mhurhangee/patent-ind-claim-en huggingface dataset:
A multi stent delivery system for intravascular bifurcation zone delivery and deployment of a multi stent, the multi-stent configured to be controllably open on its own without the need for a balloon deployment mechanism, the bifurcation zone having a main blood vessel, the main blood vessel having a main blood vessel longitudinal axis and at least two side blood vessels branching out of the main blood vessel, the main blood vessel and the at least two side blood vessels having respective diameters, a ratio of the diameter of the main blood vessel to the diameters of the at least two side blood vessels is at least 2, the delivery system being characterized by : a catheter having a catheter longitudinal axis substantially coaxial with the main blood vessel longitudinal axis, a tube positioned coaxially within the catheter, the catheter having a distal end and a proximal end, and the tube containing: at least two crimped side stents (152, 153; 234a; 236a; 364) for deployment substantially normal to the catheter longitudinal axis and into the at least two side blood vessels; and at least one crimped main stent for deployment substantially along the catheter longitudinal axis into the main blood vessel; wherein the at least two crimped side stents (152, 153; 234a; 236a; 364) and at least one crimped main stent are part of a unified configuration within a sheath, located substantially at the distal end. a catheter having a catheter longitudinal axis substantially coaxial with the main blood vessel longitudinal axis, a tube positioned coaxially within the catheter, the catheter having a distal end and a proximal end, and the tube containing: at least two crimped side stents (152, 153; 234a; 236a; 364) for deployment substantially normal to the catheter longitudinal axis and into the at least two side blood vessels; and at least one crimped main stent for deployment substantially along the catheter longitudinal axis into the main blood vessel; at least two crimped side stents (152, 153; 234a; 236a; 364) for deployment substantially normal to the catheter longitudinal axis and into the at least two side blood vessels; and at least one crimped main stent for deployment substantially along the catheter longitudinal axis into the main blood vessel; wherein the at least two crimped side stents (152, 153; 234a; 236a; 364) and at least one crimped main stent are part of a unified configuration within a sheath, located substantially at the distal end.
An insulation deterioration monitoring apparatus configured to be applied to a motor driving system comprising a plurality of inverter units (A, B, C) including a motor driving inverter and one or more motors , a converter for supplying power to each of the plurality of inverter units (A, B, C), and a ground current measuring instrument for measuring ground current flowing between an output terminal of the converter and ground, the insulation deterioration monitoring apparatus being configured to monitor insulation deterioration in each of the plurality of inverter units (A, B, C), the insulation deterioration monitoring apparatus comprising a computer (10; 10, 11) on which software is installed, the software being configured to cause the computer (10; 10, 11) to execute: a first process of selecting one inverter unit out of stopped inverter units during stopping of at least one of the plurality of inverter units (A, B, C) and causing a corresponding motor driving inverter corresponding to a selected inverter unit to generate a direct current voltage; and a second process of measuring a current value of the ground current by the ground current measuring instrument while the corresponding motor driving inverter generates the direct current voltage; characterized in that the software is configured to cause the computer (10; 10, 11) to further execute a third process of recording the current value of the ground current measured by the second process, for each inverter unit in association with the selected inverter unit; and a fourth process of analyzing a tendency of insulation deterioration of each of the plurality of inverter units (A, B, C) based on measured data of the current value of the ground current recorded for each inverter unit. a first process of selecting one inverter unit out of stopped inverter units during stopping of at least one of the plurality of inverter units (A, B, C) and causing a corresponding motor driving inverter corresponding to a selected inverter unit to generate a direct current voltage; and a second process of measuring a current value of the ground current by the ground current measuring instrument while the corresponding motor driving inverter generates the direct current voltage; characterized in that the software is configured to cause the computer (10; 10, 11) to further execute a third process of recording the current value of the ground current measured by the second process, for each inverter unit in association with the selected inverter unit; and a fourth process of analyzing a tendency of insulation deterioration of each of the plurality of inverter units (A, B, C) based on measured data of the current value of the ground current recorded for each inverter unit.
A method at a processor of a system for detecting speech, the method comprising: using a windowing function to divide a frequency spectrum of a time varying signal into a plurality of wide bands; dividing each wide band of said plurality of wide bands into a plurality of bins; calculating, for each bin of each wide band, a signal-to-noise ratio between a value of the signal at the bin and an estimated noise at the bin; calculating, by the processor, a respective value of a variance of the signal-to-noise ratio for each wide band by: calculating the variance of the signal-to-noise ratio across the plurality of bins of the wide band; combining the signal-to-noise ratio variance values calculated for the plurality of wide bands to derive a value of variance of the signal-to-noise ratio for the plurality of wide bands; performing a comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and a threshold; and identifying whether the signal contains speech based on the comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and the threshold. using a windowing function to divide a frequency spectrum of a time varying signal into a plurality of wide bands; dividing each wide band of said plurality of wide bands into a plurality of bins; calculating, for each bin of each wide band, a signal-to-noise ratio between a value of the signal at the bin and an estimated noise at the bin; calculating, by the processor, a respective value of a variance of the signal-to-noise ratio for each wide band by: calculating the variance of the signal-to-noise ratio across the plurality of bins of the wide band; combining the signal-to-noise ratio variance values calculated for the plurality of wide bands to derive a value of variance of the signal-to-noise ratio for the plurality of wide bands; performing a comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and a threshold; and identifying whether the signal contains speech based on the comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and the threshold. calculating the variance of the signal-to-noise ratio across the plurality of bins of the wide band; combining the signal-to-noise ratio variance values calculated for the plurality of wide bands to derive a value of variance of the signal-to-noise ratio for the plurality of wide bands; performing a comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and a threshold; and identifying whether the signal contains speech based on the comparison between the value of variance of the signal-to-noise ratio for the plurality of wide bands and the threshold.
Method for preparing at least one textile item of reusable type intended for cleaning a surface, wherein said method comprises the following phases: - implementing a wash cycle for washing said at least one reusable textile item in a rotary basket of a washing machine , in particular of the industrial type, wherein said wash cycle comprises an impregnation phase for impregnating said at least one reusable textile item with at least one active principle, in particular a detergent; - implementing a drying cycle for drying said at least one reusable textile item, wherein said drying cycle is executed in a second rotary basket of a dryer , in particular of the industrial type, wherein said drying cycle comprises a desiccation phase for desiccating said at least one reusable textile item, so that, at the end of the desiccation phase , the active principle used in said impregnation phase is reactivable by submerging the reusable textile item in water, said method being characterized in that said desiccation phase is carried out in the second rotary basket of a dryer , in particular of the industrial type, through the following steps, managed by a second control unit of said dryer : - activating a drying system of said dryer to obtain, in the second basket , a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes. - implementing a wash cycle for washing said at least one reusable textile item in a rotary basket of a washing machine , in particular of the industrial type, wherein said wash cycle comprises an impregnation phase for impregnating said at least one reusable textile item with at least one active principle, in particular a detergent; - implementing a drying cycle for drying said at least one reusable textile item, wherein said drying cycle is executed in a second rotary basket of a dryer , in particular of the industrial type, wherein said drying cycle comprises a desiccation phase for desiccating said at least one reusable textile item, so that, at the end of the desiccation phase , the active principle used in said impregnation phase is reactivable by submerging the reusable textile item in water, said method being characterized in that said desiccation phase is carried out in the second rotary basket of a dryer , in particular of the industrial type, through the following steps, managed by a second control unit of said dryer : - activating a drying system of said dryer to obtain, in the second basket , a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes. - activating a drying system of said dryer to obtain, in the second basket , a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes.
Industrial truck having a load-receiving means which is disposed so as to be able to be lifted and lowered on a mast and comprises fork tines , wherein a hydraulic lifting cylinder installation is provided for lifting and lowering the load-receiving means ; wherein the industrial truck is provided with an electronic control installation ; wherein the electronic control installation is configured in such a manner that the orderly parking of the industrial truck , with fork tines placed on a carriageway (FB), is monitored and a warning signal is generated when the industrial truck is not parked in an orderly manner; wherein the industrial truck has a pressure sensor installation that detects the load pressure of the lifting cylinder installation , and the electronic control installation is connected to the pressure sensor installation , characterized in that the electronic control installation is configured in such a manner that the orderly parking of the industrial truck , with fork tines placed on the carriageway (FB), is monitored by means of the load pressure of the lifting cylinder installation detected by the pressure sensor installation .
Installation system for applying a sealing ring to an injector , having: a pushing-on device for applying a sealing ring to an injector , wherein the pushing-on device has a housing with a bore which is designed to receive an installation element ; wherein the bore has an inner end and an open outer end ; and wherein the bore has, at its inner end, a stop which limits the ingress of the installation element into the bore to a specified ingress depth (L 1 ), wherein the outer end of the bore is surrounded by elastic spreading elements ; and an installation element which is designed for pushing onto an injector and for introduction into the bore formed in the pushing-on device , wherein the installation element has a first cylindrical region , which has a first diameter (d 1 ), a second cylindrical region , which has a second diameter (d 2 ) larger than the first diameter (d 1 ), and a conical region , which is arranged between the first and the second cylindrical region and which connects the two cylindrical regions to one another; wherein the sealing ring can be pushed onto the injector into its final position when the pushing-on device has been pushed onto the installation element as far as the stop . a pushing-on device for applying a sealing ring to an injector , wherein the pushing-on device has a housing with a bore which is designed to receive an installation element ; wherein the bore has an inner end and an open outer end ; and wherein the bore has, at its inner end, a stop which limits the ingress of the installation element into the bore to a specified ingress depth (L 1 ), wherein the outer end of the bore is surrounded by elastic spreading elements ; and an installation element which is designed for pushing onto an injector and for introduction into the bore formed in the pushing-on device , wherein the installation element has a first cylindrical region , which has a first diameter (d 1 ), a second cylindrical region , which has a second diameter (d 2 ) larger than the first diameter (d 1 ), and a conical region , which is arranged between the first and the second cylindrical region and which connects the two cylindrical regions to one another; wherein the sealing ring can be pushed onto the injector into its final position when the pushing-on device has been pushed onto the installation element as far as the stop .
A method for determining an order in which a food product is successively cultured with a set of bacterial cultures in a process for producing a fermented food product, wherein the set of bacterial cultures comprises a first subset of one or more bacterial cultures comprising one or more unknown bacterial strain, and a second subset of one or more bacterial cultures comprising one or more known bacterial strains, wherein each of the bacterial strains of the second subset is known; wherein the process is carried out with an initial order of the set of bacterial cultures; wherein during culturing with each bacterial culture of the first subset a process sample is collected, wherein a culture sample of a bacterial culture of the second subset is exposed to the collected process samples in order to determine bacteriophage sensitivities of the one or more bacterial cultures of the second subset to bacteriophages present in the collected process sample, wherein an adapted order of the set of bacterial cultures is determined based on the determined bacteriophage sensitivities of each of the cultures, such as to reduce common bacteriophage sensitivities in successive bacterial cultures. wherein the process is carried out with an initial order of the set of bacterial cultures; wherein during culturing with each bacterial culture of the first subset a process sample is collected, wherein a culture sample of a bacterial culture of the second subset is exposed to the collected process samples in order to determine bacteriophage sensitivities of the one or more bacterial cultures of the second subset to bacteriophages present in the collected process sample, wherein an adapted order of the set of bacterial cultures is determined based on the determined bacteriophage sensitivities of each of the cultures, such as to reduce common bacteriophage sensitivities in successive bacterial cultures.
A service function chain, SFC,-based communication method, wherein the SFC comprises a control node, a service function forwarder, SFF, node, and a service function, SF, node, the SFF node is connected to the SF node, and the method comprises: receiving , by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining , by the control node, network topology information of the SFC based on the first message, wherein the network topology information of the SFC comprises the identification information and the attribute information of the SFF node, the identification information and the attribute information of the SF node, and information used to indicate a connection relationship between the SFF node and the SF node; obtaining , by the control node, an SFC forwarding table, wherein the SFC forwarding table is determined based on the network topology information of the SFC; and sending , by the control node to the SFF node, a second message used to indicate the SFC forwarding table, wherein the second message is used to forward a data packet by the SFF node based on the SFC forwarding table. receiving , by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining , by the control node, network topology information of the SFC based on the first message, wherein the network topology information of the SFC comprises the identification information and the attribute information of the SFF node, the identification information and the attribute information of the SF node, and information used to indicate a connection relationship between the SFF node and the SF node; obtaining , by the control node, an SFC forwarding table, wherein the SFC forwarding table is determined based on the network topology information of the SFC; and sending , by the control node to the SFF node, a second message used to indicate the SFC forwarding table, wherein the second message is used to forward a data packet by the SFF node based on the SFC forwarding table.
Temperature control device for timepiece , including a first light-transmitting portion , and a second portion defining with said first portion an intermediate chamber of variable dimensions in an axial direction (A) and/or a radial direction (R) depending on the temperature of said first portion , device in which said first portion includes a plurality of first microlouvers according to a first spatial distribution, and said second portion includes a plurality of second microlouvers according to a second spatial distribution, said first and second portions provided with these first and second microlouvers being configured to move in relation to one another, thus varying the transmission and/or the reflection of said light on said first portion between a maximum and a minimum, said first portion being capable of moving in an axial direction (A) and/or a radial direction (R) relative to said second portion depending on the temperature of this first portion .
A jewelry spring ring clasp assembly comprising: (a) a ring element extending circumferentially about a main axis and thereby defining a ring aperture through the ring element , the ring element having a static segment and a door segment , the static segment having an inboard face and an outboard face disposed oppositely of one another along the main axis , the static segment being arcuately discontinuous so as to define a link insertion gap disposed radially of the main axis , the door segment being actuatable between a closed position and an open position, wherein (i) the link insertion gap is latchedly blocked when the door segment is in the closed position, (ii) the link insertion gap is traversable in a radial direction with respect to the main axis when the door segment is in the open position, and (iii) the door segment is spring-biased toward the closed position; the assembly being characterized by : (b) a setting element which is (i) in fixed engagement with the static segment , and (ii) configured to retain an ornamental element in a fixed position along the main axis so that the ornamental element visually obscures the ring aperture and the ring element from a viewpoint defined along the main axis outward of the outboard face . (a) a ring element extending circumferentially about a main axis and thereby defining a ring aperture through the ring element , the ring element having a static segment and a door segment , the static segment having an inboard face and an outboard face disposed oppositely of one another along the main axis , the static segment being arcuately discontinuous so as to define a link insertion gap disposed radially of the main axis , the door segment being actuatable between a closed position and an open position, wherein (i) the link insertion gap is latchedly blocked when the door segment is in the closed position, (ii) the link insertion gap is traversable in a radial direction with respect to the main axis when the door segment is in the open position, and (iii) the door segment is spring-biased toward the closed position; (i) the link insertion gap is latchedly blocked when the door segment is in the closed position, (ii) the link insertion gap is traversable in a radial direction with respect to the main axis when the door segment is in the open position, and (iii) the door segment is spring-biased toward the closed position; (i) in fixed engagement with the static segment , and (ii) configured to retain an ornamental element in a fixed position along the main axis so that the ornamental element visually obscures the ring aperture and the ring element from a viewpoint defined along the main axis outward of the outboard face .