초록 ▼

The invention concerns a thermostated block for laboratory thermostats and comprising wells at a wells side to receive and make large-area contact with the parts of vials filled with sample liquids and comprising at least two heat regulating devices contact the thermostated block in thermally conduc

The invention concerns a thermostated block for laboratory thermostats and comprising wells at a wells side to receive and make large-area contact with the parts of vials filled with sample liquids and comprising at least two heat regulating devices contact the thermostated block in thermally conducting manner to generate different temperatures at different sites of the thermostated block, said block being characterized in that the heat regulating devices are in large-area contact with adjoining zones of the contact side opposite the wells side of the thermostated block.

대표청구항 ▼

1. A thermostated block for laboratory thermostats, comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite

1. A thermostated block for laboratory thermostats, comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite the wells side and parallel thereto; andat least two heat regulating devices spaced from each other and operable at different temperatures for providing a temperature gradient in one direction across the thermostated block and arranged at the contact side of the body in an area contact with the contact side;wherein at least one of the at least two heat regulating devices is opposed by at least two wells arranged one behind another in the direction of the temperature gradient;wherein the thermostated block comprises at least two heat regulating devices arranged behind one another in a direction transverse to the one direction for providing a temperature gradient in the transverse direction and operable at one of same temperatures and different temperatures. 2. A thermostated block for laboratory thermostats comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite the wells side and parallel thereto; andat least two heat regulating devices spaced from each other and operable at different temperatures for providing a temperature gradient in one direction across the tempering block and arranged at the contact side of the body in an area contact with the contact side;wherein at least half of a number of all of the wells provided in the wells side are located opposite the at least two heat regulating devices. 3. A thermostated block according to claim 2, wherein the at least half of a number of wells provided in the wells side are arranged one after another in the direction of the temperature gradient. 4. A thermostated block for laboratory thermostats comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite the wells side and parallel thereto; andat least two heat regulating devices spaced from each other and operable at different temperatures for providing a temperature gradient in one direction across the thermostated block and arranged at the contact side of the body in an area contact with the contact side,wherein the at least two heat regulating devices extend at least over half of a length of the contact side measured in the direction of the temperature gradient.wherein the thermostated block comprises at least two heat regulating devices arranged behind one another in a direction transverse to the one direction for providing a temperature gradient in the transverse direction and operable at one of same temperatures and different temperatures. 5. A thermostated block according to claim 4, wherein a contact area of the area contact of the at least two heat regulating devices with the contact side amounts to at least a half of an entire surface area of the contact side. 6. A thermostated block for laboratory thermostats, comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite the wells side and parallel thereto; andat least two heat regulating devices spaced from each other for providing a temperature gradient in one direction across the thermostated block and arranged at the contact side of the body in an area contact with the contact side;wherein the at least two heat regulating devices are arranged one behind another in the direction of the temperature gradient, and operable at one of same temperatures and different temperatures, andwherein the thermostated block comprises at least two heat regulating devices arranged one behind another in a direction transverse to the one direction for providing a temperature gradient in the transverse direction and operable at one of same temperatures and different temperatures. 7. A thermostated block for laboratory thermostats, comprising:a body of thermally conductive material and having a wells side with a plurality of wells for receiving a plurality of sample liquid-containing vials provided between opposite end sides of the body, and a contact side extending opposite the wells side and parallel thereto; andat least two heat regulating devices spaced from each other and operable at one of different temperatures and same temperatures for providing a temperature gradient in one direction across the tempering block and arranged at the contact side of the body in an area contact with the contact side;wherein at least one of the at least two heat regulating devices is opposed by at least two wells arranged one behind another in the direction of the temperature gradient;wherein the thermostated block comprises at least two heat regulating devices arranged behind one another in a direction transverse to the one direction for providing a temperature gradient in the transverse direction and operable at one of same temperatures and different temperatures.