baber/WOPTO huggingface dataset:
Patent AR-009554-A4 (AR)
Title: Una tapa de seguridad
Filed: 1997-09-08
Abstract: Una tapa de seguridad del tipo que comprende un conjunto de tapa formado de tapa formado por una tapa inviolable (1) denominada Pilfer Proof fijableal pico de un envase, y un casquete (12) de accionamiento de dicha tapa inviolable (1),pre sentando dicha tapa inviolable (1) una cara exterior quetiene una franja perimetral (6) que define una zona de traba (8) para el calce de una pluralidad de salientes (14) dispuestas en una cara interior (13) delcasquete (12) y permitir tantoremover como ajustar la tapa inviolable (1) del pico del envase, siendo esta remocion posible solamente ejerciendo suficientepresion del casquete (12) contra la tapa inviolable (1) y forzando luego el giro del conjunto en un sentidopredeterminado. Una vez removida la tapainviolable (1) ésta queda retenida dentro del casquete (12) dado que éste presenta en una cara interior (13) una depresion (15) donde calza unensanchamiento diametral (11) de la tapa inviolable (1). Sinejercer presion s uficiente para remover la tapa inviolable (1), el casquete (12) giralibremente, por lo que de esta manera la tapa de seguridad así formada no puede ser removida por ninos pequenos, evitando así que estos puedan acceder,porejemplo, a productos conten idos en el envase donde se usa esta tapa de seguridad y cuya ingestion indebida o contacto físico pueda ser peligroso.
Patent AU-2009101373-A4 (AU)
Title: An insect screen
Inventor: ROBERTS ANTHONY GERARD
IPC: E06B9/52
Filed: 2009-11-20
Granted: 2013-06-20
Abstract: An insect screen 10 for mounting on a fixed frame 52 around the perimeter of an architectural opening is disclosed. The insect screen 10 includes a perimeter 5 frame 12 defining a first pair of opposed sides 14, and a second pair of sides 20 that are opposed to each other extending perpendicular to said first pair 14. One side 16 of said first pair 14 has an attachment arrangement in the form of a double sided adhesive tape 44 for its non-releasable attachment to the adjacent surface of the fixed frame 52. The other side 18 of said first pair 14 has a magnetic 10 element 30 thereon for its releasable attachment to a magnetic element on the fixed frame 52. The perimeter frame 12 is made out of a resilient flexible material whereby to enable the second pair of sides 20 to flex resiliently to permit the side 18 in use to be lifted away from a resting position against the fixed frame 52 while the side 16 remains non-releasably attached and fixed to the fixed frame 52. The 15 resilient flexibility of the second pair of sides 20 permits the side 18 to return to its resting position against the fixed frame 52 when the lifting force is removed. FIG 1 FOR PUBLICATION
Patent AU-2009101390-A4 (AU)
Title: Downlight Protector
Inventor: POWELL RODNEY TREVOR
IPC: F21V1/16
Filed: 2009-06-26
Granted: 2014-05-01
Abstract: -11 Abstract A downright protector 10 comprises a rectangular elongate sheet 12 of 5 substantially inflammable material adapted to be bent into the shape of a cylinder prior to installation. The downlight protector 10 also comprises an attaching means in the form of tabs 14 for attaching the cylinder to a ceiling 26. In use, when the downlight protector 10 is installed in the ceiling 26 surrounding a downlight 24 it prevents the downlight 24 from coming into 10 contact with potentially flammable material in the ceiling. Drawing suggested to accompany the Abstract: Figure 3.
Patent AU-2012101755-A4 (AU)
Title: Waterproofing System for Wet Areas
Inventor: JOHNSON STEPHEN
IPC: E04B1/68
Filed: 2012-11-29
Granted: 2013-01-10
Abstract: Abstract The present invention relates generally to a waterproofing assembly 10 for a wet area such as a shower recess 12. The waterproofing assembly 10 comprises an elongate spacer element 24 and a waterproofing membrane or coating 26. The spacer 5 element 24 is adapted to secure to a wall structure 14 which is associated with a wall panel 28. The wall panel 28 rests upon the spacer element 24 to raise the panel 28 above the level of a floor 16 and substantially clear of the wet area 12. The wall panel 28 is otherwise conventionally fixed to the wall structure 14. SPEC-951135.docx '-r
Patent AU-2012101890-A4 (AU)
Title: A method for zoning a site for blasting purposes
Inventor: BELLAIRS PETER
IPC: F42D1/00
Filed: 2012-10-17
Granted: 2013-04-04
Abstract: A method for zoning a site for blasting purposes, the method including the steps of testing of samples at various test locations within the site at at least one temperature below 55*C for reactivity and creating a zoned map of the site with at least one zone therein based on the temperature of each test location within the site. Figure 1 Figure 2
Patent AU-2015100951-A4 (AU)
Title: Attachment system for an electronic device
Inventor: PERKINS RYAN C
IPC: H02J7/00
Filed: 2015-07-17
Granted: 2015-08-20
Abstract: Embodiments of the present disclosure provide a removable module and a housing for an attachment system of a consumer product. The removable module includes a locking mechanism comprising a first portion having a substantially planar top surface and second portion that comprises a substantially non-planar bottom surface. The first portion and the second portion are coupled together. The locking mechanism also includes a first spring mechanism coupled between the first portion and the second portion. The first spring mechanism causes the first portion to be biased away from the second portion. The locking mechanism also includes a second spring mechanism. The second spring mechanism causes the substantially planar top surface of the first portion to be biased substantially flush with respect to the removable module and also causes the substantially non-planar bottom surface of the second portion to be biased proud with respect to the removable module.
Patent AU-2015101235-A4 (AU)
Title: Handle
Inventor: STUCKEY DAVID MARTIN
IPC: E05B17/00
Filed: 2015-09-04
Granted: 2015-10-15
Abstract: A swing handle assembly (500) comprising a swing handle member (510) and a supporting frame (520) therefor, wherein the handle member (510) comprises an open box-like body 5 configuration, having side walls (512) which are substantially perpendicularly disposed towards the outer surface (511), an internal space being defined therebetween, wherein each side wall includes an opening (513) therein which openings (513) are substantially aligned to define a passageway through the handle member, wherein the handle member (510) is receivable within a substantially complementary shaped recess in the supporting frame (520) which bears a capture 0 means (521), which capture means (521) is substantially receivable within the internal space of the handle member (510) and is in substantial alignment with the passageway therethrough when the handle assembly is in the closed condition. The handle assembly (500) is placed in a locked condition by passing a separate securing means (900) through the passageway (513) and the aligned capture means (521). -500 5130$K i~lrd '521_-o V -941
Patent AU-2015101465-A4 (AU)
Title: Method and system of payload optimisation
Inventor: CARTER AARON LEIGH
IPC: B65G67/00
Filed: 2015-10-13
Granted: 2015-11-12
Abstract: A payload optimisation method for topping-off open-topped rail wagons pre loaded with particulate material, the method including: measuring a bogie load at each bogie of a pre-loaded rail wagon; comparing the measured bogie load to a predetermined bogie load and, where the measured bogie load is less than the predetermined bogie load, calculating a weight of particulate material representative of the difference between the measured bogie load and the predetermined bogie load; scanning the open-top of the wagon to determine a loading profile thereof; identifying by reference to the scanned loading profile at least one position within the wagon having capacity to receive the calculated weight of particulate material; and delivering the calculated weight of particulate material to the wagon at the at least one identified position within the wagon.
Patent AU-2015101621-A4 (AU)
Title: Firearm-mounted camera device
Inventor: KRAMER MAXIMILIAN
IPC: F41C27/00
Filed: 2015-11-06
Granted: 2015-12-10
Abstract: Abstract Au eectronic camera device. and associated system and interfaces, that generates, fecords and transmits video, udio and sensor data. Camera device comprses a housing with a fastening mechanism adapted to mount the devic o a firearm The device has a processor module, a memory nodu lc for storage. a camera module configured to generate and record viteo and store the video to memory. The device further incles a magnetic sensor conguured to defect the presence and absence of a magnet and an aceleromneter thas configured to detect a draw motion fe g,, a firearm bei ngmoshtered. When te magnetic sensor detects the absence of a magnet, and the accelerometer detects a draw moion, one or rnre corespondin signals are generated and transmitted directing the camera to begin recording (and transmitting) video and send an alert signal to assets in the field to provide support Cor '-o'rr-'r rru c'Lf:.rT In r '4 '4 4 '4 ~ '4 4 4 4 '4 4 4 ~ 44 ~ 444 ~ 2'" 4 4 4 4 4 4 4 4 4 4' 4 44 ' '4 '4 4 4' 44 4 4 4' 4 4' 44 4 4 '4 6 4 4 '4 < I '44 _ C"' 4 4 ______ *44 444\\ 34 ""4"' 4 '4 4 4 4 4 "4 4 ,~,j 44 4 -' -4 44 ~'4 4' p4444' I o "''4
Patent AU-2016102217-A4 (AU)
Title: Flurazepam drug intermediates o-fluorotoluene synthesis method
Inventor: PENG XIANGLIANG
IPC: C07C245/20
Filed: 2016-12-23
Granted: 2017-02-16
Abstract: Flurazepam drug intermediates o-fluorotoluene synthesis method, comprising the following steps: (i) equipped with a stirrer, a thermometer, a dropping funnel and a reaction vessel, 200-230ml concentrated phosphoric acid solution was added, the temperature of the solution is reduced to 15-20 C, 1.2mol o-toluidine was added, after dissolution the temperature was reduced to 5--9 C, 1.2-1.25mol potassium nitrate was added to solution, control the reaction temperature at 5 - 8 C, potassium iodide test paper measuring the end of the reaction, generating diazonium salt, excess potassium nitrite was decomposed with 2,4-dichloro phenylhydrazine hydrochloride; (ii) cooling 1.4mol sodium fluoride solution to 3-5 C, controlling the stirring speed at 200-260rpm, the diazonium salt solution resulted in step (i) was added, duration of stirring lasted 6-9min, suction filtered, the filter cake successively washed with phosphoric acid solution, washing solvent, neutralization solution, and dried in vacuum, got the fluorine-containing diazonium salt (3), the fluorine-containing diazonium salt is heated to a temperature of 90--98 C, decomposed it, distillate was collected and washed with potassium carbonate solution, washed with saline solution, dehydrated with dehydrating agent, vacuum distillation, collecting fractions of 103--i 10C,ultimately got a colorless liquid o-fluorotoluene.
Patent AU-2017101753-A4 (AU)
Title: Towel Rail
Inventor: BELL ALISTAIR RICHARD
IPC: A47K10/06
Filed: 2017-12-14
Granted: 2018-01-18
Abstract: A towel rail (1) including a body (3), and a heating element (11) passing through at 5 least a portion of the body (3), wherein the heating element (11) has a variable resistance that changes as the ambient temperature changes, such that the heat output of the towel rail (1) is limited at a maximum. To be accompanied, when published, by Figure 2 of the drawings. bo
Patent AU-2017101825-A4 (AU)
Title: Construction method of strong karst water-rich urban shallow-buried tunnel cantilever boring machine
Inventor: WANG JUN
IPC: E21D9/10
Filed: 2017-04-05
Granted: 2018-03-29
Abstract: The present invention discloses a construction method of a strong karst water-rich urban shallow-buried tunnel cantilever boring machine, comprising the steps of: measuring and 5 locating an excavated tunnel surface and using an advanced geological forecasting system to carry out geological survey; excavating the rock mass using a cantilever boring machine and cutting teeth thereabove; loading with an excavator behind the boring machine, transporting the slag stones to a silo hopper using a transporter or a belt conveyor, and then raising the slag stones to the ground through a hopper, when the slag stones accumulate to a certain amount; 0 retracting the boring machine to the position at a distance behind the tunnel surface after the tunnel surface completes an excavation cycle, and then constructing an anchor rod, and erecting a steel truss; carrying out initial lining construction of shotcrete, and closing the excavated rock surface; and carrying out secondary lining concrete pouring construction, and forming a forming tunnel. The beneficial effects of the present invention are as follows: the excavation is 5 carried out in a manner of peeling off rock strata layer by layer using the cantilever boring machine, which has less impact on the surroundings, improves the construction safety and quality, improves the construction efficiency and reduces the construction cost simultaneously.
Patent AU-2018100784-A4 (AU)
Title: Apparatus and method for an interactive entertainment media device
Inventor: CORKIN DANIEL ROBERT
IPC: G11B27/10
Filed: 2018-06-12
Granted: 2018-07-12
Abstract: The present invention relates to a system comprising an entertainment media device (110), a control object (120) comprising an identifier detectable by the entertainment media device (110); and a storage device (e.g., 209, 225, 309, and 409) comprising a database storing associations between one or more identifiers with control information, the control information being control functions operable by a processor (205) of the entertainment media device. When the control object (120) is placed near a detection area (224) of the entertainment media device (110), the device (110) determines the identifier of the detected control object (120); retrieves, from the database, control information of the entertainment media device (110) associated with the determined identifier; and executes the control information. Fig. 1 CDl 0_ -E C)C L ICFig I
Patent AU-2018101252-A4 (AU)
Title: Foot bath
Inventor: YE XIAOBO
IPC: A61H35/00
Filed: 2018-08-28
Granted: 2018-09-27
Abstract: The invention discloses a foot bath, which belongs to the home appliance field. The machine body is provided with a water supply system connected with a water source, the machine body 5 is provided with a drainpipe, the drainpipe is provided with a drain pump, the water supply system comprises an injection hole connected with the water source, the injection hole is connected with a hot water pipe and a cold water pipe, the hot water pipe is provided with a heater, a confluence box is arranged at a connection of the hot water pipe and the cold water pipe, the confluence box is provided with a temperature sensor, and the confluence box is 0 provided with an outlet pipe for water feeding into the barrel body, a first control valve is arranged at a connection of the hot water pipe and the confluence box, a second control valve is arranged at a connection of the cold water pipe and the confluence box, a third control valve is arranged at the outlet pipe, the frame is provided with an oil adder, the oil adder comprises a plurality of oil storage cylinders filled with different oils, a plurality of capillary burettes 5 communicated with an outlet end of the oil storage cylinders, a plurality of pistons set in the oil storage cylinders and a plurality of electric pushers forcing the pistons to axially move along the oil storage cylinders, the capillary burette is communicated with the cavity. 82 81 91 93 92 73 16 2 _141
Patent AU-2018101763-A4 (AU)
Title: Antistatic agent N-octyl-diaminoethyl glycine hydrochloride production plant
Inventor: PENG XIANGLIANG
IPC: C07C227/08
Filed: 2018-11-18
Granted: 2019-01-17
Abstract: Antistatic agent n-octyl-diaminoethyl glycine hydrochloride production plant Abstract Antistatic agent N-octyl-diaminoethyl glycine hydrochloride production plant, including: tank (F101), tank (F102), feedstock pump (Ji01), feedstock pump (J102), reactor (Di01), filter tower (ElOl), transfer pump (J103), transfer pump (J104), transfer pump (Ji05), distillation column (E102), condenser (ClOl), tank (F103), 10 condensation reactor (D102), filter (LiO), dryer (L102); among them, tank (FlOl) is used to store diethylenetriamine, tank (F102) is used to store chloroctane, tank (F103) is used to store intermediate products; the connection between the various components of the production plant is: feedstock pump (JiO) is connected respectively to tank (FlOl) and reactor (Di01), feedstock pump (J102) is connected respectively to tank 15 (F102) and reactor (Di01), transfer pump (J103) is connected respectively to reactor (Di01) and filter tower (ElOl), transfer pump (J104) is connected respectively to filter tower (ElOl) and distillation column (E102), condenser (ClOl) is connected respectively to distillation column (E102) and tank (F103), transfer pump (JI05) is connected respectively to tank (F103) and condensation reactor (D102), filter (LIO) 20 is connected respectively to condensation reactor (D102) and dryer (L102); among them, head thickness of tank (F101) is 9-10mm. Figure 1 FigureI
Patent AU-2020100086-A4 (AU)
Title: Method for improving strength properties of cardboard paper
Inventor: WANG QIANG
IPC: D21D1/40
Filed: 2020-01-16
Granted: 2020-02-13
Abstract: Abstract The invention discloses a method for improving strength properties of cardboard paper. The method comprises adding gamma-valerolactone to fully soaked and dispersed waste paper pulp for treating the pulp, washing the treated pulp cleanly with hot water, and then making paper; the gamma-valerolactone is used in an amount of 0.5-1 g/g oven dried pulp, and the treatment conditions are: a solid to liquid ratio of 1:(8-12), a temperature of 60-100 DEG C, and treatment time of 1-3 hours. According to the invention, gamma-valerolactone is used to treat waste paper pulp fibers, so that the bond between the fibers can be effectively strengthened, and finally the purpose of improving the strength properties of the finished paper made from the waste paper pulp is achieved. Moreover, the gamma-valerolactone used according to the invention is a biomass-based product, which is non-toxic, degradable, environment-friendly and pollution-free and can be used as a novel papermaking treatment agent.
Patent AU-2020101200-A4 (AU)
Title: Eco-organic high-rise building composed of a bamboo-wood building and a giant structure
Inventor: CHEN BOWANG
IPC: E04H1/04
Filed: 2020-06-30
Granted: 2020-08-06
Abstract: of Description 
The utility model discloses an ecological organic energy-saving and 
environment-friendly high-rise building composed of a bamboo-wood building and a giant 
structure, which includes a primary structure and a secondary structure. The main structure 
serves as the stress skeleton of the high-rise building, it is a high-rise integral or assembled 
structure built on site. The secondary structure is a multilayer unit filled in each layer of the 
main structure; the main structure includes a foundation, a giant column, a giant beam, a 
floor, a roof, and a core tube, the giant column is located at the four comers of the building, 
the giant beam is connected between the rectangular columns, the core tube is located at the 
center of the building, the floor and roof are supported by on the giant beam and core tube; 
The foundation is a reinforced concrete pile foundation or a raft foundation; the giant column 
is generally four, which is any one of a reinforced concrete structure, a steel structure or a 
steel-reinforced concrete structure.The giant beam is any one of prestressed concrete beam, 
steel truss or steel-reinforced concrete beam; the secondary structure includes wall panels, 
columns, beams and floor slabs, which are supported on the floors of the primary structure.  
Each layer of the structure has a door opening communicating with the core tube; the 
secondary structure is a wooden structure, a bamboo structure or a biomass material structure; 
the outer edge of each floor of the main structure is arranged with a sky garden, or you can 
choose not to arrange sky garden; giant beams are set between the giant columns. The utility 
model adopts a brand-new concept to build high-rise buildings, which has a major 
breakthrough in energy saving and environmental protection.
Drawings of Description 
AAA 
Al_ 
Figure 1 
1/4
Patent AU-2020101237-A4 (AU)
Title: A computation-efficient distributed algorithm for convex constrained optimization problem
Inventor: LÜ QINGGUO
IPC: G06F30/20
Filed: 2020-07-03
Granted: 2020-08-06
Abstract: A computation-efficient distributed algorithm based on the stochastic gradient projection 
method for solving the problem of convex constrained optimization with a sum of smooth 
convex functions and non-smooth regularization terms subject to locally general constraints 
is proposed over an undirected network. The algorithm mainly includes five parts: Variable 
initialization, parameter definition and selection, information exchange, stochastic gradien
t computation, and variable update. By adopting the variance reduction technique, the 
proposed algorithm which is set forth in the present invention reduces the amount of com
putation in comparison with related works. Presuming the smoothness and strong convexity 
cost functions, the proposed algorithm can find the exact optimal solution in expectation 
in the event that the constant step-size is less than an explicitly estimated upper bound.  
With respect to the existing distributed schemes, the proposed algorithm is more convenient 
for general constrained optimization problems and possesses low computation complexity in 
terms of the total number of local gradient evaluations. The present invention has broad 
application in the modern large-scale information processing problems in machine learning 
(The samples of a training dataset are randomly distributed across multiple computing nodes 
and each of the smooth objective functions is further considered as the average of several 
constituent functions).
1/2 
Start 
Each node sets k=O and maximum 
number of iteration, kmax 
Each node initializes local variables 
and selects fixed step-size as well as 
fixed tunable parameter according to 
the network and the problem 
Each node computes the stochastic 
gradient according to the variance 
reduction technique 
Each node updates the main variable 
according to the stochastic gradient 
projection method 
Each node updates the Lagrangian 
multipliers according to the main 
variable and the projection operator 
Each node sets k=k+l 
No 
<k Akax 
Yes 
End 
Figure 1