baber/WOPTO huggingface dataset:
Patent AU-2020100136-A4 (AU)
Title: New-type waterwheel rotating device
Inventor: XIN XIAOFEI
IPC: F03B7/00
Filed: 2020-01-24
Granted: 2020-02-27
Abstract: Abstract The present utility model discloses a new-type waterwheel rotating device, comprising a supporting plate, a rotating shaft, a rotating frame, a reinforcing ring and a power supply device, wherein the rotating frame comprises a rotating ring and rotating brackets, the rotating ring and the several rotating brackets being all fixedly connected, and one ends of the several rotating brackets being welded to a first cylinder assembly, a second cylinder assembly, a third cylinder assembly, a fourth cylinder assembly, a fifth cylinder assembly, a sixth cylinder assembly, a seventh cylinder assembly and an eighth cylinder assembly; and the first cylinder assembly comprises a cylinder, a seal pipe, a vent pipe, a water outlet and a water inlet, the cylinder being connected to the seal pipe, and the vent pipe being connected to the other end of the seal pipe. By means of air suction and water discharge through the piston motion of the cylinders, the vacuum cylinders under water float upwards. The cylinders above water discharge air and enter the water, which circulate in turn to make the waterwheel rotate continuously. The most important feature of this waterwheel is to utilize the buoyancy of water. 10, 8 Fig. 1 704 701 702 CA -703 Fig. 2
Patent AU-2020100864-A4 (AU)
Title: Assembly for dispensing sanitiser fluid
Inventor: NEWELL DAVID
IPC: A47K5/12
Filed: 2020-05-27
Granted: 2020-07-16
Abstract: An assembly 10 for dispensing sanitiser fluid. The assembly 10 includes a post 12 having 
opposed ends 14, 16, a pedal 18 pivotally securable adjacent one of the ends 16 of the post 12, a 
platform 20 dimensioned to be received within the post 12, the platform 20 configured to support 
a reservoir containing the sanitiser fluid, an elongate member 22 dimensioned to extend between 
the pedal 18 and the platform 20 such that pivoting the pedal 18 moves the elongate member 22 
to cause the platform 20 to be displaced along the post 12, a stop 24 securable to the post 12 to 
be operatively above the platform 20 such that, in use, the reservoir is urged against the stop 24 
when the platform 20 is displaced to cause sanitiser fluid to be dispensed from the reservoir, and 
an open-topped receptacle 26 defining an internal space 28, the receptacle 26 securable to the 
post 12 to be operatively below the stop 24 to allow collecting dispensed fluid in the internal 
space 28.
1/4 
10 
Z44 
2
Figure 2 
3gr1 
Figure1
Patent AU-2020103342-A4 (AU)
Title: Design of self-supervisory target painting drone [sstpd]
Inventor: MEIVEL S
IPC: G05D1/02
Filed: 2020-11-10
Granted: 2021-01-21
Abstract: DESIGN OF SELF-SUPERVISORY TARGET PAINTING 
DRONE [SSTPD] 
Abstract 
Building and construction are some of the important industries around the world. In this 
fast-moving life, the construction industry is also developing expeditiously. But, the laborers 
in the construction industry are not sufficient. Applications and activities of robotics and 
automation in the construction industry started in the early 90's aiming to upgrade equipment 
operations, improve safety, modify the concept of workspace and ensure a quality environment 
for building occupiers. After the advancement happened in robotics and automation, the 
construction industry has developed very fast. In contempt of the advances in robotics and its 
wide-spreading applications, painting is considered a tough process and it has to be enhanced 
in a better way. To make this work easier, secure, and to reduce the number of laborers, a 
remote-operated Spray painting machine was introduced. The painting chemicals can cause 
hazards to human painters such as the eye and respiratory system. Also, the nature of the 
painting procedure that requires recast the work and hand rising makes it tedious, time, and 
effort consuming. These factors inspire the development of self-supervisory aerial wall paint 
vehicles. Drone means either miniature fixed-wing airplanes or more commonly Hexacopter 
and other multi-bladed small helicopters. We have introduced and designed a new drone 
innovation for spraying paint to the desired target. Our Drone system can paint the target 
with a speed of 1 m/min. An aerial vehicle had designed to fly independently and 
autonomously drove the drone.  
11 P a g e
DESIGN OF SELF-SUPERVISORY TARGET PAINTING 
DRONE [SSTPD] 
Drawings 
Hardware configuration of prototype 
100 10,102 & 105 
Caeaspraying Pai nt Tank 
anism t zle 
loT 
106 Board 
EGPS Tracking Clouding Webpage 
DRONE UNIT 
103% 
108 
ntt:]y PilotController MOTORS 
Figure 16: hardware configuration of prototype
Figure 2: Bottom View of Drone wire frame Model 
Figure 3: Bottom View of Drone Solid Model 
Figure 4. Drone 3D wire Frame and Solid model
Patent AU-2020103597-A4 (AU)
Title: Smart self-heating rechargeable inoculation loop (shril)
Inventor: YOGAMOORTHI THIAGARAJAN
IPC: A61L2/03
Filed: 2020-11-22
Granted: 2021-02-04
Abstract: SMART SELF-HEATING RECHARGEABLE INOCULATION 
LOOP (SHRIL) 
Abstract 
The current invention relates to the technique of providing a medium to transfer cultures 
and bacteriological samples from one container to another without any contamination of 
specimen during the process. An inoculation loop consisting a long piece of wire wound at one 
end, are used to carry bacteria or cultures from one container to another. The existing Inoculation 
loops made of Platinum are sterilized by exposing the wire to an external heat source. The 
external heating source commonly used to heat the Inoculation Loop is through Bunsen 
laboratory burner or gas flame (LPG). Furthermore, for proper sterilization of the inoculation 
loop, uniform heating is required over the entire length of the inoculation loop. To overcome the 
above issues, portable Battery operated self-sterilizing inoculation Loop is designed which 
doesn't require any external heating source to sterilize the Inoculation Loop to the ideal 
disinfection temperature. This Model throws a glimpse on identification of suitable metal for 
inoculation loop.  
1
Patent AU-2020104216-A4 (AU)
Title: Pickering emulsion based on superfine tea powder, sausage containing pickering emulsion based on superfine tea powder and preparation method and use
Inventor: CHEN QI
IPC: A23B4/18
Filed: 2020-12-22
Granted: 2021-03-11
Abstract: The present disclosure relates to the technical field of sausage processing, and provides a 
Pickering emulsion based on superfine tea powder, a sausage containing the Pickering emulsion 
based on superfine tea powder, and a preparation method and use. The Pickering emulsion based on 
superfine tea powder includes superfine tea powder, water and vegetable oil. In the present 
disclosure, the superfine tea powder can stabilize an oil-in-water Pickering emulsion, and providing 
the Pickering emulsion with functional components of tea powder, improving utilization of the tea 
powder, protecting color and slowing down oxidation thereof. Use of the Pickering emulsion based 
on superfine tea powder of the present disclosure in preparation of sausages can provide active 
substances in tea to improve antioxidant property of meat products, reducing amount of 
antioxidants used. The color of the added tea powder can replace monascus pigment used in 
traditional sausages, reducing use of food additives, and improving edible and nutritional value of 
sausages. Emulsified vegetable oil in replace of backfat which is used in traditional sausages can 
reduce intake of long-chain saturated fatty acids and improve health value of the sausages.  
12
DRAWINGS 
7 a 4(0.1): 4.14 pm 
06 4(0.5):12416 pm 
C5  d(0.9): 207.164 pm 0 
U4 D[3,21:8.662 pm 
(U D[4,31:60869 pm 
3i 
E 2 
> 0 
0.02 0.11 0.63 3.56 20.00 112.47632.46 
7 4(0.1): 3.043 pm 
~6 b d(0.5): 7.247 pm 
C5 d(0.9):114.034 pm 
0 
5 4 j ADP,2]:6291 pm 
(U D[4,3]:29.714 pm 
E 2 
0 
> 0 
0.02 0.11 0.63 3.56 20.00 112.47632.46 
7 4(0.1): 1.872 pm 
C d(0.5):5.083pm 
C 4(0.9):12.279 pm 
04 DPf,2J:3.71 pm 
D[4,31: 6.358 pm 
E 2 
>0 
0.02 0.11 0.63 3.56 20.00 112.47632.46 
6 4(0.1): 1.301 pm 
d d(0.5):6.277pm 
C 4(0.9):20.922 pm 
04 D[3,2]:3.382p 
~D[4,3]:11.673 pm 
E 
02 
>0 
0.02 0.11 0.63 3.56 20.00 112.47632.46 
5 4(0.1):0.808pm 
~ e 4(0.5):6.34 pm 
4(0.9):18.408 pm 
.23 D[,2]:2.399pm 
(D D[4,3]: 8.181 pm 
>0 
0.02 0.11 0.63 3.56 20.00 112.47632.46 
Particle size /pm 
FIG.1I 
Page Iof3
Patent AU-2020104310-A4 (AU)
Title: Special nitrogen fertilizer formula for improving peanut root growth and increasing peanut yield
Inventor: DING HONG
IPC: C05G3/00
Filed: 2020-12-24
Granted: 2021-03-18
Abstract: The present invention belongs to the technical field of fertilizers, and particularly relates 
to a nitrogen fertilizer form formula for improving peanut root growth and increasing peanut 
yield, characterized in that a nitrate nitrogen fertilizer, trace elements, a calcium magnesium 
phosphate fertilizer, a fertilizer auxiliary and a plant growth regulators are added to a 
conventional peanut nitrogen fertilizer formula based on an amide nitrogen fertilizer or (and) 
ammonium nitrogen fertilizer. The formula contains 93-95% of nitrogen fertilizer, 1%-2% of 
trace elements, 4%-5% of calcium magnesium phosphate fertilizer, 0.01-0.02% of fertilizer 
auxiliary and 0.005-0.02% of plant growth regulator by weight percent. The ratio of the 
addition amount of the nitrate nitrogen fertilizer to total nitrogen is 15%-30%; the ratio of the 
nitrate nitrogen fertilizer to the ammonium nitrogen fertilizer in the formula is controlled as 
1.0:1.2-2.5; and the remaining nitrogen fertilizer is supplemented with the amide nitrogen 
fertilizer. Calcium ammonium nitrate or (and) calcium nitrate or (and) phosphorus nitrate 
fertilizer is selected as the nitrate nitrogen fertilizer; ammonium sulphate or (and) ammonium 
chloride or (and) diammonium phosphate can be selected as the ammonium nitrogen fertilizer; 
and urea is selected as the amide nitrogen fertilizer.
Patent AU-2021103604-A4 (AU)
Title: Soft threshold defense method for adversarial examples of remote sensing images
Inventor: CHEN LI
IPC: G06N20/00
Filed: 2021-06-24
Granted: 2021-08-12
Abstract: A soft threshold defense method for adversarial examples of remote sensing 
images includes: saving correctly classified remote sensing images and adversarial 
examples in a validation set under a same class, and removing remote sensing images 
that cannot be correctly classified in the validation set; re-classifying the images saved 
in the validation set by treating original images as positive samples and the 
adversarial examples as negative samples; obtaining a new dataset by combining the 
output confidences of classes; training a logistic regression model on the dataset; 
obtaining thresholds of the output confidences through decision boundaries of original 
images and adversarial examples; and determining whether a current input image is an 
adversarial example by comparing an output confidence of the current input image 
with the soft threshold used for defense. Attack of adversarial examples in the scene 
classification problem of remote sensing images can be effectively defended.  
21006ZCM-AUP2
Positive: correctly classified RSIS soft threshold 
Negative: adversarial examples U 
pooling layer classifiers 
RSI convolutional fully connected softthreshold 
layer layer 
confidence > soft threshold? 
predictconfidence If Ture, Safe 
per class soft threshold If False, Unsafe 
FIG. 1 
1 
21006ZCM-AUP2
Patent AU-2021103947-A4 (AU)
Title: A falling body slamming test device and method for hull structure based on impacting acceleration
Inventor: YU PENGYAO
IPC: G01M7/08
Filed: 2021-07-07
Granted: 2021-10-28
Abstract: The present invention discloses a falling body slamming test device for a hull structure based on 
impacting acceleration, comprising a frame, a bracket, and a heavy object. The said bracket and 
the heavy object are movably connected to the said frame. The said heavy object is arranged 
above the said bracket, a pool is arranged below the said frame, and a hull is arranged below the 
said bracket. Test method: Lift the heavy object to a certain height, immerse the bottom of the 
hull beneath the water surface of the pool; adjust the inclination angle between the hull and the 
water surface; release the heavy object; release the bracket when the heavy object reaches the set 
position; the heavy object hits the bracket, making the hull enter the water at the target speed and 
impact. The present invention discloses a falling body slamming test device and method for a 
hull structure based on impacting acceleration. Compared with the existing falling body test 
device, the device utilizes a high-speed falling heavy object to hit the hull test model with the 
bottom immersed in the water surface, thereby enabling the hull test model to obtain a large 
acceleration, reaching the target impact speed, so as to successfully complete the test.
Patent AU-2021104359-A4 (AU)
Title: Portable immunofluorescence staining equipment
Inventor: HUAN YANJUN
IPC: B01L3/00
Filed: 2021-07-20
Granted: 2021-09-16
Abstract: The present invention discloses portable immunofluorescence staining equipment, 
comprising a casing, sample slots provided on an upper portion of the casing, 
reagent slots provided on both sides of the sample slots, and a bottom part of the 
reagent slots are communicated with the sample slots via ducts. A cap is provided on 
a top part of each of the reagent slots. A sample bottle is rotatably provided in each 
of the sample slots. A drainage opening I is provided in a bottom part of the sample 
bottle away from a center thereof, and a drainage opening II is provided in a bottom 
wall of the casing. The present invention has advantages of integrating liquid claiming, 
injection and cleaning.
1/2 
32 
122 
122a 
16 
Figure 1 
122 [122a A 22 2 [12 14114 
114 
23 13 -11 \-121 142 
Figure 2
Patent AU-2021104547-A4 (AU)
Title: An Automatic and lntelligent Water Resources Reuse Equipment
Inventor: WANG LEIZHI
IPC: C02F103/42
Filed: 2021-07-26
Granted: 2021-08-26
Abstract: An automatic intelligent equipment for water resource reuse is 
invented as the existing water-saving equipment for secondary usage is 
insufficient in rapid and stable filtration, automatic detecting of water 
quality and intelligent dosing, as well as rapid mixing of reagents and 
water. This automatic intelligent equipment for water resource reuse 
includes a treatment box and a filter box fixedly installed on the top of the 
treatment box, with the same automatic dosing system on both the filter 
box and the treatment box. The filter box is equipped with a fast 
centrifugal filter system and a coarse vibrating filter system matched with 
the fast centrifugal filter system. The invention can be utilized for 
automatically detecting water quality and automatically and intelligently 
adding water treatment reagents, making it easy to control emissions 
automatically and intelligently. In addition, it is advantageous for 
single-drive to realize the vibrating coarse filtration, the fine filtering and 
dehydration through centrifugal rotary as well as the stirring and mixing 
of reagents and water, thus improving the filtration efficiency, the 
filtration stability and the mixing uniformity. Hence, the 
highly-automated intelligent equipment in this invention realizes the 
purpose of rapid and stable filtration as well as rapid mixing and 
treatment for water resource reuse.
THE DRAWINGS OF SPECIFICATION 
4 29 7 
2 
5 
24 9 24 9 10 
14 
Figure 2
Patent AU-2021105684-A4 (AU)
Title: Method of forming a treated timber laminate
Inventor: WOODHOUSE MARK
IPC: A01N53/00
Filed: 2021-08-17
Granted: 2021-10-14
Abstract: The present invention resides in a method of forming a treated laminated timber 
5 including the steps of: treating a laminate timber or components thereof with an 
organic solvent preservative, wherein the organic solvent preservative comprises 
one or more fungicides and one or more insecticides, to thereby form a treated 
laminated timber. The treated laminated timber alleviates some of the issues 
associated with prior art laminated timber.  
10
Patent AU-2021106879-A4 (AU)
Title: An organic absorbent composition and method of preparation thereof
Inventor: SARODE GARGI
IPC: B01J20/24
Filed: 2021-08-24
Granted: 2021-11-25
Abstract: AN ORGANIC ABSORBENT COMPOSITION AND METHOD OF 
PREPARATION THEREOF 
5 An organic absorbent composition, comprising an absorptive material 
present in a range of 85-90% by weight, a wood by-product present in a 
range of 10-15% by weight and an adhesive for providing strength to the 
absorbent composition.  
Figure 1
1/1 
100 
Collect a moss and a wood by-product 110 
Dry the collected moss and the wood by-product 
120 
Grind the dried moss in coarse powder 130 
1 
Mix the powdered moss, the dried wood by-product and a glue to form a mixture 
140 
Compress the mixture to form an organic absorbent 150 
Fig. 1
Patent WO-2012072068-A4 (WO)
Title: Pompe de refroidissement
Inventor: SCHMIDT ANDREAS
IPC: F04D13/02
Filed: 2011-12-01
Abstract: L'invention concerne une pompe de refroidissement à flux axial pour moteurs à combustion, entraînée mécaniquement par une poulie, une roue dentée, un demi-arbre ou un système analogue. L'invention a pour objet la mise au point d'une pompe de refroidissement à flux axial pour moteurs à combustion, permettant, avec un espace/volume de montage réduit par rapport à l'état de la technique et une même vitesse de rotation de l'arbre de pompe, soit la vitesse habituelle des pompes de refroidissement, d'augmenter sensiblement la pression de refoulement des pompes à flux axial, et se distinguant simultanément par une nette amélioration par rapport à l'état de la technique, de la caractéristique et de la stabilité du débit volumétrique du liquide de refroidissement par rapport à la pression de refoulement à régime constant, résistant en outre à la cavitation, empêchant les tourbillonnements du flux de liquide, garantissant simultanément un très haut rendement, se distinguant par ailleurs par une construction très compacte, de fabrication et de montage simples, robuste et peu onéreuse, et assurant une haute sécurité de fonctionnement et une haute fiabilité ainsi qu'une très grande longévité, même en présence de liquide de refroidissement chargé d'impuretés. Selon l'invention, la pompe de refroidissement se distingue par le fait que la turbine utilisée (14) est une roue à aubes semi-axiales, une turbine Francis ou une roue à aubes diagonales courbes de conception tridimensionnelle (15), et que la roue directrice (9) située dans le carter de pompe (2) possède un cône directeur intérieur (16) diminuant dans le sens du flux et un chapeau (17) extérieur de forme conique, placé à une certaine distance du cône directeur (16), les deux éléments espacés symétriquement l'un de l'autre étant reliés par des aubes directrices courbes de conception tridimensionnelle (10), la turbine (14) étant séparée de la roue directrice (9) par une fente annulaire (13) de sorte que l'avant de la turbine (14) soit écarté à la fois de l'arête extérieure avoisinante du cône directeur (16) et de l'arête extérieure avoisinante du chapeau (17).
Patent WO-2008110504-A4 (WO)
Title: Charging or billing depending on the reaction to an advert received by a user
Inventor: AALTONEN JANNE
IPC: G06Q30/00
Filed: 2008-03-06
Abstract: System and method for running advertising campaignes for mobile phones. Monitoring the reaction to the received advert and billing the advertiser depending on the reaction. Also includes forwarding the call to a respective telephone number of the advertiser when the subscriber reacts to the advert. An apparatus receives information regarding communications and messages in a communications network. In response to receiving transmission information relating to a communication from a user terminal, the apparatus determines whether a relevant message containing triggering information, e.g. a telephone number has been sent to the user terminal, and sends an output to a telecommunications arrangement in the case that it determines that such a message has been sent. This output can be used to control or otherwise change the telecommunications arrangement.
Patent WO-2011113618-A4 (WO)
Title: Immunothérapie
Inventor: ENSOLI BARBARA
IPC: A61K39/21
Filed: 2011-03-21
Abstract: Lorsqu'il est administré à des patients infectés par le VIH, ou bien immnunocompromis, le Tat actif est en mesure de restaurer des fonctions immunitaires de manière à reconnaître des antigènes de rappel et à inhiber la réplication et les signes principaux du VIH et autres infections persistantes et/ou progression.
Patent WO-2011086451-A4 (WO)
Title: Ensemble de connecteur électrique et procédé
Inventor: HUSS JOHN PHILLIP JR
IPC: H01R4/24
Filed: 2011-01-11
Abstract: La présente invention concerne un ensemble de connecteur électrique pour former des connexions de déplacement d'isolation avec des conducteurs dans des câbles de petites dimensions comprenant un porte-câble et une base. Des points percés sur la base sont coulissés le long des parois opposées dans une fente prévue dans le support pour aligner des embouts de petites dimensions sur les extrémités des points percés pour former des connexions électriques avec un conducteur dans un câble placé dans le support. Les connexions sont positionnées vers l'intérieur des parois de la fente.
Patent WO-2011158127-A4 (WO)
Title: Équipement de stockage d'énergie pour l'excitation de charges électriques
Inventor: AL-JOBORY FAWAZ SALEEM HASSAN
IPC: F03G1/00
Filed: 2011-09-28
Abstract: Un système de génération de puissance électrique autonome comprend un générateur électrique linéaire à aimant permanent, un système de ressorts associé à un mécanisme de compression et de libération mécanique, et un moteur électrique CC linéaire complémentaire. Le système de ressorts stocke l'énergie emmagasinée et possède une entrée pour charger l'énergie emmagasinée (une seule fois au démarrage) en réponse à une force externe, et une sortie pour libérer l'énergie emmagasinée (une fois seulement au démarrage) en réponse à une force externe. Un générateur électrique linéaire à aimant permanent convertit en puissance électrique l'énergie emmagasinée du système de ressorts. La puissance électrique générée sert à alimenter les charges électriques par l'intermédiaire d'un convertisseur électrique et à alimenter un moteur électrique CC linéaire complémentaire par l'intermédiaire d'un régulateur électrique. Le moteur électrique CC linéaire complémentaire convertit la puissance électrique générée en puissance de champ magnétique (force de poussée/traction) ayant une fréquence égale à la fréquence naturelle du système à ressorts oscillés après libération. La puissance de champ magnétique (force de poussée) appliquée sur le système de ressorts pour augmenter/compléter le mouvement d'oscillation (extension et compression) du système de ressorts couplé à l'induit de l'aimant permanent, excite l'induit de l'aimant permanent du générateur de puissance électrique linéaire à une vitesse linéaire, la force appliquée sur le système de ressorts induisant un mouvement d'oscillation continue (extension et compression) de celui-ci et, ledit mouvement d'oscillation continue (extension et compression) dudit système de ressorts induisant la génération continue de la puissance électrique.
Patent WO-2015001454-A4 (WO)
Inventor: SEIBERT FRIEDEMANN
IPC: B21D37/04
Filed: 2014-06-27
Abstract: The invention relates to a machine tool (1), in particular a brake press or edging press, having two tool halves (2, 3) that can move relative to each other, and having a platform (4), one tool half (2) being displaceably mounted on said platform (4) by means of a bearing (5). The bearing (5) is a gas bearing which can be subjected to a gaseous medium and has gas outlet openings (6) in the bearing surface (7) for creating a gas cushion.