A stopper and an inflatable bladder replace the cork.
The strainer/stopper is preferably made of disposable plastic and the container is preferably part of the top portion of the strainer/stopper stem that is used in conjunction with the strainer/stopper perforated basket.
As the container (3) is screwed in, the lower stopper (13) is expelled first by the upper stopper (12).
The upper stopper (12) is then expelled by an expelling element (22).
In particular, the closure according to the present invention is a stopper (1) for containers for wine or liquors.
A threadless oil plug is provided for threadlessly sealing a drain hole of an oil pan.
A pressurized oil is supplied to one of the pressurized-oil receiving ports and the other pressurized-oil supply port is closed with a plug.
Advantageously, the sensor is installed into an oil drain plug of the gearbox.
The plug (6a) is fitted through the main oil passage (15) in the side of the cover body (2).
Pistons (6), oil chamber (7) and connections (11) for the oil lines, ventilation valve or drain plugs are located around and in the cylinders.
In a 5 ml screw-top test tube (18.104.22.168) weigh approximately 0,1 g of the oil sample.
The cap may be a twist cap, a push-down-and-turn cap, a snap-top cap, a pull-tab cap, a push-on cap, or a tear-tab cap.
The cap guard (34) prevents the screw top from being unscrewed from the container.
The oil cap (152, 200, 420) is configured to be securable into the fill opening (310) responsive to engagement between the oil cap (152, 200, 420) and the fill opening (310).
An oil filler pipe is configured on the housing cover, as is known from conventional oil reservoirs, and can be closed by means of a cap.
A cap for sealing an outer end of an oil filler tube of an engine where the oil filler tube has an inner end with ball valve having a float ball and mating valve seat for impeding any reverse flow of oil during engine operation.
When inspecting a sealing cap (13) of a tube (11) in a tube filling machine, the presence of the sealing cap (13) is detected.
The adapter also comprises a receiving piece (3), which is located at the other end and whose shape corresponds essentially to the shape of the free end of the oil filler neck for receiving the oil cap.
An apparatus for removing a cork (14) from a bottle in which an anchor (56) is embedded in the cork (14) and a cork-pulling handle (110) is provided for engaging the anchor for removal of the cork.
With the reversing hook the cork with the corkscrew screwed in can be extracted out of the mouth of the bottle, and the corkscrew can be drawn out of the cork easily.
An apparatus for removing a cork from a bottle in which an anchor is embedded in the cork and a cork-pulling sleeve is provided for engaging the anchor for removal of the cork.
This cap can constitute the full sealing of the bottles, but there is an another solution, too, in which the cap is put onto another cork.
The oil pressure control apparatus comprises a detection section and a judgment section.
Slug position control may be achieved by detecting leading or trailing edges in a slug build target zone into which a slug passes after passing through the thermal zone.
In an oil condition sensing system, the coil is operatively connected to a controller which can determine at least one of an oil temperature, oil viscosity, oil level, and an oil change occurrence.
The controller is configured to halt the operation of the internal combustion engine in response to either a low oil condition in the engine oil sump or a low oil condition in the compressor oil sump.
The oil inlet flow meter (2) and the oil outlet flow meter (3) are deployed at an oil inlet and an oil outlet of an engine respectively, and are connected to the performance self-detection controller (4).
Through the monitoring of an array of oil sensors, an early warning of oil degradation due to oxidation is provided.
An oil return hole (10) is formed between the check ring and the sliding bearing and connected to the oil storage groove (2).
Disclosed is an oil check sensor which can perform accurate measurement even if the oil is flowing.
An edible oil dispensing closure assembly (4) having a dip tube (40) is secured to a squeezable bottle (2) of edible oil.
In this way, vapor lock can be prevented by preventing aeration which occurs when a high oil pressure is applied to the M/C side.
These activities consist in an administrative task of managing and inspecting Community olive oil production aid.
According to the invention, the closure device now comprises a closure that is primarily a pivot hinge closure (20), but at the same time can also be used as a combined pivot hinge closure and screw-type closure.
The polymer slug may have a viscosity greater than the solvent slug and thereby generates an interface between the solvent slug and the polymer slug.
A two chamber-type pre-filled syringe where a first chamber and a second chamber are formed by sealingly installing in a tube body a front plug body, a middle plug body, and an end plug body.
The invention relates to a plastic closure comprising an upper closure part (1) and a lower closure part (2), which when in use form two separate parts (1, 2).
The bottom end of the lower cap (2) is tightly fitted to the neck of the bottle (106).
In the event of an increase in pressure in the closure (1), the obturator (4) liberates the closure aperture (6), making use of the elasticity inherent in the closure (1).
The cap can have an outward slant from the cap bottom where the cap couples with the container.
The plug is made of a rubber like material and can be used both as a male plug or a female plug.
The outer locking cap engages the lift-off inner cap and is rotatable about the inner cap.
The refill cartridge additionally includes a plug having a plug body including a plug neck and a flared portion.
The sealing plug (2) includes a main base (21), an intubation port plug (22), and a drainage port plug (23).
An earplug base (1) for stethoscope and an earplug head (2) cooperating with the earplug base (1).
The disk actuator also includes a plug, where the plug is connected to the shaft such that rotation of the shaft causes rotation of the plug.
When an external pressure is applied to the outer cap (100), the teeth (120) on the outer cap (100) engage with the inner cap (200).
A child resistant cap assembly (800) for a bottle (810) is disclosed comprising an inner cap (200) and outer cap (100).
The cover attaches to the cap, creating an isolated chamber between the cap and the cover and turning the cap and the cover together into a closure.
The plug portion 12 has a plug- portion distal end 16 and a plug-portion proximal end 18.
The cap wrench may have a collet to hold a valve cap and a switch to tighten and loosen grip on a valve cap.
The antiseptic cap assembly also includes a cap holder having a generally cylindrical sidewall defining a second chamber sized to receive the cap.
Inside the cap wall are provided the cap connecting member and a cap sealing member under the cap connecting member.
The plug has at least one fluid port extending through a wall of the plug between an interior and an exterior of the plug.
The secondary cap is positioned over the primary cap to prevent removal of the primary cap when positioned thereover.
The secondary cap includes a single-use lock, such as a cable tie (406), to secure the secondary cap in position over the primary cap.
In embodiments, the cap is assembled from two parts, an annular skirted cap body and a cap insert.
The ceramic drain plug assembly includes a drain plug base (10) and a drain plug (20) supported by a steel pedestal (30).
In one embodiment the pedestal plug is a hollow cylindrical pedestal plug and the protrusion is disposed on the lower end plug.
The cap system includes a debris cap assembly installable in engagement with the cap assembly.
An expandable plug device and a method for manufacturing the expandable plug.
The blanking plug device has a lower plug portion (12) that incorporates a screening section (46).
The valve plug (47) includes an opening (66) through the plug for equalizing pressure across the valve plug.
The plug assembly further includes a plug from which a pair of tabs extends.
The invention relates to a closing cap and to a method for producing a closing cap.
Here, the accomodating part is separately provided from the main cap, and may be disposed on an auxiliary cap that is detachably coupled with the main cap.
A detachable cap consists of nested inner and outer cap members (20, 30).
The invention relates to a closure device and a method for performing an assay of a sample using the closure device.
A closure (10) for a container, which closure houses a supply of dental floss (20).
The cap portion of the mechanism is positioned on, mountable on to, or formed into the container's cap.
The end cap includes at least one valve orifice disposed through the end cap.
The earplug covering can be molded and then filed with the earplug core.
A plug insertion device for inserting a plug into a container.
The sealing cap assembly comprises a sealing cap (3) and a transition connector (2).
The sealing plug includes a cylindrical-shaped plug body that carries an 0-ring seal.
A crown cap that may use less steel than a conventional crown cap is disclosed.
The seal is held on the cap when the cap is initially installed on the base.
When the cap is subsequently opened, the seal disengages from the cap and remains on the base.
The bore and plug are threaded to facilitate the adjustment of the plug within the bore.
A headset may connect the earplug to a second earplug.
This cover opener can reliably open the cover of the reagent container.
The separate sections are connected to a front end cap and a rear end cap.
The plug 10 comprises a plug portion 12 and a handle portion 14.
A user could remove the cap from the cap holder before applying it to a connector.
The cap (1; 101) may be a cap for a fire hydrant (3; 103).
Packaging of the antiseptic cap typically includes a cap holder and a lid.
The plug assembly includes a plug body having a keyway.
Also described is a construction of a plug unit comprising a crushable plug.
Provided is an improved cap for a bottle and a bottle having such a cap.
The needle hub seal plug assembly comprises a seal and a plug.
The level is regulated by feeding oil from an oil reservoir (43) into the bottom oil volume (68) and by discharging oil from the top oil volume (47) into an oil container.
The oil holding device comprises an oil collecting plate (4), an oil guiding groove (5) and an oil collecting kettle (6).
By proportionally distributing the hydraulic oil flow to each oil passage, the hydraulic oil flow distributed by the system to each oil passage reduces accordingly.
The AOC may comprise an oil inlet, an oil outlet, and heat exchange elements between the oil inlet and the oil outlet.
The AOC of the engine may comprise an oil inlet, an oil outlet, and heat exchange elements between the oil inlet and the oil outlet.
The oil pressure inlets are connected to the master cylinder via oil pipes and oil pressure outlets are connected to oil pressure distributor via oil pipes.
The oil path system is divided into a first oil path (13), a second oil path (14), a third oil path (15), and a fourth oil path (16).
Olive oil composed of refined and virgin olive oils
Residues (coal tar), anthracene oil distillation; Anthracene oil fraction
A plant serving for combustion of oil, especially waste oil.
The oil outlet is spaced from the oil inlet.
The oil-discharging mechanism comprises an oil-discharging valve.
The lubricant can be used, for example, as an engine oil, gear oil or automatic transmission fluid.
In one aspect, an oil pan assembly includes an oil pan and a suction tube connected to the oil pan.
Disclosed is a method for producing recovered oil with waste oil or recovered heavy oil as a raw material.
The oil collection pipes are respectively connected to the oil separators for collecting oil separated by the oil separators.
The high pressure oil-discharging unit (13) is connected to the oil pressure oil pathway (3).
The outer oil gallery (31, 31 ') has an oil inlet (50, 50') and an oil outlet (52, 52').
An oil inlet (21) is disposed on the cylinder (8) corresponding to the oil inlet cavity, and the oil inlet (21) is in communication with an annular oil inlet chamber (20) in the body (12).
An oil outlet (22) is disposed on the rotor (10) corresponding to the oil discharge cavity, and the oil outlet (22) discharges oil out of the body (12) through an oil discharge channel (18).
The oil return switch lock-up valve (21) can open and lock the oil return path, and the oil inlet switch lock-up valve (22) can open and lock the oil inlet path.
The main oil passage (5) is respectively connected with a cooling and lubricating oil passage (6), a clutch controlling oil passage (7) and a solenoid valve controlling oil passage (8).
Two ends of an oil return pipeline are connected to an oil return port of the reversing valve and an oil return port of the oil tank, respectively.
The oil separator (80) has an emergency oil-discharge port (82) connected to the emergency oil-return channel (88), and formed below the normal oil-discharge port (81).
In addition, the first sub-cavity (C1) and the third cavity (C3) have parallel oil inlets/oil outlets, and the second sub-cavity (C3) and the fourth sub-cavity (C4) have parallel oil outlets/oil inlets.
Limiting the oil volumetric flow in the oil supply line connecting the two oil circuits ensures that the turbomachine is adequately supplied with oil while oil is being removed from the first oil circuit.
An oil component property of an oil component in the input flow stream could further be mapped to an oil component property of the single output oil component.
The oil-quantity adjustment unit sets the amount of oil supplied when the clutch begins slipping to a second amount of supplied oil that is greater than a first amount of supplied oil when the clutch is free.
In the oil pressure mechanism (80), a communication oil path (98) through which a first supply oil path (93) and a release oil path (97) communicate with each other is provided.
The emulsified oil forming system comprises an oil-absorbing water tank (30), an emulsified oil mixing device, an oil-way control device (19), a heating device (21), and a management module.
A partition wall (3) is disposed between the low-pressure oil chamber (12) and the high-pressure oil chamber (13) for partitioning the low-pressure oil chamber (12) and the high-pressure oil chamber (13).
The high-capacity oil absorption phase has a high-capacity oil absorption value corresponding to a high-capacity oil absorption function.
The low-capacity oil absorption phase has a low-capacity oil absorption value corresponding to a low-capacity oil absorption function.
The drain assembly (10) comprises a valve member (16) adjacent the sump wall (14) and in fluid communication with the sump (14).
The food oil product is based on turnip rapeseed oil or rapeseed oil.
The system includes a reservoir (12) which communicates with the oil pan such that the oil level in the reservoir corresponds to that in the oil pan.
The oil sorbent is useful for recovery of oil, especially hydrocarbon oil, from oil spillages, especially spillages into water.
The oil level inside the filter housing is independent, to the greatest possible extent, from the oil level of the hydraulic oil reservoir which accommodates the filter housing.
According to the invention, two oil bores (14,16) respectvely extending at an angle are provided in the respective bearing journal (2,4,6) of the crankshaft for the lubricating oil supply of the respectively left and right adjacent connecting rod bearing.
An oil passage is provided in the journal 28 and an oil pick-up tube 74 has a first straight end portion 76 projecting into an oil sump 14.
Lubricating oil composition comprising β-dithiophosphorylated propionic acid (A), triaryl phosphate (B) and base oil comprising mineral oil and/or synthetic oil.
The system includes a reservoir which communicates with the oil pan such that the oil level in the reservoir corresponds to that in the oil pan.
The invention relates to a process for providing tall oil or tall oil fuel from tall oil soap.
With the present invéntion the oil separator is formed as a flow-through tube (10) through which the gas with the oil and/or oil spray to be separated flows.
The oil separation coefficient of the low-stage side oil separator (26) is set so as to be lower than that of the high-stage side oil separator (36).
In one embodiment, four oil levels, including an overfill oil level and an excessively low oil level maybe detected.
The bearing oil passage (29) connects an oil passage (10C) formed in the bearing housing (10) and the oil passage (30A) formed in the rotational shaft (30).
The oil-water mixture is directed to a separator that separates the oil-water mixture to yield produced water and an oil product.
The engine oil pressure sensor and at least one oil receiving component are in fluid communication with the oil gallery.
A device for preparing bio-oil, a system for preparing bio-oil and a method for preparing bio-oil using the same are provided.
The oil channel extends from the oil inlet in the direction of rotation of the shaft to a point beyond the oil outlet.
The oil groove forming member (130) has an oil path (132) and another oil path (134) through which the oil from the hydraulic cylinder (12) passes.
An oil conveying passage is composed of the oil filling pipe line, the oil flowing hole and the through groove.
An oil deflector (14) attached to the shaft (5) for preventing entry of splashing or dripping oil to the openings communicating with the system.
The first oil passage may be disposed within the housing and in communication with the oil sump and the oil inlet passage.
The invention relates to an oil reservoir comprising an oil inlet pipe and at least one oil outlet pipe for connection to a hydraulic system.
The invention relates to an oil pan made of plastic, which is provided with an oil suction pipe and an oil screen that is configured in one piece with the oil suction pipe.
The oil management system is arranged for delivery of the predetermined second quantity of oil to the crankcase in dependence of the measured oil flow.
The pump unit (1) comprises an oil-drawing, oil-pressurizing part (11) and an oil-discharging part (12) detachably connected together.
The connection oil passage (OP1) connects the first oil sump section (P1) and the second oil sump section (P2).
An oil retaining part (53) is formed by a portion of oil that has accumulated in an oil reservoir (22) entering the enclosed space.
An oil retaining part (53) is formed by a portion of oil that has accumulated in an oil reservoir (22) entering the first recessed part (7t).
An oil inlet passage (7) and an oil outlet passage (4) that are in communication with the lubricating oil passage (15) are provided on the tappet body (10).
The system comprises a front-wheel drive oil-way, a rear-wheel drive oil-way, and a transplanting oil-way.
The lubricating oil circuit comprises a lubricating oil pump (177), a lubricating oil tank (173), a primary lubricating oil cooler (189).