The chemical storage channel is fluidically isolated from the water supply channel.
The supply channel provides the feed channel with an operating material via the inlet.
The intermediate wall (37) has a multiplicity of throughflow holes (51), via which the supply channel (21) is connected to an elongate distributor chamber (11) essentially parallel to it.
Said supply channel is configured in such a manner that it is positioned and at least adapted to the sensor unit (1) such that the medium extends through the supply channel (3) essentially only to the sensor unit (1).
The supply channel (68) has a cross-section that widens along at least a portion of the distance from the upper end (72) to a lower end (74) of the supply channel (68).
Said body is provided with a channel for supplying an active medium to the nozzle, a channel for supplying a pumped-out medium, and a channel for evacuating the mixture of said mediums.
The body also comprises a through channel embodied therein above the channel for supplying a pumped-out medium, connected thereto and used for arranging a sealing unit.
The water leading module (7) which corresponds to the water leading channel (701) opens a water leading inlet (702).
A first substrate (28) contains micorchannels (34) connected to wells (44) by delivery channels formed between the first substrate (28) and a second substrate (54).
Furthermore, a throttle (5) is provided which is arranged in the feed channel (4) between the opening point (14) and the outlet side (8) of the feed channel (4).
The present disclosure additionally introduces a hydro-electric site having a penstock dug at a shallow angle, and a method of digging a penstock.
The pump device has a housing (132), an inlet channel (134), and an outlet channel (136), said inlet channel communicating with the inlet and said outlet channel communicating with the outlet for the flow of the lubricant.
The fluide channel may feed into a plurality of chambers.
The invention relates to an air-jet spinning device which comprises a thread feeding channel and a thread take-off channel which is mounted downstream thereof and can be moved away from the thread feeding channel.
A throttle (30) is further provided, wherein the throttle (30) connects to the inlet channel (15) in the direction (16) of the inlet channel (15) and opens into the connecting channel (19) on the side.
The connecting channel (19) thereby runs in a direction (22) deviating from a direction (16) of the inlet channel (15).
The water leading module (7) has a water leading channel (701) which connects the inner cavity of the guide pipe (6) to the water tank (1).
The air inlet (30) admits air into the straight-line channel at an acute angle with and in the direction of flow in the channel and is located after both the resin inlet (24) and the catalyst inlet (26).
A pressure feed duct (4) and a section (13) of an atmosphere-connecting duct (11, 12, 13, 14) run essentially parallel to one another in a pressure feed body (3).
The temperature measuring device (190) is arranged in a cooling air supply duct (200) belonging to a cooling device and/or in a cooling air stream generated by the supply duct (200).