An explosive material container (1) for a block of explosive material (7), in particular comprising a protective film (8), is described in which an inflow protection element in the form of a cover (2) with integrated protection, support, guiding and/or positioning functions is provided. The inflow p
An explosive material container (1) for a block of explosive material (7), in particular comprising a protective film (8), is described in which an inflow protection element in the form of a cover (2) with integrated protection, support, guiding and/or positioning functions is provided. The inflow protection cover (2) is, preferably, provided with sealing and/or adhesive material and is placed on two or more edge profiles (3, 4, 5, 6) of the explosive material container (1), on the firing side, on the explosive material block (7) packed in the protective film (8). Positioning tips (9, 9.1) of the inflow protection cover (2) and the explosive material container (1) assume the positioning function.
대표청구항▼
1. An explosive material container having an explosive material block contained therein, wherein the explosive material container comprises: (a) a first portion comprising a plurality of edge profiles, wherein each of the plurality of edge profiles comprises an elongated angle bracket, wherein each
1. An explosive material container having an explosive material block contained therein, wherein the explosive material container comprises: (a) a first portion comprising a plurality of edge profiles, wherein each of the plurality of edge profiles comprises an elongated angle bracket, wherein each of the elongated angle brackets extends separately from a second portion of the explosive material container, the plurality of brackets being arranged to hold the explosive material block; and(b) an incident-flow protective cap connected to the first portion and disposed to protect the explosive material block from incident-flow when the explosive material block leaves the explosive material container, wherein the explosive material block is packed in a protective film, and the incident-flow protective cap is fitted over the protective film of the explosive material block,wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block, andwherein plurality of positioning spikes are disposed on the incident-flow protective cap and on the first portion of the explosive material container in order to carry out the positioning function with respect to the explosive material block. 2. The explosive material container as claimed in claim 1, wherein the incident-flow cap is provided with a sealing compound, or an adhesive compound, or a sealing and adhesive compound, and is plugged onto two or more edge profiles of the plurality of edge profiles of the explosive material container, wherein the explosive material container has an ejection side and a firing side, wherein the incident-flow cap is plugged onto the two or more edge profiles on the ejection side and on the explosive material block. 3. The explosive material container as claimed in claim 2, wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block. 4. The explosive material container as claimed in claim 1, further comprising: (c) a second portion attached to the first portion, wherein the second portion is disposed on a firing side of the explosive material container and the second portion includes a cup portion. 5. The explosive material container as claimed in claim 4, wherein a firing channel is formed in the base of the cup portion. 6. The explosive material container as claimed in claim 4, wherein the incident-flow cap is provided with a sealing compound, or an adhesive compound, or a sealing and adhesive compound, and is plugged onto two or more edge profiles of the plurality of edge profiles of the explosive material container, wherein the explosive material container has an ejection side and a firing side, wherein the incident-flow cap is plugged onto the two or more edge profiles on the ejection side and on the explosive material block. 7. The explosive material container as claimed in claim 6, wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block. 8. The explosive material container as claimed in claim 4, wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block. 9. The explosive material container as claimed in claim 1, wherein the plurality of edge profiles consists of four elongated angle brackets each having an L-shaped cross section. 10. The explosive material container according to claim 1, wherein each of the elongated angle brackets has an L-shaped cross section. 11. An explosive material container having an explosive material block contained therein, wherein the explosive material container comprises: (a) a first portion comprising a plurality of edge profiles, wherein each of the plurality of edge profiles comprises an elongated angle bracket, wherein each of the elongated angle brackets extends separately from a second portion of the explosive material container, the plurality of brackets being arranged to hold the explosive material block;(b) an incident-flow protective cap connected to the first portion and disposed to protect the explosive material block from incident-flow when the explosive material block leaves the explosive material container, wherein the explosive material block is packed in a protective film, and the incident-flow protective cap is fitted over the protective film of the explosive material block; and(c) a second portion attached to the first portion, wherein the second portion is disposed on a firing side of the explosive material container and the second portion includes a cup portion,wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block, andwherein a plurality of positioning spikes are disposed on the incident-flow protective cap and on the first portion of the explosive material container in order to carry out the positioning function with respect to the explosive material block. 12. An explosive material container having an explosive material block contained therein, wherein the explosive material container comprises: (a) a first portion comprising a plurality of edge profiles, wherein each of the plurality of edge profiles comprises an elongated angle bracket, wherein each of the elongated angle brackets extends separately from a second portion of the explosive material container, the plurality of brackets being arranged to hold the explosive material block; and(b) an incident-flow protective cap connected to the first portion and disposed to protect the explosive material block from incident-flow when the explosive material block leaves the explosive material container, wherein the explosive material block is packed in a protective film, and the incident-flow protective cap is fitted over the protective film of the explosive material block,wherein the incident-flow cap is provided with a sealing compound, or an adhesive compound, or a sealing and adhesive compound, and is plugged onto two or more edge profiles of the plurality of edge profiles of the explosive material container, wherein the explosive material container has an ejection side and a firing side, wherein the incident-flow cap is plugged onto the two or more edge profiles on the ejection side and on the explosive material block,wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block, andwherein a plurality of positioning spikes are disposed on the incident-flow protective cap and on the first portion of the explosive material container in order to carry out the positioning function with respect to the explosive material block. 13. An explosive material container having an explosive material block contained therein, wherein the explosive material container comprises: (a) a first portion comprising a plurality of edge profiles, wherein each of the plurality of edge profiles comprises an elongated angle bracket, wherein each of the elongated angle brackets extends separately from a second portion of the explosive material container, the plurality of brackets being arranged to hold the explosive material block;(b) an incident-flow protective cap connected to the first portion and disposed to protect the explosive material block from incident-flow when the explosive material block leaves the explosive material container, wherein the explosive material block is packed in a protective film, and the incident-flow protective cap is fitted over the protective film of the explosive material block; and(c) a second portion attached to the first portion, wherein the second portion is disposed on a firing side of the explosive material container and the second portion includes a cup portion,wherein the incident-flow cap is provided with a sealing compound, or an adhesive compound, or a sealing and adhesive compound, and is plugged onto two or more edge profiles of the plurality of edge profiles of the explosive material container, wherein the explosive material container has an ejection side and a firing side, wherein the incident-flow cap is plugged onto the two or more edge profiles on the ejection side and on the explosive material block,wherein the first portion of the explosive material container, in conjunction with the incident-flow protective cap, intrinsically carries out a protective, supporting, guidance and positioning function with respect to the explosive material block, andwherein a plurality of positioning spikes are disposed on the incident-flow protective cap and on the first portion of the explosive material container in order to carry out the positioning function with respect to the explosive material block.
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