15 results about "Snout" patented technology

The blade is provided with an inner side close to a blade handle and an outer side far away from the blade handle, the outer side of the blade is provided with the bionic anterior kiss connected with the outer edge of the blade, and the bionic anterior kiss are of a sheet structure and protrude forwards from the front end of the outer edge; wherein one side face of the bionic front kiss is connected with the outer edge, and the width of the bionic front kiss from the front end to the rear end of the bionic front kiss is gradually increased and then gradually decreased. According to the technical scheme, the streamline feature of the dolphin kiss part is imitated, the shape can reduce fluid resistance and reduce energy loss to the maximum extent, the blade in the scheme adopts the bionic front kiss similar to the dolphin kiss part, the design can greatly reduce air flowing resistance, and in the rotating process of the fan blade, the fan blade is not prone to falling off. By means of the design, the blades can capture wind energy more efficiently, energy loss caused by wind resistance is reduced, and therefore the overall efficiency of the draught fan is improved.

The present invention relates to a block snout assembly (100) integrated with a slide-in cassette mechanism. The block snout assembly (100) comprises of a block snout (102), a cassette tray (110) inserted within the snout via a rectangular shaped slot (108) carved inside the snout, the tray is manually accessed by the user for drawing in / out from the snout via an opening (106) carved on a proximal end of the slot (108) and snout, a set of labels (116) accommodated within a rectangular profile embossed on the tray, thereby preventing the labels (116) from being damaged or from being exposed to any foreign particles. Even the assembly also allows the user to restore the sets of labels (116) within the rectangular profile and a collared profile (118) fabricated over the tray keeps the labels (116) intact within the rectangular shaped slot (108).

A canine drinking bowl device for cleaning slobber from a canine's snout when the canine drinks water includes a bowl for containing water. The bowl has a volume of at least 1.0 liters to contain enough water to sustain a canine for at least 24.0 hours. A plurality of bristles is each attached to the bowl and the plurality of bristles is strategically oriented to define a drinking opening in the bowl. The canine o extends their snout through the drinking opening to drink the water in the bowl. The plurality of bristles scrubs slobber from the canine's snout when the canine lifts their snout out of the bowl thereby retaining the slobber in the bowl. Additionally, the plurality of bristles is oriented at an upward angle to resist poking the canine when the canine lifts their snout upwardly out of the bowl.

To provide an animal gas emission monitoring device attached to a cattle.SOLUTION: An animal gas emission monitoring device comprises: a snout member including a sensor unit for detecting a quantity of methane emissions; and positioning means for positioning the device on a head of an animal such that the snout member locates the sensor unit over a nostril of the animal.SELECTED DRAWING: Figure 1

A snout assembly of a laser pump module may include a snout bulkhead comprising an opening along a longitudinal axis of the snout bulkhead. The snout assembly may include a ferrule in the opening of the snout bulkhead. The snout assembly may include a metallization layer on a portion of an outer surface of the ferrule. The snout assembly may include a copper-silver (CuAg) solder material between the metallization layer and a surface of the opening. The CuAg solder material may bond the ferrule and the snout bulkhead.

An animal emission monitoring device for positioning on cattle, the animal emission monitoring device comprising a snout member comprising a sensor unit for detecting the quantity of methane emissions and a positioning means for positioning the device on the head of an animal such that the snout member locates the sensor unit over the nostril of the animal.

An animal suturing training device includes a snout portion constructed in the form of an animal snout. The animal suturing training device also includes a nose portion that includes nostrils and nasal passages coupled to the animal snout. The nasal nostrils and nasal passages are constructed to resemble an anatomical functional animal nasal airway.

The present invention provides a muzzle for muzzling an animal. The muzzle features a guard comprising a wire basket configured to accommodate within its central cavity the snout, mouth and jaws of the muzzled animal, wherein the wire basket comprises a lower enclosed niche, which is sized and angled to receive an extended lower jaw of the animal adopted in a yawn. The muzzle also features a strap system for securing the muzzle about the head of the animal for correct and secure enclosing and positioning of the snout, mouth and jaws of the animal within the wire basket. The present invention further provides a method of using the muzzle and a method of manufacture.

The invention relates to a dog's anti-biting controller, which comprises a snout muzzle (1) including air-inflating tubes (9a,9b) and a main collar (4) consisting of rechargeable battery with PCBA (5), an air-tube (10), air pump (6), and air-valve (8). The working mechanism of the invention is activated when the dog is out of control and attempts to bite humans. The main collar (4) and snout muzzle (1) can be activated with an order signal from a remote controller or connected line controller. This signal triggers the activation of the air pump (6) and air valve (8), which supply air via the air supply pipe located inside the collar connector (2) to the air tubes (9a, 9b,10) inflating them to force the closure of the dog's mouth and choke its neck.

To provide a stuffed toy whose body and head can be easily attached and detached. [Solution] The stuffed toy 10 has a main body 1 including a torso, and a spherical or oblate spheroidal head 2 that can be attached to and detached from the main body 1. Magnets are attached to the connection parts 1a and 2a between the main body 1 and the head 2, and an image including the eyes, nose, and mouth of an animal is drawn on half the surface of the head 2.

The grazing muzzle for crop protection comprises a flexible structure (1), with securing means (2), which covers the animal's snout, formed by a fixed part (1.2) joined to the securing means (2) and a movable part (1.1) secured to the fixed part (1.2) by bending points (1.4) at the top, such that the contact area (1.3) opens when the movable part (1.1) is pushed upwards.

The invention discloses an animal identification method and device, and the method comprises the steps: employing an improved YOLO network model for detection, obtaining the multi-scale features of a to-be-analyzed image based on a backbone network, the multi-scale features at least comprise a first scale feature map and a second scale feature map, and the scale of the first scale feature map is larger than that of the second scale feature map; inputting the first scale feature map and the second scale feature map into a cross attention network, outputting a first cross attention feature map and a second cross attention feature map, and performing feature fusion on the first cross attention feature map and the second cross attention feature map to obtain a fused feature map; and inputting the fused feature map into a detection head, when the face and the nose of the animal in the to-be-analyzed image are detected at the same time, outputting a face image and a nose image of the animal, and performing animal identification based on the face image and the nose image of the animal. The method can detect the face and nose of the animal in the image at the same time, and greatly improves the accuracy of animal recognition.

Systems and method for animal identification using animal nose prints are disclosed. The system comprises a sensor connected to a computer. The computer contains one or more unique animal nose prints. When an animal nose touches the sensor, the computer determines if the animal nose matches one of the nose prints in the computer. If it does, the system can include a motor or pump to activate additional events such as opening a door, opening a gate, or dispensing food, treats, medicine, or water.

A mask device for veterinary use; a mask device comprising: a housing having three walls forming the side walls of an enclosure; a first closed end and a second end forming an opening for receiving the animal's nose into the enclosure; an outlet protruding from the outside of the housing at the closed end; and an inlet protruding from the inside of the enclosure at the closed end; wherein the three walls include at least one vent having a concave shape extending toward the opening, the at least one vent including a cavity, and the opening including a diaphragm.