Also, the cover can have an outer cover surrounding an inner cover and the outer cover can have openings only on the cover upstream side to concentrate flow into the inner cover.
The media package includes a front cover, a rear cover, a spine connecting the front cover to the rear cover, at least one media well carried by one of the front cover and a rear cover and a lock.
The cover (50) has a side cover (51) and a top cover (55).
The lid includes a plastic cover (10) and a stainless cover (11).
The element cover (14) has an inner cover (3) and an outer cover (4).
The inner cover (20) is clamped in the upper cover (10) and the top of the inner cover (20) penetrates out of the top of the upper cover (10).
The solar module includes a front-side cover, a back-side cover, and a plurality of solar cells situated between the front- and back-side covers.
The cover assembly also includes a cover having a cover inner surface defining a cover cavity, the cover inner surface generally conforming to the cap outer surface of the dosage form cap.
A device includes a front cover with a cutout, a rear cover connected to the front cover, and a substrate including a key pad provided within the front cover and the rear cover.
The container cover assembly comprises an upper cover and a lower cover that fit one another; provided between the upper cover and the lower cover is a sliding groove that fit with the pull rod.
The lid assembly may comprise a lid and an overcap.
A rim-lid interface and a lid-lid interface are discontinuous to aid sealing.
The top lid (10) comprises a lid top (11) and lid side walls (12) depending downwardly from the lid top (11).
The top lid and intermediate lid collectively define a sealed compartment when the top lid is coupled to the intermediate lid.
A lid (70) can take an intermediate lid closure position in addition to a lid closed position and a lid open position.
A tamper-evident cap and overcap including a cap (12) with an upstanding cap portion and a lower base (22), the base defining a circumferential channel (20).
Also, the cap and the shoulder portion are coupled while the cap and the ring are not directly coupled, so the ring is not detached with the cap when the cap is opened.
The top is a mesh material and includes a top rim surrounding a bottom perimeter of the top.
The lid structure has a top lid portion connected to a base lid portion.
The lid support further includes a lid stop, on which an edge of the lid rests.
When the top cover is closed on the bottom cover, the top and bottom cover insertion paths combine to form a combined lock insertion path.
The raised boss (100) and the boss seat (108) of another said lid are engagable by exerting a force on the lid top surface (82) of said another lid proximate the raised boss (100) of said another lid.
The flanges of the head and the flange case and at least one of the rims of the head and the flange case define an annular recess (76).
A crankcase heater mounting and compressor system (2) that efficiently heats the oil sump fluid in an oil sump (410) of a crankcase.
The rear gear case, the left crankcase and the cover of left crankcase cooperate to form an enclosed housing.
The technical solution of the invention includes a transmission, a rear gear case, wheel shafts, a left crankcase, and a cover of left crankcase.
An internal combustion engine that includes a crankcase having a crankcase pressure defined within the crankcase relative to an ambient pressure.
Each of the interlocks includes a first member mounted on one of the first annular case or the second annular case and a corresponding second member mounted on the other of the first annular case or the second case.
The convex case section includes an upstream case portion having a first radius, a downstream case portion having a second radius, and an intermediate case portion between the upstream case portion and the downstream case portion.
In said integrated cabinet a coagulating case, an ozone oxidizing case, a photocatalytic case, and a separating case separating sludge from water are provided.
A gas turbine engine includes a core housing that includes an inlet case and an intermediate case that respectively provide an inlet case flow path and an intermediate case flowpath.
Said photocatalytic case is adjacent to the ozone oxidizing case.
The housing (1) comprises a lower housing part (37) and an upper housing part (39).
The housing (2) is formed by joining an upper housing (20) to a lower housing (10).
The housing is provided with a first housing element and a second housing element.
Further, the housing comprises a first housing member that covers the stator and rotor, a second housing member that partitions the interior of the housing, and a third housing member that covers the controller.
A variable geometry turbocharger assembly (90) employing the present invention includes a center housing (92), a compressor housing attached to one side of the center housing, and a turbine housing (94) attached to another side of the center housing.
A casing for an air supply fan is divided into a casing (301) and a casing (302), and a casing for an air discharge fan is divided into a casing (401) and a casing (402).
The casing includes a casing door.
The cylinder pump includes an upper casing, and a lower casing coupled to the upper casing.
This self-suction pump has a first casing, a second casing, and a third casing.
The casing (301) and the casing (401) have the same shape and so do the casing (302) and the casing (402).
In one aspect, an oil pan assembly includes an oil pan and a suction tube connected to the oil pan.
The deck comprises a plurality of deck modules (58), each deck module being releasably secured to another deck module.
The deck system includes a payload deck configured to receive a removable payload and a deck shifter configured to move the payload deck relative to the chassis.
There is disclosed a passenger service vehicle having an upper deck (100) and a lower deck (110), and a passenger staircase (400) extending between the upper deck and the lower deck.
Chains extending from winches on the deck are reeved through fairleads on the pontoon and connected back to the deck.
In a commercial aircraft with a main deck (2) and a lower deck (5, 6), at least one passenger cabin (16, 16’) is also provided on the lower deck.
The inverter bridge comprises a first bridge arm and a second bridge arm.
The sensors can be implemented on three bridge structures namely quasi bridge, half bridge and full bridge.
A dental bridge and a method of assembling a dental bridge.
The bridge is coupled to the bridge amplifier.
The design of the driving bridge reduces height of the bridge.
Each bifurcation arch bridge comprises a straight going arch bridge (2) and a left turn bridge (3) located on the left side of the straight going arch bridge (2).
A bridge intelligent cable system with a built-in fiber grating sensor for a cable bearing structure such as a cable-stayed bridge, a suspension bridge and an arch bridge.
The root bridge node and the bridge nodes may be configured to run a Spanning Tree Protocol, xSTP, to prevent ring loops among the bridge nodes in the groups of bridge nodes.
The root bridge node comprises a number of ports, which number of ports is associated in the root bridge node with physical addresses of user equipments connected to the bridge nodes in the groups of bridge nodes.
A method for parent election in a transparent wireless bridge, said bridge comprising at least two bridge portals.
A flow pickup circuit for receiving a flow signal from a flow sensor and providing a flow indicator signal corresponding to flow characteristics through the flow sensor includes an inner bridge circuit, an outer bridge circuit, and a processor.
The invention relates to a driven rigid axle (1) of a motor vehicle, comprising a differential axle (2), two wheel drive shafts (6) and an axle support.
The wheel drive shafts (6) are integrated into the axle support and each wheel drive shaft (6) connects a differential side gear (4) of the differential axle (2) to a wheel hub (10) in a non-positive fit.
The invention relates to a mobile bridge, a segment and a sectional part for a mobile bridge.
The floating structures include a deck and one or more pontoons attached to the deck.
The bridge contains an unlocked conjugate diene unit which connects the bridge ring and the acceptor.
A bridge is connected to the bridge bus and to a system bus.
A link between the primary bridge volume and the secondary bridge volume is established.
Each bridge (12) has a slot (24) therethrough which extends longitudinally of the bridge (12).
The bus bridge (20) is preferably an IEEE 1394 serial bus bridge.
The invention may be used for car-, railroad-, bicycle- and pedestrian bridges or similar structures.
The spectacle frame (10) has an arcuate bridge (15) above the usual bridge piece (16).
Each double converter has a rectifier bridge (LR1, LR2) and an inverter bridge (VR1, VR2).
The top deck and an under deck are fixed to a large buoy.
Then, a bridge resistance is ratiometrically determined from a bridge voltage.
The alternating current is generated by a full bridge that is composed of two half-bridge branches.
The inverter is a full-bridge inverter or a half-bridge inverter.
The communication bridge bridges the first call to the second call.
The system includes a rigid rectangular upper deck and a rigid rectangular lower deck.
The deck is typically supported in the water by buoyancy in the deck and in the columns (20).
The dock assembly includes at least one dock module secured to the header support.
These deck sections can be combined with concrete to form a composite deck.
The deck includes a downwardly extending deck lift arm.
The collaboration agent includes a conference bridge that anchors calls to the conference bridge.
On the nose clip (2) there is provided a nose clip edge (5).
These products consists of half bridge or of full bridge switches configuration.
The first deck portion (4a) is substantially parallel with the second deck portion (4b).
The overpass consists of on-bridge roads and under-bridge roads.
The invention relates to bridge crane assembly and a method for installation of a bridge crane.
A bridgeless inverter circuit and a solar bridgeless inverter.
The bridge includes a suction cup for mounting the bridge to the windshield.
straddle vineyard plough with sensing device
The lid member has a first lid member (52) and a second lid member (53).
The packing box comprises a lower cover (4) and an upper cover (4) that cooperates with the lower cover.
The folded composite blank is positioned between a front cover and a back cover of a cover piece.
Wherein when the lid is raised, the weight of the lid and the counter-balance weight provide a force for raising the lid and to selectively maintain the lid in an open position.
The lid has an extension (10) hinged to a main portion (9) thereof and a separate barrier layer (6) is provided over the lid and is locally heat sealed (7, 11) to the container as well as to the lid and to the lid extension.
The cover has a stationary cover section (55) and a moveable cover section (60) shaped to mate with the stationary cover section (55) providing a seat for a swivel connector and coacting to define a central opening.
Provided herein is a process chamber lid service system comprising a process chamber lid service cart and a process chamber lid service frame.
The lid service frame holds the process chamber lid.
The fastening between inner lid and outer lid has the advantage that during opening the lid, the fastening prevents the inner lid from being strongly deformed by the prevailing subpressure in the container.
The lid subassembly includes a lid (30), a bracket (40) coupled to the lid for supporting the sampler assembly, a plug disposed in the lid, a supply line (12) and a vent line (16).
When pivoted to a lid supporting position, a lid supporting surface (104) of the lid prop contacts the bottom surface of the lid member and a flange (102) of the lid prop faces the front surface of the lid member.
The closure (10) has a teat (24) secured to it in an irremovable manner, as by the teat being clamped between the closure and a retainer member (18) held in place in the closure, or by the teat's being bonded to the closure.
The soundproofing cover (32) consists of an inner cover (34) fixed to the working machine frame (12), and an outer cover (33) fixed to the body frame (11) and covering the outside of a portion of the inner cover (34).
The water nozzle body is composed of the front cover and the back cover, the connection between the front cover and the back cover has a slitty vent of the rotary mechanism.
The present invention generally also relates to a torque converter having a housing, a pump housing and an induction-welded connection for connecting the housing to the pump housing.
The dome type cover (3) includes an inner cover (5) having an open window (50) at the position corresponding to the window part (30) and an outer cover (4) put on the inner cover (5).
The system contains a lid restraint, formed at a distal end of the latch unit whereby the lid restraint restrains the lid when engaged with the lid.
The lateral faces (5, 6) of the lid (2) are longer than the front faces (7, 8) of the lid (2), and a swivel bearing of the lid (2) is disposed on a front face (8) of the lid (2).
The cover pieces are arranged such that the lower portion of an upper cover piece of an adjacent pair of cover pieces overlaps on the upper portion of the lower cover piece from the outside.
The cover mechanism (28) includes a stationary cover (30) that remains stationary relative to the lower rail (12) and a movable cover (35) that slides relative to stationary cover (30).
A differential shell comprises a first shell (10) and a second shell (20) fixedly connected with each other.
The system includes an outer housing (111), an inner housing (113) and a support fins (112) extending inwardly from the outer housing (111) and holding the inner housing (113) thereon.
The housing also includes a second housing portion attached to the external surface of the first housing portion by the application of heat to the second housing portion.
The housing register mechanism receives and aligns a housing with a bearing on the bearing support mechanism when the housing is placed over the housing register mechanism.
A thermal insulator (24a, 24b)is disposed between the motor housing and the crank shaft housing to enhance thermal insulation between the motor housing and the crank shaft housing.
The diaphragm (30) divides the upper housing (10) and the lower housing (20) inside so that each valve chamber is formed together with the upper housing (10) and the lower housing (20).
The housing arrangement comprises an inner housing (14) arranged to accommodate the electrical machine, and an outer housing (16) arranged to fit around the inner housing.
The divisible housing (1) comprises at least one first housing element (2) and a second housing element (3) that is connected to the first housing element (2) by means of a joint (4).
A housing is disclosed for a hydraulic radial piston motor, with a first housing part and with a second housing part, between which a cam ring is arranged, which thus forms a centre housing part.
A hydraulic pump includes an upper housing with fluid inlet and outlet ports, and a lower housing combined with the upper housing.
The engine (1010) includes a housing (1013), a piston assembly (1012) adjustably coupled to the housing (1013), and a cylinder reciprocatingly disposed within the housing (1010).
A turbine housing is mounted on the housing middle part (11) on a turbine side and is mounted on a compressor side of a compressor housing.
A circuit interrupter including a housing, separable main contacts disposed in the housing, and an operating mechanism disposed in the housing and interconnected with the contacts.
A filter with housing consists of a filter element (12) shaped as a round cartridge, a housing (10) and a housing lid (11).
The invention relates to a housing (2), notably a butterfly valve housing of a butterfly valve body, which can be closed off by a lid (9).
The housing (26) further defines a housing outlet (32) and a housing inlet (28) both which are fluid communication with the chamber (29).
The azimuth propeller comprises a first housing (1) which is firmly connected with the ship, and a second housing (2) which is rotatably mounted in first housing (1).
A marine stern drive unit (1) includes an assemblage of a propeller-carrying drive shaft housing (10), a bell housing (9) and gimbal housing (8).
The motor casing has an end face (17) opened externally of the pump casing through the tubular wall of the pump casing.
A hydraulic chamber (17) is formed between the inner housing and the outer housing by the inner housing (11), the outer housing (12), and the piston member (13).
A turbocharger (62) comprises a center housing (64) interposed between a compressor housing (68) and a turbine housing (66) .
According to the invention, the motor housing (6) is also the drive housing (6) and forms a combined single motor/drive housing (6).
The housing is made up at least of a valve housing part (26) and a heat exchanger housing part (42).
A part of the engine housing (7), the transmission housing (8), or the impact hammer mechanism housing (11) is enclosed by a cover (19).
The controller housing (12) comprises a first housing part (24) and a second cover-shaped housing part (40).
The gear housing (1) comprises a first stiff housing part (2) and a second rigid housing part (3).
A downhole drilling motor comprising a housing and a shaft extending within the housing, wherein the shaft is movable relative to the housing.
The pump housing closes the housing outlet such as when the liquid hydrogen in the pump housing falls below a depletion level.
The outer housing air outlet may be angularly spaced around the outer housing with respect to the first side of the suction motor housing.
The invention relates to a turbocharger that has a turbine housing (11), a bearing housing (10), and a compressor housing (9).
The invention relates to a turbocharger that has a turbine housing and a bearing housing that is connected to the turbine housing.