CN202435965U

CN202435965U - Carp spawn separation device

Info

Publication number: CN202435965U
Application number: CN2012200735907U
Authority: CN
Inventors: 李池陶; 石连玉; 徐伟; 贾智英; 耿龙武; 胡雪松
Original assignee: Heilongjiang River Fisheries Research Institute of Chinese Academy of Fishery Sciences
Current assignee: Heilongjiang River Fisheries Research Institute of Chinese Academy of Fishery Sciences
Priority date: 2012-03-01
Filing date: 2012-03-01
Publication date: 2012-09-19
Anticipated expiration: 2022-03-01

Abstract

A carp spawn separation device relates to a spawn separation device. The carp spawn separation device aims at resolving the problems of large labor intensity, long separation time and damage and death of surface spawns caused by the fact that separation of particulate spawns and adhesion spawns is conducted by adopting the mode that manual twisting is utilized first and then screen filtering is utilized in the existing separation of carp spawns. The upper layer included angle between upper layer support rods and the horizontal plane of a screen plate frame is 30 degrees, and the lower layer included angle between lower layer support rods and the horizontal plane is 15 degrees. A sliding inclined face vibration spawn separation screen is placed on the two upper layer support rods and is provided with an adhesion spawn dropping port, a fixed spawn brush is fixedly installed at one end of a spawn twisting separation screen, brush hairs of the fixed spawn brush face upwards, the spawn twisting separation screen is placed on the two lower layer support rods, the fixed spawn brush is located under the adhesion spawn dropping port, a spawn hopper is arranged above the inclined face high position of the sliding inclined face vibration spawn separation screen, a dropping port insertion plate is arranged at the position of the adhesion spawn dropping port, and a control water level discharge pipe is communicated with a water discharge cavity. The carp spawn separation device is used for separation of fish adhesion spawns.

Description

Carp ovum separator

Technical field

The utility model relates to a kind of fish-egg separator.

Background technology

Present carp fry breeding field; The modes of artificial induced spawning, natural spawning, circuit hatching that adopt are carried out fry production more; Lay eggs carp after in the fish-egg of natural unsticking, inter-adhesive formation sheet of part fish-egg or bulk are always arranged, do not cause inner fish-egg hypoxia death if do not carry out the branch defection; And reduce incubation rate with batch fish-egg, therefore, the carp ovum needs sheet or block fish-egg are separated before getting into circular hatching channal; The method of sieving with screen cloth behind the existing carp ovum separate mode employing hand rubbing is carried out separating of shot ovum and adhesion ovum, and the shortcoming of this separate mode is: action required person is more in the separation process, and labour intensity is big, and the operating time is longer, and ovum is prone to anoxic; And used strength size varies with each individual during the hand rubbing ovum, can't accurately control, problems such as the ovum cracky death on top layer.

The utility model content

The purpose of the utility model is to separate and adopt the method for sieving with screen cloth behind the hand rubbing to carry out separating of shot ovum and adhesion ovum for solving existing carp ovum; Cause the problem that labour intensity is big, disengaging time long, the ovum on top layer is prone to impaired death, a kind of carp ovum separator is provided.

The carp ovum separator of the utility model comprise long-pending ovum tank, water strainer, sieve plate frame, sliding bevel vibration divide the ovum sieve, rub the ovum bolter with the hands, fixedly ovum brush, ovum bucket, ovum bucket plate, the mouth plate that falls, control water level drainpipe and water inlet pipe; Said water strainer is arranged in the long-pending ovum tank, and water strainer will amass the ovum tank and be divided into disengagement chamber and drain chamber, and said sieve plate frame is made up of stand, two upper strata poles and two lower floor's poles; Two upper strata poles are corresponding one by one up and down with two lower floor's poles; And the end, the same side of two upper strata poles and two lower floor's poles all is fixedly connected with stand, and the upper strata angle between each upper strata pole and the horizontal plane is 25 °～40 °, and the lower floor's angle between each lower floor's pole and the horizontal plane is 10 °～25 °; The sieve plate frame is arranged in the disengagement chamber; And the long-pending ovum inboard wall of cistern that stand on the sieve plate frame and water strainer are relative is affixed, and two upper strata poles contact with all corresponding with it the long-pending ovum tank longitudinal medial wall of two lower floor's poles, and the sliding bevel vibration divides the ovum sieve to place on two upper strata poles; Sliding bevel vibrates and divides the compass screen surface that is positioned at disengagement chamber middle part one side on the ovum sieve to be provided with adhesion ovum whereabouts mouth; Fixedly ovum brush is fixedly mounted on an end of rubbing the ovum bolter with the hands, and fixedly the ovum brush bristle up, rub the ovum bolter with the hands and place on two lower floor's poles; And fixedly ovum brush be positioned at that the adhesion ovum falls mouthful below; The ovum bucket is arranged on the top that sliding bevel vibrates the inclined-plane eminence of dividing the ovum sieve, and ovum bucket plate is arranged on ovum bucket blanking port place, and mouthful plate that falls is arranged on mouthful place, adhesion ovum whereabouts; Control water level drainpipe is arranged on the base plate of drain chamber, and water inlet pipe is arranged on the top of disengagement chamber.

The utility model has the advantages that: one, the utility model divides ovum sieve and stranding ovum bolter to make sheet or block adhesion ovum separate into the shot ovum that is fit to the hatching of flowing water circuit through the sliding bevel vibration; Utilizing the utility model device to carry out fish-egg separates; Can not hurt the ovum on top layer, improve the survival rate of ovum; The separation process of whole carp ovum only needs a people to accomplish, and used operator is few, has reduced operator's labour intensity, has reduced the operating time.Two, the utility model simple in structure, easy for operation, save labor.

Description of drawings

Fig. 1 is the overall structure front view of the utility model, and Fig. 2 is the vertical view (removing a whereabouts mouthful plate 9) of Fig. 1, and Fig. 3 is the vertical view (remove the sliding bevel vibration and divide ovum sieve 4, ovum bucket 7, ovum bucket plate 8, whereabouts mouthful plate 9 and two upper strata pole 3-2) of Fig. 1.

Embodiment

Embodiment one: combine Fig. 1～Fig. 3 that this embodiment is described, the carp ovum separator of this embodiment comprises that long-pending ovum tank 1, water strainer 2, sieve plate frame 3, sliding bevel vibration divide ovum sieve 4, rub ovum bolter 5 with the hands, fixedly ovum brush 6, ovum bucket 7, ovum bucket plate 8, fall a mouthful plate 9, control water level drainpipe 12 and water inlet pipe 13, and said water strainer 2 is arranged on and amasss in the ovum tank 1; And water strainer 2 will amass ovum tank 1 and be divided into disengagement chamber 1-1 and drain chamber 1-2; Sieve plate frame 3 is made up of stand 3-1, two upper strata pole 3-2 and two pole 3-3 of lower floor, and two upper strata pole 3-2 are corresponding one by one up and down with two pole 3-3 of lower floor, and the end, the same side of two upper strata pole 3-2 and two pole 3-3 of lower floor all is fixedly connected with stand 3-1; Upper strata angle between each upper strata pole 3-2 and the horizontal plane is 25 °～40 °; The angle β of lower floor between each pole 3-3 of lower floor and the horizontal plane is 10 °～25 °, and sieve plate frame 3 is arranged among the disengagement chamber 1-1, and relative long-pending ovum tank 1 inwall of the stand 3-1 on the sieve plate frame 3 and water strainer 2 is affixed; Two upper strata pole 3-2 contact with two all corresponding with it long-pending ovum tank 1 longitudinal medial walls of the pole 3-3 of lower floor; Sliding bevel vibration divides ovum sieve 4 to place on two upper strata pole 3-2, and the sliding bevel vibration divides the compass screen surface that is positioned at disengagement chamber 1-1 middle part one side on the ovum sieve 4 to be provided with the adhesion ovum mouthful 4-1 that falls, and fixedly ovum brush 6 is fixedly mounted on an end of stranding ovum bolter 5; And fixedly the bristle of ovum brush 6 up; Rub ovum bolter 5 with the hands and place on two pole 3-3 of lower floor, and fixedly ovum brush 6 be positioned at the adhesion ovum fall mouthful 4-1 below, ovum bucket 7 is arranged on the top that the sliding bevel vibration divides the inclined-plane eminence of ovum sieve 4; Ovum bucket plate 8 is arranged on ovum bucket 7 blanking port places; Ovum bucket plate 8 is used to control the whereabouts flow of carp ovum, and mouthful plate 9 that falls is arranged on a mouthful 4-1 place, adhesion ovum whereabouts, when needing an adhesion ovum whereabouts mouthful 4-1 to fall the adhesion ovum; Mouthful plate 9 that will fall is opened; When not needing an adhesion ovum whereabouts mouthful 4-1 to fall the adhesion ovum, mouthful plate 9 retainings that will fall are a mouth 4-1 place in adhesion ovum whereabouts, and control water level drainpipe 12 is arranged on the base plate of drain chamber 1-2; Upper and lower mobile control water level drainpipe 12; Make the water level in the long-pending ovum tank 1 be controlled at certain altitude, and play the replacing water body, regulate the water quality of long-pending ovum tank 1.Water inlet pipe 13 is arranged on the top of disengagement chamber 1-1.

Embodiment two: combine Fig. 1 that this embodiment is described, the upper strata angle of this embodiment is 30 °, and the said angle β of lower floor is 15 °.Other composition and annexation are identical with embodiment one.

Embodiment three: combine Fig. 1～Fig. 3 that this embodiment is described, the drainage mesh on the water strainer 2 of this embodiment is 2mm～3mm.Other composition and annexation are identical with embodiment one.

Embodiment four: combine Fig. 1 that this embodiment is described, the sliding bevel vibration of this embodiment divides ovum sieve 4 and the sieve mesh of rubbing with the hands on the ovum bolter 5 to be 8mm～10mm.Other composition and annexation are identical with embodiment one.

Embodiment five: combine Fig. 1 that this embodiment is described; This embodiment and embodiment one are different is that it also increases nanometer oxygen increasing tube 10 and oxygen cathete 11 are arranged; Nanometer oxygen increasing tube 10 is arranged among the disengagement chamber 1-1; And nanometer oxygen increasing tube 10 levels are laid on the bottom surface of long-pending ovum tank 1, and the output of oxygen cathete 11 is connected with nanometer oxygen increasing tube 10, and the input of oxygen cathete 11 is connected with source of oxygen.Increase nanometer oxygen increasing tube 10 and be and be anoxic not after guaranteeing the fish-egg separation process and separating.Other composition and annexation are identical with embodiment one.

The utility model method of operating:

Elder generation's vector product ovum tank 1 water filling, the water surface will surpass the sliding bevel vibration and divide ovum sieve 4, and will control water level drainpipe 12 and mention this height; The water level that keeps tank 1; To fall mouthful plate 9 retainings at the adhesion ovum mouthful 4-1 place that falls, again sheet or block adhesion ovum are placed ovum bucket 7, the adhesion ovum falls into the sliding bevel vibration through the outlet of ovum bucket 7 and divides ovum to sieve on 4 the inclined-plane eminence; Divide ovum sieve 4 vertically sieving back and forth by the manual sliding bevel vibration of operator along two upper strata pole 3-2; The shot ovum divides from sliding bevel vibration and sifts out the screen cloth on the ovum sieve 4 and fall into the water, and the adhesion ovum that not have sieve to loose has been stayed the sliding bevel vibration and divided on the ovum sieve 4, and the mouth plate 9 that will fall is opened; The adhesion ovum that does not have sieve to loose falls on the fixedly ovum brush 6 of rubbing ovum bolter 5 with the hands through adhesion ovum whereabouts mouthful 4-1; Hand-held another the movable ovum brush of operator to rubbing with the hands, and is opened the bristle of the bristle of movable ovum brush and fixing ovum brush 6 with whole adhesion ovum strandings; Shot ovum after stranding is opened suitable slope of rubbing ovum bolter 5 with the hands under flow action is slipped on the screen cloth of rubbing ovum bolter 5 lower ends with the hands and by screen cloth and falls into the water, and so far accomplishes the separation of the adhesion ovum of sheet or bulk.

Claims

1. carp ovum separator; Said carp ovum separator comprise long-pending ovum tank (1), water strainer (2), sieve plate frame (3), sliding bevel vibration divide ovum sieve (4), rub ovum bolter (5) with the hands, fixedly ovum brush (6), ovum bucket (7), ovum bucket plate (8), mouthful plate (9) that falls, control water level drainpipe (12) and water inlet pipe (13); It is characterized in that: said water strainer (2) is arranged in the long-pending ovum tank (1); And water strainer (2) will amass ovum tank (1) and be divided into disengagement chamber (1-1) and drain chamber (1-2); Said sieve plate frame (3) is made up of stand (3-1), two upper strata poles (3-2) and two lower floor's poles (3-3); Two upper strata poles (3-2) are corresponding one by one up and down with two lower floor's poles (3-3); And the end, the same side of two upper strata poles (3-2) and two lower floor's poles (3-3) all is fixedly connected with stand (3-1), and the upper strata angle (α) between each upper strata pole (3-2) and the horizontal plane is 25 °～40 °, and the lower floor's angle (β) between each lower floor's pole (3-3) and the horizontal plane is 10 °～25 °; Sieve plate frame (3) is arranged in the disengagement chamber (1-1); And long-pending ovum tank (1) inwall relative with water strainer (2) of the stand (3-1) on the sieve plate frame (3) is affixed, and two upper strata poles (3-2) contact with all corresponding with it long-pending ovum tank (1) the longitudinal medial wall of two lower floor's poles (3-3), and the sliding bevel vibration divides ovum sieve (4) to place on two upper strata poles (3-2); The sliding bevel vibration divides the compass screen surface that is positioned at disengagement chamber (1-1) middle part one side on the ovum sieve (4) to be provided with adhesion ovum whereabouts mouthful (4-1); Fixedly ovum brush (6) is fixedly mounted on an end of rubbing ovum bolter (5) with the hands, and fixedly ovum brush (6) bristle up, rub ovum bolter (5) with the hands and place on two lower floor's poles (3-3); And fixedly ovum brush (6) be positioned at the adhesion ovum fall mouthful (4-1) below; Ovum bucket (7) is arranged on the top that sliding bevel vibrates the inclined-plane eminence of dividing ovum sieve (4), and ovum bucket plate (8) is arranged on ovum bucket (7) blanking port place, and mouthful plate (9) that falls is arranged on adhesion ovum whereabouts mouthful (4-1) and locates; Control water level drainpipe (12) is arranged on the base plate of drain chamber (1-2), and water inlet pipe (13) is arranged on the top of disengagement chamber (1-1).

2. according to the said carp ovum of claim 1 separator, it is characterized in that: said upper strata angle (α) is 30 °, and said lower floor angle (β) is 15 °.

3. according to claim 1 or 2 said carp ovum separators, it is characterized in that: the drainage mesh on the said water strainer (2) is 2mm～3mm.

4. according to the said carp ovum of claim 3 separator, it is characterized in that: said sliding bevel vibration divides the sieve mesh on ovum sieve (4) and the stranding ovum bolter (5) to be 8mm～10mm.

5. according to the said carp ovum of claim 4 separator; It is characterized in that: said carp ovum separator also comprises nanometer oxygen increasing tube (10) and oxygen cathete (11); Said nanometer oxygen increasing tube (10) is arranged in the disengagement chamber (1-1); And nanometer oxygen increasing tube (10) level is laid on the bottom surface of long-pending ovum tank (1), and the output of oxygen cathete (11) is connected with nanometer oxygen increasing tube (10).