mhurhangee/patent-ind-claim-en huggingface dataset:
Communication method for at least one mobile terminal (MT) of a user, which is suitable for setting up data connections or call connections via at least one mobile communication network (PLMN) to a data terminal (DT) or to a voice terminal (ST) and which is suitable for the wireless communication with a host server (HS) of a host, characterized in a) that between the host server (HS) and the mobile terminal (MT) a wireless communication link is established, via which identification data (ID) are transferred from the mobile terminal (MT) to the host server (HS); b) that the host server (HS) creates a voucher (VR), in which at least the identification data (ID) and a time period (t VR ) and preferably an identifier of the host server (HS) are registered; c) that the voucher (VR) is transmitted to the operator of the mobile communication network (PLMN) or to a service provider (SP), which prepares the statement of charges for the mobile terminal (MT); and d) that the operator of the mobile communication network (PLMN) or the service provider (SP), on the basis of the voucher (VR), debits communication costs for data connections or call connections of the mobile terminal (MT) that were registered during the time period (t VR ) indicated in the voucher (VR), at least in part to an account assigned to the identifier of the host server (HS). a) that between the host server (HS) and the mobile terminal (MT) a wireless communication link is established, via which identification data (ID) are transferred from the mobile terminal (MT) to the host server (HS); b) that the host server (HS) creates a voucher (VR), in which at least the identification data (ID) and a time period (t VR ) and preferably an identifier of the host server (HS) are registered; c) that the voucher (VR) is transmitted to the operator of the mobile communication network (PLMN) or to a service provider (SP), which prepares the statement of charges for the mobile terminal (MT); and d) that the operator of the mobile communication network (PLMN) or the service provider (SP), on the basis of the voucher (VR), debits communication costs for data connections or call connections of the mobile terminal (MT) that were registered during the time period (t VR ) indicated in the voucher (VR), at least in part to an account assigned to the identifier of the host server (HS).
A winding device with a drum including upward teeth located on an upper side of the drum , wherein the drum is configured to wind a lace, with a base (3; 3a) including a drum accommodation portion (33; 33a) that accommodates the drum , wherein the accommodation portion (33; 33a) is cylindrical and has a closed end and wherein the drum accommodation portion (33; 33a) includes a cylindrical annular wall to rotationally accommodate the drum , with a dial (5; 5a) including downward teeth located on a lower side of the dial and engaging with the upward teeth of the drum to rotate the drum , wherein the dial (5; 5a) is movable along a rotation axis direction of the dial (5; 5a) to a locked state in which the downward teeth of the dial (5; 5a) are engaged with the upward teeth of the drum to transmit rotation of the dial (5; 5a) to the drum and a unlocked state in which the downward teeth are disengaged from the upward teeth of the drum to freely rotate the drum , characterized by an annular gear (53; 53a) formed on a circumferential portion of the dial (5; 5a), wherein the annular gear (53; 53a) includes projections and troughs extending in the rotation axis direction of the dial (5; 5a), and a pawl protruding from the drum accommodation portion (33; 33a), wherein the pawl engages with the annular gear (53; 53a), wherein the pawl protrudes outward from a spring portion arranged concyclically with the cylindrical annular wall that configures the drum accommodation portion (33; 33a), wherein the pawl is integrated with the cylindrical annular wall that configures the drum accommodation portion (33; 33a), wherein the pawl protrudes outward from a spring portion formed by cutting out the cylindrical annular wall that configures the drum accommodation portion (33; 33a), and elastic deformation of the spring portion toward an inside of the drum accommodation portion (33; 33a) causes the pawl to slide up and over the projection of the annular gear (53; 53a), which is formed to be cylindrical on the circumferential portion of the dial (5; 5a), allowing the dial (5; 5a) to rotate, and wherein the annular gear (53; 53a) and the pawl control rotation of the dial (5; 5a).
An article comprising a pressure sensitive adhesive or a cure-in-place adhesive having an acid number of less than 5 and selected from the group consisting of polyurea, polyamide, polyurethane, polyester, addition cure silicone and combinations thereof in contact with a corrosion sensitive layer selected from the group of metal and metal alloys, wherein when the article is conditioned for 21 days at 60°C and 90% relative humidity, the corrosion sensitive layer exhibits a change from its initial electrical resistance value of 20% or less; and wherein the acid number is defined as the amount of potassium hydroxide that is needed to neutralize the acids in one gram of polymer generally following ASTM D974; wherein the adhesive is optically clear; wherein a cure-in-place adhesive is a liquid system that can be delivered to a desired location where the adhesive components either spontaneously react with each other or do so when exposed to an energy source; wherein optically clear means that the adhesive exhibits 5% or less haze when measured on a 25 μm thick sample as described in the description.
A system for monitoring an excimer bulb, the system comprising: a thermoelectric energy harvester configured to be located adjacent to the excimer bulb at a constant, known distance , and to convert thermal energy from the excimer bulb into electrical energy having a current voltage; and a controller in electrical communication with the thermoelectric energy harvester and configured to calculate a remaining useful life of the excimer bulb based on the current voltage of the electrical energy converted by the thermoelectric energy harvester. a thermoelectric energy harvester configured to be located adjacent to the excimer bulb at a constant, known distance , and to convert thermal energy from the excimer bulb into electrical energy having a current voltage; and a controller in electrical communication with the thermoelectric energy harvester and configured to calculate a remaining useful life of the excimer bulb based on the current voltage of the electrical energy converted by the thermoelectric energy harvester.
A system for controlling a foundation brake of a vehicle having at least one foundation brake device, wherein the system comprises a control unit which limits the usability of the foundation brake to a predetermined total application-time of the foundation brake within a predetermined time interval, characterized in that the control unit further adjusts a braking power of the foundation brake so that a deceleration provided during the application time of the foundation brake enables the vehicle to run without reapplication of the foundation brake for a predetermined foundation brake rest time, wherein the system further comprises an adaptive cruise control device having a distance detection unit for detecting a distance to a vehicle in front and/or a speed limitation unit for setting a maximum speed limit for the vehicle, and wherein the control unit applies the foundation brakes if/when a predetermined minimum distance to a vehicle in front is detected and/or the set maximum speed is exceeded, and wherein the minimum distance and/or the maximum speed preferably are/is determined dependent on environmental conditions, particularly road slope, road conditions and/or weather conditions.
A device for indicating a desired fluid flow rate along a fluid flow path through a respiratory inhaler, the device comprising: an inlet aperture ; an outlet aperture for fluid communication with the fluid flow path through the respiratory inhaler; and a body defining a second fluid flow path extending between the inlet aperture and the outlet aperture , the body comprising: a connector portion for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate, wherein the fluid flow rate indicator comprises a corrugated portion having a plurality of corrugations extending into the second fluid flow path, wherein the corrugated portion comprises a plurality of parallel ridges/peaks spaced by a plurality of troughs/furrows which at least partially encircle the second fluid flow path. an inlet aperture ; an outlet aperture for fluid communication with the fluid flow path through the respiratory inhaler; and a body defining a second fluid flow path extending between the inlet aperture and the outlet aperture , the body comprising: a connector portion for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate, a connector portion for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate,
A method for synthesizing thrust from a turbofan engine , the turbofan engine comprising a compressor section , a combustor , and a turbine section in serial fluid flow communication, the method comprising: operating the turbofan engine ; determining, during the operating of the turbofan engine , a pressure of fluid at an exit of the compressor section and a temperature of fluid at a location upstream of the exit of the compressor section ; determining a synthesized value of thrust from the turbofan engine based on a product of a first factor determined as a first mathematical function of the pressure, a first constant, and an adiabatic index of fluid within the turbofan engine , and a second factor determined as a second mathematical function of the temperature and the first constant; and outputting the synthesized value of thrust from the turbofan engine . operating the turbofan engine ; determining, during the operating of the turbofan engine , a pressure of fluid at an exit of the compressor section and a temperature of fluid at a location upstream of the exit of the compressor section ; determining a synthesized value of thrust from the turbofan engine based on a product of a first factor determined as a first mathematical function of the pressure, a first constant, and an adiabatic index of fluid within the turbofan engine , and a second factor determined as a second mathematical function of the temperature and the first constant; and outputting the synthesized value of thrust from the turbofan engine .
A biological fluid filter assembly comprising: a flexible housing having first and second walls ; a filtration medium at least partially positioned between the first and second walls of the housing; and a seal joining the first and second walls of the housing, the seal passing through the filtration medium to define a perimeter within the biological fluid filter assembly, with no filtration medium present in a central section of the seal along the extent of the perimeter defined by the seal . a flexible housing having first and second walls ; a filtration medium at least partially positioned between the first and second walls of the housing; and a seal joining the first and second walls of the housing, the seal passing through the filtration medium to define a perimeter within the biological fluid filter assembly, with no filtration medium present in a central section of the seal along the extent of the perimeter defined by the seal .
A flange for process field devices, the flange comprising: a first end ; a second end ; a first mounting area for mounting a first field device between the first end and the second end , the first mounting area comprising a first device port and a third device port positioned in the first mounting area to allow fluid communication with the first field device ; a second mounting area for mounting a second field device between the first end and the second end , the second mounting area comprising a second device port and a fourth device port positioned in the second mounting area to allow fluid communication with the second field device ; a first connection port that provides fluid to the flange , the first connection port located on the first end of the flange ; a second connection port that provides fluid to the flange ; a first internal chamber fluidly connecting the first connection port to the first device port and the second device port ; and a second internal chamber fluidly connecting the second connection port to the third device port and the fourth device port , where the second internal chamber is not in fluid communication with the first internal chamber . a first end ; a second end ; a first mounting area for mounting a first field device between the first end and the second end , the first mounting area comprising a first device port and a third device port positioned in the first mounting area to allow fluid communication with the first field device ; a second mounting area for mounting a second field device between the first end and the second end , the second mounting area comprising a second device port and a fourth device port positioned in the second mounting area to allow fluid communication with the second field device ; a first connection port that provides fluid to the flange , the first connection port located on the first end of the flange ; a second connection port that provides fluid to the flange ; a first internal chamber fluidly connecting the first connection port to the first device port and the second device port ; and a second internal chamber fluidly connecting the second connection port to the third device port and the fourth device port , where the second internal chamber is not in fluid communication with the first internal chamber .
An image diagnosis catheter comprising: a rotatable drive shaft ; a sheath into which the drive shaft is inserted; housing provided at a distal end of the drive shaft and accommodating an ultrasound transmitter and receiver and an optical transmitter and receiver ; and a positioning member fixed to the housing and fixing a relative position of the optical transmitter and receiver with respect to the ultrasound transmitter and receiver , wherein the drive shaft includes an optical fiber connected to the optical transmitter and receiver , and being characterized in that the positioning member includes an optical fiber fixing portion that fixes the optical fiber , and the optical fiber fixing portion fixes the optical fiber at a position displaced in a transmission direction (D2) of light transmitted from the optical transmitter and receiver with respect to a rotation axis (Y) of the drive shaft . a rotatable drive shaft ; a sheath into which the drive shaft is inserted; housing provided at a distal end of the drive shaft and accommodating an ultrasound transmitter and receiver and an optical transmitter and receiver ; and a positioning member fixed to the housing and fixing a relative position of the optical transmitter and receiver with respect to the ultrasound transmitter and receiver , wherein the drive shaft includes an optical fiber connected to the optical transmitter and receiver , and being characterized in that the positioning member includes an optical fiber fixing portion that fixes the optical fiber , and the optical fiber fixing portion fixes the optical fiber at a position displaced in a transmission direction (D2) of light transmitted from the optical transmitter and receiver with respect to a rotation axis (Y) of the drive shaft .
A method of manufacture of a calcium sulphate-based product having increased fire resistance, comprising the steps of: o providing a stucco slurry comprising a mixture of stucco, water, and at least one phosphate additive; and o allowing the stucco in the mixture to hydrate and set; wherein the phosphate additive is present in an amount of at least 2 weight % of the dry weight of the slurry, and further wherein the phosphate additive is provided in an aqueous solution. o providing a stucco slurry comprising a mixture of stucco, water, and at least one phosphate additive; and o allowing the stucco in the mixture to hydrate and set;
Sliding element for contacting two printed circuit boards and comprising a base body and at least one contact element , wherein the base body is embodied from an electrically insulating material and receives the at least one contact element , wherein the contact element forms contact sites (3.1) on at least two opposite-lying sides of the base body , said contact sites being located outside the base body , characterized in that the sliding element forms a through-going opening that extends through the base body of the sliding element , wherein the through-going opening is provided so as to receive a threaded rod , and the through-going opening comprises an inner thread at least in regions, and in that the inner thread is used so as to receive the threaded rod on which the sliding element is arranged so as to be displaceable on the threaded rod by rotation of the threaded rod .
A method for producing a suspension of agglomerates of magnetic alkoxysilane-coated metal nanoparticles, wherein an aqueous suspension of magnetic metal nanoparticles is incubated with alkoxysilane, characterized in that said incubation is carried out in the absence of added organic solvent, wherein the alkoxysilane is trialkoxysilane and wherein 0.3 to 0.6 x 10 -3 mol trialkoxlysilane is added per 0.9 mol metal.
Interferon-gamma for use in a method for treating a decrease in visual acuity associated with a disease or disorder that causes the accumulation of fluid in the subretinal space of a patient comprising administering an amount of interferon-gamma to the eye of the patient effective to decrease the amount of fluid present in the subretinal space of the patient; wherein the disease or disorder is age-related macular degeneration, chronic macular edema, diabetic retinopathy, retinal detachment, glaucoma, or uveitis; wherein interferon-gamma is administered to the anterior surface of the eye.
A computer readable medium storing a program that detects hardware and software errors in an embedded system of a vehicle, comprising: computer program code that detects or measures an operating state of the vehicle; computer program code that activates or controls another mechanism within the vehicle; computer program code that causes a plurality of computation engines that are non-compliant with a safety standard to operate in group synchrony within the vehicle; computer program code that causes a plurality of active monitors that monitor the plurality of computation engines to operate in group synchrony within the vehicle, wherein the active monitors execute a less complex algorithm than the computation engines ; computer program code that causes a middleware to compare a composite output generated by the plurality of computation engines to composite limits or ranges identified by the plurality of active monitors , actuate selected computation engines of the plurality of computation engines and synchronize the communication between and from the plurality of computation engines and the plurality of active monitors, respectively; computer program code that arbitrates between the output generated by the plurality of computation engines and output generated by the plurality of active monitors; and where the active monitors are compliant with a safety standard such that the plurality of computation engines that are non-compliant with the safety standard become compliant by a monitoring executed by the plurality of active monitors. computer program code that detects or measures an operating state of the vehicle; computer program code that activates or controls another mechanism within the vehicle; computer program code that causes a plurality of computation engines that are non-compliant with a safety standard to operate in group synchrony within the vehicle; computer program code that causes a plurality of active monitors that monitor the plurality of computation engines to operate in group synchrony within the vehicle, wherein the active monitors execute a less complex algorithm than the computation engines ; computer program code that causes a middleware to compare a composite output generated by the plurality of computation engines to composite limits or ranges identified by the plurality of active monitors , actuate selected computation engines of the plurality of computation engines and synchronize the communication between and from the plurality of computation engines and the plurality of active monitors, respectively; computer program code that arbitrates between the output generated by the plurality of computation engines and output generated by the plurality of active monitors; and
A male part of a tool, comprising: a radially and axially supporting and positioning portion disposed at a first location along an axis of the male part of the tool for radially and axially supporting and positioning the male part of the tool at a front end of a holder , and an externally threaded portion disposed at a second location along the axis of the male part of the tool for engaging an internally threaded portion of the holder , wherein a largest diameter of the externally threaded portion is smaller than a smallest diameter of the radially and axially supporting and positioning portion , a transition portion being disposed along the axis of the male part of the tool between a radially largest portion of the radially and axially supporting and positioning portion and the externally threaded portion , characterized in that the male part is formed of a cemented carbide, in that the male part includes a supplemental radially supporting portion disposed along the axis of the male part at an opposite end of the threaded portion than the transition portion , and in that the radially supporting portion includes an axially extending surface .