mhurhangee/ep-ind-claims huggingface dataset:
A segmental tube section structure having a length and a circumference, the segmental tube section structure comprising, a plurality of tube segments, particularly between six and eight tube segments, extending the length in a longitudinal direction of the segmental tube section structure and extending in a circumferential direction of the segmental tube section structure, wherein at least some or each tube segment of the plurality of tube segments extends in the circumferential direction to span an equal arc of the circumference of the segmental tube section, wherein each of the plurality of tube segments are connected to adjacent tube segments of the plurality of tube segments in the circumferential direction to form the segmental tube section structure; characterized in that the plurality of tube segments comprise a sheet metal, and each of the plurality of tube segments are connected to the adjacent tube segments of the plurality of tube segments via welds formed between the adjacent tube segments; wherein at least one of the plurality of tube segments comprises a transportation vehicle track (2810, 3020) or an attachment structure to accommodate a vehicle track assembly a plurality of tube segments, particularly between six and eight tube segments, extending the length in a longitudinal direction of the segmental tube section structure and extending in a circumferential direction of the segmental tube section structure, wherein at least some or each tube segment of the plurality of tube segments extends in the circumferential direction to span an equal arc of the circumference of the segmental tube section, wherein each of the plurality of tube segments are connected to adjacent tube segments of the plurality of tube segments in the circumferential direction to form the segmental tube section structure; characterized in that the plurality of tube segments comprise a sheet metal, and each of the plurality of tube segments are connected to the adjacent tube segments of the plurality of tube segments via welds formed between the adjacent tube segments; wherein at least one of the plurality of tube segments comprises a transportation vehicle track (2810, 3020) or an attachment structure to accommodate a vehicle track assembly
Method of printing a blank for forming a container, comprising the steps of: providing a blank having first and second, opposite surfaces (210, 212), where the first surface has at least one attachment region (208a, 208b) for attachment to the second surface at a corresponding attachment region (308a, 308b) during assembly of a container, wherein the first blank surface has a surface tension in a predetermined range, suitable for application of an adhesive and applying a main substance onto at least the first blank surface to obtain at least one printed surface, the main substance selected from the group of an ink, a varnish, a lacquer, or a combination thereof; characterised through the step of treating the attachment region (208a, 208b) of the first blank surface to maintain a surface tension in the predetermined range by applying a medium to the attachment region (208a, 208b), wherein the predetermined range is between 34 dynes/cm and 60 dynes/cm, most preferably between 36 dynes/cm and 50 dynes/cm. providing a blank having first and second, opposite surfaces (210, 212), where the first surface has at least one attachment region (208a, 208b) for attachment to the second surface at a corresponding attachment region (308a, 308b) during assembly of a container, wherein the first blank surface has a surface tension in a predetermined range, suitable for application of an adhesive and applying a main substance onto at least the first blank surface to obtain at least one printed surface, the main substance selected from the group of an ink, a varnish, a lacquer, or a combination thereof; characterised through the step of treating the attachment region (208a, 208b) of the first blank surface to maintain a surface tension in the predetermined range by applying a medium to the attachment region (208a, 208b),
Heating module of a supplemental heating device intended to heat an airflow, comprising at least one heat-conductive bar against which at least one electrical resistor is disposed, the heat-conductive bar being partially electrically insulated by an insulating coating, the at least one heat-conductive bar being constituted by at least one insert disposed between, on the one hand, a connector and/or an electrode and, on the other hand, a plate, the resistor being disposed against said plate, said module being characterized in that the electrode, the resistor as well as either the at least one insert and/or the plate are electrically insulated by an insulating coating.
A seedless fruit-generating pepper plant, wherein said plant is stably produced over several generations by backcrossing, and wherein the plant is obtained by a crossing method comprising the following steps (a), (b) and (c): a step (a) of selecting a first filial generation plant which is capable of bearing seedless fruits as well as having a genetically determined male sterile trait and a genetically determined parthenocarpic trait from the group of first filial generation plants generated by crossing between a plant of a male sterile line and a plant of a parthenocarpic line, a step (b) of crossing the thus selected first filial generation plant with a plant of a fixed parthenocarpic line which is capable of sustaining the genetically determined parthenocarpic trait and the genetically determined male sterile trait of the plant, as a pollen parent, to thereby generate a progeny plant having the genetically determined parthenocarpic trait and the genetically determined male sterile trait; and, a step (c) of backcrossing the thus generated progeny plant again with a plant of the fixed parthenocarpic line used as the pollen parent in the step (b), as a pollen parent, to thereby generate a progeny plant having the genetically determined parthenocarpic trait and the genetically determined male sterile trait; wherein step (c) is repeated at least one time, and; wherein said fixed line is Mi 74 (FERM BP-10934). a step (a) of selecting a first filial generation plant which is capable of bearing seedless fruits as well as having a genetically determined male sterile trait and a genetically determined parthenocarpic trait from the group of first filial generation plants generated by crossing between a plant of a male sterile line and a plant of a parthenocarpic line, a step (b) of crossing the thus selected first filial generation plant with a plant of a fixed parthenocarpic line which is capable of sustaining the genetically determined parthenocarpic trait and the genetically determined male sterile trait of the plant, as a pollen parent, to thereby generate a progeny plant having the genetically determined parthenocarpic trait and the genetically determined male sterile trait; and, a step (c) of backcrossing the thus generated progeny plant again with a plant of the fixed parthenocarpic line used as the pollen parent in the step (b), as a pollen parent, to thereby generate a progeny plant having the genetically determined parthenocarpic trait and the genetically determined male sterile trait;
A computer-implemented method, including the steps of: receiving source code, the source code having an associated grammar; parsing the source code to generate a first intermediate representation of the source code in the form of an abstract syntax tree; generating a binary intermediate representation of the source code based on abstract syntax tree, wherein: generating the binary intermediate representation of the source code comprises flattening, using a flattening application programming interface, API, the abstract syntax tree by serializing the abstract syntax tree, to generate a flattened abstract syntax tree, fAST, comprising a one dimensional binary array; the data in the one dimensional binary array is organized according to a predetermined schema; and the flattening API is generated, based on the predetermined schema, using a schema compiler; and performing subsequent processing on the binary intermediate representation. receiving source code, the source code having an associated grammar; parsing the source code to generate a first intermediate representation of the source code in the form of an abstract syntax tree; generating a binary intermediate representation of the source code based on abstract syntax tree, wherein: generating the binary intermediate representation of the source code comprises flattening, using a flattening application programming interface, API, the abstract syntax tree by serializing the abstract syntax tree, to generate a flattened abstract syntax tree, fAST, comprising a one dimensional binary array; the data in the one dimensional binary array is organized according to a predetermined schema; and the flattening API is generated, based on the predetermined schema, using a schema compiler; and generating the binary intermediate representation of the source code comprises flattening, using a flattening application programming interface, API, the abstract syntax tree by serializing the abstract syntax tree, to generate a flattened abstract syntax tree, fAST, comprising a one dimensional binary array; the data in the one dimensional binary array is organized according to a predetermined schema; and the flattening API is generated, based on the predetermined schema, using a schema compiler; and performing subsequent processing on the binary intermediate representation.
A method for exchanging packets (Pk, Pk') between a first node and a second node of a packet-switched communication network, said method comprising: a) alternately switching a marking value comprised in said exchanged packets (Pk, Pk') between two alternative marking values (MA; MB), switching said marking value to be applied to packets (Pk') to be transmitted to the first node by said second node being dependent on the marking value comprised in packets (Pk) received at said second node from said first node; b) at said first node, during each marking period, a marking period being the period comprised between two consecutive switching of said marking value applicable to packets (Pk) to be transmitted to said second node, writing a sampling value in one single packet (Pk1, Pk2) to be transmitted to said second node; and c) at said second node, upon reception from said first node of each packet (Pk1, Pk2) comprising said sampling value, copying said sampling value in one single packet (Pk1', Pk2') to be transmitted to said first node. a) alternately switching a marking value comprised in said exchanged packets (Pk, Pk') between two alternative marking values (MA; MB), switching said marking value to be applied to packets (Pk') to be transmitted to the first node by said second node being dependent on the marking value comprised in packets (Pk) received at said second node from said first node; b) at said first node, during each marking period, a marking period being the period comprised between two consecutive switching of said marking value applicable to packets (Pk) to be transmitted to said second node, writing a sampling value in one single packet (Pk1, Pk2) to be transmitted to said second node; and c) at said second node, upon reception from said first node of each packet (Pk1, Pk2) comprising said sampling value, copying said sampling value in one single packet (Pk1', Pk2') to be transmitted to said first node.
A Georgian style insulating grid, comprising horizontal profiles and vertical profiles connected to one another to make any type of divider elements inside insulating glass units, each of said profiles (10,20) comprising an elongated body made in plastic material or the like, and at least one metal insert, which extends for at least one portion of the length of said elongated body, at least partially embedded in said elongated body, said elongated body having a substantially tubular cross-section and defining at least one inner cavity, said grid moreover comprising means for connecting at least two opposite profiles (10,20) to one another, characterised in that said metal insert of at least one of said profiles (10, 20) passes through said inner cavity and has its ends embedded in said elongated body, so as to define at least one seat (40;40,41) for inserting said reciprocal connection means.
A method for wireless communication performed by a user equipment, UE, comprising: receiving a semi-persistent scheduling, SPS activation for transmitting uplink SPS transmissions in short transmission time intervals, sTTIs, wherein the sTTIs have a first TTI duration that is shorter than a long TTI of a second duration; monitoring, with the SPS activated, a common search space in a long TTI physical downlink control channel, PDCCH transmission for a power control command for setting an uplink SPS sTTI transmission power; modifying, when a power control command is detected, power of an uplink SPS sTTI transmission according to the power control command, wherein the power control command for setting the uplink SPS sTTI transmission is separate from uplink power control commands for long TTI transmissions and for non-SPS sTTI transmissions, wherein the power control for the uplink SPS sTTI transmission is independent of uplink power control for long TTI transmissions and for non-SPS sTTI transmissions; and transmitting, after receiving the power control command, the uplink SPS sTTI transmission according to the power control command. receiving a semi-persistent scheduling, SPS activation for transmitting uplink SPS transmissions in short transmission time intervals, sTTIs, wherein the sTTIs have a first TTI duration that is shorter than a long TTI of a second duration; monitoring, with the SPS activated, a common search space in a long TTI physical downlink control channel, PDCCH transmission for a power control command for setting an uplink SPS sTTI transmission power; modifying, when a power control command is detected, power of an uplink SPS sTTI transmission according to the power control command, wherein the power control command for setting the uplink SPS sTTI transmission is separate from uplink power control commands for long TTI transmissions and for non-SPS sTTI transmissions, wherein the power control for the uplink SPS sTTI transmission is independent of uplink power control for long TTI transmissions and for non-SPS sTTI transmissions; and transmitting, after receiving the power control command, the uplink SPS sTTI transmission according to the power control command.
A rolling bearing (1, 21, 31, 41) comprising: an inner ring (2, 22, 32, 42); an outer ring (3, 23, 33, 43); and rolling elements interposed between the inner ring (2, 22, 32, 42) and the outer ring (3, 23, 33, 43), wherein a surface layer portion, beneath a raceway surface (2a, 3a, 22a, 23a, 32a, 33a, 42a, 43a), of a base material of a raceway ring which is the inner ring (2, 22, 32, 42) or the outer ring (3, 23, 33, 43), includes a wear-resistant layer having a higher hardness than a residual portion, beneath the surface layer portion, of the base material, the wear-resistant layer having a surface which is a minute-recess-and-projection surface by a shot peening treatment, which surface has a surface roughness after the shot peening treatment equal to or greater than 0.3 Ra, and an oxide film is provided which has such a film thickness as to fill recesses (13a, 13a') of the minute-recess-and-projection surface of the wear-resistant layer, the oxide film having a surface which has recesses and projections existing along the minute-recess-and-projection surface, the oxide film coating the surface of the wear-resistant layer, and the oxide film is made from a material more fragile than the wear-resistant layer of the base material. an inner ring (2, 22, 32, 42); an outer ring (3, 23, 33, 43); and rolling elements interposed between the inner ring (2, 22, 32, 42) and the outer ring (3, 23, 33, 43), wherein a surface layer portion, beneath a raceway surface (2a, 3a, 22a, 23a, 32a, 33a, 42a, 43a), of a base material of a raceway ring which is the inner ring (2, 22, 32, 42) or the outer ring (3, 23, 33, 43), includes a wear-resistant layer having a higher hardness than a residual portion, beneath the surface layer portion, of the base material, the wear-resistant layer having a surface which is a minute-recess-and-projection surface by a shot peening treatment, which surface has a surface roughness after the shot peening treatment equal to or greater than 0.3 Ra, and an oxide film is provided which has such a film thickness as to fill recesses (13a, 13a') of the minute-recess-and-projection surface of the wear-resistant layer, the oxide film having a surface which has recesses and projections existing along the minute-recess-and-projection surface, the oxide film coating the surface of the wear-resistant layer, and the oxide film is made from a material more fragile than the wear-resistant layer of the base material.
A charging device, comprising: a USB interface, having at least two power lines and at least two ground lines, wherein the USB interface further has at least one data line configured to communicate with a terminal device; an adjusting circuit, configured to perform rectifying and filtering on mains supply to obtain a first power signal, to perform voltage adjustment on the first power signal to obtain a second power signal, and to output the second power signal to the at least two power lines, at least two charging circuits being formed between the charging device and the terminal device via the at least two power lines and the at least two ground lines; and being characterized by a controller, configured to receive a voltage value of a cell of the terminal device via the at least one data line, to compare the voltage value of the cell with a preset voltage value to generate an adjustment instruction, and to send the adjustment instruction to the adjusting circuit, the adjusting circuit being configured to perform the voltage adjustment on the first power signal based on the adjustment instruction to obtain the second power signal with a preset current value. a USB interface, having at least two power lines and at least two ground lines, wherein the USB interface further has at least one data line configured to communicate with a terminal device; an adjusting circuit, configured to perform rectifying and filtering on mains supply to obtain a first power signal, to perform voltage adjustment on the first power signal to obtain a second power signal, and to output the second power signal to the at least two power lines, at least two charging circuits being formed between the charging device and the terminal device via the at least two power lines and the at least two ground lines; and being characterized by a controller, configured to receive a voltage value of a cell of the terminal device via the at least one data line, to compare the voltage value of the cell with a preset voltage value to generate an adjustment instruction, and to send the adjustment instruction to the adjusting circuit, the adjusting circuit being configured to perform the voltage adjustment on the first power signal based on the adjustment instruction to obtain the second power signal with a preset current value.
Coated polyester film with transparency of at least 93 %, measured according to ASTM-D 1003-61 (method A), comprising: at least one base layer B which comprises a thermoplastic polyester and a UV stabilizer; where the polyester film has a first and a second surface, where a permanent antifog coating has been applied on at least one of the surfaces of the polyester film, and where the refractive index of the antifog coating is lower than that of the base layer B and where the antifog coating is the reaction product of a dispersion of an antifog-coating composition that comprises, alongside water, a) hygroscopic, porous material, b) a crosslinking agent based on polymer, c) an adhesion-promoting organofunctional silane and d) one or more surfactants. at least one base layer B which comprises a thermoplastic polyester and a UV stabilizer; where the polyester film has a first and a second surface, where a permanent antifog coating has been applied on at least one of the surfaces of the polyester film, and where the refractive index of the antifog coating is lower than that of the base layer B and where the antifog coating is the reaction product of a dispersion of an antifog-coating composition that comprises, alongside water, a) hygroscopic, porous material, b) a crosslinking agent based on polymer, c) an adhesion-promoting organofunctional silane and d) one or more surfactants.
An airflow measuring apparatus comprising: a sub-passage that takes in a part of a flow of fluid flowing through an intake pipe; a sensor element that is disposed in the sub-passage to measure the flow of fluid; a circuit part that converts the flow of fluid detected by the sensor element into an electric signal; a connector part having a connector that is electrically connected to the circuit part to output a signal externally; and a casing (201, 202) that supports the sensor element and the circuit part, the sensor element being disposed in the intake pipe, wherein the sensor element includes a cavity that is disposed at a semiconductor substrate, and a diaphragm including a thin film part that covers the cavity, the sensor element is mounted at a lead frame (401, 704), the casing (201, 202) including the sub-passage and a circuit chamber, a chip package including the sensor element and the circuit part, wherein the chip package is partially arranged in the circuit chamber, and the sensor element and the lead frame (401, 704) being mold-packaged with resin, wherein at least a part of the diaphragm and a part of the lead frame (401, 704) are not covered with resin, a communication hole formed by using a communication groove formed in the lead frame (401, 704) and/or an adhesive, charaterized in further comprising: a ventilation hole between the circuit chamber and the outside of the intake pipe, wherein the communication hole allows direct communication between the cavity and the circuit chamber and the ventilation hole allows communication between the circuit chamber and the outside of the intake pipe. a sub-passage that takes in a part of a flow of fluid flowing through an intake pipe; a sensor element that is disposed in the sub-passage to measure the flow of fluid; a circuit part that converts the flow of fluid detected by the sensor element into an electric signal; a connector part having a connector that is electrically connected to the circuit part to output a signal externally; and a casing (201, 202) that supports the sensor element and the circuit part, the sensor element being disposed in the intake pipe, wherein the sensor element includes a cavity that is disposed at a semiconductor substrate, and a diaphragm including a thin film part that covers the cavity, the sensor element is mounted at a lead frame (401, 704), the casing (201, 202) including the sub-passage and a circuit chamber, a chip package including the sensor element and the circuit part, wherein the chip package is partially arranged in the circuit chamber, and the sensor element and the lead frame (401, 704) being mold-packaged with resin, wherein at least a part of the diaphragm and a part of the lead frame (401, 704) are not covered with resin, a communication hole formed by using a communication groove formed in the lead frame (401, 704) and/or an adhesive, a ventilation hole between the circuit chamber and the outside of the intake pipe, wherein the communication hole allows direct communication between the cavity and the circuit chamber and the ventilation hole allows communication between the circuit chamber and the outside of the intake pipe.