A manually driven, skid mounted removal device for clearing accumulated snow has a structural member with a generally “U” shaped handle. A handle first end is located on a first anterior vertical support middle. A handle second end is located on a second anterior vertical support middle. The handle
A manually driven, skid mounted removal device for clearing accumulated snow has a structural member with a generally “U” shaped handle. A handle first end is located on a first anterior vertical support middle. A handle second end is located on a second anterior vertical support middle. The handle is located at an angle between 0 and 90 degrees with respect to a ground surface. The device has a generally wedge shaped blade located on a top of the structural member.
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1. A manually driven, skid mounted snow removal device (100) for clearing accumulated snow, wherein said device (100) comprises: (a) a structural member (200) having a first anterior vertical support (210), a second anterior vertical support (220), a first posterior vertical support (230), a second
1. A manually driven, skid mounted snow removal device (100) for clearing accumulated snow, wherein said device (100) comprises: (a) a structural member (200) having a first anterior vertical support (210), a second anterior vertical support (220), a first posterior vertical support (230), a second posterior vertical support (240), an anterior horizontal support (250), a posterior horizontal support (260), a first runner (270), a second runner (280), and a generally “U” shaped handle (290), wherein a first anterior vertical support first end (212) is vertically disposed on and perpendicular to the first runner (270) between a first runner first end (272) and a first runner middle (274), wherein a second anterior vertical support first end (222) is vertically disposed on and perpendicular to the second runner (280) between a second runner first end (282) and a second runner middle (284), wherein a first posterior vertical support first end (232) is vertically disposed on and perpendicular to the first runner (270) proximal to a first runner second end (276), wherein a second posterior vertical support first end (242) is vertically disposed on and perpendicular to the second runner (280) proximal to a second runner second end (286), wherein an anterior horizontal support first end (252) is horizontally disposed on and perpendicular to a first anterior vertical support middle (214), wherein an anterior horizontal support second end (254) is horizontally disposed on and perpendicular to a second anterior vertical support middle (224), wherein a posterior horizontal support first end (262) is horizontally disposed on and perpendicular to a first posterior vertical support middle (234), wherein a posterior horizontal support second end (264) is horizontally disposed on and perpendicular to a second posterior vertical support middle (244), wherein a handle first end (292) is disposed on the posterior horizontal support (260) proximal to the posterior horizontal support first end (262), wherein a handle second end (294) is disposed on the posterior horizontal support (260) proximal to the posterior horizontal support second end (264), wherein the handle (290) is disposed at an angle between 0 and 90 degrees with respect to a ground surface; and(b) a generally wedge shaped blade (300) disposed on a top of the structural member (200), wherein the blade (300) comprises a generally triangular blade first side (310) and a generally triangular blade second side (320), wherein the blade first side (310) comprises a blade first side lower edge (312), a blade first side upper edge (314), and a blade first side rear edge (316), wherein the blade second side (320) comprises a blade second side lower edge (322), a blade second side upper edge (324), and a blade second side rear edge (326), wherein the blade first side lower edge (312) and the blade second side lower edge (322) are generally disposed on a plane, Plane A (330), parallel to a ground surface, proximal to the ground surface, wherein the blade first side (310) is disposed at an angle between 0 and 90 degrees from Plane A (330), wherein the blade second side (320) is disposed at an opposite angle between 0 and 90 degrees from Plane A (330), wherein the blade first side upper edge (314) joins the blade second side upper edge (324), wherein the blade first side rear edge (316) and the blade second side rear edge (326) remain free edges, wherein a blade first side first end (318) and a blade second side first end (328) come to a vertex, wherein the manually driven skid mounted removal device (100) is for clearing accumulated snow; wherein the blade first side (310) and the blade second side (320) are internally concave, wherein the blade first side rear edge (316) and blade second side rear edge (326) are internally concavely curved, wherein the blade first side rear edge (316) and blade second side rear edge (326) lie on Plane A (330), wherein the blade first side rear edge (316) and blade second side rear edge (326) are internally concavely curved (flared) at Plane A (330), wherein a first side rear section (510) of the blade first side lower edge (312), flares away from a mid plane, Plane B (550), wherein a second side rear section (520) of the blade second side lower edge (322), flares away from Plane B (550), wherein Plane B (550) is perpendicular to Plane A (330), wherein the blade first side upper edge (314) and the blade second side upper edge (324) meet at Plane B (550), wherein the fist side rear section (510) of the blade first side lower edge (312) asymptotically approaches a plane, Plane C (560), wherein the second side rear section (520) of the blade second side lower edge (322) asymptotically approaches Plane C (560), wherein Plane C (560) is perpendicular to Plane A (330) and Plane B (550). 2. A manually driven, skid mounted snow removal device (100) for clearing accumulated snow, wherein said device (100) consists of: (a) a structural member (200) having a first anterior vertical support (210), a second anterior vertical support (220), a first posterior vertical support (230), a second posterior vertical support (240), an anterior horizontal support (250), a posterior horizontal support (260), a first runner (270), a second runner (280), and a generally “U” shaped handle (290), wherein a first anterior vertical support first end (212) is vertically disposed on and perpendicular to the first runner (270) between a first runner first end (272) and a first runner middle (274), wherein a second anterior vertical support first end (222) is vertically disposed on and perpendicular to the second runner (280) between a second runner first end (282) and a second runner middle (284), wherein a first posterior vertical support first end (232) is vertically disposed on and perpendicular to the first runner (270) proximal to a first runner second end (276), wherein a second posterior vertical support first end (242) is vertically disposed on and perpendicular to the second runner (280) proximal to a second runner second end (286), wherein an anterior horizontal support first end (252) is horizontally disposed on and perpendicular to a first anterior vertical support middle (214), wherein an anterior horizontal support second end (254) is horizontally disposed on and perpendicular to a second anterior vertical support middle (224), wherein a posterior horizontal support first end (262) is horizontally disposed on and perpendicular to a first posterior vertical support middle (234), wherein a posterior horizontal support second end (264) is horizontally disposed on and perpendicular to a second posterior vertical support middle (244), wherein a handle first end (292) is disposed on the posterior horizontal support (260) proximal to the posterior horizontal support first end (262), wherein a handle second end (294) is disposed on the posterior horizontal support (260) proximal to the posterior horizontal support second end (264), wherein the handle (290) is disposed at an angle between 0 and 90 degrees with respect to a ground surface; and(b) a generally wedge shaped blade (300) disposed on a top of the structural member (200), wherein the blade (300) consists of a generally triangular blade first side (310) and a generally triangular blade second side (320), wherein the blade first side (310) consists of a blade first side lower edge (312), a blade first side upper edge (314), and a blade first side rear edge (316), wherein the blade second side (320) consists of a blade second side lower edge (322), a blade second side upper edge (324), and a blade second side rear edge (326), wherein the blade first side lower edge (312) and the blade second side lower edge (322) are generally disposed on a plane, Plane A (330), parallel to a ground surface, proximal to the ground surface, wherein the blade first side (310) is disposed at an angle between 0 and 90 degrees from Plane A (330), wherein the blade second side (320) is disposed at an opposite angle between 0 and 90 degrees from Plane A (330), wherein the blade first side upper edge (314) joins the blade second side upper edge (324), wherein the blade first side rear edge (316) and the blade second side rear edge (326) remain free edges, wherein a blade first side first end (318) and a blade second side first end (328) come to a vertex, wherein the manually driven skid mounted removal device (100) is for clearing accumulated snow; wherein the blade first side (310) and the blade second side (320) are internally concave, wherein the blade first side rear edge (316) and blade second side rear edge (326) are internally concavely curved, wherein the blade first side rear edge (316) and blade second side rear edge (326) lie on Plane A (330), wherein the blade first side rear edge (316) and blade second side rear edge (326) are internally concavely curved at Plane A (330), wherein a first side rear section (510) of the blade first side lower edge (312), flares away from a mid plane, Plane B (550), wherein a second side rear section (520) of the blade second side lower edge (322), flares away from Plane B (550), wherein Plane B (550) is perpendicular to Plane A (330), wherein the blade first side upper edge (314) and the blade second side upper edge (324) meet at Plane B (550), wherein the fist side rear section (510) of the blade first side lower edge (312) asymptotically approaches a plane, Plane C (560), wherein the second side rear section (520) of the blade second side lower edge (322) asymptotically approaches Plane C (560), wherein Plane C (560) is perpendicular to Plane A (330) and Plane B (550).
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