mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing an attrition resistant catalyst additive, comprising: treating an intermediate pore size zeolite with a phosphorus-containing compound so as to incorporate phosphorus therein, calcining the phosphorus-treated zeolite, at a temperature below 650°C in the presence of steam mixing the calcined phosphorus-treated zeolite with kaolin and a phosphorus-containing compound in liquid form, and forming the mixture into microspheres having a size of from about 20 to 200 microns, wherein the calcined phosphorus-treated zeolite is combined with the kaolin as a mixture of two aqueous slurries and wherein the mixture of aqueous slurries of phosphorus-treated zeolite and kaolin are injected with an aqueous phosphorus compound prior to spray drying the injected mixture into said microspheres, and wherein the contact time of the aqueous phosphorus compound and slurry mixture is less than 20 seconds. treating an intermediate pore size zeolite with a phosphorus-containing compound so as to incorporate phosphorus therein, calcining the phosphorus-treated zeolite, at a temperature below 650°C in the presence of steam mixing the calcined phosphorus-treated zeolite with kaolin and a phosphorus-containing compound in liquid form, and forming the mixture into microspheres having a size of from about 20 to 200 microns, wherein the calcined phosphorus-treated zeolite is combined with the kaolin as a mixture of two aqueous slurries and wherein the mixture of aqueous slurries of phosphorus-treated zeolite and kaolin are injected with an aqueous phosphorus compound prior to spray drying the injected mixture into said microspheres, and wherein the contact time of the aqueous phosphorus compound and slurry mixture is less than 20 seconds.
A method of performing anti-replay analysis using a user device, said method comprising: providing a user device configured to permit a user to perform a transaction via a display of the user device; collecting a plurality types of data during the user performing the transaction, wherein the plurality types of data comprise: (i) device state data about a physical state of the user device that is unique to the user device at a moment in time during which the device state data is collected data, wherein the device state data is collected by different types of sensors on-board the user device, and (ii) operational data specific to a component of the user device, obtaining identification information about the user device or the user; adjusting a weight factor associated with the plurality types of data, wherein the weight factor is determined based at least in part on a property about variability of a given type of data at different moments in time; comparing, with aid of one or more processors, the plurality types of data with previously collected corresponding plurality types of data associated with the identification information about the user device or the user; and determining, with the aid of the one or more processors, a presence of a replay attack based on a match level between the weighted plurality types of data and the previously collected corresponding plurality types of data. providing a user device configured to permit a user to perform a transaction via a display of the user device; collecting a plurality types of data during the user performing the transaction, wherein the plurality types of data comprise: (i) device state data about a physical state of the user device that is unique to the user device at a moment in time during which the device state data is collected data, wherein the device state data is collected by different types of sensors on-board the user device, and (ii) operational data specific to a component of the user device, obtaining identification information about the user device or the user; adjusting a weight factor associated with the plurality types of data, wherein the weight factor is determined based at least in part on a property about variability of a given type of data at different moments in time; comparing, with aid of one or more processors, the plurality types of data with previously collected corresponding plurality types of data associated with the identification information about the user device or the user; and determining, with the aid of the one or more processors, a presence of a replay attack based on a match level between the weighted plurality types of data and the previously collected corresponding plurality types of data.
A computer-implemented method comprising: based on receipt of a request from a requestor that indicates an identifier of an actor, accessing a data structure comprising a plurality of descriptors associated with the identifier of the actor, wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device ; selecting a subset of the plurality of descriptors; constructing a response to the request with the selected subset of descriptors; and communicating the response with the selected subset of descriptors to the requestor to fulfill the request, the computer-implemented method being characterized in that a type of the request is determined prior to selecting the subset of the plurality of descriptors, and in that selecting the subset of the plurality of descriptors is based, at least in part, on determining a rule for descriptor selection which corresponds to the type of the request. based on receipt of a request from a requestor that indicates an identifier of an actor, accessing a data structure comprising a plurality of descriptors associated with the identifier of the actor, wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device ; wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device ; selecting a subset of the plurality of descriptors; constructing a response to the request with the selected subset of descriptors; and communicating the response with the selected subset of descriptors to the requestor to fulfill the request, the computer-implemented method being characterized in that a type of the request is determined prior to selecting the subset of the plurality of descriptors, and in that selecting the subset of the plurality of descriptors is based, at least in part, on determining a rule for descriptor selection which corresponds to the type of the request.
A computer-readable recording medium having stored therein a data placement program that causes a computer to execute a process for placing a plurality of pieces of data into a plurality of computational resources in a distributed manner in a data placement device configured to execute a check process where a piece of query data that is acquired from an input unit is checked against the pieces of data placed in the computational resources for similarity therebetween, by having the computational resources execute the check process in a distributed manner, the pieces of data being unstructured data including image data, audio data or sensor data, the data placement process comprising: acquiring the plurality of pieces of data from input data, a number thereof corresponding to a number of the plurality of the computational resources; based on a similarity between each of the acquired pieces of data and each of pieces of data stored in the computational resources, creating, for each of the acquired pieces of data, a first wish list that indicates an order of the computational resources such that a high priority is given to a computational resource that does not include therein similar pieces of data, and, for each of the computational resources, a second wish list that indicates an order of the acquired pieces of data such that a high priority is given to a piece of data that has a low similarity to the pieces of data stored by that computational resource; allocating each piece of data among the acquired pieces of data to a computational resource among the computational resources according to a matching result obtained by applying a stable matching function to the created first wish list and second wish list, the acquired pieces of data each being allocated to different computation resources; and placing the allocated pieces of data into the computational resources on the basis of the allocating. acquiring the plurality of pieces of data from input data, a number thereof corresponding to a number of the plurality of the computational resources; based on a similarity between each of the acquired pieces of data and each of pieces of data stored in the computational resources, creating, for each of the acquired pieces of data, a first wish list that indicates an order of the computational resources such that a high priority is given to a computational resource that does not include therein similar pieces of data, and, for each of the computational resources, a second wish list that indicates an order of the acquired pieces of data such that a high priority is given to a piece of data that has a low similarity to the pieces of data stored by that computational resource; allocating each piece of data among the acquired pieces of data to a computational resource among the computational resources according to a matching result obtained by applying a stable matching function to the created first wish list and second wish list, the acquired pieces of data each being allocated to different computation resources; and placing the allocated pieces of data into the computational resources on the basis of the allocating.
A method for generating a filtered ultrasound image, the method comprising: obtaining channel data from an ultrasonic transducer array; generating first image data from the channel data using a first apodization function ; generating second image data from the channel data using a second apodization function ; applying a minimizing function to the first and second image data; generating third image data based on the minimized first and second image data; and generating the filtered ultrasound image based on the first and third image data, characterized in that the second apodization function comprises a null filter, and in that the generation of the filtered ultrasound image comprises: subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels. obtaining channel data from an ultrasonic transducer array; generating first image data from the channel data using a first apodization function ; generating second image data from the channel data using a second apodization function ; applying a minimizing function to the first and second image data; generating third image data based on the minimized first and second image data; and generating the filtered ultrasound image based on the first and third image data, characterized in that the second apodization function comprises a null filter, and in that the generation of the filtered ultrasound image comprises: subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels. subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels.
A process for preparing an aqueous composition comprising: - dextrins that are obtained from the partial hydrolysis of starch; - vegetable bran that contains 2 to 10% by weight of pectins and - water in an amount of between 20 and 50% by weight relative to the total weight of the composition; said process comprising the steps of: a) mixing dextrins with water, said dextrins being derived from the partial hydrolysis of starch; b) heating the mixture to a temperature ranging between 25 and 65° C under stirring at a rotational speed of at least 100 revolutions/minute and for a period longer than at least 2 minutes until the starch is completely dissolved; c) adding a vegetable bran containing 2 to 10% by weight of pectins, said bran being subjected to a micronization step; d) heating the mixture to a temperature ranging between 25 and 65° C under stirring at a mixing speed of at least 100 revolutions/minute and for a period longer than at least 4 minutes. - dextrins that are obtained from the partial hydrolysis of starch; - vegetable bran that contains 2 to 10% by weight of pectins and - water in an amount of between 20 and 50% by weight relative to the total weight of the composition; a) mixing dextrins with water, said dextrins being derived from the partial hydrolysis of starch; b) heating the mixture to a temperature ranging between 25 and 65° C under stirring at a rotational speed of at least 100 revolutions/minute and for a period longer than at least 2 minutes until the starch is completely dissolved; c) adding a vegetable bran containing 2 to 10% by weight of pectins, said bran being subjected to a micronization step; d) heating the mixture to a temperature ranging between 25 and 65° C under stirring at a mixing speed of at least 100 revolutions/minute and for a period longer than at least 4 minutes.
Device for adjusting and mounting spherical optical components, comprising a first holder with a mount for a first optical element having a first spherical convex surface with a radius (R1), a second holder with a mount for a second optical element having a second spherical concave surface with a radius (R2), wherein - at least one of the holders has a spherical bearing surface with a radius (R3), - the first holder can be borne on the second holder in such a way that the first, second and third radii (R1, R2, R3) have a common centre point when the first optical element has been received in the first holder and the second optical element has been received in the second holder , characterized in that the device comprises means for setting the distance of a gap between the first optical surface of the first optical element and the second optical surface of the second optical element . - at least one of the holders has a spherical bearing surface with a radius (R3), - the first holder can be borne on the second holder in such a way that the first, second and third radii (R1, R2, R3) have a common centre point when the first optical element has been received in the first holder and the second optical element has been received in the second holder ,
A method for constructing an electronic device component , comprising: molding a first intermediate element between a first element , and a second element , to structurally connect the first and second elements to form a sidewall of the electronic device component , so that the sidewall comprises a first seam at an interface between the first element and the first intermediate element , and a second seam at an interface between the second element and the first intermediate element ; molding a second intermediate element , the second intermediate element being separate and distinct from the first intermediate element , between the second element and a third element ; and wherein the first intermediate element , the first element , the second element , the second intermediate element , and the third element define at least a portion of a closed loop of sidewalls ; wherein the first element and the second element are formed from a conductive material; wherein the first intermediate element and the second intermediate element are formed from an insulative material; and wherein the first intermediate element electrically isolates the first and second elements; and removing excess material from at least two of the first, second, and intermediate elements to form a smooth and continuous surface, the smooth and continuous surface defines an exterior of the sidewall. molding a first intermediate element between a first element , and a second element , to structurally connect the first and second elements to form a sidewall of the electronic device component , so that the sidewall comprises a first seam at an interface between the first element and the first intermediate element , and a second seam at an interface between the second element and the first intermediate element ; molding a second intermediate element , the second intermediate element being separate and distinct from the first intermediate element , between the second element and a third element ; and wherein the first intermediate element , the first element , the second element , the second intermediate element , and the third element define at least a portion of a closed loop of sidewalls ; wherein the first element and the second element are formed from a conductive material; wherein the first intermediate element and the second intermediate element are formed from an insulative material; and wherein the first intermediate element electrically isolates the first and second elements; and removing excess material from at least two of the first, second, and intermediate elements to form a smooth and continuous surface, the smooth and continuous surface defines an exterior of the sidewall.
Gas lift pump apparatus comprising a column through which a liquid medium may be pumped by gas lift, the apparatus comprising a fluid delivery device for delivering a flow of a gaseous fluid into the liquid medium, the device comprising means for generating an ultrasonic shockwave therein by the flow of gaseous fluid therethrough, the device being operable to launch the ultrasonic shockwave into the liquid medium in the column .
An assembly which is configured for fastening to a closing mechanism of a door or of a window which has a closing mechanism connector element projecting over the door or the window, said assembly comprising a base body and a fastening plate , wherein the fastening plate is configured for plugging onto the closing mechanism connector element along a plug-on direction (A), and wherein the base body is releasably fastenable to the fastening plate without tools and is thereby couplable to the fastening plate , characterized in that the assembly comprises a holding means for releasably fixing the fastening plate without tools to the closing mechanism connector element at least against the plug-on direction (A).
A transmission system for a multi-plate friction clutch , comprising at least the following components: - a plurality of axial guiding devices each arranged between two friction plates that move axially relative to one another, wherein at least one first axial guiding device is arranged between an axially fixed counter plate and a first axially movable pressure plate , and wherein at least one further axial guiding device is arranged between an axially movable pressure plate or the axially fixed counter plate and a further axially movable pressure plate ; - at least one transmission device with at least one transmission receiver fastened to a pressure plate , wherein a transmission device is assigned to an axial guiding device , wherein the assigned axial guiding device is arranged integrated into a multi-plate friction clutch between respectively different friction plates , wherein furthermore, it comprises at least one adjustment device , by means of which the relative position between the at least one transmission device and a friction plate or the assigned axial guiding device , or between a friction plate and the axial guiding device can be adjusted, characterised in that the adjustment device comprises at least one first flange for receiving a transmission receiver of the at least one transmission device and/or at least one second flange for receiving the assigned axial guiding device , wherein the at least one flange can be adapted using at least one of the following measures: - milling a contact surface of the receptacle ; - cold deforming at least the contact surface of the receptacle ; - passing through a bolt-shaped transmission receiver ; and - pressing a transmission receiver . - a plurality of axial guiding devices each arranged between two friction plates that move axially relative to one another, wherein at least one first axial guiding device is arranged between an axially fixed counter plate and a first axially movable pressure plate , and wherein at least one further axial guiding device is arranged between an axially movable pressure plate or the axially fixed counter plate and a further axially movable pressure plate ; - at least one transmission device with at least one transmission receiver fastened to a pressure plate , wherein a transmission device is assigned to an axial guiding device , wherein the assigned axial guiding device is arranged integrated into a multi-plate friction clutch between respectively different friction plates , - milling a contact surface of the receptacle ; - cold deforming at least the contact surface of the receptacle ; - passing through a bolt-shaped transmission receiver ; and - pressing a transmission receiver .
An article of footwear , comprising: a sole structure including a midsole component and at least one outer sole member ; the midsole component including a first outer surface with a recessed portion; the outer sole member having a second outer surface; wherein the recessed portion is configured to receive the outer sole member ; a region of the sole structure including a first portion in the first outer surface of the midsole component and a second portion in the second outer surface of the outer sole member ; the region including a set of holes arranged in an auxetic configuration; and characterized in that the auxetic configuration extends without interruption from the first portion into the second portion . a sole structure including a midsole component and at least one outer sole member ; the midsole component including a first outer surface with a recessed portion; the outer sole member having a second outer surface; wherein the recessed portion is configured to receive the outer sole member ; a region of the sole structure including a first portion in the first outer surface of the midsole component and a second portion in the second outer surface of the outer sole member ; the region including a set of holes arranged in an auxetic configuration; and characterized in that the auxetic configuration extends without interruption from the first portion into the second portion .
A tap drill comprising a substrate and a coating , wherein the coating is deposited on at least a portion of the substrate comprising the head of the drill, the coating comprising a first layer deposited directly on the substrate and a second layer deposited atop the first layer , wherein the first layer is a wear resistant layer of (AI,Cr)N deposited by HiPIMS and the second layer is a friction reduction layer, characterized in that the second layer is a titanium carbide layer deposited by using a physical vapor deposition (PVD) process of the type magnetron sputtering.
Storage compartment module , in particular as a refuse garbage can enclosure, having a support rack with profiles which are connected to one another via corner connectors , wherein a door which can be pivoted about a vertical axis is held on a front side and a cover which can be pivoted about a horizontal axis is held on an upper side on the support rack , and a cover is fixed to the support rack on at least one side, characterized in that a bearing for rotatably supporting the door is integrally formed with at least one corner connector , and the door is supported on two bearings integrally formed with two corner connectors , a lower corner connector and an upper corner connector on the support rack .