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CN-121971220-A - Scalable regulation's stoma fixing device

CN121971220ACN 121971220 ACN121971220 ACN 121971220ACN-121971220-A

Abstract

The invention provides a telescopic and adjustable ostomy fixing device, which relates to the field of ostomy nursing and comprises a base ring, an inner barrier film patch, an outer barrier film patch I, a soaking detection assembly, a protective ring, a liquid suction bag and an air bag, wherein the soaking detection assembly comprises an annular belt, a soaking sensor and an outer connecting cylinder, the upper end of the annular belt is adhered to the bottom side of the base ring and is positioned at the bottom of a hollow structure in the base ring, the soaking sensor is inserted into an inclined inserting cylinder of the base ring in an interference fit mode, the outer connecting cylinder is inserted into and electrically connected with the outer end of the soaking sensor, the protective ring is sleeved on the base ring, a liquid suction pipe is inserted into the base ring in an inserted mode, the outer end of the liquid suction pipe is inserted into one group of pipe orifices of the liquid suction bag, and one end of the air bag is inserted into the other group of pipe orifices of the liquid suction bag. According to the size of making a stoma, carry out the split to the regulation of making a stoma subassembly to can report to the police through soaking detection component feedback to patient's end after taking place the seepage.

Inventors

  • WANG XIANPING
  • GU YAJING

Assignees

  • 王先萍

Dates

Publication Date
20260505
Application Date
20260408

Claims (7)

  1. 1. An ostomy fixing device capable of being adjusted in a telescopic mode comprises a base ring (1), an inner barrier film patch (2), an outer barrier film patch I (3), a water immersion detection assembly (4), a protective ring (5), a liquid suction bag (6) and an air bag (7); The base ring is characterized in that the inside of the base ring (1) is of a hollow structure, the bottom side of the middle ring is provided with an inner ring supporting ring (101), the bottom side of the outermost ring is provided with an outer ring supporting ring (102), the bottom side of the inner ring supporting ring (101) is provided with an inner barrier film patch (2), the upper side of the inner ring supporting ring is provided with an ostomy adjusting component, and the bottom side of the outer ring supporting ring (102) is provided with an outer barrier film patch (3); the immersion detection assembly (4) comprises an annular belt (401), an immersion sensor (402) and an outer connecting cylinder (403), wherein the upper end of the annular belt (401) is adhered to the bottom side of the base ring (1) and is positioned at the bottom of a hollow structure in the base ring (1), the immersion sensor (402) is inserted into the inclined inserting cylinder (108) of the base ring (1) in an interference fit mode, and the outer connecting cylinder (403) is inserted into and electrically connected with the outer end of the immersion sensor (402); The protective ring (5) is sleeved on the base ring (1) and is connected with the outer ring supporting ring (102), an outer barrier film sticking second (501) is arranged at the bottom side of the outer end of the protective ring (5), The base ring (1) is also connected with a liquid suction pipe (109) in a penetrating way, the outer end of the liquid suction pipe (109) is inserted with one group of pipe orifices of the liquid suction bag (6), one end of the air bag (7) is inserted with the other group of pipe orifices of the liquid suction bag (6), and a medical one-way valve II (701) is also arranged on the other end pipe of the air bag (7).
  2. 2. The telescopically adjustable stoma fixture according to claim 1, wherein the stoma size adjusting assembly comprises a fixing ring (103), a first adjusting ring (104), a second adjusting ring (105), a third adjusting ring (106) and a rubber stopper (107); The fixed ring (103) is fixed on the inner ring supporting ring (101), the first adjusting ring (104) is inserted on the fixed ring (103), the second adjusting ring (105) is inserted on the first adjusting ring (104), the third adjusting ring (106) is inserted on the second adjusting ring (105), and the rubber plug (107) is inserted in a middle jack of the third adjusting ring (106).
  3. 3. The device for fixing the stoma in a telescopic manner according to claim 2, wherein six sets of inserting posts are respectively arranged at the outer ends of the bottom sides of the first adjusting ring (104), the second adjusting ring (105) and the third adjusting ring (106), and the inserting posts are respectively inserted into the inserting grooves of the fixing ring (103), the first adjusting ring (104) and the second adjusting ring (105) in an interference fit manner.
  4. 4. A telescopically adjustable ostomy fixture according to claim 2, wherein the outer diameters of the fixing ring (103), the first adjusting ring (104), the second adjusting ring (105) and the third adjusting ring (106) are reduced in equal proportion in sequence, and the inner diameters are reduced in equal proportion in sequence.
  5. 5. A telescopically adjustable ostomy fixture according to claim 1, wherein the pipette (109) consists of five sets of vertical pipes, a set of arc-shaped pipes and a set of transverse pipes, the bottom ends of the five sets of vertical pipes are inserted into the perforations (4011) of the girdle (401), and the outer ends of the transverse pipes are provided with a medical one-way valve (1091) and are inserted into a set of pipe orifices of the pipette bag (6).
  6. 6. The device of claim 1, wherein the inner end of the sensor (402) is electrically connected with the conductive connection block (4012) of the endless belt (401) by inserting.
  7. 7. A telescopically adjustable ostomy fixture according to claim 1, characterized in that a control module, an intangible transmission module and a battery are also arranged in the outer connecting cylinder (403) and connected to the external patient end by the intangible transmission module.

Description

Scalable regulation's stoma fixing device Technical Field The invention relates to the technical field of ostomy nursing, in particular to a stoma fixing device capable of being adjusted in a telescopic mode. Background An ostomy chassis is used as a core component of an ostomy nursing system and is mainly used for persons with temporary or permanent stomas after surgical operation and is combined with an ostomy bag to collect excretions, and as in the patent with the application number of CN202310647539.5, the ostomy chassis belongs to the field of medical equipment and comprises a cleaning module and a chassis module, wherein the cleaning module is used for cleaning skin near the stoma, the chassis module is used for being attached to the skin around the stoma, and the cleaning module is separated from the chassis module and fixed. Through setting up cleaning module and improving the change efficiency of changing the ostomy chassis by a wide margin and need not to prepare extra instrument for change process convenient and fast more. In the current ostomy chassis, leakage is easy to occur once the bottom side barrier film is stuck, particularly when a patient falls asleep at night, the patient cannot timely perceive, so that urine and stool leak to the upper surface of a clothes sheet and a bedding, the nursing difficulty of the patient is increased, and the psychological burden of the patient is increased. Disclosure of Invention In order to solve the problems in the background technology, the invention provides a stoma fixing device capable of being adjusted in a telescopic mode, which can be used for carrying out split adjustment on a stoma adjusting component according to the size of a stoma, and can be used for feeding back to a patient end through a water immersion detecting component to give an alarm after leakage occurs. The invention provides a scalable ostomy fixing device, which comprises a base ring, an inner barrier film patch, an outer barrier film patch I, a water immersion detection assembly, a protective ring, a liquid suction bag and an air bag; the inside of the base ring is of a hollow structure, the bottom side of the middle ring is provided with an inner ring supporting ring, and the bottom side of the outermost ring is provided with an outer ring supporting ring; the immersion detection assembly comprises an annular belt, an immersion sensor and an outer connecting cylinder, wherein the upper end of the annular belt is stuck to the bottom side of the base ring and is positioned at the bottom of a hollow structure in the base ring, the immersion sensor is inserted into the inclined inserting cylinder of the base ring in an interference fit manner, and the outer connecting cylinder is inserted into and electrically connected with the outer end of the immersion sensor; The protective ring is sleeved on the base ring and connected with the outer ring support ring, the bottom side of the outer end of the protective ring is provided with an outer barrier film second adhesive, The base ring is also connected with a liquid suction pipe in a penetrating way, the outer end of the liquid suction pipe is inserted with one group of pipe orifices of the liquid suction bag, one end of the air bag is inserted with the other group of pipe orifices of the liquid suction bag, and the other end pipe of the air bag is also provided with a medical one-way valve II. Further, the stoma size adjusting assembly comprises a fixed ring, a first adjusting ring, a second adjusting ring, a third adjusting ring and a rubber plug; The fixed ring is fixed on the inner ring support ring, the first adjusting ring is inserted on the fixed ring, the second adjusting ring is inserted on the first adjusting ring, the third adjusting ring is inserted on the second adjusting ring, and the rubber plug is arranged in the middle jack of the third adjusting ring. Further, six groups of inserting posts are arranged at the outer ends of the bottom sides of the first adjusting ring, the second adjusting ring and the third adjusting ring, and are inserted into slots of the fixing ring, the first adjusting ring and the second adjusting ring in an interference fit mode respectively. Further, the outer diameters of the fixing ring, the first adjusting ring, the second adjusting ring and the third adjusting ring are sequentially reduced in equal proportion, and the inner diameters are also sequentially reduced in equal proportion. Further, the pipette is formed by connecting five groups of vertical pipes, a group of arc-shaped pipes and a group of transverse pipes, the bottom ends of the five groups of vertical pipes are inserted into the perforation of the girdle, and the outer ends of the transverse pipes are provided with a medical one-way valve I and are inserted into a group of pipe orifices of the pipette bag. Further, the inner side end of the immersion sensor is electrically connected with the conductive connecting block on the