Ostomy appliance

Abstract

An ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance.

Description

[0001] Ostomy Appliance

[0002] Technical Field of the Invention

[0003] The present invention relates to an ostomy appliance, in particular to an ostomy baseplate for attaching a fluid collection pouch to an ostomate.

[0004] Background to the Invention

[0005] The present disclosure relates to devices that attach to a patient's body after they have undergone a surgical ostomy procedure, typically to address a problem with their gastrointestinal tract. The varied problems they experience interfere with their body's normal processes for processing and collecting the waste products from the digestive processes. Ostomates, as these patients are referred to, are typically required to wear and maintain these waste-collection devices for significant portions of their life, if not for the remainder of their life. Typically, teh devices are comprised of an adhesive “doughnut” surrounding the stoma's exit from their abdomen. The adhesive adheres to the patient on one side and to a baseplate on the other. The baseplate typically comprises a coupling ring comprising means for releasable attachment of an effluent collection bag or pouch. The system is intended during operation to provide a liquid and reasonably gas-tight seal so the ostomate can enjoy an active and socially engaged life.

[0006] The forces required to decouple and recouple the fluid collection pouch to the coupling ring are typically reacted directly back against the patient's abdomen. Many ostomates experience discomfort as a result of an attachment force applied through the ostomy appliance to the skin, when two coupling parts are pressed together. The problem of discomfort is especially important during post-operative care, when the stoma surgery is recent, and the abdominal skin is very tender.

[0007] To reduce the pressure applied to the abdominal skin around an ostomate’ s stoma when coupling and decoupling a fluid collection pouch, it is known to provide a multiple component system (typically comprising three or more components) which are known to include a thermoformed holding part. Such systems are known in the art as ‘low-pressure systems’ as they aim to reduce the pressure exerted upon an ostomate’ s skin during coupling and decoupling a fluid collection pouch. The thermoformed holding part provides for a surface which teh ostomate may hold when coupling and decoupling the fluid collection pouch, therefore, somewhat reducing the pressure directly exerted upon the ostomate’ s abdominal skin and, to some extent, facilitating the action of coupling and decoupling the fluid collection pouch.

[0008] Whilst efforts have been made to provide low pressure systems, such systems are disadvantageous, not elast from a manufacturing point of view. For example, in a multiple component system, each component is required to be manufactured separately and then bonded together as is desired to form a final product. Separately manufacturing the multiple components is inherently costly and requires additional processing steps to then bond together each component. Thus, the known low-pressure systems are disadvantageous in terms of their cost and speed of manufacture.

[0009] Moreover, there is a higher risk of production downtime when relying on the separate manufacture of multiple components. In the event that the equipment used to manufacture one component, or the equipment used to bond together the multiple components in the final product, is not working or requires servicing, the production of the low-pressure system must be halted until the necessary equipment is working again.

[0010] Further, conventional ostomy appliances which comprise multiple components required to be bonded together to form the ostomy appliance, for example an ostomy appliance comprising a separately formed baseplate, coupling component and finger grip, may suffer from leaking of effluent between the adjacent surfaces which were initially bonded together. Moreover, in conventional ostomy appliances comprising multiple components, effluent may pool in crevices that are inherent in the design of such ostomy appliances. For example, effluent may pool in crevices between adjacent surfaces of a baseplate and a coupling component, typically where a bond between such components exits. Pooled effluent retained within crevices of the ostomy appliance may become more odorous than effluent held within a fluid collection pouch. This may be significantly unpleasant for the ostomate who may be inclined to change their ostomy appliance more often than should be required.

[0011] It is an object of embodiments of the present invention to at least partially overcome or alleviate the above problems, and / or to provide an improved ostomy appliance. Summary of the Invention

[0012] The present invention concerns an ostomy appliance. The ostomy appliance may comprise a baseplate. The ostomy appliance may comprise an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma. The baseplate may comprise an aperture therein to permit the passage of effluent therethrough. The ostomy appliance may comprise a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch. The baseplate may comprise a finger grip. The finger grip may extend radially outwardly from the baseplate. The finger grip may be formed integral with the baseplate.

[0013] In a preferred aspect of the invention, there may be provided an ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma, the baseplate comprising an aperture therein to permit the passage of effluent therethrough; wherein the baseplate further comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate.

[0014] Advantageously, the provision of a finger grip being formed integral with a baseplate means that the ostomy appliance of the invention is formed of fewer components compared to conventional low-pressure ostomy systems because the baseplate and finger grip are integrally formed. Thus, the ostomy appliance of the invention is formed at lower cost and with fewer steps in its manufacture. Moreover, compared to the prior art, the degree of processing required to combine the components of the ostomy appliance of the invention is reduced, not least because the ostomy appliance is formed of fewer components. As such, the ostomy appliance of the invention can be formed more quickly, at lower cost and with fewer processing steps following manufacture of each component, compared with ostomy appliances of the prior art.

[0015] Further, as the ostomy appliance of the invention is formed of fewer components compared to conventional low-pressure ostomy systems, the ostomy appliance requires fewer bonds to be formed between adjacent surfaces when manufacturing the ostomy appliance of the invention. As such, fewer crevices exist between adjacent components which are bonded together. Thus, the risk of effluent pooling in such crevices is significantly reduced, if not eliminated. As such, the aforementioned drawbacks associated with pooling of effluent are ameliorated. .

[0016] The provision of a baseplate comprising a finger grip which extends radially outwardly from the baseplate means that the ostomy appliance of the invention benefits from the aforementioned advantages of low-pressure systems, such as, when coupling and decoupling a fluid collection pouch, reducing the pressure directly exerted upon the ostomate’s abdominal skin and facilitating the action of coupling and decoupling the fluid collection pouch, especially for users with limited dexterity. However, advantageously, the ostomy appliance of the invention benefits from such advantages while, due to the provision of the finger grip being formed integral with the baseplate, not suffering from the aforementioned drawbacks described in relation to the prior art.

[0017] According to a first aspect of the invention, there may be provided an ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma, the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate further comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate.

[0018] By ‘formed integral with’ , we mean that the respective components are formed together as a single component.

[0019] The finger grip may be angled with respect to the plane of the aperture in the baseplate.

[0020] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the finger grip is angled with respect to the plane of the aperture in the baseplate.

[0021] The finger grip may be at an angle of about from about 10° to about 80°, from about 15° to about 70°, from about 20° to about 60°, from about 20° to about 50°, from about 25° to about 40°, from about 25° to about 35°, or about 30°, with respect to the plane of the aperture in the baseplate.

[0022] The finger grip may be at an angle of from about 10° to about 80°, from about

[0023] 10° to about 75°, from about 10° to about 70°, from about 10° to about 65°, from about

[0024] 10° to about 60°, from about 10° to about 55°, from about 10° to about 50°, from about

[0025] 10° to about 45°, from about 10° to about 40°, from about 10° to about 35°, from about

[0026] 10° to about 30°, from about 10° to about 25°, from about 10° to about 20°, or from about 10° to about 15°, with respect to the plane of the aperture in the baseplate.

[0027] The finger grip may be at an angle of from about 15° to about 80°, from about

[0028] 15° to about 75°, from about 15° to about 70°, from about 15° to about 65°, from about

[0029] 15° to about 60°, from about 15° to about 55°, from about 15° to about 50°, from about

[0030] 15° to about 45°, from about 15° to about 40°, from about 15° to about 35°, from about

[0031] 15° to about 30°, from about 15° to about 25°, or from about 15° to about 20°, with respect to the plane of the aperture in the baseplate.

[0032] The finger grip may be at an angle of from about 20° to about 70°, from about 20° to about 65°, from about 20° to about 60°, from about 20° to about 55°, from about 20° to about 50°, from about 20° to about 45°, from about 20° to about 40°, from about 20° to about 35°, from about 20° to about 30°, or from about 20° to about 25°, with respect to the plane of the aperture in the baseplate.

[0033] The finger grip may be at an angle of from about 25° to about 70°, from about 25° to about 65°, from about 25° to about 60°, from about 25° to about 55°, from about 25° to about 50°, from about 25° to about 45°, from about 25° to about 40°, from about 25° to about 35°, or from about 25° to about 30°, with respect to the plane of the aperture in the baseplate.

[0034] The finger grip may be at an angle of from about 30° to about 70°, from about 30° to about 65°, from about 30° to about 60°, from about 30° to about 55°, from about 30° to about 50°, from about 30° to about 45°, from about 30° to about 40°, or from about 30° to about 35°, with respect to the plane of the aperture in the baseplate.

[0035] The finger grip may be at an angle of from about 35° to about 70°, from about 35° to about 65°, from about 35° to about 60°, from about 35° to about 55°, from about 35° to about 50°, from about 35° to about 45°, or from about 35° to about 40°, with respect to the plane of the aperture in the baseplate.

[0036] The finger grip may be at an angle of from about 40° to about 70°, from about 40° to about 65°, from about 40° to about 60°, from about 40° to about 55°, from about 40° to about 50°, or from about 40° to about 45°, with respect to the plane of the aperture in the baseplate.

[0037] The finger grip may be at an angle of from about 45° to about 70°, from about 45° to about 65°, from about 45° to about 60°, from about 45° to about 55°, or from about 45° to about 50°, with respect to the plane of the aperture in the baseplate.

[0038] The finger grip may be at an angle of from about 50° to about 70°, from about 50° to about 65°, from about 50° to about 60°, or from about 50° to about 55°, with respect to the plane of the aperture in the baseplate.

[0039] The finger grip may be at an angle of from about 55° to about 70°, from about 55° to about 65°, or from about 55° to about 60°, with respect to the plane of the aperture in the baseplate.

[0040] The finger grip may be at an angle of from about 60° to about 70°, or from about 60° to about 65°, with respect to the plane of the aperture in the baseplate.

[0041] The finger grip may be at an angle of from about 65° to about 70°, with respect to the plane of the aperture in the baseplate.

[0042] The finger grip may be at an angle of about 10°, about 15°, about 16°, about 18°, about 20°, about 22°, about 24°, about 25°, about 26°, about 28°, about 30°, about 32°, about 34°, about 35°, about 36°, about 38°, about 40°, about 42°, about 44°, about 45°, about 46°, about 48°, about 50°, about 52°, about 54°, about 55°, about 56°, about 58°, about 60°, about 62°, about 64°, about 65°, about 66°, about 68°, or about 70°, with respect to the plane of the aperture in the baseplate. The finger grip may be at an angle of at least about 10°, about 15°, about 16°, about 18°, about 20°, about 22°, about 24°, about 25°, about 26°, about 28°, about 30°, about 32°, about 34°, about 35°, about 36°, about 38°, about 40°, about 42°, about 44°, about 45°, about 46°, about 48°, about 50°, about 52°, about 54°, about 55°, about 56°, about 58°, about 60°, about 62°, about 64°, about 65°, about 66°, about 68°, or at least about 70°, with respect to the plane of the aperture in the baseplate.

[0043] The finger grip may be at an angle of no more than about 10°, about 15°, about 16°, about 18°, about 20°, about 22°, about 24°, about 25°, about 26°, about 28°, about 30°, about 32°, about 34°, about 35°, about 36°, about 38°, about 40°, about 42°, about 44°, about 45°, about 46°, about 48°, about 50°, about 52°, about 54°, about 55°, about 56°, about 58°, about 60°, about 62°, about 64°, about 65°, about 66°, about 68°, or no more than about 70°, with respect to the plane of the aperture in the baseplate.

[0044] Advantageously, providing a finger grip angled with respect to the plane of the aperture in the baseplate, in particular in embodiments comprising a finger grip at an angle as exemplified above, means that the finger grip is easily gripped by an ostomate, in particular an ostomate with limited dexterity, such that coupling and decoupling of the fluid collection pouch to the baseplate is facilitated and the pressure exerted upon the abdominal skin of the ostomate when doing so is reduced.

[0045] The finger grip and the baseplate may be formed of the same material. The finger grip and the baseplate may be formed of a thermoplastic material, for example ethylene-vinyl acetate (EVA), or polyethylene (PE).

[0046] The finger grip and the baseplate may define an annular space for the ostomate to insert one or more fingers or one or both hands when coupling and decoupling the fluid collection bag from the baseplate.

[0047] The finger grip may be convex with respect to the plane of the aperture in the baseplate.

[0048] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the finger grip is convex with respect to the plane of the aperture in the baseplate.

[0049] The finger grip may be concave with respect to the plane of the aperture in the baseplate.

[0050] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the finger grip is concave with respect to the plane of the aperture in the baseplate.

[0051] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the finger grip is concave or convex with respect to the plane of the aperture in the baseplate.

[0052] Beneficially, in embodiments comprising a finger grip which is convex or concave with respect to the plane of the aperture in the baseplate, there may be provided a relatively wider annular space within which an ostomate may more easily insert one or more fingers or one or both hands to better access the finger grip when coupling and decoupling the fluid collection pouch from the baseplate.

[0053] The finger grip may extend radially outwardly from the baseplate in the same plane of the aperture in the baseplate.

[0054] The finger grip may extend around the baseplate circumferentially. The baseplate may be in the form of a rigid convex disc or a rigid disc which is substantially planar.

[0055] In embodiments comprising a baseplate in the form of a rigid convex disc, the baseplate may comprise an angled part. The angled part may comprise an angled inner surface and an angled outer surface. In use, the inner surface may face away from an ostomate, and the outer surface may face toward an ostomate. The baseplate may comprise a radially inner edge. The radially inner edge may define the outline of the aperture in the baseplate. The aperture may be arranged in the centre of, or substantially in the centre of, the baseplate. The angled part of the baseplate may be angled with respect to the plane of the aperture.

[0056] The coupling component may be bonded directly to the baseplate. The coupling component may be bonded directly to an inner surface of the baseplate. The baseplate may comprise an inner surface which is angled with respect to the plane of the aperture in the baseplate. The coupling component may be bonded directly to the angled inner surface of the baseplate. Advantageously, in embodiments comprising a coupling component bonded directly to the angled inner surface of the baseplate, the height profile of the ostomy appliance may be reduced such that the ostomy appliance maintains a discreet profile when worn. Moreover, such embodiments are particularly suitable for ostomates having a relatively small physique as the prominence of the ostomy appliance is reduced.

[0057] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the baseplate comprises an inner surface which is angled with respect to the plane of the aperture in the baseplate, and wherein the coupling component is bonded to the angled inner surface of the baseplate. The coupling component may be bonded to the baseplate by heat- welding, laserbonding, ultrasonic welding or adhesive bonding.

[0058] The coupling component may be formed integral with the baseplate.

[0059] The coupling component may be formed integral with the finger grip. In embodiments comprising a coupling component formed integral with the finger grip, the number of bonds in the ostomy appliance is further reduced. Beneficially, this means that the risk of effluent leaking from within the confines of the ostomy appliance onto undesired locations on the surface of the ostomy appliance and into crevices found on the components of the ostomy appliance, is significantly reduced. Thus, the ostomy appliance of the invention provides for a more reliable and hygienic low-pressure system compared to that of the prior art.

[0060] The baseplate may comprise a side wall. The side wall may be arranged perpendicular, or at least substantially perpendicular, to the plane of the aperture in the baseplate. The side wall may be arranged parallel to, or at least substantially parallel to, the direction of flow of effluent when the ostomy appliance is in use. The side wall may be arranged parallel to, or at least substantially parallel to, an axis through which effluent flows in use.

[0061] The finger grip may extend radially outwardly from the side wall of the base plate. The finger grip may extend radially outwardly from the side wall in the same plane as the plane of the aperture in the baseplate. The finger grip may extend radially outwardly from the side wall and the finger grip may be concave with respect to the plane of the aperture in the baseplate. The finger grip may extend radially outwardly from the side wall and the finger grip may be convex with respect to the plane of the aperture in the baseplate. The side wall may extend circumferentially around the baseplate.

[0062] The side wall may extend from an inner surface of the baseplate. The side wall may extend from lower region of the baseplate. For example, in embodiments comprising a baseplate having an angled inner surface, the side wall may extend from a lower region, in particular from the base, of the angled inner surface of the baseplate. In embodiments comprising a side wall, the side wall may define an annular space between the baseplate and the finger grip.

[0063] The coupling component may be bonded to the side wall of the baseplate. The coupling component may be formed integral with the side wall of the baseplate.

[0064] In some embodiments, the finger grip may extend radially outwardly from the base of the angled inner surface of the baseplate.

[0065] The baseplate may be annular in shape. The baseplate may comprise an outer radial part. The baseplate and the outer radial part may be formed integral. In embodiments comprising a baseplate having an angled part, the outer radial part of the baseplate may circumferentially surround the angled part. The outer radial part may be formed integral with the baseplate. The outer radial part may comprise an outer surface which faces the ostomate when in use. The outer radial part may comprise an inner surface which faces away from the ostomate when in use. The inner surface may face, or substantially face, the finger grip. The outer radial part may have a generally planar profile. The outer radial part may be arranged in the same plane as the plane of the aperture in the baseplate. The coupling component may be bonded to the inner surface of the outer radial part. The coupling component may be formed integral with the outer radial part. In embodiments comprising a side wall and an outer radial part, the side wall may define an annular space between the outer radial part and the finger grip for the ostomate to insert one or more fingers or one or both hands when coupling and decoupling the fluid collection bag from the baseplate.

[0066] The finger grip may extend radially outwardly from the baseplate parallel to the outer radial part of the baseplate.

[0067] The angled part of the baseplate may have a thickness greater than the thickness of the outer radial part. The angled part of the baseplate may have a thickness which is about 1.5 times, about 2.0 times, about 2.5 times, about 3.0 times, about 3.5 times, about 4.0 times, about 4.5 times or about 5.0 times greater than the thickness of the outer radial part.

[0068] The angled part of the baseplate may have a thickness which is at least about

[0069] 1.5 times, about 2.0 times, about 2.5 times, about 3.0 times, about 3.5 times, about 4.0 times, about 4.5 times or at least about 5.0 times greater than the thickness of the outer radial part.

[0070] The angled part of the baseplate may have a thickness which is no more than about 1.5 times, about 2.0 times, about 2.5 times, about 3.0 times, about 3.5 times, about 4.0 times, about 4.5 times or no more than about 5.0 times greater than the thickness of the outer radial part.

[0071] The angled part of the baseplate may have a thickness which is from about 1.5 times to about 5.0 times, from about 2.0 times to about 4.0 times, or about 3.0 times, greater than the thickness of the outer radial part.

[0072] The adhesive component may be laminated to the outer surface of the baseplate, such that the adhesive component may be laminated to the outer surface of the angled part of the baseplate, and to the outer surface of the outer radial part of the baseplate.

[0073] The adhesive component may take the form of a hydrocolloid adhesive disc. The hydrocolloid adhesive disc may comprise an upper surface partially adhered to the outer surfaces of the baseplate, and an opposing lower surface. The upper and lower surfaces of the hydrocolloid adhesive disc may be adhesive. This may be because the hydrocolloid adhesive disc may be formed of a hydrocolloid adhesive.

[0074] The hydrocolloid adhesive disc may be mouldable. The mouldable hydrocolloid adhesive disc may be moulded around a stoma. In other embodiments, the hydrocolloid adhesive disc may be cut-to-fit, as necessary to fit around a stoma.

[0075] The hydrocolloid adhesive disc may comprise an adhesive disc aperture. The hydrocolloid adhesive disc aperture may be arranged centrally on the hydrocolloid adhesive disc.

[0076] The hydrocolloid adhesive disc may extend beyond the radially outer edge of the baseplate.

[0077] The hydrocolloid adhesive disc may extend radially inward over the aperture in the baseplate such that apart from at the adhesive disc aperture, the hydrocolloid adhesive disc may occlude the aperture in the baseplate. The hydrocolloid adhesive disc aperture may be sized such that it has a smaller diameter than a typical stoma. Arranged on a surface of the hydrocolloid adhesive disc opposing that which is laminated to the baseplate may be a baseplate release liner. The baseplate release liner may extend across the entire surface of the hydrocolloid adhesive disc.

[0078] A flexible collar may be arranged radially outward of the baseplate. The flexible collar may extend circumferentially around the baseplate. The flexible collar may be formed of a sheet of woven material. The sheet of woven material may have a ring shape. The flexible collar may comprise an inner edge. The inner edge may have a circular shape. The inner edge may be sized such that the collar overlaps an outer periphery of the hydrocolloid adhesive disc forming an overlap region. The flexible collar may be adhered to the hydrocolloid adhesive disc in the overlap region. The outer edge of the flexible collar may have an ovular circumference. The ovular circumference may be sized to correspond to the shape of a fluid collection pouch, or part thereof.

[0079] In embodiments comprising a flexible collar formed of a sheet of woven material, the woven material may comprise cotton, polyester, polypropylene, a blend of cotton and polyester yams, or a mixture thereof.

[0080] The flexible collar may comprise a lower surface. The lower surface of the flexible collar may be provided with an adhesive coating. The adhesive coating may comprise an acrylic adhesive or a hydrocolloid adhesive. The adhesive coating may have a thickness of from about 0.25mm to about 1.0mm, from about 0.25mm to about 0.75mm, or about 0.5 mm. The lower surface of the collar may further be provided with a collar release liner. The collar release liner may be releasably adhered to the adhesive coating.

[0081] The aperture in the baseplate may have a plane perpendicular to an axis through which effluent flows in use.

[0082] The finger grip may radially extend beyond a radially outer edge of the baseplate. For example, the outer radial part may comprise the radially outer edge, and the finger grip may radially extend beyond the radially outer edge of the outer radial part of the baseplate. In use, the coupling component may form a mechanical engagement (for example, a mechanical interlock or an interference fit) with a complementary coupling part of the fluid collection pouch. The coupling component may comprise an attachment means for attaching to a corresponding attachment means on the complementary coupling part of the fluid collection pouch. The attachment means of the coupling component may comprising an upstanding rib. The upstanding rib may comprise an undercut lug and a resilient seal. The complementary coupling part may comprise a channel for receiving the upstanding rib. The channel may have a complementary lug for interlocking with the undercut lug of the upstanding rib when the rib is received in the channel so as to provide a snap-fit coupling.

[0083] The baseplate and the coupling component may be immovably coupled to one another.

[0084] The coupling component may extend from the finger grip. The finger grip may comprise a lower surface. The lower surface may face away from an ostomate in use. The coupling component may extend from the lower surface of the finger grip.

[0085] The baseplate may comprise a radially outer edge. The radially outer edge may be formed as the periphery of an outer radial part of the baseplate. The finger grip may extend radially outwardly beyond the radially outer edge of the baseplate.

[0086] In some embodiments, the ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate, further wherein the baseplate comprises a radially outer edge and the finger grip extends radially outwardly beyond the radially outer edge of the baseplate.

[0087] The invention according to the first aspect may include any features, including optional features, of the invention according to any other aspect. Accordingly, in a second aspect of the invention there is provided an ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another.

[0088] Conventionally, movement of a coupling component relative to a baseplate may be problematic for an ostomate as it means they are required to hold the coupling component steady while also manoeuvring a fluid collection pouch into position to enable coupling of the pouch to the coupling component. For users with limited dexterity, this is particularly problematic and may cause unnecessary stress and burden.

[0089] Advantageously, the provision of a baseplate and coupling component immovably coupled to one another facilitates coupling and decoupling of a fluid collection pouch to the baseplate, especially for users with limited dexterity. This is because movement, even slight movement, of the coupling component relative to the baseplate is prevented. As such, when coupling the fluid collection pouch to the baseplate, the lack of movement between the coupling component and the baseplate allows the ostomate to more easily arrange the fluid collection pouch relative to the coupling component for coupling the fluid collection pouch to the coupling component. The ostomate may also find benefit in being able to use movement of their body, to which the baseplate is attached, instead of one or both of their hands, to help bring the coupling component into aligned proximity with the fluid collection pouch when coupling the pouch to the coupling component.

[0090] The provision of a finger grip further facilitates coupling and decoupling of a fluid collection pouch to the baseplate. The provision of a baseplate comprising a finger grip which extends radially outwardly from the baseplate means that the ostomy appliance benefits from the aforementioned advantages of low-pressure systems, such as, when coupling and decoupling a fluid collection pouch, reducing the pressure directly exerted upon the ostomate’ s abdominal skin and facilitating the action of coupling and decoupling the fluid collection pouch, especially for users with limited dexterity.

[0091] The baseplate may comprise an inner surface and an outer surface. In use, the inner surface may face away from an ostomate, and the outer surface may face toward an ostomate.

[0092] The baseplate may be in the form of a rigid convex disc or a rigid disc which is substantially planar.

[0093] In embodiments comprising a baseplate in the form of a rigid convex disc, the baseplate may comprise an angled part. The angled part may comprise an angled inner surface and an angled outer surface. In use, the angled inner surface may face away from an ostomate, and the angled outer surface may face toward an ostomate. The baseplate may comprise a radially inner edge. The radially inner edge may define the outline of the aperture in the baseplate. The aperture may be arranged in the centre of, or substantially in the centre of, the baseplate. The angled part of the baseplate may be angled with respect to the plane of the aperture.

[0094] The coupling component may be bonded to the inner surface of the baseplate. The coupling component may be bonded to the angled inner surface of the baseplate.

[0095] In some embodiments, ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another, further wherein the baseplate comprises an inner surface which is angled with respect to the plane of the aperture in the baseplate, and wherein the coupling component is bonded to the angled inner surface of the baseplate.

[0096] The coupling component may be immovably coupled to the inner surface of the baseplate. The coupling component may be immovably coupled to the angled inner surface of the baseplate. The finger grip may be formed integral with the coupling component. The finger grip may be formed integral with the baseplate.

[0097] The finger grip may be convex with respect to the plane of the aperture in the baseplate. The finger grip may be concave with respect to the plane of the aperture in the baseplate.

[0098] Beneficially, in embodiments comprising a finger grip which is convex or concave with respect to the plane of the aperture in the baseplate, there may be provided a relatively wider annular space within which an ostomate may more easily insert one or more fingers or one or both hands to better access the finger grip when coupling and decoupling the fluid collection pouch from the baseplate.

[0099] The finger grip may extend radially outwardly from the baseplate.

[0100] The finger grip may extend radially outwardly in the same plane as the plane of the aperture in the baseplate. In embodiments comprising a finger grip formed integral with the baseplate, the finger grip may extend radially outwardly from the baseplate in the same plane as the plane of the aperture in the baseplate. In embodiments comprising a finger grip formed integral with the coupling component, the finger grip may extend radially outwardly from the coupling component in the same plane as the plane of the aperture in the baseplate.

[0101] The finger grip may extend around the baseplate circumferentially.

[0102] The baseplate may comprise a side wall. The side wall may be arranged perpendicular, or at least substantially perpendicular, to the plane of the aperture in the baseplate. The side wall may be arranged parallel to, or at least substantially parallel to, the direction of flow of effluent when the ostomy appliance is in use. The side wall may be arranged parallel to, or at least substantially parallel to, an axis through which effluent flows in use.

[0103] The finger grip may extend radially outwardly from the side wall of the base plate. The finger grip may extend radially outwardly from the side wall in the plane of the aperture in the baseplate. The finger grip may extend radially outwardly from the side wall and the finger grip may be concave with respect to the plane of the aperture in the baseplate. The finger grip may extend radially outwardly from the side wall and the finger grip may be convex with respect to the plane of the aperture in the baseplate.

[0104] The side wall may extend circumferentially around the baseplate.

[0105] The side wall may extend from an inner surface of the baseplate. The side wall may extend from lower region of the baseplate. For example, in embodiments comprising a baseplate having an angled inner surface, the side wall may extend from a lower region, in particular from the base, of the angled inner surface of the baseplate.

[0106] In embodiments comprising a side wall, the side wall may define an annular space between the baseplate and the finger grip.

[0107] The coupling component may be bonded to the side wall of the baseplate. The coupling component may be formed integral with the side wall of the baseplate.

[0108] The baseplate may comprise a bottom wall. The bottom wall may extend circumferentially around the baseplate.

[0109] In embodiments comprising a side wall, the bottom wall may extend radially outwardly from the side wall. The bottom wall may extend radially outwardly from the side wall in the same plane as the plane of the aperture in the baseplate.

[0110] The bottom wall may comprise an upper surface which faces the ostomate when in use. The bottom wall may comprise a lower surface which faces away from the ostomate when in use. The lower surface may face, or substantially face, the finger grip. The bottom wall may have a generally planar profile. The bottom wall may be formed integral with the baseplate at a radial inner edge of the bottom wall. The bottom wall may be arranged in the same plane as the plane of the aperture in the baseplate. The coupling component may be bonded to the lower surface of the bottom wall. The coupling component may be formed integral with the bottom wall.

[0111] In some embodiments, ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another, further wherein the baseplate comprises a side wall which extends from an inner surface of the baseplate, wherein the baseplate comprises a bottom wall which extends radially outwardly from the side wall in the plane of the aperture in the baseplate, further wherein the coupling component is bonded to a lower surface of the bottom wall.

[0112] In some embodiments, ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another, further wherein the baseplate comprises a bottom wall, further wherein the coupling component is formed integral with the bottom wall.

[0113] In some embodiments, ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another, further wherein the baseplate comprises a bottom wall which extends radially outwardly from the side wall, further wherein the coupling component is formed integral with the bottom wall.

[0114] In some embodiments, ostomy appliance may comprise: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another, further wherein the baseplate comprises a bottom wall which extends radially outwardly from the side wall, further wherein the coupling component is bonded to a lower surface of the bottom wall. The aperture in the baseplate may have a plane which is perpendicular to the axis through which effluent flows in use.

[0115] The bottom wall may be a finger grip.

[0116] The invention according to the second aspect may include any features, including optional features, of the invention according to any other aspect.

[0117] According to a third aspect of the invention, there is provided a method of manufacturing an ostomy appliance, the method comprising; providing a baseplate with a finger grip integrally formed therewith, the ostomy appliance comprising an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma, and the baseplate further comprising an aperture therein to permit the passage of effluent therethrough.

[0118] The method may comprise arranging the finger grip so as to extend radially outwardly from the baseplate

[0119] The method may comprise providing a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch.

[0120] The method may comprise moulding the baseplate and finger grip to form the integrally formed baseplate and finger grip. The method may comprise attaching (for example by bonding or adhering) the coupling component to the integrally formed baseplate and finger grip.

[0121] The ostomy appliance of the third aspect may be the ostomy appliance of the first aspect or the second aspect, optionally including any optional features thereof.

[0122] The invention according to the third aspect may include any features, including optional features, of the invention according to any other aspect.

[0123] According to a fourth aspect of the invention, there is provided a method of manufacturing an ostomy appliance, the method comprising providing a baseplate and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and coupling the baseplate and the coupling component together such that they are immovably coupled together. The method may comprise providing the ostomy appliance with an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma.

[0124] The method may comprise providing the baseplate with an aperture therein to permit the passage of effluent therethrough.

[0125] The method may comprise providing a finger grip which extends radially outwardly from the ostomy appliance.

[0126] The ostomy appliance of the fourth aspect may be the ostomy appliance of the first aspect or the second aspect, optionally including any optional features thereof.

[0127] The invention according to the fourth aspect may include any features, including optional features, of the invention according to any other aspect.

[0128] According to a fifth aspect of the invention, there is provided a method of applying an ostomy appliance to an ostomate, the method comprising adhering an adhesive component of the ostomy appliance to the abdomen of the ostomate around a stoma.

[0129] The method may comprise adhering a collar formed of woven material to the abdomen of the ostomate.

[0130] The method may further comprise coupling a fluid collection pouch to the ostomy appliance.

[0131] The ostomy appliance may be the ostomy appliance of any preceding aspect, optionally including any optional features thereof.

[0132] The ostomy appliance of any aspect may be a flange of a two-piece ostomy system comprising the flange and an ostomy pouch.

[0133] Detailed Description of the Invention

[0134] In order that the invention may be more clearly understood one or more embodiments thereof will now be described, by way of example only, with reference to the accompanying drawings, of which: Figure 1 shows a cross sectional view of a first embodiment of an ostomy appliance according to the present invention;

[0135] Figure 2 shows a cross sectional view of a second embodiment of an ostomy appliance according to the present invention;

[0136] Figure 3 shows a cross sectional view of a third embodiment of an ostomy appliance according to the present invention;

[0137] Figure 4 shows a cross sectional view of a fourth embodiment of an ostomy appliance according to the present invention;

[0138] Figure 5 shows a cross sectional view of a fifth embodiment of an ostomy appliance according to the present invention;

[0139] Figure 6 shows a cross sectional view of a sixth embodiment of an ostomy appliance according to the present invention;

[0140] Figure 7 shows a cross sectional view of a seventh embodiment of an ostomy appliance according to the present invention;

[0141] Figure 8 shows a cross sectional view of an eighth embodiment of an ostomy appliance according to the present invention;

[0142] Figure 9 shows a cross sectional view of a ninth embodiment of an ostomy appliance according to the present invention;

[0143] Figure 10 shows a cross sectional view of a tenth embodiment of an ostomy appliance according to the present invention;

[0144] Figure 11 shows a cross sectional view of an eleventh embodiment of an ostomy appliance according to the present invention;

[0145] Figure 12 shows a cross sectional view of a twelfth embodiment of an ostomy appliance according to the present invention; and

[0146] Figure 13 shows a cross sectional view of a thirteenth embodiment of an ostomy appliance according to the present invention. With reference to Figure 1, an ostomy appliance 1 according to an embodiment of the present invention is shown. The ostomy appliance 1 comprises a baseplate 2 in the form of a rigid convex disc.

[0147] The baseplate 2 of the embodiment is generally annular in shape and is formed of a finger grip 6 and an outer radial part 10, each extending from an angled part 7’ ’ of the baseplate 2. The baseplate 2 comprises a radially inner edge 16 which defines the outline of an aperture 4 in the centre of the baseplate 2. The angled part 7” of the baseplate 2 is angled with respect to the plane of the aperture 4. The plane of the aperture 4 is perpendicular, or at least substantially perpendicular, to the direction of flow of effluent through the aperture 4 when in use. The angled part 7” of the baseplate

[0148] 2 comprises an inner surface 7, which in this embodiment is angled with respect to the plane of the aperture 4, and an outer surface 7’. In use, the inner surface 7 faces away from the ostomate, and the outer surface 7’ faces toward the ostomate. Distal to the radial inner edge 16 of the baseplate 2 is a radially outer edge 17 formed as the periphery of an outer radial part 10 of the baseplate 2. The outer radial part 10 comprises an outer surface 10’ and an inner surface 10”. In use, the outer surface 10’ faces away from the ostomate, and the inner surface 10” faces toward the ostomate.

[0149] Laminated to an outer surface 7’, 10” of the baseplate 2 is an adhesive component for coupling the baseplate 2 to the abdomen of the ostomate around a stoma (not shown). The adhesive component takes the form of a hydrocolloid adhesive disc

[0150] 3 having an upper surface 3’ partially adhered to the outer surface 7’, 10” of the baseplate 2, and an opposing lower surface 3”. The upper 3’ and lower 3” surfaces are adhesive, as the hydrocolloid adhesive disc 3 is formed of a hydrocolloid adhesive. In this particular embodiment, the hydrocolloid adhesive disc 3 is mouldable, so it can be moulded around a stoma. In alternative embodiments, the hydrocolloid adhesive disc 3 could be cut-to-fit, as necessary to fit around a stoma.

[0151] The hydrocolloid adhesive disc 3 extends slightly beyond the radially outer edge 17 of the baseplate 2, it also extends radially inward over the aperture 4 such that apart from at an adhesive disc aperture 18 arranged centrally on the hydrocolloid adhesive disc 3, the hydrocolloid adhesive disc 3 occludes the aperture 4 in the baseplate 2. The adhesive disc aperture 18 is sized such that is has a smaller diameter than the typical stoma (not shown).

[0152] Arranged on the surface 3” of the hydrocolloid adhesive disc 3 opposing that which is laminated to the baseplate 2 is a baseplate release liner 12 which extends across the entire surface of the hydrocolloid adhesive disc 3.

[0153] Arranged radially outward of the baseplate 2 and extending circumferentially around it is a flexible collar 13. The collar 13 is formed of a sheet of non-woven material having a ring shape. The inner edge has a circular shape and is sized such that the collar 13 overlaps the outer periphery of the hydrocolloid disc 3. The flexible collar is adhered to the hydrocolloid disc 3 in the overlap region. The outer edge of the collar 13 has an ovular circumference, in some embodiments this may be sized to correspond to the shape of a fluid collection pouch (not shown), or part thereof.

[0154] A lower surface of the collar is provided with an adhesive coating 14, in this embodiment this adhesive coating 14 comprises an acrylic adhesive with a thickness of approximately 0.5 mm. In other embodiments, alternative adhesives may be used, for example hydrocolloid adhesives. The lower surface of the collar 13 is further provided with a collar release liner 15 which is releasably adhered to the adhesive coating 14.

[0155] In the described embodiment, the finger grip 6 is formed integral with the baseplate 2 such that the angled part 7” of the baseplate 2, the outer radial part 10 of the baseplate 2 and the finger grip 6 are formed integral, as a single component.

[0156] The ostomy appliance 1 further comprises a coupling component 5. In the described embodiment, the coupling component 5 is also formed integral with the baseplate 2, such that the angled part 7” of the baseplate 2, the outer radial part 10 of the baseplate 2, the finger grip 6 and the coupling component 5 are formed integral, as a single component.

[0157] The coupling component 5 is configured to releasably attach to a complementary coupling part (not shown) secured to a fluid collection pouch (not shown) around an entrance aperture (not shown).

[0158] In the described embodiment, the coupling component 5 and its complementary coupling part may form a mechanical engagement (for example, a mechanical interlock or an interference fit). The coupling component 5 may comprise an upstanding rib 5’. The upstanding rib 5’ may comprise an undercut lug 5” and a resilient seal 5”’. The complementary coupling part may comprise a channel for receiving the upstanding rib 5’. The channel may have a complementary lug for interlocking with the undercut lug 5” of the upstanding rib 5’ when the rib 5’ is received in the channel so as to provide a snap-fit coupling.

[0159] In the embodiment shown in Figure 1, the baseplate 2 comprises a side wall 8, formed integral with the baseplate 2, and which extends from the base of the angled part 7” of the baseplate 2. From a lower end of the side wall 8 extends radially outwardly from the baseplate 2 the finger grip 6. The finger grip 6 extends radially outwardly from the baseplate 2 in the plane of the aperture 4 in the baseplate 2. The finger grip 6 and the outer radial part 10 of the baseplate 2 are substantially parallel to one another. The coupling component 5 is arranged protruding from a lower surface of the finger grip 6, away from the ostomate when in use.

[0160] The finger grip 6 and the outer radial part 10 of the baseplate 2 define an annular space 11 for the ostomate, in use, to insert one or more fingers or one or both hands when coupling and decoupling the fluid collection bag from the baseplate 2.

[0161] In use, the user takes an ostomy appliance 1 and removes the baseplate release liner 12 and, in this embodiment, manipulates the mouldable adhesive disc 3 to increase the diameter of the aperture 18 therein such that it is greater than the diameter of the stoma (in embodiments where the adhesive disc is not mouldable, it may instead be cut to fit). The user then places the baseplate 2 over the stoma such that the stoma extends through the adhesive disc aperture 18.

[0162] The angled part 7” of the baseplate 2 has a thickness which is about 3.0 times greater than the thickness of the outer radial part 10.

[0163] The user then removes the collar release liner 15 and applies the flexible collar 13, adhering it to the skin further outward of the stoma, beyond the periphery of the mouldable adhesive disc 3, where skin is less sensitive. A fluid collection pouch can now be attached to the ostomy appliance 1 via the coupling component 5 and corresponding features on the fluid collection pouch. The user may insert one or more fingers or one or both hands into the annular space 11 and grip the finger grip 6 when coupling the fluid collection pouch to the coupling component 5 so that the force applied to the complimentary coupling part of the fluid collection pouch when coupling it to the coupling component 5 is exerted upon the finger grip and not against the user’s abdominal skin around the stoma. As such, the described embodiment reduces the pressure directly exerted upon the ostomate’s abdominal skin and facilitates the action of coupling and decoupling the fluid collection pouch, especially for users with limited dexterity.

[0164] Figures 2 to 13 each show further embodiments of the invention which share many features with that of figure 1. In figures 2 to 13, it should be noted that a number of features have been omitted for brevity. For example, features such as the hydrocolloid adhesive disc, aperture in the baseplate, baseplate release liner and collar have been omitted.

[0165] Figure 2 shows an embodiment of the invention comprising a baseplate 2a having an angled part comprising an angled inner surface 7a. The baseplate 2b further comprises an outer radial part 10a and a side wall 8a. From the base of the side wall 8a there is extending radially outwardly a finger grip 6a. The angled part of the baseplate 2a, outer radial part 10a, side wall 8a and finger grip 6a are each formed integrally. A coupling component 5a is bonded to the angled inner surface 7a of the baseplate 2a by adhesive bonding. The coupling component 5a is immovably coupled to the angled inner surface 7a of the baseplate 2a.

[0166] The angled part of the baseplate 2a has a thickness about 3.0 times greater than the thickness of the outer radial part 10a.

[0167] The finger grip 6a is angled away from the outer radial part 10a, and is angled with respect to the plane of the aperture in the baseplate 2a. The finger grip 6a is angled with respect to the plane of the aperture in the baseplate 2a at an angle of about 20°. The outer radial part 10a and the finger grip 6a define an annular space 1 la for a user to insert one or more fingers or one or both hands when coupling and decoupling a fluid collection bag from the baseplate 2a. Figure 3 shows an embodiment of the invention comprising a baseplate 2b having an angled part comprising an inner surface 7b. The baseplate 2b further comprises an outer radial part 10b and a side wall 8b. From the base of the side wall 8b there is extending radially outwardly a finger grip 6b. The finger grip 6b extends radially outwardly in the same plane as the plane of the aperture in the baseplate 2b such that the finger grip 6b and the outer radial part 10b, which is generally planar, are generally parallel to one another. A coupling component 5b also extends from the base of the side wall 8b. The outer radial part 10b and the finger grip 6b define an annular space 1 lb for a user to insert one or more fingers or one or both hands when coupling and decoupling a fluid collection bag from the baseplate 2b.

[0168] In this embodiment, each of the baseplate 2b, angled part of the baseplate 2b having inner surface 7b, outer radial part 10b, side wall 8b, finger grip 6b and coupling component 5b are integrally formed as a single component.

[0169] The angled part of the baseplate 2b has a thickness about 3.0 times greater than the thickness of the outer radial part 10b.

[0170] Figure 4 shows an embodiment of the invention comprising a baseplate 2c having an angled part comprising an inner surface 7c. The baseplate 2c further comprises an outer radial part 10c and a side wall 8c extending from the bottom of the inner surface 7c of the baseplate 2c. From the base of the side wall 8c there is extending radially outwardly a finger grip 6c. The finger grip 6c extends radially outwardly in the same plane as the plane of an aperture in the baseplate 2c such that the finger grip 6c and the outer radial part 10c, which is generally planar, are generally parallel to one another. The finger grip 6c extends slightly beyond a radially outer edge of the outer radial part 10c of the baseplate 2c. Beneficially, this increases the user’s ability to easily access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2c.

[0171] A coupling component 5 c is arranged protruding from a lower surface of the finger grip 6c, away from the ostomate when in use. The outer radial part 10c and the finger grip 6c define an annular space 11c for a user to insert one or more fingers or one or both hands when coupling and decoupling a fluid collection bag from the baseplate 2c.

[0172] The angled part of the baseplate 2c has a thickness about 3.0 times greater than the thickness of the outer radial part 10c.

[0173] In this embodiment, each of the baseplate 2c, angled part of the baseplate 2c having inner surface 7c, outer radial part 10c, side wall 8c, finger grip 6c and coupling component 5c are integrally formed as a single component.

[0174] Figure 5 shows an embodiment of the invention comprising a baseplate 2d having an angled part comprising an inner surface 7d. The baseplate 2d further comprises an outer radial part lOd and a side wall 8d extending from the bottom of the inner surface 7d of the baseplate 2d. From the base of the side wall 8d there is extending radially outwardly a finger grip 6d. The finger grip 6d extends radially outwardly in the same plane as the plane of an aperture in the baseplate 2d such that the finger grip 6d and the outer radial part lOd, which is generally planar, are generally parallel to one another.

[0175] The finger grip 6d extends slightly beyond a radially outer edge of the outer radial part lOd of the baseplate 2d. Beneficially, this increases the user’s ability to easily access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2d.

[0176] A coupling component 5d is bonded to a lower surface of the finger grip 6d, with the attachment means of the coupling component facing away from the user when in use. The attachment means of the coupling component 5d are arranged in proximity to the base of the side wall 8d.

[0177] The outer radial part lOd and the finger grip 6d define an annular space lid for a user to insert one or more fingers or one or both hands when coupling and decoupling a fluid collection bag from the baseplate 2d.

[0178] The angled part of the baseplate 2d has a thickness about 3.0 times greater than the thickness of the outer radial part lOd. In this embodiment, each of the baseplate 2d, angled part of the baseplate 2d having inner surface 7d, outer radial part lOd, side wall 8d and finger grip 6d are integrally formed as a single component. The coupling component 5d may be bonded to the finger grip 6d by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding.

[0179] Figure 6 shows an embodiment of the invention comprising a baseplate 2e having an angled part comprising an inner surface 7e. The baseplate 2e further comprises an outer radial part lOe and a side wall 8e extending from the bottom of the inner surface 7e of the baseplate 2e. From the base of the side wall 8e there is extending radially outwardly a finger grip 6e. The finger grip 6e extends radially outwardly in the same plane as the plane of an aperture in the baseplate 2e such that the finger grip 6e and the outer radial part lOe, which is generally planar, are generally parallel to one another.

[0180] The finger grip 6e extends slightly beyond a radially outer edge of the outer radial part lOe of the baseplate 2e. Beneficially, this increases the user’s ability to easily access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2e.

[0181] A coupling component 5e is bonded to a lower surface of the finger grip 6e, with the attachment means of the coupling component facing away from the user when in use. The coupling component 5e is bonded to the finger grip 6e at an approximate mid-point between the base wall 8e and an outer radial edge 6’e of the finger grip 6e.

[0182] The outer radial part lOe and the finger grip 6e define an annular space 1 le for a user to insert one or more fingers or one or both hands when coupling and decoupling a fluid collection bag from the baseplate 2e.

[0183] The angled part of the baseplate 2e has a thickness about 3.0 times greater than the thickness of the outer radial part lOe.

[0184] In this embodiment, each of the baseplate 2e, angled part of the baseplate 2e having inner surface 7e, outer radial part lOe, side wall 8e and finger grip 6e are integrally formed as a single component. The coupling component 5e may be bonded to the finger grip 6e by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding.

[0185] Figure 7 shows an embodiment of the invention comprising a baseplate 2f having an angled part comprising an inner surface 7f. The baseplate 2f further comprises an outer radial part lOf and a side wall 8f extending from the bottom of the inner surface 7f of the baseplate 2f. From the base of the side wall 8f there is extending radially outwardly a finger grip 6f. The finger grip 6f is concave with respect to the plane of an aperture in the baseplate 2f. Advantageously, this increases the depth of an annular space 1 If defined by the outer radial part lOf and the finger grip 6f, therefore, making it easier for a user to access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2f.

[0186] The finger grip 6f extends slightly beyond a radially outer edge 17f of the baseplate 2f, which also increases the user’s ability to easily access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2f.

[0187] A coupling component 5f is bonded to a lower surface of the finger grip 6f, with the attachment means of the coupling component facing away from the user when in use. The attachment means of the coupling component 5f are arranged in proximity to the base of the side wall 8f.

[0188] The angled part of the baseplate 2f has a thickness about 3.0 times greater than the thickness of the outer radial part lOf.

[0189] In this embodiment, each of the baseplate 2f, angled part of the baseplate 2f having inner surface 7f, outer radial part lOf, side wall 8f and finger grip 6f are integrally formed as a single component. The coupling component 5f may be bonded to the finger grip 6f by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding.

[0190] Figure 8 shows an embodiment of the invention comprising a baseplate 2g having an angled part comprising an inner surface 7g. The baseplate 2g further comprises an outer radial part 10g. A finger grip 6g extends radially outwardly from an outer surface 10’g of the outer radial part 10g. The finger grip 6g is convex with respect to the plane of an aperture in the baseplate 2g. Advantageously, this increases the depth and width of an annular space 11g defined by the outer radial part 10g and the finger grip 6g, therefore, making it easier for a user to access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2g.

[0191] A coupling component 5g is bonded to a base of the angled part of the baseplate 2g, with the attachment means of the coupling component 5g facing away from the user when in use. The attachment means of the coupling component 5g are arranged in proximity to the base of the angled part of the baseplate 2g. The coupling component 5g is immovably coupled to the baseplate 2g.

[0192] The angled part of the baseplate 2g has a thickness about 3.5 times greater than the thickness of the outer radial part 10g.

[0193] In this embodiment, each of the baseplate 2g, angled part of the baseplate 2g having inner surface 7g, outer radial part 10g and finger grip 6g are integrally formed as a single component. The coupling component 5g may be bonded to the baseplate 2g by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding.

[0194] Figure 9 shows an embodiment of the invention comprising a baseplate 2h having an angled part comprising an inner surface 7h. The baseplate 2h further comprises an outer radial part lOh. A finger grip 6h extends radially outwardly from an outer surface 10’h of the outer radial part lOh. The finger grip 6h is convex with respect to the plane of an aperture in the baseplate 2h. Advantageously, this increases the depth and width of an annular space llh defined by the outer radial part lOh and the finger grip 6h, therefore, making it easier for a user to access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2h.

[0195] The finger grip 6h extends significantly beyond a radially outer edge 17h of the baseplate 2h, which also increases the user’s ability to easily access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2h.

[0196] A coupling component 5h is bonded to the outer surface 10’h of the outer radial part lOh, with the attachment means of the coupling component 5h facing away from the user when in use. The attachment means of the coupling component 5g are arranged at an approximate mid-point between a radially outer edge 17h of the baseplate 2h and the angled part of the baseplate 2h. The finger grip 6h extends from the outer surface 10’h of the outer radial part lOh at a position proximal to the radially outer edge 17h relative to the coupling component 5h, such that the finger grip 6h is arranged between the radially outer edge 17h and the coupling component 5h.

[0197] The angled part of the baseplate 2h has a thickness about 3.5 times greater than the thickness of the outer radial part lOh.

[0198] In this embodiment, each of the baseplate 2h, angled part of the baseplate 2h having inner surface 7h, outer radial part lOh and finger grip 6h are integrally formed as a single component. The coupling component 5h may be bonded to the baseplate 2h by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding.

[0199] In each of the embodiments shown in figures 2, 8 and 9, the baseplate 2a, 2g, 2h and the coupling component 5a, 5g, 5h, respectively, are immovably coupled to one another.

[0200] Figure 10 shows an embodiment of the invention comprising a baseplate 2i having an angled part comprising an inner surface 7i. The baseplate 2i further comprises an outer radial part lOi. The angled part of the baseplate 2i and outer radial part lOi are each formed integrally. A coupling component 5i is bonded to the inner surface 7i of the baseplate 2i. The coupling component 5i may be bonded to the inner surface 7i of the baseplate 2i by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding. Distal to the bond between the coupling component 5i and the inner surface 7i, a finger grip 6i extends radially outwardly from the coupling component 5i. The finger grip 6i is concave with respect to the plane of an aperture in the baseplate 2i. Advantageously, this increases the depth of an annular space Hi defined by the outer radial part lOi and the finger grip 6i, therefore, making it easier for a user to access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2i.

[0201] The attachment means of the coupling component 5i is arranged between the bond bonding the coupling component 5i to the inner surface 7i of the baseplate 2i, and the finger grip 6i.

[0202] The coupling component 5i may be immovably coupled to the angled inner surface 7i of the baseplate 2i. The angled part of the baseplate 2i has a thickness about 3.0 times greater than the thickness of the outer radial part lOi.

[0203] Figure 11 shows an embodiment of the invention comprising a baseplate 2j having an angled part comprising an inner surface 7j. The baseplate 2j further comprises an outer radial part lOj. The angled part of the baseplate 2j and outer radial part lOj are each formed integrally as a single component. A coupling component 5j is bonded to the inner surface 7j of the baseplate 2j. The coupling component 5j may be bonded to the inner surface 7j of the baseplate 2j by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding. Distal to the bond between the coupling component 5j and the inner surface 7j, a finger grip 6j extends radially outwardly from the coupling component 5j. The finger grip 6j is concave with respect to the plane of an aperture in the baseplate 2j. Advantageously, this increases the depth of an annular space 11 j defined by the outer radial part lOj and the finger grip 6j, therefore, making it easier for a user to access the finger grip when coupling and decoupling a fluid collection pouch from the baseplate 2j.

[0204] Moreover, the finger grip 6j extends slightly beyond a radially outer edge 17j of the baseplate 2j, which also increases the user’s ability to easily access the finger grip 6j when coupling and decoupling a fluid collection pouch from the baseplate 2j .

[0205] The attachment means of the coupling component 5j are arranged between the bond bonding the coupling component 5j to the inner surface 7j of the baseplate 2j, and the finger grip 6j .

[0206] The finger grip 6j is formed integral with the coupling component 5j.

[0207] The angled part of the baseplate 2j has a thickness about 3.0 times greater than the thickness of the outer radial part lOj.

[0208] Figure 12 shows an embodiment of the invention comprising a baseplate 2k having an angled part comprising an inner surface 7k. The baseplate 2k further comprises an outer radial part 10k and a side wall 8k extending from the bottom of the inner surface 7k of the baseplate 2k. From the base of the side wall 8k there is extending radially outwardly a bottom wall 9k. The bottom wall 9k comprises an upper surface 9’k which faces the user in use, and a lower surface 9”k which faces away from the user in use. The bottom wall 9k does not extend radially beyond the radially outer edge of the baseplate 2k. The bottom wall 9k extends in the same plane as the plane of the aperture in the baseplate 2k and, as such, is substantially parallel to the outer radial part 10k which is generally planar. The angled part of the baseplate 2k, side wall 8k, bottom wall 9k and the outer radial part 10k are formed integral such that they are provided as a single component.

[0209] A coupling component 5k is bonded to the lower surface 9’ ’k of the bottom wall 9k. The coupling component 5k may be bonded to the lower surface 9 ”k of the bottom wall 9k by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding. The coupling component 5k comprises, at a first end, attachment means for attaching the coupling component 5k to corresponding attachment means arranged on a fluid collection pouch, and, at a second end, a finger grip 6k. The finger grip 6k is formed integral with the coupling component 5k. The finger grip 6k extends slightly beyond a radially outer edge of the baseplate 2k, which also increases the user’s ability to easily access the finger grip 6k when coupling and decoupling a fluid collection pouch from the baseplate 2k.

[0210] The attachment means of the coupling component 5k are arranged in proximity to the base of the side wall 8k.

[0211] The angled part of the baseplate 2k has a thickness about 3.0 times greater than the thickness of the outer radial part 10k.

[0212] Figure 13 shows an embodiment of the invention comprising a baseplate 21 having an angled part comprising an inner surface 71. The baseplate 21 further comprises an outer radial part 101 and a side wall 81 extending from the bottom of the inner surface 71 of the baseplate 21.

[0213] From the base of the side wall 81 there is extending radially outwardly a bottom wall 91. The bottom wall 91 comprises an upper surface 9T which faces the user in use, and a lower surface 9”1 which faces away from the user in use. The bottom wall 91 does not extend radially beyond the radially outer edge of the baseplate 21. The bottom wall 91 extends in the same plane as the plane of the aperture in the baseplate 21 and, as such, is substantially parallel to the outer radial part 101 which is generally planar. The angled part of the baseplate 21, side wall 81, bottom wall 91 and the outer radial part 101 are formed integral such that they are provided as a single component.

[0214] A coupling component 51 is bonded to the lower surface 9’ ’1 of the bottom wall 91. The coupling component 51 may be bonded to the lower surface 9’ ’1 of the bottom wall 91 by heat-welding, laser-bonding, ultrasonic welding or adhesive bonding. The coupling component 51 comprises, at a first end, attachment means for attaching the coupling component 51 to corresponding attachment means arranged on a fluid collection pouch, and, at a second end, a finger grip 61. The finger grip 61 is formed integral with the coupling component 51. The finger grip 61 extends beyond a radially outer edge of the baseplate 21, which also increases the user’s ability to easily access the finger grip 61 when coupling and decoupling a fluid collection pouch from the baseplate 21.

[0215] The attachment means of the coupling component 51 are arranged in proximity to an approximate mid-point along the length of the lower surface 9”1 of the bottom wall 91.

[0216] The angled part of the baseplate 21 has a thickness about 3.0 times greater than the thickness of the outer radial part 101.

[0217] The one or more embodiments are described above by way of example only. Many variations are possible without departing from the scope of protection afforded by the appended claims.

Claims

CLAIMS1. An ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; and a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; wherein the baseplate comprises a finger grip which extends radially outwardly from the baseplate, further wherein the finger grip is formed integral with the baseplate.

2. An ostomy appliance according to claim 1, wherein the finger grip is angled with respect to the plane of the aperture in the baseplate.

3. An ostomy appliance according to any preceding claim, wherein the finger grip is convex with respect to the plane of the aperture in the baseplate.

4. An ostomy appliance according to claim 1 or 2, wherein the finger grip is concave with respect to the plane of the aperture in the baseplate.

5. An ostomy appliance according to claim 1, wherein the finger grip extends radially outwardly from the baseplate in the plane of the aperture in the baseplate.

6. An ostomy appliance according to any preceding claim, wherein the coupling component is bonded directly to the baseplate.

7. An ostomy appliance according to claim 6, wherein the coupling component is bonded to an inner surface of the baseplate.

8. An ostomy appliance according to claim 6 or 7, wherein the baseplate comprises an inner surface which is angled with respect to the plane of the aperture in the baseplate, and wherein the coupling component is bonded to the angled inner surface of the baseplate.

9. An ostomy appliance according to any of claims 1 to 5, wherein the coupling component is formed integral with the finger grip.

10. An ostomy appliance according to any preceding claim, wherein the baseplate comprises a side wall, and optionally wherein the side wall is arranged substantially perpendicular to the plane of the aperture in the baseplate.

11. An ostomy appliance according to claim 10, wherein the finger grip extends radially outwardly from the side wall of the base plate.

12. An ostomy appliance according to claim 10 or 11, wherein the finger grip extends radially outwardly from the side wall in the plane of the aperture in the baseplate.

13. An ostomy appliance according to claim 10 or 11, wherein the finger grip is concave or convex with respect to the plane of the aperture in the baseplate.

14. An ostomy appliance according to any of claims 10 to 12, wherein the side wall extends circumferentially around the baseplate.

15. An ostomy appliance according to any preceding claim, wherein the coupling component extends from the finger grip.

16. An ostomy appliance according to claim 15, wherein the finger grip comprises a lower surface which faces away from an ostomate in use, further wherein the coupling component extends from the lower surface of the finger grip.

17. An ostomy appliance according to any preceding claim, wherein the baseplate comprises a radially outer edge and the finger grip extends radially outwardly beyond the radially outer edge of the baseplate.

18. An ostomy appliance comprising: a baseplate and an adhesive component for adhering the baseplate to the abdomen of an ostomate around a stoma; the baseplate comprising an aperture therein to permit the passage of effluent therethrough; a coupling component for coupling the baseplate to a corresponding coupling component of a fluid collection pouch; and a finger grip which extends radially outwardly from the ostomy appliance; wherein the baseplate and coupling component are immovably coupled to one another.

19. An ostomy appliance according to claim 18, wherein the coupling component is bonded to an inner surface of the baseplate.

20. An ostomy appliance according to claim 18 or 19, wherein the baseplate comprises an inner surface which is angled with respect to the plane of the aperture in the baseplate, and wherein the coupling component is bonded to the angled inner surface of the baseplate.

21. An ostomy appliance according to any of claims 18 to 20, wherein the finger grip is formed integral with the coupling component.

22. An ostomy appliance according to any of claims 18 to 21, wherein the finger grip is concave with respect to the plane of the aperture in the baseplate.

23. An ostomy appliance according to any of claims 18 to 21, wherein the finger grip extends radially outwardly in the plane of the aperture in the baseplate.

24. An ostomy appliance according to any of claims 18 to 23, wherein the baseplate comprises a side wall which extends from an inner surface of the baseplate.

25. An ostomy appliance according to claim 24, wherein the side wall is arranged substantially perpendicular to the plane of the aperture in the baseplate.

26. An ostomy appliance according to claim 24 or 25, wherein the baseplate comprises a bottom wall.

27. An ostomy appliance according to claim 26, wherein the bottom wall extends radially outwardly from the side wall.

28. An ostomy appliance according to claim 24, wherein the bottom wall extends radially outwardly from the side wall in the plane of the aperture in the baseplate.

29. An ostomy appliance according to any of claims 26 to 28, wherein the coupling component is bonded to a lower surface of the bottom wall.

30. An ostomy appliance according to any of claims 26 to 28, wherein the coupling component is formed integral with the bottom wall.

31. An ostomy appliance according to any of claims 26 to 30, wherein the bottom wall is a finger grip.

32. An ostomy appliance according to any of claims 24 to 31, wherein the side wall extends circumferentially around the baseplate.

33. An ostomy appliance according to any preceding claim, wherein the aperture in the baseplate has a plane perpendicular to the axis through which effluent flows in use.

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