A transport and storage container for liquids, having an inner container, an outer casing and an underframe with a bottom for supporting the inner container, and electrically non-conductive support legs. At least one support leg has a shaped sheet metal part to dissipate an electrostatic charge from
A transport and storage container for liquids, having an inner container, an outer casing and an underframe with a bottom for supporting the inner container, and electrically non-conductive support legs. At least one support leg has a shaped sheet metal part to dissipate an electrostatic charge from the inner container. The end of the shaped part closest to the inner container has a container contact section for conductive connection with the bottom or the outer casing, and a standing contact section for conductive connection with the standing surface. The contact conductor section of the shaped part extends inside a cavity in the support leg and the standing contact section has a ground contact surface and a stack contact surface. These contact surfaces are connected by an offset element in the standing contact section and the stack contact surface is arranged above the ground contact surface in a vertical direction.
대표청구항▼
1. A transport and storage container for liquids, comprising: an inner container made of plastic;an outer casing made of a metal mesh or sheet metal; andan underframe constructed as a pallet configured to be manipulated by a lifting truck, a shelf operating device or similar transport device, wherei
1. A transport and storage container for liquids, comprising: an inner container made of plastic;an outer casing made of a metal mesh or sheet metal; andan underframe constructed as a pallet configured to be manipulated by a lifting truck, a shelf operating device or similar transport device, wherein the underframe has a bottom for supporting the inner container, and support legs made from an electrically non-conductive material, wherein the bottom is arranged with a peripheral edge between a bottom edge of the outer casing and the support legs, and at least one of the support legs has a shaped sheet metal part to dissipate an electrostatic charge from the inner container, which is enclosed in the outer casing and disposed on the bottom, a contact conductor section at an end of the shaped sheet metal part closest to the inner container having a container contact section for electrically conductive connection with the bottom or the outer casing, and a standing contact section for electrically conductive connection with a standing surface at an end closest to a standing surface, wherein the contact conductor section of the shaped sheet metal part extends inside an accommodating cavity in the support leg and the standing contact section has a contact surface arrangement with a ground contact surface and a stack contact surface, wherein the stack contact surface is connected to the ground contact surface by a contact surface offset element in the standing contact section and is arranged above the ground contact surface in a direction of a vertical axis of the container, wherein the container contact section is a fastening means for fastening the shaped sheet metal part to the support leg, said container contact section being a flexible tongue that passes through a fastening slot in a supporting base of the support leg and is bent towards the supporting base that the container contact section is held firmly between the supporting base and the bottom. 2. The container as recited in claim 1, wherein the end of the support leg closest to the standing surface has a bracing surface arrangement conformed to match the contact surface offset element in order to brace the standing contact section. 3. The container as recited in claim 1, wherein the shaped sheet metal part is substantially L-shaped, wherein the standing contact section extends at an angle to the contact conductor section of the shaped sheet metal part, and the container contact section is constructed as a continuation on an abutment end of the contact conductor section opposite the standing contact section. 4. The container as recited in claim 3, wherein the standing contact section is braced on frontal edges of cavity walls of the accommodating cavity. 5. The container as recited in claim 4, wherein the connecting edge of the standing contact section with the contact conductor section and a free outer edge thereof opposite the connecting edge are provided with retaining devices for fixing a position of the standing contact section in the accommodating cavity. 6. The container as recited in claim 5, wherein the retaining devices allocated to the connecting edge are detent devices arranged along longitudinal edges of the contact conductor section, and form a positive and non-positive locking connection with the cavity walls of the accommodating cavity. 7. The container as recited in claim 5, wherein the retaining devices allocated to the free outer edge are cleats constructed as material extensions on the free outer edge that extend parallel to the longitudinal edges of the contact conductor section. 8. The container as recited in claim 5, wherein standing contact section fins on transverse edges extend between the connecting edge and the outer edge, which fins are inclined towards the container contact section opposite a contact plane of the ground contact surface and the stack contact surface. 9. The container as recited in claim 8, wherein the connecting edge of the standing contact section has bearing flanges that each extend parallel to the longitudinal edges of the contact conductor section, and which are separated by cutouts for seating the cavity walls of the accommodating cavity and with a reinforcing edge lie flush with an underside of the support base for bracing the transverse edges of the standing contact section. 10. A transport and storage container for liquids, comprising: an inner container made of plastic;an outer casing made of a metal mesh or sheet metal; andan underframe constructed as a pallet configured to be manipulated by a lifting truck, a shelf operating device or similar transport device, wherein the underframe has a bottom for supporting the inner container, and support legs made from an electrically non-conductive material, wherein the bottom is arranged with a peripheral edge between a bottom edge of the outer casing and the support legs, and at least one of the support legs has a shaped sheet metal part to dissipate an electrostatic charge from the inner container, which is enclosed in the outer casing and disposed on the bottom, a contact conductor section at an end of the shaped sheet metal part closest to the inner container having a container contact section for electrically conductive connection with the bottom or the outer casing, and a standing contact section for electrically conductive connection with a standing surface at an end closest to a standing surface, wherein the contact conductor section of the shaped sheet metal part extends inside an accommodating cavity in the support leg and the standing contact section has a contact surface arrangement with a ground contact surface and a stack contact surface, wherein the stack contact surface is connected to the ground contact surface by a contact surface offset element in the standing contact section and is arranged above the ground contact surface in a direction of a vertical axis of the container, wherein the shaped sheet metal part is substantially L-shaped, wherein the standing contact section extends at an angle to the contact conductor section of the shaped sheet metal part, and the container contact section is constructed as a continuation on an abutment end of the contact conductor section opposite the standing contact section, the standing contact section being braced on frontal edges of cavity walls of the accommodating cavity, wherein the connecting edge of the standing contact section with the contact conductor section and a free outer edge thereof opposite the connecting edge are provided with retaining devices for fixing a position of the standing contact section in the accommodating cavity, the retaining devices allocated to the connecting edge being detent devices arranged along longitudinal edges of the contact conductor section, and forming a positive and non-positive locking connection with the cavity walls of the accommodating cavity. 11. A transport and storage container for liquids, comprising: an inner container made of plastic;an outer casing made of a metal mesh or sheet metal; andan underframe constructed as a pallet configured to be manipulated by a lifting truck, a shelf operating device or similar transport device, wherein the underframe has a bottom for supporting the inner container, and support legs made from an electrically non-conductive material, wherein the bottom is arranged with a peripheral edge between a bottom edge of the outer casing and the support legs, and at least one of the support legs has a shaped sheet metal part to dissipate an electrostatic charge from the inner container, which is enclosed in the outer casing and disposed on the bottom, a contact conductor section at an end of the shaped sheet metal part closest to the inner container having a container contact section for electrically conductive connection with the bottom or the outer casing, and a standing contact section for electrically conductive connection with a standing surface at an end closest to a standing surface, wherein the contact conductor section of the shaped sheet metal part extends inside an accommodating cavity in the support leg and the standing contact section has a contact surface arrangement with a ground contact surface and a stack contact surface, wherein the stack contact surface is connected to the ground contact surface by a contact surface offset element in the standing contact section and is arranged above the ground contact surface in a direction of a vertical axis of the container, the shaped sheet metal part being substantially L-shaped, wherein the standing contact section extends at an angle to the contact conductor section of the shaped sheet metal part, and the container contact section is constructed as a continuation on an abutment end of the contact conductor section opposite the standing contact section, the standing contact section being braced on frontal edges of cavity walls of the accommodating cavity, wherein the connecting edge of the standing contact section with the contact conductor section and a free outer edge thereof opposite the connecting edge are provided with retaining devices for fixing a position of the standing contact section in the accommodating cavity, the retaining devices allocated to the free outer edge being cleats constructed as material extensions on the free outer edge that extend parallel to the longitudinal edges of the contact conductor section. 12. A transport and storage container for liquids, comprising: an inner container made of plastic;an outer casing made of a metal mesh or sheet metal; andan underframe constructed as a pallet configured to be manipulated by a lifting truck, a shelf operating device or similar transport device, wherein the underframe has a bottom for supporting the inner container, and support legs made from an electrically non-conductive material, wherein the bottom is arranged with a peripheral edge between a bottom edge of the outer casing and the support legs, and at least one of the support legs has a shaped sheet metal part to dissipate an electrostatic charge from the inner container, which is enclosed in the outer casing and disposed on the bottom, a contact conductor section at an end of the shaped sheet metal part closest to the inner container having a container contact section for electrically conductive connection with the bottom or the outer casing, and a standing contact section for electrically conductive connection with a standing surface at an end closest to a standing surface, wherein the contact conductor section of the shaped sheet metal part extends inside an accommodating cavity in the support leg and the standing contact section has a contact surface arrangement with a ground contact surface and a stack contact surface, wherein the stack contact surface is connected to the ground contact surface by a contact surface offset element in the standing contact section and is arranged above the ground contact surface in a direction of a vertical axis of the container, said shaped sheet metal part being substantially L-shaped, wherein the standing contact section extends at an angle to the contact conductor section of the shaped sheet metal part, and the container contact section is constructed as a continuation on an abutment end of the contact conductor section opposite the standing contact section, the standing contact section being braced on frontal edges of cavity walls of the accommodating cavity, the connecting edge of the standing contact section with the contact conductor section and a free outer edge thereof opposite the connecting edge being provided with retaining devices for fixing a position of the standing contact section in the accommodating cavity, wherein standing contact section fins on transverse edges extend between the connecting edge and the outer edge, which fins are inclined towards the container contact section opposite a contact plane of the ground contact surface and the stack contact surface.
연구과제 타임라인
LOADING...
LOADING...
LOADING...
LOADING...
LOADING...
이 특허에 인용된 특허 (6)
Schmidt, Klaus-Peter; Weyrauch, Detlev; Przytulla, Dietmar; Wurzer, Ernst, Pallet having spacers made of electrically conductive plastic material and spacers made of non-electrically conductive plastic material.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.