mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a user terminal, when attempting to move from a source network that is one of a 3 rd Generation Partnership Project, 3GPP, network and a Wireless Local Area Network, WLAN, to a target network that is the other of the 3GPP network and the WLAN, the method comprising: determining whether the target network can utilise information relating to a performance of the source network based on a broadcast indication received from the target network; during an attempt to connect to the target network, sending, to the target network, the information relating to the performance of the source network experienced by the user terminal, as measured by the user terminal, if the target network can utilise the information relating to the performance of the source network; and receiving a message from the target network that the attempt to connect to the target network is accepted, based on comparing of the information relating to the performance of the source network to an expected performance of the target network, at the target network, and consequently disconnecting from the source network. determining whether the target network can utilise information relating to a performance of the source network based on a broadcast indication received from the target network; during an attempt to connect to the target network, sending, to the target network, the information relating to the performance of the source network experienced by the user terminal, as measured by the user terminal, if the target network can utilise the information relating to the performance of the source network; and receiving a message from the target network that the attempt to connect to the target network is accepted, based on comparing of the information relating to the performance of the source network to an expected performance of the target network, at the target network, and consequently disconnecting from the source network.
A method for limiting a speed during accelerator operation of a commercial vehicle with a speed limiting device, which is designed to reduce the motor output and/or fuel supply of the commercial vehicle after reaching a prescribed maximum vehicle speed, independently of the position of the accelerator pedal, as soon as a speed of the commercial vehicle exceeds the prescribed maximum vehicle speed; wherein the prescribed maximum vehicle speed is changed in accordance with topographical data and/or road-related information, characterized in that the maximum vehicle speed is increased before an incline lying ahead, so that the vehicle arrives at the incline with surplus speed.
A population of placental-derived adherent cells that are CD10+, CD34-, CD105+, and CD200+, as determined by flow cytometry, for use in a method for treatment of an individual having a disease or disorder of the circulatory system, wherein said disease or disorder of the circulatory system is peripheral vascular disease, peripheral arterial disease, diabetic ulcer or critical limb ischemia.
A method for evaluating quality of a software running environment of a device, wherein the method comprises: determining time deviation values of a to-be-evaluated device in all of N time periods, wherein the time deviation values in all of the N time periods comprise a time deviation value in a current time period and time deviation values in (N - 1) time periods before the current time period, and N is a positive integer greater than or equal to 2; determining an inherent deviation value based on the time deviation values in all of the N time periods, wherein the inherent deviation value is a mean value of the time deviation values in all of the N time periods; determining, based on the time deviation values in all of the N time periods and the inherent deviation value, timing jitter amplitudes in all of the N time periods; selecting, from the timing jitter amplitudes in all of the N time periods, a target timing jitter amplitude with the largest timing jitter amplitude, wherein the target timing jitter amplitude is an evaluation parameter for measuring the quality of the software running environment of the to-be-evaluated device, wherein a time deviation value in a respective time period refers to a difference between a clock time of the to-be-evaluated device and a standard time in the respective time period. determining time deviation values of a to-be-evaluated device in all of N time periods, wherein the time deviation values in all of the N time periods comprise a time deviation value in a current time period and time deviation values in (N - 1) time periods before the current time period, and N is a positive integer greater than or equal to 2; determining an inherent deviation value based on the time deviation values in all of the N time periods, wherein the inherent deviation value is a mean value of the time deviation values in all of the N time periods; determining, based on the time deviation values in all of the N time periods and the inherent deviation value, timing jitter amplitudes in all of the N time periods; selecting, from the timing jitter amplitudes in all of the N time periods, a target timing jitter amplitude with the largest timing jitter amplitude, wherein the target timing jitter amplitude is an evaluation parameter for measuring the quality of the software running environment of the to-be-evaluated device, wherein a time deviation value in a respective time period refers to a difference between a clock time of the to-be-evaluated device and a standard time in the respective time period.
A gas treatment method comprising: an absorption step in which a gas to be treated containing an acidic compound is brought into contact, in an absorber, with a treatment liquid for absorbing the acidic compound; and a regeneration step in which the treatment liquid, having the acidic compound absorbed therein, is sent to a regenerator, and the treatment liquid is then heated to separate the acidic compound from the treatment liquid, characterized in that the treatment liquid contains water, amine compound and organic solvent, the amine compound and the organic solvent being selected to give a difference, remained after subtracting the solubility parameter of the organic solvent from the solubility parameter of the amine compound, as defined under formula at paragraph, of 1.1 (cal/cm 3) 1/2 or larger and 4.2 (cal/cm 3) 1/2 or smaller, and the treatment liquid causes phase separation, upon absorbing the acidic compound, into phases with different content proportions of the acidic compound, and in the regeneration step, a gas almost insoluble to the treatment liquid is fed to the regenerator, the gas having a solubility of 1 mol or smaller in 100 g of the treatment liquid at 0°C and under 100 kPa, and the gas almost insoluble to the treatment liquid is then brought into contact with the treatment liquid. an absorption step in which a gas to be treated containing an acidic compound is brought into contact, in an absorber, with a treatment liquid for absorbing the acidic compound; and a regeneration step in which the treatment liquid, having the acidic compound absorbed therein, is sent to a regenerator, and the treatment liquid is then heated to separate the acidic compound from the treatment liquid, characterized in that the treatment liquid contains water, amine compound and organic solvent, the amine compound and the organic solvent being selected to give a difference, remained after subtracting the solubility parameter of the organic solvent from the solubility parameter of the amine compound, as defined under formula at paragraph, of 1.1 (cal/cm 3) 1/2 or larger and 4.2 (cal/cm 3) 1/2 or smaller, and the treatment liquid causes phase separation, upon absorbing the acidic compound, into phases with different content proportions of the acidic compound, and in the regeneration step, a gas almost insoluble to the treatment liquid is fed to the regenerator, the gas having a solubility of 1 mol or smaller in 100 g of the treatment liquid at 0°C and under 100 kPa, and the gas almost insoluble to the treatment liquid is then brought into contact with the treatment liquid.
A reusable mold for making a contact lens, comprising a first mold half having a first mold surface in contact with a silicone containing lens forming composition and a second mold half having a second mold surface in contact with the lens forming composition, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein the lens forming composition is polymerizable and/or crosslinkable by an actinic radiation, characterized in that at least one of the mold halves (11, 12) is made from an oxide glass material having a UV transmission cut-off wavelength no less than 390 nm and a specific gravity higher than 3.5.
A combination of a building and equipment for ventilation of a building, the building comprising at least one room separated by a wall from a corridor or at least two rooms separated by a wall, the equipment for ventilation comprising at least one heat exchange unit, configured to exchange energy between intake air into the building and exhaust air from the building, which equipment is configured to be controlled electronically and centrally, the equipment for ventilation further comprising at least one indoor unit (25, 25a), characterized in that said at least one indoor unit (25, 25a) is configured to be arranged in said wall separating a room from a corridor or at least two rooms (1, 2, 3, 4, 5, 6, 7, 8) and comprising a first flow channel with a blower and an adjacent second flow channel with a blower, which two blowers can be controlled separately, which first and second flow channel (28, 30) is separated from each other by a partition, said indoor unit (25, 25a) being configured for blowing air simultaneously through said flow channels (28, 30) in opposite directions by said blowers (29, 31).
A hydraulic binder having a stable volume comprising, before mixing, a calcium sulfoaluminate clinker, a Portland cement, a source of calcium sulfate, and a source of metal carbonate formed of grains, the fineness D50 of which varies from 1 to 40 μm and selected from at least one source of magnesium carbonate and one source of calcium carbonate, in the proportions defined below, limits included, expressed as a ratio of the masses of these constituents in said binder: (Portland cement)/(calcium sulfoaluminate clinker): 0.1 - 1.2 (Source of calcium sulfate)/ (calcium sulfoaluminate clinker): 0 - 1.5 excluding the limit 0 (Calcium sulfoaluminate clinker)/ (source of metal carbonate): 0.3 - 4 (Portland cement)/(calcium sulfoaluminate clinker): 0.1 - 1.2 (Source of calcium sulfate)/ (calcium sulfoaluminate clinker): 0 - 1.5 excluding the limit 0 (Calcium sulfoaluminate clinker)/ (source of metal carbonate): 0.3 - 4
Insulated cable comprising an electrical core conductor having arranged coaxially around it at least four extruded layers of polymer-based material, which layers comprise an insulating layer comprising a copolymer of polyethylene and an acrylate, an inner layer of a semi-conductive material between the core conductor and the insulating layer, an outer layer of a semi-conductive material, and an intermediate layer between the insulating and outer layers which comprises polyethylene and is substantially free of any acrylate or conducting material, such that the outer layer is strippable from the intermediate layer.
A data transmission device, wherein the device comprises: a bus; a processor connected to the bus; a transmitter connected to the bus; and a receiver connected to the bus, wherein the processor calls, by using the bus, a program stored in a memory, so as to: control the receiver to receive information that is about an sparse code multiple access,SCMA, codebook used by the device and that is sent by a destination node, wherein the SCMA codebook comprises two or more codewords, the codeword is a multi-dimensional complex vector and is used to represent a mapping relationship between data and at least two modulation symbols, and the at least two modulation symbols comprise at least one zero modulation symbol and at least one non-zero modulation symbol; and control the receiver to receive two or more source signals sent by two or more source nodes; the processor is further configured to perform network coding on the received two or more source signals, and perform, by using the SCMA codebook indicated by the information about the SCMA codebook, SCMA codebook mapping on a signal obtained after the network coding, so as to obtain a relay signal; and the processor calls, by using the bus, the program stored in the memory, so as to control the transmitter to send, to the destination node, the relay signal obtained after the SCMA codebook mapping. a bus; a processor connected to the bus; a transmitter connected to the bus; and a receiver connected to the bus, wherein the processor calls, by using the bus, a program stored in a memory, so as to: control the receiver to receive information that is about an sparse code multiple access,SCMA, codebook used by the device and that is sent by a destination node, wherein the SCMA codebook comprises two or more codewords, the codeword is a multi-dimensional complex vector and is used to represent a mapping relationship between data and at least two modulation symbols, and the at least two modulation symbols comprise at least one zero modulation symbol and at least one non-zero modulation symbol; and control the receiver to receive two or more source signals sent by two or more source nodes; the processor is further configured to perform network coding on the received two or more source signals, and perform, by using the SCMA codebook indicated by the information about the SCMA codebook, SCMA codebook mapping on a signal obtained after the network coding, so as to obtain a relay signal; and the processor calls, by using the bus, the program stored in the memory, so as to control the transmitter to send, to the destination node, the relay signal obtained after the SCMA codebook mapping.
Pneumatic vehicle tyre having a tread with shoulder-side blocks, which belong to shoulder-block rows (2, 5), and with middle blocks between the shoulder-side block rows (2, 5), wherein at least the blocks of the shoulder-block rows (2, 5) are spaced apart from one another by transverse grooves which include an angle in a range from 0° to 35° with the axial direction, and wherein the shoulder-side blocks and the middle blocks are in each case provided with, in plan view, at least two sipes extending substantially parallel to one another and at an angle of up to 45° to the axial direction, which have a width of 0.4 mm to 0.8 mm and, at their lowest point, a depth of at least 50% of the profile depth, wherein the blocks additionally have micro-grooves which are arranged substantially parallel to the sipes and/or transversely to the sipes, and wherein the micro-grooves are provided with a width of 0.2 mm to 0.7 mm and with a depth of 0.2 mm to 0.7 mm, wherein, in at least one block belonging to the shoulder-block row (2, 5), preferably in all the blocks belonging to the shoulder-block row (2, 5), there is arranged at least one micro-groove which extends in such a way as to include an angle α of 0° to 15°, preferably an angle α of 0° to 8°, with the circumferential direction (uR), characterized in that, at both ends of this micro-groove, in the region of the running-in and running-out edges, there is formed in each case one funnel-like widening which in each case opens out into the transverse grooves which delimit this block.
A paper sheet processing apparatus, comprising: a conveying device which is configured to convey a paper sheet along a conveying way; a discrimination section which is provided along the conveying way and is configured to distinguish the paper sheet; a plurality of accumulation sections (16, 18a, 18b) which are configured to accumulate the paper sheet distinguished; a sorting mechanism (24a, 24b) which is configured to sort the paper sheet distinguished to one of the accumulation sections (16, 18a, 18b); a first sensor which includes an opaque substance sensor to detect an opaque substance and a transparent substance sensor to detect a transparent substance, and which is configured to detect the paper sheet which is conveyed along the conveying way; a second sensor which is provided between the discrimination section and the sorting mechanism (24a, 24b), and which is configured to detect the paper sheet which is conveyed along the conveying way; and a controller which is configured to detect a transparent-envelope sealed letter which has a transparent envelope and the content inserted in the transparent envelope, based on an output signal of the transparent substance sensor and an output signal of the opaque substance sensor, characterized in that the controller is configured to stop detecting a length of the paper sheet based on a detection signal of the second sensor when the transparent-envelope sealed letter is detected. a conveying device which is configured to convey a paper sheet along a conveying way; a discrimination section which is provided along the conveying way and is configured to distinguish the paper sheet; a plurality of accumulation sections (16, 18a, 18b) which are configured to accumulate the paper sheet distinguished; a sorting mechanism (24a, 24b) which is configured to sort the paper sheet distinguished to one of the accumulation sections (16, 18a, 18b); a first sensor which includes an opaque substance sensor to detect an opaque substance and a transparent substance sensor to detect a transparent substance, and which is configured to detect the paper sheet which is conveyed along the conveying way; a second sensor which is provided between the discrimination section and the sorting mechanism (24a, 24b), and which is configured to detect the paper sheet which is conveyed along the conveying way; and a controller which is configured to detect a transparent-envelope sealed letter which has a transparent envelope and the content inserted in the transparent envelope, based on an output signal of the transparent substance sensor and an output signal of the opaque substance sensor, characterized in that the controller is configured to stop detecting a length of the paper sheet based on a detection signal of the second sensor when the transparent-envelope sealed letter is detected.
A mold for processing plastic particle material for producing a particle foam molding, comprising at least one mold body wall portion (2a - 2d) limited mold cavity having a mold body, comprising a first tempering device for tempering the mold cavity, wherein the first tempering device is set up to introduce thermal energy required for tempering the mold cavity into the mold cavity, in particular convection-free, exclusively through the at least one mold body wall portion (2a - 2d); and a second tempering device for tempering the mold cavity, wherein the second tempering device is configured to introduce thermal energy required for tempering the mold cavity into the mold cavity via a tempering fluid (6.2) flowing through at least one flow opening (6.1) into the mold cavity, wherein which at least one flow opening (6.1) is arranged or formed in at least one mold body wall portion (2a - 2d) or formed flow channel outlet opening (10.1) of a flow channel structure present at least in sections at or in at least one mold body wall portion (2a - 2d) is arranged or formed or forms such a flow channel structure, characterized in that the flow channel structure is arranged to temper a temperature control fluid (6.2) passing through it between a flow channel input opening (10.2) and a flow channel output opening (10.1) by heat transfer, in particular convection-free. a second tempering device for tempering the mold cavity, wherein the second tempering device is configured to introduce thermal energy required for tempering the mold cavity into the mold cavity via a tempering fluid (6.2) flowing through at least one flow opening (6.1) into the mold cavity, wherein which at least one flow opening (6.1) is arranged or formed in at least one mold body wall portion (2a - 2d) or formed flow channel outlet opening (10.1) of a flow channel structure present at least in sections at or in at least one mold body wall portion (2a - 2d) is arranged or formed or forms such a flow channel structure, characterized in that the flow channel structure is arranged to temper a temperature control fluid (6.2) passing through it between a flow channel input opening (10.2) and a flow channel output opening (10.1) by heat transfer, in particular convection-free.
A sports ball comprising at least first and second cover portions bonded together and housing a bladder, characterised in that the first cover portion comprises a first cover panel blank heat bonded to a first reinforcement material blank, wherein said first cover panel blank is formed from a first continuous sheet of cover material comprising a plurality of panels defined by interior panel boundaries and free edges, wherein said first continuous sheet of cover material is configured such that each of said panels is integrally connected to adjacent panels of said sheet along said interior panel boundaries, and wherein said first cover panel blank is configured such that each of said panels is heat bonded to adjacent panels along said free edges; and a second cover portion comprising a second cover panel blank heat bonded to a second reinforcement material blank, wherein said second cover panel blank is formed from a second continuous sheet of cover material comprising a plurality of panels defined by interior panel boundaries and free edges, wherein said second continuous sheet of cover material is configured such that each of said panels is integrally connected to adjacent panels of said sheet along said interior panel boundaries, and wherein said second cover panel blank is configured such that each of said panels is heat bonded to adjacent panels along said free edges.
Ophthalmological ultra-violet laser system for eye treatment comprising: a. A laser source including a Ce:YAG gain medium configured to generate a pulsed primary laser beam; and b. A frequency converter arranged downstream from the laser source comprising one or more non-linear optical crystals configured to multiply the frequency of the primary laser beam to generate a pulsed UV laser beam. a. A laser source including a Ce:YAG gain medium configured to generate a pulsed primary laser beam; and b. A frequency converter arranged downstream from the laser source comprising one or more non-linear optical crystals configured to multiply the frequency of the primary laser beam to generate a pulsed UV laser beam.