mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding base sequence of a nucleic acid corresponding to an end region of RNA, comprising: a preparing-decoding step of preparing, using a template RNA, an RNA nucleic acid of a 5'-end region of the template RNA or a complementary DNA nucleic acid corresponding to the 5'-end region of the template RNA or a nucleic acid having a sequence that has two or more linked sequences thereof, and decoding sequence of the nucleic acid by cap-analysis gene expression (CAGE) method, wherein the template RNA used in the preparing-decoding step is a native nascent RNA. a preparing-decoding step of preparing, using a template RNA, an RNA nucleic acid of a 5'-end region of the template RNA or a complementary DNA nucleic acid corresponding to the 5'-end region of the template RNA or a nucleic acid having a sequence that has two or more linked sequences thereof, and decoding sequence of the nucleic acid by cap-analysis gene expression (CAGE) method, wherein the template RNA used in the preparing-decoding step is a native nascent RNA.
An elevator car defining an interior space for accommodating passengers, the elevator car comprising - an openable roof, - horizontal roof guide rails (13a, 13b) arranged on a top side of the elevator car, - a support structure pivotably mounted to the guide rails (13a, 13b) by a first joint (5a, 5b), - a working platform pivotably and movably mounted to the support structure by a second joint (7a, 7b) arranged at a distance from the first joint (5a, 5b), - the working platform being pivotable between - a retracted position, in which said working platform is oriented close to the guide rails (13a, 13b) in the top side of the elevator car, and - a deployed position, in which the working platform is in the interior space, at a distance from the guide rails (13a, 13b), - the first joint (5a, 5b) being arranged movable along the guide rails (13a, 13b), characterized in that - the support structure comprises a framework that includes first suspension bars (8a, 8b), each of the suspension bars (8a, 8b) arranged between one first joint (5a, 5b) and one third joint (24a, 24b). - an openable roof, - horizontal roof guide rails (13a, 13b) arranged on a top side of the elevator car, - a support structure pivotably mounted to the guide rails (13a, 13b) by a first joint (5a, 5b), - a working platform pivotably and movably mounted to the support structure by a second joint (7a, 7b) arranged at a distance from the first joint (5a, 5b), - the working platform being pivotable between - a retracted position, in which said working platform is oriented close to the guide rails (13a, 13b) in the top side of the elevator car, and - a deployed position, in which the working platform is in the interior space, at a distance from the guide rails (13a, 13b), - a retracted position, in which said working platform is oriented close to the guide rails (13a, 13b) in the top side of the elevator car, and - a deployed position, in which the working platform is in the interior space, at a distance from the guide rails (13a, 13b), - the first joint (5a, 5b) being arranged movable along the guide rails (13a, 13b), characterized in that - the support structure comprises a framework that includes first suspension bars (8a, 8b), each of the suspension bars (8a, 8b) arranged between one first joint (5a, 5b) and one third joint (24a, 24b).
A battery, characterized by comprising: at least one row of battery cells, each row of the battery cells comprising at least two battery cells arranged side by side along a first direction; a carrying assembly, configured to carry the at least one row of battery cells; and a connecting member, the connecting member comprising a first connecting plate and a second connecting plate fixedly connected to each other, wherein the first connecting plate is perpendicular to the second connecting plate, characterized in that the first connecting plate extends in the first direction in parallel to each row of battery cells, the first connecting plate is fixedly connected to at least some battery cells in the at least one row of battery cells, and the second connecting plate is configured to be fixedly connected to the carrying assembly of the battery, such that multiple battery cells are fastened to the carrying assembly via the connecting member. at least one row of battery cells, each row of the battery cells comprising at least two battery cells arranged side by side along a first direction; a carrying assembly, configured to carry the at least one row of battery cells; and a connecting member, the connecting member comprising a first connecting plate and a second connecting plate fixedly connected to each other, wherein the first connecting plate is perpendicular to the second connecting plate, characterized in that the first connecting plate extends in the first direction in parallel to each row of battery cells, the first connecting plate is fixedly connected to at least some battery cells in the at least one row of battery cells, and the second connecting plate is configured to be fixedly connected to the carrying assembly of the battery, such that multiple battery cells are fastened to the carrying assembly via the connecting member.
A display device usable for an electric vehicle including an electric motor having a first area indicating torque of the electric motor; the display device being further characterized in that it has a second area provided adjacent to the first area and indicating a coil temperature of a coil included in the electric motor.
Connector, in particular for parts of vehicle bodies, having a first connecting portion and a second connecting portion as well as a connection means to connect the first connecting portion to the second connecting portion, wherein the connection means has a screw guided through the first and the second connecting portion, wherein one connecting portion has a receptacle for the screw, wherein the connecting portions (1, 2) are each parts of the roof, the end wall, the portal or the side wall of a vehicle body or are connected to one of these parts so that they can produce a connection between two of these parts, wherein the receptacle for the screw is a rivet nut acting as a guide, characterised in that the screw has a centring tip.
A system for evaluating performance of a wireless access point in a network, said system comprising: - a simulated score determining unit configured to determine relation functions for a simulated wireless access point similar to said wireless access point, said relation functions modelling a mathematical relation between simulation access point parameters of said simulated wireless access point and a ratio of a simulated throughput delivered by said simulated wireless access point to a simulated application rate demanded by a user of said simulated wireless access point; - an access point parameters collecting unit adapted to remotely determine access point parameters of said wireless access point in said network; and - a performance determining engine configured to apply said relation functions to determine from said access point parameters a wireless score representative of said performance of said wireless access point, said wireless score corresponding to a ratio of a throughput delivered by said wireless access point to an application rate demanded by a user of said wireless access point. - a simulated score determining unit configured to determine relation functions for a simulated wireless access point similar to said wireless access point, said relation functions modelling a mathematical relation between simulation access point parameters of said simulated wireless access point and a ratio of a simulated throughput delivered by said simulated wireless access point to a simulated application rate demanded by a user of said simulated wireless access point; - an access point parameters collecting unit adapted to remotely determine access point parameters of said wireless access point in said network; and - a performance determining engine configured to apply said relation functions to determine from said access point parameters a wireless score representative of said performance of said wireless access point, said wireless score corresponding to a ratio of a throughput delivered by said wireless access point to an application rate demanded by a user of said wireless access point.
Active antenna comprising at least one sector and a plurality of radiofrequency sub-modules operating synchronously for radiofrequency transmission and reception of high power output signals, each radiofrequency sub-module including a radiating antenna element, low power amplifiers for uplink and downlink, up/down conversion, digital to analogue conversion and filters adapted to process a certain part of the high power output signal, the active antenna further comprising: - a first set of n modules (Mi), i = 1, 2,..., n, configured for connection over the air through a radio interface to at least one mobile equipment and a second set of m modules (M'j), j = 1, 2,..., m, configured for connection over the air to another active antenna, with both sets of modules (Mi, M'j) using a same hardware platform and each set of modules (Mi, M'j) integrating radiofrequency sub-modules; - a digital platform which has: - a set of base-band modules for base-band processing and operating in at least one radio access technology selected from 2G, 3G and LTE; - processing means for control plane of 2G and 3G radio access networks; - routing means for data relay from/to a core network in accordance to an standard interface selected from lu, Gb and S1; - at least an Ethernet connection (5; 23) to the core network; - a single power supply connection (7; 22); - at least two optical ports for connection in chain (6, 6'; 24) with sectors of a pair of active antennas; and having an IP address assigned. - a first set of n modules (Mi), i = 1, 2,..., n, configured for connection over the air through a radio interface to at least one mobile equipment and a second set of m modules (M'j), j = 1, 2,..., m, configured for connection over the air to another active antenna, with both sets of modules (Mi, M'j) using a same hardware platform and each set of modules (Mi, M'j) integrating radiofrequency sub-modules; - a digital platform which has: - a set of base-band modules for base-band processing and operating in at least one radio access technology selected from 2G, 3G and LTE; - processing means for control plane of 2G and 3G radio access networks; - routing means for data relay from/to a core network in accordance to an standard interface selected from lu, Gb and S1; - at least an Ethernet connection (5; 23) to the core network; - a single power supply connection (7; 22); - at least two optical ports for connection in chain (6, 6'; 24) with sectors of a pair of active antennas; and having an IP address assigned. - a set of base-band modules for base-band processing and operating in at least one radio access technology selected from 2G, 3G and LTE; - processing means for control plane of 2G and 3G radio access networks; - routing means for data relay from/to a core network in accordance to an standard interface selected from lu, Gb and S1; - at least an Ethernet connection (5; 23) to the core network; - a single power supply connection (7; 22); - at least two optical ports for connection in chain (6, 6'; 24) with sectors of a pair of active antennas; and having an IP address assigned.
A method of removing extraneous cells within a microfluidic device, the method comprising: (a) providing the microfluidic device having: (i) a microchannel at least partially defined by a membrane having cells thereon the microchannel having a first cross-sectional geometry, and (ii) a seeding channel for delivering fluids to the cells on the membrane, the seeding channel having a second cross-sectional geometry, wherein the second cross-sectional geometry is different from the first cross-sectional geometry and configured to produce a higher shear force or a higher flow rate of a working fluid in the seeding channel as compared to that in the microchannel; b) delivering a cell-culturing fluid through the seeding channel and permitting it to be exposed to the membrane for a sufficient period of time to permit a layer of the-cells to adhere to the membrane; and c) after the layer of the cells has been achieved, increasing the flow rate of the fluid to produce a higher shear force within the seeding channel to remove the extraneous cells from the seeding channel while leaving the layer of the cells on the surface undisturbed. (a) providing the microfluidic device having: (i) a microchannel at least partially defined by a membrane having cells thereon the microchannel having a first cross-sectional geometry, and (ii) a seeding channel for delivering fluids to the cells on the membrane, the seeding channel having a second cross-sectional geometry, wherein the second cross-sectional geometry is different from the first cross-sectional geometry and configured to produce a higher shear force or a higher flow rate of a working fluid in the seeding channel as compared to that in the microchannel; (i) a microchannel at least partially defined by a membrane having cells thereon the microchannel having a first cross-sectional geometry, and (ii) a seeding channel for delivering fluids to the cells on the membrane, the seeding channel having a second cross-sectional geometry, wherein the second cross-sectional geometry is different from the first cross-sectional geometry and configured to produce a higher shear force or a higher flow rate of a working fluid in the seeding channel as compared to that in the microchannel; b) delivering a cell-culturing fluid through the seeding channel and permitting it to be exposed to the membrane for a sufficient period of time to permit a layer of the-cells to adhere to the membrane; and c) after the layer of the cells has been achieved, increasing the flow rate of the fluid to produce a higher shear force within the seeding channel to remove the extraneous cells from the seeding channel while leaving the layer of the cells on the surface undisturbed.
A process of preparation of a leaf tea product with black tea characteristics comprising the steps of: a. incubating fresh tea leaf at a temperature in the range 4°C to 60°C under anaerobic conditions for a period of 4-36 hours; b. exposing the leaf at a temperature of 15-35°C for 70 minutes to 4 hours; wherein there is no step of comminution of the tea leaf before incubation and/or before step (b). a. incubating fresh tea leaf at a temperature in the range 4°C to 60°C under anaerobic conditions for a period of 4-36 hours; b. exposing the leaf at a temperature of 15-35°C for 70 minutes to 4 hours;
A method (502, 602) for a user equipment, UE, determining signal quality in a communication network, comprising: measuring (504, 604) at the UE a signal quality on a first network downlink channel with dynamically scheduled transmissions for those the UE has little advance notice of when packets addressed to it will arrive; comparing (504, 604) the signal quality of the first network downlink channel with a threshold quality value; determining (504, 604), based upon the comparing, whether to tune to a second network channel to obtain signal characteristics of the second network channel, wherein the second network channel corresponds to at least one of a different frequency and a different radio-access technology than the first network downlink channel; providing (506, 606) an indication to a network base station servicing the UE via the first network downlink channel that an inter-frequency or inter-RAT measurement is to be undertaken; and receiving a schedule from the network base station, the schedule indicating a duration of time the network base station silently refrains from scheduling downlink data for the UE and within which the second channel signal quality measurements can be undertaken; and measuring (508, 608) a signal quality of the second network channel in accordance with the schedule; and determining whether to switch communications to the communication network via the second network channel. measuring (504, 604) at the UE a signal quality on a first network downlink channel with dynamically scheduled transmissions for those the UE has little advance notice of when packets addressed to it will arrive; comparing (504, 604) the signal quality of the first network downlink channel with a threshold quality value; determining (504, 604), based upon the comparing, whether to tune to a second network channel to obtain signal characteristics of the second network channel, wherein the second network channel corresponds to at least one of a different frequency and a different radio-access technology than the first network downlink channel; providing (506, 606) an indication to a network base station servicing the UE via the first network downlink channel that an inter-frequency or inter-RAT measurement is to be undertaken; and receiving a schedule from the network base station, the schedule indicating a duration of time the network base station silently refrains from scheduling downlink data for the UE and within which the second channel signal quality measurements can be undertaken; and measuring (508, 608) a signal quality of the second network channel in accordance with the schedule; and determining whether to switch communications to the communication network via the second network channel.
Transport vehicle comprising at least one trim element and a mounting device for installing said at least one trim element in the transport vehicle, said mounting device comprising a front portion provided with first coupling means connected to the trim element or to an intermediate connecting device connected to the trim element, and a rear part which extends from the first front part, in the opposite direction to the first coupling means, and comprises second coupling means (11, 12) which are elastically deformable and engaged along a support structure of the transport vehicle, the front part comprising a first, substantially flat, face to which a first layer incorporating the first coupling means is fixed, characterised in that the second coupling means (11, 12) are engaged, in a releasable position, along the said support structure of the transport vehicle, and in that the rear part comprises a first arm and a second arm which extend from the two opposite ends of the first face converging towards each other.
A method for a network node for operating in an unlicensed frequency band, the method comprising: modifying at least one function of at least one carrier in a frequency band edge of the unlicensed frequency band, the frequency band edge being located, in a frequency domain, in a non-transmission portion of a spectrum mask that is configured to reduce leakage into an adjacent frequency band; and performing a communication function using the at least one carrier having the modified at least one function; characterized in that the at least one carrier having the modified at least one function includes a master carrier for performing at least one listen before talk, LBT, function related to determining whether a transmission is present on the at least one carrier before the at least one carrier is used for performing the communication function. modifying at least one function of at least one carrier in a frequency band edge of the unlicensed frequency band, the frequency band edge being located, in a frequency domain, in a non-transmission portion of a spectrum mask that is configured to reduce leakage into an adjacent frequency band; and performing a communication function using the at least one carrier having the modified at least one function; characterized in that the at least one carrier having the modified at least one function includes a master carrier for performing at least one listen before talk, LBT, function related to determining whether a transmission is present on the at least one carrier before the at least one carrier is used for performing the communication function.
A method for the sealed closure of a container with flexible walls intended to be depressurized, of the type made up of two superimposed sheets (2, 2a) assembled sealably along a pair of edges (3, 3a) and having at least one loading and unloading slit formed between at least one pair of free edges (4, 4a; 5, 5a; 6, 6a) and substantially parallel to these sheets, each pair of free edges comprising, situated across from one another, an edge of each of these sheets, this container comprising a means (13, 13a) for keeping said sheets bearing sealably together that is positioned on their inner faces, parallel to the free edges that determine the loading and unloading slit(s) and near the latter, characterized in that depressurization is done of one or several conduits created in this sealing means when the latter is in the working position.
Kneading machine for food doughs comprising - a kneading vat, - one or more tool shafts rotatably mounted in a housing, each of which is rotatable about a vertical axis, and - one kneading tool each, which can be fastened to the tool shaft and inserted into the kneading vat, - a kneading space, - an escape space for food dough creeping upwards on the kneading tool, out of the kneading space, each tool shaft being assigned a seal carrier which is fixed to the housing and bears a seal arrangement which seals off the tool shaft with respect to the seal carrier, the seal carrier being spaced apart from the tool shaft by a first gap which lies outside the kneading space and communicates directly with the escape space, characterized in that a second gap is formed between the tool shaft and a part of the kneading machine that is immovable at least during operation, which second gap communicates directly with the kneading chamber and the escape space, wherein the second gap lies deeper in the vertical direction than the first gap and the second gap lies further outwardly in the radial direction relative to the axis of rotation than the first gap. - a kneading vat, - one or more tool shafts rotatably mounted in a housing, each of which is rotatable about a vertical axis, and - one kneading tool each, which can be fastened to the tool shaft and inserted into the kneading vat, - a kneading space, - an escape space for food dough creeping upwards on the kneading tool, out of the kneading space,