Braking apparatus
The present embodiments relate to a braking apparatus, in particular for slowing down a carriage, with a brake pad, which is formed using a magnetic material, at least one first spring to press the brake pad onto a surface for the purposes of braking and an electromagnet. The brake pad, the at least one first spring and the electromagnet are disposed and embodied in such a manner that when current flows through the electromagnet a force acts on the brake pad by way of the magnetic material, compensating for the action of the at least one first spring on the brake pad in such a manner that the brake pad assumes a position, in which braking cannot take place due to the pressure of the brake pad. The braking apparatus allows braking independently of the material characteristics of the environment in which the braking apparatus is deployed.
1. A braking apparatus for slowing down a carriage, the braking apparatus comprising:
a brake pad formed at least partially using a magnetic material,
a plurality of first springs configured to press the brake pad onto a surface for the purposes of braking,
an electromagnet,
a carrier part, the electromagnet being secured to the carrier part,
a support part comprising hollow support elements, the plurality of first springs extending from the support part to the brake pad,
bolts secured to the brake pad, the bolts being inserted into the hollow support elements, and
an active connection operable to transfer a braking action from he brake ad to the support part,
wherein the brake pad, the plurality of first springs, and the electromagnet are disposed and configured such that when current flows through the electromagnet, a force acts on the brake pad by the magnetic material, compensating for the pressing of the plurality of first springs on the brake pad such that the brake pad assumes a position, in which braking cannot take place due to a pressure of the brake pad.
2. The braking apparatus as claimed in claim 1 , wherein the magnetic material of the brake pad is in a segment formed using the magnetic material.
3. The braking apparatus as claimed in claim 2 , wherein the segment is a plate disposed on a side of the brake pad facing the electromagnet.
4. The braking apparatus as claimed in claim 2 , further comprising rollers configured for running on rails, the rollers being secured to the carrier part.
5. The braking apparatus as claimed in claim 1 , further comprising rollers connected to the carrier part, the rollers being configured for running on rails.
6. The braking apparatus as claimed in claim 5 , wherein the rollers are movable such that a distance between the brake pad and the rails when current is flowing through the electromagnet is adjustable.
7. The braking apparatus as claimed in claim 5 , further comprising at least one second spring that is configured to press the rollers onto the rails, a spring force of the at least one second spring being less than a spring force of the plurality of first springs.
8. The braking apparatus as claimed in claim 7 , wherein the at least one second spring is secured to the support part.
9. The braking apparatus as claimed in claim 8 ,
wherein the carrier part has cutouts, each of the cutouts at least partially surrounding one of the hollow support elements.
10. The braking apparatus as claimed in claim 1 , wherein the hollow support elements are surrounded with corresponding first springs of the plurality of first springs.
11. The braking apparatus as claimed in claim 1 , wherein the carrier part includes cutouts for the hollow support elements, the cutouts at least partially surrounding the hollow support elements in a flush manner.
12. A movable carriage comprising a braking apparatus for slowing down the movable carriage, the braking apparatus comprising:
a brake pad formed using a magnetic material,
a plurality of springs configured to press the brake pad onto a surface for the purposes of braking,
an electromagnet,
a carrier part, the electromagnet being secured to the carrier part,
a support part comprising hollow support elements extending through the plurality of springs,
bolts secured to the brake pad, the bolts being inserted into the hollow support elements, and
an active connection operable to transfer a braking action from the brake pad to the support part,
wherein the brake pad, the plurality of springs, and the electromagnet are disposed and configured such that when current flows through the electromagnet, a force acts on the brake pad by the magnetic material, compensating for the pressing of the plurality of springs on the brake pad such that the brake pad assumes a position, in which braking cannot take place due to a pressure of the brake pad.
13. A movable carriage comprising a braking apparatus for slowing down the movable carriage, the braking apparatus comprising:
a brake pad formed using a magnetic material,
at least one first spring configured to press the brake pad onto a surface for the purposes of braking,
an electromagnet,
a carrier part, the electromagnet being secured to the carrier part,
rollers connected to the carrier part, the rollers being operable to run on rails,
at least one second spring that is configured to press the rollers onto the rails, a spring force of the at least one second spring being less than a spring force of the at least one first spring,
a support part, the at least one second spring being secured to the support part, and
at least one hollow support element secured to the support part and extending through the at least one first spring,
wherein the brake pad, the at least one first spring, and the electromagnet are disposed and configured such that when current flows through the electromagnet, a force acts on the brake pad by the magnetic material, compensating for the pressing of the at least one first spring on the brake pad such that the brake pad assumes a position, in which braking cannot take place due to a pressure of the brake pad, and
wherein the carrier part has at least one cutout that at least partially surrounds the at least one hollow support element.