mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing integrated service capability exposure function, SCEF, service capability server, SCS, and application server, AS, functions, the system comprising: a computing platform (100; 350) including at least one processor (107; 352); a cellular device connectivity, CDC, service module implemented by the at least one processor for providing SCEF services and for determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application; and an Internet of things, loT, service module implemented by the at least one processor for providing SCS and AS services for a first non-IP message and a second non-IP message identified by the CDC service module as requiring loT service handling, wherein the CDC service module is configured to receive the first non-IP message, identify the first non-IP message as requiring data pass through service, and, in response, forward the first non-IP message to an SCS separate from the computing platform and wherein the CDC service module is further configured to receive the second non-IP message, identify the second non-IP message as requiring loT service handling, and, in response, forward the second non-IP message to the loT service module, which forwards the message to an application server separate from the computing platform. a computing platform (100; 350) including at least one processor (107; 352); a cellular device connectivity, CDC, service module implemented by the at least one processor for providing SCEF services and for determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application; and an Internet of things, loT, service module implemented by the at least one processor for providing SCS and AS services for a first non-IP message and a second non-IP message identified by the CDC service module as requiring loT service handling, wherein the CDC service module is configured to receive the first non-IP message, identify the first non-IP message as requiring data pass through service, and, in response, forward the first non-IP message to an SCS separate from the computing platform and wherein the CDC service module is further configured to receive the second non-IP message, identify the second non-IP message as requiring loT service handling, and, in response, forward the second non-IP message to the loT service module, which forwards the message to an application server separate from the computing platform.
A composition comprising a glucose uptake inhibitor and a calcium pump inhibitor for use in the inhibition or treatment of cancer stem cell growth.
Power interchange system for interchanging electric energy between a battery and an electric grid , the interchange system comprising: a power converter unit for converting alternating current of the electric grid into direct current for charging the battery ; a grid measurement device for measuring an electric parameter of the electric grid; a controller unit for adjusting the direct current for charging the battery as a function of the electric parameter of the electric grid; and a grid response controller adapted to maintain the local voltage and further adapted to, during dips in the electric grid voltage, calculate active and/or reactive current or power set points and send the set points to the controller unit in order to maintain operation of the power converter unit in an inverter mode as a generating unit during the electric grid voltage dips, wherein the grid response controller is adapted to calculate the set points as a function of a predefined look up table for the relation between the electric grid voltage and the active and/or reactive current or power flow between the power converter unit and the electric grid when the electric grid voltage dips below a predetermined threshold level, and wherein the controller unit is adapted to process inputs from a battery charging/discharging controller , the grid response controller , and a data communication link in an order of priority in order to provide electric grid disturbance response as requested by the grid response controller , to provide protection of the battery as requested by the battery charging/discharging controller , and to control the battery charging/discharging. a power converter unit for converting alternating current of the electric grid into direct current for charging the battery ; a grid measurement device for measuring an electric parameter of the electric grid; a controller unit for adjusting the direct current for charging the battery as a function of the electric parameter of the electric grid; and a grid response controller adapted to maintain the local voltage and further adapted to, during dips in the electric grid voltage, calculate active and/or reactive current or power set points and send the set points to the controller unit in order to maintain operation of the power converter unit in an inverter mode as a generating unit during the electric grid voltage dips, wherein the grid response controller is adapted to calculate the set points as a function of a predefined look up table for the relation between the electric grid voltage and the active and/or reactive current or power flow between the power converter unit and the electric grid when the electric grid voltage dips below a predetermined threshold level, and wherein the controller unit is adapted to process inputs from a battery charging/discharging controller , the grid response controller , and a data communication link in an order of priority in order to provide electric grid disturbance response as requested by the grid response controller , to provide protection of the battery as requested by the battery charging/discharging controller , and to control the battery charging/discharging.
Bottom insert for shaft structures, wherein the shaft structure has a shaft of certain shape, in particular round shape, and depth, and a bottom region, wherein inlet openings are provided in the shaft, wherein at least one pump is provided in the bottom region, wherein the bottom region is configured as a pump sump, in particular by means of oblique wall parts, wherein the bottom insert is configured as a wall-forming, lining component on which fastening devices for machine parts are provided, wherein the bottom insert consists of a permanent, virtually hemispherical formwork having a planar, round bottom part and forms the pump sump, wherein a vertical fastening wall is configured in the pump sump, wherein the bottom part and the vertical fastening wall constitutes a stable, stiffened angle which forms the fastening device, characterized in that the bottom part stands on a base plate which, together with an angle profile , forms an additional angle which is adapted to the inner contour of the shaft, wherein strike-in dowels and sealing means are provided on the base plate for the water-tight fastening of the angle to the concrete of the shaft, wherein machine parts within the shaft can be fastened to the angle profile .
A medical device comprising: a first implantable electrode ; a second implantable electrode ; a current source configured to source electrical stimulation via the first implantable electrode; a current sink configured to sink the electrical stimulation via the second implantable electrode; characterised by a capacitor configured to receive, via at least one of the current source or current sink, current generated by a first voltage across the first implantable electrode and the second implantable electrode, the first voltage from an external source, and store a second voltage with the received current; and by an overvoltage protection element configured to shunt current from at least one of the first implantable electrode and second implantable electrode if the second voltage stored by the capacitor exceeds a threshold voltage of the overvoltage protection element. a first implantable electrode ; a second implantable electrode ; a current source configured to source electrical stimulation via the first implantable electrode; a current sink configured to sink the electrical stimulation via the second implantable electrode; characterised by a capacitor configured to receive, via at least one of the current source or current sink, current generated by a first voltage across the first implantable electrode and the second implantable electrode, the first voltage from an external source, and store a second voltage with the received current; and by an overvoltage protection element configured to shunt current from at least one of the first implantable electrode and second implantable electrode if the second voltage stored by the capacitor exceeds a threshold voltage of the overvoltage protection element.
Electromechanical lock comprising a lock housing , a lock mechanism comprising at least one lock bolt which is movable between a retracted opening position and a locking position in which the lock bolt protrudes out from the lock housing and an electrical actuator which actuator is received in the lock housing and comprises; - an electrical motor having an output shaft which is bi-directionally rotatable about a rotational axis, - an external helical thread comprising a crest , a root and flanks connecting the crest and the root , which thread is connected to the output shaft , - a linearly displaceable sled comprising an engagement portion which is arranged to engage the external thread for, in a first operation mode, driving the sled longitudinally along the rotational axis upon rotation of the output shaft , wherein - the engagement portion is arranged to, in a second operation mode, slide over the crest of the external thread for allowing longitudinal displacement of the sled irrespective of whether the external thread is rotating or not, and wherein the electromechanical lock further comprises a manually rotatable follower which is received in the lock housing , characterized in that the actuator , in the first operation mode, is arranged to rotate the follower by transmitting the linear displacement of the sled into a rotational movement of the follower and in that the follower , in the second operation mode, is arranged to linearly displace the sled relative to the external thread by forcing the engagement portion to slide over the crest of the external thread . - an electrical motor having an output shaft which is bi-directionally rotatable about a rotational axis, - an external helical thread comprising a crest , a root and flanks connecting the crest and the root , which thread is connected to the output shaft , - a linearly displaceable sled comprising an engagement portion which is arranged to engage the external thread for, in a first operation mode, driving the sled longitudinally along the rotational axis upon rotation of the output shaft , wherein - the engagement portion is arranged to, in a second operation mode, slide over the crest of the external thread for allowing longitudinal displacement of the sled irrespective of whether the external thread is rotating or not, and wherein
A communication method, comprising: when (S2310) determining that a plurality of logical channel groups, LCGs, comprise to-be-reported uplink buffer data, determining, by a terminal device , whether a current uplink resource is sufficient to report uplink amounts of data in a buffer of the plurality of LCGs; when (S2320) the current uplink resource is insufficient to report amount of data in a buffer information of the plurality of LCGs, if the current uplink resource can accommodate only one byte, determining, by the terminal device , a third buffer status report, BSR, format as a second target BSR format; otherwise, determining, by the terminal device , a fourth BSR format as a second target BSR format; and sending (S2330), by the terminal device , a truncated BSR to an access network device by using the second target BSR format, wherein the truncated BSR comprises uplink amounts of data in a buffer of some of the plurality of LCGs, wherein both the third BSR format and the fourth BSR format are truncated BSR formats, the truncated BSR format is a format used by the terminal device to send the truncated BSR, and the truncated BSR is used to report the uplink amounts of data in the buffer of the some of the plurality of LCGs. when (S2310) determining that a plurality of logical channel groups, LCGs, comprise to-be-reported uplink buffer data, determining, by a terminal device , whether a current uplink resource is sufficient to report uplink amounts of data in a buffer of the plurality of LCGs; when (S2320) the current uplink resource is insufficient to report amount of data in a buffer information of the plurality of LCGs, if the current uplink resource can accommodate only one byte, determining, by the terminal device , a third buffer status report, BSR, format as a second target BSR format; otherwise, determining, by the terminal device , a fourth BSR format as a second target BSR format; and sending (S2330), by the terminal device , a truncated BSR to an access network device by using the second target BSR format, wherein the truncated BSR comprises uplink amounts of data in a buffer of some of the plurality of LCGs, wherein both the third BSR format and the fourth BSR format are truncated BSR formats, the truncated BSR format is a format used by the terminal device to send the truncated BSR, and the truncated BSR is used to report the uplink amounts of data in the buffer of the some of the plurality of LCGs.
A spark plug , comprising: a center electrode extending in an axial direction of the spark plug ; a ground electrode formed of a metal material containing 95 mass% or more of nickel; and a substantially cylindrical metal shell having a front end face to which one end of the ground electrode is welded, characterized in that an embedment amount BD, an original width EW1 and a deformation width EW2 satisfy the conditions: 0.15 mm ≤ BD ≤ 0.40 mm ; and EW 2 − EW 1 / EW 1 ≥ 0.1 where the embedment amount BD is a depth from the front end face of the metal shell to a portion of the ground electrode embedded most deeply in the metal shell by the welding of the ground electrode and the metal shell ; the original width EW1 is a width of a portion of the ground electrode located closest to a portion of the ground electrode deformed by the welding; and the deformation width EW2 is a width of the portion of the ground electrode deformed by the welding at the front end face of the metal shell . a center electrode extending in an axial direction of the spark plug ; a ground electrode formed of a metal material containing 95 mass% or more of nickel; and a substantially cylindrical metal shell having a front end face to which one end of the ground electrode is welded, characterized in that an embedment amount BD, an original width EW1 and a deformation width EW2 satisfy the conditions: 0.15 mm ≤ BD ≤ 0.40 mm ; and EW 2 − EW 1 / EW 1 ≥ 0.1 where the embedment amount BD is a depth from the front end face of the metal shell to a portion of the ground electrode embedded most deeply in the metal shell by the welding of the ground electrode and the metal shell ; the original width EW1 is a width of a portion of the ground electrode located closest to a portion of the ground electrode deformed by the welding; and the deformation width EW2 is a width of the portion of the ground electrode deformed by the welding at the front end face of the metal shell .
Method for regenerating a particulate filter of a pollution-control device for a hybrid vehicle and able to operate in an electric, thermal or combined mode of operation, the method comprising the following successive steps: determining a threshold value (Q S ) for the acceptable quantity of fine particles in the particulate filter ; determining a threshold value (T S ) for the temperature of the pollution-control device that is necessary for the regeneration of the particulate filter by burning off the fine particles; calculating the quantity (Q) of fine particles in the particulate filter; measuring the temperature (T) of the pollution-control device when the calculated quantity (Q) of fine particles in the particulate filter is greater than or equal to the predetermined acceptablequantity threshold value (Q S ); determining the mode of operation of the vehicle when the measured temperature of the particulate filter is less than the predetermined threshold value (T S ) for the temperature of the pollution-control device ; the method being characterized in that it further comprises engaging electrical heating means for electrically heating the pollution-control device when the determined mode of operation of the vehicle is purely electrical, until the temperature of the pollution-control device becomes greater than or equal to the predetermined temperature threshold value (T S ) so as to allow regeneration of the particulate filter, the heating means being switched off when the regeneration of the particulate filter is finished. determining a threshold value (Q S ) for the acceptable quantity of fine particles in the particulate filter ; determining a threshold value (T S ) for the temperature of the pollution-control device that is necessary for the regeneration of the particulate filter by burning off the fine particles; calculating the quantity (Q) of fine particles in the particulate filter; measuring the temperature (T) of the pollution-control device when the calculated quantity (Q) of fine particles in the particulate filter is greater than or equal to the predetermined acceptablequantity threshold value (Q S ); determining the mode of operation of the vehicle when the measured temperature of the particulate filter is less than the predetermined threshold value (T S ) for the temperature of the pollution-control device ; the method being characterized in that it further comprises engaging electrical heating means for electrically heating the pollution-control device when the determined mode of operation of the vehicle is purely electrical, until the temperature of the pollution-control device becomes greater than or equal to the predetermined temperature threshold value (T S ) so as to allow regeneration of the particulate filter, the heating means being switched off when the regeneration of the particulate filter is finished.
A web comprising a reinforcing fiber containing an inorganic fiber and an organic fiber, a thermoplastic resin, and a thermal expandable particle, wherein a proportion of the reinforcing fiber is 20 mass% or more and 55 mass% or less based on a total amount of the reinforcing fiber and the thermoplastic resin; a proportion of the organic fiber is 25 mass% or more and 77 mass% or less based on a total amount of the organic fiber and the inorganic fiber; the reinforcing fiber has an average length of 8 mm or more; the organic fiber has a breaking elongation of 15 % or more; the inorganic fiber is one or more selected from the group consisting of glass fiber, carbon fiber, boron fiber, and mineral fiber; the organic fiber is one or more selected from the group consisting of aramid fiber, polyester fiber, polyamide fiber, and fluororesin fiber; and the thermoplastic resin is one or more selected from the group consisting of polyolefin-based resin, polystyrene, polyvinyl chloride, polyethylene terephthalate, polycarbonate, polyamide, polyacetal, ethylene-vinyl chloride copolymer, ethylene-vinyl acetate copolymer, styrene-butadiene-acrylonitrile copolymer, and thermoplastic elastomer. a proportion of the reinforcing fiber is 20 mass% or more and 55 mass% or less based on a total amount of the reinforcing fiber and the thermoplastic resin; a proportion of the organic fiber is 25 mass% or more and 77 mass% or less based on a total amount of the organic fiber and the inorganic fiber; the reinforcing fiber has an average length of 8 mm or more; the organic fiber has a breaking elongation of 15 % or more; the inorganic fiber is one or more selected from the group consisting of glass fiber, carbon fiber, boron fiber, and mineral fiber; the organic fiber is one or more selected from the group consisting of aramid fiber, polyester fiber, polyamide fiber, and fluororesin fiber; and the thermoplastic resin is one or more selected from the group consisting of polyolefin-based resin, polystyrene, polyvinyl chloride, polyethylene terephthalate, polycarbonate, polyamide, polyacetal, ethylene-vinyl chloride copolymer, ethylene-vinyl acetate copolymer, styrene-butadiene-acrylonitrile copolymer, and thermoplastic elastomer.
A laser detection and ranging 'LADAR' system , comprising: a two-dimensional array of detector elements, each detector element within the array including: a photosensitive region configured to receive return light reflected from a target and light from a local oscillator ; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a data bus coupled to one or more outputs of each of the detector elements and configured to receive the sample components from each of the detector elements for each sample period clock cycle; and a processor coupled to the data bus and configured to receive, from the data bus , the sample components from each of the detector elements for each sample period clock cycle and to determine an amplitude and a phase for an interfering frequency corresponding to interference between the return light and the local oscillator light using the sample components . a two-dimensional array of detector elements, each detector element within the array including: a photosensitive region configured to receive return light reflected from a target and light from a local oscillator ; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a photosensitive region configured to receive return light reflected from a target and light from a local oscillator ; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a data bus coupled to one or more outputs of each of the detector elements and configured to receive the sample components from each of the detector elements for each sample period clock cycle; and a processor coupled to the data bus and configured to receive, from the data bus , the sample components from each of the detector elements for each sample period clock cycle and to determine an amplitude and a phase for an interfering frequency corresponding to interference between the return light and the local oscillator light using the sample components .
A container made of glass or stoneware for a beverage having surface irregularities in a chosen region, the irregularities forming nucleation sites inside the container, the nucleation sites promoting the formation of bubbles in contact with a carbonated beverage, the container comprising an enamel layer coating the chosen region, characterised in that a plurality of enamel grains are arranged at the surface of said enamel layer and are attached to said enamel layer , and a hydrophobic compound is arranged on a part of the surface of said enamel grains .