referring now to fig1 through 9 there is shown a block of a first embodiment of the present invention designated generally at 20 . block 20 is ring - like in form , having the general shape of a short hollow cylinder with a circular inner peripheral wall 22 . in this way , block 20 is able to accommodate a tube - like cylindrical flotation device ( not shown ) inserted therethrough for constructing floating articles . block 20 is also provided with a polygonal outer peripheral wall 24 , so as to define , for example , a sixteen - sided regular polygon when viewed from above or below , as more clearly shown in fig6 and 9 , with each of the side faces thereof being straight and of equal size and having all angles therebetween equal . in this way , respective side faces of two blocks may be brought into mutually abutting relation with each other . as may be seen from fig1 - 9 , two diametrally opposite side faces 26a , 26b of outer wall 24 of block 20 each have a vertical dovetail chute 28 formed therein passing entirely from the top surface 25a to the bottom surface 25b thereof . chutes 28 are each defined by an inner wall 30a and a pair of mutually outwardly converging side walls 30b extending between inner walls 30a and side faces 26a , 26b to form dovetail configurations . the purpose of chutes 28 will be described later . block 20 is provided therearound with a plurality of connector elements 32 and socket elements 34 formed integrally on outer wall 24 on other side facess thereof , as will now be described . as shown in fig2 through 9 , the connector elements 32 are each comprised of a dovetail projection 36 having a vertical square front face 38 extending outwardly from and joined to the outer peripheral wall 24 of block 20 by side walls 40a , 40b , 40c and 40d at the top , right , bottom and left sides , respectively . side walls 40a - 40d mutually converge from front face 38 towards outer peripheral wall 24 to give projection 36 its dovetail configuration . socket elements 34 are each comprised of a square dovetail socket 42 formed in outer peripheral wall 24 and top surface 25a , and extending downwardly from top surface 25a of block 20 , but not extending through bottom surface 25b thereof . each socket 42 thus has a closed bottom and is defined by a vertical back face 44 extending downwardly from top surface 25a and joined to outer peripheral wall 24 of block 20 by a right side wall 46a , bottom side wall 46b and left side wall 46c . side walls 46a - 46c - mutually converge from outer peripheral wall 24 towards back face 44 to give socket 42 its dovetail configuration . connector elements 32 and socket elements 34 are formed with complementary dovetail configurations so that the dovetail projection 36 of connector elements 32 can be inserted into the dovetail socket 42 from the top and slid downwardly thereinto to fully seat projection 36 in socket 42 . to this end , back face 44 of socket 42 should be only slightly wider than front face 38 of projection 36 , and socket 42 should extend only slightly larger than projection 36 . in this way , projections 36 can be fully accommodated within sockets 42 while at the same time the respective side faces of connected blocks can be brought into abutting relation with one another at the point of connection . this abuttment serves to aid connection of the blocks and also absorbs loads imparted to the connection point . similarly , the mutual angle of convergence of side walls 46a - 46c of socket 42 should be equal to the mutual angle of convergence of side walls 40a - 40d of projection 36 . as a rule of thumb therefore , sockets 42 should be sized only slightly larger than projections 36 so that a snug fit can be achieved therebetween permitting easy connection and disconnection of the blocks 20 with one another . in order to provide variety in the types and shapes of articles which can be assembled with the block set of the present invention , the connector elements 32 and socket elements 34 are formed with square dovetail configurations as described above . in this way , the blocks 20 can be connected together in various relative orientations . for example , as shown in fig1 two blocks 20a and 20b can be connected together in a horizontal relative orientation . alternatively , two blocks 20b and 20c can be assembled in an intersecting or vertical relative orientation . thus , as will be readily appreciated , the square configuration of the dovetail projections 36 and sockets 42 permits the blocks to be connected in four possible relative orientations at each point of connection therebetween . further , to provide variety in the types and shapes of articles which can be assembled with the block set of the present invention , plural connector elements 32 and socket elements 34 are arranged around the periphery of blocks 20 . for example , in a block 20 having a sixteen - sided outer peripheral wall , with two diametrally opposite side faces 26a , 26b being provided with chutes 28 , then fourteen side faces are available for connector elements 32 and socket elements 34 . in the sixteen - sided block 20 illustrated , eight side faces are provided with connector elements 32 formed integrally thereon and six side faces are provided with socket elements 34 formed integrally therein , while two diametrally opposite side faces 26a , 26b are provided with chutes 28 formed integrally therein . typically , the connector elements 32 and socket elements 34 may be positioned so as to occupy alternating side faces around the block periphery with each socket element 34 positioned between two connector elements 32 as shown . having now described the structure of the block means of the first embodiment , the packaging means of the first embodiment will now be described . referring to fig1 , there is shown a block 20 provided with two chutes 28 formed in diametrally opposite side faces 26a , 26b thereof , as described above . in order to permit a plurality of blocks to be easily arranged into a secure vertical stack for storage of the block set , there are provided a pair of elongate stacking members designated at 48 . each stacking member 48 is comprised of an elongate stacking bar 50 having formed along the length of a front face 50a thereof a longitudinal projection 52 having mutually converging side walls 50b extending between front face 50a - and stacking bar 50 and giving projection 52 a dovetail configuration complementary to that of the vertical chutes 28 of block 20 . projection 52 is formed so as to extend along the length of stacking bar 50 and has open ends 52a corresponding with the ends of stacking bar 50 . in this way , block 20 can be inserted onto stacking member 48 , or alternately stacking member 48 can be inserted into chute 28 in block 20 , by positioning chute 28 in block 20 over an end 52a of longitudinal projection 52 of stacking bar 50 , engaging projection 52 in chute 28 , and then sliding blocks 20 along projection 52 to securely engage block 20 on stacking member 48 . by performing the same operation a number of times as required , a vertical stack of blocks can be mounted on the stacking member 48 . in order to permit the securing of a stack of blocks thusly mounted on the stacking member 48 , each stacking member 48 is provided at each of its ends with lashing points 54 comprising a pair of integral lashing rings 56a , 56b lashing rings 56a , 56b are provided in order to accommodate a lashing means , described later , being passed therethrough in order to securely bind the top and bottom of a stack of blocks mounted on the stacking members 48 , as will be described in detail below with reference to a second embodiment of the invention . referring now to fig1 , a block 120 and a pair of stacking members 148 of a second embodiment of the present invention are shown . blocks 120 and stacking members 148 are generally similar in structure to blocks 20 and stacking members 48 of the first embodiment , and therefore only those points of difference existing between the embodiments will be described in detail . with regard to blocks 120 , there are provided integrally formed in the outer peripheral wall 124 thereof at diametrally opposite side faces thereof a pair of vertically extending dovetail chutes 128 in similar fashion to chutes 28 of the first embodiment , but with each of chutes 128 having centrally formed on the inner wall 130a thereof a vertically extending rib 158 protruding outwardly therefrom . similarly , each elongate stacking member 148 has a longitudinally extending groove 160 formed centrally in the front face 150a of the dovetail longitudinal projection 152 thereof . ribs 158 and grooves 160 have complementary configurations , as do chutes 128 and projections 152 , so that stacking of the blocks 120 on stacking members 148 is performed by an operation similar to that described above with respect to the first embodiment . provision of ribs 158 serves the purposes of strengthening the block wall in the area of chutes 128 as well as preventing the connector elements 132 from being inserted into chutes 128 . further , each stacking member 148 is formed with an integral support plate . 162 formed extending outwardly from and blocking off one end of dovetail longitudinal projection 152 , while the other end 152a of projection 152 is open for inserting blocks 120 thereonto at chutes 128 thereof . in this way , when the blocks 120 are stacked upon stacking members 148 , the stack will be supported at the bottom by support plates 162 . the connector elements 132 of the second embodiment are identical in configuration to the connector elements 32 of the first embodiment . likewise , the socket elements 134 of the second embodiment differ only slightly in configuration from socket elements 34 of the first embodiment , by the provision on the back face 144 of each socket 142 of a transversely extending retainer 164 protruding outwardly therefrom as shown in fig1 and 12 . retainer 164 is formed to protrude only slightly outwardly from back face 144 of socket 142 so as to still permit insertion of dovetail projection 136 of connector element 132 past retainer 164 into socket 142 , that is , to ensure ease of connection while also ensuring a secure connection . to this end , socket 142 is configured with sufficient clearance to ensure ease of insertion of projection 136 past retainer 164 , that is , so that connector element 132 is able to be snapped into and out of tight engagement within socket element 134 . retainer 164 is thus located at a proper height from the socket bottom so as to ensure that projection 136 is tightly retained in socket 142 when the connector element 132 and socket element 134 of blocks 120 are connected to assemble articles . referring now to fig1 through 19 , there is shown at 200 the lashing means of the present invention . lashing means 200 is comprised of a length of lashing cord 201 the ends of which may be provided with end caps 202 for ease of handling and to prevent fraying or unraveling , in the case that a braided cord is used . inwardly from end caps 202 , lashing cord 200 may be provided at each end with a pair of adjustable toggle buttons 203 . as shown in fig1 , each toggle button 203 consists of an outer barrel 204 having an axial bore 205 closed at one end 206 . barrel 204 also has formed therethrough a cross bore 207 intersecting axial bore 205 . a plunger 208 is slidable in axial bore 205 , plunger 208 being provided with a shoulder 209 to retain plunger 208 within axial bore 205 . a spring 210 is provided in axial bore 205 between end 206 of barrel 204 and the inner end 211 of plunger 208 to bias plunger 208 away from end 206 . plunger 208 is also provided with a cross bore 212 , and by depressing plunger 208 the cross bore 212 can be aligned with the cross bore 207 in the outer barrel 204 . cross bores 207 and 212 are sized to permit passage therethrough of lashing cord 201 . in this way , by depressing plunger 208 to align cross bores 207 and 212 , then lashing cord 201 can be inserted therethrough , and by releasing plunger 208 the lashing cord 201 will be securely retained in toggle button 203 by plunger 208 due to the urging action of spring 210 acting upon plunger 208 . shoulder 209 of plunger 208 extends into cross bore 207 of barrel 204 so as to register cross bore 212 in plunger 208 with cross bore 207 , and to provide a stop when plunger 208 is depressed . thus , by depressing plunger 208 , toggle button 203 can thus be easily moved to a desired position along lashing cord 201 , and by then releasing plunger 208 toggle button 203 will be retained in the desired position on lashing cord 201 . referring again to fig1 , the stacking members 148 are provided at each end thereof with integral lashing points 154 each formed as a pair of integral lashing rings 156 , 157 . lashing rings 156 , 157 are sized to permit toggle buttons 203 to pass therethrough in an end - wise fashion , however , lashing rings 156 , 157 are small enough to prevent passage therethrough of toggle buttons 203 in a cross - wise fashion . fig1 and 14 illustrate the packaging means of the present invention being used for packaging a single stack of the block means of the present invention . having stacked a vertical stack of blocks 120 on a pair of stacking members 148a , 148b , then , as shown in fig1 , one end of lashing cord 201 is passed through the leftmost top lashing ring 156a of the left stacking member 148a , downwardly along left stacking member 148a , through the leftmost bottom lashing ring 157a of left stacking member 148a , passed once across the stack bottom , then through the right bottom lashing ring 157d of right stacking member 148b , upwardly along right stacking member 148b and through right top lashing ring 156d of right stacking member 148b . as shown in fig1 , the lashing operation is continued by passing the lashing cord 201 through right top lashing ring 156b of left stacking member 148a , down along left stacking member 148a again and through right bottom lashing ring 157b thereof , again across the stack bottom to criss - cross the first pass , then through left bottom lashing ring 157c of right stacking member 148b and upwardly therealong , and then finally through left top lashing ring 156c of right stacking member 148b . to secure the stack , the toggle buttons 203 at each end of lashing cord 201 can then be adjusted along the cord inwardly from the cord ends to cinch the toggle buttons up against the lashing rings 156a , 156b in cross - wise fashion to prevent the toggle buttons 203 from passing through the lashing rings 156a , 156c . fig1 through 19 illustrate the successive steps for packaging a set of blocks arranged in three stacks . in this case , three stacks of blocks could be first arranged by connecting three blocks at a time in horizontal relation with one another to form a horizontal row of three blocks in line side by side , and with the chutes of the end blocks oriented properly for stacking on the stacking members , and then mounting the three connected blocks at a time upon respective stacking members at the end blocks , then repeating the operation until three stacks of connected blocks are arranged . this could also be accomplished by one block of each end stack on a respective pair of stacking members at a time , and then connecting the two end blocks to a center block . alternately , two stacks of blocks could be mounted on respective pairs of stacking members , and then a center stack of blocks connected to each end stack . in any case , the lashing operation as shown is similar to that for a single stack , except that after having first lashed each end stack , the bottom lashing points of the respective stacking members of the end stacks are lashed together by passing the lashing cord for each end stack from a respective inside lashing ring across the bottom of the center stack to the inside bottom lashing ring of the corresponding opposite corner stacking member , so that the respective lashing cords pass in criss - cross fashion across the bottom of the center stack between the bottom lashing rings of the respective end stack stacking members . further ways of lashing the three stacks for storage are of course possible , for example the center stack could also be supported on a center pair of stacking members and the lashing rings of this center pair of stacking members lashed together with those of the end stack stacking members . fig1 - 19 show how three stacks of blocks can be lashed for packaging using only two pairs of stacking members , and a pair of lashing cords , but the packaging means of the present invention makes it possible to package any number of blocks in any number of stacks by provision of an adequate number of stacking members and lashing means . it is also contemplated that stacks of blocks could be lashed together to assemble articles of play . the block means and stacking members of the present invention can be molded from durable plastic . it should be noted that while for purposes of description and illustration a block having sixteen sides is shown , the present invention is applicable to blocks having outer peripheral side walls with various polygonal shapes , although polygons with an even number of side faces are most practical . the lashing cord and toggle buttons of the lashing means should be of durable material as well , for withstanding the rigors of play and transportation of the block set it will be appreciated from the above description that the block set and packaging means re amenable to various modifications within the scope of the present invention , which is limited only by the appended claims .
a toy building block set suitable for assembling articles of play includes ring like block elements with a circular inner periphery and a polygonal outer periphery with straight side faces . a sixteen - sided polygonal block is provided with square dovetail connector and socket elements arranged on the side faces for connecting the block elements together . other side faces of the block elements are provided with vertical dovetail chutes for co - operation with elongate stacking members having elongate dovetail projections . the block elements are thus able to be arranged in stacks on the stacking members for storage and transportation . lashing points are provided on the stacking member ends for accepting a lashing means to secure the stack positively , and several stacks of block elements can be lashed together for packaging large sets of blocks . different embodiments are presented . in one embodiment the block elements are provided with snap - fit socket elements .