mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sealing comprising: providing a substrate that includes a plurality of pores and which is selected from concrete, stucco, brick, or combinations thereof; locating a polymerizable composition onto a surface of the substrate, the polymerizable composition including - a monofunctional, difunctional or multifunctional methylene malonate selected from diethyl methylene malonate (DEMM), dimethyl methylenemalonate (DMMM), di-n-propyl methylene malonate, di-isopropyl methylene malonate, dibenzyl methylene malonate, methylene β-ketoesters, methylene β-di-ketones and combinations thereof, and - a cyanoacrylate selected from methyl-2-cyanoacrylate, ethyl-2-cyanoacrylate, n-butyl cyanoacrylate, 2-octyl cyanoacrylate and combinations thereof; initiating polymerization of the composition; wherein polymerization is initiated by the use of an initiator or by the presence of a latent activating agent. providing a substrate that includes a plurality of pores and which is selected from concrete, stucco, brick, or combinations thereof; locating a polymerizable composition onto a surface of the substrate, the polymerizable composition including - a monofunctional, difunctional or multifunctional methylene malonate selected from diethyl methylene malonate (DEMM), dimethyl methylenemalonate (DMMM), di-n-propyl methylene malonate, di-isopropyl methylene malonate, dibenzyl methylene malonate, methylene β-ketoesters, methylene β-di-ketones and combinations thereof, and - a cyanoacrylate selected from methyl-2-cyanoacrylate, ethyl-2-cyanoacrylate, n-butyl cyanoacrylate, 2-octyl cyanoacrylate and combinations thereof; - a monofunctional, difunctional or multifunctional methylene malonate selected from diethyl methylene malonate (DEMM), dimethyl methylenemalonate (DMMM), di-n-propyl methylene malonate, di-isopropyl methylene malonate, dibenzyl methylene malonate, methylene β-ketoesters, methylene β-di-ketones and combinations thereof, and - a cyanoacrylate selected from methyl-2-cyanoacrylate, ethyl-2-cyanoacrylate, n-butyl cyanoacrylate, 2-octyl cyanoacrylate and combinations thereof; initiating polymerization of the composition; wherein polymerization is initiated by the use of an initiator or by the presence of a latent activating agent.
Inspection method for inspecting flat semiconductor objects , such as wafers, solar cells or intermediate stages thereof, in respect of defects , comprising defects on edges of flat object , said inspection method comprising the steps of: - transporting flat object along a transport path in a transport direction (T), the transport movement defining a leading edge and a trailing edge of flat object , - taking sequentially a plurality of images of flat object , particularly of a leading portion and/or a trailing portion of flat object , during the movement of flat object along the transport path with at least one imaging system , preferably a camera, wherein the plurality of images comprises image data, which were taken from object points of the flat object within the depth of field of the imaging system , and image data which were taken from object points of the flat object outside of the depth of field of the imaging system , - selecting from the plurality of images the image data, which were taken from object points of the flat object within the depth of field of the imaging system , - recognizing defects of flat object essentially by means of the selected image data, wherein the image data that were taken from object points outside of the depth of field of the imaging system or a main part of the image data, that were taken from object points outside of the depth of field of the imaging system are not taken into account for evaluation of the defects of flat object . - transporting flat object along a transport path in a transport direction (T), the transport movement defining a leading edge and a trailing edge of flat object , - taking sequentially a plurality of images of flat object , particularly of a leading portion and/or a trailing portion of flat object , during the movement of flat object along the transport path with at least one imaging system , preferably a camera, wherein the plurality of images comprises image data, which were taken from object points of the flat object within the depth of field of the imaging system , and image data which were taken from object points of the flat object outside of the depth of field of the imaging system , - selecting from the plurality of images the image data, which were taken from object points of the flat object within the depth of field of the imaging system , - recognizing defects of flat object essentially by means of the selected image data, wherein the image data that were taken from object points outside of the depth of field of the imaging system or a main part of the image data, that were taken from object points outside of the depth of field of the imaging system are not taken into account for evaluation of the defects of flat object .
A composite packaging material, having a plurality of units for forming independent packages, the composite packaging material having a water proofing layer , a printing layer and a base layer , each of the units having an identifier , and the identifiers of any two units being mutually different, wherein each of the identifiers is covered by an adhering layer , an isolating layer and a covering layer sequentially on top, an area of the adhering layer is larger than an area of the isolating layer and an area of the covering layer , and the area of the adhering layer is smaller than an area of the water proofing layer , to clad the isolating layer and the covering layer between the water proofing layer and the adhering layer , and the binding force between the adhering layer and the water proofing layer is greater than the binding force between the isolating layer and the covering layer , the composite packaging material comprises the base layer , the printing layer , the identifier , the adhering layer , the isolating layer , the covering layer and the water proofing layer sequentially from interior to exterior, a binding force between the isolating layer and the covering layer is less than a binding force between the water proofing layer and the covering layer and is less than a binding force between the isolating layer and the adhering layer and is less than a binding force between the adhering layer and the identifier , so that when under an external force the covering layer and the isolating layer are able to be separated.
Method for diagnosing the plausibility of drift of an air flow meter sensor adapted for direct measurement of the flow of fresh air entering an internal combustion engine associated with an air intake circuit and a burnt gas exhaust circuit having a partial exhaust gas recirculation circuit at the intake, the intake being controlled by an intake flap and the exhaust gas recirculation by a recirculation valve, the method comprising the following steps: - a step for measuring a first fresh air flow rate value in the intake line by said flow meter, - a step for estimating a second fresh air flow rate value in the intake line from a filling model applied to the total gas flow entering the engine and a first set of gas flows ancillary to the intake line, - a step for calculating a third fresh air flow rate value in the intake line from a Barré de Saint-Venant hydrodynamics equation at the intake flap terminals and a second set of gas flows ancillary to the intake line, - a step for calculating a fourth fresh air flow rate value in the intake line given by a fuel flow rate and a signal from a richness probe mounted in the engine exhaust circuit, the method not requiring the exhaust gas recirculation valve to be shut off, and the method further comprising a step for calculating the median of the first, second, third and fourth fresh air flow rate values, and a step for comparing the value returned by the air flow meter with the previously calculated median. - a step for measuring a first fresh air flow rate value in the intake line by said flow meter, - a step for estimating a second fresh air flow rate value in the intake line from a filling model applied to the total gas flow entering the engine and a first set of gas flows ancillary to the intake line, - a step for calculating a third fresh air flow rate value in the intake line from a Barré de Saint-Venant hydrodynamics equation at the intake flap terminals and a second set of gas flows ancillary to the intake line, - a step for calculating a fourth fresh air flow rate value in the intake line given by a fuel flow rate and a signal from a richness probe mounted in the engine exhaust circuit,
An intravascular blood pump for percutaneous insertion into a patient's vasculature, the intravascular blood pump comprising a pumping device and a supply line , wherein the pumping device comprises a pump section , the pump section having a blood flow inlet , a blood flow outlet and an impeller rotatable about an axis of rotation for conveying blood from the blood flow inlet to the blood flow outlet, and a drive section connected to the pump section and adapted to drive the impeller, and wherein the supply line is adapted to supply the drive section at least with electric energy for driving the impeller, characterized in that the pump section is arranged along the axis of rotation between the drive section and the supply line .
An anaerobic curing formulation comprising an aqueous emulsion of: a) 4-8% by weight of at least one acrylic resin and b) 40-70% by weight of phenoxy-polyethoxy sulphate. a) 4-8% by weight of at least one acrylic resin and b) 40-70% by weight of phenoxy-polyethoxy sulphate.
A pressure switch device for an electronic device (E) having at least one contact region provided on a printed circuit board , a contact element movable between an open position and a contact position on the contact region , an elastically deformable actuation element , by means of which the contact element is displaceable from the open position to the contact position, and a bearing plate provided on the printed circuit board with at least one bearing recess , which together with the printed circuit board forms a receptacle for the contact element and the individually inserted actuation element , wherein the printed circuit board forms a receptacle base and the bearing plate forms a side boundary of the receptacle , characterised in thaton an upper face of the bearing plate facing away from the printed circuit board a securing layer is provided which forms a user interface and at least partially closes off the receptacle , wherein the actuation element has a fastening region which is supported by the printed circuit board and the securing layer and is secured in a form-fitting manner between the printed circuit board and the securing layer . having at least one contact region provided on a printed circuit board , a contact element movable between an open position and a contact position on the contact region , an elastically deformable actuation element , by means of which the contact element is displaceable from the open position to the contact position, and a bearing plate provided on the printed circuit board with at least one bearing recess , which together with the printed circuit board forms a receptacle for the contact element and the individually inserted actuation element , wherein the printed circuit board forms a receptacle base and the bearing plate forms a side boundary of the receptacle , characterised in thaton an upper face of the bearing plate facing away from the printed circuit board a securing layer is provided which forms a user interface and at least partially closes off the receptacle , wherein the actuation element has a fastening region which is supported by the printed circuit board and the securing layer and is secured in a form-fitting manner between the printed circuit board and the securing layer .
A method for identifying, classifying and indicating relative velocity of objects in a video stream from an image source , said method comprising: providing a sequence of image frames from the video stream to a convolutional neural network, CNN , said CNN including an input layer and an output layer ; identifying and classifying objects in the image frames using the CNN and providing object classification data in the output layer ; providing metadata from the image source ; providing the object classification data in the output layer and the metadata to a recurrent neural network, RNN ; identifying direction of movement and relative velocity of the classified objects in the image frames using the RNN and providing object motion data therefrom; combining, by a prediction engine , the object classification data from the CNN and the object motion data from the RNN ; correlating, by a visualization engine , the combined object classification data and the object motion data with the image frames to provide correlated images that include boundary boxes around each classified object and an indicator of the relative velocity and the direction of movement of the classified objects; and displaying the correlated images on a display device . providing a sequence of image frames from the video stream to a convolutional neural network, CNN , said CNN including an input layer and an output layer ; identifying and classifying objects in the image frames using the CNN and providing object classification data in the output layer ; providing metadata from the image source ; providing the object classification data in the output layer and the metadata to a recurrent neural network, RNN ; identifying direction of movement and relative velocity of the classified objects in the image frames using the RNN and providing object motion data therefrom; combining, by a prediction engine , the object classification data from the CNN and the object motion data from the RNN ; correlating, by a visualization engine , the combined object classification data and the object motion data with the image frames to provide correlated images that include boundary boxes around each classified object and an indicator of the relative velocity and the direction of movement of the classified objects; and displaying the correlated images on a display device .
A method for producing an electrode material by sintering a mixed powder containing 40-90 % Cu, 5-48 % Cr and 2-30 % heat-resistant element by weight, comprising: mixing a heat-resistant element powder and a Cr powder in a ratio such that the heat-resistant element is less than the Cr by weight; baking a mixed powder of the heat-resistant element powder and the Cr powder; pulverizing a sintered body that has been obtained by the baking and contains a solid solution of the heat-resistant element and the Cr; classifying a solid solution powder that has been obtained by the pulverizing, to have a particle size of 200 μm or less; and mixing a solid solution powder that has been obtained by the classifying and a Cu powder, followed by the sintering. mixing a heat-resistant element powder and a Cr powder in a ratio such that the heat-resistant element is less than the Cr by weight; baking a mixed powder of the heat-resistant element powder and the Cr powder; pulverizing a sintered body that has been obtained by the baking and contains a solid solution of the heat-resistant element and the Cr; classifying a solid solution powder that has been obtained by the pulverizing, to have a particle size of 200 μm or less; and mixing a solid solution powder that has been obtained by the classifying and a Cu powder, followed by the sintering.
A domestic organic waste composter comprising: - an inlet for receiving organic waste; - a grinder for grinding the organic waste, coupled to a first actuator ; - a tank surmounted by the grinder and arranged to contain the organic waste grinded by the grinder ; - a mixer arranged in the tank to mix the grinded organic waste contained in the tank , coupled to a second actuator ; - an outlet arranged at the level of a bottom of the tank to recover a potting soil produced by composting the organic waste contained in the tank ; - an aeration system comprising: ∘ an air inlet at least partially surmounting the tank and containing a fan ; ∘ orifices for circulating air in the tank , at the level of the bottom of the tank ; ∘ an air outlet coupled in a fluidic manner to the orifices ; the aeration system being configured to generate a circulation of air in the tank , from the air inlet towards the air outlet , via the orifices . - an inlet for receiving organic waste; - a grinder for grinding the organic waste, coupled to a first actuator ; - a tank surmounted by the grinder and arranged to contain the organic waste grinded by the grinder ; - a mixer arranged in the tank to mix the grinded organic waste contained in the tank , coupled to a second actuator ; - an outlet arranged at the level of a bottom of the tank to recover a potting soil produced by composting the organic waste contained in the tank ; - an aeration system comprising: ∘ an air inlet at least partially surmounting the tank and containing a fan ; ∘ orifices for circulating air in the tank , at the level of the bottom of the tank ; ∘ an air outlet coupled in a fluidic manner to the orifices ; ∘ an air inlet at least partially surmounting the tank and containing a fan ; ∘ orifices for circulating air in the tank , at the level of the bottom of the tank ; ∘ an air outlet coupled in a fluidic manner to the orifices ;
A system for constructing a building structure , comprising: a printing assembly moveably disposed on a gantry above a foundation surface ; a profilometer mounted on the printing assembly for measuring a three dimensional topology of the surface; a processor coupled to the profilometer and configured to receive the measured topology and to generate a sublayei from the measured topology and to also generate a sub toolpath (STP) extending across at least a portion of the sublayer, wherein the sub toolpath is generated to begin and end when certain height thresholds occur, those thresholds being when a recess of the sublayer is below a high point of the foundation surface by a thickness (BT) of a sublayer bead to be extruded; and a nozzle mounted on the printing assembly to extrude the sublayer bead along only the sub toolpath and below a subsequently extruded layer zero bead placed along the high point of the foundation surface, wherein a thickness of the layer zero bead is the same as the thickness of the sublayer bead, and wherein the sublayer bead and layer zero bead are building material including concrete. a printing assembly moveably disposed on a gantry above a foundation surface ; a profilometer mounted on the printing assembly for measuring a three dimensional topology of the surface; a processor coupled to the profilometer and configured to receive the measured topology and to generate a sublayei from the measured topology and to also generate a sub toolpath (STP) extending across at least a portion of the sublayer, wherein the sub toolpath is generated to begin and end when certain height thresholds occur, those thresholds being when a recess of the sublayer is below a high point of the foundation surface by a thickness (BT) of a sublayer bead to be extruded; and a nozzle mounted on the printing assembly to extrude the sublayer bead along only the sub toolpath and below a subsequently extruded layer zero bead placed along the high point of the foundation surface, wherein a thickness of the layer zero bead is the same as the thickness of the sublayer bead, and wherein the sublayer bead and layer zero bead are building material including concrete.
A method executed by one or more computing devices for masking data, the method comprising: applying, by at least one of the one or more computing devices, an irreversible function to a first data element to generate a derivative data element, the first data element being of a first data type and the derivative data element being of a second data type different than the first data type, wherein all elements of the first data type comprise a fixed number of element members, each having a corresponding position, and wherein the first data type is characterized by a syntactic definition mapping each of the element members to one of one or more alphabets based on position; selecting, by at least one of the one or more computing devices, a portion of the derivative data element to serve as a template, wherein the portion of the derivative data element selected to serve as the template comprises a fixed number of octets equal to the fixed number of element members of the first data type; and generating, by at least one of the one or more computing devices, a masked data element of the first data type by assigning each octet a position, selecting an alphabet in the one or more alphabets, and mapping each octet to a value in the selected alphabet based on the position assigned to the octet and the position map. applying, by at least one of the one or more computing devices, an irreversible function to a first data element to generate a derivative data element, the first data element being of a first data type and the derivative data element being of a second data type different than the first data type, wherein all elements of the first data type comprise a fixed number of element members, each having a corresponding position, and wherein the first data type is characterized by a syntactic definition mapping each of the element members to one of one or more alphabets based on position; selecting, by at least one of the one or more computing devices, a portion of the derivative data element to serve as a template, wherein the portion of the derivative data element selected to serve as the template comprises a fixed number of octets equal to the fixed number of element members of the first data type; and generating, by at least one of the one or more computing devices, a masked data element of the first data type by assigning each octet a position, selecting an alphabet in the one or more alphabets, and mapping each octet to a value in the selected alphabet based on the position assigned to the octet and the position map.
A monodisperse composition comprising a compound selected from the group consisting of 6-CH 3 -(OCH 2 CH 2 ) 5 -O- naloxol; 6-CH 3 -(OCH 2 CH 2 ) 6 -O-naloxol; and 6-CH 3 -(OCH 2 CH 2 ) 7 -O- naloxol; or pharmaceutically acceptable salt thereof for use as a medicament, wherein the compound is an α-6 isomer, a β-6 isomer or a mixture of α-6 and β-6 isomers.