JB/T 5319.1-1991 Terminology of rail tunnel stacking crane JB/T5319.1-1991 Standard download and decompression password: www.bzxz.net

J83 | | tt | | JB |
Terminology of the Ministry of Mechanical and Electronic Industry of the People's Republic of China
Implemented on 1992-07-01
Released
Theme content and scope of application
2||tt| |5
6
Quotation standards
Track stacking crane
Stacker classification
Main parameters of stacker
Stack General concept of stacker...
Stacker mechanism and parts
8 Stacker electrical device...
9 Stacker safety protection device
Appendix A Chinese index (reference)
Appendix B English index (reference)
item
times
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Machinery Industry Standard of the People's Republic of China
Railway Tunnel Stacking Crane, Terminology
1 Subject content and scope of application
JB/T5319.1-91
This standard specifies the type, parameters, concepts, components, electrical devices and safety protection devices of rail-mounted tunnel stacking cranes. Commonly used terms.
This standard applies to rail-mounted tunnel stacking cranes (hereinafter referred to as stackers) for in-shelf storage and retrieval units or palletized goods in high-rise shelf warehouses,
2 reference standards
GB 6974 | |tt | Tunnel stacking crane types and basic parameter terms
Railway stacking
Stacking crane
4 Stacking crane classification
4.1 Classification by support mode
4. 1. 1
4. 1.2
Ground support type
Railway reel stacking
Crane
Inductive hanging type with disturbance|| tt||lane stacking lifting
machine
English
storage/re-
trieval machine
(S/R machine)||tt ||flcor suported
S/R machine
suspended S/R
machine
Definition (or description) approved by the Ministry of Mechanical and Electronic Industry 1991-07-03|| tt||runs along the track in the lane of the high-rise shelf warehouse
, deposits and retrieves unit goods to the
cargo compartment,
completes the loading and unloading operations
crane
The stacker crane is supported on the
track mounted on the ground
~It is suspended under the track installed
mounted on the upper part of the tunnel and can be transported upward||tt ||Row of stacker
Indication
Intentional
Picture
1992-07-01 Implementation
1
Editor|| tt | |tt||4.2.1
4.2.2
4.2.3
Unit type rail roll
Track stacking crane
Wipe selection Rail Lane
Track Stacking Crane
Choose one unit to mix
Combined Rail Tunnel Stack
Stacking Crane
4.3 Classification by control method
4.3.1
Manual rail tunnel
Stacking crane
English
JB/T5319.1—91
Definition ( or instructions)
rack supported
S/R machine
unit load S/R
machine
order picking
S/R machine
S/R machine
for both unit
load and order
picking
manual S/R
machine||tt ||Support the stacker running on the track pre-laid
|Easy machine
The operator deposits and withdraws a small amount of goods into (from) the pallet unit or container
unit in the goods
grid, and enters and exits
Stacker crane for warehouse operation
Stacker crane with unit type and wiper selection
Comprehensive function stacker
Directly controlled operation by the driver on the stacker
, super-lift, fork
stacker with mechanism action
indication
meaning
picture
Editor
No.||tt ||4.3.2
4.3.3
Terms
Semi-automatic rail lanes
Lane stacking crane
Automatic rail lanes||tt| |Stacking crane
4.4 Classification by structure
4.4.1
4.4.2
Single column type rail
Laneway stacking crane|| tt||Double column type rail
Laneway stacking crane
4.5 Classification by running track
4.5.1
Linear running type
rail Lane stacking hoist
machine
English
JB/T 5319. 191
Definition (or description)
semi-automatic||tt| |S/R machine
automaticS/R
machine
single mastS/R
machine
doublemastS/R
machine|| tt||straightly
travelling S/R
machine
is basically the same as the manual control method
; but the purpose of running and lifting
position is accurate Positioning is a stacking machine
that is automatically
equipped with a fully automatic
control device and a setter for entry and exit operations
on the machine body, or the machine's The automatic
control devices are all concentrated in the
control room. The operator only needs to turn the
punched card on and off the digital dial
to set the cargo location for the operation
address, or just issue the
entry and exit operation command in the control room, and the stacker
stacker||tt that can automatically
complete the entry and exit operations ||A stacker with only one
column in the body structure
A stacker with two
columns in the body structure
can only be Linear rail in the lane
Non-self-conversion running on the road
Stacker in the lane
Indication
Meaning
Picture
Editor| | tt | 5 Main parameters of stacker
5.1 Weight\ and load parameters
5. 1.1
5.1. 1.1
5.1.1.2
5.1.2| |tt||5.1.3
5.1.4
Lifting capacity G
Rated lifting capacity
G.
Total lifting weight G
Road stacking
Total weight of crane
Go
Road stacking
Design weight of crane
G
Wheel pressure P
English
JB/T5319.191
Definition (or description)
curve negotiat-
ingS/R
machine
lifting capacity
load lifting ca-
pacity,
rated capacity,
safeworking
load
totalsuspended-
ed load,
suspended load
capacity
total
mass
of
S/Rmachine
design mass of
S/R machine
wheel load
A stacker that can travel on a circular or other curved
track and can convert
aisles by itself
The mass of the heavy objects lifted
The sum of the mass
of the goods
and the mass of the pallet (or cargo box) that the stacker is allowed to lift
The mass
of the goods lifted, the pallet
(or cargo box), forks, driver's cab,
loading platform The sum of the weight of the accessories (including movable pulley block, lifting wire rope and other parts and components) and personnel fixed on the cargo platform. The sum of the weights of all parts of the stacker (including the on-board power supply device, signal transmission device, control cabinet, counterweight and lubricant). The total weight of the whole machine, excluding the lubricant. The mass of the stacker. The maximum vertical load transmitted by one wheel to the track or the ground (divided into working wheel pressure and non-working wheel pressure according to different working conditions). Note 1> The term "weight" in this standard is a synonym for "mass". tt||Terms
5.2 Dimensional parameters of stacker
5.2.1
5.2.2
5.2.3
Lifting height
Descending depth
Lifting model diagram
D
English
load-lifting
height
JB/T 5319.191
Definition (or description)
Figure!
The vertical
distance between the upper surface of the fork of the stacker
and the lower position
of the lowest layer of cargo grid to the upper limit position
load-lowering
height
lifting range
The vertical distance between the upper surface of the fork from the lowest position of the lowest
layer of cargo grid to the lower limit
position
The vertical distance between the upper and lower limit
positions on the upper surface of the fork
(D=H+h)
Indication
See Figure 1
See Figure 1
See Figure 1
No.
5.2.4
5.2.5
5.2.6
5.2.7
5.2.8
Terms
Total length of the whole machine
Total width B of the whole machine.
Overall height of the whole machine H
Fork spacing (fork
center distance)
Fork width
B,
English
JB/T5319.1-91
Definition (or description)
overall length
overall width
overall heighr
distance
tween
be-
twotelescopic
shuttles
width of shut-
tles
The distance between the two surfaces that are in contact with the outermost protruding parts of the stacker at the front and rear ends in the running direction
The distance between the two vertical surfaces that are in contact with the fixed protruding parts on the left and right sides of the stacker at right angles to the running direction when not in operation
The distance between the two horizontal planes that are in contact with the lowest and highest protruding parts of the stacker
The vertical distance between the center lines of two parallel forks.
Along the running direction of the stacker,
the maximum size of the upper fork
Instructions
See Figure 1
See Figure 1
See Figure 1
See Figure 1
See Figure 1
Figure
No.
Meter
Language
English
5.3 Parameters related to the running speed of the stacker
5.3.1|| tt||5.3.1.1
5.3.1.2
5.3.2
Lifting (lowering) speed
V.
-JB/T5319.191
Definition (or description)
Figure 2
load-lifting
(-lowering)
speed
Lifting (lowering) high|
high load lift-
speed
slightly rising (lowering, vehicle
(lifting/lowering speed
degree)
Horizontal running speed
V
ing/lowering
speed
low load lifting
(-lowering)
speed
horizontal
travelling
speed
Vertical displacement speed of rated load in stable motion state of lifting mechanism
Vertical displacement speed of rated load with maximum in stable motion state of lifting mechanism
Vertical displacement speed of rated load with minimum in stable motion state of lifting mechanism
Vertical displacement speed of stacker with rated load in stable motion state of whole machine
See Figure 2
See Figure 2
Figure

suspended load
capacity
total
mass
of
S/Rmachine
design mass of||tt ||S/R machine
wheel load
A self-converting stacker that can run on a circular or other curve
track
lane||tt| |The mass of the lifted object
The goods that the palletizer is allowed to lift
The mass of the object and the pallet (or container)
The sum of the quantities
Lifted goods, pallet
(or cargo box) forks, driver's cab,
loading platform, attachments fixed on the loading platform
(including moving pulleys,
The sum of the mass of the lifting wire rope and other parts
|tt|| equipment, signal transmission device, control
cabinet, balance weight and lubricant are included in
)
The total mass of the complete machine, excluding lubricant
The mass of the stacker of the agent
. The maximum vertical load transmitted by one wheel to the track
or the ground
(according to different working conditions, it is divided into working
Wheel pressure and non-working wheel pressure
Note 1>The term "weight" in this standard is a synonym for \quality\, 4
means
means
Figure
Ed
No.
Term
5.2 Stacker size parameters
5.2.1
5.2.2||tt| |5.2.3
Lifting height
Descent depth
Lifting diagram
D
English
Text||tt| |load-lifting
height
JB/T 5319.191
Definition (or description)
Picture!
The upper surface of the fork of the stacker| |tt||The vertical
distance from the low position
of the lowest level cargo compartment to the upper limit position
load-lowering
height
lifting range
The vertical distance between the upper surface of the fork from the low position of the lowest
layer of cargo compartment to the lower limit
position
the upper and lower limits of the upper surface of the fork
Vertical distance between positions
(D=H+h)
shown
meaning
See Figure 1
See Figure 1
See picture 1
No.
5.2.4
5.2.5
5.2.6
5.2.7||tt ||5.2.8
Terms
Full length of the whole machine
Full width of the whole machine B.
Full machine height H
Fork spacing (cargo
fork center distance)
Cargo branch width
B,
English| |tt||JB/T5319.1-91
Definition (or description)
overall length
overall width
overall heighr
distance|| tt||tween
be-
twotelescopic
shuttles
width of shut-
tles
in the running direction, with the heap Stack
The outermost protruding end of the front and rear parts of the machine
The distance between the two sides
In the running direction, the distance between the
The distance between the two horizontal planes
where the lowest and
highest protruding parts of the palletizer are in contact
between the center lines of two mutually parallel forks
vertical distance.
Along the running direction of the stacker,
The maximum size of the upper fork
shows
meaning
See Figure 1
See Figure 1
See Figure 1
See Figure 1
See Figure 1
Picture
Editor
No.
m
language
English
5.3 Parameters related to stacker operating speed
5.3.1
5.3.1.1
5.3.1.2
5.3.2
Lifting (descending) speed
Degree V.
-JB/T5319.191
Definition (or description)|| tt||Figure 2
load-lifting
(-lowering)
speed
Lifting (descending) high|
high load lift-| | tt | |tt||ing/lowering
speed
low load lifting
(-lowering)
speed
horizontal
travelling|| tt | |In the |state, the vertical displacement speed with the maximum rated load
vertical displacement speed
The lifting mechanism is in stable motion state
Under the state, the vertical displacement speed with the minimum rated load
vertical displacement| | tt | See Figure 2
See Figure 2
Figure

suspended load
capacity
total
mass
of
S/Rmachine
design mass of||tt ||S/R machine
wheel load
A self-converting stacker that can run on a circular or other curve
track
lane||tt| |The mass of the lifted object
The goods that the palletizer is allowed to lift
The mass of the object and the pallet (or container)
The sum of the quantities
Lifted goods, pallet
(or cargo box) forks, driver's cab,
loading platform, attachments fixed on the loading platform
(including moving pulleys,
The sum of the mass of the lifting wire rope and other parts
|tt|| equipment, signal transmission device, control
cabinet, balance weight and lubricant are included in
)
The total mass of the complete machine, excluding lubricant
The mass of the stacker of the agent
. The maximum vertical load transmitted by one wheel to the track
or the ground
(according to different working conditions, it is divided into working
Wheel pressure and non-working wheel pressure
Note 1>The term "weight" in this standard is a synonym for \quality\, 4
means
means
Figure
Ed
No.
Term
5.2 Stacker size parameters
5.2.1
5.2.2||tt| |5.2.3
Lifting height
Descent depth
Lifting diagram
D
English
Text||tt| |load-lifting
height
JB/T 5319.191
Definition (or description)
Picture!
The upper surface of the fork of the stacker| |tt||The vertical
distance from the low position
of the lowest level cargo compartment to the upper limit position
load-lowering
height
lifting range | | tt |
Vertical distance between positions
(D=H+h)
shown
meaning
See Figure 1
See Figure 1
See picture 1
No.
5.2.4
5.2.5
5.2.6
5.2.7||tt ||5.2.8
Terms
Full length of the whole machine
Full width of the whole machine B.
Full machine height H
Fork spacing (cargo
fork center distance)
Cargo branch width
B,
English| |tt||JB/T5319.1-91
Definition (or description)
overall length
overall width
overall heighr
distance|| tt||tween
be-
twotelescopic
shuttles
width of shut-
tles
in the running direction, with the heap Stack
The outermost protruding end of the front and rear parts of the machine
The distance between the two sides
In the running direction, the distance between the
The distance between the two horizontal planes
where the lowest and
highest protruding parts of the palletizer are in contact
between the center lines of two mutually parallel forks
vertical distance.
Along the running direction of the stacker,
The maximum size of the upper fork
shows
meaning
See Figure 1
See Figure 1
See Figure 1
See Figure 1
See Figure 1bZxz.net
Picture
Editor
No.
m
language
English
5.3 Parameters related to stacker operating speed
5.3.1
5.3.1.1
5.3.1.2
5.3.2
Lifting (descending) speed
Degree V.
-JB/T5319.191
Definition (or description)|| tt||Figure 2
load-lifting
(-lowering)
speed
Lifting (descending) high|
high load lift-| | tt | |tt||ing/lowering
speed
low load lifting
(-lowering)
speed
horizontal
travelling|| tt | |In the |state, the vertical displacement speed with the maximum rated load
vertical displacement speed
The lifting mechanism is in stable motion state
Under the state, the vertical displacement speed with the minimum rated load
vertical displacement| | tt | See Figure 2
See Figure 2
Figure
191
Definition (or description)
Picture!
The upper surface of the pallet fork of the stacker
The vertical
distance from the low position of the lowest layer of cargo compartment
to the upper limit position
load -lowering
height
lifting range
The vertical distance between the upper surface of the fork from the low position of the lowest
layer of cargo compartment to the lower limit
position Distance
The vertical distance between the upper and lower limits of the upper surface of the fork
|tt||See Figure 1
See Figure 1
See Figure 1
No.
5.2.4
5.2.5
5.2.6
5.2.7
5.2.8
Term
Full length of the whole machine
Full width of the whole machine B.
Full machine height H
Fork spacing (cargo
fork center distance)
Cargo branch width
B,
English| |tt||JB/T5319.1-91
Definition (or description)
overall length
overall width
overall heighr
distance|| tt||tween
be-
twotelescopic
shuttles
width of shut-
tles
in the running direction, with the heap Stack
The outermost protruding end of the front and rear parts of the machine
The distance between the two sides
In the running direction, the distance between the
The distance between the two horizontal planes
where the lowest and
highest protruding parts of the palletizer are in contact
between the center lines of two mutually parallel forks
vertical distance.
Along the running direction of the stacker,
the maximum size of the upper fork
shows
meaning
See Figure 1
See Figure 1
See Figure 1
See Figure 1
See Figure 1
Picture
Editor
No.
m
language
English
5.3 Parameters related to stacker operating speed
5.3.1
5.3.1.1
5.3.1.2
5.3.2
Lifting (descending) speed
Degree V.
-JB/T5319.191
Definition (or description)|| tt||Figure 2
load-lifting
(-lowering)
speed
Lifting (descending) high|
high load lift-| | tt | |tt||ing/lowering
speed
low load lifting
(-lowering)
speed
horizontal
travelling|| tt | |In the |state, the vertical displacement speed with the maximum rated load
vertical displacement speed
The lifting mechanism is in stable motion state
Under the state, the vertical displacement speed with the minimum rated load
vertical displacement| | tt | See Figure 2
See Figure 2
Figure
191
Definition (or description)
Picture!
The upper surface of the pallet fork of the stacker
The vertical
distance from the low position of the lowest layer of cargo compartment
to the upper limit position
load -lowering
height
lifting range
The vertical distance between the upper surface of the fork from the low position of the lowest
layer of cargo compartment to the lower limit
position Distance
The vertical distance between the upper and lower limits of the upper surface of the fork
|tt||See Figure 1
See Figure 1
See Figure 1
No.
5.2.4
5.2.5
5.2.6
5.2.7
5.2.8
Term
Full length of the whole machine
Full width of the whole machine B.
Full machine height H
Fork spacing (cargo
fork center distance)
Cargo branch width
B,
English| |tt||JB/T5319.1-91
Definition (or description)
overall length
overall width
overall heighr
distance|| tt||tween
be-
twotelescopic
shuttles
width of shut-
tles
in the running direction, with the heap Stack
The outermost protruding end of the front and rear parts of the machine
The distance between the two sides
In the running direction, the distance between the
The distance between the two horizontal planes
where the lowest and
highest protruding parts of the palletizer are in contact
between the center lines of two mutually parallel forks
vertical distance.
Along the running direction of the stacker,
the maximum size of the upper fork
shows
meaning
See Figure 1
See Figure 1
See Figure 1
See Figure 1
See Figure 1
Picture
Editor
No.
m
language
English
5.3 Parameters related to stacker operating speed
5.3.1
5.3.1.1
5.3.1.2
5.3.2
Lifting (descending) speed
Degree V.
-JB/T5319.191
Definition (or description)|| tt||Figure 2
load-lifting
(-lowering)
speed
Lifting (descending) high|
high load lift-| | tt | |tt||ing/lowering
speed
low load lifting
(-lowering)
speed
horizontal
travelling|| tt | |In the |state, the vertical displacement speed with the maximum rated load
vertical displacement speed
The lifting mechanism is in stable motion state
Under the state, the vertical displacement speed with the minimum rated load
vertical displacement| | tt | See Figure 2
See Figure 2
Figure
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