US 10,780,409 B2Granted

Solid-gas reaction substance-filled reactor and method for manufacturing the same

AssigneeKabushiki Kaisha Toyota Chuo Kenkyusho

InventorsHiroyuki Mitsui, Masakazu Aoki, Takafumi Yamauchi

Life of this patent

Estimating the term…

Loading patent…

Abstract

A solid-gas reaction substance-filled reactor includes a core part in which heat medium heat-transfer tubes and spacers are alternately stacked, a gas introduction/discharge part that communicates with opening ends of the spacers, and a heat medium introduction/discharge part that communicates with heat medium flow paths. Filled bodies including metallic foil bags and a solid-gas reaction substance filled in the bags are inserted into the spacers. At least the filled bodies and the heat medium heat-transfer tubes are brazed to each other. The solid-gas reaction substance-filled reactor is obtained by stacking the filled bodies with the solid-gas reaction substance filled into the metallic bags, the heat medium heat-transfer tubes, and the spacers in a predetermined order and then brazing them.

Claims12

Dependent claims

A solid-gas reaction substance-filled reactor comprising:

(1) a core part in which first to (n+1)-th heat medium heat-transfer tubes (n≥1) with heat medium flow paths for flowing a heat medium and frame-shaped first to n-th spacers with opening ends for introducing and discharging a gas are alternately stacked along a z-axis direction such that the heat medium flow paths and the opening ends are each oriented in almost the same direction, and first and second core division walls are each arranged at both ends as seen in the z-axis direction;
a gas introduction/discharge part that is joined to the core part in such a manner as to communicate with the opening ends of the first to n-th spacers;
and
a heat medium introduction/discharge part that is joined to the core part in such a manner as to communicate with the heat medium flow paths,
(2) the core part further includes a k-th filled body (1≤k≤n) that is inserted into a space surrounded by a k-th spacer (1≤k≤n), a k-th heat medium heat-transfer tube, and a (k+1)-th heat medium heat-transfer tube,
the k-th filled body includes:
a bag that is formed from metallic foil and is opened on the opening end side of the k-th spacer;
and
a solid-gas reaction substance filled in the bag, and
(3) Brazing is applied at least between the k-th filled body (1≤k≤n) and the k-th heat medium heat-transfer tube and between the k-th filled body and the (k+1)-th heat medium heat-transfer tube.

7 more elements

A method for manufacturing a solid-gas reaction substance-filled reactor comprising the following steps:

(1) a first step of preparing first to n-th filled bodies (n≥1) in which a solid-gas reaction substance is filled into bag formed from metallic foil;
(2) a second step of placing a first brazing material sheet (A), a first heat medium heat-transfer tube with heat medium flow paths, a first brazing material sheet (B), and a frame-shaped first spacer with an opening end in this order on a first core division wall, and inserting the first filled body into the first spacer;
(3) when n≥2, a third step of alternately repeating:
a step of placing a (k+1)-th brazing material sheet (A), a (k+1)-th heat medium heat-transfer tube with heat medium flow paths, a (k+1)-th brazing material sheet (B), and a frame-shaped (k+1)-th spacer with an opening end in this order on a k-th spacer and a k-th filled body (1≤k≤n−1) such that the heat medium flow paths are oriented in almost the same direction and the opening ends are oriented in almost the same direction;
and
a step of inserting the (k+1)-th filled body into the (k+1)-th spacer;
(4) a fourth step of placing an (n+1)-th brazing material sheet (A), an (n+1)-th heat medium heat-transfer tube with heat medium flow paths, an (n+1)-th brazing material sheet (B), and a second core division wall in this order on an n-th spacer and the n-th filled body such that the heat medium flow paths are oriented in almost the same direction to obtain a stacked body;
(5) a fifth step of melting the first to (n+1)-th brazing material sheets (A) and the first to (n+1)-th brazing material sheets (B) to braze between the members included in the stacked body to obtain a core part;
and
(6) a sixth step of joining a gas introduction/discharge part to the core part in such a manner as to communicate with the opening ends of the first to n-th spacers, and joining a heat medium introduction/discharge part to the core part in such a manner as to communicate with the heat medium flow paths of the first to (n+1)-th heat medium heat-transfer tubes.

7 more elements

Dependencies are inferred from the claim text.