example embodiments will now be described more fully with reference to the accompanying drawings . corresponding reference numerals indicate corresponding parts throughout the several views of the drawings . with reference to fig2 , in accordance with an aspect of the present disclosure , a food waste disposer 200 is shown where a lower end 204 of conveying housing 110 ′ has a food deflecting band 202 . other than these differences , food waste disposer 200 is essentially the same as food waste disposer 100 . the following discussion will thus focus on these differences which relate to conveying housing 110 ′ of food conveying section 102 ′ having food deflecting band 202 . conveying housing 110 ′ may illustratively be a cylinder , such as a stainless steel tube , with food deflecting band at lower end 204 . fig3 is a cross - sectional perspective view of food conveying section 102 ′ and grinding section 104 , and shows in more detail food deflecting band 202 at the lower end 204 of conveying housing 110 ′. food deflecting band 202 extends around conveying housing 110 ′ at lower end 204 thereof . food deflecting band 202 includes a bottom flange 206 , a lower , sloped wall 208 and an upper wall 210 . bottom flange 206 extends over tops 212 , 213 , respectively , of stationary grind ring 118 and adaptor ring 122 . bottom flange 206 is captured between the tops 212 , 213 , respectively of stationary grind ring 118 and adaptor 122 ( on the one hand ) and gasket 123 abutting upper portion 125 of grinding section housing 112 on the other hand . in the illustrative embodiment shown in fig2 and 3 , food waste deflecting band 202 is a continuous band extending around conveying housing 202 . it should be understood that food waste deflecting band 202 may be discontinuous as discussed in more detail below . in the illustrative embodiment shown in fig2 - 4 , lower sloped wall 208 is planar and has a slope that slopes from bottom flange 206 at an angle inwardly and upwardly . the angle is an angle at which food waste expelled upwardly by rotating shredder plate assembly 116 from generally the periphery thereof is deflected back down into the grinding section 104 . it may illustratively be determined heuristically . it may , by way of example and not of limitation , be forty - five degrees . it should be understood that lower sloped wall 208 can have a shape that is other than planar . its shape could for example be concave , convex or have other curvatures . lower sloped wall 208 and upper wall 210 meet at a junction 214 , which is at radially inner ends of each of lower sloped wall 208 and upper wall 210 . in this regard , reference number 214 also identifies the radially inner ends of lower sloped wall 208 and upper wall 210 . upper wall 210 extends between junction 214 and straight cylindrical sidewall 216 of conveying housing 110 ′. in the illustrative example shown in fig2 and 3 , upper wall 210 slopes upwardly and outwardly from junction 214 to cylindrical sidewall 216 . upper wall 210 may , for example , slope at the same angle as lower sloped wall 208 . in this illustrative example , food deflecting band 202 is a v - shaped band with the point of the v , junction 214 , the radially innermost part of food deflecting band 202 . it should be understood , that upper wall 210 could slope at an angle other than the angle at which lower sloped wall 208 slopes , or could extend horizontally between junction 214 and cylindrical sidewall 216 . in operation when shredder plate assembly 116 is rotating , food waste that is expelled upwardly from grinding section 104 is reflected by food waste deflecting band 202 back to grinding mechanism 114 in grinding section 104 . it should be understood that some of the food waste that is expelled upwardly from grinding section 104 may be expelled inwardly as well , and thus may not be reflected by food waste deflecting band 202 . however , the expulsion of food waste upwardly from grinding section 104 is typically caused by the contact of the food waste against stationary grind ring 118 and thus it is expelled upwardly from a periphery of rotating shredder plate 124 , such as along stationary grind ring 118 . this food waste is thus likely to contact food waste deflecting band 202 and be reflected back into grinding section 104 . food deflecting band 202 may optionally include diverters 220 . diverters 220 prevent food waste from riding on food deflecting band 202 , particularly lower sloped wall 208 , and helps it more rapidly tumble back into grinding section 104 . “ riding ” as that term is used in the art is where food waste spins but does not grind . in an aspect , diverters 220 may illustratively be projections that project downwardly from lower sloped wall 208 and may be formed in lower sloped wall 208 , such as dimples , truncated triangular members , or other projecting members . diverters 220 may alternatively be members attached to lower sloped wall 208 . in an illustrative aspect , lower sloped wall 208 includes three diverters 220 spaced equidistantly around food deflecting band 202 . it should be understood that food deflecting band 202 can have more or fewer than three diverters 220 , or none at all . it should also be understood that diverters 220 could additionally or alternatively be projections that project inwardly from junction 214 , such as projection 300 shown in fig3 . diverters 220 could be integrally formed as part of food deflecting band 202 , or be affixed to food deflecting band 202 . diverters 220 could by way of example and not of limitation when conveying housing 110 ′ is a molded plastic housing , be integrally molded with conveying housing 110 ′, and in an aspect , may be a metal cladded . diverters 220 could also be , by way of example and not of limitation , stamped or cast metal parts , molded plastic parts , or metal reinforced molded plastic parts . in an aspect , the food waste deflecting band may be discontinuous with the diverters 220 being provided by discontinuities in the food waste deflecting band . fig4 is a cross - sectional perspective view of a food conveying section 400 having a discontinuous food deflecting band 402 and fig5 is a bottom view of food conveying section 400 ( but without dishwasher inlet 144 being shown ). food conveying section 400 is the same as food conveying section 102 ′ other than discontinuous food deflecting band 402 . discontinuous food waste deflecting band 402 has a plurality of discontinuities 404 therein spaced around food deflecting band 402 , only one of which is shown in fig4 . in the aspect shown in fig4 and 5 , each discontinuity 400 is a flattened section 408 of the food waste deflecting band 402 that in an aspect , is formed by an indentation 410 in upper wall 210 and a corresponding inwardly extending horizontal projection 412 in lower sloped wall 208 immediately beneath indentation 410 . the term “ horizontal ” is used in this context with reference to the orientation of projection 412 when food waste disposer 200 is mounted to a sink . in this regard , horizontal projection 412 may in effect be an inward extension or projection of bottom flange 206 . it should be understood that horizontal projection 412 can have a slight angle with respect to horizontal and the term horizontal projection in this context includes a projection that has a slight angle with respect to horizontal as well as a projection that is horizontal . discontinuous food deflecting band 402 may in an aspect have three discontinuities 404 and may in an aspect have four discontinuities 404 . it should be understood that discontinuous food deflecting band 402 may have other than three or four discontinuities 404 . each discontinuity 404 may be ⅝ of an inch wide . it should be understood however , that each discontinuity 404 may have a width other than ⅝ of an inch . in an aspect , discontinuous food waste deflecting band 402 may also include projections that provide diverters 220 in addition to discontinuities 404 . in the illustrative embodiments shown in fig2 - 5 , conveying housing 110 ′ is formed of stainless steel and food deflecting band 202 , 202 ′ formed as an integral part thereof . it should be understood that food conveying housing 110 ′ could also be die cast metal ( such as aluminum , magnesium , zinc or other die castable metals ) or molded of plastic . it should also be understood that food deflecting band 202 , 402 could be a plastic or metal insert affixed to cylindrical sidewall 216 of food conveying housing 110 ′ at a bottom thereof . while conveying housing 110 ′ in the embodiment shown in fig2 and 4 has a straight , vertical cylindrical sidewall 216 , it should be understood that the conveying housing could have a conical or curved sidewall . the term “ vertical ” is used in this context with reference to the orientation of sidewall 216 when food waste disposer 200 is mounted to a sink . fig6 shows a sectional view of food conveying section 600 having a conveying housing 602 having a conical sidewall 604 with food waste deflecting band 606 extending therearound at a lower end 608 of conical sidewall 604 . food waste deflecting band 606 may optionally include diverters 610 spaced around it ( only one of which is shown in fig6 ) diverters 610 in the embodiment shown in fig6 have an inwardly projecting truncated triangular section 612 and a downwardly projecting truncated triangular section 614 . in should be understood that diverters 610 can have other shapes . spatially relative terms , such as “ inner ,” “ outer ,” “ beneath ,” “ below ,” “ lower ,” “ above ,” “ upper ,” and the like , may be used herein for ease of description to describe one element or feature &# 39 ; s relationship to another element ( s ) or feature ( s ) as illustrated in the figures . spatially relative terms may be intended to encompass different orientations of the device in use or operation in addition to the orientation depicted in the figures . for example , if the device in the figures is turned over , elements described as “ below ” or “ beneath ” other elements or features would then be oriented “ above ” the other elements or features . thus , the example term “ below ” can encompass both an orientation of above and below . the device may be otherwise oriented ( rotated 90 degrees or at other orientations ) and the spatially relative descriptors used herein interpreted accordingly . the foregoing description of the embodiments has been provided for purposes of illustration and description . it is not intended to be exhaustive or to limit the disclosure . individual elements or features of a particular embodiment are generally not limited to that particular embodiment , but , where applicable , are interchangeable and can be used in a selected embodiment , even if not specifically shown or described . the same may also be varied in many ways . such variations are not to be regarded as a departure from the disclosure , and all such modifications are intended to be included within the scope of the disclosure .