安达市区棚户区改造房屋拆迁补偿安置办法

Manipulator is

now

use

d as a industrial robots in

use, t

he control

obje

ctives ofte

n appear often in i

ndustrial a

utomation. Industrial automati

on technology

has gradually matured, a

s mature a technology line has

bee

n rapid

development i

n industrial a

utomation as a se

parate subje

ct. Manipulator

appli

cation began t

o filter into wel

ding, l

ogisti

cs, mechani

cal pr

oce

ssing, and other industries. Especially at hig

h or very l

ow temperature

s, full of poisonous gase

s, hig

h radiation case, robot in simil

ar circumstances showe

d great use also

bring

s great conv

enie

nce t

o the staff. Precise

ly because of this robot t

o get people's attenti

on

began to

be a hig

h degre

e of devel

opment. La

bor rates, w

orking conditions, la

bor inte

nsive a

spe

cts of pr

omoting

development.

Bot

h at home a

nd a

broad t

o devel

op the PLC (programmable l

ogic

contr

oller) is in various spe

cial cir

cumstances a

nd

under special

conditions set for mecha

nical

device

s. Now tur

ned

on the devel

opme

nt of the microelectronics aut

omatic control

technology a

nd t

he rapid

devel

opment

of the trains, t

he success of PLC

hardware

software and simulati

on

contr

ol win

big and succe

ssful development, now conti

nue

s to devel

op a

s a factory aut

omation sta

ndar

ds.

Be

cause robots are good development of the te

chnol

ogy makes a good optimization of productive capital

, and robot shows thi

s u

nique adva

ntages, such as: ha

s good compati

bility, w

ide availa

bility, hardware is complete, a

nd

programming that ca

n be mastered in a short time, so in t

he context of industrial PLC a

ppli

cations became ubiquitous. M

ani

pulator i

n many devel

ope

d country agric

ulture a

nd industry has

been a

ppli

ed, such as the

use

of mecha

nical

harvesting large area

s of farmland, re

peated

operations

on the

high-speed li

ne that

uses a r

oboti

c arm, and so

on. T

oday, t

he hig

h level of automati

on combi

ned wit

h restricti

ons

on t

he mani

pulator

development level i

s slightly low

er than t

he inter

national. The desig

n is mainly arm wel

ding ma

chi

ne by PLC A

utomation control. T

his

of design let

desig

ners on in school

by learn of has a must of consoli

dation, understa

nd

has some usually di

dn't opportunities aware

ness in worl

d range wit

hin some leading level of knowle

dge ha

s has must awarene

ss, hope desig

ners

can i

n yihou

of de

sign i

n the ca

n success

of using i

n this

desig

n i

n the pr

ocee

ds of experience 1.2 ma

nipulator in

bot

h at home a

nd a

broad

of research profile a

utomation mechani

cal arm research bega

n Yu 20t

h ce

ntury medi

um-term, after years with wit

h com

puter a

nd a

utomation technol

ogy of devel

opme

nt, Makes mecha

nical arm on the Gra

nd stage

of ind

ustrial automation and shi

ne, gradually became a

n industrial eval

uation standards, a

nd it

s importa

nce

can be see

n. Now origi

nal roboti

c arm spe

nt most of mass pr

oducti

on a

nd use on the

producti

on li

ne, w

hich is pr

ogrammed robotic arm. As t

he first generation of manipulator positi

on

contr

ol systems main features, althoug

h not

back sev

eral generations that

can

detect the external envir

onment

, but

can still

successf

ully com

plete like wel

ding,

painti

ng, del

ivery as well as for materials

simple moveme

nts. Se

cond generation me

cha

nical arms are

equipped wit

h sensors a

nd ma

nipulators hav

e the envir

onme

nt there is a

certain amount

of

hen the mechani

cal arm is to use the

program as a ba

sis. Difference is that t

he robot bega

nd

安达市区棚户区改造房屋拆迁补偿安置办法

第一条

为改善城市居民的居住环境， 加快棚户区改造步伐，

维护拆迁人、被拆迁人合法权益，根据国家有关法律法规及

政策规定，结合市情实际，制定本办法。

第二条

我 市城市规划控制区域内列入棚户区改造范

围的房屋拆迁补偿安置，适用本办法。

第三条

房屋拆迁补偿安置方式可以实行房屋产权调

换，也可以实行货币补偿。< /p>

第四条

本办 法所称拆迁人，是指依法取得房屋拆迁许可证的

法人实体；本办法所称被拆迁人，是指被 拆迁房屋的所有权

人；本办法所称房屋承租人，是指房屋使用人。

第五条

拆迁管理部门核发房屋拆迁许可证后，拆迁

人必须依法在规定期限内全面完成拆迁任务 。

第六条

符合居住条件的无照房屋只作货币补偿。补

偿标准参照同类有照 房屋评估价格的

50%

补偿。

对有照房屋，但不具备居住条件或部分不具备居住条

件的，由房屋产权 登记部门重新审核认定后，评估作价货币

补偿。

对拆迁公告发布后突击抢建的违法建筑，一律无条件

拆除，不予补偿。

m

anipulat

or control mode and pr

ogrammable controll

ers introduction 2.1 Sele

ct di

scussi

on wit

h manipulator

contr

ol 2.1.1 cla

ssification of control relay

s and discrete ele

ctroni

c cir

cuit ca

n control

old i

ndustrial equipme

nt, but also mor

e common. Mai

nly

the

se two relatively

chea

p and you

can mee

t the old- fashi

one

d, simpl

e (or simple) industrial

equi

pment. S

o he

can see them now, however these two control m

ode

s (relay and di

screte ele

ctronic

circuit

s) are these fatal flaws: (1) cannot ada

pt to the

compl

ex logic

contr

ol, (2) only for the

curre

nt proje

ct, the la

ck of compati

bility and (3) not reforming the system with e

qui

pment improvem

nts. S

pring for the

development of China'

s moder

n industri

al automati

on technology the substantial i

ncrea

se in t

he level of industria

l automation, complete

d the

perfect relay of the computer too much.

In terms of controll

ing the

computer showe

d

his two g

reat adva

ntages: (1) each of the har

dware can be installe

d on one or more micr

opr

ocessors; (2) the

official desig

ner of the software writing conte

nt control is all a

bout. Now in

several ways in t

he context of industrial a

utomation ca

n often be

see

n in three way

s: (1) Programmable

Logical Controller (referred to as IPC); (2) Distributed

Contr

ol System (DCS for short), and (3) the Programmabl

e Logi

cal Contr

oller (PLC for short). 2.1.2

PLC a

nd t

he IPC and DCS contrast

contrast 1, each of the three te

chnol

ogies

of origins a

nd

development re

quirement

s for fast data processi

ng makes it invente

d the computer. T

he men br

oug

ht in terms of har

dware there,

usi

ng a high l

evel of standardizati

on,

can

use more

compati

bility tools, is a ri

ch software resource

s, especially t

he nee

d for immediacy i

n operational systems. S

o the computer can effectively

contr

ol is used to

control and meet its speed,

on the virtual model, real

-time and i

n computati

onal re

quireme

nts. Distr

ibute

d system started wit

h a

contr

ol system for industrial a

utomatic instrument

use

d to control, w

hereas

now it i

s succe

ssfully developed int

o

industrial control

computer use

d as a

central colle

ction a

nd

distri

bution system and transiti

on

of distributed

contr

ol system in a

nalog

ue ha

ndli

ng, l

oop control,

has beg

un t

o reflect the use of a huge adva

ntage. Thoug

h distri

bute

d system has great adva

ntages in l

oop regulati

on,

but only as a mean

s of conti

nuous

process

contr

ol. Optimization of PLC is the

corre

sponding relay nee

ds wa

s bor

n, its main

use i

n the w

ork order control, early

primary is repla

ced relay this hulking system, focused on the switch

controlli

ng the runni

ng order of functi

ons.

Marked

by the micr

oprocessor i

n the early 1970 of the 20th

cent

ury emerged, micr

o-el

ectronics technol

ogy ha

s devel

ope

d rapi

dly,

people soon microel

ectronics processing technology w

ill be

used i

n the

Programm

able

Logi

cal Controller (that is

Manipulator is

now

use

d as a industrial robots in

use, t

he control

obje

ctives ofte

n appear often in i

ndustrial a

utomation. In

dustrial automati

on technology

has gradually matured, a

s mature a technology line has

bee

n rapid

development i

n industrial a

ut

omation as a se

parate subje

ct. Manipulator

appli

cation began t

o filter into wel

ding, l

ogisti

cs, mechani

cal pr

oce

ssing, and other industries. Especially at hig

h or very l

ow temperature

s, full of poisonous gase

s, hig

h radiation case, robot in simil

ar circumstances showe

d great use also

bring

s great conv

enie

nce t

o the staff. Precise

ly because of this robot t

o get people's attenti

on

began to

be a hig

h degre

e of devel

opment. La

bor rates, w

orking conditions, la

bor inte

nsive a

spe

cts of pr

omoting

development.

Bot

h at home a

nd a

broad t

o devel

op the PLC (programmable l

ogic

contr

oller) is in various spe

cial cir

cumstances a

nd

under special

co

nditions set for mecha

nical

device

s. Now tur

ned

on the devel

opme

nt of the microelectronics aut

omatic control

technology a

nd t

he rapid

devel

opment

of the trains, t

he success of PLC

hardware

software and simulati

on

contr

ol win

big and succe

ssful development, now conti

nue

s to devel

op a

s a factory aut

omation sta

ndar

ds.

Be

cause robots are good development of the te

chnol

ogy makes a good optimization of productive capital

, and robot shows thi

s unique adva

ntages, such as: ha

s good compati

bility, w

ide availa

bility, hardware is complete, a

nd

programming that ca

n be mastered in a short time, so in t

he context of industrial PLC a

ppli

cations becam

e ubiquitous. M

ani

pulator i

n many devel

ope

d country agriculture a

nd industry has

been a

ppli

ed, such as the

use

of mecha

nical

harvesting large area

s of farmland, re

peated

operations

on the

high

-speed li

ne that

uses a r

oboti

c arm, and so

on. T

oday, t

he hig

h level of automati

on combi

ned wit

h restricti

ons

on t

he mani

pulator

development level i

s slightly low

er than t

he inter

national. The desig

n is mainly arm wel

ding ma

chi

ne by PLC A

utomation control. T

his

of design let

desig

ners on in school

by learn of has a must of consoli

dation, understa

nd

has some usually di

dn't opportunities aware

ness in worl

d range wit

hin some leading level of knowle

dge ha

s has must awarene

ss, hope desig

ners

can i

n yihou of de

sign i

n the ca

n success

of using i

n this

desig

n i

n the pr

ocee

ds of experience 1.2 ma

nipulator in

bot

h at home a

nd a

broad

of research profile a

utomation mechani

cal arm research bega

n Yu 20t

h ce

ntury medi

um-term, after years with wit

h com

puter a

nd a

utomation technol

ogy of devel

opme

nt, Makes mecha

nical arm on the Gra

nd stage

of ind

ustrial automation and shi

ne, gradually became a

n industrial eval

uation standards, a

nd it

s importa

nce

can be see

n. Now origi

nal roboti

c arm spe

nt most of mass pr

oducti

on a

nd use on the

producti

on li

ne, w

hich is pr

ogrammed robotic arm. As t

he first generation of manipulator positi

on

contr

ol systems main features, althoug

h not

back sev

eral generations that

can

detect the external envir

onment

, but

can still

successf

ully com

plete like wel

ding,

painti

ng, del

ivery as well as for materials

simple moveme

nts. Se

cond generation me

cha

nical arms are

equipped wit

h sensors a

nd ma

nipulators hav

e the envir

onme

nt there is a

certain amount

of

sense

hen the mechani

cal arm is to use the

program as a ba

sis. Difference is that t

he robot bega

nd

第七条

在拆迁实施前，由拆迁人现场公示安置房源（包括拟

建小区总平面图、安置房源 位置图和户型图等）

、拆迁政策

要点（包括拆迁奖励和补助标准 、验收程序等）

、拆迁服务

单位（包括拆迁单位、估价机构、拆 除企业名称、自律承诺

以及负责人姓名、联系电话等）

。

政府安排的项目指挥部现场公示工作职责、工作人员

姓名和原单位职务、联系方式等。

对上述公示内容，由市棚改办负责监督。

第八条

拆 迁人与被拆迁人、房屋承租人，应按本办

法签订拆迁补偿安置协议。

第九条

对实行房屋产权调换的 ，根据产权调换总面积按

1200

元

/

㎡计算，

由拆迁人向拆迁管理部门交纳其总额

< br>10%

的拆迁

保证金。如拆迁中未出现任何问题，则该项 目竣工验收合格

后全额予以返还。

对 给予货币补偿的，由拆迁人按拆迁管理部门调查测

算的数额，将补偿资金足额存储到拆迁 管理部门指定的银行

账户监管使用。

第十条

拆 迁管理部门加强对拆迁承办单位的日常工

作管理，

定期进行业务 培训和考核，

做好信用等级评价工作。

第十一条

房屋产权调换办法

m

anipulat

or control mode and pr

ogrammable controll

ers introduction 2.1 Sele

ct di

scussi

on wit

h manipulator

contr

ol 2.1.1 cla

ssification of control relay

s and discrete ele

ctroni

c cir

cuit ca

n control

old i

ndustrial equipme

nt, but also mor

e common. Mai

nly the

se two relatively

chea

p and you

can mee

t the old

-fashi

one

d, simpl

e (or simple) industrial

equi

pment. S

o he

can see them now, however these two control m

ode

s (relay and di

screte ele

ctronic

circuit

s) are these fatal flaws: (1)

cannot ada

pt to the

compl

ex logic

contr

ol, (2) only for the

curre

nt proje

ct, the la

ck of compati

bility and (3) not reforming

the system with e

qui

pment improveme

nts. S

pring for the

development of China'

s moder

n industri

al automati

on technology the substantial i

ncrea

se in t

he level of industria

l automation, complete

d the

perfect relay of the computer too much.

In terms of controll

ing the

computer showe

d

his two great adva

ntages: (1) each of the har

dware can be installe

d on one or more micr

opr

ocessors; (2) the

official desig

ner of the software writing conte

nt control is all a

bout. Now in

several ways in t

he context of industrial a

utomation ca

n often be

see

n in three way

s: (1) Programmable

Logical Controller (referred to as IPC); (2) Distributed

Contr

ol System

(DCS for short), and (3) the Programmabl

e Logi

cal Contr

oller (PLC for short). 2.1.2

PLC a

nd t

he IPC and DCS contrast

contrast 1, each of the three te

chnol

ogies

of origins a

nd

development re

quirement

s for fast data processi

ng makes it invente

d the computer. T

he men br

oug

ht in terms of har

dware there,

usi

ng a high l

evel of standardizati

on,

can

use more

compati

bility tools, is a ri

ch software resource

s, especially t

he nee

d for immediacy i

n operational systems. S

o the computer can effectively

contr

ol is used to

control and meet its speed,

on the virtual model, real

-time and i

n computati

onal re

quireme

nts. Distr

ibute

d system started wit

h a

contr

ol system for industrial a

utomatic instrument

use

d to control, w

hereas

now it i

s succe

ssfully developed int

o

industrial control

computer use

d as a

central colle

ction a

nd

distri

bution system and transiti

on

of distributed

contr

ol system

in a

nalog

ue ha

ndli

ng, l

oop control,

has beg

un t

o reflect the use of a huge adva

ntage. Thoug

h distri

bute

d system has great adva

ntages in l

oop r

egulati

on,

but only as a means of conti

nuous

process

contr

ol. Optimization of PLC is the

corre

sponding relay nee

ds wa

s bor

n, its main

use i

n the w

ork order control, early

primary is repla

ced relay this hulking system, focused on the switch

controlli

ng the runni

ng order of functi

ons. Marked

by the micr

oprocessor i

n the early 1970 of the 20th

cent

ury emerged, micr

o-el

ectronics technol

ogy ha

s devel

ope

d rapi

dly,

people soon microel

ectronics processing technology w

ill be

used i

n the

Programmable

Logi

cal Controller (that is

Manipulator is

now

use

d as a industrial robots in

use, t

he control

obje

ctives ofte

n appear often in i

ndustrial a

utomation. In

dustrial automati

on technology

has gradually matured, a

s mature a technology line has

bee

n rapid

development i

n industrial a

utomation as a se

parate subje

ct. Manipulator

appli

cation began t

o filter into wel

ding, l

ogisti

cs, mechani

cal pr

oce

ssing, and other industries. Especially at hig

h or very l

ow temperature

s, full of poisonous gase

s, hig

h radiation case, robot in simil

ar circumstances showe

d great use also

bring

s great conv

enie

nce t

o the staff. Precise

ly because of this robot t

o get people's attenti

on

began to

be a hig

h degre

e of devel

opment. La

bor rates, w

orking conditions, la

bor inte

nsive a

spe

cts of pr

omoting

development.

Bot

h at home a

nd a

broad t

o devel

op the PLC (programmable l

ogic

contr

oller) is in various spe

cial cir

cumstances a

nd

under special

conditions set for mecha

nical

device

s. Now tur

ned

on the devel

opme

nt of the microelectronics aut

omatic control

technology a

nd t

he rapid

devel

opment

of the trains, t

he success of PLC

hardware

software and simulati

on

contr

ol win

big and succe

ssful development, now conti

nue

s to devel

op a

s a factory aut

omation sta

ndar

ds.

Be

cause robots are good development of the te

chnol

ogy makes a good optimization of productive capital

, and robot shows thi

s unique adva

ntages, such as: ha

s good compati

bility, w

ide availa

bility, hardware is complete, a

nd

programming that ca

n be mastered in a short time, so in t

he context of industrial PLC a

ppli

cations became ubiquitous. M

ani

pulator i

n many devel

ope

d country agriculture a

nd industry has

been a

ppli

ed, such as the

use

of mecha

nical

harvesting large area

s of f

armland, re

peated

operations

on the

high-speed li

ne that

uses a r

oboti

c arm, and so

on. T

oday, t

he hig

h level of automati

on combi

ned wit

h restricti

ons

on t

he mani

pulator

development level i

s slightly low

er than t

he inter

national. The desig

n is mainly arm wel

ding ma

chi

ne by PLC A

utomation control. T

his

of design let

desig

ners on in school

by learn of has a must of consoli

dation, understa

nd

has some usually di

dn't opportunities aware

ness in worl

d range wit

hin some leading level of knowle

dge ha

s has must awarene

ss, hope desig

ners

can i

n yihou of de

sign i

n the ca

n success

of using i

n this

desig

n i

n the pr

ocee

ds of experience 1.2 ma

nipulator in

bot

h at home a

nd a

broad

of research profile a

utomation mechani

cal arm research bega

n Yu 20t

h ce

ntury medi

um

-term, after years with wit

h com

puter a

nd a

utomation technol

ogy of devel

opme

nt, Makes mecha

nical arm on the Gra

nd stage

of industrial automation and shi

ne, gradually became a

n industrial eval

uation standards, a

nd it

s importa

nce

can be see

n. Now origi

nal roboti

c arm spe

nt most of mass pr

oducti

on a

nd use on the

producti

on li

ne, w

hich is pr

ogrammed robotic arm. As t

he first generation of manipulator

positi

on

contr

ol systems main features, althoug

h not

back sev

eral generations that

can

detect the external envir

onment

, but

can still

successf

ully com

plete like wel

ding,

painti

ng, del

ivery as well as for materials

simple moveme

nts. Se

cond generation me

cha

nical arms are

equipped wit

h sensors a

nd ma

nipulators hav

e the envir

onme

nt there is a

certain amount

of

hen the mechani

cal arm is to use the

program as a ba

sis. Difference is that t

he robot bega

nd

（一）拆迁私有产权的住宅房屋，被拆迁人选择产权

调换安置的，房屋产权证载明面积（必须与实际建筑面积相

符，以下简称原面积）拆 一还一。其中：选择多层楼房底层

和顶层的（一层为车库的，以二层为底层；二层为营业 的，

以三层为底层；顶层建阁楼的，以下一层为顶层）

，原面积

部分不结算楼层差价款；

选择其他楼层的，

结算楼层差价款。

其他楼层与底层或顶层的差价款，每平方米最高不得超过