A base seals one end of the low body, the low body blends with the mid body, and the mid body blends with the tapered body.
The first slave body moves toward the second slave body and the second slave body moves toward the first slave body by the movement of the first driving body and the second driving body.
The device main body (35) is rotatably provided with a supporting body fixing body (91) which fixes/unfixes the camera main body supporting body (61) to/from the device main body (35).
A method includes receiving a target body and a tool body, and evaluating a body type of the target body and a body type of the tool body.
The body comprises a first bending portion provided between the first body and the second body, and the sloping surface of the first body is attached to the second body by the rotation of the first body.
The body includes at least a first body member and a second body member.
A device for extracting zest from a fruit includes a body, a carrier, and a blade.
The body region includes a first body region and a second body region.
The second body portion is disposed between the first body portion and the third body portion.
The scroll bodies include a first scroll body and a second scroll body.
The Core of the turbine engine can include two spools - a low pressure (LP) spool (14) and a high pressure (HP) spool (12) - where the LP spool is independently mounted remote to the HP spool.
A valve may include a valve body, a valve spool, and a valve actuator arrangement.
A center housing is connected to the turbine housing, and a compressor housing is attached to the center housing.
It is proposed that the housing (7, 8) has at least one first housing part (8) and one second housing part (7), wherein the first housing part (8) is composed of a different material than the second housing part (7).
A lower housing mates with the upper housing.
A blind flange valve (1) including a valve housing (2), a valve element arranged within the valve housing (2) and means (3) for activating the valve element is disclosed.
The slide valve includes an outer (1) and an inner (4) valve housing.
A gate (202) for a gate valve (200), a gate valve (200), and a method of assembling a gate valve (200) are provided.
The gate valve comprises a valve body.
The valve includes a valve cover, a valve body and a valve rod inside the valve body.
The valve includes a valve member and a valve stem operably coupled to the valve member for adjusting the position of the valve member.
The valve includes a valve body (140) and a valve member (100) disposed in the valve body.
Manual valve means a manually operated valve
Manual valve means valve which is operated manually.
A Tesla Valve may be used as the one-way valve.
The duct nozzle includes a primary duct (120) attached to the exhaust casing (110) and a secondary nozzle (130) arranged about the primary nozzle.
A ducted fan turbine engine (2) includes an inner discharge nozzle (18) and an outer discharge nozzle (8) surrounding the inner discharge nozzle.
The invention relates to a high-pressure injection nozzle that comprises a nozzle body (1) and a nozzle chamber (4) that is configured in the nozzle body and that is connected to a supply duct at the inlet side.
The inventive extrusion nozzle head (1) further comprises at least one heating element (14) by means of which the nozzle gap (3) can be heated.
The distal end of the extendable fly has a nozzle bracket assembly (132) with a nozzle bracket, flexible hose and nozzle tip.
A small wear resistant sleeve for tuyere of blast furnace comprises tuyere cap (1) made of copper, a tuyere seat (2), and a water channel (3).
tuyere injection of slag correction
A tuyere cooling system which includes a coolant circuit for a body section and nose section.
The system includes an oil cooler, eductor primary nozzle, oil cooler nozzle, and surge air dump nozzle.
c. Movable engine or nozzle
A passive exhaust system may include an array of ducts with each duct having a primary (20, 22, 24) and secondary (40, 42, 44) nozzle.
A nozzle is disposed in the middle of the cylinder so that the nozzle pierces the wall of the cylinder.
The nozzle has a circular arc shape, and the high speed air flow is linearly ejected from the nozzle.
jet area control device
The burner is provided with a jet pipe (7), located downstream of the inlet (2), the outer jacket of said pipe having a plurality of passages (8).
The gripper shuttle is designed to permit air to pass through from the jet nozzle (36) to the suction nozzle (40).
The jet nozzle (36) is associated with a suction nozzle (40) located on the other side of the gripper shuttle (20, 22).
In the second variant of the jet nozzle the ledges (6) have the form of a screw thread and make in the nozzle cross-section the cogged form.
The rubbing bodies (5) comprise rolling bodies or suspension bodies.
The rubbing bodies comprise rolling bodies and/or suspension bodies.
An optical waveguide body for a light-permeable composite body, a light-permeable composite body and a method for the production of an optical waveguide body and of a light-permeable composite body are provided.
When the float body ascends, the float body and the valve body are not in contact with each other because of a clearance around the float body.
The support body is connected to the intermediate body by means of at least one pendulum rod (108) such that the support body is a hanging body.
The body has a flexible body portion, the flexible body portion defined by a cut in the body, dividing the body into a hinge portion and a main body.
A multi-directionally movable body module (100) is provided with a movable-body-module body (110) and a pair of drive body units (120A, 120B).
The outer body defines an internally threaded bore and an outer body cavity, and the inner body defines an inner body cavity.
Each of the sealing bodies may have an elastomeric body, and one or more flowlines may be embedded in the elastomeric body of each of the sealing bodies.
An insulating body (3) has a first insulating body (4, 5), a second insulating body (6), and a third insulating body (7).
The body region (11) includes a first body region (11a), a second body region (11b), and a third body region (11c).
The stopper mechanism is provided with a stationary body, a pin body, a pin body guide, and a stopper body.
Preferably, a sulfide fluorescent body, an oxide fluorescent body, or a mixed fluorescent body thereof is used as the fluorescent body.
The crushing body may include a plurality of wearable bodies that are attachable to a roller body or first body.
The ceramic enclosure has an enclosure trunk section provided with an enclosure-exposing section and an enclosure-covering section.
A sleeve is placed between a first body and second body, where the first body and the second body are different materials.
A second traveling body sends other traveling body-related information relating to the second traveling body, to a first on-board device in a first traveling body.
When a liquid is supplied from the lower side of a tubular body to the inside, the liquid stagnates in the tubular body and magnetic foreign objects magnetically adhere to magnetic spherical bodies.
Such a multilayered body is manufactured by forming an initial multilayered body composed of all the types of laminar bodies constituting the multilayered body and rolling or uniaxially pressing a stack of such initial multilayered bodies.
The foamed body comprises a first foamed body (10), which constitutes the base of the foamed body, and a second foamed body (6), which is unitary on and with the first foamed body.
The sealing body and the toroidal body have mating surfaces which radially compress the axial passage of the sealing body when the relative axial positions of the sealing body and the toroidal body are changed.
Examples include antiadhesive bodies, aneurism fillers, embolic bodies, bulking agents, tissue scaffolding, drug delivery bodies, and so forth.
The movable mechanism comprises a fixed body (1), a movable body (4), and a drive member (2) fixed at one end side to the fixed body and the other side to the movable body (4) and changing the position of the movable body (4).
A gutter shield device for mounting to a rain gutter is provided that includes an elongated body comprising a first body portion; a second body portion; and an intermediate body portion disposed between and connected to the first and second body portions.
An inlet assembly (17) for an aircraft engine nacelle (1) includes an inner barrel (39), an outer barrel (41) radially spaced from the inner barrel, and a rear support (35) for supporting the outer barrel relative to the inner barrel.
The centraliser comprises a body comprising a upper body portion (12) and a lower body portion (14) and a plurality of arms (16) linking the upper body portion to the lower body portion.
Apparatus including a support body,- a first body including a hydrogenated vinylaromatic-diene block copolymer on the support body; and an organic semiconductor composition body on the first body.
Flexible line includes first charge carrier - transporting body, photosensitive body over first charge carrier - transporting body, and second charge carrier - transporting body over photosensitive body.
The outer body (21) is connected with the garment body (1) and the inner pocket (22) is attached to the garment body (1), the inner pocket (22) being located between the garment body (1) and the outer body (21).
An omni-directional ball comprising: a main body (21), a first rolling body (22), and several second rolling bodies (23) provided between the main body (21) and the first rolling body (22).
The omni-directional ball (20) comprises a main body (21), a first rolling body (22), and several second rolling bodies (23) provided between the main body (21) and the first rolling body (22).
This embodiment of the stacked fiber optic module comprises a body having a first sub-body and a second sub-body where the second sub-body can translate relative to the first sub-body.
The device enables a user to capture a foreign object located within the human anatomy, grasp said object in a controlled manner, and retrieve and remove said object from the human anatomy.
The stopper body is provided to the other of the rotatable body and the stationary body and restricts the rotation of the rotatable body by coming into contact with the pin body having moved a predetermined distance.
This massager (11) is provided with a grippable main body, at least three rotating bodies rotatably supported on the main body, and shafts respectively connecting the rotating bodies and the main body.
The upper body seal and the upper body seal ring are disposed on an opposing end of the hanger body from the lower body seal and the lower body seal ring.
The pump shell main body comprises an upper shell body (11) and a lower shell body(12), wherein the upper shell body (11) and the lower shell body (12) are connected to form a chamber.
The body (1) has a U-shaped structure and is provided with a body upper wing (11), a body inner side wing (12), a body lower wing (13), and a body lower flange (14).
This acoustic generator is equipped with a frame body, a vibrating body that is provided on the inner side of the frame body, and a piezoelectric vibrating body that is provided on the vibrating body.
The second electrode comprises an intermediate body at least partially disposed between the outer body and the at least one inner body and electrically isolated from the outer body and the at least one inner body.
A display body is disposed on an electroluminescent body.
A dual-flow valve includes an inner valve body defining a first flow path and an outer valve body circumscribing the inner valve body.
A valve system includes a load holding valve, a feed balancing valve, and a fast feed differential valve.
A valve arrangement comprising a valve housing, a pilot chamber, a main valve member and a control valve member.
The distributing valve includes a valve casing (100) and a valve core (200) located in the pumping chamber of the valve casing.
The electric floating ball valve includes a valve body (1), a valve stem (2), a valve core (3) and a drive mechanism (4).
The pipe-like valve refers to the film pipe valve, the septum pipe valve, the clamping pipe valve and the extrusion pipe valve.
The high flow valve, the pilot air conduit, the piezo pilot valve and the vent valve may all be provided on a single valve module interconnectible with other valve modules of the same design.
A triple offset butterfly valve comprises a valve body (10) defining a valve orifice and a valve member rotatably mounted in the valve orifice.
A valve end cap having a valve seat is provided and receives the valve stem cap such that the valve stem cap can contact the valve seat.
A valve control device includes an operating stem, a valve top plate, a valve seat rubber, a valve bottom plate, and a valve seat ring.
A valve assembly comprising a valve body having aligned body apertures and a first valve disc contained within the valve body, wherein the first valve disc has a disc aperture.
A rotatable wedge valve mechanism has a valve body or valve cartridge defining a valve chamber and flow ports in fluid communication with the valve chamber.
The constant flow valve (103) has a valve housing (110), and a diaphragm (120) dividing the interior of the valve housing (110), and constituting a first valve chamber (111) and a second valve chamber (112).
A valve comprising a valve cap, a valve body and a diaphragm positioned between the valve cap and the valve body.
The driven valve element (140) is a single unit consisting of: a first valve element (154) that opens and closes one proportional valve (35); and a second valve element (156) that opens and closes the other proportional valve (36).
Automatic valve mans a valve which is not operated manually.
Automatic valve means a valve that is not operated manually.
The inhalation port (15) includes an inhalation valve (62) and an exhalation valve (64).
The valve can be steered between two valve settings.
Automatic valve mans a valve which is not operated manually.
The valve is a rotating valve having a valve axis of rotation.
The passive valve may be a self-actuating valve.
The genus of valve is herein referred to as a modulation assisted valve (MAV).
The valve cavity includes a valve control chamber and valve inlet chamber.
The second valve body is provided with a valve portion contacting with the second valve portion.
A fully draining valve (20) including an upper valve portion (22) and a lower valve portion (24).
A valve includes a valve body, a valve stem assembly and a stop assembly.
The invention also includes the valve member and valve seal assembly used in a pressure limiting valve of the invention.
The valve elements are grouped into valve element groups each composed of two valve elements and the drive circuit is provided so as to drive each valve element group.
A second valve is fluidly connected with the third conduit between the third valve and the first valve.
A ball valve (1), which is used in particular as a high pressure valve for high pressure pumps of fuel injection systems of air compression, auto-ignition internal combustion engines, has a valve ball (3) and a valve seat surface (8).
A valve is provided including a first valve member (64) and a second valve member (66).
The shut-off valve can include a poppet, a first valve seat and a second valve seat.
The cut-off valve (1) includes a driven valve core (103) and a driving valve core (102).
A double valve (110) includes a first unitary valve (111) assembly and a second unitary valve assembly (112).
The valve assembly (16) includes a drinking valve (50), a venting valve (60), or both.
The valve disc is biased against a valve body by a valve spring.
A butterfly valve (100) and a valve system using the butterfly valve are disclosed.
The valve mechanism (1) comprises a valve body (101) and a valve core (102).
The system can include a release valve (1100) having a vent valve and valve piston.
A valve arrangement including a valve and a valve actuation arrangement is provided.
A full seal welding type nuclear-grade valve comprises a valve body and a valve seat (20).
A flow-adjusting valve comprising a valve base (1) and a valve rod (2).
The valve (20) also operates a bleed valve (74) that controls the operation of the valve (18).
When the valve (20) opens it operate the bleed valve (74) to effectively close the valve (18).
The control valve assembly also includes a second valve element (310) downstream of the first valve element.
The duct extends axially.
The tail pipe (20) is sealed.
On the outer circumference side of the nozzle section (8), a nozzle attachment (9) having a nozzle inserting section (21) to be connected to the fuel cell is removably mounted.
The exhaust system further includes a means for directly attaching the secondary nozzle (130) to the exhaust casing (110), the secondary nozzle being held by the exhaust casing independently from the primary nozzle (120).
At least one of the fan nozzle and core nozzle includes circumferentially fixed chevrons that provide a fixed exit area throughout engine operation.
The nozzle axle (49) protrudes from one edge surface (58) of a nozzle vane (45) and fits into the axle hole (53), leaving a gap but rotatably supporting the nozzle vane (45).
CFV Critical flow venturi
CFV Critical flow venturi
Critical-flow venturi option.
turbine gas temperature indicator
turbine gas temperature indicator
air blast nozzle fitted to the exhaust pipe
CFV Critical Flow Venturi
The engine also includes a nozzle (12).
The nozzle is subsonic or supersonic.
The motive nozzle has an exit (110).
A fluid, such as air is supplied to the ejection nozzle (5), and grain-containing air to the nozzle (3) or (4).
A turbocharger comprises a variable nozzle device and an exhaust housing being mechanically and/or thermally decoupled from the variable nozzle device.
The aerodynamic design of the stages is optimised in order to prevent turbulence, by fixing the distance from the nozzle to the collector such that it is comparable to the diameter of the nozzle.
The apparatus preferably includes at least one nozzle diverter member (108) extending from an inner surface of the discharge nozzle (40).
The invention relates to a method for extending a nozzle for a rocket drive, whereby at least one second region (5) of the contour of the nozzle is arranged in the form of an extension of a first region (1) of the contour of the nozzle.
The activation door is rotatably mounted to the nozzle support, and the actuation strap extends from the nozzle.
The thread (18) is retained upstream of the nozzle mouthpiece (14) in an eccentric position relative to the rod axis and extends through the nozzle mouthpiece (14).
A quick disconnect nozzle comprising a nozzle body, a spray tip, and an annular sealing member interposed therebetween.
The nozzle (60) includes an outer nozzle structure (62) which is mounted immediately downstream of the pump diffuser vanes (48).
A pump fluidly associated with the nozzle is energized to move fluid with respect to the nozzle.