mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: providing a plurality of processes , each of said plurality of processes being configured to hold a block of data destined for others of said plurality of processes; providing at least one instance of data repacking circuitry comprising: receiving circuitry configured to receive at least one block of data from each of at least two different source processes of the plurality of processes; repacking circuitry configured to repack blocks of data received from the two different source processes and destined for the same destination process of the plurality of processes into a single message to the destination process; and sending circuitry configured to send the repacked data to said at least one destination process of the plurality of processes; receiving a set of data for all-to-all data exchange, the set of data being configured as a matrix, the matrix being distributed among the plurality of processes; and transposing the data by: each of the plurality of processes sending matrix data from said process to said data repacking circuitry; and said data repacking circuitry receiving, repacking, and sending the resulting matrix data to destination processes. providing a plurality of processes , each of said plurality of processes being configured to hold a block of data destined for others of said plurality of processes; providing at least one instance of data repacking circuitry comprising: receiving circuitry configured to receive at least one block of data from each of at least two different source processes of the plurality of processes; repacking circuitry configured to repack blocks of data received from the two different source processes and destined for the same destination process of the plurality of processes into a single message to the destination process; and sending circuitry configured to send the repacked data to said at least one destination process of the plurality of processes; receiving circuitry configured to receive at least one block of data from each of at least two different source processes of the plurality of processes; repacking circuitry configured to repack blocks of data received from the two different source processes and destined for the same destination process of the plurality of processes into a single message to the destination process; and sending circuitry configured to send the repacked data to said at least one destination process of the plurality of processes; receiving a set of data for all-to-all data exchange, the set of data being configured as a matrix, the matrix being distributed among the plurality of processes; and transposing the data by: each of the plurality of processes sending matrix data from said process to said data repacking circuitry; and said data repacking circuitry receiving, repacking, and sending the resulting matrix data to destination processes.
A method for fabricating a PCD cutter element, comprising: (a) coating, by atomic layer deposition (ALD), a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); and (c) forming a PCD cutter element using the coated diamond particles after (b), such that the PCD cutter element has an outermost layer of uncoated diamond particles and the plurality of coated diamond particles are disposed within the outer most layer of uncoated diamond particles. (a) coating, by atomic layer deposition (ALD), a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); and (c) forming a PCD cutter element using the coated diamond particles after (b), such that the PCD cutter element has an outermost layer of uncoated diamond particles and the plurality of coated diamond particles are disposed within the outer most layer of uncoated diamond particles.
System consisting of a vehicle for garden maintenance which can be moved automatically outdoors and has a chassis controlled by a control device , the control device using control data obtained from sensors of a first sensor system and a cartography produced from the control data and stored in a memory element for navigation of the vehicle , wherein physical features of objects in the environment are detectable with the first sensor system, characterized by a second sensor system assigned to a sensor module and having sensors , the first and the second sensor systems being designed in such a way that they detect physical features of the same object from different perspectives, the sensors of the second sensor system being designed in order to detect the spatial extent of a plant at its, the vehicle having a computing device which is set up to use the data determined by the sensors of the second sensor system, in order to record a volume model of the plant , wherein two-dimensional location coordinates of the plant stored in the cartography are supplemented by height and/or volume data, the computing device being set up to determine current growth height data of the plant from the height and/or volume data, to compare these with older growth height data in order to determine an increase in volume of the plant , and to determine, on the basis of a knowledge database of an external computing device , whether the increase in volume of the plant necessitates pruning and/or to obtain recommendations for action for the care of the plant , the knowledge database making available a communication platform which serves as a meeting place for users of similar vehicles and via which experience values of individual users are processed for a totality of all users and are made available to the community in the form of application suggestions or aids.
An inductive heating arrangement for heating of an aerosol-forming substrate, wherein the heating arrangement comprises a DC power source and a power supply electronics comprising a DC/AC inverter connected to the DC power source, wherein the DC/AC inverter comprises a resonant switching power amplifier with at least one transistor switch, at least one transistor switch driver circuit associated with the transistor switch and an LC load network comprising at least a capacitor and at least an inductor, wherein the inductor is configured to generate an alternating magnetic field during operation of the heating arrangement for inductively heating the aerosol-forming substrate, wherein the transistor switch driver circuit comprises a tunable oscillator configured to output a switching signal to the transistor switch having a tunable switching frequency, wherein the heating arrangement further comprises a current sensor for determining the DC supply current drawn from the DC power source during operation of the heating arrangement, and a controller configured to receive a current signal from the current sensor indicative of the DC supply current and to tune the switching frequency of the switching signal in response to the received current signal in order to tune the DC supply current drawn from the DC power source to be in a predetermined range.
A product consisting of: a) demineralized and dehydrated chitinaceous exoskeleton; and b) chitinase producing microbe selected from a group consisting of Trichoderma viride and Beauveria bassiana, wherein the total microbial load of the product is not less than 10 8 cfu/g (colony forming units/gram), the chitinase activity is not less than 1 U/gds (unity per gram dry substrate) and said product is an air-dried mixture with a loss on drying not less than 15% of a mixture consisting of a dehydrated demineralized chitinaceous exoskeleton and chitinase producing Trichoderma viride or Beauveria bassiana containing broth. a) demineralized and dehydrated chitinaceous exoskeleton; and b) chitinase producing microbe selected from a group consisting of Trichoderma viride and Beauveria bassiana, wherein the total microbial load of the product is not less than 10 8 cfu/g (colony forming units/gram), the chitinase activity is not less than 1 U/gds (unity per gram dry substrate) and said product is an air-dried mixture with a loss on drying not less than 15% of a mixture consisting of a dehydrated demineralized chitinaceous exoskeleton and chitinase producing Trichoderma viride or Beauveria bassiana containing broth.
A production method of precipitation hardened alloy strip , comprising: a heating step of heating material alloy strip having a precipitation hardening alloy composition to a temperature of not lower than a recrystallization temperature but not higher than a melting point; a cooling step of holding the heated material alloy strip by a pair of cooling rolls and thereby cooling down the heated material alloy strip, wherein the distance between the pair of cooling rolls holding the material alloy strip is not less than 0.05 mm and not more than 1.00 mm wherein in said cooling step the material alloy strip is cooled down at a temperature decrease rate of not lower than 275°C/s and not higher than 500°C/s until temperature of the material alloy strip is lowered to or below 50°C, and wherein the cooling rolls have a diameter of not less than 50 mm and not greater than 240 mm. a heating step of heating material alloy strip having a precipitation hardening alloy composition to a temperature of not lower than a recrystallization temperature but not higher than a melting point; a cooling step of holding the heated material alloy strip by a pair of cooling rolls and thereby cooling down the heated material alloy strip, wherein the distance between the pair of cooling rolls holding the material alloy strip is not less than 0.05 mm and not more than 1.00 mm wherein in said cooling step the material alloy strip is cooled down at a temperature decrease rate of not lower than 275°C/s and not higher than 500°C/s until temperature of the material alloy strip is lowered to or below 50°C, and wherein the cooling rolls have a diameter of not less than 50 mm and not greater than 240 mm.
A system for forming a fistula between two vessels comprising: a first catheter comprising a housing and an electrode comprising a proximal end and a distal end, wherein the proximal end is fixed relative to the housing and the distal end is freely longitudinally slidable within the housing; and characterised in that wherein the electrode varies in width along its length. a first catheter comprising a housing and an electrode comprising a proximal end and a distal end, wherein the proximal end is fixed relative to the housing and the distal end is freely longitudinally slidable within the housing; and characterised in that wherein the electrode varies in width along its length.
A slip assembly comprising: a slip mandrel ; a first cone assembly coupled to the slip mandrel , the first cone assembly comprising: a first base cone , and a first extension ramp coupled to the first base cone , the first extension ramp : movable between a radially retracted position and a radially extended position, and biased toward the radially retracted position by a first biasing member ; and a slip member disposed adjacent the first base cone , the slip member configured to slide between retracted and extended positions along an outer surface of the first base cone and along an outer surface of the first extension ramp , when the extension ramp is in the extended position. a slip mandrel ; a first cone assembly coupled to the slip mandrel , the first cone assembly comprising: a first base cone , and a first extension ramp coupled to the first base cone , the first extension ramp : movable between a radially retracted position and a radially extended position, and biased toward the radially retracted position by a first biasing member ; and a first base cone , and a first extension ramp coupled to the first base cone , the first extension ramp : movable between a radially retracted position and a radially extended position, and biased toward the radially retracted position by a first biasing member ; and movable between a radially retracted position and a radially extended position, and biased toward the radially retracted position by a first biasing member ; and a slip member disposed adjacent the first base cone , the slip member configured to slide between retracted and extended positions along an outer surface of the first base cone and along an outer surface of the first extension ramp , when the extension ramp is in the extended position.
A Bistatic Synthetic Aperture Radar, SAR, phase synchronization signal processing method, comprising: transmitting, by a first radar at a same time, a radar signal to a target object and a first phase synchronization signal to a second radar, wherein a carrier frequency of the radar signal is the same as that of the first phase synchronization signal; receiving, by the first radar, a second phase synchronization signal transmitted by the second radar (S102); and performing, at least according to the first phase synchronization signal and the second phase synchronization signal, phase synchronization compensation on the received signal of the second radar (S103), wherein the performing, at least according to the first phase synchronization signal and the second phase synchronization signal, phase synchronization compensation on the received signal of the second radar (S103) comprises: performing phase adjustment on a received signal of the first radar and the received signal of the second radar, wherein the received signal of the first radar at least comprises the second phase synchronization signal, and the received signal of the second radar at least comprises the first phase synchronization signal; and performing, according to a compensation phase obtained by phase adjustment, phase synchronization compensation on the received signal of the second radar. transmitting, by a first radar at a same time, a radar signal to a target object and a first phase synchronization signal to a second radar, wherein a carrier frequency of the radar signal is the same as that of the first phase synchronization signal; receiving, by the first radar, a second phase synchronization signal transmitted by the second radar (S102); and performing, at least according to the first phase synchronization signal and the second phase synchronization signal, phase synchronization compensation on the received signal of the second radar (S103), wherein the performing, at least according to the first phase synchronization signal and the second phase synchronization signal, phase synchronization compensation on the received signal of the second radar (S103) comprises: performing phase adjustment on a received signal of the first radar and the received signal of the second radar, wherein the received signal of the first radar at least comprises the second phase synchronization signal, and the received signal of the second radar at least comprises the first phase synchronization signal; and performing, according to a compensation phase obtained by phase adjustment, phase synchronization compensation on the received signal of the second radar. performing phase adjustment on a received signal of the first radar and the received signal of the second radar, wherein the received signal of the first radar at least comprises the second phase synchronization signal, and the received signal of the second radar at least comprises the first phase synchronization signal; and performing, according to a compensation phase obtained by phase adjustment, phase synchronization compensation on the received signal of the second radar.
Wall box having a ventilation tube , which is insertable into a wall opening , that extends from the inner side to the outer side of a wall , and with a covering device , which is displaceable outwardly through the ventilation tube and can be positioned in front of the ventilation tube , characterized in that the ventilation tube has a guide strip and that a guide carriage is provided, that comprises a guide member , which is held displaceably by the guide strip , and a holding member , which is connected to the covering device by a pivot element .
A method for preparing a nanorods assembly , the method comprising: - providing a mixture comprising at least liquid crystal molecules and nanorods ; - depositing said mixture on the surface of at least one substrate , - aligning said nanorods with their long axis along a preferred direction on said substrate resulting in a nanorods assembly comprising said liquid crystal molecules and said nanorods , said aligning being performed by applying an external alternating current (AC) electrical field having an electric field strength of at least 1V/μm and a frequency of at least 50 Hz. - providing a mixture comprising at least liquid crystal molecules and nanorods ; - depositing said mixture on the surface of at least one substrate , - aligning said nanorods with their long axis along a preferred direction on said substrate resulting in a nanorods assembly comprising said liquid crystal molecules and said nanorods , said aligning being performed by applying an external alternating current (AC) electrical field having an electric field strength of at least 1V/μm and a frequency of at least 50 Hz.
A method of detecting a malicious code injected into a widget for a web-based OS of a device , by a web server, the method comprising: analyzing, by a controller of the web server, the widget for the web-based OS of the device, and determining, by the controller, based on a result of the analyzing, at least one characteristic of the widget to be constantly maintained and conserved while the widget is executed in an execution environment formed by the web-based OS constructed based on a web browser of the device, the widget being rendered by a runtime engine of the web browser; generating, by the controller, a metadata file including data of the at least one characteristic; and associating, by the controller, the metadata file with the widget, including, by the controller, the associated metadata file in the widget, and providing, by the controller, the widget which includes the associated metadata file to the device, wherein the data of the at least one characteristic is for use by the device to detect the malicious code injected into the widget on the device by comparing the data of the at least one characteristic with data obtained by the device while the widget including the associated metadata file is running on the device. analyzing, by a controller of the web server, the widget for the web-based OS of the device, and determining, by the controller, based on a result of the analyzing, at least one characteristic of the widget to be constantly maintained and conserved while the widget is executed in an execution environment formed by the web-based OS constructed based on a web browser of the device, the widget being rendered by a runtime engine of the web browser; generating, by the controller, a metadata file including data of the at least one characteristic; and associating, by the controller, the metadata file with the widget, including, by the controller, the associated metadata file in the widget, and providing, by the controller, the widget which includes the associated metadata file to the device, wherein the data of the at least one characteristic is for use by the device to detect the malicious code injected into the widget on the device by comparing the data of the at least one characteristic with data obtained by the device while the widget including the associated metadata file is running on the device.
Hose pump having a pump hose and having at least one squeeze element which is movable by means of a pump drive (34, 36; 92, 36) and which, during the pump operation of the hose pump , is cyclically movable along the pump hose such that the latter is squeezed and a medium present in the pump hose is conveyed, characterized in that a) the hose pump comprises a synchronization system , by which the movements and/or the positions of the at least one squeeze element and of a pig which is present in the pump hose are able to be synchronized such that, when the pump drive (34, 36; 92, 36) is active, no positioning collision occurs at a collision point between the squeeze element and the pig ; wherein b) the synchronization system comprises means with the aid of which, when the pump drive (34, 36; 92, 36) is active, the movement of the at least one squeeze element is able to be delayed or accelerated before the squeeze element reaches the collision point ; and/or c) the synchronization system comprises a device by means of which, when the pump drive (34, 36; 92, 36) is active, the movement of the pig is able to be delayed or accelerated before the pig reaches the collision point . a) the hose pump comprises a synchronization system , by which the movements and/or the positions of the at least one squeeze element and of a pig which is present in the pump hose are able to be synchronized such that, when the pump drive (34, 36; 92, 36) is active, no positioning collision occurs at a collision point between the squeeze element and the pig ; wherein b) the synchronization system comprises means with the aid of which, when the pump drive (34, 36; 92, 36) is active, the movement of the at least one squeeze element is able to be delayed or accelerated before the squeeze element reaches the collision point ; and/or c) the synchronization system comprises a device by means of which, when the pump drive (34, 36; 92, 36) is active, the movement of the pig is able to be delayed or accelerated before the pig reaches the collision point .
Aerosol-generating article comprising a plurality of elements assembled in the form of a rod, the plurality of elements comprising an aerosol-forming substrate element , with an aerosol-forming substrate bulk and with a susceptor material arranged within the aerosol-forming substrate element, wherein the susceptor material comprises an aerosol-forming substrate coating .