The bulb planter employs a pair of members which cooperate to form a generally cylindrical structure with a working end in a closed position. One member pivots to an open pivoted position wherein the members separate at the working ends. An angularly displaceable lever is forced toward a handle to actuate the member for pivoting. Upon release of the lever, the member pivots back to the closed position.

The bulb planter employs a pair of members which cooperate to form a generally cylindrical structure with a working end in a closed position. One member pivots to an open pivoted position wherein the members separate at the working ends. An angularly displaceable lever is forced toward a handle to actuate the member for pivoting. Upon release of the lever, the member pivots back to the closed position.

The present invention relates to a seedling transplanter, and the purpose of the present invention is to provide a seedling transplanter which enables a user to hold the seedling transplanter with one hand and put a seedling into the seedling transplanter with the other hand to plant the seedling, thereby allowing fast work to be achieved without an additional worker and minimizing soil pushed away from side portions of the seedling by the seedling transplanter during planting, such that the seedling can be planted appropriately. To achieve the aforementioned object, a seedling transplanter of the present invention includes: first and second rods which have a bar shape and handles at upper sides thereof, and are hingedly coupled to each other; a first side plate which is positioned at a lower side of the first rod, has a closed rear side, and is inclined inward downward; and a second side plate which is positioned at a lower side of the second rod, has a closed rear side, and is inclined inward downward, such that the rear side and a lower end of the second side plate face a lower end of the first side plate, in which front sides of the first and second side plates are opened.

The present invention relates to a seedling transplanter, and the purpose of the present invention is to provide a seedling transplanter which enables a user to hold the seedling transplanter with one hand and put a seedling into the seedling transplanter with the other hand to plant the seedling, thereby allowing fast work to be achieved without an additional worker and minimizing soil pushed away from side portions of the seedling by the seedling transplanter during planting, such that the seedling can be planted appropriately. To achieve the aforementioned object, a seedling transplanter of the present invention includes: first and second rods which have a bar shape and handles at upper sides thereof, and are hingedly coupled to each other; a first side plate which is positioned at a lower side of the first rod, has a closed rear side, and is inclined inward downward; and a second side plate which is positioned at a lower side of the second rod, has a closed rear side, and is inclined inward downward, such that the rear side and a lower end of the second side plate face a lower end of the first side plate, in which front sides of the first and second side plates are opened.

An implement revolving around agriculture, prepared for quickly planting and germinating seeds. No device has seen all these classifications incorporated into one apparatus successfully. Each apparatus contains one or more seeds. The depth of each seed is positioned on the apparatus so that the depth of planting into the ground is correct. Each apparatus is impregnated with fertilizer directly into the substrate. The Fertilizer then acts as a slow time release application, during plant growth. Each Seed is affixed with an organic adhesive to protect the end user and fully adhere the seed to the apparatus. The novel apparatus also has a final quality of digging the appropriate size hole for the seed to be planted in.

EFFECT: This novel apparatus will increase consumer productivity and success in gardening.

An implement revolving around agriculture, prepared for quickly planting and germinating seeds. No device has seen all these classifications incorporated into one apparatus successfully. Each apparatus contains one or more seeds. The depth of each seed is positioned on the apparatus so that the depth of planting into the ground is correct. Each apparatus is impregnated with fertilizer directly into the substrate. The Fertilizer then acts as a slow time release application, during plant growth. Each Seed is affixed with an organic adhesive to protect the end user and fully adhere the seed to the apparatus. The novel apparatus also has a final quality of digging the appropriate size hole for the seed to be planted in.

EFFECT: This novel apparatus will increase consumer productivity and success in gardening.

The present disclosure relates to a method, apparatus, and system for processing incoming calls. The method includes: determining whether a current state of a mobile terminal where a caller number is located meets an incoming call transfer condition in response to detecting that an incoming call is calling the caller number; and transferring the incoming call to a server in response to determining that the current state of the mobile terminal meets the incoming call transfer condition, for the server to send incoming call reminder information to a designated target application.

A garden tool adapter is provided for punching holes for seeds. The adapter comprises an elongated tube having male threads on each end and a plurality of spaced apart openings formed therethrough, a pair of end caps having female threads corresponding to the male threads, and an optional plurality of spacers configured to fit onto prongs of a garden tool. The openings in the elongated tube configured to receive the prongs of the garden tool after which the elongated tube is pushed against the spacers, if used, and the end caps tightened against the outer surface of outer prongs.

A garden tool adapter is provided for punching holes for seeds. The adapter comprises an elongated tube having male threads on each end and a plurality of spaced apart openings formed therethrough, a pair of end caps having female threads corresponding to the male threads, and an optional plurality of spacers configured to fit onto prongs of a garden tool. The openings in the elongated tube configured to receive the prongs of the garden tool after which the elongated tube is pushed against the spacers, if used, and the end caps tightened against the outer surface of outer prongs.

Apparatuses and techniques for subterranean placement or positioning of one or more items are provided. In one aspect, an apparatus is configured to form a hole in the ground and subsequently provide a pathway for positioning one or more items in the hole. In one form, the items that may subterraneously placed or positioned using the apparatus may include agricultural products such as seeds or delivery vehicles that include one or more fertilizers or pesticides or combinations of these materials.