mhurhangee/patent-ind-claim-en huggingface dataset:
An iron frame sofa with a foldable hinge structure, including a sofa mainframe , wherein connecting square tubes are mounted at four inner corners of the sofa mainframe , supporting legs are mounted at bottom of the connecting square tubes , a grille supporting frame is mounted on top of the sofa mainframe , a first assembling pipe seat is mounted on both sides of a back of an inner wall of the sofa mainframe , a first assembling pipe is sleeved with the first assembling pipe seat at top end of the first assembling pipe seat , a second assembling pipe seat is mounted on both of a front and a rear side of a right side of the inner wall of the sofa mainframe , a second assembling pipe is sleeved with the second assembling pipe seat at top end of the second assembling pipe seat , foldable hinges are mounted at both ends of the top of the second assembling pipe and the first assembling pipe , and a foldable top bar is mounted on top of the foldable hinge .
A branch vessel stent for implantation in a branch vessel branched off a main vessel and for anchoring to a main body stent implanted in the main vessel, the branch vessel stent comprising a stent body and a first developing member to enable observation of the condition of the center of the branch vessel stent when implanted, wherein the stent body is provided with a first end and a second end opposite to the first end; the first developing member is located between the first end and the second end, and close to the first end, and the first developing member comprises a first developing portion and a second developing portion ; the first developing portion extends along a first direction, and the second developing portion extends along a second direction; the first direction obliquely intersects with the second direction; a length of the first developing portion and a length of the second developing portion in the axial direction of the stent body are both not less than 0.5 mm; a distance between the intersections of the first developing portion and the second developing portion on a plane perpendicular to the axial direction of the stent body gradually increases from a position where the distance is the minimum distance to an end of the first developing portion or the second developing portion that is away from the first end so that, when implanted, the minimum distance between the intersections of the first developing portion and the second developing portion on a plane perpendicular to the axial direction of the stent body is not greater than 2 mm. wherein the stent body is provided with a first end and a second end opposite to the first end; the first developing member is located between the first end and the second end, and close to the first end, and the first developing member comprises a first developing portion and a second developing portion ; the first developing portion extends along a first direction, and the second developing portion extends along a second direction; the first direction obliquely intersects with the second direction; a length of the first developing portion and a length of the second developing portion in the axial direction of the stent body are both not less than 0.5 mm; a distance between the intersections of the first developing portion and the second developing portion on a plane perpendicular to the axial direction of the stent body gradually increases from a position where the distance is the minimum distance to an end of the first developing portion or the second developing portion that is away from the first end so that, when implanted, the minimum distance between the intersections of the first developing portion and the second developing portion on a plane perpendicular to the axial direction of the stent body is not greater than 2 mm.
Holder , in particular lamp holder, with a ball joint which has a joint socket and a joint head which in some areas have corresponding spherical joint surfaces , in which in the assembled state the joint socket encompasses the joint head beyond its equator , characterised in that the joint socket and the joint head are releasable connected to one another by a plug-and-turn movement, for which purpose a) the joint socket has a longitudinal groove which interrupts the spherical joint surfaces and extends from the equator of the joint socket to the open end and into which the joint head is pluggable, and b) the joint head has two spaced parallel guide surfaces which are connected to one another by the spherical joint surfaces of the joint head , so that a subsequent rotational movement of the joint head relative to the joint socket results in a form-fitted mounting of the joint head within the joint socket . a) the joint socket has a longitudinal groove which interrupts the spherical joint surfaces and extends from the equator of the joint socket to the open end and into which the joint head is pluggable, and b) the joint head has two spaced parallel guide surfaces which are connected to one another by the spherical joint surfaces of the joint head ,
A non-transitory computer-readable storage medium including instructions that, when executed by one or more processors, configure the one or more processors to perform speech recognition performing the steps of: detecting an activation phrase within a first audio signal; based on the activation phrase, selecting an intelligent personal assistant, IPA, that is included in a group of candidate IPAs; extracting query content from the first audio signal; generating a second audio signal based on the query content; transmitting the second audio signal to the IPA; receiving a first response audio signal from the IPA; storing the first response audio signal; after storing the first response audio signal, receiving a second response audio signal from an additional IPA that is included in the group of candidate IPAs; and causing the second response audio signal to begin to play before causing the first response audio signal to begin to play. detecting an activation phrase within a first audio signal; based on the activation phrase, selecting an intelligent personal assistant, IPA, that is included in a group of candidate IPAs; extracting query content from the first audio signal; generating a second audio signal based on the query content; transmitting the second audio signal to the IPA; receiving a first response audio signal from the IPA; storing the first response audio signal; after storing the first response audio signal, receiving a second response audio signal from an additional IPA that is included in the group of candidate IPAs; and causing the second response audio signal to begin to play before causing the first response audio signal to begin to play.
Injection device for automatic dispensing comprising: a) a housing having a longitudinal axis (L), b) a needle protection mechanism which is displaceable along the longitudinal axis (L) from a distal starting position to a proximal position and from the proximal position to a needle protection position, c) a drive mechanism which is movable in the housing and which is driven into a dispensing position by a drive means , d) a control sleeve which is axially rigidly mounted in the housing , e) a syringe holder having an inwardly directed shoulder on which an active-substance container arranged in the syringe holder is supported via a distally arranged shoulder, characterized in that the injection device has f) a retaining ring integrated in the housing for securing the active-substance container in the syringe holder , the retaining ring enclosing the syringe holder in the region of the shoulder , and g) an end clicker which, in the delivery state, is held in the control sleeve against proximal displacement due to the stored energy of the drive means by means of radially prestressed arm cams of the end clicker , the arm cams , at the end of the active substance dispensation, moving radially inward and releasing a proximal movement of the end clicker up to a stop on the housing or control sleeve . a) a housing having a longitudinal axis (L), b) a needle protection mechanism which is displaceable along the longitudinal axis (L) from a distal starting position to a proximal position and from the proximal position to a needle protection position, c) a drive mechanism which is movable in the housing and which is driven into a dispensing position by a drive means , d) a control sleeve which is axially rigidly mounted in the housing , e) a syringe holder having an inwardly directed shoulder on which an active-substance container arranged in the syringe holder is supported via a distally arranged shoulder, characterized in that the injection device has f) a retaining ring integrated in the housing for securing the active-substance container in the syringe holder , the retaining ring enclosing the syringe holder in the region of the shoulder , and g) an end clicker which, in the delivery state, is held in the control sleeve against proximal displacement due to the stored energy of the drive means by means of radially prestressed arm cams of the end clicker , the arm cams , at the end of the active substance dispensation, moving radially inward and releasing a proximal movement of the end clicker up to a stop on the housing or control sleeve .
A thermal transfer sheet comprising: a substrate; a transferable color layer disposed on one side of the substrate; and a back face layer disposed on the other side of the substrate, wherein the transferable color layer contains a colorant and a binder resin containing a reaction product between a phenolic resin having a softening point of 100°C or more and an adduct product of an aliphatic polyisocyanate. a substrate; a transferable color layer disposed on one side of the substrate; and a back face layer disposed on the other side of the substrate, wherein the transferable color layer contains a colorant and a binder resin containing a reaction product between a phenolic resin having a softening point of 100°C or more and an adduct product of an aliphatic polyisocyanate.
A method for controlling a mobile device , the method comprising: displaying a screen of a first application while the mobile device is in an unlocked state and a stylus pen is disposed in an insertion hole of the mobile device, the insertion hole being configured to receive the stylus pen; while the screen of the first application is displayed, detecting removal of the stylus pen from the insertion hole ; when the removal of the stylus pen is detected: retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen ; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected : removing display of the screen of the second application ; and displaying the screen of the first application. displaying a screen of a first application while the mobile device is in an unlocked state and a stylus pen is disposed in an insertion hole of the mobile device, the insertion hole being configured to receive the stylus pen; while the screen of the first application is displayed, detecting removal of the stylus pen from the insertion hole ; when the removal of the stylus pen is detected: retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen ; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected : removing display of the screen of the second application ; and displaying the screen of the first application. retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen ; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected : removing display of the screen of the second application ; and displaying the screen of the first application. removing display of the screen of the second application ; and displaying the screen of the first application.
A control method for two or more air-conditioner water chilling units, comprising: receiving standby requests generated by the air-conditioner water chilling units based on a standby condition; determining whether or not two or more standby requests are received; generating standby sequence numbers of the air-conditioner water chilling units that send the standby requests according to the standby requests in case where two or more standby requests are received; and closing the air-conditioner water chilling units that send the standby requests according to a preset rule based on the standby sequence numbers. receiving standby requests generated by the air-conditioner water chilling units based on a standby condition; determining whether or not two or more standby requests are received; generating standby sequence numbers of the air-conditioner water chilling units that send the standby requests according to the standby requests in case where two or more standby requests are received; and closing the air-conditioner water chilling units that send the standby requests according to a preset rule based on the standby sequence numbers.
Method for dispensing a consumable from a dispensing device , comprising the following steps: - actuating an activation unit ; - enabling dispensing; - measuring a number of activations; - measuring a duration of uninterrupted dispensing times; - inhibiting the dispensing of a consumable if at least one of the following inhibition conditions is satisfied: i) the measured duration of an uninterrupted dispensing time t mux is equal to or greater than a predefined maximum uninterrupted dispensing time T mux (t mux ≥ T mux ), ii) the measured number of activations n is equal to or greater than a predefined maximum number of activations n mux (n ≥ n mux ), characterized in that the dispensing of a consumable is enabled only if a measured duration for an uninterrupted activation t mua is greater than a predefined minimum duration of an uninterrupted activation T mua (t mua ≥ T mua ). - actuating an activation unit ; - enabling dispensing; - measuring a number of activations; - measuring a duration of uninterrupted dispensing times; - inhibiting the dispensing of a consumable if at least one of the following inhibition conditions is satisfied: i) the measured duration of an uninterrupted dispensing time t mux is equal to or greater than a predefined maximum uninterrupted dispensing time T mux (t mux ≥ T mux ), ii) the measured number of activations n is equal to or greater than a predefined maximum number of activations n mux (n ≥ n mux ), i) the measured duration of an uninterrupted dispensing time t mux is equal to or greater than a predefined maximum uninterrupted dispensing time T mux (t mux ≥ T mux ), ii) the measured number of activations n is equal to or greater than a predefined maximum number of activations n mux (n ≥ n mux ),
A turbine section of a gas turbine engine , the turbine section being annular about a longitudinal axis, the turbine section comprising: a first turbine with a first inlet and a first outlet ; a second turbine with a second inlet and a second outlet; an inter-turbine duct extending from the first outlet to the second inlet and configured to direct an air flow from the first turbine to the second turbine , the inter-turbine duct being defined by a hub and a shroud ; and at least a first splitter blade disposed within the inter-turbine duct so as to be positioned between the hub and the shroud , the first splitter blade comprising a pressure side facing the shroud , a suction side facing the hub , wherein the first splitter blade is the only splitter blade within the inter-turbine duct, characterised in that it further comprises a plurality of vortex generating structures arranged in a row, each of the vortex generating structures having a leading end and a trailing end , each of the vortex generating structures positioned on the suction side and having a height from a surface of the suction side that increases along a length of each of the vortex generating structures from the leading end and plateauing in height to the trailing end , each of the vortex generating structures having a rise angle defined as an angle of the leading end from the surface of the suction side and arranged at an angle relative to the air flow, with each of the vortex generating structures parallel to each other to generate co-rotating vortices and spaced apart by a gap distance. a first turbine with a first inlet and a first outlet ; a second turbine with a second inlet and a second outlet; an inter-turbine duct extending from the first outlet to the second inlet and configured to direct an air flow from the first turbine to the second turbine , the inter-turbine duct being defined by a hub and a shroud ; and at least a first splitter blade disposed within the inter-turbine duct so as to be positioned between the hub and the shroud , the first splitter blade comprising a pressure side facing the shroud , a suction side facing the hub , wherein the first splitter blade is the only splitter blade within the inter-turbine duct, characterised in that it further comprises a plurality of vortex generating structures arranged in a row, each of the vortex generating structures having a leading end and a trailing end , each of the vortex generating structures positioned on the suction side and having a height from a surface of the suction side that increases along a length of each of the vortex generating structures from the leading end and plateauing in height to the trailing end , each of the vortex generating structures having a rise angle defined as an angle of the leading end from the surface of the suction side and arranged at an angle relative to the air flow, with each of the vortex generating structures parallel to each other to generate co-rotating vortices and spaced apart by a gap distance.
A method for decoding a video signal using a graph-based transform which is obtained by a graph representing relationship information between pixels in a block, wherein the relationship information between pixels is defined based on a graph edge corresponding to a line connecting pixels and an edge weight corresponding to an intensity of the statistical dependence between the pixels, the method comprising: (S1410) receiving a template index for a coding block from the video signal, wherein the template index indicates a graph-based transform template to be applied to the coding block; (S1420) deriving a graph-based transform matrix for the coding block corresponding to the template index; and (S1430) decoding the coding block based on the graph-based transform matrix, wherein the template index corresponds to one template graph in a predetermined template graph set, wherein the predetermined template graph set includes a plurality of template graphs, and wherein the plurality of template graphs have a pattern in which a corner region in the coding block has a smaller edge weight than other regions in the coding block. (S1410) receiving a template index for a coding block from the video signal, wherein the template index indicates a graph-based transform template to be applied to the coding block; (S1420) deriving a graph-based transform matrix for the coding block corresponding to the template index; and (S1430) decoding the coding block based on the graph-based transform matrix, wherein the template index corresponds to one template graph in a predetermined template graph set, wherein the predetermined template graph set includes a plurality of template graphs, and wherein the plurality of template graphs have a pattern in which a corner region in the coding block has a smaller edge weight than other regions in the coding block.
A method of supporting an emergency positioning session in a dual Subscriber Identity Module, SIM, mobile terminal , the method comprising: connecting the dual SIM mobile terminal to a network for an emergency call, wherein the network is one of a first network associated with a first subscription accessed with a first SIM card in the dual SIM mobile terminal and a second network associated with a second subscription accessed with a second SIM card in the dual SIM mobile terminal ; and performing the emergency positioning session through the network ; wherein the emergency positioning session is permitted only during the emergency call and an emergency callback period after the emergency call; wherein the emergency positioning session is permitted only on a subscription on which the emergency call is originated; wherein no non-emergency positioning sessions on either the first subscription or the second subscription are permitted during the emergency positioning session or during the emergency call. connecting the dual SIM mobile terminal to a network for an emergency call, wherein the network is one of a first network associated with a first subscription accessed with a first SIM card in the dual SIM mobile terminal and a second network associated with a second subscription accessed with a second SIM card in the dual SIM mobile terminal ; and performing the emergency positioning session through the network ; wherein the emergency positioning session is permitted only during the emergency call and an emergency callback period after the emergency call; wherein the emergency positioning session is permitted only on a subscription on which the emergency call is originated; wherein no non-emergency positioning sessions on either the first subscription or the second subscription are permitted during the emergency positioning session or during the emergency call.