TH160819A3 - Refrigeration unit - Google Patents

Abstract

Revised Invention Summary 4/29/2015 This invention involves a refrigeration unit composed of a base group (11), a rear wall group (12) and a top group (13) defining the refrigeration chamber (4). From below, back and above and is at least in part with refrigeration components (5) and which are multi-layered structures with compartment sections. The flow is formed in it, in the base group (11) as well as the back wall group (12) and the top group (13). The center space is formed between each layer as part of the flow segment and the space. The bottom center (11.6) that makes up the base group (11) is on the back in the fluid connection for airflow with the bottom part of the The vertical medial (12.4) made up of the back wall cluster (12) and the upper medial area (13.7) made up the upper cluster (13) are on its back. In the connection of the fluid for air circulation with the The top of the vertical center (12.4) made in the back wall group (12) and the evaporator or apparatus The other heat exchanger of the refrigeration equipment is arranged in a vertical center chamber for generating cold air.At least one ventilator (56), especially designed as a radial ventilator, is provided. At least in the vertical center to guide the air flow through the center space (11.6, 12.4, 13.7), this provides a useful cooling function. -------------------------------------------------- ------------------ New request, updated 24/02/2016 This invention relates to a cooling unit consisting of a base group (11), a rear wall group. (12) and the upper group (13) defining the refrigeration chamber (4) from the bottom, back, and above and is at least in part with the refrigeration device components (5) and which has a multiple structure. Floor with compartment section The flow is formed in it, in the base group (11) as well as the back wall group (12) and the top group (13). The center space is formed between each layer as part of the flow segment and the space. The bottom center (11.6) that makes up the base group (11) is on the back in the fluid connection for airflow with the bottom part of the The vertical medial (12.4) made up of the back wall cluster (12) and the upper medial area (13.7) made up the upper cluster (13) are on its back. In the connection of the fluid for air circulation with the The top of the vertical center (12.4) made in the back wall group (12) and the evaporator or apparatus Another heat exchanger of the refrigeration equipment is arranged in a vertical center chamber for generating cold air.At least one ventilator (56), especially designed as a radial ventilator, is at least arranged. In the vertical center to guide the air flow through the center space (11.6, 12.4, 13.7), which provides a useful cooling function.

Claims (7)

Disclaimer (all) which will not appear on the advertisement page: Revised June 20, 2017 1. Refrigeration unit with base group (11), rear wall group (12) and top group (13) which are defined. Refrigeration chambers (4) from bottom, back and above. And was organized at least in some parts as well Refrigeration equipment components (5) and which have a multilayer structure with a flow pipe system that is Make an appearance in it in the base group (11), the back wall group (12) and the empty top (13) group in the middle. Being made between each layer as part of the pipe flow system To allow air to circulate in the lower middle (11.6) that make up the base group (11) on its back. Is connected to the fluid The underside of the vertical median (12.4) formed in the back wall group (12) while the upper medial region (13.7) formed in the upper middle group (13) on its back. Is connected to the fluid The top of the vertical center area (12.4) made in the back wall group (12) and the evaporator (50, 50 \ ', 50 ") or another heat exchanger of the cooling device (5) is arranged. Straight in the room Vertical center for cool air generation With the characteristics that At least one fan (56) is also located in the vertical center (12.4) to create a The air flow passes through the medial area (11.6, 12.4, 13.7), the rear wall group (12), the top group (13) and the base group (11) have a slab-shaped wall component which is fixed to the frame profile of the side frame. Two (10) scaffolds that define the transverse (1, 2, 3) layer modules and the side scaffolds (10) have a C-shaped form (C-shaped form) when viewed from the side in the upper end area, and The bottom of each associated rear vertical profile (10.1), the lower horizontal profile (10.2) and the upper horizontal profile (10.3) are attached so that they protrude to the side. Front and sheet-shaped wall components of the rear wall group (12) are installed on the front of the Vertical profile (10.1) on both sides The sheet-shaped wall components of the upper group (13) are installed on the underside of the upper level profile (10.3) and the sheet-shaped wall components. Of the base group was installed between and / or on the lower horizontal profile (10.2) ---------- revised 29/04/2015 1. Refrigeration unit with base group (11), group The back wall (12) and the upper group (13), which defines the refrigeration chamber (4) from below, behind and above. And was organized at least in some parts as well Refrigeration equipment components (5) and which have a multilayer structure with a flow pipe system that is Make an appearance in it in the base group (11), the back wall group (12) and the empty top (13) group in the middle. Being produced between each layer as part of the pipe flow system To allow air to circulate in the lower middle (11.6) that make up the base group (11) on its back. Is connected to the fluid The underside of the vertical median (12.4) formed in the back wall group (12) while the upper medial region (13.7) formed in the upper middle group (13) on its back. Being connected to the fluid with the upper part The vertical center area (12.4) made in the back wall group (12) and the evaporator (50,50 50 ") or another heat exchanger of the cooling device (5) are arranged in the center chamber. Vertical for cold air generation With the characteristics that At least one fan (56), specially formulated in the form of a radial fan, is also located in the vertical center (12.4) to create a flow of air through the center (11.6, 12.4, 13.7) 2. Refrigeration unit according to claim 1, having the characteristics that At least one (56) fans, especially radial fans. Is arranged in the top half (12.4) above the evaporator (50, 50 \ ', 50 ") or other heat exchanger 3. Refrigeration unit according to claim 1 or 2 with the characteristics that At least the vertical center portion (12.4) is aligned directly to the back of the section. The sheet-shaped interior cover (12.1) of the back wall group (12) that connects the cooling chamber (4), at least part of the lower middle (11.6) is arranged directly to the rear. Of the sheets that were Shape the floor covering (11.1) of the base group (11) that connects the refrigeration chamber (4) and at least part of the upper middle area (13.7) is arranged directly to the upper surface of the side shield. Bottom (13.1) of the upper group (13) connecting the refrigeration chamber (4) 4. Refrigeration unit according to one of the previous claims. With the characteristics that The upper middle area (13.7) through the slit-like outlet opening (13.50) in the upper middle, the front (13.4) is introduced into the fluid connection with the lower middle area (11.6). Through the groove-like entrance opening (11.11) in the front part of the base group (11), respectively, together with the upper middle area (13.7), the lower center area (11.6) and the vertical center area (12.4) to Establish circulating air flow by means of the front air curtain. 5. Refrigeration unit according to one of the previous claims. With the characteristics that In front of the evaporator (50, 50 \ ', 50 \' \ ') or another heat exchanger there is an open area for conveying the cold air generated in the evaporator (50, 50 \', 50 \ '\'). Or other heat exchanger in which cold air moves into the cooling chamber (4) through the diffuse opening in the interior (12.1) 6. Refrigeration unit according to one of the previous claims. With the characteristics that On the side of the central area (11.6, 12.4, 13.7) that is aligned from the refrigeration chamber (4), the external flow ducts are provided for stratified air flow routing. The external verticals (12.5) are stepped in the rear wall group (12) between the outer frame (12.3) and at least part of the medial divider (12.4) behind the downstream pipe. Externally (11.7) is made on the inside of the deflection plate (11.2) or in the base group (11) between the deflection plate (11.2) determined at least partially of the lower middle region (11.6) at the bottom and the base plate. (11.3) organized under it The external upper flow tube (13.8) is stepped in the upper group (13) between the top cover (13.3) of the upper group (123) and the center cover (13.2) designated at least part of the The upper middle area (13.7) towards the top and the downstream flow pipe (11.7) is connected to the lower part of the external flow pipe. Vertical, while the outer top-flow pipe (13.8) is connected the fluid to the upper part to allow Air circulation 7. Refrigeration unit according to claim 6, with the characteristics that External upper flow pipe (13.8) through the outlet groove (13.80) provided in the front top section. In front of the groove-like outlet opening (13.50) is introduced into the fluid-flow pipe connection. Below the outlet (11.7) through the inlet opening (11.70) in the front section of the base group (11), respectively, together with the external upper flow pipe (13.8), the bottom flow pipe (11.7) and the external vertical flow pipe. (12.5) To create a convective air flow through the air curtain path. Outside front Which causes a warm air curtain (71) compared to the front air curtain - then inside - (-then inner - front air curtain) that is a cold air curtain (70) 8. Unit cooling according to claim 6 or 7 with the peculiarities that To create air flow At least one fan (57), preferably radial fan. Is arranged at least in an appropriate external vertical flow pipe (12.5) in the area below the flow pipe Outside vertical (12.5) below the evaporator (50, 50 \ ', 50 \' \ ') or other heat exchanger 9. Refrigeration unit according to Clause 6 or 8. With the characteristics that The partition of the rear wall group (12) has a central wall (12.2) that is fixed to the front of the outer frame (12.3) and is far apart from it by means of vertical spacer and / or arc. Z-shaped (vertical spacer strips and / or Z-shaped bends) at its vertical edge 1 0. Cooling unit according to claim 6 or 9, either. It is characteristic that the outer frame (12.3) of the back wall group (12) the deflector plate (11.2) of the base group (11) and the top cover (13.3) of the upper group (13) are Make a look in style Of thermal insulation sheet 1 1. Cooling unit according to Clause 6 or 10, any one With the characteristics that The flow pipe below the outlet (11.7) is at least partially composed of at least one pipe that is Make a step as a deflection plate (11.2) 1 2. Refrigeration unit according to one of the previous claims. With the characteristics that The back wall group (12), the top group (13) and the base group (11) have a slab-shaped wall component, which is attached to the frame profiles of two (10) side profiles that define the transverse layer modules ( 1, 2, 3) 1 3. Refrigeration units according to claim 12, with the characteristics that the side frames (10) have a C-shaped form (C-shaped form) when viewed from the side in the distal area. Above and below each associated rear vertical profile (10.1), the lower horizontal profile (102) and the upper horizontal profile (10.3) are held so that they protrude to the side. Front and sheet-shaped wall components of the rear wall group (12) are installed on the front of the Vertical profile (10.1) on both sides The sheet-shaped wall components of the upper group (13) are installed on the underside of the upper level profile (10.3) and the sheet-shaped wall components. The base group is installed between and / or on the lower horizontal profile (10.2) 1 4. Refrigeration unit according to Clause 9 or 13. It is characterized by whether an evaporator (50, 50 \ ', 50 \' \ ') or another heat exchanger is fixed to the center wall (12.2) 1 5. What is the cooling unit according to the claim? One previous With the characteristics that When a number of fans (56) are placed next to each other in the vertical center (12.4), a middle barrier is installed between the fans (56) to avoid or wind negative flow influences. Each other, namely a short circuit, circulating (short-circuiting) 1 6. The refrigeration unit according to one of the previous claims. With the characteristics that The vertical support profile (10.4) is installed between the lower and upper horizontal support profiles (10.2, 10.3) by means of a heat insulation connection. That is away from and in front of Vertical frame profile (10.1) 1 7. Refrigeration unit system consisting of a number of refrigeration units arranged next to each other. And each other, and that is made in the form of a class module (1, 2, 3) in accordance with Clause 12 to 16, where the transition between the class modules (1, 2, 3) Along the adjacent narrow edge of at least The sheet-shaped wall elements of the back wall group (12) are shielded by insertion components and a dedicated layer module (1, 2, 3) is screwed to another adjacent frame profile. -------------------------------------------------- ------------------------------- New request Update 24/02/2016 1. Refrigeration unit with base group (11), the back wall group (12) and the upper group (13), which define the refrigeration chamber (4) from below, behind and above. And was organized at least in some parts as well Refrigeration equipment components (5) and which have a multilayer structure with a flow pipe system that is Make an appearance in it in the base group (11), the back wall group (12) and the empty top (13) group in the middle. Being made between each layer as part of the pipe flow system To allow air to circulate in the lower middle (11.6) that make up the base group (11) on its back. Is connected to the fluid The underside of the vertical median (12.4) formed in the back wall group (12) while the upper medial region (13.7) formed in the upper middle group (13) on its back. Being connected to the fluid with the upper part Of the vertical center area (12.4) made in the back wall group (12) and the evaporator (50,50 \ ', 50 ") or another heat exchanger of the cooling device (5) is provided in Middle room Vertical for cold air generation With the characteristics that At least one fan (56), dedicated to the radial fan design, is also located in the vertical center (12.4) to generate air flow through the center (11.6, 12.4). , 13.7). 2. Refrigeration unit according to claim 1, with the characteristics that At least one (56) fans, especially radial fans. Is arranged in the top half (12.4) above the evaporator (50, 50 \ ', 50 ") or other heat exchanger 3. Refrigeration unit according to claim 1 or 2 with the characteristics that At least part of the vertical medial region (12.4) is aligned directly to the back of the section. The sheet-shaped interior covering (12.1) of the back wall group (12) connecting the refrigeration chamber (4) at least part of the lower middle area (11.6) is arranged directly to the back of the plate. Correct Shape the floor covering (11.1) of the base group (11) that connects the refrigeration chamber (4) and at least part of the upper middle area (13.7) is arranged directly to the upper surface of the side shield. Bottom (13.1) of the upper group (13) connecting the refrigeration chamber (4) 4. Refrigeration unit according to one of the previous claims. With the characteristics that The upper middle area (13.7) through the slit-like outlet opening (13.50) in the upper middle, the front (13.4) is introduced into the fluid connection with the lower middle area (11.6). Through the groove-like entrance opening (11.11) in the front part of the base group (11), respectively, together with the upper middle area (13.7), the lower center area (11.6) and the vertical center area (12.4) to Create a convective air flow through the front air curtain path. 5. Refrigeration unit according to one of the previous claims. With the characteristics that In front of the evaporator (50, 50 \ ', 50 \' \ ') or another heat exchanger, there is a critical opening area for conveying the cold air generated in the evaporator (50, 50 \', 50 \ '\'). Or other heat exchanger in which cold air moves into the cooling chamber (4) through the diffuse opening in the inner enclosure (12.1) 6. The cooling unit according to one of the previous claims. With the characteristics that On the side of the central area (11.6, 12.4, 13.7) that is aligned from the refrigeration chamber (4), the external flow ducts are provided for stratified air flow routing. The external verticals (12.5) are stepped in the rear wall group (12) between the outer frame (12.3) and at least part of the medial divider (12.4) behind the downstream pipe. Externally (11.7) is made on the inside of the deflection plate (11.2) or in the base group (11) between the deflection plate (11.2) determined at least partially of the lower middle region (11.6) at the bottom and the base plate. (11.3) organized under it The external upper flow tube (13.8) is stepped in the upper group (13) between the top cover (13.3) of the upper group (123) and the center cover (13.2) designated at least part of the The upper middle area (13.7) towards the top and the downstream flow pipe (11.7) is connected to the lower part of the external flow pipe. Vertical, while the outer top-flow pipe (13.8) is connected the fluid to the upper part to allow Air circulation 7. Refrigeration unit according to claim 6, with the characteristics that External upper flow pipe (13.8) through the outlet groove (13.80) provided in the front top section. In front of the groove-like outlet opening (13.50) is introduced into the fluid-flow pipe connection. Below the outlet (11.7) through the inlet opening (11.70) in the front section of the base group (11), respectively, together with the external upper flow pipe (13.8), the bottom flow pipe (11.7) and the external vertical flow pipe. (12.5) To create a convective air flow through the air curtain path. Outside front This causes a warm air curtain (71) compared to the front air curtain - then the inside (-then inner - front air curtain) that is a cold air curtain (70) 8. Refrigeration unit according to Clause 6 or 7 with The peculiarity that To create air flow At least one fan (57), preferably radial fan. Is arranged at least in an appropriate external vertical flow pipe (12.5) in the area below the flow pipe Outside vertical (12.5), below the evaporator (50, 50 \ ', 50 \' \ ') or other heat exchanger 9. Refrigeration unit according to Clause 6 or 8. With the characteristics that The partition of the rear wall group (12) has a central wall (12.2) that is fixed to the front of the outer frame (12.3) and is far apart from it by means of vertical spacer and / or arc. Z-shaped (verical spacer strips and / or Z-shaped bends) at its vertical edge 1 0. Refrigeration unit in accordance with claim 6 or 9, either. It is characteristic that the outer frame (12.3) of the back wall group (12) the deflector plate (11.2) of the base group (11) and the top cover (13.3) of the upper group (13) are Make a look in style Of thermal insulation pad 1 1. Refrigeration unit according to Clause 6 or 10, any one With the characteristics that The flow pipe below the outlet (11.7) is at least partially composed of at least one pipe that is Make up a deflection sheet (11.2) 1. 2. Refrigeration unit according to one of the previous claims. With the characteristics that The rear wall group (12), the top group (13), and the base group (11) have a slab-shaped wall component, which is fixed to the two-side frame profiles (10) that define the transverse layer modules. (1, 2, 3) 1 3. The refrigeration units according to claim 12 are characterized by that the side frames (10) have a C-shaped form when viewed from the sides in the upper and lower ends of each. The corresponding rear vertical profile (10.1), the lower horizontal profile (10.2) and the upper horizontal profile (10.3), are attached so that they protrude to the side. Front and sheet-shaped wall components of the rear wall group (12) are installed on the front of the Vertical profile (10.1) on both sides The sheet-shaped wall components of the upper group (13) are installed on the underside of the upper level profile (10.3) and the sheet-shaped wall components. Of the base group installed between and / or on the lower horizontal profile (10.2) 1 4. Refrigeration unit according to Clause 9 or 13, any one It has the characteristics that the evaporator (50, 50 \ ', 50 \' \ ') or another heat exchanger is fixed to the center wall (12.2) 1. 5. Refrigeration unit according to one of the previous claims. With the characteristics that When a number of fans (56) are placed next to each other in the vertical center (12.4), a middle barrier is installed between the fans (56) to avoid or reduce negative flow influences. Each other, namely a short circuit, circulating (short-circuiting) 1 6. Refrigeration unit according to one of the previous claims With the characteristics that The vertical support profile (10.4) is installed between the lower and upper horizontal support profiles (10.2, 10.3) by means of a heat insulation connection. That are apart from and in front of Vertical profile (10.1) 1 7. Refrigeration unit system consisting of a number of refrigeration units arranged next to each other. And each other, and that is made in the form of a class module (1, 2, 3) in accordance with Clause 12 to 16, where the transition between the class modules (1, 2, 3) Along the adjacent narrow edge of at least The sheet-shaped wall component of the back wall group (12) is shielded by a dedicated insert shield element and layer module (1, 2, 3) screwed to another adjacent frame profile.