baber/WOPTO huggingface dataset:
Patent AU-2018100670-A4 (AU)
Title: Anti-slip sock
Inventor: LIANG SHOU-HSIU
IPC: D04B1/14
Filed: 2018-05-18
Granted: 2018-06-28
Abstract: An anti-slip sock includes a sock body configured to be worn on a human foot. The sock body woven from fabric yarn threads defines opposite outer and inner surfaces and has a sock sole. The sock sole corresponds to a sole of the foot with 5 the inner surface facing the foot. The sock sole is woven from the fabric yarn threads together with anti-slip yarn threads. The sock sole is provided with a protective means that prevents the human foot from contacting the anti-slip yarn threads. Thereby, contact between the anti-slip yarn threads and human skin and 10 in turn the risk of skin irritation can be eliminated. - 16-
Patent AU-2018101957-A4 (AU)
Title: Antioxidant n-phenyl-1-naphthylamine production plant
Inventor: WANG FANG
IPC: C07C211/58
Filed: 2018-12-05
Granted: 2019-01-24
Abstract: Antioxidant n-phenyl-1-naphthylamine production plant Abstract 5 Antioxidant n-phenyl-1-naphthylamine production plant, including: tank (F101), feedstock pump (JI01), recycling tank (ElOl), condensation distillation still (DI01), vacuum distillation tank (E102), condenser (ClOl, C102), transfer pump (J102), finished product intermediate tank (F102), slicer (LIO); among them, tank (FlOl) is used to store aniline, recycling tank (ElOl) is used to recycle aniline; among them, 10 condenser (ClOl) is connected respectively to condensation distillation still (DI01) and vacuum distillation tank (E102), finished product intermediate tank (F102) is connected respectively to transfer pump (J102) and slicer (L1O); among them, cone bottom thickness of tank (F101) is 7-8 mm. 15 Figure 1 FgCu Figure 1
Patent AU-2019100070-A4 (AU)
Title: An enhanced visibility glove
Inventor: MCEWEN PETER
IPC: A41D13/01
Filed: 2019-01-22
Granted: 2019-03-07
Abstract: An enhanced visibility glove to increase safety and allows a user to signal others in low light conditions. 10 15 1 14 14 Figure I
Patent AU-2019100867-A4 (AU)
Title: A gravity hinge and a gravity hinge kit
Inventor: SZARKA-KOVACS ZSOLT
IPC: E05D3/02
Filed: 2019-08-06
Granted: 2019-09-12
Abstract: Abstract Disclosed herein is a gravity hinge, and a gravity hinge kit. r- r r-U 00l t.0 N
Patent AU-2020100342-A4 (AU)
Title: Hydraulic cylinder with specific performance dimensions
Inventor: PHELAN BRYAN PATRICK
IPC: E02F5/14
Filed: 2020-03-06
Granted: 2020-04-16
Abstract: Abstract of the Disclosure A hydraulic cylinder includes a tube having a central, axially extending bore defined in the tube and extending between a closed, distal end of the tube and an open, proximal end of the tube. A rod is slidably mounted within the tube and slidably supported at the proximal end of the tube by a head seal assembly. A piston is mounted at a distal end of the rod, and retained on the rod by a piston retention assembly attached to the distal end of the rod. A trunnion cap bore for receiving a trunnion pin is defined through the closed, distal end of the tube, and a rod eye bore for receiving a rod eye pin is defined through a proximal end of the rod. A retracted pin-to-pin dimension is defined from a center of the trunnion cap bore to a center of the rod eye bore when the rod and piston are fully retracted into the tube. A stroke dimension is defined from a first, fully retracted position of the piston adjacent the closed, distal end of the tube to a second, fully extended position of the piston in contact with the head seal assembly at the proximal end of the tube. c'.J C=) Co1 LA-. N- CYo C'.J C14o C4) Co4 cvc-J Co Co, Co Co4 Co4
Patent AU-2020101353-A4 (AU)
Title: Indoor drilling perception test system for mechanical properties of rock masses
Inventor: Tian hunan
IPC: G01N1/08
Filed: 2020-07-13
Granted: 2020-08-20
Abstract: The invention relates to an indoor drilling perception test system for mechanical properties of 
rock masses, and the system comprises a rock mass sample, a loading subsystem, a drilling 
subsystem, a control subsystem and a monitoring subsystem, wherein the loading subsystem is used 
to apply confining pressure and axial pressure to the rock sample, and karst caves, faults and fracture 
zones are simulated in the rock sample; the drilling subsystem is used to drill the rock sample; the 
monitoring subsystem is used to monitor the drilling parameters of the rig; and the control subsystem 
is used to control the loading subsystem to apply confining pressure and axial pressure, and is also 
used to control the work of the rig. In the invention, bad geologies such as structural surfaces, 
fractured zones and karst caves are simulated in the rock sample in advance, the control subsystem 
controls the rig to drill the rock sample of the preset bad geologies, and the monitoring subsystem 
monitors the drilling pressure of the jig, the torque of the rig and the speed of the drill rod to realize 
the drilling perception test of the mechanical characteristics of the rock masses, especially the bad 
geologies, under different stress states.
1/4 
14 
FIG. 1 
sample preparation mould 
rock body sample - cement filling 
drilling central line 
FIG. 2
Patent AU-2020102089-A4 (AU)
Title: A method for recycling sludge resources in stages by quality and phase separation
Inventor: DAI XIAOHU
IPC: C02F101/30
Filed: 2020-09-01
Granted: 2020-10-08
Abstract: The invention discloses a method for recycling sludge resources in stages by quality and 
phase separation. The technical points of the method are as follows: Adjusting the solid 
content rate of sludge to 2-10%; After adjusting the pH of sludge with alkali, Thermal 
hydrolysis treatment is carried out; The thermal hydrolyzed sludge is centrifuged to obtain an 
upper solution 1 and a solid sludge 1; The upper solution 1 is used as a liquid fertilizer after 
being conditioned; After the solid sludge 1 is washed to neutrality, the solid content is dilute 
to less than 10%; Adjust the pH of diluted solid sludge 1 with acid, followed by solid-liquid 
separation to obtain upper solution 2 and solid sludge 2; Placing the upper solution 2 in a 
dual-chamber electrolysis cell with a cation exchange membrane, collecting the anode 
solution and the cathode precipitation respectively, and reusing; After the solid sludge 2 is 
diluted and neutralized, sand is removed by hydrocyclone to separate sand and organic 
matter. According to the invention, the separation of organic matter and inorganic matter in 
sludge, recovery of metal and nutrient salt, preparation of liquid compound fertilizer are 
realized through "pH regulation + thermal hydrolysis + electrolysis cell + solid-liquid 
separation", and zero waste and high-value utilization of products in sludge treatment and 
disposal process are realized.
Sewage Flocculants (Al Fe) 
Treatment Plant 
Liquid Compound 
Fertilizer 
SludgeX 
Liquid 1 Liquid (Ca Mg P) 
pH Controlled Fertilizer Phosporus Metals 
Thermal Hydrolysis 
Solid-liquid 
Sludge ~ Separation Lqi 
Conditioning Lqi 
Solid-liquid1 Electrolysis Cell 
Solid 1 pH 1 Separation 
Controlld 
Solid 2 Dissolution, Dilution 
and Neutralization 
Organic Matter 
- Dsrd~ 
Sand 
Figure 1
Patent AU-2021100179-A4 (AU)
Title: Anti-overflow device for exhaust pipe of tobacco processing storage tank
Inventor: JIA GUANGCHUN
IPC: A24B3/12
Filed: 2021-01-13
Granted: 2021-04-08
Abstract: The present disclosure discloses an anti-overflow device for the exhaust 
pipe of tobacco processing storage tank and belongs to the technical field of 
tobacco equipment. The anti-overflow device comprises a connecting pipe, a 
transition pipe and an outlet pipe, wherein the connecting pipe is connected with 
the exhaust pipe of the storage tank by threaded connection; the transition pipe 
is arranged at the top end of the connecting pipe; and the outlet pipe is arranged 
at the top end of the transition pipe. The anti-overflow device disclosed by the 
present disclosure is mainly adapted to the exhaust pipe of the tobacco 
processing storage tank to prevent the overflow of liquid materials from the 
exhaust pipe of the tobacco processing storage tank and accordingly to reduce 
loss of the liquid materials (Fig.1).
1/1 
3 
4 
Y 
FIG.1 
4 
FIG.2
Patent AU-2021100704-A4 (AU)
Title: Method for detecting contents of nutritional ingredients in fruits by utilizing mobile phone and functionalized paper-based microfluidic chip
Inventor: Zhu Yong Heng
IPC: G01N33/52
Filed: 2021-02-04
Granted: 2021-04-22
Abstract: The disclosure discloses a method for detecting contents of nutritional 
ingredients in fruits by utilizing a mobile phone and a functionalized paper-based 
microfluidic chip. A device used for the method comprises a smart phone equipped 
with a camera. The method comprises three steps of reaction chip fabrication, color 
development and data detection. The device integrates sample detection, image 
identification, data analysis, detection result output and other functions, and can 
effectively realize real-time rapid detection of fruit quality.
Patent AU-2021101953-A4 (AU)
Title: Heavy-duty traffic pavement structure with high comfort and smoothness
Inventor: LI SILI
IPC: E01C3/04
Filed: 2021-04-15
Granted: 2021-06-03
Abstract: The invention discloses heavy-duty traffic pavement structure with high comfort 
and smoothness, which comprises soil base layer, gravel layer is arranged on top of 
soil base layer, asphalt layer is arranged on top of gravel layer, concrete pavement is 
arranged on the top of the asphalt layer. Composite grid is arranged between the soil 
base and the gravel layer. A plurality of steel bar components are arranged in the 
concrete pavement. Two ends of the steel bar components are longitudinally arranged 
along the road surface.Compacting the soil base before paving the gravel layer for 
making the the road foundation more stable and prolonging the service life of the 
pavement. Paving asphalt layer on the top of gravel layer can stick gravel layer and 
concrete layer together and realize flexible transition.The installation of steel bar 
components can improve the pavement performance and avoid the cracking of the 
panel due to longitudinal contracting.Basalt crushed gravel is exposed on the top of 
the wear-resistant layer, which enhances the anti-sliding ability, and because of the 
high hardness of basalt, it can prolong the service life of the anti-sliding pavement.
1/1 
FIGURES 
4 
Figure 1 
62 
Figure21 
61 
63_ 
Figure 2
Patent AU-2021102233-A4 (AU)
Title: A construction waste landfill system applicable to flood disaster areas
Inventor: LI DONGWEI
IPC: B09B5/00
Filed: 2021-04-28
Granted: 2021-07-08
Abstract: The utility model discloses a construction waste landfill system applicable 
to flood disaster areas and can solve the problems such as environmental 
pollution and underground space wasting when treating construction waste with 
the prior art. The system comprises grinding rooms arranged on the ground and 
crushers arranged in the rooms. A construction waste feed pipe is connected with 
the upper portions of grinding rooms, a construction waste feed port is formed at 
the tail end of the construction waste feed pipe, and a construction waste 
discharge pipe is connected with the lower portions of grinding rooms; exhaust 
chambers are arranged close to grinding rooms, centrifugal fans are installed in 
the exhaust chambers, and an exhaust pipe is connected with the upper portions 
of exhaust chambers. An air outlet is formed at the tail end of the exhaust pipe, 
and an underground air outlet is connected with the lower portions of exhaust 
chambers; the bottom end of the construction waste discharge pipe is connected 
with an underground construction waste delivery pipe. Several construction 
waste landfills arranged at intervals are formed in the underground construction 
waste delivery pipe; an underground air outlet is connected with an underground 
gas delivery pipe which is connected with a landfill pit.
6 4 
7 
i t 
16 
13 \14 \-2 
Figure 1
Patent AU-2021102674-A4 (AU)
Title: Jet drill bit for automatically correcting trajectory of ultra-short radius horizontal well
Inventor: WEI MINGHUI
IPC: B26F3/00
Filed: 2021-05-19
Granted: 2021-07-22
Abstract: The invention discloses a jet drill bit for automatically correcting the trajectory of an ultra
short radius horizontal well, and belongs to the field of jet drill bits. It comprises a drill bit 
body, a jet hose, a sliding plate sick, a wear-resistant baffle stick, a circumferential nozzle and 
a cavity; A slide rail is arranged in the jet hose; The sliding plate sick moves on the slide rail; 
One end of the sliding plate sick is connected with a jet pipe; The other end of that slide strip 
is connected with a wear-resistant baffle stick, and the other end of the baffle stick is a cavity 
in which the baffle stick can slide; There are four jet holes perpendicular to the drill axis in the 
circumferential direction of the drill bit body. By adding four jet nozzles in the circumferential 
direction, when the jet drill bit deviates, the axial lengths of its upper and lower sides 
respectively generate a displacement difference, which will drive the sliding plate sick to move 
on the slideway to open the jet hole in the deviation direction, thereby adjusting the advancing 
direction of the jet drill bit and improving the drilling efficiency. The invention can greatly 
reduce the difficulty of data processing, improve the positioning accuracy of the pig, and has 
remarkable economic benefits.
1/2 
FIGURES 
1 
2 
35 6 
Figure 1 
Figure 2
Patent AU-2021106626-A4 (AU)
Title: Method and system for calculating resistance distance of ecological effect of green space landscape on building energy consumption
Inventor: YE HONG
IPC: G05B17/02
Filed: 2021-08-23
Granted: 2021-11-11
Abstract: OF THE DISCLOSURE 
The present disclosure provides a method and system for calculating a resistance distance of an 
ecological effect of a green space landscape on building energy consumption. By determining a 
three-dimensional (3D) spatial range of a green space landscape to a target building based on a 
"source-sink" theory in landscape ecology, dividing the 3D spatial range into multiple cubic grids 
having the same edge length and obtaining a 3D resistance landscape unit in a "flow" process, 
determining a Euclidean Metric from the green space landscape to the target building to obtain a 
resistance-free distance, calculating a coefficient of frictional resistance of each 3D resistance 
landscape unit in an expansion process of the "source" to the "sink", and accurately and quickly 
obtaining a resistance distance of the green space landscape in the ecological expansion process 
according to the resistance-free distance, the coefficient of frictional resistance and the total number 
of 3D resistance landscape units, the method provides a theoretical basis for in-depth research on 
influences of the green space landscape on indoor energy consumption environments and carbon 
emissions of buildings.
- 1/5 
Determine a 3D spatial range of a green space landscape to a target building based 100 
on a "source-sink" theory in landscape ecology, where the "source-sink" theory 
uses the green space landscape as an ecological "source" and energy consumption 
carbon emission reduction of the target building a "sink" of an ecological effect 
Obtain a "flow" process space from an expansion process of the "source" to the 101 
"sink", and divide the "flow" process space into multiple cubic grid units having 
the same edge length 
Determine a Euclidean Metric from a center of gravity of the green space landscape 102 
referred to as the "source" to a center of gravity of the target building as a 
resistance-free distance 
Convert a temperature variation coefficient within the 3D space in the "flow" 103 
expansion process of the ecological effect of the green space landscape to the target 
building into a coefficient of frictional resistance to a 3D resistance landscape unit 
Determine, according to the resistance-free distance, the coefficient of frictional 
resistance to the 3D resistance landscape unit and the total number of 3D resistance 104 
landscape units in the "flow" process, a resistance distance of the green space 
landscape referred to as the "source" in the ecological expansion process 
FIG.1 
1
Patent AU-2021107165-A4 (AU)
Title: Preparation method of high-content saflufenacil
Inventor: Zhang yi xiang
IPC: A01N25/14
Filed: 2021-08-25
Granted: 2021-12-09
Abstract: The invention discloses a preparation method of herbicide high-content saflufenacil preparation, which 
comprises water dispersible granule and DF, and consists of saflufenacil API, one or more kinds of 
surfactants, a small amount of modifier and filler, wherein the saflufenacil content of the preparation is 
75-92wt%, and the preparation methods are rotary extrusion granulation method, boiling granulation method 
and spray granulation method.
Patent WO-2014094692-A4 (WO)
Title: Ultra-high strength steel fibre reinforced concrete
Inventor: Fládr Josef
IPC: C04B28/02
Filed: 2013-12-05
Abstract: Ultra-high strength steel fibre reinforced concrete with cement matrix contains silica cement, basalt aggregate, steel fibres, admixtures and additives. The dosage of admixtures is given by the results of the porosity tests of basalt aggregate and steel fibres mixture. The admixtures are dosed so that the required workability is reached; according to real application. There is 600 to 1000 kg/m3 of silica cement in cement matrix, basalt aggregate has three sieve sizes, namely 0-4, 4-8 and 8-16, the total dose of basalt aggregate is in the range 1500 and 2000 kg/m3. Ratio of sieve sizes is determined by granulometry and mineralogical composition of particular source of basalt aggregate. Water/cement ratio ranges between 0.16 and 0.25. Two types of steel fibres are evenly distributed in the volume of hardened steel fibre reinforced concrete. The first type of fibres has rectangular section with width ranging between 0.2 and 0.5 mm, height between 1.5 and 2.0 mm and length between 25 and 35 mm with strength between 350 and 450 MPa. The second type of steel fibres has circular section with diameter ranging between 0.08 and 0.12 mm, their length ranges between 8 and 15 mm and their strength is higher than 2000 MPa. The total weight of both types of fibres ranges between 100 and 280 kg/m3.
Patent WO-2022002315-A4 (WO)
Inventor: ALEKSIEIEV JURII
IPC: B03C3/68
Filed: 2021-07-01
Abstract: L'invention vise à améliorer l'efficacité de l'épuration d'air ou de différents gaz et liquides diélectriques comprenant des impuretés mécaniques. À cet effet, le boîtier (1) de l'électrofiltre selon l'invention comporte une pluralité d'électrodes collectrices (8) qui forment au moins deux paquets séparés électriquement l'un de l'autre et chaque paquet d'électrodes collectrices (8) est conçu pour générer un champ électrique non homogène lorsqu'une haute tension lui est appliquée.
Patent WO-2012034570-A4 (WO)
Title: Bloc allégé de béton armé à finition lisse et système de montage rapide
Inventor: BARRERA VEGA JUAN CARLOS
IPC: E04B2/86
Filed: 2011-09-05
Abstract: L'invention concerne un bloc allégé de béton armé à finition lisse et un système de montage rapide permettant de réduire le nombre de procédés pendant la construction, étant donné que lors du montage, tous les éléments structuraux de support de la construction peuvent être coulés, ce qui a pour effet de réduire les temps de construction et de faciliter le montage des murs et de former des murs terminés et prêts pour l'installation de portes et de fenêtres, les caractéristiques de résistance à des charges latérales et/ou verticales de la construction dans laquelle les blocs sont utilisés étant ainsi améliorées. L'invention permet d'assurer la construction de masse d'habitats et/ou d'apporter une solution quasi immédiate à la construction de logements sociaux.
Patent WO-2010028956-A4 (WO)
Title: Barre de support pour composants d'une structure cellulaire du fuselage d'un avion
Inventor: BUELLESBACH TIM
IPC: B64C1/06
Filed: 2009-08-27
Abstract: L'invention concerne une barre (15-18, 19, 25) destinée au support de composants d'une structure cellulaire (1) du fuselage d'un avion, notamment réalisée dans un matériau de matière plastique renforcé par des fibres, en particulier destinée au support d'au moins une plate-forme plancher (4) sur au moins une membrure annulaire (2) et/ou au moins un autre composant de la structure cellulaire (1) du fuselage. Selon l'invention, la barre (15-18, 19, 25) est réalisée au moins en partie dans une mousse métallique (20, 26), notamment aux fins d'absorption de charges de crash. La mousse métallique (20, 26) peut, quel que soit son faible poids, transformer les charges mécaniques élevées, se produisant en cas d'accident, en déformations plastiques appliquées aux microcavités présentes dans la mousse métallique (20, 26). Selon une première variante d'exécution, la barre (19) est presque entièrement réalisée en mousse métallique (26) tandis que selon une deuxième variante d'exécution, la barre présente seulement une âme (24) en mousse métallique (26) d'un diamètre relativement faible, ladite âme étant entourée de manière coaxiale d'une enveloppe support (27) et d'une gaine externe (28).
Patent WO-2010032216-A4 (WO)
Title: Systeme d'application de paiement electronique et procede d'autorisation de paiement
Inventor: FLOREK MIROSLAV
IPC: G06Q20/00
Filed: 2009-09-18
Abstract: L'invention concerne un système comprenant une unité de terminal point de vente virtuel dans le dispositif personnel de l'utilisateur. Selon l'invention, le dispositif de communication mobile (1) comprend une unité de terminal point de vente virtuel (4) et une carte mémoire amovible (3) dans laquelle sont stockés au moins deux éléments sécurisés séparés physiquement (2). La carte mémoire amovible (3) est connectée à l'élément sécurisé (2) contenant la partie sécurisée du terminal point de vente virtuel. Le dispositif de communication mobile (1) et/ou l'élément portable distinct (6) est réglé de sorte à pouvoir se connecter à un serveur de traitement de paiement à distance. La carte mémoire amovible (3) et l'élément portable distinct (6) peuvent être pourvus d'un élément de communication en champ proche. Selon le choix de l'utilisateur, un élément sécurisé correspondant (2) doté de l'unité carte de paiement sélectionnée (14) est activé sur la carte mémoire amovible (3). Les données d'identification de la carte de paiement de l'utilisateur sont complétées par les données d'identification du récepteur de paiement et par un mot de passe à usage unique créé dans l'unité de mot de passe à usage unique associée.