Within the legal rights and interests of the principal's power of attorney, the principal shall not repudiate the entrusted matters for any reason. In today's society, dealing with affairs we need to use the power of attorney, in order to make you more simple and convenient to write the power of attorney, the following is my project design power of attorney for you, welcome to read and collect.
Project design letter of attorney 1
Company:
I hereby entrust your company to carry out engineering design for us. The topographic data, engineering geological survey report, project (site selection, planning) approval and other documents related to the design work of the project will be provided by us to you before the commencement of the relevant stages of the project. Now, we formally propose the following design requirements to you:
1. The design shall be carried out in accordance with the following phases of the program, and after the completion of each phase of the technical documents, the next phase of the work can only be carried out after our formal confirmation:
1. General planning program;
2. Monolithic architectural design program (floor plan, elevation plan);
3, Preliminary design of single building;
4, construction drawing design of single building;
5, general design.
Second, the specific design requirements of each stage are as follows:
1, general planning program:
(1) functional zoning:
(2) location of entrances and exits:
(3) floor area ratio:
(4) greening rate:
(5) spacing of light:
(6) parking:
(7) total construction of the building:
(7) Total Building Area:(8) Maximum Building Height:
(9) Minimum Building Height:
(10) Others:
2. Monolithic Architectural Design Program:
(1) Architectural Style:
(2) Number of Building Floors:
(3) Height of Each Floor:
(4) Floor area:
(5) Human defense facilities:
(6) Structural form:
(7) Building equipment:
(8) Masonry requirements:
(9) Other:
3. Construction drawings design of monolithic buildings:
(1) Interior decoration standards:
(2) External Decoration standard:
(3) Special bearing requirements:
(4) Structural form:
(5) Heating mode:
(6) Weak electricity and intelligentization project:
(7) Measurement of plumbing, heating and electric power:
(8) Location of plumbing, heating and electric power entrances and exits:
( 9) Design life:
( (10) Others:
4. Master Plan Design:
(1) Location of plumbing, heating and electricity supply:
(2) Total load of power supply:
(3) Total load of heating supply:
(4) Standard of road construction:
(5) Others:
3. Requirements for each stage of work:
1. Master Plan Planning Program:
2. Monolithic building design program (plan, elevation):
3. Monolithic building preliminary design:
4. Monolithic building construction drawings design:
5. General design:
Fourth, the design and service quality level requirements:
According to the "Classification Standards for Engineering Levels" of your company, we ask for According to your company's "engineering grade classification standard", we request to carry out engineering design according to the grade, and undertake the corresponding post-service.
V. We are responsible for providing samples of construction equipment for design.
VI. Other:
1. The structure, fire protection, evacuation, building energy efficiency, etc. involved in the engineering design shall be carried out in strict accordance with the relevant national design specifications.
2, in order to meet our investment and the principle of energy saving.
3. In order to make the project design work smoothly, we appoint a plenipotentiary to take charge of the project on our behalf, and we recognize all the documents signed by him. The following is the signature of the plenipotentiary and his/her position, department and telephone number for your confirmation.
Plenipotentiary (signature):
Position:
Department:
Office phone:
Mobile phone:
Hereby entrusted
Client (signature):
Entrusted by:
Entrusted by:
Entrusted by:
Project design letter of attorney 2Hereby authorize my organization to ____________ (position: ____________) to be the official and legal agent of my unit, ID No.: ____________ (copy of ID attached). To participate in the bidding activities of "Landscape Design for So-and-so Construction Project" in the name of my unit. We recognize all the documents signed by the agent in the process of making bids, opening bids, evaluating bids and negotiating contracts and all the things related to them.
The agent does not have the right to delegate again. It is hereby authorized.
Bidder (Signature):
Bidding Agent (Print Name/Title):
Bidding Unit: (Full Name and Seal):
Legal Representative (Signature):
Legal Representative (Print Name/Title):
Address:
Phone:
Fax:
Date:
Project Design Entrustment Letter 3I. Design Overview
1, Terrain: high in the north and low in the south, with a height difference of about 1.0 meters.
2, the dominant wind direction: West Northwest WWN.
3, gas? Temperature: average perennial temperature of 10.6 ℃, the highest temperature of 39 ℃, the lowest temperature -17.6 ℃.
4. Depth of permafrost: 70cm
5. Maximum wind speed in a calendar year: 2.4 meters/second.
6, calendar year average sunshine: 2800 hours.
Second, the supply of water, heating and electricity
1, the water source from the mine a water pipeline docking, 24 hours all day water supply.
2, power supply from the group company compound power distribution room introduced.
3, the heat source from the city heating pipeline direct supply.
4. Gas is supplied directly from the gas regulating station at the backyard of the group company.
3, building area and building use
The site area of 3519.2 square meters, a total construction area of 15997.05 square meters, the general layout for the north and south of the two buildings, set the attic, the south arrangement of a building, the number of floors of 6 floors, the north arrangement of a building, the number of floors of 11 floors, divided into residential, underground garage, the ground floor of the business. Among them:
Residential: 12,343.60 square meters, height=storey height>3.0 meters, total number of 84 households, accounting for 77% of the total floor area. Two rooms, two halls and one bath, floor area 80-100 square meters, 15% of total households; three rooms, two halls and one bath, floor area 110-130 square meters, 25% of total households; three rooms, two halls and two baths, floor area 130-160 square meters, 50% of total households; four rooms two-bedroom, two-bathroom, with a floor area of 180 square meters or more, accounting for 10% of the total number of households. Use factor 0.85-0.90.
Basement: 2606.04 square meters, 1-2 floors above the ground in the south building, first floor height=height>greater than 3.6 meters, second floor height=height>3.0 meters, accounting for 16% of the total floor area.
Underground garage: 1047.41 square meters, floor height 3.0 meters, the number of parking spaces is greater than 30, the ratio of total number of households and parking spaces is greater than 2.8/1. The entrance to the underground garage is set in
Project Design Entrustment Letter 4Party A: xxxxxxxxxx
Party B: xxxxxxxxxx
Party A entrusted Party B to design and produce electrical circuits. Production of circuits, in order to ensure quality and quantity to complete the task, the A and B reached the following agreement:
1, before the signing of this agreement, Party A should provide Party B with a detailed circuit design task book, clear design and production of the circuit function, parameters, etc.; the task book as the basis for the design of the production of circuits.
2. Before the signing of this agreement, Party A shall read in detail the circuit design specifications of Party B.
3.
3, before the signing of this agreement, Party B shall submit to Party A circuit design fee schedule, and detailed introduction of related matters.
4. Termination of the Agreement
(1) Party A terminates the Agreement: Party A bears all the costs that have been used for the circuit design and pays the corresponding labor costs to Party B; Party B has the right to take back all the information and products related to the circuit design that have been handed over to Party A, and Party B retains all the rights to the design.
(2) Party B terminates the agreement: Party B bears all the costs that have been used for the circuit design, and return all the costs paid by Party A before.
(3) The above two articles are invalid in the event of force majeure.
(4) When the design needs to change this agreement, the two sides will negotiate.
(5) Party B circuit design does not meet the requirements of the design task book, according to Party B to terminate the agreement.
5. Payment
(1) According to the common circuit design fee schedule submitted by Party B to Party A, Party A should pay Party B the full cost of designing the circuit for xxxxxxxxxx yuan.
(2) within xxxxxxxxxxxx working days after the signing of this agreement, according to the common circuit design fee schedule submitted by Party B to Party A, Party A shall pay 1/2 of all circuit design fees of Party B in advance, amounting to xxxxxxxxxxxx yuan, or else the agreement shall be terminated according to the Party A. When Party B completes the design according to the requirements of the design task statement and delivers the design to Party A, Party A shall pay all the remaining fees. shall pay Party B all the remaining costs, otherwise, Party A will terminate the agreement.
6, the agreement three (agreement, design specifications, cost schedule), in duplicate, the A and B parties each a copy; it has a legal basis and effectiveness; Party B reserves the right to its final interpretation.
Party A (seal): xxxxxxxxxxxx
Party B (seal): xxxxxxxxxx
Representative (signature): xxxxxxxxxxxx
Representative (signature): xxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxx xxxxxxxx xxxxxx xxxxxxxx
Project Design Entrustment Form 5Name of Project:
Person in charge of the preparation unit:
Preparation Unit:
(Signature) (Signature) Month of the Year
Careful design and construction.
The specific requirements of the commissioned design project and must state the caveats:
1. Strictly in accordance with the relevant national laws and regulations, industry design specifications for design. 2. According to the actual situation of the project, in accordance with the principle of rationality from the best, combined with the transformation of the current situation of the regional water supply network for the comprehensive design of the system.
3. In order to meet the premise of atmospheric water supply, minimize the cost of the project, so as to maximize the benefits of investment.
4. System design should give full consideration to the operation, maintenance and management of the convenience, reliability. 5. As far as possible, the use of new technologies, new materials to reduce investment costs, to facilitate the operation and management. 6. Pipe network system design to leave the planning and development of extension space.
Schematic or other description:
Schematic see attached
Approval comments: (mainly should explain the entrusted "description and requirements" is feasible or what more
change, the date of completion of the required design, drawings delivered to the unit, the design fee is paid by the unit, etc.)
Approval unit: the operator: the operator of the design, the design fee is paid by the unit, etc.)
The design of the pipeline network system should be designed to allow space for planning and development extension. p> Approval unit: operator: contact person: telephone number: approval unit (signature)
Year month
Project design letter of attorney 6Entrusted by:
Entrusted by:
Proposed to build, is now entrusted to you to carry out a stage of investigation and design of the road.
First, the project name:
Second, the design stage: a stage of investigation and design
Third, the design principles: in accordance with the overall coordination, the ecological environment of the minimum degree of damage and the maximum degree of restoration, a good landscape ecological effect, safety and efficiency principles of the organization of the survey and design work; at the same time to meet the Ministry of Transportation standards, specifications and other requirements.
Fourth, commissioned content:
Highway construction drawings of the first stage design (including traffic engineering and facilities along the route), budgeting.
Fifth, the main technical standards:
1, route level: three, the design speed of 30 km / h
2, pavement width: net 6.5 meters
3, the design load: highway - Ⅱ
The rest of the indicators should be met by the Ministry of Transportation, "Technical Standards for Highway Engineering," JTG B01- 20xx. The rest of the indicators should meet the relevant requirements of JTG B01- 20xx of the Ministry of Transportation. (The terrain conditions are particularly difficult sections, after technical and economic comparison, may be appropriate to reduce the technical indicators.)
Sixth, the results submitted and time requirements
The results submitted: through the review of the construction drawings design documents.
The time of submission of the documents: January, 2012.
Month, year
Project Design Entrustment 7××××× Project Plumbing and Heating Engineering Design Task Sheet
Water Supply and Drainage, Fire Fighting Part
(a), Design Scope
××××× Project 1# to 13# residential buildings and the ground floor of the shop (including the part of the manned defense), the underground garage, the pump room, the water-source heat pump machine room, the external pipeline and the wells for the water-source heat pump.
(2), system setup, system description
1, system setup
The district has a water supply system, hot water system, drainage system, fire fighting system
2, system description
(1), the water supply system
Water supply: the district residential, basement and garage by the municipal water supply network as a source of water, the use of inverter water supply and pool water supply.
Water supply pressure: municipal water supply pressure in this area is 0.10Mpa
Location of tap water interface: Zhongxing Street (main DN200), Binhe Street (main DN150)
(2), drainage system
Drainage: 1 # ~ 13 # residential buildings and the bottom of the commercial use of sewage and waste combined, sewage and waste water is discharged into the municipal pipeline network through the treatment of septic tanks. The sewage water is treated in septic tank and discharged into the municipal pipe network, and the outdoor rainwater and sewage are separated.
Drainage direction: neighborhood rainwater, sewage discharged to the north side of Zhongxing Street.
(3), hot water system: residential bathrooms and kitchens are equipped with hot water system, which is supplied by electric water heater in the bathroom.
(4), the fire system: the neighborhood according to the design specification requirements to set up indoor fire hydrant system, outdoor fire hydrant system, automatic sprinkler system and fire extinguishers.
(3), pumping station and external pipeline
1, the community pumping station is located in the underground garage,
2, external pipeline engineering materials
(1), water supply pipe: ductile iron pipe
(2), sewage pipe: HDPE double-walled winding pipe
(3), rainwater pipe: HDPE double-walled winding pipe
( 4), outdoor fire hydrant pipe: ductile iron pipe
(5), indoor fire hydrant outside the pipeline: welded steel pipe
(6), automatic sprinkler system outside the pipeline: galvanized steel pipe
(7), buried steel pipe anticorrosion: asphalt paint, glass cloth.
(4), 1 # ~ 13 # residential building and the ground floor, underground garage
1, water
(1), metering: residential and commercial water meter out of the house, a household a meter, residential water meter is set up in the tube wells, the commercial water meter is set up in the commercial households. The water meter adopts infrared card type.
(2), the design requirements: residential balcony with a washing machine faucet, stores are set up in each household mop pool with a faucet. Residential bathrooms and kitchens in the water supply pipe dark laying, commercial bathroom water supply pipe laying. Ceiling laying of water pipes to do anti-condensation.
(3), engineering materials: indoor water supply standpipe and water meter of each household before the use of steel-plastic composite pipe, each household branch pipe using PPR pipe, pipeline grade S4. anti-condensation materials for rubber-plastic materials.
2, hot water
(1), residential bathrooms and kitchens are equipped with hot water system, supplied by electric water heater in the bathroom. Water heater by the user, the construction drawings design is only done by the water heater to the water points of the buried pipe.
(2), installation requirements: ground bedding and wall concealed.
(3), engineering materials: the use of PPR hot water pipe, piping grade S3.2.
3, drainage
(1), drainage: residential, ground floor using combined sewage and waste.
(2), design requirements: additional drainage pipes in the tube wells, floor drains in the tube wells on each floor. Residential each household in the balcony with a washing machine floor drain, store each household with a mop pool, a floor drain. Outdoor air-conditioning condensate pipes are provided. The bottom of the riser is made of centrifugal cast iron pipes and fittings.
(3), engineering materials: drainage riser pipe using PVC-U spiral silencer pipe and fittings, horizontal branch pipe and outlet pipe using ordinary PVC-U drainage pipe. Rainwater riser using national standard PVC-U solid wall pipe, not rainwater special pipe, in addition to the use of ordinary plastic bracket, every two layers to increase the steel bracket.
4. Indoor fire hydrant system, automatic sprinkler system and fire extinguisher settings.
(1), water supply: from the fire pump in the neighborhood pump room.
(2), design requirements: residential, commercial and garage fire hydrant box and fire extinguisher box set up separately. Residential, commercial and garage fire hydrant box installed. Residential building fire hydrant box requires the use of 95S4-12 E-type single-bolt fire hydrant box.
(3), engineering materials: fire hydrant system using welded steel pipe, automatic sprinkler system adopts galvanized steel pipe. Fire hydrant system and automatic sprinkler system valves using cast iron valves. Fire water tank using glass fiber reinforced plastic water tank.
Heating, ventilation and air-conditioning part
(a), the design scope
××××× project 1 # ~ 13 # residential buildings and the ground floor (including the part of the human defense), underground garage, pump room, water source heat pump room, external pipelines and wells for water source heat pump.
(2), system setup, system description
1, system setup
The district has a heating system, air supply and exhaust and smoke control system.
2, the system description
(1), heating system: the neighborhood using water wells and water source heat pump unit heating. The residential and commercial parts of the district are using radiant floor heating.
(2), air supply and exhaust and smoke control system: the community according to the design specifications for the installation of air supply and exhaust and smoke control system.
(3), the pump room, water source heat pump machine room and external pipeline
1, the community pump room, water source heat pump machine room centrally located in the underground garage,
2, external pipeline engineering materials
(1), the heating system external pipeline: welded steel pipe, seamless steel pipe
(2), the buried part of the heat preservation: polyurethane
(4), 1# ~ 13# residential building and the bottom of the commercial, underground garage
1, radiant floor heating system and radiator heating system
(1), the heating method: the residential part of the district adopts radiant floor heating, residential bathrooms with radiant floor heating, the kitchen is not heated. The ground floor of the commercial use of radiant floor heating.
(2), metering: a household a meter, heat meter is set in the water heating well. Residential heat meter adopts infrared card type. The commercial part of the heat meter is set up at the entrance of the heat, and the cost is shared equally by the users.
(3), installation requirements: manifolds are installed in the bathroom.
(4), engineering materials: radiant floor heating system risers and trunk pipe using welded steel pipe, household
pipe to the manifold using PP-R hot water pipe, pipe grade S3.2, floor heating pipe using PE-RT pipe. Insulation using rubber-plastic materials, buried part of the insulation using polyurethane.
2, air supply and exhaust and smoke exhaust system
(1), the system set up: the project set up mechanical air supply and exhaust and smoke exhaust system, and exhaust system and smoke exhaust system, usually exhaust, smoke exhaust in case of fire. Each store air supply and exhaust are equipped with control valves.
(2), installation requirements: air ducts are laid close to the bottom of the beam
(3), engineering materials: garage fan using low-noise box fan. The air duct material adopts glass fiber reinforced plastic material.
Project design commission 8Party A: ___________
Party B: ___________
Party A entrusted Party B to design and produce circuits for it, in order to complete the task in terms of quality and quantity, by the negotiation between Party A and Party B reached the following agreement:
1, before the signing of this agreement, Party A should provide Party B with a detailed design of the circuits Before the signing of this agreement, Party A shall provide Party B with a detailed circuit design task book, clearly design and produce the function of the circuit, the parameters, etc.; the task book as the basis for the design and production of the circuit.
2. Before the signing of this agreement, Party A shall read in detail the circuit design specifications of Party B.
3.
3, before the signing of this agreement, Party B shall submit to Party A circuit design fee schedule, and detailed introduction of related matters.
4. Termination of the Agreement
(1) Party A terminates the Agreement: Party A bears all the costs that have been used for the circuit design and pays Party B the corresponding labor costs; Party B has the right to take back all the information and products related to the circuit design that have been handed over to Party A, and Party B retains all the rights to the design.
(2) Party B terminates the agreement: Party B bears all the costs that have been used for the circuit design, and return all the costs paid by Party A before.
(3) The above two articles are invalid in the event of force majeure.
(4) When the design needs to change this agreement, the two sides will negotiate.
(5) Party B circuit design does not meet the requirements of the design task book, according to Party B to terminate the agreement.
5. Payment method
(1) According to the common circuit design fee schedule submitted by Party B to Party A, Party A should pay Party B the full cost of designing the circuit for _________.
(2) Within _________ working days after the signing of this Agreement, according to the detailed list of ordinary circuit design costs that Party B shall submit to Party A, Party A shall pay Party B 1/2 of all circuit design costs in advance, amounting to _________ yuan, otherwise, the Agreement will be treated as terminated by Party A. When Party B completes the design according to the requirements of the design task statement and delivers the design to Party A, Party A shall pay all the remaining fees to Party B, otherwise, the agreement shall be treated as terminated by Party A.
6, the agreement three (agreement, design specifications, cost schedule), in duplicate, the A and B parties each a copy; it has a legal basis and effectiveness; Party B reserves the right to its final interpretation.
Party A: ___________ Party B: ___________
Date: ___________ Date: ___________
Project Design Entrustment 9 Entrusted Unit:
Entrusted Unit:
Proposed to build , is now entrusted to your Division of the road for the first stage of survey Design.
First, the project name
Second, the design stage
A stage of investigation and design
Third, the design principles
In accordance with the overall coherence, the ecological environment to minimize damage and maximize restoration, and good quality.
In accordance with the overall coordination, the minimum degree of damage to the ecological environment and the maximum degree of restoration, good landscape ecological effect, safety and efficiency and other principles of the organization of the survey and design work; at the same time to meet the Ministry of Transportation and Communications relevant standards and norms.
Four, commissioned content
Highway construction drawings of the first stage design (including traffic engineering and facilities along the road), budgeting.
Fifth, the main technical standards
1, the route level: three, the design speed of 30 kilometers per hour
2, the road width: net 6.5 meters
3, the design load: highway Ⅱ
The rest of the indicators should be to meet the Ministry of Transportation and Communications, "Highway Engineering Technical Standards" JTG B01-200x relevant requirements. (The terrain conditions are particularly difficult section, after technical and economic comparison, may be appropriate to reduce the technical indicators.)
Sixth, the results submitted and time requirements
The results submitted: through the review of the construction drawings after the design documents.
The time of submission of the documents: January, 2012.
Year Month
Project Design Entrustment Letter 10xxx Limited:
xxxxxx Co., Ltd. is responsible for the design and general contracting of your company's ultra-white photovoltaic glass production line has entered the stage of equipment installation, and will soon be put into production. According to the market situation of photovoltaic glass, our company has decided to build two deep-processing production lines of photovoltaic glass in the lot of the original piece of finished products warehouse. In order to implement the project construction, we hereby entrust your company to carry out the design of the deep processing project, and at the same time, the changes in the functional zoning of the factory area and the design adjustments caused by the arrangement of the two deep processing lines are also within the entrustment. The details are as follows:
I. Project Name:
xxxxxx Co.
Second, the factory site selected:
The use of the original piece of finished product storage and broken glass yard lot, please plan another broken glass yard.
Third, the nature of the project:
New.
Fourth, the scale of production lines:
Production lines
Two deep processing production lines
Scale
2 × 14,000O / day
Total production capacity
10 million square meters per year
Product varieties
Super White Calendered Glass
Product thickness
2.5~4mm
V. Relevant capital conditions:
1, raw glass: raw glass from the cold end of the forklift to the deep-processing workshop;
2, water supply: the use of city tap water or the plant's own well water, and according to the requirements of deep-processing process design of ultra-pure water preparation system. Requirements for the design of ultra-pure water preparation system;
3, power supply: 10KV power supply plant switch, the need to design the deep processing workshop substation;
4, sewage: the design of the grinding edge of the sewage treatment system;
5, transportation: deep-processing of finished products are considered in accordance with the automobile transportation, loading at the same time to consider the two modes of travelling and forklift trucks.
Six, the production line configuration requirements:
1, grinding: if there is no more appropriate proposal to use the Foshan Botero grinding machine;
2, coating: if there is no more appropriate proposal to use the Italian Saifu Lei imports of roll-coating machine;
3, toughened unit: if there is no more appropriate proposal to use the North Glass or Lundy products.
4, up and down the sheet machine: if no more suitable recommendations for the use of domestic robot;
5, other equipment: the use of domestic mainstream manufacturers products;
seven, the project needs to focus on three aspects:
1, green environmental protection: sewage discharge must meet the standards;
2, Product quality: high-grade polycrystalline silicon solar cells with photovoltaic glass. The total yield of deep processing is more than 90%;
3, the process flow is as reasonable as possible to reduce operating costs.
VIII, engineering progress:
1, the plant's functional zoning changes to adjust the design completed by the end of July;
2, deep-processing workshop building structural construction drawings submitted by August 15;
3, deep-processing system of the main equipment table was submitted by July 20;
4, the professional Construction drawings submitted in batches before the end of August.
Nine, please your company according to the above requirements, in July 18, 20xx before sending relevant professional engineers to the plant design liaison, in order to design work smoothly.
Thank you for your strong support of our work!
Thanks for your great support of our work!
Client:
20xx xx month xx