mhurhangee/patent-ind-claim-en huggingface dataset:
A network selection method for a mobile station , comprising: selecting and operating with a non-home communication network ; after regaining signal coverage from an out-of-coverage condition or after power-on from a power-off state, performing the following acts of: identifying a plurality of communication networks in a coverage area within which the mobile station is operating; if a home communication network is identified as being available, selecting and operating with the home communication network ; and if the home communication network is not identified as being available and the non-home communication network is identified as being available, selecting and operating with the non-home communication network ; wherein the communication networks are operative in accordance with Universal Mobile Telecommunications System, UMTS. selecting and operating with a non-home communication network ; after regaining signal coverage from an out-of-coverage condition or after power-on from a power-off state, performing the following acts of: identifying a plurality of communication networks in a coverage area within which the mobile station is operating; if a home communication network is identified as being available, selecting and operating with the home communication network ; and if the home communication network is not identified as being available and the non-home communication network is identified as being available, selecting and operating with the non-home communication network ; wherein the communication networks are operative in accordance with Universal Mobile Telecommunications System, UMTS. identifying a plurality of communication networks in a coverage area within which the mobile station is operating; if a home communication network is identified as being available, selecting and operating with the home communication network ; and if the home communication network is not identified as being available and the non-home communication network is identified as being available, selecting and operating with the non-home communication network ; wherein the communication networks are operative in accordance with Universal Mobile Telecommunications System, UMTS.
A stroke detection system comprising: a sensor device configured to obtain physiological data from a patient, wherein the sensor device comprises a housing carrying a plurality of electrodes , wherein the housing is configured to be subcutaneously implanted above shoulders of the patient, and the physiological data comprises electrical brain activity data and electrical heart activity data of the patient sensed via the plurality of electrodes; and processing circuitry enclosed by the housing and configured to: analyze the physiological data; and based on the analysis, provide a patient stroke indicator. a sensor device configured to obtain physiological data from a patient, wherein the sensor device comprises a housing carrying a plurality of electrodes , wherein the housing is configured to be subcutaneously implanted above shoulders of the patient, and the physiological data comprises electrical brain activity data and electrical heart activity data of the patient sensed via the plurality of electrodes; and processing circuitry enclosed by the housing and configured to: analyze the physiological data; and based on the analysis, provide a patient stroke indicator. analyze the physiological data; and based on the analysis, provide a patient stroke indicator.
Device for mechanically coupling an oscillatingly mounted body to a stationary body , with a damping system coupling both bodies and having variably adjustable damping properties, the damping system having two force paths (K1, K2) arranged parallel to one another, which each couple both bodies mechanically to one another via a common force introduction point, characterized in that the first force path (K1) consists of a damping element with constant damping properties and a variably adjustable stiffness coupled in series with the damping element , that the second force path (K2) consists of an adjustable stiffness (9"), the damping characteristic of the damping element and the adjustable stiffnesses (9', 9") are matched to one another and designed in such a way that a damping characteristic assigned to the device for mechanical coupling can be varied exclusively by the adjustable stiffnesses (9', 9"), and that the variably adjustable stiffness arranged along the first and second force path is realized using a purely mechanical coupling system.
A connection rod for a tongue manipulation device system, the connection rod comprising: a first coupling part configured to couple the distal end of the connection rod to a tongue advancer ; a second coupling part configured to couple the proximal end of the connection rod to an implant tool or a removal tool , wherein the connection rod is configured to transmit a tension or pulling force from the implant tool or the removal tool to the tongue advancer such that the tongue advancer is configured to be retracted within the implant tool or removal tool respectively, and characterized in that the connection rod is at least partially hollow and configured to receive the tongue advancer, and a tongue advancer tether attached to the tongue advancer, at least partially within itself. a first coupling part configured to couple the distal end of the connection rod to a tongue advancer ; a second coupling part configured to couple the proximal end of the connection rod to an implant tool or a removal tool , wherein the connection rod is configured to transmit a tension or pulling force from the implant tool or the removal tool to the tongue advancer such that the tongue advancer is configured to be retracted within the implant tool or removal tool respectively, and characterized in that the connection rod is at least partially hollow and configured to receive the tongue advancer, and a tongue advancer tether attached to the tongue advancer, at least partially within itself.
An optical receiver comprising: optical reception means for receiving wavelength multiplexed light including several signal lights, converting one of the signal lights into an electrical signal by coherent detection of the signal light performed by using local oscillation light, and outputting power of the local oscillation light, a bit error rate of the electrical signal, and the electrical signal; and characterized by control means for monitoring the power of the local oscillation light and the bit error rate, calculating a signal-to-noise ratio of the signal light, based on the power of the local oscillation light and the bit error rate, and estimating a number of wavelengths of the wavelength multiplexed light and power per wavelength of the wavelength multiplexed light, based on the signal-to-noise ratio and the power of the local oscillation light, wherein estimating a number of wavelengths of the wavelength multiplexed light and power per wavelength of the wavelength multiplexed light comprises: using two or more cases between which power of the local oscillation light is different, to estimate the number of wavelengths and the power per wavelength both of which are substantially the same between the cases. optical reception means for receiving wavelength multiplexed light including several signal lights, converting one of the signal lights into an electrical signal by coherent detection of the signal light performed by using local oscillation light, and outputting power of the local oscillation light, a bit error rate of the electrical signal, and the electrical signal; and characterized by control means for monitoring the power of the local oscillation light and the bit error rate, calculating a signal-to-noise ratio of the signal light, based on the power of the local oscillation light and the bit error rate, and estimating a number of wavelengths of the wavelength multiplexed light and power per wavelength of the wavelength multiplexed light, based on the signal-to-noise ratio and the power of the local oscillation light, wherein estimating a number of wavelengths of the wavelength multiplexed light and power per wavelength of the wavelength multiplexed light comprises: using two or more cases between which power of the local oscillation light is different, to estimate the number of wavelengths and the power per wavelength both of which are substantially the same between the cases.
Pocket spring core mattress having pocket springs in spring pockets that are arranged in rows and in lines , wherein some or all of the pocket springs are composed of synthetic material, characterized in that the individual rows are composed of a continuous non-woven material which is placed around the individual pocket springs and welded, wherein the pocket springs are held in a preloaded manner in the spring pockets , and vertically extending seam regions are present between the individual spring pockets , and in that the spring pockets are provided, at their heightwise centre, with spacer rings which run around the circumference on one or both sides and are composed of the material of the spring pockets, and spring pockets of adjacent rows are adhesively bonded to one another in the contact area of a spring pocket and a spacer ring or of two spacer rings .
A managing apparatus configured to provide self-driving of a vehicle , which allows the vehicle to enter a parking space out of a plurality of parking spaces from an outside of a parking lot including the plurality of parking spaces, and which allows the vehicle to leave the parking lot for a predetermined place in the outside, said managing apparatus comprising: a wait time setting device configured to set a maximum wait time of the vehicle in the predetermined place; and a controller configured to set a driving route for returning the vehicle to the parking lot from the predetermined place on condition that the maximum wait time elapses from an arrival of the vehicle in the predetermined place, and configured to provide the self-driving of the vehicle along the driving route, characterised in that said wait time setting device is configured to set the maximum wait time so that the maximum wait time becomes shorter as a congestion degree of leaving vehicles becomes higher. a wait time setting device configured to set a maximum wait time of the vehicle in the predetermined place; and a controller configured to set a driving route for returning the vehicle to the parking lot from the predetermined place on condition that the maximum wait time elapses from an arrival of the vehicle in the predetermined place, and configured to provide the self-driving of the vehicle along the driving route, characterised in that said wait time setting device is configured to set the maximum wait time so that the maximum wait time becomes shorter as a congestion degree of leaving vehicles becomes higher.
Use of a leach residue cake as an ilmenite concentrate in a method for the extraction and recovery of vanadium from its ores comprising the steps of: (i) Acid leaching of an ore containing vanadium, titanium and iron to extract vanadium and iron into solution; (ii) Passing the product of the leach step (i) to a solid/liquid separation step; Recovering the leach residue cake produced in (ii) (i) Acid leaching of an ore containing vanadium, titanium and iron to extract vanadium and iron into solution; (ii) Passing the product of the leach step (i) to a solid/liquid separation step; Recovering the leach residue cake produced in (ii)
Method for operating a mobile, self-driving device, in particular a floor cleaning device for the autonomous treatment of floor surfaces such as a vacuum and/or sweeping and/or mopping robot, comprising the following steps: - performing an exploration movement of the mobile, self-driving device in an intended floor treatment region , - detecting obstacles by means of a detection facility and creating an environment map of the floor treatment region , - depicting possible positions of a base station in the environment map , and characterised by - depicting an assessment of the possible positions of the base station with regard to grading, efficiency and/or quality of the mobile, self-driving device approaching the base station and/or of the mobile, self-driving device finding the base station . - performing an exploration movement of the mobile, self-driving device in an intended floor treatment region , - detecting obstacles by means of a detection facility and creating an environment map of the floor treatment region , - depicting possible positions of a base station in the environment map , and characterised by - depicting an assessment of the possible positions of the base station with regard to grading, efficiency and/or quality of the mobile, self-driving device approaching the base station and/or of the mobile, self-driving device finding the base station .
A method of removing a downhole assembly, comprising contacting, in the presence of an electrolyte, a first article comprising a first material and acting as an anode, the first material formed from magnesium alloy powders coated with Al, Ni, W, Co, Cu, Fe, or an oxide thereof molded or compressed into a desired shape followed by extrusion, forging, or sintering, or machining, to provide a core having the desired shape and dimensions, the first article having a non-metallic coating on a surface thereof, the coating comprising a soluble glass, a soluble polymer, or a metal oxide or hydroxide coating, and a second article comprising a second material having a lower reactivity than the first material and acting as a cathode, the downhole assembly comprising the first article in electrical contact with the second article, wherein the first article is a controlled electrolytic material (CEM) ball or fracture plug, the second article is a ball seat or housing, respectively, at least a portion of the first article is corroded in the electrolyte.
A point cloud data transmission method by an apparatus, the method comprising: acquiring point cloud data; encoding geometry information including positions of points in the point cloud data; generating Level Of Details, LODs, based on the geometry information and searching neighbor points of each point to be attribute encoded based on the LODs, wherein each point to be attribute encoded includes both color information and reflectance information, wherein the LOD generation and the neighbor point search of each point are shared for an encoding process of the color information and an encoding process of the reflectance information; encoding the color information of each point based on the searched neighbor points; encoding the reflectance information of each point based on the searched neighbor points; and transmitting the encoded geometry information, the encoded color information and the encoded reflectance information, wherein the color information and the reflectance information, respectively, are encoded by sharing a result of the LOD generation and a result of the neighbor point search when a configuration for the LOD generation and a maximum number of neighbor points for the color information and the reflectance information are the same. acquiring point cloud data; encoding geometry information including positions of points in the point cloud data; generating Level Of Details, LODs, based on the geometry information and searching neighbor points of each point to be attribute encoded based on the LODs, wherein each point to be attribute encoded includes both color information and reflectance information, wherein the LOD generation and the neighbor point search of each point are shared for an encoding process of the color information and an encoding process of the reflectance information; encoding the color information of each point based on the searched neighbor points; encoding the reflectance information of each point based on the searched neighbor points; and transmitting the encoded geometry information, the encoded color information and the encoded reflectance information, wherein the color information and the reflectance information, respectively, are encoded by sharing a result of the LOD generation and a result of the neighbor point search when a configuration for the LOD generation and a maximum number of neighbor points for the color information and the reflectance information are the same.
Trousers for a male user, the trousers being made of elastane fibers fabric, the trousers comprising: a cavity to accommodate buttocks of the male user; and rear pockets which cover a pleat of a rear piece, a center of each one of the rear pockets coinciding with a pleat; each pocket being upright, without being turned and 2.54cm (1") downwards from a seam joining a top edge of the rear piece and a lower edge of a height piece, respecting a position of each pocket in reference to said pleat and a curved portion of the top edge of the rear piece; characterized in that an anterior/ posterior inner fabric panel internal to the trousers creates a cavity that covers and protects the genital area from elasticity of the fabric used for making the trousers. a cavity to accommodate buttocks of the male user; and rear pockets which cover a pleat of a rear piece, a center of each one of the rear pockets coinciding with a pleat; each pocket being upright, without being turned and 2.54cm (1") downwards from a seam joining a top edge of the rear piece and a lower edge of a height piece, respecting a position of each pocket in reference to said pleat and a curved portion of the top edge of the rear piece; characterized in that an anterior/ posterior inner fabric panel internal to the trousers creates a cavity that covers and protects the genital area from elasticity of the fabric used for making the trousers.
An induction motor for a chiller assembly , the induction motor comprising: - a housing ; - a stator having a cylindrical shape comprising a first end , a second end , a cylindrical interior surface , and a cylindrical exterior surface , the cylindrical shape defining a central axis ; - a rotor ; - a shaft comprising a first end and a second end, the rotor and the shaft configured to rotate within the cylindrical interior surface of the stator about the central axis ; - a first bearing assembly located proximate the first end of the shaft ; - a second bearing assembly located proximate the second end of the shaft ; and - a first nozzle ring coupled to the first bearing assembly , and a second nozzle ring coupled to the second bearing assembly , characterized in that the first nozzle ring and the second nozzle ring are configured to direct a cooling fluid into the space between the cylindrical interior surface of the stator and the rotor , wherein the first nozzle ring is located radially and axially inboard of the first end of the stator , and wherein the second nozzle ring is located radially and axially inboard of the second end of the stator . - a housing ; - a stator having a cylindrical shape comprising a first end , a second end , a cylindrical interior surface , and a cylindrical exterior surface , the cylindrical shape defining a central axis ; - a rotor ; - a shaft comprising a first end and a second end, the rotor and the shaft configured to rotate within the cylindrical interior surface of the stator about the central axis ; - a first bearing assembly located proximate the first end of the shaft ; - a second bearing assembly located proximate the second end of the shaft ; and - a first nozzle ring coupled to the first bearing assembly , and a second nozzle ring coupled to the second bearing assembly , characterized in that the first nozzle ring and the second nozzle ring are configured to direct a cooling fluid into the space between the cylindrical interior surface of the stator and the rotor , wherein the first nozzle ring is located radially and axially inboard of the first end of the stator , and wherein the second nozzle ring is located radially and axially inboard of the second end of the stator .
A method of controlling transmission of data blocks (303, 307; 403, 407) between a mobile network and at least one terminal device , said transmission being accomplished on the basis of a retransmission protocol with a first feedback time (F1) defining a time interval between transmission of a first data block (303; 403) and transmission of a first feedback message (308; 408) indicating whether the first data block (303, 307; 403, 407) was successfully received , the first feedback time being different from a second feedback time (F2) defining a time interval between transmission of a second data block (307; 407) and transmission of a second feedback message (308; 408) indicating whether the second data block (307; 407) was successfully received, the method comprising: a base station of the mobile network controlling the terminal device to send the second feedback message (309; 409) on other resources than the first feedback message (308; 408), characterized in that the first feedback time or the second feedback time is adjusted due to the terminal device entering or leaving a low power mode associated with a different feedback time. a base station of the mobile network controlling the terminal device to send the second feedback message (309; 409) on other resources than the first feedback message (308; 408), characterized in that the first feedback time or the second feedback time is adjusted due to the terminal device entering or leaving a low power mode associated with a different feedback time.
A compound for use in a method of treating a hematological malignancy, wherein the compound is Compound 3 of the formula: or an enantiomer, mixture of enantiomers, tautomer, isotopolog, or pharmaceutically acceptable salt thereof, wherein the method comprises administering to a subject in need thereof a therapeutically effective amount of the compound, wherein the hematological malignancy is marginal zone lymphoma (MZL), Burkitt lymphoma (BL), multiple myeloma (MM), myelodysplastic syndromes (MDS), acute myeloid leukemia (AML), acute lymphocytic leukemia (ALL), T-cell lymphoma (TCL), or Hodgkin's lymphoma (HL).
A connection apparatus for attachments of members of a medical device, comprising: a first member having a first body and a first connecting section , the first connecting section having a first end face and an inner surface ; a second member having a second body , a second connecting section and a shoulder at the junction between the second body and the second connecting section , the second connecting section having a second end face and an outer surface shaped for telescoping into the first connecting section , the outer surface having a groove extending from the second end face towards the shoulder ; wherein the first member has a nub on the inner surface extending radially inward for engaging the groove ; and characterised in that the first member has an end overmold portion at least partially covering the first end face and positioned to bear against the shoulder , whereby the end overmold portion is compressed between the first body and the second body . a second member having a second body , a second connecting section and a shoulder at the junction between the second body and the second connecting section , the second connecting section having a second end face and an outer surface shaped for telescoping into the first connecting section , the outer surface having a groove extending from the second end face towards the shoulder ; wherein the first member has a nub on the inner surface extending radially inward for engaging the groove ; and characterised in that the first member has an end overmold portion at least partially covering the first end face and positioned to bear against the shoulder , whereby the end overmold portion is compressed between the first body and the second body .