mhurhangee/patent-ind-claim-en huggingface dataset:
An industrial process transmitter comprising: a housing comprising a sensor housing and a transmitter housing that is displaced from the sensor housing along a central axis ; sensor circuitry contained in the sensor housing and configured to sense a process parameter and generate a sensor output that is indicative of the sensed process parameter; transmitter circuitry contained in the transmitter housing and configured to communicate the sensed process parameter to an external unit ; and a radiation shield substantially surrounding the sensor housing containing the sensor circuitry , the radiation shield configured to shield the sensor circuitry from gamma radiation. a housing comprising a sensor housing and a transmitter housing that is displaced from the sensor housing along a central axis ; sensor circuitry contained in the sensor housing and configured to sense a process parameter and generate a sensor output that is indicative of the sensed process parameter; transmitter circuitry contained in the transmitter housing and configured to communicate the sensed process parameter to an external unit ; and a radiation shield substantially surrounding the sensor housing containing the sensor circuitry , the radiation shield configured to shield the sensor circuitry from gamma radiation.
A method comprising: providing a predetermined test pattern to a display to cause it to display an image corresponding to the predetermined test pattern; capturing image data of the display that is displaying the image corresponding to the predetermined test pattern; comparing the captured image data to the predetermined test pattern to detect a failure of and a location of at least one of a plurality of output elements of the display ; comparing the detected failures and locations to at least one criterion for the display to classify a severity of the detected failures; and transmitting a notification for alerting a user of the classified severity when the detected failures fulfil the criterion; wherein the criterion is defined with reference to what is discernible to a naked human eye at an intended viewing distance from the display . providing a predetermined test pattern to a display to cause it to display an image corresponding to the predetermined test pattern; capturing image data of the display that is displaying the image corresponding to the predetermined test pattern; comparing the captured image data to the predetermined test pattern to detect a failure of and a location of at least one of a plurality of output elements of the display ; comparing the detected failures and locations to at least one criterion for the display to classify a severity of the detected failures; and transmitting a notification for alerting a user of the classified severity when the detected failures fulfil the criterion; wherein the criterion is defined with reference to what is discernible to a naked human eye at an intended viewing distance from the display .
Solid composition of use in particular as hydrophobic, electrically conductive, metal-adhesive coating, comprising at least (% by weight of composition): - as conductive filler, from 75% to 95% of electrically conductive microparticles, the weight-average size of which is between 1 μm and 100 μm; - as hydrophobic, metal-adhesive polymer matrix, from 5% to 25% of a polymer matrix denoted "P", comprising at least 2 different polymers: a) P1: a thermoplastic fluoropolymer, the weight-average molecular weight of which, denoted "Mw" and measured by SEC ((Size Exclusion Chromatography) according to the method written in the description, is between 100 000 and 1 000 000 g/mol; b) P2: a thermoset resin, the glass transition temperature of which, measured by DSC (Differential Scanning Calorimetry) according to standard ASTM D3418 by following the method written in the description, is between 30°C and 150°C. - as conductive filler, from 75% to 95% of electrically conductive microparticles, the weight-average size of which is between 1 μm and 100 μm; - as hydrophobic, metal-adhesive polymer matrix, from 5% to 25% of a polymer matrix denoted "P", comprising at least 2 different polymers: a) P1: a thermoplastic fluoropolymer, the weight-average molecular weight of which, denoted "Mw" and measured by SEC ((Size Exclusion Chromatography) according to the method written in the description, is between 100 000 and 1 000 000 g/mol; b) P2: a thermoset resin, the glass transition temperature of which, measured by DSC (Differential Scanning Calorimetry) according to standard ASTM D3418 by following the method written in the description, is between 30°C and 150°C. a) P1: a thermoplastic fluoropolymer, the weight-average molecular weight of which, denoted "Mw" and measured by SEC ((Size Exclusion Chromatography) according to the method written in the description, is between 100 000 and 1 000 000 g/mol; b) P2: a thermoset resin, the glass transition temperature of which, measured by DSC (Differential Scanning Calorimetry) according to standard ASTM D3418 by following the method written in the description, is between 30°C and 150°C.
A transapical removal device comprising: a delivery catheter configured to be deployed near a mitral valve using a guide catheter; a snare head at a distal end of the delivery catheter, the snare head having (i) a collapsed state for movement of the delivery catheter through the guide catheter and (ii) a deployed state for capturing a mitral valve clip that has been pre-positioned on the mitral valve to bind at least a portion of the mitral valve or for capturing for alteration or removal the anterior leaflet of the mitral valve; a snare head controller connected at a proximal end of the delivery catheter and configured to control transition of the snare head between the collapsed state and the deployed state; the snare head having a snare basket for at least partially surrounding the pre-positioned mitral valve clip or the anterior leaflet and having one or more ablation delivery catheters configured to ablate tissue surrounding the pre-positioned mitral valve clip or the anterior leaflet; the snare head controller configured to control the position and/or size of the snare basket during the deployed state, the snare head controller configured to control ablation source delivery to the tissue during the deployed state. a delivery catheter configured to be deployed near a mitral valve using a guide catheter; a snare head at a distal end of the delivery catheter, the snare head having (i) a collapsed state for movement of the delivery catheter through the guide catheter and (ii) a deployed state for capturing a mitral valve clip that has been pre-positioned on the mitral valve to bind at least a portion of the mitral valve or for capturing for alteration or removal the anterior leaflet of the mitral valve; a snare head controller connected at a proximal end of the delivery catheter and configured to control transition of the snare head between the collapsed state and the deployed state; the snare head having a snare basket for at least partially surrounding the pre-positioned mitral valve clip or the anterior leaflet and having one or more ablation delivery catheters configured to ablate tissue surrounding the pre-positioned mitral valve clip or the anterior leaflet; the snare head controller configured to control the position and/or size of the snare basket during the deployed state, the snare head controller configured to control ablation source delivery to the tissue during the deployed state.
A forming and transporting apparatus for conveying rod-like articles and forming a group (G) of rod-like articles of the tobacco industry, comprising transport units , whereas a transport unit comprises a transport carriage adapted to move along a path , and a transport tray provided with a number of transport grooves adapted to hold the rod-like articles , whereas such tray is fastened to the transport carriage , whereas the transport carriage is divided into two transport sections which are adapted to change their reciprocal position between an open configuration in which the transport grooves are situated substantially in one plane (k, k') and a closed configuration in which the transport grooves are situated in two planes (k, k') being substantially parallel to each other, whereas the transport sections are rotatably connected with each other on the axis of rotation corresponding to the direction (T) of movement of the transport carriage , characterised in that the first transport section is fastened to the transport carriage , and the second transport section is provided with a steering element , the forming and transporting apparatus is provided with a forming unit comprising a closing cam situated next to the path , the closing cam having a raceway adapted to guide the steering element in such a way that while moving the transport unit through the forming unit the second transport section makes a rotation relative to the first transport section in order to change the configuration of the transport sections from the open configuration to the closed configuration. transport units , whereas a transport unit comprises a transport carriage adapted to move along a path , and a transport tray provided with a number of transport grooves adapted to hold the rod-like articles , whereas such tray is fastened to the transport carriage , whereas the transport carriage is divided into two transport sections which are adapted to change their reciprocal position between an open configuration in which the transport grooves are situated substantially in one plane (k, k') and a closed configuration in which the transport grooves are situated in two planes (k, k') being substantially parallel to each other, whereas the transport sections are rotatably connected with each other on the axis of rotation corresponding to the direction (T) of movement of the transport carriage , characterised in that the first transport section is fastened to the transport carriage , and the second transport section is provided with a steering element , the forming and transporting apparatus is provided with a forming unit comprising a closing cam situated next to the path , the closing cam having a raceway adapted to guide the steering element in such a way that while moving the transport unit through the forming unit the second transport section makes a rotation relative to the first transport section in order to change the configuration of the transport sections from the open configuration to the closed configuration.
Applicator for a cosmetic product comprising: - a core having a first end, termed proximal end , and a second free end, termed distal end , and - a plurality of plates extending projecting from the core , wherein the plates are moulded with the core , the plates being capable of forming convergent channels configured so as to have at least two successive convergence zones, according to a same gyratory direction around the core , the plates being half-discs , and quarter-discs . - a core having a first end, termed proximal end , and a second free end, termed distal end , and - a plurality of plates extending projecting from the core ,
A brazing system for automatically applying a braze material to a substrate , wherein the substrate is a component for a gas turbine engine , the system comprising: a braze dispenser having a braze head , a braze nozzle , and a braze processor module ; and being characterised by the following: a vision system having a camera , a sensor , and a vision processor module , a robot having an articulating arm ; a control interface having an input device and an output device ; and a processing module having a controller and memory configured to communicate with and control the vision system , the braze dispenser , the robot , and the control interface ; wherein the vision system is configured to determine where the braze dispenser is to apply a braze material to a substrate and whether the braze dispenser is to apply additional braze material to the substrate after an initial application, wherein the vision system is programmed to recognize different types of substrates , and wherein the brazing system is programmed to make different brazing applications to different types of substrates . a vision system having a camera , a sensor , and a vision processor module , a robot having an articulating arm ; a control interface having an input device and an output device ; and a processing module having a controller and memory configured to communicate with and control the vision system , the braze dispenser , the robot , and the control interface ; wherein the vision system is configured to determine where the braze dispenser is to apply a braze material to a substrate and whether the braze dispenser is to apply additional braze material to the substrate after an initial application, wherein the vision system is programmed to recognize different types of substrates , and wherein the brazing system is programmed to make different brazing applications to different types of substrates . a control interface having an input device and an output device ; and a processing module having a controller and memory configured to communicate with and control the vision system , the braze dispenser , the robot , and the control interface ; wherein the vision system is configured to determine where the braze dispenser is to apply a braze material to a substrate and whether the braze dispenser is to apply additional braze material to the substrate after an initial application, wherein the vision system is programmed to recognize different types of substrates , and wherein the brazing system is programmed to make different brazing applications to different types of substrates .
A computer program product for securely broadcasting a message to a plurality of recipient devices, the compute program product comprising computer executable instructions stored on a non-transitory computer readable medium that when executed by a processor instruct the processor to: identify a message; encrypt the message utilizing a first key comprising an encryption key; generate a message authentication code utilizing a second key that is mathematically coupled to the first key that is utilized to encrypt the message, the second key comprising a message authentication code (MAC) key; and cause the encrypted message to be broadcasted to a plurality of recipient devices, utilizing the message authentication code, characterized in that the encryption key and the MAC key are generated utilizing a third key via a key derivation function, the third key comprising a broadcast key. identify a message; encrypt the message utilizing a first key comprising an encryption key; generate a message authentication code utilizing a second key that is mathematically coupled to the first key that is utilized to encrypt the message, the second key comprising a message authentication code (MAC) key; and cause the encrypted message to be broadcasted to a plurality of recipient devices, utilizing the message authentication code, characterized in that the encryption key and the MAC key are generated utilizing a third key via a key derivation function, the third key comprising a broadcast key.
A cooking appliance comprising: a body including a cooking compartment ; a door link-coupled with the body and configured to open or close the cooking compartment ; a door moving connector comprising a link member which connects the door with the body and configured to allow the door to pivot upwards and downwards in front of the cooking compartment while remaining parallel to a front side of the body ; and wherein the body comprises a link moving opening formed on the front side of the body and configured to allow the link member to move into and out of the body , and characterised by a cover configured to close the link moving opening when the door is opened. a body including a cooking compartment ; a door link-coupled with the body and configured to open or close the cooking compartment ; a door moving connector comprising a link member which connects the door with the body and configured to allow the door to pivot upwards and downwards in front of the cooking compartment while remaining parallel to a front side of the body ; and wherein the body comprises a link moving opening formed on the front side of the body and configured to allow the link member to move into and out of the body , and characterised by a cover configured to close the link moving opening when the door is opened.
A computing system , comprising: a content addressable memory, CAM ; a data storage device; an acknowledgment coalescing module configured in the data storage device configured to be in communication with the content addressable memory ; and one or more processors in communication with the content addressable memory module and the acknowledgment coalescing module , the one or more processors configured to: receive one or more data packets; generate one or more acknowledgement packets in response to receiving the one or more data packets; perform a lookup operation to access data entries stored in the content addressable memory ; when a match is found between the accessed data entries and the generated one or more acknowledgement packets, coalesce the one or more acknowledgement packets in the acknowledgment coalescing module ; evict the coalesced acknowledgement packets as a single acknowledgment packet when a pre-programmed threshold of acknowledgement packet count is reached; and uninstall the accessed data entries in the content addressable memory after the coalesced acknowledgement packets are evicted. a content addressable memory, CAM ; a data storage device; an acknowledgment coalescing module configured in the data storage device configured to be in communication with the content addressable memory ; and one or more processors in communication with the content addressable memory module and the acknowledgment coalescing module , the one or more processors configured to: receive one or more data packets; generate one or more acknowledgement packets in response to receiving the one or more data packets; perform a lookup operation to access data entries stored in the content addressable memory ; when a match is found between the accessed data entries and the generated one or more acknowledgement packets, coalesce the one or more acknowledgement packets in the acknowledgment coalescing module ; evict the coalesced acknowledgement packets as a single acknowledgment packet when a pre-programmed threshold of acknowledgement packet count is reached; and uninstall the accessed data entries in the content addressable memory after the coalesced acknowledgement packets are evicted. receive one or more data packets; generate one or more acknowledgement packets in response to receiving the one or more data packets; perform a lookup operation to access data entries stored in the content addressable memory ; when a match is found between the accessed data entries and the generated one or more acknowledgement packets, coalesce the one or more acknowledgement packets in the acknowledgment coalescing module ; evict the coalesced acknowledgement packets as a single acknowledgment packet when a pre-programmed threshold of acknowledgement packet count is reached; and uninstall the accessed data entries in the content addressable memory after the coalesced acknowledgement packets are evicted.
A tool arrangement for compacting a composite preform assembly comprising a support structure preform and an array of component preforms each extending from the support structure preform and spaced apart along the support structure preform, the tool arrangement comprising: a support tool defining a lay-up surface for laying up the support structure preform; a plurality of component moulds , each component mould comprising a pair of blocks configured to cooperate with one another to receive and compact a respective component preform extending from the support structure therebetween, each block having a compaction surface for engaging the component preform and a driving surface , wherein the component moulds are arranged along the support tool so that a plurality of wedge cavities are defined between non-parallel driving surfaces of adjacent component moulds; and a plurality of wedges configured to be received in the wedge cavities and to cooperate with the respective driving surfaces of the component moulds to drive the adjacent blocks to compact respective component preforms; characterized in that the tool arrangement comprises an inner assembly , an outer assembly and an enclosure , the inner assembly further comprising the support tool being a mandrel configured for laying up an annular support structure preform , and wherein the component moulds are configured to be circumferentially spaced around the mandrel, to compact each component preform at circumferentially spaced positions around the mandrel. a support tool defining a lay-up surface for laying up the support structure preform; a plurality of component moulds , each component mould comprising a pair of blocks configured to cooperate with one another to receive and compact a respective component preform extending from the support structure therebetween, each block having a compaction surface for engaging the component preform and a driving surface , wherein the component moulds are arranged along the support tool so that a plurality of wedge cavities are defined between non-parallel driving surfaces of adjacent component moulds; and a plurality of wedges configured to be received in the wedge cavities and to cooperate with the respective driving surfaces of the component moulds to drive the adjacent blocks to compact respective component preforms; characterized in that the tool arrangement comprises an inner assembly , an outer assembly and an enclosure , the inner assembly further comprising the support tool being a mandrel configured for laying up an annular support structure preform , and wherein the component moulds are configured to be circumferentially spaced around the mandrel, to compact each component preform at circumferentially spaced positions around the mandrel.
A patch cable holder comprising: a. a base portion configured for attachment to a telecommunications component ; b. a cable support portion configured to support a plurality of patch cables , the cable support portion defining an interior perimeter ; and c. a hinge portion rotatably connecting the base portion to the cable support portion such that the cable support portion can rotate in a first and second direction generally about a first axis (A5) with respect to the base portion; wherein the hinge portion is formed as a living hinge . a. a base portion configured for attachment to a telecommunications component ; b. a cable support portion configured to support a plurality of patch cables , the cable support portion defining an interior perimeter ; and c. a hinge portion rotatably connecting the base portion to the cable support portion such that the cable support portion can rotate in a first and second direction generally about a first axis (A5) with respect to the base portion;