one embodiment of the chamber is illustrated in fig1 , 2 , 3 , and 4 . fig1 shows said chamber with six sides when unfolded in its linear state . drawing reference numbers 1 , 2 , 3 , 4 , 5 , and 6 show six panels that form the body of said chamber . we contemplate the panels being made of acrylic , however other materials can be used which would be suitable . drawing reference numbers 7 a , 7 b , and 7 c show the smooth side of the edging , using hatch lines through the edging . edging within this embodiment is contemplated to be comprised of a living hinge . any type of a flexible ligamentous joint can be used which would be suitable . other embodiments can be used and are suitable . since said chamber can fold in and fold out , the smooth side of the edging represents the adjoining said panels folding in . drawing reference numbers 8 a , and 8 b show the gully side of said edging , using two bold lines in the drawing . the said gully side of said edging represents the adjoining said panels folding out . the operation of said edging joined to said panels can be seen in fig2 , 4 , and 5 . drawing reference numbers 9 a , 9 b , and 9 c show the latches or hasps that are joined to the said panels . drawing reference numbers 10 a , 10 b , and 10 c show the notches that are joined to the said panels . the said latches connect to their corresponding said notches such that latch 9 a connects to notch 10 a , latch 9 b connects to 10 b , and latch 9 c connects to 10 c , thus securing the chamber into place . the direction each of the said panels move can be seen in fig2 . the end result can be seen in fig3 . other types of latches or hasps can be used to secure said panels that would be suitable . in addition , other embodiments do not require latches , or notches . drawing reference number 11 shows the screws used to join said edging to said panel . this embodiment shows that screws are used to join said edging to said panel . other embodiments that do not use screws can also be used and are suitable . drawing reference number 12 shows a hole or orifice in one panel . this shows the entry way of standard respiratory tubing . holes or orifices can be placed on any said panel ; anywhere on said panel ; which would be suitable . fig2 , 1 / 2 and 2 / 2 show the direction of movement of each said panels . each said panel joins together to form a cube with each said edging moving in its urged and appropriate direction , and each said latch , and said notch meeting . the end product can be seen in fig3 . fig3 shows the said chamber in its enclosed form . drawing reference numbers 13 show the gaps in the chamber . these said gaps allow atmospheric air to flow into said chamber , and carbon dioxide to flow out of said chamber . fig4 shows the direction of movement of said panel with its corresponding said edging , showing the folding nature . fig5 shows the continuation of adjoining panels folding to a compact said foldable chamber . drawing reference numbers 5 , 4 , 3 , 1 , 2 , and 6 show the order number of said panels into its said foldable state , in this embodiment . fig6 shows various views of said edging . fig6 , 1 / 3 , shows a vertical view of said edging with said panel , and a screw and post demonstrating the joining of said materials . since all said edging ( drawing reference number 7 or 8 ), said panels ( drawing reference numbers 1 , 2 , 3 , 4 , 5 , or 6 ), and said screws ( drawing reference number 11 ), are connected the same way , one view representing all of said materials is shown . said screws are contemplated to be durable plastic , however any material can be used as fasteners which would be suitable , however , they cannot be made of material that would rust or react with said materials ; they cannot be made with materials that would react with medication . this figure also shows the said smooth side of said edging , and gully side of said edging . fig6 , 2 / 3 shows a vertical view of said edging with its said smooth side and said gully side . since said panels have a thickness associated with them , said smooth side of said edging urges inward movement , and the said gully side urges outward movement , thus enabling all the said panels to fold on top of each other . fig6 , 3 / 3 , shows a horizontal view of said edging with its said smooth side and said gully side . it also shows said edging modified to create said latch , and said notch . the dotted line represents a cut in said edging which creates said latch , and said notch . the center spine of said edging is discarded after cuts are made . additional embodiments are shown in fig7 , 8 , 9 , 10 and 11 ; in fig7 all of the edging are either heat - sealed or adhered to each of the panels , eliminating the need to drill holes and use screws to connect each edging to each panel , thus producing a flexible ligamentous joint in order to fold each panel onto adjacent panels . in fig8 the entire said chamber is extruded in one piece eliminating the need for separate said edging , eliminating the need for any screws , thus producing a flexible ligamentous joint in order to fold each panel onto adjacent panels producing a said foldable chamber or cube . in fig9 two of the said panels are joined to the same said panel forming one contiguous piece . this embodiment can be comprised with edging and screws . it is contemplated that it can also be extruded which eliminates the said edging , and said screws . in fig1 two of the said panels are contemplated to have said edging as part of the panel to secure the other said panels into . the edging can be heat - sealed , adhered , or screwed onto said panel . said edging , and said panel can also be extruded as one piece . one said panel is contemplated as a bottom or tray . one said panel is contemplated as a top which would secure the entire said chamber . in fig1 one of the said panels is contemplated to have said edging as part of the panel to secure the other said panels into . the edging can be heat - sealed , adhered , or screwed onto said panel producing a flexible ligamentous joint . said edging , and said panel can be extruded as one piece producing a flexible ligamentous joint . this said panel is contemplated to be the bottom , or top of the said chamber . the remaining five said panels are contemplated to be comprised of said edging , and said screws , or just said edging being heat - sealed or adhered to said panel producing a flexible ligamentous joint . the remaining said panels can also be contemplated as being extruded as one contiguous piece producing a flexible ligamentous joint . all embodiments can have a voluminous variation of latch types . the first embodiment shows latch as modified edging , and a notch as modified edging , however , any type of enclosure method can be used and would be suitable , as long as it does not react with medication , or rusts , or reacts with other said materials . the embodiments in fig1 , and fig1 would not require any latches , or notches since the said top and said bottom in fig1 , and the top or bottom in fig1 , would secure said chamber into place .
one embodiment of a collapsible chamber that is used to house a small animal while administering respiratory medications prescribed by veterinarians that allows atmospheric air to flow in and carbon dioxide to flow out while the animal is receiving respiratory treatment . the chamber : maintains a medically sanitary environment ; keeps the animal calm during treatment thus maximizing the amount of medication delivered ; becomes foldable , thus portable for mobile treatment or storage ; uses standard tubing and connectors for nebulizer , oxygen and other gaseous types of medication delivery systems . one embodiment of a chamber comprised of transparent panels , edging , and screws . other embodiments are described and shown .