CN210990303U

CN210990303U - Clinical examination gloves that possess measurement function

Info

Publication number: CN210990303U
Application number: CN201921153745.6U
Authority: CN
Inventors: 宋浩
Original assignee: Ninth Peoples Hospital Shanghai Jiaotong University School of Medicine
Current assignee: Ninth Peoples Hospital Shanghai Jiaotong University School of Medicine
Priority date: 2019-07-22
Filing date: 2019-07-22
Publication date: 2020-07-14
Anticipated expiration: 2029-07-22

Abstract

The utility model provides a clinical examination gloves that possess measurement function, including the gloves body, scale and setpoint, the gloves body is dressed on hand, including big thumb dactylotheca, the index finger dactylotheca, well dactylotheca, ring dactylotheca and little thumb dactylotheca, in the index finger cover radial side mark scale that corresponds with index finger radial side, and the scale sets up along the directional of index finger dactylotheca, the initial measurement point position of scale or the alternate position that equals with initial measurement point position set up tangible setpoint, alternate position is arbitrary position except initial measurement point on a circumference, the circumference is through initial measurement point and with scale looks vertically set up the circumference on the index finger cover. This measurement gloves can realize measuring in a flexible way to the focus, sets up tangible setpoint in the initial position of scale, to the invisible focus in boundary and because of the too narrow focus that can't look directly in space, can touch perception boundary and utilize the setpoint to carry out the location measurement through the finger.

Description

Clinical examination gloves that possess measurement function

Technical Field

The utility model relates to the field of medical equipment, especially, relate to a medical clinical examination/measurement gloves.

Background

For lesions such as tumors, tumor-like lesions, mucosal lesions or other space occupying lesions in the oral cavity or other narrow cavities of the human body, palpation is an important content of clinical examination, including the texture (invisible), size, infiltration range (invisible), relationship with adjacent tissues (invisible), and the like of the lesions. The size of the focus is important information which must be recorded in the examination, and has important significance for diagnosis, clinical staging, determination of treatment scheme, evaluation of treatment effect and the like of the disease of the patient. At present, the measurement of the focus in the oral cavity or other narrow cavities of the human body is limited by various factors, the actual clinical operation is usually carried out by estimation, and the error is large. And the foregoing limiting factors include:

firstly, the human lacuna (such as oral cavity) space is narrow, so most of focuses can not be directly measured by the existing measuring tool (such as a ruler), and the measuring tool applicable to small space has urgent need;

secondly, the boundary of lesions in the oral cavity (especially neoplastic lesions) is mostly positioned under the mucosa or has invasive growth, the boundary is invisible and can be determined only by palpation, and meanwhile, the initial position of measurement during palpation measurement can not be determined by direct vision due to space problems, so that the problem cannot be solved by the existing tumor measuring device;

thirdly, the existing measuring tools (such as tumor measuring instruments) have poor measurement flexibility, and even for some lesions of which the boundaries can be determined by naked eyes so as to be measured, flexible measurement of the lengths of different angles in the lesions is difficult to realize, so that the measurement of the maximum diameter of the lesion is difficult to realize;

finally, the existing measuring tools need to be sterilized and cleaned after each inspection and measurement, which is troublesome. Therefore, the current clinical work of doctors mainly depends on estimation on the size of the focus, the subjectivity is strong, the measurement data of different observers are greatly different, and the repeatability is extremely poor.

Therefore, effective innovation of the prior art is needed to address the above drawbacks.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a clinical examination gloves that possess measurement function, this gloves can directly be dressed in on hand, with the help of the flexibility of finger, realized having set up tangible setpoint to the nimble measurement of focus in the initial position of scale, to the invisible focus in boundary and because of the too narrow and unable direct-view focus in space, can fix a position through finger touch perception boundary and utilization setpoint, combine the measurement scale that marks on the gloves, accomplish the accurate measurement to the focus.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a clinical examination glove with a measurement function comprises a glove body, scales and positioning points, wherein the glove body is worn on a hand and comprises a thumb stall, an index finger stall, a middle finger stall, a ring finger stall and a little finger stall, the scales are marked on the radial side of the index finger stall corresponding to the radial side of an index finger, the scales are arranged along the direction of the index finger stall, the positioning points which can be touched are arranged at the initial measurement point position of the scales or at alternative positions which are identical to the initial measurement point position, the alternative positions are any positions on a circumference except the initial measurement point, and the circumference is a circumference which passes through the initial measurement point and is perpendicular to the scales and is arranged on the index finger stall; when the measurement starting point of the focus cannot be determined by checking, the measurement edge of the focus is positioned by the positioning point through touch sensing, the problem of inaccurate measurement caused by estimation of the measurement starting point is avoided, the substitution position is not overlapped with the initial measurement point, and observation is facilitated;

correspondingly, the alternative positions comprise positions on the index finger sleeve corresponding to the index finger pulp, positioning is carried out by utilizing positioning points at the index finger pulp, and reading is carried out from the radial side of the index finger, so that the convenience and the accuracy of reading are improved;

correspondingly, the positioning points are structures which can be sensed by touch, and the structures which can be sensed by touch comprise inward convex structures and thickened structures;

correspondingly, the scale is in centimeters.

The utility model has the advantages that:

1) the touchable locating point comprising the inward convex structure is arranged at the initial measuring point or the replacing position, so that the measuring initial position can be conveniently located by touching the sensing boundary through fingers and utilizing the locating point under the condition that the boundary of the detected focus can be determined only through palpation and the focus cannot be directly viewed; if the measurement termination point cannot be directly viewed in the measurement process, the thumb of the measuring hand can be placed on the index finger scale or the substitute position to mark the measurement termination point and read the number after the measuring hand is taken out. The method solves the problems that the focus boundary is difficult to locate and measure and the measurement is inaccurate because only estimation can be adopted;

2) scales are marked on the glove body, so that the problems that the focus is difficult to measure and the flexibility is low by adopting a common measuring tool are solved, and the convenience and the operability for measuring the focus are improved;

3) the disposable disinfection and cleaning device is disposable, repeated disinfection and cleaning are not needed, and the complexity in use is reduced.

Drawings

Fig. 1 is a schematic structural view of a measuring glove according to an embodiment of the present invention;

fig. 2 is a schematic view of a radial structure of the index finger sleeve according to an embodiment of the present invention;

in the figure:

1. a glove body; 11. a thumb sleeve; 12. a forefinger sleeve; 13. a middle finger sleeve; 14. a ring finger stall; 15. a little finger sleeve; 2. calibration; 3. an inwardly convex structure.

Detailed Description

As shown in fig. 1 and 2, in an embodiment of the present invention, a clinical examination glove with a measurement function includes a glove body 1, a scale 2 and a positioning point 3, the glove body 1 is worn on a hand, and includes a thumb sleeve 11, an index finger sleeve 12, a middle finger sleeve 13, a ring finger sleeve 14 and a little finger sleeve 15, the scale 2 is marked on the radial side of the index finger sleeve 12 corresponding to the radial side of the index finger, the unit of the scale 2 is centimeter, and the scale 2 is set along the direction of the index finger sleeve 12, a positioning point capable of touching is set at the initial measurement point position of the scale 2 or at an alternative position equivalent to the initial measurement point position, in this embodiment, for simplifying the description, the positioning point is set as an inward convex structure 3 (i.e. a convex structure inside the glove), the alternative position is any position on a circumference except the initial measurement point, the circumference is a circumference which is set on the index finger sleeve 12 through the initial measurement point and is perpendicular to the, in this embodiment, in order to facilitate positioning and improve readability of measurement, the position on the index finger sleeve 12 corresponding to the finger abdomen of the index finger is set as a substitute position, that is, the finger abdomen of the index finger sleeve 12 is provided with the inward convex structure 3, so that when the index finger abdomen is used for positioning, the radial side of the index finger sleeve 12 is usually not in surface contact with the detected lesion, so as to facilitate checking the scale 2, of course, the reading cannot be directly checked in the checking of the scale 2, under the condition that the scale 2 cannot be viewed directly (due to narrow operation space and the like), the thumb tip of the same hand can be firstly placed in the measuring end point to position the scale 2 on the radial side of the index finger, and the reading is performed after the hand is removed from the lacuna.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides a clinical examination gloves that possess measurement function, includes gloves body, scale and setpoint, the gloves body is dressed on hand, including thumb stall, index finger cover, well dactylotheca, unknown dactylotheca and little thumb stall, its characterized in that: marking the scale on the radial side of the index finger sleeve corresponding to the radial side of the index finger, wherein the scale is arranged along the direction of the index finger sleeve, a touchable positioning point is arranged at the initial measuring point position of the scale or an alternative position equivalent to the initial measuring point position, the alternative position is any position on a circumference except the initial measuring point, and the circumference is arranged on the index finger sleeve through the initial measuring point and is vertical to the scale.

2. The clinical examination glove with a measuring function according to claim 1, wherein: the alternative location comprises a location on the index finger sleeve corresponding to the index finger pulp.

3. The clinical examination glove with a measuring function according to claim 1, wherein: the locating point is a structure which can be sensed by touch, and the structure which can be sensed by touch comprises an inward convex structure and a thickening structure.

4. The clinical examination glove with a measuring function according to claim 1, wherein: the scale is in centimeters.