mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for launching a chat session from a message, the method comprising: receiving , at a messaging application a message including an access point to a chat service, wherein the access point comprises a button, a hyperlink, or other control; receiving a selection of the access point from within the message displayed within a first window of the messaging application; extracting context data from the message; providing the context data to the chat service; and establishing a conversation with the chat service based on the context data, wherein the conversation with the chat service is a continuation of the message based on the context data, and wherein the conversation is presented in a second window within or near the message displayed within the first window of the messaging application. receiving , at a messaging application a message including an access point to a chat service, wherein the access point comprises a button, a hyperlink, or other control; receiving a selection of the access point from within the message displayed within a first window of the messaging application; extracting context data from the message; providing the context data to the chat service; and establishing a conversation with the chat service based on the context data, wherein the conversation with the chat service is a continuation of the message based on the context data, and wherein the conversation is presented in a second window within or near the message displayed within the first window of the messaging application.
A moulding sand comprising water, a binder and a silica sand matrix, characterised in that it further comprises sodium salt of carboxymethyl starch (CMS-Na), having a degree of substitution (DS) in the range of 0.2 to 0.9, in the amount of 0.2 to 2.5 parts by weight per 100 parts by weight of the matrix, wherein the moulding sand composition does not comprise pulverised coal and carbon resins.
An applicator for depositing a layer of adhesive or sealant composition on a target site of a biological and/or prosthetic tissue, the applicator comprising a body having an application face intended to be positioned facing the biological and/or prosthetic tissue, and comprising: - a first inlet opening for allowing the adhesive or sealant composition to flow from a dispensing device into the applicator , - a first outlet opening provided in the application face , - a first inner channel for guiding the adhesive or sealant composition from the first inlet opening to the first outlet opening , - a second inlet opening provided in the application face , adjacent the first outlet opening , for allowing pollutants or undesirable elements to be removed from the target site while depositing the layer of adhesive or sealant composition, - a second outlet opening for allowing the removed pollutants or undesirable elements to be evacuated from the applicator , - a second inner channel for guiding the removed pollutants or undesirable elements from the second inlet opening to the second outlet opening , wherein the first outlet opening has a first section and the second inlet opening has a second section, the second section being greater than the first section, characterised by the first outlet opening is shaped as a slot for allowing the adhesive or sealant composition to flow out of the applicator and to form the layer of adhesive or sealant composition, wherein the first outlet opening shaped as a slot has a first width (w 1 ) and a first height (h 1 ), and the second inlet opening has a second width (w 2 ) and a second height (h 2 ), wherein the second width (w 2 ) is equal or greater than the first width (w 1 ). - a first inlet opening for allowing the adhesive or sealant composition to flow from a dispensing device into the applicator , - a first outlet opening provided in the application face , - a first inner channel for guiding the adhesive or sealant composition from the first inlet opening to the first outlet opening , - a second inlet opening provided in the application face , adjacent the first outlet opening , for allowing pollutants or undesirable elements to be removed from the target site while depositing the layer of adhesive or sealant composition, - a second outlet opening for allowing the removed pollutants or undesirable elements to be evacuated from the applicator , - a second inner channel for guiding the removed pollutants or undesirable elements from the second inlet opening to the second outlet opening , wherein the first outlet opening has a first section and the second inlet opening has a second section, the second section being greater than the first section, characterised by the first outlet opening is shaped as a slot for allowing the adhesive or sealant composition to flow out of the applicator and to form the layer of adhesive or sealant composition, wherein the first outlet opening shaped as a slot has a first width (w 1 ) and a first height (h 1 ), and the second inlet opening has a second width (w 2 ) and a second height (h 2 ), wherein the second width (w 2 ) is equal or greater than the first width (w 1 ).
A network device comprising: a queue storing data frames that have the same traffic class; and a processor connected to the queue, wherein the processor is configured to: determine that the queue satisfies a preconfigured frame removal condition, identify streams to which the each of the data frames belongs, select a stream among the identified streams based on stream priority information, and remove at least one data frame belonging to the selected stream from the queue, wherein the stream is selected based on: whether the stream is listed in the stream priority information, and a priority index that is associated with the stream, in case that the stream is listed in the stream priority information. a queue storing data frames that have the same traffic class; and a processor connected to the queue, wherein the processor is configured to: determine that the queue satisfies a preconfigured frame removal condition, identify streams to which the each of the data frames belongs, select a stream among the identified streams based on stream priority information, and remove at least one data frame belonging to the selected stream from the queue, wherein the stream is selected based on: whether the stream is listed in the stream priority information, and a priority index that is associated with the stream, in case that the stream is listed in the stream priority information. determine that the queue satisfies a preconfigured frame removal condition, identify streams to which the each of the data frames belongs, select a stream among the identified streams based on stream priority information, and remove at least one data frame belonging to the selected stream from the queue, wherein the stream is selected based on: whether the stream is listed in the stream priority information, and a priority index that is associated with the stream, in case that the stream is listed in the stream priority information. whether the stream is listed in the stream priority information, and a priority index that is associated with the stream, in case that the stream is listed in the stream priority information.
A steering-system for an automated vehicle, said system comprising: an object-detector that indicates a height and a width of an object approached by a host-vehicle , wherein the object-detector is further configured to determine a length of the object , and a controller configured to steer the host-vehicle and in communication with the object-detector , wherein said controller steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle , and the width of the object is less than a track-width of the host-vehicle ; characterized in that said controller uses the length of the object to provide a confidence level to at least one of the height and the width of the object . an object-detector that indicates a height and a width of an object approached by a host-vehicle , wherein the object-detector is further configured to determine a length of the object , and a controller configured to steer the host-vehicle and in communication with the object-detector , wherein said controller steers the host-vehicle to straddle the object when the height of the object is less than a ground-clearance of the host-vehicle , and the width of the object is less than a track-width of the host-vehicle ; characterized in that said controller uses the length of the object to provide a confidence level to at least one of the height and the width of the object .
A catheter assembly comprising: a catheter ; a needle having a distal tip and disposed in the catheter; a catheter hub carrying the catheter and the needle; a needle shield connected to the catheter hub when the needle is in a first position; and a clip disposed in the needle shield that cooperates with the needle, the clip including: a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch ; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle. a catheter ; a needle having a distal tip and disposed in the catheter; a catheter hub carrying the catheter and the needle; a needle shield connected to the catheter hub when the needle is in a first position; and a clip disposed in the needle shield that cooperates with the needle, the clip including: a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch ; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle. a first leg disposed on a first plane; a second leg disposed on a second plane and angularly connected to the first leg, the second leg having a foot and a latch ; and a first flag extending from the second leg toward the first leg; wherein the foot is disposed between the first and second legs, the foot extends outwardly from the first flag and away from the first leg and the second leg; the latch extends upwardly from the foot and is positioned between the first plane and the second plane; the latch is configured to engage the catheter hub such that the latch engages the catheter hub in the first position of the needle; and the latch disengages the catheter hub when the needle is retracted to a second position to enclose at least a portion of the needle.
A vertically moveable elevator system component, comprising: an elevator cab ; a top portion , the top portion comprising a ceiling of the cab ; a bottom portion , the bottom portion comprising a floor of the cab ; a plurality of vertically oriented side portions between the top and bottom portions , the side portions each comprising a sidewall of the cab ; wherein the cab includes an interior space having a vertical extent between the ceiling and the floor , wherein at least one of the side portions comprises a roller guide support sheet ; a first roller guide roller supported by the sheet such that the first roller is at least partially disposed on a first side of the sheet and an axis of the first roller is generally parallel with the sheet ; and the component further comprises second and third roller guide rollers supported by the sheet such that the second and third rollers are on a second, oppositely facing side of the sheet with an axis of each of the second and third rollers generally perpendicular to the axis of the first roller , the axis of each of the second and third rollers remaining in a fixed position relative to the sheet , characterized in that the second and third rollers are at least partially disposed at a vertical position that overlaps with the vertical extent of the interior of the cab . an elevator cab ; a top portion , the top portion comprising a ceiling of the cab ; a bottom portion , the bottom portion comprising a floor of the cab ; a plurality of vertically oriented side portions between the top and bottom portions , the side portions each comprising a sidewall of the cab ; wherein the cab includes an interior space having a vertical extent between the ceiling and the floor , wherein at least one of the side portions comprises a roller guide support sheet ; a first roller guide roller supported by the sheet such that the first roller is at least partially disposed on a first side of the sheet and an axis of the first roller is generally parallel with the sheet ; and the component further comprises second and third roller guide rollers supported by the sheet such that the second and third rollers are on a second, oppositely facing side of the sheet with an axis of each of the second and third rollers generally perpendicular to the axis of the first roller , the axis of each of the second and third rollers remaining in a fixed position relative to the sheet , characterized in that the second and third rollers are at least partially disposed at a vertical position that overlaps with the vertical extent of the interior of the cab .
Method for inserting a computer-generated virtual object (Oi; i=1, 2, ... N) ) into the field of view of a real environment perceived by a person, in particular into the field of view of transparent data glasses, wherein the insertion of the virtual object (Oi) takes place as a function of the current position (Pi) and line of vision (Bi) of the person, and a sequence of camera images of the real environment perceived by the person is recorded by means of a camera at a predetermined time interval, and with the aid of methods known per se for tracking image features between a recorded camera image and a reference image (Ri) associated with a known position (Pi) of the person, a displacement vector is determined on the basis of the image features, wherein, when the displacement value of the displacement vector falls below a predetermined displacement value, the virtual object (Oi) is inserted on the basis of the known position (Pi) of the person associated with the corresponding reference image (Ri) as the current position (Pi) of the person, characterized in that the current position (Pi) and line of vision (Bi) of the person are determined by means of position and/or motion sensors, and a displacement vector is determined between two successive camera images of the sequence of camera images of the real environment perceived by the person, wherein the virtual object (Oi) is inserted on the basis of the position (Pi) determined by means of the position and/or motion sensors as the current position (Pi) of the person when a predetermined displacement value of the displacement vector is exceeded, and if the displacement falls below a predetermined displacement value at an current position (Pi) of the person determined by means of the position and/or motion sensors, a camera image of the real environment perceived by the person is recorded as a reference image (Ri) and associated with the current position (Pi) of the person determined by means of the position and/or motion sensors.
A fluid discriminator for use with a subterranean well , the fluid discriminator comprising: a structure which displaces in response to a flow of a fluid composition , whereby an outlet flow path of a majority of the fluid composition changes in response to a change in a ratio of fluids in the fluid composition ; characterised in that the fluid discriminator further comprises a fluid switch which directs the flow of the fluid composition to at least first and second inlet flow paths wherein the fluid switch comprises a blocking device which at least partially blocks the flow of the fluid composition through at least one of the first and second inlet flow paths , and further wherein the fluid switch directs the flow of the fluid composition toward one of the first and second inlet flow paths in response to the blocking device increasingly blocking the other of the first and second inlet flow paths . a structure which displaces in response to a flow of a fluid composition , whereby an outlet flow path of a majority of the fluid composition changes in response to a change in a ratio of fluids in the fluid composition ; characterised in that the fluid discriminator further comprises a fluid switch which directs the flow of the fluid composition to at least first and second inlet flow paths wherein the fluid switch comprises a blocking device which at least partially blocks the flow of the fluid composition through at least one of the first and second inlet flow paths , and further wherein the fluid switch directs the flow of the fluid composition toward one of the first and second inlet flow paths in response to the blocking device increasingly blocking the other of the first and second inlet flow paths .
A fluid supply connection for sanitary fitting with check valve comprising a device for cutting off the water and controlling the sealing of said check valve by venting the pipe located upstream from the check valve, characterized in that it includes, on the one hand, a hollow cylindrical upstream element that includes, on its outer wall, a thread intended to be screwed in a fluid channel and that is extended in the downstream direction by a flared housing with a plain inside, the hollow cylindrical upstream element including an inner cavity intended to be connected to the fluid channel and communicating with the inside of the flared housing and, on the other hand, a threaded hollow cylindrical downstream element , called sleeve, intended to be connected to the sanitary fitting and the upstream part of which includes a tapping that is fixed on a threaded pin located in the bottom of the recess of said flared housing , the hollow cylindrical downstream element including an inner space , the device for cutting off the water and controlling the sealing of said check valve being configured to allow, in a first position, the passage of the fluid from the inner cavity of the upstream element toward the inner space of the sleeve and in a second position venting of the inner space of the sleeve .
A system for analyzing data traffic, wherein the system comprises a data processing module , wherein the data processing module comprises a plurality of data processing units , wherein the plurality of data processing units comprise a first data processing unit and a second data processing unit, wherein the data processing units each comprise a data input for receiving a data stream ( s i ) and a result output for outputting an analysis result, wherein the first data processing unit is configured to analyze data packets and/or bulks of data packets by means of a first deep packet inspection technique, wherein the second data processing unit is configured to analyze data packets and/or bulks of data packets by means of a second deep packet inspection technique, wherein the first deep packet inspection technique is different from the second deep packet inspection technique, wherein a data stream ( s i ) being associated with the first data processing unit and/or the second data processing unit is a bulk of data packets, wherein the system comprises a data distribution circuit , the data distribution circuit being configured to distribute data packets and/or bulks of data packets to be analyzed to the plurality of data processing units , and wherein the data distribution circuit is configured to distribute the data packets and/or bulks of data packets to be analyzed based on analysis results obtained by the individual data processing units , wherein the data distribution circuit is configured to provide conditional connections between the data processing units . wherein the data processing units each comprise a data input for receiving a data stream ( s i ) and a result output for outputting an analysis result, wherein the first data processing unit is configured to analyze data packets and/or bulks of data packets by means of a first deep packet inspection technique, wherein the second data processing unit is configured to analyze data packets and/or bulks of data packets by means of a second deep packet inspection technique, wherein the first deep packet inspection technique is different from the second deep packet inspection technique, wherein a data stream ( s i ) being associated with the first data processing unit and/or the second data processing unit is a bulk of data packets, wherein the system comprises a data distribution circuit , the data distribution circuit being configured to distribute data packets and/or bulks of data packets to be analyzed to the plurality of data processing units , and wherein the data distribution circuit is configured to distribute the data packets and/or bulks of data packets to be analyzed based on analysis results obtained by the individual data processing units , wherein the data distribution circuit is configured to provide conditional connections between the data processing units .