climate control unit constructed from such an assembly. The invention furthermore concerns a system comprising such a climate control unit and a condenser. The assembly allows a climate control unit to be constructed in a significantly easier manner. To this end, the assembly comprises two housing sections in which the evaporator and compressor are arranged, respectively. The first and second housing sections are each configured to be individually and separately mounted to a supporting structure in an adjacent manner. According to the invention, at least one of the outer walls of the housing sections comprises an opening allowing access to an adjoined connector space for the purpose of connecting the evaporator to the compressor while the two housing sections are adjacently arranged.

Description

ASSEMBLY FOR CONSTRUCTING A CLIMATE CONTROL UNIT,
CLIMATE CONTROL UNIT AND SYSTEM COMPRISING THE SAME The present invention concerns an assembly for constructing a climate control unit. The invention also concerns a climate control unit constructed from such an assembly. The invention furthermore concerns a system comprising such a climate control unit and a condenser.
Climate control systems are known from the art and generally comprise a compressor, a condenser and an evaporator. The compressor, as the active element, provides pressurized and heated gaseous refrigerant to the condenser. In the condenser, the refrigerant condenses. The energy that is associated with the condensation process is released to an outside of the condenser, e.g. the ambient air. The cooled off liquid refrigerant is then fed to the evaporator. Prior to entering the evaporator, the pressure of the refrigerant is lowered using an expansion valve thereby reducing the boiling point of the refrigerant. This allows the refrigerant to evaporate inside the evaporator. Thermal energy required for the evaporation process is extracted from the air around the {5 evaporator. After leaving the evaporator, the heated gaseous refrigerant is again fed to the compressor and the process can be repeated.
In a typical climate control system, the evaporator and compressor are arranged as a single unit that is mounted to a wall or ceiling of the room to be cooled. Such unit will hereinafter be referred to as a climate control unit. Because of the function that this unit performs, it is also sometimes referred to as a heat pump.
A particular type of climate control unit is that of the packaged type. These units are commonly used in places like grow-rooms, hotels, restaurants, homes, and halls.
In such units, all important components of the climate control unit are included in a single housing, and this one unit is assembled at a manufacturing location. Further components included in the unit are for example a heat exchanger which acts as the condenser, a fan, and/or air filter. Additionally, to be able to endure the relatively high capacities of these components, housing of such packaged type climate control units is usually substantially made of metal.
When the climate control system is configured to cool large rooms or spaces, the weight of the required evaporator and/or compressor will increase thereby complicating the mounting and transport of the climate control unit.
It is an object to provide a climate control unit which can be transported and assembled, in particularly in hard to reach places, more easily.
The invention solves said problem as it provides an assembly for constructing a climate control unit, wherein the assembly comprises a first housing section having a first outer wall, and a compressor arranged in the first housing section. The assembly further comprises a second housing section having a second outer wall, and an evaporator arranged in the second housing section. The second housing section is detached or detachable from the first housing section.
The evaporator comprises an outlet to which a first connector is connected that extends in a first connector space. The compressor comprises an inlet to which a second connector is connected that extends in a second connector space, wherein the first and second connectors are configured to be coupled to each other for allowing refrigerant to pass from the evaporator to the compressor.
The first and second housing sections are each configured to be individually and separately mounted to a supporting structure, wherein the first and second housing sections are configured to be adjacently arranged when mounted to the supporting structure such that the first and second connector spaces adjoin or at least partially overlap for forming an adjoined connector space and such that the first and second outer walls cooperate to form an outer wall of the climate control unit. Moreover, the adjoined connector space is completely contained in a volame defined by the outer wall of the climate control unit.
At least one of the first and second outer walls comprises an opening allowing access to the adjoined connector space for the purpose of connecting the first and second connectors to each other.
The assembly of the invention allows the user to arrange the respective first and second housing sections in their desired locations individually, significantly reducing the amount of weight that has to be moved at a time. The opening provided in the first and/or second outer wall resolves the problem that presents itself when the first and second housing sections are adjacently arranged, as it ensures that the first and second connectors can still be accessed even through the first and second outer walls are combined to form the outer wall of the climate control unit.
More in particular, the first connector can be configured to extend from the outlet of the evaporator towards the first housing section when the first and second housing sections are mounted to the supporting structure in an adjacent manner. Similarly, the second connector can be configured to extend from the inlet of the compressor towards the second housing section when the first and second housing sections are mounted to the supporting structure in an adjacent manner.
The assembly may comprise a cover plate for closing off the opening after having connected the first and second connectors to each other. The cover plate ensures that the adjoined connector space cannot easily be accessed during use. The cover plate, when it closes off the opening, may lie in plane with the outer wall of the climate control unit to provide a smooth outer appearance of the outer wall of the climate control unit.
The first housing section may comprise a first wall segment and the second housing section may comprise a second wall segment. The first housing section could further comprise a third wall segment that is arranged inwardly relative to the first wall segment, and the second housing section could further comprise a fourth wall segment that is arranged inwardly relative to the second wall segment. In such case, the second connector could extend through an opening in the third wall segment and the first connector could extend through an opening in the fourth wall segment. When the first and second housing sections are adjacently arranged, the third and fourth wall segments may at least partially define the adjoined connector space, and the first and second wall segments may face each other. The first to fourth wall segments cover an inside of the respective housing sections when these are not yet installed, thereby protecting the respective inside components.
An inverter for controlling the compressor, as well as a cooling element for cooling the inverter may be included in the assembly. The cooling element may protrude through an opening in the first wall segment. Furthermore, when the first and second housing sections are adjacently arranged, the cooling element may protrude through an opening in the second wall segment.
The first and second housing sections may each essentially be box or beam shaped, having six sides, wherein the first outer wall is associated with five sides among the six sides of the first housing section, and wherein the first and third wall segments are associated with the remaining side of the first housing section, and wherein the second outer wall is associated with five sides among the six sides of the second housing section, and wherein the second and fourth wall segments are associated with the remaining side of the second housing section.
In addition to the above, the first housing section may comprise a first frame in or to which the first outer wall and the first and/or third wall segments are mounted. Additionally or alternatively, the second housing section may comprise a second frame in or to which the second outer wall and the second and/or fourth wall segments are mounted.
The compressor may comprise an outlet to which a third connector is connected and/or the evaporator may comprise an inlet to which a fourth connector is connected. The third connector can be configured to be connected to an inlet of a condenser and the fourth connector can be configured to be connected to an outlet of the condenser. The assembly may comprise a heat exchanger, arranged in the first housing section and comprising a first connector set comprising an inlet and an outlet and a second connector set comprising an inlet and an outlet, wherein the heat exchanger is configured to exchange heat between the refrigerant flowing from the inlet of the first connector set to the outlet of the first connector set and a second fluid flowing from the inlet of the second connector set to the outlet of the second connector set. In this case. the fourth connector may extend in the first connector space, and the assembly may further comprise a fifth connector extending in the second connector space, wherein the fourth and fifth connectors are configured to be coupled to each other. Furthermore, the third connector may be connected to the inlet of the first connector set and the fifth connector may be connected to the outlet of the first connector set. The assembly may further comprise a sixth and seventh connector, each extending through the first outer wall, wherein the sixth connector is connected to the inlet of the second connector set and the seventh connector to the outlet of the second connector set. Refrigerant passing from the inlet of the first connector set to the corresponding outlet will condense. Preferably, the second fluid comprises water that is pumped through the heat exchanger.
When the first and second housing sections are adjacently arranged, the first and second outer walls may be aligned. Any of the provided connectors may comprise threaded connections.
Said type of connectors can be connected by hand or by hand-held tools. For this reason, the opening only has to be big enough to fit either of these through.
The assembly may further comprise the supporting structure to which the first and second housing sections can be mounted.
According to a second aspect, the present invention provides a climate control unit, such as an air-conditioning unit, comprising the assembly as defined above, wherein the first and second housing sections are adjacently arranged and mounted to the support structure, and wherein the first and second connectors are coupled to each other, and wherein, in so far as they are both present, the fourth and the fifth connectors are coupled to each other.
According to a third aspect, the present invention provides a climate control system that comprises the abovementioned climate control unit and a pump for pumping the second liquid, wherein the sixth connector is connected to an outlet of the pump, and wherein the seventh connector is connected to an inlet of the pump.
Further advantages, features and details of possible embodiments of the present invention will be elucidated on the basis of the following description of the accompanying figures, wherein: Figure } shows a perspective view of a climate control unit according to the present invention; Figure 2 shows how the first and second housing sections of the climate control unit shown in figure 1 can be connected when said housing sections are arranged directly adjacent to each other; Figure 3 shows some of the inner components of the climate control unit shown in figure 1; Figure 4 shows an embodiment of a climate control unit, wherein the outer wall is omitted; Figure 5 shows an embodiment of a first housing section of a climate control unit according to the invention; and figure 6 shows a cross-section of an embodiment of a climate control unit.
In figure 1, a climate control unit according to the present invention is shown. As will be described, the climate control unit is assembled from an assembly according to the present invention.
In particular, a first housing section 1A and a second housing section 1B are shown, which are both arranged on a supporting structure formed by beams 20 that are suspended from a ceiling through cables and/or rods 21. In this configuration, housing sections JA and 1B of the assembly are arranged directly adjacent to each other,
Such an arrangement of the housing sections 1A and 1B also means that a climate control unit made of an assembly according to the invention can be installed in a system originally designed to house packaged type climate control unit. Alternatively, when installing new climate control systems, well known designs can still be used and do not have to be adapted for them to be 5 able to house a climate control unit according to the invention.
When installed, the first housing section 1A and second housing section 1B will take up space the same space as, and/or not look any different from a regular, one part packaged type climate control unit. Moreover, assemblies according to the invention are a lot easier to install in such systems as the housing sections 1A and 1B can be installed independently before they are IO connected.
First housing section 1A is provided with a first outer wall 4A through which a connector 13 and a connector 18 extend. Furthermore, in first outer wall 4A an opening 7 is provided which is covered by a cover plate 8. Second housing section 1B is provided with a second outer wall 4B. When arranged as shown in the figure, these respective outer walls completely cover the components arranged inside of the climate control unit when operational. Either one of the first or second housing section 1A. 1B can be arranged first.
How the internal elements of the respective housing sections can be connected to each other is shown in figure 2. This figure 2 illustrates that first and second housing sections 1A, 1B are detached from each other. These sections can be individually and separately mounted to a supporting structure, such as beams 20 shown in figures 1 and 3. First and second housing sections 1A, 1B are configured to be adjacently arranged when mounted to the supporting structure as illustrated in figares 1 and 3.
In first housing section 1A, which is shown in more detail in figure 5, connectors 15A and 15B are arranged in a second connector space 6. In second housing section 1B, connectors 14A and 14B are arranged in a first connector space 5. As is indicated by the arrows, once first and second housing sections 1A, 1B are arranged in their respective positions, connector 15A is close enough to connector [4A and connector 15B is close enough to connector 14B to be connected. These respective connections can be made in the adjoined connector space that is formed by the first and second connector spaces 5, 6 adjoining or at least partially overlapping. Connectors 14A, 14B, 15A, 15B can for example be complementary threaded connections that would allow a user to couple the connectors to each other by hand or by use of light tools.
To avoid the situation in which the respective connector spaces and connectors are inaccessible through the outer walls of the first and second housing sections 1A, 1B, an opening 7 is provided in outer wall 4A. This opening may also be provided in other walls as long as the opening provides access to the adjoined connector space. Cover plate 8 is shaped complementary to opening 7 and covers opening 7 completely when it is arranged in or on it. The skilled person can envision multiple manners in which cover plate 8 can be connected to housing section 1A such as through screws or clips.
First housing section 1A also comprises a wall segment 2 which covers the side of first housing section 1A that will face second housing section 1B, once installed. This is primarily to protect the components inside of first housing section 1A during transport and assembly. Similarly, second housing section 1B comprises a wall segment 3.
To make sure that the respective connector spaces will still form the adjoined connector space, wall segments 2 and 3 do not completely cover the sides of the housing sections 1A, 1B. Instead, a further wall segment 2A is provided which is arranged further inward in first housing IO section 1A. Wall segment 2B connects wall segments 2A and wall segment 2. Wall segments 2, 2A, in combination with outer wall 4A, delimit second connector space 6. As was also said in light of figure 1, second connector space 6 can be accessed through opening 7 even if first and second housing sections 1A, 1B are arranged directly against each other.
Similarly, second housing section 1B comprises a further wall segment 3A which delimits second connector space 5. Wall segment 3B connects wall segments 3B and wall segment 4. Wall segments 3, 3A, in combination with outer wall 4B, delimit first connector space 5. The connectors 14A, 14B extend through said wall section with a relatively short piece of conduit.
While it is possible that either connectors 14A, 14B or 15A, 15B extend further from their respective housing section to reach the connector on the other side in the other housing section, in this embodiment each of the connectors reaches up to or slightly beyond their respective housing sections. It is advantageous to have these connectors extend from their housing sections as little as possible since having them extend far will make them vulnerable during transport and installation.
From first housing section 1A, a cooling element 16 may protrude through wall section 2. A further opening 17 which can receive cooling element 16 is arranged in wall section 3.
As will be shown later, in the embodiment discussed in figures 1-3, a compressor 11 is arranged in first housing section 1A and an evaporator 12 is arranged in second housing section 1B. Furthermore, electronics to control the compressor, such as an inverter, can also be arranged in first housing section 1A. Cooling element 16, arranged to cool at least part of the electronics to control the compressor, can then directly make use of the cooling power of the climate control unit through cooled air flowing inside second housing section 1B.
Figure 3 shows some of the inner components of the climate control unit of figure 1. In this figure, some elements of outer walls 4A, 4B of the respective housing sections 1A, 1B are omitted. This makes clear that first and second housing sections 1A, 1B each consist of respective frame 22A, 22B to which outer walls 4A, 4B and wall segments 2, 2A, 2B, 3, 3A, 3B can be mounted.
Frames 22A, 22B equally facilitate the mounting of evaporator 12 and compressor 11 as well as other components of the climate control unit,
Again, the first and second housing sections 1A, 1B are arranged directly adjacent to each other, allowing the elements inside to be connected. More in particular, figure 3 shows that second housing section 1B comprises a wall element 32 of outer wall 4B that has an opening 31 through which air can be drawn into housing section 1B through a fan 33. Incoming air can be drawn in from the environment of the climate control unit directly or opening 31 can be connected to an additional air conduit system. Furthermore, second housing section 1B comprises a trellis 30 through which air cooled by evaporator 12 is output from the housing section, back into the surrounding environment. In an assembly according to the invention, condensation can be provided in a number of ways. It is for example possible to use an external condenser (not shown).
In another assembly according to the invention, condensation of the refrigerant is provided by a heat exchanger 10 arranged in first housing section 1A.
Figure 4 discloses such an embodiment. heat exchanger 10 comprises, to allow the refrigerant to flow through it, a first connector set comprising an inlet and an outlet, and for a second fluid, e.g. water, to flow through it, a second connector set comprising an inlet and an outlet. In this embodiment, the outlet of compressor 11 is connected to an inlet of the first connector set, and the outlet of the first connector set is connected to an inlet of evaporator 12 via connectors 14B, 15B. The outlet of evaporator 12 is connected via connectors 14A, 15A to an inlet of compressor 11. This configuration is shown in more detail in figure 6.
Second fluid, e.g. liquid water, can be fed to heat exchanger 10, using a pump that has an inlet connected to outlet of the second connector set and an outlet connected to inlet of the second connector set.
In this embodiment, during operation, compressor 11 will be fed using heated gaseous refrigerant that is superheated to above the boiling point. The compressed gaseous refrigerant will condense in heat exchanger 10. The liquid pressurized refrigerant will be fed via an expansion valve (not shown) to evaporator 12. There, refrigerant will evaporate under the adsorption of heat from the air that is sucked into second housing section 1B using fan 33. The evaporated refrigerant is then fed to the inlet of compressor 11 and the process can be repeated.
The skilled person will realize that the abovementioned embodiments are merely exemplary embodiments. Various modifications can be made to the assembly without departing from the scope of the invention which is defined by the appended claims.

Claims (18)

CONCLUSIES I. Samenstel voor het bouwen van een klimaatbeheersingseenheid, omvattende: een eerste behuizingsdeel omvattende een eerste buitenwand, en een compressor gerangschikt in het eerste behuizingsdeel; een tweede behuizingsdeel omvattende een tweede buitenwand, en een verdamper gerangschikt in het tweede behuizingsdeel, waarbij het tweede behuizingsdeel los is, of los gemaakt kan worden van het eerste behuizingsdeel; waarbij de verdamper een uitgang omvat waaraan een eerste connector is verbonden welke zich uitstrekt in een eerste connectorruimte en waarbij de compressor een ingang omvat waaraan een tweede connector is aangesloten welke zich uitstrekt in een tweede connectorruimte, waarbij de eerste en tweede connectoren zijn ingericht om met elkaar te worden gekoppeld om het mogelijk te maken dat koudemiddel van de verdamper naar de compressor gaat; waarbij de eerste en tweede behuizingsdelen elk zijn ingericht om individueel en afzonderlijk te worden aangebracht op een ondersteuningsconstructie, waarbij de eerste en tweede behuizingsdelen zijn ingericht om naast elkaar te worden gerangschikt wanneer ze zijn aangebracht op de ondersteuningsconstructie zodat: de eerste en tweede connectorruimten aan elkaar grenzen of elkaar ten minste gedeeltelijk overlappen voor het vormen van een aangrenzende connectorruimte; de eerste en tweede buitenwanden samenwerken voor het vormen van een buitenwand van de klimaatbeheersingseenheid, waarbij de aangrenzende connectorruimte volledig is opgenomen in een volume bepaald door de buitenwand van de klimaatbeheersingseenheid; waarbij ten minste één van de eerste en tweede buitenwanden een opening omvat welke toegang geeft tot de aangrenzende connectorruimte om de eerste en tweede connectoren met elkaar te verbinden.CONCLUSIONS I. Assembly for building a climate control unit, comprising: a first housing part comprising a first outer wall, and a compressor arranged in the first housing part; a second housing portion including a second outer wall, and an evaporator arranged in the second housing portion, the second housing portion being detachable or detachable from the first housing portion; wherein the evaporator comprises an outlet to which is connected a first connector extending into a first connector space and wherein the compressor comprises an inlet to which is connected a second connector extending into a second connector space, the first and second connectors being adapted to be linked together to allow refrigerant to pass from the evaporator to the compressor; wherein the first and second housing members are each adapted to be individually and separately mounted on a support structure, the first and second housing members are adapted to be arranged side by side when mounted on the support structure such that: the first and second connector spaces together boundaries or at least partially overlap to form an adjacent connector space; the first and second outer walls cooperate to form an outer wall of the climate control unit, the adjacent connector space being completely received in a volume defined by the outer wall of the climate control unit; wherein at least one of the first and second outer walls includes an opening providing access to the adjacent connector space for connecting the first and second connectors together. 2. Samenstel volgens conclusie 1, waarbij de eerste connector is ingericht om zich uit te strekken vanaf de uitgang van de verdamper naar het eerste behuizingsdeel wanneer de eerste en tweede behuizingsdelen op een aangrenzende manier op de ondersteuningsconstructie zijn aangebracht, en waarbij de tweede connector is ingericht om zich uit te strekken vanaf de ingang van de compressor naar het tweede behuizingsdeel wanneer de eerste en tweede behuizingsdelen op een aangrenzende manier op de ondersteuningsconstructie zijn aangebracht.An assembly according to claim 1, wherein the first connector is adapted to extend from the exit of the evaporator to the first housing part when the first and second housing parts are mounted in an adjacent manner on the support structure, and wherein the second connector is arranged to extend from the entrance of the compressor to the second housing member when the first and second housing members are mounted on the support structure in an adjacent manner. 3. Samenstel volgens conclusie 1 of 2, verder omvattende een afdekplaat voor het afdekken van de opening nadat de eerste en tweede connectoren met elkaar zijn verbonden.An assembly according to claim 1 or 2, further comprising a cover plate for covering the opening after the first and second connectors have been connected together. 4. Samenstel volgens conclusie 3, waarbij de afdekplaat, wanneer deze de opening afsluit, in één vlak ligt met de buitenwand van de klimaatbeheersingseenheid.Assembly according to claim 3, wherein the cover plate, when closing the opening, is flush with the outer wall of the climate control unit. 5. Samenstel volgens een van de voorgaande conclusies, waarbij het eerste behuizingsdeel een eerste wandsegment omvat en waarbij het tweede behuizingsdeel een tweede wandsegment omvat; waarbij het eerste behuizmgsdeel verder een derde wandsegment omvat welke naar binnen toe is gerangschikt ten opzichte van het eerste wandsegment, en waarbij het tweede behuizingsdeel verder een vierde wandsegment omvat welke naar binnen toe is gerangschikt ten opzichte van het tweede wandsegment; waarbij de tweede connector zich uitstrekt door een opening in het derde wandsegment en waarbij de eerste connector zich uitstrekt door een opening in het vierde wandsegment; en waarbij, wanneer de eerste en tweede behuizingsdelen naast elkaar zijn aangebracht, de derde en vierde wandsegmenten ten minste gedeeltelijk de aangrenzende connectorruimte bepalen, en waarbij de eerste en tweede wandsegmenten naar elkaar zijn gericht.Assembly according to one of the preceding claims, wherein the first housing part comprises a first wall segment and wherein the second housing part comprises a second wall segment; the first housing portion further comprising a third wall segment arranged inwardly of the first wall segment, and the second housing portion further comprising a fourth wall segment arranged inwardly of the second wall segment; the second connector extending through an opening in the third wall segment and the first connector extending through an opening in the fourth wall segment; and wherein, when the first and second housing members are arranged side by side, the third and fourth wall segments at least partially define the adjacent connector space, and wherein the first and second wall segments face each other. 6. Samenstel volgens conclusie 5, verder omvattende: een inverter voor het aansturen van de compressor, opgesteld in het eerste behuizingsdeel; en, een koelelement voor het koelen van de inverter, waarbij het koelelement uitsteekt door een opening in het eerste wandsegment en, wanneer de eerste en tweede behuizingsdelen aangrenzend zijn aangebracht, door een opening in het tweede wandsegment.An assembly according to claim 5, further comprising: an inverter for driving the compressor, arranged in the first housing part; and, a cooling element for cooling the inverter, the cooling element extending through an opening in the first wall segment and, when the first and second housing members are arranged adjacently, through an opening in the second wall segment. 7. Samenstel volgens conclusie 5 of 6, waarbij de eerste en tweede behuizingsdelen elk in hoofdzaak doos- of balkvormig zijn en zes zijden omvatten; waarbij de eerste buitenwand is geassocieerd met vijf zijden van de zes zijden van het eerste behuizingsdeel, en waarbij de eerste en derde wandsegmenten zijn geassocieerd met de overige zijde van het eerste behuizingsdeel; en waarbij de tweede buitenwand is geassocieerd met vijf zijden van de zes zijden van het tweede behuizingsdeel, en waarbij de tweede en vierde wandsegmenten zijn geassocieerd met de overige zijde van het tweede behuizingsdeel.Assembly according to claim 5 or 6, wherein the first and second housing parts are each substantially box- or beam-shaped and comprise six sides; wherein the first outer wall is associated with five sides of the six sides of the first housing portion, and wherein the first and third wall segments are associated with the remaining side of the first housing portion; and wherein the second outer wall is associated with five sides of the six sides of the second housing portion, and wherein the second and fourth wall segments are associated with the remaining side of the second housing portion. 8. Samenstel volgens conclusie 7, waarbij het eerste behuizingsdeel een eerste frame omvat waarin of waaraan de eerste buitenwand en de eerste en/of derde wandsegmenten zijn aangebracht; en waarbij het tweede behuizingsdeel een tweede frame omvat waarin of waaraan de tweede buitenwand en de tweede en/of vierde wandsegmenten zijn aangebracht.8. Assembly according to claim 7, wherein the first housing part comprises a first frame in which or to which the first outer wall and the first and/or third wall segments are arranged; and wherein the second housing part comprises a second frame in which or to which the second outer wall and the second and/or fourth wall segments are arranged. 9. Samenstel volgens cen van de voorgaande conclusies, waarbij de compressor een uitgang omvat waarop een derde connector is aangesloten.Assembly as claimed in any of the foregoing claims, wherein the compressor comprises an output to which a third connector is connected. 10. Samenstel volgens een van de voorgaande conclusies, waarbij de verdamper een ingang omvat waarop een vierde connector is aangesloten.An assembly according to any one of the preceding claims, wherein the evaporator comprises an input to which a fourth connector is connected. HL. Samenstel volgens conclusies 9 en 10, waarbij de derde connector is ingericht om te worden aangesloten op een ingang van een condensor en waarbij de vierde connector is ingericht om te worden aangesloten op een uitgang van de condensor.HL. Assembly according to claims 9 and 10, wherein the third connector is adapted to be connected to an input of a condenser and wherein the fourth connector is adapted to be connected to an output of the condenser. 12. Samenstel volgens conclusie 9 en 10, verder omvattende cen warmtewisselaar, gerangschikt in het eerste behuizingsdeel en omvattende een eerste connectorverzameling omvattende een ingang en een uitgang en een tweede connectorverzameling omvattende een ingang en een uitgang, waarbij de warmtewisselaar is ingericht om warmte uit te wisselen tussen een koudemiddel dat stroomt van de ingang van de eerste connectorverzameling naar de uitgang van de eerste connectorverzameling, en een tweede fluïdum welke stroomt van de ingang van de tweede connectorverzameling naar de uitgang van de tweede connectorverzameling; waarbij de vierde connector zich uitstrekt in de eerste connectorruimte, en waarbij het samenstel verder een vijfde connector omvat welke zich uitstrekt in de tweede connectorruimte, waarbij de vierde en vijfde connector zijn ingericht om met elkaar te worden gekoppeld; waarbij de derde connector is verbonden met de ingang van de eerste connectorverzameling en de vijfde connector is verbonden met de uitgang van de eerste connectorverzameling; en waarbij het samenstel verder een zesde en zevende connector omvat, welke zich elk door de eerste buitenwand uitstrekken, en waarbij de zesde connector is verbonden met de ingang van de tweede connectorverzameling en de zevende connector is verbonden met de uitgang van de tweede connectorverzameling.An assembly according to claim 9 and 10, further comprising a heat exchanger arranged in the first housing part and comprising a first connector set comprising an entrance and an exit and a second connector set comprising an entrance and an exit, the heat exchanger being adapted to expel heat. alternating between a refrigerant flowing from the entrance of the first connector collection to the exit of the first connector collection, and a second fluid flowing from the entrance of the second connector collection to the exit of the second connector collection; wherein the fourth connector extends into the first connector space, and wherein the assembly further comprises a fifth connector extending into the second connector space, the fourth and fifth connectors adapted to be coupled together; wherein the third connector is connected to the input of the first connector set and the fifth connector is connected to the output of the first connector set; and wherein the assembly further comprises sixth and seventh connectors, each extending through the first outer wall, and wherein the sixth connector is connected to the entrance of the second connector set and the seventh connector is connected to the output of the second connector set. 13. Samenstel volgens conclusie 12, waarbij het tweede fluidum water omvat.An assembly according to claim 12, wherein the second fluid comprises water. 14. Samenstel volgens een van de voorgaande conclusies, waarbij, wanneer de eerste en tweede behuizingsdelen naast elkaar zijn aangebracht, de eerste en tweede buitenwanden zijn uitgelijnd.An assembly according to any one of the preceding claims, wherein, when the first and second housing parts are arranged side by side, the first and second outer walls are aligned. 15. Samenstel volgens een van de voorgaande conclusies, waarbij de eerste en tweede connectoren, en voor zover afhankelijk van conclusie 12, de vierde en vijfde connectoren, schroefdraadverbindingen omvatten.An assembly according to any one of the preceding claims, wherein the first and second connectors, and insofar as dependent on claim 12, the fourth and fifth connectors comprise threaded connections. 16. Samenstel volgens een van de voorgaande conclusies, verder omvattende de ondersteuningsconstructie waarop de eerste en tweede behuizingsdelen kunnen worden aangebracht.An assembly according to any one of the preceding claims, further comprising the support structure on which the first and second housing parts can be mounted. 17. Klimaatbeheersingseenheid, zoals een luchtbeheersingseenheid, omvattende het samenstel zoals gedefinieerd in een van de voorgaande conclusies, waarbij de eerste en tweede behuizingsdelen aangrenzend zijn gerangschikt en aan de ondersteuningsconstractie zijn aangebracht, en waarbij de eerste en tweede connectoren aan elkaar zijn gekoppeld, en, voor zover afhankelijk van conclusie 11, de vierde en vijfde connectoren aan elkaar zijn gekoppeld.A climate control unit, such as an air control unit, comprising the assembly as defined in any one of the preceding claims, wherein the first and second housing members are arranged adjacent and mounted to the support structure, and wherein the first and second connectors are coupled together, and, insofar as dependent on claim 11, the fourth and fifth connectors are coupled together. 18. Klimaatbeheersingssysteem omvattende de klimaatbeheersingseenheid volgens conclusie 17, voor zover afhankelijk van conclusie 11, en een pomp voor het pompen van de tweede vloeistof, waarbij de zesde connector is aangesloten op cen uitgang van de pomp, en waarbij de zevende connector is aangesloten op een ingang van de pomp.A climate control system comprising the climate control unit according to claim 17, when dependent on claim 11, and a pump for pumping the second liquid, wherein the sixth connector is connected to an outlet of the pump, and wherein the seventh connector is connected to a entrance of the pump.
NL2027246A 2020-12-30 2020-12-30 Assembly for constructing a climate control unit, climate control unit and system comprising the same NL2027246B1 (en)

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Publication number Priority date Publication date Assignee Title
US4782637A (en) * 1986-04-07 1988-11-08 Ab Bahco Ventilation Frame structure
US6032478A (en) * 1996-12-11 2000-03-07 Carrier Corpration Air conditioner outdoor section construction
US20030009969A1 (en) * 2001-07-13 2003-01-16 Herbeck Christian C. Thermal barrier for air handler (AHU) cabinet
DE202011052044U1 (en) * 2011-11-21 2012-01-27 Weiss Umwelttechnik Gmbh air conditioning
GB2572829A (en) * 2018-04-02 2019-10-16 Airsys Refrigeration Engineering Tech Beijing Co Ltd An air conditioning unit
US20190383515A1 (en) * 2018-06-13 2019-12-19 SolarXWorks, LLC Modular heat transfer units

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4782637A (en) * 1986-04-07 1988-11-08 Ab Bahco Ventilation Frame structure
US6032478A (en) * 1996-12-11 2000-03-07 Carrier Corpration Air conditioner outdoor section construction
US20030009969A1 (en) * 2001-07-13 2003-01-16 Herbeck Christian C. Thermal barrier for air handler (AHU) cabinet
DE202011052044U1 (en) * 2011-11-21 2012-01-27 Weiss Umwelttechnik Gmbh air conditioning
GB2572829A (en) * 2018-04-02 2019-10-16 Airsys Refrigeration Engineering Tech Beijing Co Ltd An air conditioning unit
US20190383515A1 (en) * 2018-06-13 2019-12-19 SolarXWorks, LLC Modular heat transfer units

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