mhurhangee/ep-ind-claims huggingface dataset:
A tariff data determining method, characterized by comprising: obtaining a call detail record set, wherein each call detail record in the call detail record set comprises a charging condition, a charging unit and a fee deduction that are under the charging condition; grouping a plurality of call detail records in the call detail record set according to a preset rule, to obtain a call detail record group, wherein a same value corresponding to a charging unit in the call detail record group has a correspondence with a unique fee value corresponding to a fee deduction; analyzing the fee value corresponding to the fee deduction in the call detail record group, to obtain a data feature; selecting, from a preset tariff model based on the data feature, a target tariff model corresponding to the data feature, wherein a tariff model is used to calculate the fee deduction based on the charging unit; determining, based on the value corresponding to the charging unit and the fee value corresponding to the fee deduction in the call detail record group, a parameter value corresponding to each tariff parameter in the target tariff model; and determining tariff data corresponding to the call detail record group based on the parameter value, the target tariff model, and the charging condition. obtaining a call detail record set, wherein each call detail record in the call detail record set comprises a charging condition, a charging unit and a fee deduction that are under the charging condition; grouping a plurality of call detail records in the call detail record set according to a preset rule, to obtain a call detail record group, wherein a same value corresponding to a charging unit in the call detail record group has a correspondence with a unique fee value corresponding to a fee deduction; analyzing the fee value corresponding to the fee deduction in the call detail record group, to obtain a data feature; selecting, from a preset tariff model based on the data feature, a target tariff model corresponding to the data feature, wherein a tariff model is used to calculate the fee deduction based on the charging unit; determining, based on the value corresponding to the charging unit and the fee value corresponding to the fee deduction in the call detail record group, a parameter value corresponding to each tariff parameter in the target tariff model; and determining tariff data corresponding to the call detail record group based on the parameter value, the target tariff model, and the charging condition.
A retarding potential type energy analyzer for measuring an energy of a charged particle emitted from a charged-particle source, using a charged-particle detector, the analyzer comprising: a) three grid electrodes sequentially arranged as a front grid electrode (21; 54), a reference grid electrode (22; 52) and a rear grid electrode (23; 53) in a mentioned order between the charged-particle source and the charged-particle detector, in such a manner that a distance between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is shorter than a distance between the reference grid electrode (22; 52) and the front grid electrode (21; 54); and b) a voltage applier for applying voltage to at least one of the three grid electrodes so as to give an upward potential difference with a predetermined magnitude between the reference grid electrode (22; 52) and the front grid electrode (21; 54) as well as a downward potential difference with a magnitude equal to or greater than the upward potential difference between the reference grid electrode (22; 52) and the rear grid electrode (23; 53), wherein an electric field between the front grid electrode (21; 54) and the reference grid electrode (22; 52) is formed by a potential of the front grid electrode (21; 54) and a potential of the reference grid electrode (22; 52) only, and an electric field between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is formed by the potential of the reference grid electrode (22; 52) and a potential of the rear grid electrode (23; 53) only. a) three grid electrodes sequentially arranged as a front grid electrode (21; 54), a reference grid electrode (22; 52) and a rear grid electrode (23; 53) in a mentioned order between the charged-particle source and the charged-particle detector, in such a manner that a distance between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is shorter than a distance between the reference grid electrode (22; 52) and the front grid electrode (21; 54); and b) a voltage applier for applying voltage to at least one of the three grid electrodes so as to give an upward potential difference with a predetermined magnitude between the reference grid electrode (22; 52) and the front grid electrode (21; 54) as well as a downward potential difference with a magnitude equal to or greater than the upward potential difference between the reference grid electrode (22; 52) and the rear grid electrode (23; 53), wherein an electric field between the front grid electrode (21; 54) and the reference grid electrode (22; 52) is formed by a potential of the front grid electrode (21; 54) and a potential of the reference grid electrode (22; 52) only, and an electric field between the reference grid electrode (22; 52) and the rear grid electrode (23; 53) is formed by the potential of the reference grid electrode (22; 52) and a potential of the rear grid electrode (23; 53) only.
A film-wrapped display comprising: a touch panel configured to receive a touch operation by a user as an input; a bezel arranged along an outer periphery of the touch panel; and a film adhered to cover a touch surface of the touch panel configured to be touched by the user, wherein the touch panel and the bezel are arranged such that a gap between the outer periphery of the touch panel and an inner periphery of the bezel exists; and the film is adhered to an inner wall surface of the gap in addition to the surface of the touch panel and to an upper surface of the bezel, wherein the bezel has a ventilation port which communicates the gap with a space inside the film-wrapped display on an opposite site of the outer space with respect to the touch panel. a touch panel configured to receive a touch operation by a user as an input; a bezel arranged along an outer periphery of the touch panel; and a film adhered to cover a touch surface of the touch panel configured to be touched by the user, wherein the touch panel and the bezel are arranged such that a gap between the outer periphery of the touch panel and an inner periphery of the bezel exists; and the film is adhered to an inner wall surface of the gap in addition to the surface of the touch panel and to an upper surface of the bezel, wherein the bezel has a ventilation port which communicates the gap with a space inside the film-wrapped display on an opposite site of the outer space with respect to the touch panel.
A system for evaluating blood flow in a vessel of a patient, the system comprising: a catheter containing a first pressure sensor and a second pressure sensor and configured to simultaneously measure pressure data within a vessel on a first side of a stenosis and a second side of the stenosis; wherein the pressure data includes a first series of pressure measurements from the first pressure sensor positioned on the first side of the stenosis and a second series of pressure measurements from the second pressure sensor positioned on the second side of the stenosis, the system being characterised in that it comprises an FFR calculation module executable on one or more processors and configured to: calculate a stability index for each of two or more portions of the pressure data, wherein each stability index indicates at least one of heart rate stability and catheter stability for the respective portion of the pressure data; identify an optimal time window for calculating fractional flow reserve based on the pressure data, wherein the optimal time window is determined based on the stability indexes; and calculate an FFR value based on the pressure data in the optimal time window. a catheter containing a first pressure sensor and a second pressure sensor and configured to simultaneously measure pressure data within a vessel on a first side of a stenosis and a second side of the stenosis; wherein the pressure data includes a first series of pressure measurements from the first pressure sensor positioned on the first side of the stenosis and a second series of pressure measurements from the second pressure sensor positioned on the second side of the stenosis, the system being characterised in that it comprises an FFR calculation module executable on one or more processors and configured to: calculate a stability index for each of two or more portions of the pressure data, wherein each stability index indicates at least one of heart rate stability and catheter stability for the respective portion of the pressure data; identify an optimal time window for calculating fractional flow reserve based on the pressure data, wherein the optimal time window is determined based on the stability indexes; and calculate an FFR value based on the pressure data in the optimal time window. calculate a stability index for each of two or more portions of the pressure data, wherein each stability index indicates at least one of heart rate stability and catheter stability for the respective portion of the pressure data; identify an optimal time window for calculating fractional flow reserve based on the pressure data, wherein the optimal time window is determined based on the stability indexes; and calculate an FFR value based on the pressure data in the optimal time window.
A mobile end device having transponder unit for transferring data to a reading device to which data can be transferred from transponders through modulation of a field of the reading device, characterized in that the transponder unit comprises means for generating and sending a signal which is evaluable for the reading device as a modulation by a transponder in order to transfer the data to the reading device in a first operating mode.
A method of monitoring for security threats in computer network traffic, the method comprising operating computer processing means to carry out the steps of: monitoring traffic between a network to be protected and a second network, through a first gateway (30, 40); in response to determining traffic between the network to be protected and a new host in the second network through the first gateway, accessing the new host through a second gateway; and comparing traffic between the network to be protected and the new host through the first gateway (30, 40), with traffic between the computer processing means and the new host through the second gateway, to detect an anomaly therebetween; wherein accessing the new host through the second gateway comprises using the same ports and/or protocols as used by traffic through the first gateway. monitoring traffic between a network to be protected and a second network, through a first gateway (30, 40); in response to determining traffic between the network to be protected and a new host in the second network through the first gateway, accessing the new host through a second gateway; and comparing traffic between the network to be protected and the new host through the first gateway (30, 40), with traffic between the computer processing means and the new host through the second gateway, to detect an anomaly therebetween; wherein accessing the new host through the second gateway comprises using the same ports and/or protocols as used by traffic through the first gateway.
Lithium-containing, transparent glass ceramic smooth on all sides and having a composition range in wt.-% as follows: 50 - 75.0 SiO 2, 15 - 28.0 Al 2 O 3, 0 - 2.0 B 2 O 3, 0 - 1.0 F, 2.0 - 6.0 Li 2 O, 0 - 6.5 CaO + SrO + BaO, 0 - 7.0 TiO 2, 0 - 5.0 ZrO 2, 0 - 4.0 ZnO, 0 - 3.0 Sb 2 O 3, 0 - 3.0 MgO, 0 - 3.0 SnO 2, 2.0 - 7.0 TiO 2 + ZrO 2 + SnO 2 0 - 8.0 P 2 O 5, 0 - 1.5 As 2 O 3, 0 - 1.0 Nd 2 O 3 0 - 4.0 Na 2 O + K 2 O, wherein the respective proportions lie within the ranges given below, 0 - 4.0 Na 2 O, 0 - 4.0 K 2 O, as well as conventional refining agents such as Sb 2 O 3, As 2 O 3, SnO 2, Ce 2 O 3, fluorine, bromine and sulfate, with a water content of 0.01-0.08 wt.-%, with low thermal expansion, an amorphous, lithium-depleted, predominantly glassy surface zone which is 50 nm to 3,000 nm thick on all sides and encloses a crystalline inner region with which it is connected through a transition region, and with a transmission based on a wall thickness of 4 mm in the visible wavelength range greater than 0.75 at 400 nm, greater than 0.845 at 450 nm, greater than 0.893 at 550 nm, greater than 0.90 at 600 nm, and greater than 0.90 at 700 nm wavelength.
A container, particularly beverage container, having a device for configuring and displaying a display value, comprising at least one container wall with an inner side and an outer side, a container bottom and, particularly opposite thereto, a container opening, a metal element or magnetic element and a marking element, wherein the metal element or magnetic element comprises magnetic material and/or metallic material and preferably extends along the at least one container wall of the container, wherein the marking element is supported in and/or under a housing (3, 19) and is displaceable by an adjusting magnet, preferably contactlessly by means of magnetic force, characterized in that the metal element or magnetic element is a metal strip or magnetic strip which has a sliding surface on which the marking element is displaceably supported in the housing (3, 19).
A treatment device (10A-10R) for occluding a body lumen, comprising: an elongated body insertable into the body lumen; a flat portion forming section, supported by the elongated body, the flat portion forming section being expandable widthwise on a more distal side than the elongated body, and adapted to form a flat portion onto the body lumen with a distal portion of the flat portion forming section attendant on an expansion of the flat portion forming section within the body lumen; and a giving section adapted to emit toward the flat portion formed by the flat portion forming section, electrical energy, light energy or a sclerosing agent in order to occlude the flat portion, wherein the elongated body is a hollow shaft into which the flat portion forming section is insertable so as to be displaceable in a longitudinal direction, characterized in that the flat portion forming section has a pair of arms which can be protruded and retracted with reference to a distal end opening of the shaft and can be expanded widthwise, wherein a spacing between external ends of the pair of arms is maximum at distal end portions of the pair of arms in their expanded state, and the giving section is connected at both ends thereof to the respective distal end portions of the pair of arms. an elongated body insertable into the body lumen; a flat portion forming section, supported by the elongated body, the flat portion forming section being expandable widthwise on a more distal side than the elongated body, and adapted to form a flat portion onto the body lumen with a distal portion of the flat portion forming section attendant on an expansion of the flat portion forming section within the body lumen; and a giving section adapted to emit toward the flat portion formed by the flat portion forming section, electrical energy, light energy or a sclerosing agent in order to occlude the flat portion, wherein the elongated body is a hollow shaft into which the flat portion forming section is insertable so as to be displaceable in a longitudinal direction, characterized in that the flat portion forming section has a pair of arms which can be protruded and retracted with reference to a distal end opening of the shaft and can be expanded widthwise, wherein a spacing between external ends of the pair of arms is maximum at distal end portions of the pair of arms in their expanded state, and the giving section is connected at both ends thereof to the respective distal end portions of the pair of arms.
A dishwasher comprising: a washing tub defining a space in which dishes are washed by wash water; a sump for collecting wash water from the washing tub; a filter unit disposed at the sump for filtering foreign matter from wash water flowing from the washing tub to the sump; and a cap for preventing wash water from flowing backward from the filter unit to the washing tub, wherein the cap is disposed in the filter unit such that the cap is moveable upward and downward by a stream of water, characterised in that the cap comprises: a roof disposed facing in a flow direction of wash water; a tubular receiving unit extending downward from the roof; and a rim protruding from the roof more outward in a radial direction than the receiving unit, wherein the filter unit further comprises a hook for supporting the rim at a lowered position of the cap. a washing tub defining a space in which dishes are washed by wash water; a sump for collecting wash water from the washing tub; a filter unit disposed at the sump for filtering foreign matter from wash water flowing from the washing tub to the sump; and a cap for preventing wash water from flowing backward from the filter unit to the washing tub, wherein the cap is disposed in the filter unit such that the cap is moveable upward and downward by a stream of water, characterised in that the cap comprises: a roof disposed facing in a flow direction of wash water; a tubular receiving unit extending downward from the roof; and a rim protruding from the roof more outward in a radial direction than the receiving unit, a roof disposed facing in a flow direction of wash water; a tubular receiving unit extending downward from the roof; and a rim protruding from the roof more outward in a radial direction than the receiving unit, wherein the filter unit further comprises a hook for supporting the rim at a lowered position of the cap.
A process of shaping an article made from a hardened age-hardenable, heat treatable aluminum alloy, wherein the hardened age-hardenable, heat treatable aluminum alloy is a 6XXX series alloy comprising: heating the article to a temperature of 125°C to 425°C at a rate between 3°C/s to 200°C/s; shaping the article, wherein shaping the article comprises cutting, stamping, pressing, press-forming or drawing; and wherein the article is in T5, T6 or T61 temper before the heating step. heating the article to a temperature of 125°C to 425°C at a rate between 3°C/s to 200°C/s; shaping the article, wherein shaping the article comprises cutting, stamping, pressing, press-forming or drawing; and wherein the article is in T5, T6 or T61 temper before the heating step.
A system for enabling use of ultra-small aperture terminals in satellite communications, the system comprising: a transmitter having a splitter and a plurality of converters (109a, b,...n), the splitter configured to receive an input signal having information, a bandwidth, and an amplitude, replicate the input signal into two or more replications of the input signal, the plurality of converters (109a, b,...n) configured to convert each of the two or more replications to have a frequency (F1, F2,... Fn) tuned to two or more corresponding satellite transponders while maintaining the bandwidth and all the information of the input signal, and the transmitter configured to combine the two or more replications into a single uplink signal; and a transmit antenna (116a, 116b,..., and 116n) configured to transmit the uplink signal to the two or more satellite transponders. a transmitter having a splitter and a plurality of converters (109a, b,...n), the splitter configured to receive an input signal having information, a bandwidth, and an amplitude, replicate the input signal into two or more replications of the input signal,
A pneumatic tire comprising a carcass layer, an inner liner layer located radially inward of the carcass layer, and a sealant layer, wherein the sealant layer is formed by a spirally wound strip and wherein the spirally wound strip comprises an encapsulated sealant material in at least one region of the sealant layer, characterized in that the ratio of the sealant material to a material encapsulating the sealant material in the spirally wound strip varies across the axial width of the sealant layer.
A pre-form of a card-type information substrate, comprising a frame formed around a perimeter of a base material, said material of said frame having a higher specific weight compared to the base material in the form of plastic and thus imparting increased weight to said pre-form; a metal containing plate provided within an outline of said frame; and an antenna positioned within said outline of said frame and configured to enable wireless communication; characterized in that said pre-form further comprises: a first disconnecting layer covering, said frame, said base material, said metal containing plate and said antenna and forming a first surface of said pre-form, wherein said first disconnecting layer comprises a rigid material which does not soften or flow onto or into respective steps formed by thickness differences of the materials of said frame, said base material, said metal containing plate or said antenna during lamination of further components to said pre-form. a frame formed around a perimeter of a base material, said material of said frame having a higher specific weight compared to the base material in the form of plastic and thus imparting increased weight to said pre-form; a metal containing plate provided within an outline of said frame; and an antenna positioned within said outline of said frame and configured to enable wireless communication; a first disconnecting layer covering, said frame, said base material, said metal containing plate and said antenna and forming a first surface of said pre-form, wherein said first disconnecting layer comprises a rigid material which does not soften or flow onto or into respective steps formed by thickness differences of the materials of said frame, said base material, said metal containing plate or said antenna during lamination of further components to said pre-form.
Steady rest for supporting a workpiece of a machine tool, having a steady rest carrier for preferentially mounting on the machine bed of the machine tool, having at least one hydraulic actuator and having a plurality of supporting members (5, 6, 7) fastened to the steady rest carrier, which supporting members (5, 6, 7) end in supporting elements (9, 10, 11) arranged angularly offset with respect to one another for abutment against the workpiece and of which a first supporting member, which supports the workpiece laterally with its supporting element, is mounted on the steady rest carrier so as to be adjustable relative to the workpiece by means of the hydraulic actuator, wherein the steady rest (1, 100) having a coupling and an assembly (17, 29) with the first support member and with the hydraulic actuator which can be adjusted thereby, wherein this assembly (17, 29) being connected exchangeable via the coupling to the steady rest carrier, characterized in that the operating direction (18, 35) of the first supporting member with hydraulically actuatable actuator is opposed to an operating direction (20, 38) by another supporting member (5, 6) or a plurality of other supporting members (5 and 6) by exclusively mechanically and/or electrically actuatable actuator (13, 14) or actuators (13 and 14).