mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying a transport block for transmission comprising an information component and an error detection code; transmitting a first encoded message during a first transmission time, the first encoded message obtained by encoding the transport block cyclically shifted a first bit length, said first bit length being a product of the first transmission time and a preconfigured cyclic bit shift per transmission time; and transmitting a second encoded message during a second transmission time, the second encoded message obtained by encoding the transport block cyclically shifted a second bit length, said second bit length being a product of the second transmission time and the preconfigured cyclic bit shift per transmission time, wherein a relative time distance between the first transmission time and the second transmission time in conjunction with the preconfigured cyclic bit shift per transmission time conveys an indication of the difference between the first bit length and the second bit length. identifying a transport block for transmission comprising an information component and an error detection code; transmitting a first encoded message during a first transmission time, the first encoded message obtained by encoding the transport block cyclically shifted a first bit length, said first bit length being a product of the first transmission time and a preconfigured cyclic bit shift per transmission time; and transmitting a second encoded message during a second transmission time, the second encoded message obtained by encoding the transport block cyclically shifted a second bit length, said second bit length being a product of the second transmission time and the preconfigured cyclic bit shift per transmission time, wherein a relative time distance between the first transmission time and the second transmission time in conjunction with the preconfigured cyclic bit shift per transmission time conveys an indication of the difference between the first bit length and the second bit length.
A pen needle providing audible and/or tactile injection depth indication, comprising: a. a hub adapted for attachment to a medication pen body and having a central post extending distally from a main body portion of the hub, the main body portion of the hub being wider than the post, and having a needle fixed in an axial position on the post; b. the post having a radially outwardly projecting member and at least one recess adjacent the main body portion of the hub; c. a cup radially situated around the post having a skin contact surface on a distal end thereof and a sidewall extending proximally from the skin contact surface, said sidewall having an inwardly projecting member engaging the outwardly projecting member on the post; characterized in that d. the cup being movable proximally during an injection from a first position, in which the inwardly projecting member is on a distal side of the outwardly projecting member on the post, to a second position, in which the inwardly projecting member on the cup is on a proximal side of the outwardly projecting member on the post and engages a recess adjacent the main body portion of the hub; e. wherein movement of the cup proximally from the first position to the second position creates an audible and tactile indication from the engagement of the inwardly projecting member on the cup and the recess adjacent the main body portion of the hub to indicate full penetration depth of the needle. a. a hub adapted for attachment to a medication pen body and having a central post extending distally from a main body portion of the hub, the main body portion of the hub being wider than the post, and having a needle fixed in an axial position on the post; b. the post having a radially outwardly projecting member and at least one recess adjacent the main body portion of the hub; c. a cup radially situated around the post having a skin contact surface on a distal end thereof and a sidewall extending proximally from the skin contact surface, said sidewall having an inwardly projecting member engaging the outwardly projecting member on the post; characterized in that d. the cup being movable proximally during an injection from a first position, in which the inwardly projecting member is on a distal side of the outwardly projecting member on the post, to a second position, in which the inwardly projecting member on the cup is on a proximal side of the outwardly projecting member on the post and engages a recess adjacent the main body portion of the hub; e. wherein movement of the cup proximally from the first position to the second position creates an audible and tactile indication from the engagement of the inwardly projecting member on the cup and the recess adjacent the main body portion of the hub to indicate full penetration depth of the needle.
A method for sharing content of an electronic device, the method comprising: displaying on the electronic device, a Graphical User Interface, GUI, for registering a temporary key for authentication; if a temporary key is inputted (S820Y) by a user via the GUI, transmitting the inputted temporary key from the electronic device to a server, so that the inputted temporary key is registered by the server; establishing a network with other electronic device which is authenticated by the server using an ID and a password, and providing the other electronic device with access to content stored in the electronic device; and establishing a network with other electronic device which is authenticated by the server using the registered temporary key, and providing the other electronic device with a more limited scope of access to the content compared to when the ID and the password are used. displaying on the electronic device, a Graphical User Interface, GUI, for registering a temporary key for authentication; if a temporary key is inputted (S820Y) by a user via the GUI, transmitting the inputted temporary key from the electronic device to a server, so that the inputted temporary key is registered by the server; establishing a network with other electronic device which is authenticated by the server using an ID and a password, and providing the other electronic device with access to content stored in the electronic device; and establishing a network with other electronic device which is authenticated by the server using the registered temporary key, and providing the other electronic device with a more limited scope of access to the content compared to when the ID and the password are used.
Method for machining a series of workpieces by means of at least one machining jet, which is formed from a liquid with or without abrasive particles, wherein in the method each workpiece is associated with an identifier for uniquely identifying the workpiece, during the machining of a respective workpiece, the temporal characteristic of the machining jet is detected by means of at least one sensor, the detected temporal characteristic is evaluated so as to obtain at least one comparative value (Uv), and for detecting incorrect machining, the at least one comparative value is compared with at least one threshold value (Us), wherein the at least one sensor is configured to detect vibrations in a solid body and/or the pressure, which the machining jet exerts onto a workpiece support and/or a workpiece.
A telecom system, comprising: at least one actively operating telecom component (102, 104, 108); and at least one redundant telecom component (102, 104, 108), wherein the redundant telecom component (102, 104, 108) is placed in a low power state based upon a first criteria, wherein the redundant telecom component (102, 104, 108) is placed in a high power state based upon a second criteria, and wherein the redundant telecom component is placed in a high power state at configurable time intervals, and checks for changes to at least one of static information, dynamic information, routing table information, and level protocol information in the telecom system while in the high power state. at least one actively operating telecom component (102, 104, 108); and at least one redundant telecom component (102, 104, 108), wherein the redundant telecom component (102, 104, 108) is placed in a low power state based upon a first criteria, wherein the redundant telecom component (102, 104, 108) is placed in a high power state based upon a second criteria, and wherein the redundant telecom component is placed in a high power state at configurable time intervals, and checks for changes to at least one of static information, dynamic information, routing table information, and level protocol information in the telecom system while in the high power state.
An alumina composite characterized in comprising: single-crystal α-alumina particles constituting alumina particles; and a filamentous inorganic material at least partially embedded inside the single-crystal α-alumina particles. single-crystal α-alumina particles constituting alumina particles; and a filamentous inorganic material at least partially embedded inside the single-crystal α-alumina particles.
An implantable system for use in a gastric band system comprising: a housing (208, 309, 409, 709) having a fluid inlet/outlet (340, 342, 440, 442); a flexible reservoir (310, 410) positioned within the housing and coupled to an inflatable portion of a gastric band (105, 205) via the fluid inlet/outlet, the flexible reservoir containing a fluid and having an expanded configuration and a contracted configuration; a movable wall (320, 420); a driving mechanism (330, 430, 530, 630); and a motor (335, 435, 635), coupled to the driving mechanism, the motor capable of actuating the driving mechanism characterized by the movable wall being slidably positioned around the flexible reservoir forming a cylinder, the movable wall being movable to change a diameter of the cylinder, and the driving mechanism positioned around the movable wall, the driving mechanism configured to change the diameter of the cylinder to compress the flexible reservoir from the expanded configuration to the contracted configuration, thereby causing a portion of the fluid in the flexible reservoir to move to the inflatable portion of the gastric band. a housing (208, 309, 409, 709) having a fluid inlet/outlet (340, 342, 440, 442); a flexible reservoir (310, 410) positioned within the housing and coupled to an inflatable portion of a gastric band (105, 205) via the fluid inlet/outlet, the flexible reservoir containing a fluid and having an expanded configuration and a contracted configuration; a movable wall (320, 420); a driving mechanism (330, 430, 530, 630); and a motor (335, 435, 635), coupled to the driving mechanism, the motor capable of actuating the driving mechanism characterized by the movable wall being slidably positioned around the flexible reservoir forming a cylinder, the movable wall being movable to change a diameter of the cylinder, and the driving mechanism positioned around the movable wall, the driving mechanism configured to change the diameter of the cylinder to compress the flexible reservoir from the expanded configuration to the contracted configuration, thereby causing a portion of the fluid in the flexible reservoir to move to the inflatable portion of the gastric band.
A method for processing measurement data by means of a computing unit arrangement, wherein at least a number of three computing units is provided and the computing units are in data connection by means of at least one switch (130, 145), wherein one of the computing units performs a control function as a driver and the at least two other computing units operate as work units, wherein the computing unit arrangement receives the measurement data via a data stream and the measurement data is in different data formats, characterized in that the driver analyzes the measurement data in relation to their different data formats and thereby extracts structural and/or format information from the measurement data, the driver creates a processing plan for the measurement data based on the structural and/or format information, wherein the processing plan is optimized in relation to the different data formats, the measurement data are divided into segments according to the processing plan and assigned to the work units for parallel processing. wherein at least a number of three computing units is provided and the computing units are in data connection by means of at least one switch (130, 145), wherein one of the computing units performs a control function as a driver and the at least two other computing units operate as work units, wherein the computing unit arrangement receives the measurement data via a data stream and the measurement data is in different data formats, characterized in that the driver analyzes the measurement data in relation to their different data formats and thereby extracts structural and/or format information from the measurement data, the driver creates a processing plan for the measurement data based on the structural and/or format information, wherein the processing plan is optimized in relation to the different data formats, the measurement data are divided into segments according to the processing plan and assigned to the work units for parallel processing.
A dialysis system comprising: a dialysis machine configured to perform a dialysis treatment on a patient; a potassium sensing device configured to sense the concentration of potassium in at least one of (a) the patient's blood serum, and (b) spent dialysate resulting from treating the patient with the dialysis machine, the potassium sensing device further being configured to generate a value of the concentration of blood serum potassium; a control and computing unit comprising a processor, a memory, and an input device, the input device being configured for inputting a time-since-last-treatment value, the processor being configured to receive the blood serum potassium concentration value, compare the blood serum potassium concentration value with one or more values stored in the memory, to form a comparison, and to generate a control signal based on the comparison and the time-since-last-treatment value; and a potassium infusion circuit configured to infuse potassium solution into treatment dialysate, replacement fluid, or both, that is to be used by the dialysis machine, wherein the control and computing unit is in data transfer communication with the potassium infusion circuit, the control and computing unit is configured to send the control signal to the potassium infusion circuit, and the potassium infusion circuit is configured to receive the control signal and infuse potassium solution into the treatment dialysate, replacement fluid, or both, based on the control signal. a dialysis machine configured to perform a dialysis treatment on a patient; a potassium sensing device configured to sense the concentration of potassium in at least one of (a) the patient's blood serum, and (b) spent dialysate resulting from treating the patient with the dialysis machine, the potassium sensing device further being configured to generate a value of the concentration of blood serum potassium; a control and computing unit comprising a processor, a memory, and an input device, the input device being configured for inputting a time-since-last-treatment value, the processor being configured to receive the blood serum potassium concentration value, compare the blood serum potassium concentration value with one or more values stored in the memory, to form a comparison, and to generate a control signal based on the comparison and the time-since-last-treatment value; and a potassium infusion circuit configured to infuse potassium solution into treatment dialysate, replacement fluid, or both, that is to be used by the dialysis machine, wherein the control and computing unit is in data transfer communication with the potassium infusion circuit, the control and computing unit is configured to send the control signal to the potassium infusion circuit, and the potassium infusion circuit is configured to receive the control signal and infuse potassium solution into the treatment dialysate, replacement fluid, or both, based on the control signal.
A connector suitable for an enameled wire, comprising an insulating plate and a pair of conducting plates secured to both ends of the insulating plate respectively, wherein one end of each conducting plate is provided with a wire welding hole for welding an external wire, and the other end is provided with at least one enameled wire welding hole for welding the enameled wire, the conducting plates are arranged horizontally and parallel to each other, or arranged upright and parallel to each other, wherein the insulating plate at the portion in contact with the conducting plate is provided with a concave step, the shape of which conforms to that of the conducting plate, and wherein the conducting plate at the position corresponding to the concave step is provided with a screw through-hole, through which a fastening screw passes so as to secure the conducting plate onto the insulating plate, and wherein a thread-locking adhesive is coated between the fastening screw and the insulating plate.
A fault detection method in an Internet Protocol, IP, communications network, the method comprising: sending, by a source end, port scan packets based on at least two port pairs to a destination end, wherein each port pair comprises a source port number and a destination port number and corresponds to a path between the source end and the destination end, wherein the sending the port scan packets based on the at least two port pairs to the destination end comprises: sequentially traversing the at least two port pairs; and based on a currently traversed port pair, sending a port scan packet based on the port pair to the destination end, wherein the port scan packet includes the currently scan port pair; receiving (S 120), by the source end a response packet sent by the destination end, wherein the response packet carries an unreceived port pair that is determined by the destination end based on the port scan packets, wherein the unreceived port pair is a port pair having a destination port which does not receive a port scan packet; and determining, by the source end, based on the unreceived port pair carried in the response packet, a faulty path which corresponds to the unreceived port pair. sending, by a source end, port scan packets based on at least two port pairs to a destination end, wherein each port pair comprises a source port number and a destination port number and corresponds to a path between the source end and the destination end, wherein the sending the port scan packets based on the at least two port pairs to the destination end comprises: sequentially traversing the at least two port pairs; and based on a currently traversed port pair, sending a port scan packet based on the port pair to the destination end, wherein the port scan packet includes the currently scan port pair; sequentially traversing the at least two port pairs; and based on a currently traversed port pair, sending a port scan packet based on the port pair to the destination end, wherein the port scan packet includes the currently scan port pair; receiving (S 120), by the source end a response packet sent by the destination end, wherein the response packet carries an unreceived port pair that is determined by the destination end based on the port scan packets, wherein the unreceived port pair is a port pair having a destination port which does not receive a port scan packet; and determining, by the source end, based on the unreceived port pair carried in the response packet, a faulty path which corresponds to the unreceived port pair.
A method of producing alkylate, comprising: passing methanol and/or dimethylether into a reaction chamber; passing butane into the reaction chamber; wherein the reactor comprises a catalyst that is a crystalline zeotype material in which tetrahedral [TiO 4] and [SiO 4] units are arranged in a MFI structure with a three-dimensional system of channels having a molecular dimension of 4.9 to 5.9 Å, preferably 5.1-5.6 Å, and at least 0.5 mass% Ti, more preferably at least 1% Ti, in some embodiments in the range of 1 to 5 mass%Ti; reacting the methanol and/or DME and the butane in the reaction chamber in the presence of the catalyst to make olefins under steady state conditions where the reaction is adiabatic or nearly adiabatic such that 200 kJ/(kg olefin produced) or less is transferred from the reaction chamber preferably 100 or less, more preferably 50, and preferably 10 kJ/(kg olefin produced) or less is transferred from the reaction chamber; and reacting the olefins with iso-butane to form alkylate in a separate reactor. passing methanol and/or dimethylether into a reaction chamber; passing butane into the reaction chamber; wherein the reactor comprises a catalyst that is a crystalline zeotype material in which tetrahedral [TiO 4] and [SiO 4] units are arranged in a MFI structure with a three-dimensional system of channels having a molecular dimension of 4.9 to 5.9 Å, preferably 5.1-5.6 Å, and at least 0.5 mass% Ti, more preferably at least 1% Ti, in some embodiments in the range of 1 to 5 mass%Ti; reacting the methanol and/or DME and the butane in the reaction chamber in the presence of the catalyst to make olefins under steady state conditions where the reaction is adiabatic or nearly adiabatic such that 200 kJ/(kg olefin produced) or less is transferred from the reaction chamber preferably 100 or less, more preferably 50, and preferably 10 kJ/(kg olefin produced) or less is transferred from the reaction chamber; and reacting the olefins with iso-butane to form alkylate in a separate reactor.
An image forming apparatus comprising: a toner transport body that is an endless belt holding a toner image, or is a transfer member transferring the toner image to a recording medium nipped between the endless belt and the transfer member; a cleaning brush that has a plurality of first bristle materials that rotates and comes into contact with a surface of the toner transport body, and cleans a toner adhering to the surface of the toner transport body; and a removing brush that has a plurality of second bristle materials in contact with the first bristle material of the cleaning brush and removes the toner adhering to the first bristle material, wherein an outer peripheral portion of the removing brush comes into contact with the cleaning brush; the image forming apparatus characterized by further comprising a first rotation driving device that rotates the removing brush; and a second rotation driving device that rotates the cleaning brush, wherein the first bristle material of the cleaning brush and the second bristle material of the removing brush move in directions opposite to each other at a contact portion of the removing brush and the cleaning brush. a toner transport body that is an endless belt holding a toner image, or is a transfer member transferring the toner image to a recording medium nipped between the endless belt and the transfer member; a cleaning brush that has a plurality of first bristle materials that rotates and comes into contact with a surface of the toner transport body, and cleans a toner adhering to the surface of the toner transport body; and a removing brush that has a plurality of second bristle materials in contact with the first bristle material of the cleaning brush and removes the toner adhering to the first bristle material, wherein an outer peripheral portion of the removing brush comes into contact with the cleaning brush; the image forming apparatus characterized by further comprising a first rotation driving device that rotates the removing brush; and a second rotation driving device that rotates the cleaning brush, wherein the first bristle material of the cleaning brush and the second bristle material of the removing brush move in directions opposite to each other at a contact portion of the removing brush and the cleaning brush.