• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A housing of a liquid separator, the housing (1) comprising an inlet (2) for gas-liquid mixture and integrated components, the integrated components of which comprise a liquid separator vessel (3) for separating liquid from the gas-liquid mixture, wherein the liquid separator vessel (3) comprises a gas-liquid mixture supply port (14), a liquid outlet port (20) and a gas outlet port (16), the integrated components comprising channels, a wall of each channel being part of the housing (1), the channels being provided with: - an inlet channel (13) to direct the gas-liquid mixture from the inlet (2) to the supply port (14); and - an outlet channel (15) for directing gas from the gas outlet port (16) away from the liquid separator vessel (3), characterized in that the housing (1) comprises two opposite housing pieces (1 ', 1 ") configured to be hermetically sealed together along a sealing line located in a sealing surface.
    公开号:BE1026613B1
    申请号:E20195012
    申请日:2019-01-10
    公开日:2020-04-14
    发明作者:Benjamin Moens；Diego Truyen；Johan Dom；Pieter-Jan Belles
    申请人:Atlas Copco Airpower Nv；
    IPC主号:
    专利说明:

    Casing of a liquid spot separator for separating a liquid from a gas-liquid mixture.
    The present invention relates to a housing of a "liquid separator for separating a liquid from a gas-liquid mixture.
    In particular, the invention relates to a housing of a liquid separating device comprising an integrated liquid separating vessel as part of the housing for separating liquid from a gas compressed by means of a liquid-injected compressor or vacuum pump element.
    It is known that, for such a compressor or vacuum pump element, liquid is injected into a compression chamber of the compressor or vacuum pump element for lubricating, cooling and / or sealing one or more rotors 20 arranged in this compression chamber.
    This liquid is mixed with the gas drawn into the compression chamber and discharged together with the compressed gas from the compressor or the vacuum pump element.
    In a liquid separation unit downstream of the liquid-injected compressor or vacuum pump element, liquid must be separated from the gas-liquid mixture which is discharged from such a liquid-injected compressor or vacuum pump element. to provide a consumer or consumer network essentially
    BE2019 / 5012 liquid-free compressed gas or compressed gas with at least a significantly reduced liquid content.
    The separated liquid is then recovered and diverted from the
    Fill separator to the liquid-injected compressor or vacuum pump element to be injected back into the compression chamber.
    The liquid scrubber is typically a unit that includes a vessel separate from the liquid-injected compressor or vacuum pump element, the vessel configured to separate and store liquid from the gas-liquid mixture.
    An inlet of the liquid separator is connected by means of a pipe to an outlet for the compressed gas-liquid mixture of the. liquid injected compressor or vacuum pump element. An outlet of the liquid separating liquid-free or liquid-liquid gas is connected to either a consumer network or application, or additional ü-Lrooma. ^ Upwardly to further treat the liquid-free or liquid-low gas.
    Examples of individual prior art liquid separators can be found, for example, in WO 2018/134758.
    However, these prior art liquid shearers exhibit some specific drawbacks.
    O
    The first disadvantage of BE2019 / 5012 lies in the considerable overall dimensions of the liquid separator, mainly because of the size of the vessel.
    For example, if the liquid injected into the compression chamber is oil, this oil is subject to relatively rapid oxidation degradation due to significant heat generated in the compressor or vacuum pump element upon compression of the gas. For this reason, the oil volume maintained in a compressor or vacuum pump installation and, therefore, the size of the tank, should be kept as large as possible to decrease the oil / gas contact area ratio to this oil volume. In this way, the
    1.5 frequency of oil changes to reduce downtimes of the compressor or vacuum pump system for oil changes.
    If the size of the liquid separator tank is reduced without decreasing the volume of the liquid provided in the compressor or vacuum pump installation, so that a liquid fill level of the liquid separator vessel is increased, there is a risk of liquid entrainment of the liquid in the liquid separator vessel to the liquid separator tank. obtained liquid-poor or liquid-free gas due to turbulences in this liquid and at the contact surface between liquid and gas, as a result of strong introduction of the gas-liquid mixture into the liquid separator tank, possible pressure fluctuations in the liquid separator tank, and / or strong evacuation of liquid from the liquid separator tank .
    BE2019 / 5012
    A second drawback is the significant number of components in the overall compressor or vacuum pump installation that have a separate liquid separator, primarily because of the number of piping to connect different equipment units downstream of the compressor or vacuum pump element, including the liquid separator f .
    In addition, pressure drops across the pipes increase with the number of bends and the length of these pipes.
    Finally, the pipes are typically the weakest components of the overall compressor or vacuum pump installation in terms of mechanical strength, corrosion and leak tightness, especially in places where the pipes fit the different equipment units, which have specific sealing and insulation requirements. of these pipes.
    When the line between the compressor or vacuum pump element and the liquid separator of the compressor or vacuum pump installation does not securely connect these two components as a single unit, it may be difficult to move the compressor or vacuum pump installation as a whole, implying that the compressor - whether a vacuum pump installation must be dismantled into all its components during transport.
    For these reasons, there is a need for the compressor or vacuum pump element and further downstream equipment units, such as components of a compressor or
    BE2019 / 5012 vacuum pump installation, which can be spatially brought closer together or even integrate functions of these components into a more limited number of components compared to the number of components required in conventional compressor installations in which all components are spatially separated from each other.
    For example, compressor or vacuum pump installatles have been developed that integrate the liquid-injected compressor or vacuum pump element and the liquid separator into one common housing that includes a body composed of a single block.
    Examples of this type of integrated compressor or vacuum pump installations are known, for example, from the
    European patent EP 2,820,307.
    However, integrating both the compressor or vacuum pump element and the liquid separator into one common housing reduces overall modularity and flexibility in the composition of the compressor or vacuum pump installation since the compressor or vacuum pump element and liquid separator cannot be separated and separated.
    This places some restrictions on adapting the size of the fluid separator to a load and related fluid requirements of the fluid separator. compressor or vacuum pump element, a possible mandatory adjustment of the fluid separator to operate under stricter government regulations, and / or a replacement of
    BE2019 / 5012 only one of the liquid separator or the compressor or vacuum pump element when one. of these components fail or fail.
    In addition, the integration of too many components of the compressor or vacuum pump installation into one small common housing composed of a single block can reduce the accessibility of the components in the housing, and thereby the ease of maintenance of these components.
    In addition, the compressor or vacuum pump element with its shape and position is often confirmed as one of the first components in the housing block, since this shape is determined by the rotors included in this compression chamber.
    Consequently, space in the housing block that remains after capturing the shape and position of the compressor or vacuum pump element in the housing block is used to record the position and shape of the liquid separator, often leading to a non-symmetrical internal shape of the liquid separator vessel, as illustrated by the liquid separator vessel in European Patent EP 2,820,307, resulting in non-optimal separation of liquid from the gas-liquid mixture in the liquid separator vessel.
    Finally, the integration of many components into one small
    community body housing That from an ankle blockco-ordinated is vis fair t challenges. deliver for r the 30 manufacture from the case: sing, wst the use fromAdvanced technology ' know like additive p venous reduction st.
    BE2019 / 5012
    The aim of the present invention is to provide a solution to one or more of the aforementioned and / or other disadvantages.
    To this end, the invention relates to a housing of a liquid separating device for separating a liquid from a gas-liquid mixture, the housing comprising an inlet for the gas-liquid mixture and a set of integrated components 10, the set of integrated components comprising a liquid separator vessel configured to separate liquid from the gas-liquid mixture, the liquid separator vessel comprising a gas-liquid mixture supply port, a liquid outlet port, and a gas outlet port, the set of integrated components further comprising a set of channels, a wall of each channel is part of the enclosure, where the set of channels includes:
    an inlet channel configured to direct the gas-liquid mixture from the inlet of the housing to the supply port of the liquid separator vessel; and
    an outlet channel configured to divert gas from the gas outlet port away from the liquid separator vessel, characterized in that the housing comprises at least two opposed housing pieces configured to be hermetically sealed together
    BE2019 / 5012 a sealing line located in a sealing surface.
    By "opposed casing pieces" is meant that the casing pieces are essentially located on opposite sides of the sealing surface.
    An advantage of the housing according to the invention is that the number of components in the entire compressor installation is reduced by eliminating the need for separate inlets. outlet lines for connecting the liquid separator to the compressor or vacuum pump element or the consumer network / application or additional downstream equipment to further treat the purified gas liquid mixture obtained from the liquid separator.
    Since the inlet and outlet channels are integrated as fixed channels, the wall of these channels being part of the housing according to the invention, they are better protected against external influences from the environment, which gives additional mechanical strength to the overall compressor or vacuum pump installation and makes the compressor or vacuum pump installation less susceptible to corrosion and / or leakage.
    In addition, the integrated channels can be arranged to blend seamlessly into the liquid separator vessel, providing leak-sensitive fittings required to
    BE2019 / 5012 to fix conventional non-integrated pipes on the liquid separator vessel.
    As an additional advantage, the integrated ducts can be arranged in the housing in such a way that they are as short as possible and have as few bends as possible, in order to prevent excessive pressure drops and to achieve an optimal reduction in the size of the entire compressor or vacuum pump installation.
    The housing assembly in at least two opposed housing pieces facilitates the manufacture of this housing, even if the housing comprises multiple components, possibly with complex and / or irregular shapes, by conventional manufacturing techniques, such as injection molding.
    As an additional benefit, the components mounted in the housing are more easily accessible, and therefore easier to maintain and / or replace, after the housing has been opened, by separating the at least two opposite housing pieces along the sealing surface, which sealing surface is preferably a plane.
    In a preferred embodiment of the housing according to the invention, the set of integrated components in the housing further comprises a liquid storage reservoir, which liquid storage reservoir is configured such that it is able to store liquid so that it
    BE2019 / 5012 liquid separator vessel through the liquid outlet port of the liquid separator vessel.
    The advantage of integrating the liquid storage reservoir into the housing according to this preferred embodiment is a further reduction in the overall size of the compressor or vacuum pump.
    In addition, the liquid which is undefeated in the liquid storage reservoir is separated from liquid in the liquid separator vessel by a wall of the liquid separator vessel and is only in fluid communication with said liquid in the liquid separator vessel through the liquid outlet port of the liquid separator vessel in the V a t.
    Since the wall of the liquid separator vessel serves as a sort of baffle between the liquid in the liquid separator vessel and the liquid in the liquid storage reservoir, the aforementioned liquid in the liquid storage reservoir is less subject to turbulences in the liquid in the liquid separator vessel which may be caused by vigorous introduction of the gas-liquid mixture through the supply port in the liquid separator vessel and / or pressure fluctuations in the liquid separator vessel. In this way, excessive entrainment of liquid droplets with the purified gas liquid mixture leaving the liquid separator vessel through the gas outlet port can be significantly reduced or even
    To prevent.
    BE2019 / 5012
    It rolling paper . s t o f s p. 1 a g r e s e r f i r is also easy in the bra sing integrate since which s ymme t r i sch e or regularly formed internal space requires, so it in the housing can be fitted in the space dl e remains Ώ3.
    integration of other integrated components requiring such a regularly formed internal space, such as the liquid separator vessel and / or the set of integrated channels.
    In addition, the liquid storage reservoir allows the liquid volume in a compressor or vacuum pump installation to be increased with a liquid injected compressor or vacuum pump element. In this way, possible degradation of the liquid is reduced due to a decrease in the ratio of contact area between the gas
    rolling paper dust mixture and the liquid relative to it rolling paper dust volome: i n d. € s housing, so that the frequency from rolling paper s t. r e n g i .ngen lowered turn into.
    According to a more preferred embodiment of the housing according to the invention with a liquid storage reservoir, an internal wall is of. the liquid storage reservoir with a recess configured to. contain a heating device.
    The heater can store liquid in the liquid storage reservoir prior to start-up.
    preheat the compressor or vacuum pump system to bring the temperature of the fluid in the oil reservoir to a specific predetermined value, so that start-up is smoother and faster.
    BE2019 / 5012
    Preferably, the set of integrated components includes a liquid buffer tank, which liquid buffer tank is at least partially separated from the liquid separator vessel by a wall of it. liquid separator vessel, and which liquid buffer branch is configured such that liquid in the liquid separator vessel can flow into the liquid buffer tank and vice versa through an opening in said wall of the liquid separator vessel.
    Integration of such a liquid buffer tank into the housing has the same advantages as the integration of the liquid storage reservoir and can further increase the liquid volume in the housing.
    To further separate residues of liquid from the gas collected in the liquid separator vessel, a liquid separation filter can be used in the compressor or vacuum pump installation.
    In a preferred embodiment of the invention, the liquid separator includes an internal liquid separation fliter.
    Integrated incorporation of this internal liquid separation fliter into the liquid separator vessel can provide the advantage of further reducing the overall size of the compressor or vacuum pump installation.
    According to a more supportive embodiment of the invention, the channels in the housing include flush channel configured to accommodate those internal fluids.
    BE2019 / 5012 is separated from the liquid separator vessel.
    The advantages of the integration of this flushing channel are the same as for the integration of the inlet and outlet channels.
    In a preferred embodiment of the invention, the set of integrated housing components includes a support seat configured to connect to the exhaust duct and to accommodate an external liquid separation filter configured to further separate liquid from the gas-liquid mixture. .
    In this way, the filter capacity of the compressor or vacuum pump installation can be determined and / or increased in a flexible manner, since the external liquid separation filter can easily be mounted and / or disassembled in the supporting seat, so that the external liquid separation filter is easy to maintain and / or is easily adjustable in size.
    As a preferred embodiment of the invention, the set of integrated housing components includes a fitting configured to connect a relief valve, a fitting configured to connect a safety valve, a housing configured to contain a minimum pressure valve, a body configured .30 to contain a thermostatic valve, and / or a support seat configured to
    BE2019 / 5012 to accommodate a liquid filter configured to filter the liquid from impurities.
    The integration of these components into the housing can reduce the size of the overall compressor or vacuum pump installation and / or further reduce the number of individual lines connecting these components.
    In a more preferred embodiment of the 1C housing according to the invention comprising a housing configured to contain a thermostatic valve and a support seat configured to accommodate a fluid filter, the set of channels integrated in the housing includes a connecting channel 15 configured to connect the housing configured to contain the thermostatic valve to the support seat configured to contain the liquid filter.
    In a more preferred embodiment of the housing according to the invention provided with a support seat configured to accommodate a liquid filter, the set of channels comprises a discharge channel configured to remove liquid filtered into the liquid filter from impurities. drain the liquid filter.
    The advantages of the integration of this connection and / or drain channel are the same as for the integration of the inlet and outlet channels in the housing.
    BE2019 / 5012
    As a preferred embodiment of the housing according to the invention, comprising at least two opposite housing pieces, a channel or preferably several channels in the set of channels are cut along the sealing surface over a distance of more than 50%, preferably more than 60%, more preferably more than 70%, even more preferably more than 80%, nevertheless more preferably more than 90% of a length of said channel.
    By "distance through which a channel has been cut" is meant the largest straight dimension of the section through the channel.
    The advantage of this more preferred embodiment is that the channel in question is cut along a considerable part of its length, which leads to a simple and extensive access to the channel, so that the channel can be easily maintained. The length of a channel is measured along a line that connects all centers of gravity of any transverse cuts through the channel.
    In order to provide sufficient space to provide a sealant along the sealing line along which the at least two opposed casing pieces can be hermetically sealed, at least one of these two opposed casing pieces may be grooved along the sealing line.
    BE2019 / 5012
    In order to provide sufficient sealant along the complete sealing line, the groove is preferably a continuous groove.
    According to an even more preferred embodiment of the housing according to the invention provided with at least two opposite housing pieces and wherein at least one of the at least two opposite housing pieces is provided with a groove along the sealing line, at least one of the at least two opposed casing pieces opposite the at least one of the at least two opposed casing pieces provided with the groove, provided with a protrusion along the sealing line, said protrusion configured to fit into the groove.
    In this manner, the at least two opposed casing pieces can only be separated from one another in a direction substantially perpendicular to the sealing surface, so that the at least two opposed casing pieces cannot slide over each other along the sealing surface. This provides the housing with more mechanical strength, while the at least two opposite housing pieces can still be separated from one another in an easy and simple manner.
    In a preferred embodiment of the invention, the liquid separator vessel of the housing comprises a removable lid.
    BE2019 / 5012
    This facilitates the insertion, maintenance and / or replacement of an internal liquid separation fliter provided in the liquid separator vessel when the lid of the liquid separator vessel has been removed.
    In addition, an internal volume of the liquid separator vessel can be easily reduced and / or increased by mounting a cover of a different size, in order to adapt the internal volume of the liquid separator vessel to the liquid volume and / or required in the compressor or vacuum pump installation. or a required fluid separation capacity of the fluid separator vessel.
    As a preferred feature of the housing according to the invention, a channel is included in the set of. channels integrated in the housing in essence of constant diameter along a length of said channel.
    This preferred feature has the advantage that friction and thereby the pressure drop across the channel in question are optimally reduced.
    2 5 In a preferred embodiment of < the invention includes η θ Lliquid separator vessel a concave int e rn oppe rv1a k Whichis cyclically symmetrical.
    According to a more preferred embodiment of the invention, the gas outlet port of the liquid separator is arranged along an axis around which the concave internal
    BE2019 / 5012 surface var s y mm e tris ch 1s.
    V1 o e i s t o f a f s c h e ï d e r v a t c y c 1 i s c h
    Accordingly, the separation of liquid from the gas-liquid mixture is optimized by the internal geometry of the liquid separator vessel through the creation of a liquid separating vortex in the liquid separator vessel, whose axis substantially coincides with the axis around which the concave internal surface is cyclically symmetric. 1 s.
    The invention also relates to a method for producing a housing of a liquid separating device for separating a liquid from a gas-liquid mixture, the method comprising the step of providing a set of integrated components part of the housing wherein the set of integrated components includes a liquid separator vessel configured to purify the gas-liquid mixture by separating liquid from the gas-liquid mixture, the method further comprising the step of providing a set of integrated components in the set of integrated components channels, a wall of each channel being part of the housing, characterized in that the method comprises the step of performing the housing in at least two opposed housing pieces which can be hermetically sealed together along a sealing line extending in a sealing surface.
    BE2019 / 5012
    This allows the method to include the preferred step of die casting, preferably die casting of metal, more preferably die casting of aluminum.
    b Using a conventional injection molding technique to produce the enclosure is faster and cheaper than using more advanced techniques such as additive manufacturing.
    Preferably, the method comprises the step of fastening the at least two opposed casing pieces together by bolted connection, line connection, or a combination of the two.
    These types of joints bring the benefits of mechanical strength and leak tightness to the enclosure. with it.
    Like a. a preferred embodiment of the method of producing the housing according to the invention, the working method comprises the step of providing the liquid separator vessel with a removable lid.
    Preferably, the removable cover is secured by a bolted connection, a screwed connection, or a combination of both.
    These types of connections transfer the advantages of mechanical strength and leak tightness to the liquid separator vessel.
    0
    BE2019 / 5012
    In order to better illustrate the features of the invention, some preferred embodiments of a housing and a method of producing a housing according to the invention are described below by way of example, without any limiting nature, with reference to the accompanying drawings, at which :
    figure 1 shows a housing according to the invention; figure 2 a. internal view of a housing piece along a section through the housing in Figure 1 according to the sealing surface;
    Figure 3 shows an internal view of a housing piece opposite the housing piece in Figure 2 along the sealing surface;
    Figure 4 shows an exploded view of all components of the housing and specific components of a compressor installation that can be connected to this housing;
    Figure 5 shows the steps of a method for producing a housing according to the invention
    The housing 1 in figure 1 is provided with an inlet 2 for the gas-liquid mixture.
    A liquid separator vessel integrates a component of the housing 1, which liquid separator vessel is configured to separate liquid from the gas-liquid mixture.
    BE2019 / 5012
    In this case, the housing 1 also includes additional integrated components, such as a liquid storage reservoir 4, which is configured to store liquid from the liquid separator vessel 3;
    a liquid buffer tank 5, which is partially separated from the liquid separator vessel 3 by a wall of the liquid separator vessel 3, and which is configured such that liquid in the liquid separator vessel 3 can flow into the liquid buffer tank 5 and vice versa through an opening in said wall of the liquid separator vessel 3;
    a support seat 6 configured to accommodate an external liquid separation filter configured to further separate liquid from purified gas exiting the liquid separator vessel 3;
    a fitting 7 configured to connect a relief valve, which is preferably provided downstream of the support seat 6 to accommodate the external liquid separation fliter;
    a fitting 8 configured to connect a safety valve;
    a housing 9 configured to contain a minimum pressure valve 25;
    a housing 10 configured to contain a thermostatic valve; and a support seat 11 configured to accommodate a liquid filter configured to filter the liquid from impurities.
    BE2019 / 5012
    The liquid storage 4 is, in this case, provided with a vent opening.
    In this case, two fittings are also provided on the house
    10 for pipes to establish a connection between the thermostatic valve and a. oil cooler. When the temperature of the liquid in the housing 1 becomes too high for a good cooling of the liquid-injected compressor element, at least a part of this liquid 10 can be diverted via these lines from the thermostatic valve to the oil cooler.
    Liquid which has been filtered in the liquid filter of impurities is led to a liquid outlet of the housing 1, which in this case is positioned next to the inlet 2 of the housing 1. From this outlet, the liquid can flow into an injection network of a liquid-injected compressor element connected to this outlet.
    Ij
    The liquid separating vessel 3 of housing 1 is, in this case, also provided with a removable lid 12.
    Preferably, the housing 1 is composed of two opposed housing pieces 1 ', 1 configured to be hermetically sealed together along a sealing line located in a single sealing surface.
    3 BE2019 / 5012
    Optional these two housing pieces can provide 1 ' f 1 are from additional mechanical strength by means of external v < 3 rs t eVig ing s r ibbe n.
    Figure 2 shows an internal view of one of the at least two opposite housing pieces 1 f along a section through the housing 1 in Figure 1 according to the sealing surface.
    In this case a set of channels is visible of which the
    wall through the housing 1 is formed, this set of channels vc jorzien is from: a inlet channel 13 configured to. a gas
    liquid mixture from the inlet 2 of the housing 1 to a supply port 14 of the
    flowed guide the siphon separator vessel 3; a outlet channel 15 dat. is configured to s.L. liverd gas-liquid mixture from a gas outlet port 16 separator vessel 3 away from the liquid away from it.
    guide liquid separator vessel 3;
    a blowdown channel 17 configured to direct fluid separated in the internal fluid separation filter away from the fluid separator vessel 3, a connecting channel 18 configured to connect the housing 10 configured to contain the thermostatic valve with the support seat 11 configured to encase the liquid filter teacc, * and
    a drain 19 configured to.
    in i z u i V e r h e d
    BE2019 / 5012 is filtered away from the fluid filter and its support seat 11 to the fluid outlet of housing 1.
    From the internal view of housing 1 ', it becomes clear that the liquid storage reservoir 4 through a liquid outlet port 20 of the liquid separator vessel 3 is in fluid communication with the liquid separator vessel 3.
    Liquid in the liquid storage reservoir 4 is passed through a suction channel, which is part of the housing 10, to the thermostatic valve.
    The gas outlet 16 of the. liquid separator vessel 3 is, in this case, in the center of the cylindrical liquid separator vessel 3 on the same side of the liquid separator vessel 3 as the liquid outlet port 20
    Furnished.
    As can be seen in Figure 2, the channels, except for the suction channel of housing 10, are longitudinally cut along the sealing surface a considerable distance and substantially constant in diameter along their length.
    The sealing line runs along an external wall of the housing 1 and is, in this case, partially enclosed in the wall of the channels.
    This sealing line can be provided with a groove 21 to accommodate a sufficient amount of sealant
    5
    BE2019 / 5012 with which the opposite housing pieces 1 , 1 can be hermetically sealed together.
    Preferably, the groove 21 is a continuous groove to ensure that each point on the seal line is provided with enough sealant to seal the casing pieces 1 ', 1 together.
    Figure 3 shows an internal view of a housing piece 10 which is located opposite housing piece 1f in Figure 2 according to the sealing surface.
    In this case, the housing piece 1 is provided with a projection 22 along the sealing line, which
    1.5 protrusion 22 is configured to fit into the groove 21 of the housing piece 1 '.
    It is not excluded that housing piece l f is provided with a projection. 22 and housing piece 1 of a groove
    21.
    It is also not excluded that it is provided with different 22, where these projections that housing piece 1 or 1 grooves 21 and / or protrusions 22 fit into corresponding grooves in housing 1 and 1 ', respectively
    The internal view of housing 1 also shows a recess 23 in an internal wall of the liquid storage reservoir 4, which recess 23 is configured to contain a heating device.
    BE2019 / 5012
    Figure 4 shows an exploded view of the housing 1 with two opposite housing pieces 1 ', 1 and a removable cover 12.
    In addition, it is shown how different components of the compressor installation are externally connected to the housing 1 and / or inserted on and into the housing, respectively
    1 ..
    For example, it becomes clear how the minimum pressure valve and the thermostatic valve can be introduced into their housing 10 and 11, respectively.
    Also illustrated is how the external fluid separation filter and fluid filter are accommodated on their support seats 6 and 11, respectively, and how the compressor element can be connected to the inlet 2 and outlet of the housing 1.
    internally, the liquid separator vessel 3 may contain an internal liquid separator filter, which can be easily fitted or removed, by detaching the lid 12 from the liquid separator vessel 3,
    Figure 5 shows the steps of a method for producing the housing 1 according to the invention.
    In a first step of the method, the at least two opposite housing pieces 1 ', 1 of the housing 1 are produced, the housing 1 being provided with
    BE2019 / 5012 is of an inlet for the gas-liquid mixture, the method comprising the step of:
    providing a set of integrated components in the housing 1, including a liquid separator vessel 3 configured to purify the incoming gas-liquid mixture by separating liquid from the gas-liquid mixture, said liquid separator vessel 3 a supply port 14 for the gas-liquid mixture, a liquid outlet port 16 for the liquid, and a gas outlet port 16 for a purified gas liquid mixture;
    providing a liquid buffer tank 5, in the set of integrated components, which liquid buffer tank 5 is at least partially separated from the liquid separator vessel 3 by a wall of the liquid separator vessel 3 in such a way that liquid in the liquid separator vessel 3 in the liquid buffer tank 5 and vice versa can flow through an opening in said wall of the. liquid separator vessel 3; and providing a set of channels in the set of integrated components, a wall of each channel being part of the housing 1.
    The set of channels includes at least:
    an inlet channel 13 which directs the gas-liquid mixture from the inlet 2 of the housing 1 to the supply port 14 of the liquid separator vessel 3; and
    BE2019 / 5012 an outlet channel 15 which directs purified gas liquid mixture from the gas outlet port 16 away from the liquid separator vessel 3.
    In addition, the set of integrated components may include a fluid storage reservoir 4, a fluid buffer tank 5, a support seat 6 configured to accommodate an external fluid separation filter, a fitting 7 configured to connect a relief valve, a fitting 8 configured for just connecting a safety valve, a housing 9 configured to contain a minimum pressure valve, a housing 10 that. is configured to contain a thermostatic valve and / or a support seat 11 configured to accommodate a fluid filter configured to filter the impurity fluid.
    Furthermore, the set of channels may comprise a flushing channel 17, a connecting channel 18 and / or a drain channel 19
    Preferably, the at least two opposed casing pieces 1 f , 1 are produced by an injection molding technique, more preferably a metal injection molding technique and even more preferably an aluminum blow molding technique.
    In a next step of the method, the at least two opposite housing pieces 1 f , 1 are fastened together by means of a bolt connection, a
    BE2019 / 5012 glue connection, or a combination of these or other types of connections.
    As a further step of the method, the liquid separator vessel 3 is provided with a removable lid
    12.
    Finally it becomes. removable cover 12 attached to the liquid separator vessel 3 by means of a bolt connection, a screw connection, or a combination of these or other types of connections.
    The present invention is by no means limited to the embodiments described as an example and shown in the drawings, but a housing and a method for producing such a housing according to the invention can be realized in all variants without the scope of to deviate from the invention.
    权利要求:
    Claims (31)
    [1]
    Conclusions.
    1. " A housing of e e n v 1 o e i s t o f a f s c h e i d i n g s i n r i c h t i n g 5 for separating of a liquid from a gas v1o e is to fmeng s e1, where the housing (1) an inlet (2) for the gas
    liquid mixture and a set of integrated components includes,
    10 wherein the set of integrated components includes a liquid separator vessel (3) configured to separate liquid from the gas-liquid mixture, the liquid separator vessel (3) a gas-liquid mixture supply port (14), a liquid outlet port
    15 (20), and a gas outlet port (16), the set of integrated components further comprising a set of channels, a wall of each channel being part of the housing (1), the set of channels including:
    20 ~ an inlet channel (13) configured to divide the gas-liquid mixture from the inlet (2) of the housing (1) to the supply port (14) of the liquid separator vessel (3); and
    - an exhaust duct (15) configured to release gas
    25 directing the gas outlet port (16) away from the liquid separator vessel (3), it is characterized in that the housing (1) comprises two opposed housing pieces (1 ', 1) configured to
    30 to be hermetically sealed together along one
    BE2019 / 5012 sealing strip η.
    which resides in a surface
    [2]
    2. The housing according to claim 1, characterized in that the
    The set of integrated components further includes a fluid storage reservoir (4), said fluid storage reservoir (4) configured to be capable of storing fluid such that the fluid separator vessel (3) through the fluid outlet port 0 (20) of the fluid separator vessel (3) leaves.
    [3]
    The housing according to claim 2, characterized in that an internal wall of the liquid storage reservoir (4) comprises a recess (23) configured to accommodate a
    15 to include a heating device.
    [4]
    The housing according to any of the preceding claims, characterized in that the set of integrated components further comprises a liquid buffer tank (5), which
    20 liquid buffer tank (5) by means of. a wall is at least partially separated from the liquid separator vessel (3), and which liquid buffer tank (5) is configured such that liquid in the liquid separator vessel (3) can flow through an opening in said wall in the liquid buffer tank (5) and vice versa.
    [5]
    The housing according to any one of the preceding claims, characterized in that the liquid separator vessel (3) includes an internal liquid separating filter configured to further separate liquid from the gas-liquid mixture.
    BE2019 / 5012
    [6]
    6. The housing according to the preceding claim, characterized in that the set of channels comprises a flushing channel (17) configured to separate liquid separated in the internal liquid separating filter from the
    5 guide the liquid separator vessel (3).
    [7]
    The housing according to any one of the preceding claims, characterized in that the set of integrated components comprises a support seat (6) configured to
    [8]
    10 to be connected to the outlet channel (15) and to accommodate an external liquid separation filter configured to further separate liquid from the gas liquid mixture.
    8. The housing according to any of the preceding claims, characterized in that the set of integrated components further comprises a fitting (7) configured to connect a blow-off valve.
    9. The housing according to claim 5 or 6 and claim 8, characterized in that the fitting (7) configured to connect the relief valve is provided downstream with the internal liquid separation filter.
    25. The housing according to claims 7 and 8, characterized in that the fitting (7) configured to connect the relief valve is provided downstream with the support seat (6) configured to accommodate the external liquid separation. to accommodate filter.
    BE2019 / 5012
    [9]
    The housing according to any of the preceding claims, characterized in that the set of integrated components further comprises a fitting (8) configured to connect a safety valve.
    [10]
    The housing according to any of the preceding claims, characterized in that the set further comprises a housing (9) to contain a minimum pressure valve.
    of integrated component 'configured to ee
    [11]
    The housing according to any of the preceding claims, characterized in that the set of integrated components further comprises a housing (10) configured to contain a thermostatic valve.
    [12]
    The housing according to any of the preceding claims, characterized in that the set of integrated components further comprises a support seat (11) configured to accommodate a fluid filter configured to filter the impurity fluid.
    [13]
    The housing according to claims 13 and 14, characterized in that the set of channels comprises a connecting channel (18) configured to connect the housing (10) configured to contain the thermostatic valve, with the supporting seat (11) configured to accommodate the fluid filter.
    [14]
    The housing according to claim 14 or 15, characterized in that the set of channels comprises a drain (19) which
    BE2019 / 5012 is configured to drain impurity filtered fluid from the support seat (11) configured to accept the fluid filter.
    The housing according to any of the preceding claims, characterized in that the sealing surface is flat.
    [15]
    The housing according to any of the preceding claims,
    10 characterized in that a channel in the set of channels is cut along the sealing surface by a distance of more than 50%, preferably more than 60%, more preferably more than 70%, even more preferably more than 80 %, nevertheless more preferably more than 90% of a
    Length of said channel.
    [16]
    The housing according to the preceding claim, characterized in that the sealing line is at least partially included in the wall of the channel.
    [17]
    The housing according to any one of the preceding claims, characterized in that at least one of the at least two opposite housing pieces (1 ', 1) is provided with a groove (21) along the sealing line.
    [18]
    21. " The housing according to the preceding claim, characterized in that the groove (21) is a continuous groove.
    [19]
    The housing according to claim 20 or 21, characterized in
    30 that at least one of the at least two opposed housing pieces (1 ', 1) opposite the at least one
    BE2019 / 5012 one of the at least two opposite housing pieces (1 ', 1) which is provided with the groove, is provided with a protrusion (22) along the sealing line, which protrusion (22) is configured to fit into the groove ( 21).
    [20]
    The housing according to any one of the preceding claims, characterized in that the liquid separator vessel (3) comprises a removable cover (12).
    [21]
    The housing according to any one of the preceding claims, characterized in that a channel in the set of channels is essentially constant in diameter along a length of said channel.
    [22]
    The housing according to any one of the preceding claims, characterized in that the liquid separator vessel (3) has a concave internal surface which is cyclically symmetrical.
    [23]
    The housing according to the preceding claim, characterized in that the gas outlet port (16) of the liquid separator vessel (3) is arranged along an axis around which the concave internal surface is cyclically symmetrical.
    [24]
    The housing according to any one of the preceding claims, characterized in that the gas outlet port (16) and the liquid outlet port (20) of the liquid separator vessel (3) are arranged on the same side of the liquid separator vessel (3).
    BE2019 / 5012
    [25]
    28. A method of producing a housing of a liquid separating device for separating a liquid from a gas-liquid mixture, the method comprising the step of providing a set of integrated components that are part of the housing (1), the set of integrated components comprising a liquid separator vessel (3) configured to purify the gas-liquid mixture by separating
    liquid from it gas-liquid mixture, where the working wi It further includes the step from it in the set V an gel. n t e g r e r d. e record components from a set Vein channels, where a wall of each channel part matters from
    the housing (1), characterized in that the method comprises the step of performing the housing (1) in at least two opposed housing pieces (1 1 f 1) which can be hermetically sealed together along a sealing line extending in a sealing surface.
    [26]
    29. The method according to the preceding claim, characterized in that the method comprises the step of injection molding, preferably metal injection molding, more preferably a 1 µm in injection molding.
    [27]
    30. " The method according to claim 28 or 29, characterized in that the method comprises a step of fastening the at least two opposite housing pieces (1 ', 1) together by means of a bolted connection.
    BE2019 / 5012
    [28]
    The method according to any one of claims 28 to 30, characterized in that the method comprises a step of fastening the at least two opposed housing pieces (1 r , 1) together by means of a
    5 1 rhyme connection.
    [29]
    32. The method according to any of the preceding claims
    28 to 31, characterized in that the method comprises the step of providing the liquid separator vessel (3) with a
    10 removable cover (12).
    [30]
    33. The method according to the feature that the method comprises the detachable lid preceding claim, with the step of attaching (12) by means of a
    15 corner joint.
    [31]
    34. The method according to claim 32 or 33, characterized in that the method comprises the step of attaching the removable cover (12) by means of a screw connection.
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    同族专利:
    公开号 | 公开日
    BE1026639B1|2020-04-20|
    BE1026613A9|2020-06-02|
    BE1026639A1|2020-04-15|
    BE1026613B9|2020-06-08|
    BE1026613A1|2020-04-07|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US20040208771A1|2003-01-31|2004-10-21|Hiroki Ohsumimoto|Screw compressor|
    US20050217221A1|2004-04-01|2005-10-06|Ingersoll-Rand Company|Cast separator tank|
    US20060083650A1|2004-10-15|2006-04-20|Ingersoll-Rand Company|Air compressor assembly|
    US20170356447A1|2014-12-30|2017-12-14|Schulz S/A|Air-oil reservoir for an air compressor|
    ITVI20120036A1|2012-02-14|2012-05-15|Virgilio Mietto|VOLUMETRIC SCREW COMPRESSOR.|
    BE1025129B1|2017-01-23|2018-11-19|Atlas Copco Airpower Naamloze Vennootschap|Liquid separator and tools for maintenance of such liquid separator|
    法律状态:
    2020-06-17| FG| Patent granted|Effective date: 20200414 |
    优先权:
    申请号 | 申请日 | 专利标题
    US201862731181P| true| 2018-09-14|2018-09-14|
    US201862731178P| true| 2018-09-14|2018-09-14|DE202019104823.9U| DE202019104823U1|2018-09-14|2019-09-02|Housing of a liquid separation device for separating a liquid from a gas-liquid mixture|
    US16/561,155| US20200086251A1|2018-09-14|2019-09-05|Housing of a liquid separation device for separation of a liquid from a gas-liquid mixture|
    KR2020190003753U| KR20200000653U|2018-09-14|2019-09-10|Housing of a liquid separation device for separation of a liquid from a gas-liquid mixture|
    FR1910001A| FR3085863B3|2018-09-14|2019-09-11|housing of a liquid separation device for separating a liquid from a gas-liquid mixture|
    RU2019128530U| RU195343U1|2018-09-14|2019-09-11|CASE OF DEVICE FOR SEPARATING LIQUID, INTENDED FOR SEPARATION OF LIQUID FROM GAS-LIQUID MIXTURE|
    CN201921526214.7U| CN211174605U|2018-09-14|2019-09-12|Liquid separator casing|
    BR202019019124-0U| BR202019019124U2|2018-09-14|2019-09-13|ACCOMMODATION OF A LIQUID SEPARATION DEVICE FOR SEPARATION OF A LIQUID FROM A GAS-LIQUID MIXTURE|
    JP2019003477U| JP3225567U|2018-09-14|2019-09-13|Housing of a liquid separation device for separating a liquid from a gas-liquid mixture|
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