Abstract: A maple sap reverse osmosis system that comprises a feed pressure pump configured for receiving maple tree sap, a filter bank, at least one pressure pump operatively connected to the feed pressure pump through the filter bank, at least one recirculation pump operatively connected to the at least one pressure pump, each recirculation pump having an associated housing having an input positioned at a bottom portion of the housing, a permeate output and a concentrate output, the housing enclosing a membrane producing permeate and concentrate from the maple sap and an air inlet operatively connected to a housing in a exit position. The housings are serially connected from an entrance position housing to the exit position housing through associated inputs and concentrate outputs and wherein the housings can be completely drained of liquid through the input of the entrance position housing.

Abstract: A hockey helmet having an occipital adjustment mechanism for improving fit of the helmet on the head of the wearer.

Abstract: A method of erecting a cold box that includes the steps of anchoring at least one column to a foundation in a substantially vertical orientation; anchoring a pipe rack module to the foundation in a substantially vertical orientation, wherein the pipe rack module is in close proximity to the at least one column; attaching interconnecting piping between the pipe rack module and the at least one column; anchoring at least four corner beams to the edge of the foundation in a substantially vertical orientation; attaching prefabricated panels with bracing to the corner beams, to form an enclosure around the column and piping; and attaching a roof to the enclose is provided.

Abstract: Hockey helmet for receiving a head of a wearer, the helmet comprising: (a) a front shell for facing the crown region of the head; (b) a rear shell for facing the left and right side regions, the back region and the occipital region of the head, the rear shell comprising outer and inner surfaces and left and light elongated slots positioned symmetrically about a longitudinal axis of the helmet; (e) a rear inner pad for facing the back and left and right side regions of the head, the rear inner pad being affixed to the inner surface of the rear shell; (d) an occipital inner pad located between the rear shell and the occipital region of the head; (e) a central member extending along the longitudinal axis of the helmet, the central member comprising an upper part that is hingely mounted with respect to the rear shell and a lower part that is mounted to the occipital inner pad; and (f) left and right wedging members located between the occipital inner pad and the inner surface of the rear shell, each of the left a

Abstract: The present invention covers a hockey helmet for receiving a head of a player. The helmet comprises an outer shell made of first and second materials having respective first and second flexibilities.

Abstract: A maple sap reverse osmosis device has a support rack configured and sized to rest atop a tank. The support rack supporting a reverse osmosis device. The reverse osmosis device has a pump line and a dump line both located within the tub. The pump line being located at an upper region of the tank. A pumping means to pump the maple sap from the pump line. The pumping means pushing maple sap through an osmosis membrane. The dump pipe purging concentrate resulting from sap not passing through the osmosis membrane into the deepest region of the tub.

Abstract: This disclosure discusses providing safer and more accessible insulating cold boxes for cryogenic equipment. A cold box of the current invention includes a housing partially extending out of the cold box jacket wherein equipment that may need to be accessed can be located. The housing includes a breakaway barrier between the main cold box and the external housing to allow overpressures to be relieved into the cold box. Cold boxes may contain cryogenic columns, sections of cryogenic columns, distillation columns, mixing columns, storage vessels, pressure vessels, heat exchangers, and combinations thereof. The housing may contain auxiliary elements such as rotating equipment, pumps, turboexpanders, instrument devices, valves, and piping. Placing auxiliary elements in a housing outside the main cold box allows for safer access to cryogenic equipment.

Abstract: This disclosure discusses providing safer and more accessible insulating cold boxes for cryogenic equipment. A cold box of the current invention includes a housing partially extending out of the cold box jacket wherein equipment that may need to be accessed can be located. The housing includes a breakaway barrier between the main cold box and the external housing to allow overpressures to be relieved into the cold box. Cold boxes may contain cryogenic columns, sections of cryogenic columns, distillation columns, mixing columns, storage vessels, pressure vessels, heat exchangers, and combinations thereof. The housing may contain auxiliary elements such as rotating equipment, pumps, turboexpanders, instrument devices, valves, and piping. Placing auxiliary elements in a housing outside the main cold box allows for safer access to cryogenic equipment.

Abstract: This disclosure discusses providing safer and more accessible insulating cold boxes for cryogenic equipment. A cold box of the current invention includes a housing partially extending out of the cold box jacket wherein equipment that may need to be accessed can be located. The housing includes a breakaway barrier between the main cold box and the external housing to allow overpressures to be relieved into the cold box. Cold boxes may contain cryogenic columns, sections of cryogenic columns, distillation columns, mixing columns, storage vessels, pressure vessels, heat exchangers, and combinations thereof. The housing may contain auxiliary elements such as rotating equipment, pumps, turboexpanders, instrument devices, valves, and piping. Placing auxiliary elements in a housing outside the main cold box allows for safer access to cryogenic equipment.

Abstract: An infant restraint convertible between a safety car seat configuration and a cart-like infant carrier. The infant restraint comprises a seat shell, a handle mounted to the shell for movement between retracted and extended positions, and only one set of wheels mounted to the shell for movement as a single unit between an idle car seat position to a ground engaging position. The wheels are positioned so as to permit movement thereof between the idle car seat position and the ground engaging position while the seat shell still rests on a support surface. The handle cooperates with the wheels to allow rolling transportation of the infant restraint when the handle and the wheels are in their respective extended and ground engaging positions.

Abstract: The pump comprises three distinct series of pumping stages driven on a single shaft by the same motor. Between the first and second series of pumping stages, the liquid is diverted from the pump through a by-pass towards, for example, a filtering device for removing the liquid as many impurities as possible. Then, the filtered liquid is conveyed back to the second series of pumping stages of the pump where the liquid is pumped at high pressure before being conveyed through a by-pass outside of the pump and towards a treatment chamber, such as a chamber for reverse osmosis, nanofiltration, or the like. The permeate (filtered solution) is removed from the installation whereas the solute (concentrated solution) is, in large part, reconveyed towards a third series of pumping stages, at the discharge of which the liquid is mixed with the filtered liquid from the second series of stages and the mixture is then conveyed again towards the treatment chamber. This high yield system eliminates a second and third pump.

Abstract: A pump comprises two discrete series of pumping stages, the first having a lower liquid output than the second. The liquid is recirculated from a processing enclosure in particular using reverse osmosis, nanofiltration or the like, to the second series of processing stages where it is mixed with liquid from the first series of stages, whereafter the resulting mixture is conveyed to the processing enclosure. With this high-output system, no second pump is required.

Abstract: This double knit fabric for sports garment, namely sweater and hockey includes a repeated pattern of predetermined courses containing wales of consecutive selected groups of tuck and welt stitches to form holes in and throughout the knitted fabric. The pattern is repeated to provide a fabric with a considerable number of holes aligned in a predetermined geometrical arrangement. The holes are formed in one to two adjacent wales on the cylinder by the combination of many tuck stitches in consecutive courses with welt and knit stitches associated thereto in the courses preceding and following same tuck stitches. The fabric can be of uniform color but may also be knitted to provide horizontal color bands of various widths and colors depending on the yarn color and the number of consecutive courses with a different color of yarn and the desired color arrangements.

Abstract: The method of production of a double knit fabric for sports garment, namely sweater and hockey includes repeating a pattern of predetermined courses containing wales of consecutive selected groups of tuck and welt stitches to form holes in and throughout the knitted fabric. The pattern is repeated to provide a fabric with a considerable number of holes aligned in a predetermined geometrical arrangement. The method making holes resides in knitting one to two adjacent wales on the cylinder by a combination of many tuck stitches in consecutive courses with welt and knit stitches associated thereto in the courses preceding and following same tuck stitches. The fabric can be knitted in uniform color but may also be knitted to provide horizontal color bands of various widths and colors depending on the yarn color and the number of consecutive courses with a different color of yarn and the desired color arrangements.

Abstract: A protective sports glove for hockey, lacrosse, or the like, having a first elongated padded wart provided on the lateral exposed region of the glove proximate the forefinger and thumb receiving portions. The first padded wart is split into two sections which flexibly are joined together by an elastic insert member. A second padded wart is provided adjacent the first padded wart. The first and second padded warts provide protection of the lateral region of the forefinger and hand, and the flexible insert member of the first padded wart maintains sufficient flexiblity of the glove to allow a user comfortably and effectively to grip a hockey or lacrosse stick.

Abstract: This double knit fabric for sports garment, namely sweater and hockey includes a repeated pattern of predetermined courses containing wales of consecutive selected groups of tuck and welt stitches to form holes in and throughout the knitted fabric. The pattern is repeated to provide a fabric with a considerable number of holes aligned in a predetermined geometrical arrangement. The holes are formed in one to two adjacent wales on the cylinder by the combination of many tuck stitches in consecutive courses with welt and knit stitches associated thereto in the courses preceding and following same tuck stitches. The fabric can be of uniform color but may also be knitted to provide horizontal color bands of various widths and colors depending on the yarn color and the number of consecutive courses with a different color of yarn and the desired color arrangements.

Abstract: This double knit fabric for sports garment, namely sweater and hockey includes a repeated pattern of predetermined courses containing wales of consecutive selected groups of tuck and welt stitches to form holes in and throughout the knitted fabric. The pattern is repeated to provide a fabric with a considerable number of holes aligned in a predetermined geometrical arrangement. The holes are formed in one to two adjacent wales on the cylinder by the combination of many tuck stitches in consecutive courses with welt and knit stitches associated thereto in the courses preceding and following same tuck stitches. The fabric can be of uniform color but may also be knited to provide horizontal color bands of various widths and colors depending on the yarn color and the number of consecutive courses with a different color of yarn and the desired color arrangements.