upper cross bar at the end of the body
A bridge (22) is mounted or received on the locking cross bar so that it becomes locked onto the locking cross bar when the locking cross bar is in locked engagement.
The crossbeams comprise a front crossbeam, a middle crossbeam, and a rear crossbeam.
Said frame includes an up crossbeam a down crossbeam and a vertical shaft.
Said first crossbeam (31) and the connecting crossbeam (32, 33) are U-shaped beam.
Each crossbeam carries only some of the rails (10) which are arranged one after the other along the direction (Y) of the crossbeam.
Each crossbeam is carried by only some of the beams (14, 19) which are arranged one after the other in the direction of the crossbeam.
Said full auxiliary chassis has a rear cross member, a front cross member and two longitudinal chassis members.
The synchronizing device is located on the cross member (8) between the rotary brake lever and the cross member (8).
Each cross member/suspension system mounting assembly employs a minimal number of parts to support a single axle/suspension system, and includes a cross member (160) and a suspension assembly mounting member (161) disposed at each end of the cross member.
To accommodate the crusher shaft (11), the crusher is provided with a cross member (13) which extends diametrically across the crusher housing (10) and the cross member ends (14) of which are connected to the crusher housing (10).
A longitudinal sleeper and a damping railway system thereof are provided.
The base (1) is disposed on a sleeper and fixedly connected to the sleeper by an anchor bolt.
beating of the rail on the sleeper
A system for optimising storage in an enclosed transport trailer (6), having transverse bearing beams (2) for supportin a load such as loaded pallets (12, 13) at a mid height of the trailer such that two storage levels are available.
The beam includes at least one channel extending axially through the beam.
A vibrating beam resonator (10) is formed with a unitary isolator mass (12, 13) at each end of the vibratory beam.
The invention relates to a crossmember of the type that comprises a long beam (4) that forms at least one section of the crossmember.
The invention concerns a vehicle bumper beam comprising a crosspiece (6) and two shock absorbers (8) fixed at two respective portions of the crosspiece and made with a material different from the material of the crosspiece.
The invention relates to a crosstie block unit (1) for railway systems, consisting of a crosstie block (2) and a crosstie shoe (3) which partly surrounds said crosstie block (2).
rail of a vertical turning and boring lathe
rail of a vertical turning and boring lathe
The bed rail (10) includes a fold controller (16) to control foldable movement of the bed rail (10).
The wheel set bearings (2) are connected to the crossmember or to one respective crossmember (8) of the rail vehicle.
The compressor rotor airfoil assemblies are stacked sequentially on a center-tie (134) or outer circumferential tie.
The floor crossmember is composed of a first floor crossmember (11) and a second floor crossmember (12).
Each stringer has a trapezoidal profile.
A medical catheter assembly including either a reinforced balloon bolster or the combination of a balloon bolster and a wire-basket bolster.
The cross-member arrangement consists of a cross-member (1) and at least one fastening structure (10, 11, 12, 13) for a component to be mounted on the cross-member (1), said fastening structure being undetachably connected to the cross-member (1).
The aforementioned post extends through the band, passing first through the lower cross-member and extending into the recess in the upper cross-member.
Optionally, a pin extends through the hole in the band (7), the cross-member and the post.
The engagement between the connection members and the cross-member moves reciprocally upon a flexion of the cross-member due to application of a force less than a release force to the cross-member.
The linking member connects the crossbar of a dashboard to a lower crossbar of the bay (10) or to a front wall of the frame of the automobile.
The second bay is connected to the first bay.
When an active fiber-bay (17) fails, the network changes from the failed fiber-bay (17) to a redundant fiber-bay (19).
The frame defines a plurality of modular bays including a deployment bay, an electricity generation bay, and at least one energy storage bay.
Thus, the breakwater blocks high waves and freely moves seawater from a bay to open water and from the open water to the bay in order to prevent the bay from being contaminated.
service-berry (Sorbus domestica L.
Preferably the food composition comprises berry extract.
An intra-rack optical plenum may be coupled to one of the racks and the inter-rack optical plenum.
The rack controller may include a separate Ethernet interface unit that allows the rack controller to communicate with other rack controllers.
A post for a rack.
A rack with rack magnets is secured to the shuttle, and a rotatable pinion with pinion magnets is positioned adjacent the rack so that the pinion magnets can magnetically engage the rack magnets.
A single rack can be adapted to hold a multitude of differing data storage media on the same rack.
co-ordinating thickness between opening and doorframe or doorset
co-ordinating thickness between opening and doorframe or doorset
co-ordinating width between opening and door frame or doorset
co-ordinating width between opening and door frame or doorset
co-ordinating height between opening and door frame or doorset
The bottom end includes a concave channel between a front side of the bottom end and. a back side of the bottom end.
The bottom of the vegetable compartment comprises a first bottom part on the front side and a second bottom part on the rear side.
The bottom plate (15) is formed by joining two members comprising a rear thick bottom plate (15A) and a front thin bottom plate (15B).
Each transom is formed by an upper transom and a lower transom (3, 4) in plug connection and with a middle transom (5) in between.
When in the clamped position, the upper and lower crossbar surfaces form a crossbar opening and the holes of each crossbar surface are substantially alignable.
An expansion strut pair includes a first expansion strut, a second expansion strut and a joining strut that couples the first and second expansion struts at one end.
For example, the crosspiece precursor (56a) is cured to form the crosspiece (56).
A strut near the compressor includes a flow passage through a portion of the strut.
The embossing tool extends through the separating tool.
All the water passes through the biofilter.
There is a tilt axis through the frame.
A tube (CT) is within the internal tubular member (ITM).
The current through the sensing element is substantially greater than the current through the compensating element.
As the outer guide rod (23) passes through the first curved region (28) the rod (23) extends through a first arc.
Each of the ratchet tracks spans an angle of magnitude Ø1; each of the sets of screw threads spans an angle of magnitude Ø2.
Each brace contacts the top portion of the remaining cross brace and thus positions the side frame.
The present invention relates to a cross-arm for supporting power cables, and a process for manufacturing a cross-arm.
The cross tube 14 has a wall 28 separating an inside cavity from an outside surface of the cross tube.
The roving passes through through-holes in the core and traverses opposite outer surfaces of the preliminary structure.
A first air flow path passes through the passageway and a second air flow path passes through the primary valve assembly.
A receiving channel (32) may be defined between the receiving crossbar (26) and the securing crossbar (28).
A line feature crossing the standard border between two neighboring parcels is only divided into two new line features if it completely crosses the border region, i.e. if it crosses the outer border of both neighboring parcels.
Inlet air passes through the compression section of a turbocharger (26), an inlet port (90) in the cylinder head (30), and an inlet valve (44) into a combustion chamber (84).
Each spring member includes a cross piece (64), at least one first leg (62) connecting the cross piece to the base, and at least one second leg (66) extending outwardly from the cross piece in a cantilevered manner.
According to the invention, at least one wall (20) of the crossbar includes a portion (22) extending beyond the mainly rectangular section of the tubular structure of the crossbar (10) that defines a fin along said crossbar.
The bracket arrangement 1 further comprises a crossbar 4 connecting the hood bracket 2 and chassis bracket 3 by being attached by a first crossbar attachment 8 respectively a second crossbar attachment 9.
Each mounting support includes a first mounting ledge, a second mounting ledge, a flat base section and an inclined section that is disposed between the flat base section and the first mounting ledge.
A mobile machine track shoe (24) includes a ground engaging surface (26) including a first grouser bar (32) and a second grouser bar (33) substantially parallel to the first grouser bar (32).
The wire passes axially through the cylinders.
A reciprocally movable nib assembly is located in the body and includes a nib that, when in the extended configuration, traverses the aperture.
The coolant (36) flows through the heat exchanger.
A diaphragm (20) extends across the interior chamber whereby oscillating movement of the diaphragm causes fluid flow through the pump assembly.
A head jamb completes a door frame.
The terminal extends through the end cap.
There is also a central bore (52) through the nozzle (50).
The torsion bar extends through the spool.
A cooling fluid flows through the passages, which fluid is substantially transparent to the infrared radiation, such that the infrared radiation from the source passes through the plates and through the fluid in the passages to heat the object.
The guide rod extends through the cast.
The flow path passes through a filter.
A fluid is made to flow through the metallic member.
The connection (19) passes right through the joining piece without break.
A track extends through the connected housings.
A through hole (24) extends through the blade (14).
A conductor (30) extends through the hole.
The present invention relates to a double layered window having indoor and outdoor windows.
Disclosed are a switch frame, a method of transmitting the same at a mobile station, and a quality indicator channel structure including the same.
subscribers'line and final selector unit
subscribers'line and final selector unit
The invention relates to a corner region between lateral and rear roof frames on a motor vehicle with a hatchback door and method for production thereof.
A cabinet for housing telecommunications equipment in outdoor locations includes an enclosure (20) for containing the telecommunications equipment.
A window reveal kit can include a window, a first connector, and at least one reveal trim.
The invention relates to a frame for a switch cabinet, comprising vertical profiled frame parts, a floor frame and a cover frame.
The equipment bay is positioned in the airflow path.
A computer system (200) is provided, the computer system (200) having a chassis (230).
The second bay has a third side frame.
At least one frame module includes at least one bay and a plurality of first connectors at a rear portion of the at least one bay and at least one power conversion unit positioned in the at least one bay.
Ireland has notified to the Commission the detection of OsHV-1 μνar in two of those compartments, namely in Gweendore Bay within compartment 1 and Ballinakill Bay within compartment 4.
The appliance includes a single chassis that encloses a plurality of servers and a plurality of storage controllers coupled together via a chassis backplane.
The handling system has a set of elements including material storage, interbay transport, and intrabay transport elements corresponding to the predetermined number of fabrication bays.
With the modem pool (50b) in the MDF this wireing and rewireing is avoided, which highly simplifies the installation of the modem pool and faulty connection is avoided.
Cooling direct into the displacive bay may also alleviate problems which may occur with soluble aluminium at diffusion controlled transformation temperatures in the upper bay of the CCT diagram.
The use of such a glazing enables after the glazing is installed in the body recess to obtain a visible space (17) between the recess and the edge of the glazing less than 5 mm.
The memory modules (315) may be dynamically inserted or removed from the memory bay (212) while the memory bay (212) is connected to the network (250).
This is achieved by employing the apparatus which comprises a brooding pen provided with a bay reserved for the dam, in which bay is placed a photocell (2, 3).
The cradle is shaped to embrace the device in a docking bay, the docking bay being defined by arms of the cradle that are spaced to enable viewing of a display of the device.
A framing machine includes an upper panel bay and feeder, a joist array and feeder, and a lower panel bay and feeder.
The chassis has at least one blade bay to accept a drive blade, where the chassis accepts the drive blade Into the blade bay with the drive blade in a horizontal orientation.
The CT scanning system further comprises an x-ray cabinet comprising x-ray shielding material.
It is preferred that the x-ray cabinet is fully surrounding the gantry.
Each block is geographically associated with two sense amplifiers and all blocks of a particular bay share a group of sense amplifiers associated with the blocks of the particular bay.
The at least one reveal trim can have a second connector that is configured to engage the first connector so that the reveal trim extends from the first connector.
The inspection system includes a first robotic inspection vehicle dimensioned to fit in the delivery capsule storage bay and itself defines a storage bay.
A vehicle wash system having a wash bay including a plurality of pivotable robotic wash monitors disposed therein.
The computer system (200) further comprises a reader/writer (220) selectively positionable between a storage position inside the chassis (230) and an operational position outside the chassis (230).
The dock is configured to receive a second input device; and contains a mechanical coupling mechanism for temporarily coupling the second input device to the first input device via the dock.
The bay is provided with a bay controller having a scheduler for performing scheduling for the semiconductor manufacturing apparatus and an intra-bay transfer apparatus.
A column (11a) constituting the first path (12) is provided with a first supporting section (13) for supporting the liquid crystal panel (PA) stored through the first path (12).
A column (11b) and the partitioning column (15) which constitute the second path (16) are provided with a second supporting section (17) for supporting the liquid crystal panel (PB) stored through the second path (16).
Thus, the patient table may be configured to be fully inserted in the x-ray cabinet, whereby the x- ray cabinet is fully surrounding the patient table.
The sock (1 ) comprises a plantar surface (4) Testable on walking surfaces, a first bay (2) containing the user's big toe and at least one second bay (3) containing the remaining toes of the user.
In a slide door device, a first housing is provided to a first vertical frame of a doorway frame and a second housing is provided to a second vertical frame of the doorway frame.
A pair of stanchions may be affixed to opposing walls within the bay, and guardrails affixed thereto and spanning across the bay.
An apparatus for indicating a loading bay to a vehicle includes means for receiving and displaying a location of a loading bay and the position of the vehicle.
The bottom portion can include a bottom housing having a bottom aperture and a bottom wall defining a bottom cavity.
inferior articular surface of tibia
A lower junction is formed between the lower base region and the lower emitter region.
The lower cell includes a lower absorber layer overlying the lower electrode layer.
The lower pad includes a first lower groove, a second lower groove, and an elongated hole.
The bottom web portion extends between the bottom flange and bottom wing.
The bottom portion includes a bottom wall and a side wall attached to the bottom wall.
The bottom portion may include a first bottom part and a second bottom part.
The lower electrode may be made up of a higher resistivity lower electrode (24) and a lower resistivity lower electrode (26) underneath the higher resistivity lower electrode (24).
The lower portion has a lower base region of a first conductivity type, and a lower emitter region of a second conductivity type disposed at or from a lower surface of the lower base region.
In a specific embodiment, the lower cell includes a lower window layer overlying the lower absorber layer and a lower transparent conductive oxide layer overlying the lower window layer.
The lower portion (108) includes a lower first sidewall (118), a lower second sidewall (120), and a lower first end wall (122) and a lower second end wall (124).
The length of the tether is less than the shorter distance.
The bottom end is coupled with at least one bottom wall.
The lower section has an open lower end (22).
A bottom electrode (50) is disposed on the bottom surface.
The lower head of the lower connecting rod is bifurcated.
The bottom section includes a bottom wall slot.
The bottom width is smaller than the top width.
Each discrete target area has an area of less than 1000µm2, more preferably still less than 500µm2, and more preferably still less than 100µm2.
The lower portion (1) comprises a lower end (1a) which is connected to the inferior vena cava and the suprahepatic veins.
Said lower limit (8) of the zener voltage is lower than a lower pre-defined direct voltage (11).
The wells have an upper opening and a lower opening, and the lower opening extends to the underside of the panel.
The lower half comprises a lower right wall and a lower left wall, housed therein.
The bottom gate device is provided with a first bottom door (3) and a second bottom door (4).
The computing device may include a lower shell comprising a lower boss protruding from the lower shell.
The lower electrode comprises a bottom part and a sheet-shaped side part connected to the bottom part.
The bottom surface includes a first bottom portion with a first dimension and a second bottom portion with a second dimension.
After the hook (6) is punched to the lower section of the lower part (2), the lower part (2) is punched to the lower section of the upper part (1).
The curb is mounted beneath the header and includes two curb rails and a threaded curb expansion assembly coupled to the curb rails.
This Z-average submicron particle size preferably is less than 500 nm, more preferably less than 300 nm, even more preferably less than 200 nm, and most preferably less than 100 nm.
The metal layer (4) preferably has a thickness of less than 5 microns, more preferably less than 3 microns, even more preferably less than 2 microns, and most preferably around 1 micron.
One or more shield springs extend upwardly from a bottom wall of the bottom part and are disposed inwardly from a bottom side wall of the bottom part.
The lower cladding layer comprises a first lower cladding layer and a second lower cladding layer having a higher band gap than that of the first lower cladding layer.
The lower unit IIOA includes., one or more lower unit chips 112A, 132A overlying the top surface 64 of the' lower unit substrate 62 that are electrically connected to the conductive features 68, 70 of the lower unit substrate 62.
A container is provided with a bottom (4) having a bottom plate (41) located at the center of the bottom, and also having a peripheral edge (42) located around the bottom plate (41).
The upper end of the second range is lower than the upper end of the first range, while the lower end of the second range is lower than the lower end of the first range.
The base is movable between a closed orientation in contact with the lower end of the lower section and an open orientation spaced from the lower end of the lower section.
The carrier includes a lower frame, traveling wheels coupled to one side of a lower portion of the lower frame, and a handle extending upwards from the lower frame.
A lower insulating layer (13) is formed in contact with the lower surface of the lower electrode (15), and an upper insulating layer (23) is formed in contact with the lower surface of the upper electrode (17).
The bottom frame (260) comprises a lower framework (262) corresponding to the upper framework (240) and a bearing frame (264) connected to the lower framework (262) and located inside the lower framework (262).
The bottom section is provided with a heel section (41) which is connected to the lower end opening of the body section, and a bottom wall section (43) which closes the lower end opening of the heel section.
The bottom portion is fluidly connected or interconnected to the top portion such that fluid that flows into the bottom portion is designed to flow out of the bottom portion and to the top portion.
Three support legs extend from the lower tube section and abut the bottom surface, thereby forming a gap between the lower tube section and the bottom surface.
The article (10) generally comprises a backsheet (32), an topsheet (30) overlaying the backsheet, and a foam layer (40) disposed between the topsheet and the backsheet.
A cross sectional area of the middle portion is less than a cross sectional area of the upper portion and less than a cross sectional area of the lower portion.
A collapsible container (10) has a base (12) having a lower hinge portion which includes a first lower hinge portion (32)and a second lower hinge portion (34).
The ink preferably has a viscosity less than about 10 cps, preferably less than about 6 cps, most preferably less than about 4 cps.
The method includes forming a lower metallization layer and a lower dielectric layer over the lower metallization layer.
The groove also has a lower side wall adjacent the bottom, the lower side wall being substantially perpendicular to the surface and defiing a lower groove width (Wl).
Its width is less than 0.090 inches, its height between piezo crystals is less than 0.020 inches and at the crystals is less than 0.050 so that the location of each crystal is clearly visible and can be accurately positioned on the instrument.
The surface active foam has an average pore size of less than 10 mm, preferably less than 5 mm, and especially less than 2 mm.
The sonication duration is less than 15 minutes, preferably less than 6 minutes, more preferably 60 seconds or less.
The heat load is preferably less than one Watt, and most preferably less than one tenth of a Watt, with an insertion loss less than one decibel.
Preferably, all components have a particle size less than 50 ν, ideally less than 5 ν, in particular less than 0.5 ν.
A lower end surface of the lower balance weight is provided with a countersunk hole in which a lower end of a rivet is accommodated.
The bottom side of the sponge material (2) is bonded to downside container (3) of a container divided into upside and downside.
The package also includes a lower layer (102) covering the lower portion of the RFID device, where the lower layer (102) is connected to the upper layer (104).
A flexible bottom encloses a lower portion of the body and a lower portion of the feeding bottle defines a plurality of vents therethrough.
The overflow sock has a curvature of 30 to 90 degrees in the lower region and forms a tip in the lower region of the lower opening.
The bottom surface (31) of the stow platform (3) parallels with the bottom surface (121) of the lower cavity surface (12).
The lower cover part rests on the bottom tier (2) and the upper cover part rests on the lower one via a tongue and groove interconnection.
Its lower end is fixedly fastened to or in the lower end of said higher side wall (11A2) and/or in the bottom (14A).
The protrusion parts of the columns (122) protrude from the bottom layer (12) and contact with the bottom surface of the bottom layer (12).
In the vertical direction, the lower end of the conduit tube is located at a position identical with or inferior to the lower end of the defoamer.
The bottom (3) is constituted of the bottom plate (5) and a side plate (9) surrounding the bottom plate (5).
Four method of applying the alignment indicators are 1) Upper and lower bars, 2) Upper bar and lower paint line, 3) A Wedge, 4) Upper cut and lower paint line.
The lower plate (11) includes a plurality of lower plate extensions (20) that extend upwardly from the interior surface (17) of the lower plate.
The lower case part (3) consists of a lower housing part (4) and an insert (5) arranged in the lower housing part (4).
Further, each trough of the corrugated insertion unit includes a flat bottom part, and each flat bottom part is coupled to the bottom part of the accommodating unit.
The paving mixture may have a temperature less than 100°C, less than 75°C, or less than 50°C when applied to the existing surface.
A pre-finished piston may include a lower part defining a piston axis, the lower part having a skirt and forming a lower surface of a cooling gallery.
The bottom plate assembly secures bottom plate to the vehicle hull by securing the bottom plate to the sidewalls of the vehicle.
A first lower car-suspending wheel and a second lower car-suspending wheel are provided to the lower car.
A structural column lower end is fastened to a lower base plate which rests on a wall construction bottom plate.
The lower end of the rear surface (12) of the display panel (10) is joined with a lower end guide frame (50) at the lower end of the rear cover (20).
The lower end guide frame (50) comprises a lower end guide sidewall (51) and a lower end panel support part (52).
The lower end guide sidewall (51) is joined onto the lower end support part (28) and surrounds the lower end side of the driving device (60).
The casing comprises: a bottom wall (4); a circumferential wall (5) erected from the bottom wall; and a partition (6) erected from the bottom wall.
The leather bottom plate (6) comprises a leather bottom plate adhesion surface (7) and a leather bottom plate inner surface (10).
The bottom part (28B) is positioned at the lower end of the cylinder part (28A) and has the lower end surface (28S).
The back face side of a bottom plate (14) is disposed between a lower flange (11d) of a side plate (11) and the lower end of a reinforcement part (17).