mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for use in an information retrieval system, the retrieval system, responsive to a query inputted by a user, adapted for retrieving, from a repository, a plurality of stored documents related to the query so as to define an output document set; the method comprising ranking the plurality of documents in the output set in accordance with a ranking function that, in operation, yields a score, for each said one of the documents; wherein stored entries are ranked in accordance with the score associated with each of the documents in the output document set so as to define a rank order, and providing as output in said rank order, a plurality of stored entries associated with the output document set; characterized in that the method comprises the automatically executed steps of: producing, in response to the query, a first logical form therefor, wherein the first logical form is obtained, from the query, by parsing the query into constituent words; and identifying semantic relationships of said words from a stored lexicon to portray the semantic relationships between words associated with the query as a first triple containing two node words linked by a semantic relationship therebetween; obtaining a second logical form for each different one of the documents in the output document set, wherein the second logical form is obtained by parsing textual phrases in said one document into constituent words and identifying semantic relationships of said words from the stored lexicon to portray the semantic relationships between words associated with a phrase in said one document as a second triple containing two node words linked by a semantic relationship therebetween; and providing, as output and in said defined rank order, plurality of stored entries associated with the output document set. producing, in response to the query, a first logical form therefor, wherein the first logical form is obtained, from the query, by parsing the query into constituent words; and identifying semantic relationships of said words from a stored lexicon to portray the semantic relationships between words associated with the query as a first triple containing two node words linked by a semantic relationship therebetween; obtaining a second logical form for each different one of the documents in the output document set, wherein the second logical form is obtained by parsing textual phrases in said one document into constituent words and identifying semantic relationships of said words from the stored lexicon to portray the semantic relationships between words associated with a phrase in said one document as a second triple containing two node words linked by a semantic relationship therebetween; and providing, as output and in said defined rank order, plurality of stored entries associated with the output document set.
A method, comprising: receiving a Cyclic Shift, CS, parameter from a Base Station, BS; and transmitting, to the BS, reference signals for four layers, the reference signals being generated based on the CS parameter and an Orthogonal Cover Code, OCC, wherein if the CS parameter comprises one of ooo, 001, 010 and 111, OCCs of a first layer and a second layer are identical and OCCs of a third layer and a fourth layer are identical while the OCC of the third layer is different from the OCC of the first layer, and wherein if the CS parameter comprises one of 101, 011, 100 and 110, an OCC is identically allocated to all of the four layers. transmitting, to the BS, reference signals for four layers, the reference signals being generated based on the CS parameter and an Orthogonal Cover Code, OCC, wherein if the CS parameter comprises one of ooo, 001, 010 and 111, OCCs of a first layer and a second layer are identical and OCCs of a third layer and a fourth layer are identical while the OCC of the third layer is different from the OCC of the first layer, and wherein if the CS parameter comprises one of 101, 011, 100 and 110, an OCC is identically allocated to all of the four layers.
A VTOL (vertical take-off and landing) aerial drone having interchangeable cabins, the aerial drone comprising: a flying platform having: a left main wing and a right main wing; a left canard wing and a right canard wing; a main body disposed between the left main wing and the right main wing; a left linear support connecting the left main wing to the left canard wing; a right linear support connecting the right main wing to the right canard wing; the left linear support having. first, a second, a third lifting propeller (108A, 108B, 108C), and a left vertical stabilizer; the right linear support having a fourth, a fifth, a sixth lifting propeller (108D, 108E, 108F) and a right vertical stabilizer; at least one pushing propeller (107A; 107B); characterized in that the flying platform comprises a cargo cabin and a passenger cabin being interchangeably and detachably coupled to the flying platform, in that the at least one pushing propeller (107A; 107B) is disposed so as to be horizontally level with the cargo cabin or the passenger cabin, and in that the at least one pushing propeller includes a left pushing propeller disposed in a mid-section of the left vertical stabilizer, and a right pushing propeller disposed in a mid-section of the right vertical stabilizer. a left main wing and a right main wing; a left canard wing and a right canard wing; a main body disposed between the left main wing and the right main wing; a left linear support connecting the left main wing to the left canard wing; a right linear support connecting the right main wing to the right canard wing; the left linear support having. first, a second, a third lifting propeller (108A, 108B, 108C), and a left vertical stabilizer; the right linear support having a fourth, a fifth, a sixth lifting propeller (108D, 108E, 108F) and a right vertical stabilizer; at least one pushing propeller (107A; 107B); characterized in that the flying platform comprises a cargo cabin and a passenger cabin being interchangeably and detachably coupled to the flying platform, in that the at least one pushing propeller (107A; 107B) is disposed so as to be horizontally level with the cargo cabin or the passenger cabin, and in that the at least one pushing propeller includes a left pushing propeller disposed in a mid-section of the left vertical stabilizer, and a right pushing propeller disposed in a mid-section of the right vertical stabilizer.
A method comprising: - placing a synthetic filter fabric around a filtering surface, and - heating the fabric to a temperature of 100 to 160 °C, by an apparatus comprising at least one infrared element arrangement comprising at least one infrared element comprising a plurality of infrared radiators and means for moving the apparatus to a heating distance from the fabric, for shrinking the fabric on the filtering surface, characterised in that the method comprises: - moving the apparatus gradually along an axial direction of the filtering surface by the means for moving. - placing a synthetic filter fabric around a filtering surface, and - heating the fabric to a temperature of 100 to 160 °C, by an apparatus comprising at least one infrared element arrangement comprising at least one infrared element comprising a plurality of infrared radiators and means for moving the apparatus to a heating distance from the fabric, for shrinking the fabric on the filtering surface, - moving the apparatus gradually along an axial direction of the filtering surface by the means for moving.
An apparatus for performing a polymerase chain reaction procedure on a column of target DNA solution, comprising: a) an elongate tube having a proximal end, a distal end, lengthwise axis, a denaturation zone, annealing zone, and elongation zone; b) means for heating said three heating/cooling zones (30a, 30b and 30c) at independent, elevated temperatures; c) means for shuttling the target solution back and forth within said tube from one zone to another in a repeating thermal cycle; characterized in that it includes: d) means for controlling the movement and the axial position of the target solution within said tube during the thermal cycle including means for detecting a position of the target solution within each said heating/cooling zone, and in that the distal end of said elongate tube is sealed with a removable end cap. a) an elongate tube having a proximal end, a distal end, lengthwise axis, a denaturation zone, annealing zone, and elongation zone; b) means for heating said three heating/cooling zones (30a, 30b and 30c) at independent, elevated temperatures; c) means for shuttling the target solution back and forth within said tube from one zone to another in a repeating thermal cycle; d) means for controlling the movement and the axial position of the target solution within said tube during the thermal cycle including means for detecting a position of the target solution within each said heating/cooling zone,
Container, in particular a vial intended for holding a cosmetic product, comprising a wiper defining a wiping orifice, the wiping orifice being the transversal circular cross-section of the wiper having the smallest inner diameter, said wiper being mounted inside a portion of said container, called body of the container, said container further comprising a rod removable with respect to said body, said container further comprising an intermediate part in slide connection with said rod, between two positions, said intermediate part being designed to be retained in and by the wiping orifice, said intermediate part being in annular contact in said wiping orifice, said intermediate part being configured to wipe said rod between said two positions, the wiper being made of an elastic material so as to be deformed to the passage of the intermediate part, said rod extending along a main longitudinal extension direction, called main direction, between a proximal end and an opposite end, called distal end, said container further comprising a first abutment for the intermediate part located at the level of said proximal end and a second abutment located at the level of said distal end, said second abutment being configured to disengage the intermediate part from the wiping orifice during the removal of the rod of the body.
A method for enabling inter-radio access technology handover in a communication system comprising a first network utilizing a first radio access technology (UTRAN) and a second network utilizing a second radio access technology (eUTRAN), when a user equipment moves from the first network (UTRAN) into the second network (eUTRAN) and a handover is to be made, said method comprising the steps of: processing protocol data units, PDUs, in non-IP packet format and buffered in the first network (UTRAN) or in the user equipment into IP packets in response to a handover confirmation, HOcfm, sent by the second network (eUTRAN); forwarding the processed IP packets from the first network (UTRAN) to the second network (eUTRAN) if the PDUs are buffered in the first network; and retransmitting the processed IP packets after the user equipment is switched to the second network (eUTRAN). processing protocol data units, PDUs, in non-IP packet format and buffered in the first network (UTRAN) or in the user equipment into IP packets in response to a handover confirmation, HOcfm, sent by the second network (eUTRAN); forwarding the processed IP packets from the first network (UTRAN) to the second network (eUTRAN) if the PDUs are buffered in the first network; and retransmitting the processed IP packets after the user equipment is switched to the second network (eUTRAN).
A method for monitoring microbiologically induced corrosion on metal surfaces in contact with a fluid; said method comprising adding to the fluid a silanol compound or silanol compound precursor having a group detectible by ultraviolet spectrophotometry or fluorescence spectroscopy, or which is isotopically enriched, and monitoring the level of free silanol in the fluid released from the metal surface as a biofilm forms by detecting the uv-active or fluorescent group, or isotopically enriched atom, by known spectroscopic techniques.
A polymer composition comprising: at least one multimodal ethylene-based polymer having a density from 0.900 to 0.930 g/cc when measured according to ASTM D792 and a melt index (I 2) from 0.1 to 10.0 g/10 min when measured according to ASTM D1238 at a load of 2.16 kg and temperature of 190 °C, the multimodal ethylene-based polymer comprising a first ethylene-based component, a second ethylene-based component, and a third ethylene-based component, wherein each of the first ethylene-based component, the second ethylene-based component, and the third ethylene-based component are polymerized reaction products of ethylene monomer and at least one C 3 -C 12 α-olefin comonomer, wherein: the first ethylene-based component has a density of 0.855 to 0.900 g/cc, and a weight-average molecular weight (M w) of 128,000 g/mol to 363,000 g/mol, the multimodal ethylene-based polymer comprising at least 20% by weight of the first ethylene-based component; the second ethylene-based component has a density greater than the density of the first ethylene-based component and less than 0.930 g/cc, and a weight-average molecular weight (M w) of 88,500 g/mol to 363,000 g/mol; and the third ethylene-based component has a density greater than the density of the second ethylene-based component. the first ethylene-based component has a density of 0.855 to 0.900 g/cc, and a weight-average molecular weight (M w) of 128,000 g/mol to 363,000 g/mol, the multimodal ethylene-based polymer comprising at least 20% by weight of the first ethylene-based component; the second ethylene-based component has a density greater than the density of the first ethylene-based component and less than 0.930 g/cc, and a weight-average molecular weight (M w) of 88,500 g/mol to 363,000 g/mol; and the third ethylene-based component has a density greater than the density of the second ethylene-based component.
A method of wireless communication by an apparatus, comprising: constructing a discovery frame having one or more relay-specific fields changeable by relay devices capable of relaying the discovery frame; initializing the one or more relay-specific fields; generating a message integrity check, MIC, value based, at least in part, on a security key, the initialized one or more relay-specific fields, an identifier of a relay device capable of relaying the discovery frame, and a time-varying parameter; and transmitting, via a first wireless signal comprising a first one or more data packets, the discovery frame including the MIC value and the relay-specific fields but lacking the security key. constructing a discovery frame having one or more relay-specific fields changeable by relay devices capable of relaying the discovery frame; initializing the one or more relay-specific fields; generating a message integrity check, MIC, value based, at least in part, on a security key, the initialized one or more relay-specific fields, an identifier of a relay device capable of relaying the discovery frame, and a time-varying parameter; and transmitting, via a first wireless signal comprising a first one or more data packets, the discovery frame including the MIC value and the relay-specific fields but lacking the security key.
Mobile additive manufacturing installation, the installation comprising a main self-supporting frame which makes it possible to render the installation transportable by road, the installation comprising a main manufacturing housing supported by the main frame and closed in leaktight fashion by panels fixed to the main frame, at least one main additive manufacturing machine being installed inside the main manufacturing housing, the main additive manufacturing machine comprising at least one manufacturing chamber inside which is carried out an additive manufacturing process consisting in depositing additive manufacturing powder and in fusing the grains of this powder using a source of energy or of heat, the installation comprising a main inerting device which makes it possible to supply the manufacturing chamber of the machine with an inert gas and which also makes it possible to capture the inert gas contaminated by the fumes resulting from the additive manufacturing inside the manufacturing chamber, a main circulation path being provided in the main manufacturing housing in order to make it possible for an operator to circulate around the main additive manufacturing machine, the installation comprising a main airlock for the entry and the exit of at least one operator, and this main airlock being supported by the main frame and closed in leaktight fashion by panels fixed to the main self-supporting frame, an internal door makes it possible for an operator to circulate between the main airlock and the main manufacturing housing and an external door makes it possible for an operator to circulate between the main airlock and the outside of the installation, the installation comprising a main device for treatment of the air circulating inside the main manufacturing housing, this main treatment device making it possible to supply the inside of the main manufacturing housing with air withdrawn outside the installation, this main treatment device making it possible to withdraw the air present in the main manufacturing housing and in the main airlock, and this main treatment device making it possible to manage the pressure of the air present in the main manufacturing housing and in the main airlock.
Analysis unit for performing a nested polymerase chain reaction, wherein the analysis unit has the following features: at least one preparation chamber for performing a first polymerase chain reaction, in order to obtain a reaction product; and at least one evaluation structure for performing a second polymerase chain reaction using the reaction product, wherein the evaluation structure is or can be fluidically coupled to the preparation chamber, and wherein the evaluation structure comprises at least two segment chambers, which are fluidically connected in parallel, wherein the preparation chamber is designed with a first subsidiary chamber, a second subsidiary chamber and a third subsidiary chamber, wherein the first subsidiary chamber is arranged in a first temperature zone, the second subsidiary chamber is arranged in a second temperature zone, and the third subsidiary chamber is arranged in a third temperature zone of the analysis unit, for performing a three-step first polymerase chain reaction, wherein the at least two segment chambers are each fluidically connected to a further segment chamber for a two-step second polymerase chain reaction, wherein the segment chambers are fluidically connected to the second subsidiary chamber, and wherein the segment chambers are arranged in the second temperature zone and the further segment chambers are arranged in the third temperature zone. at least one preparation chamber for performing a first polymerase chain reaction, in order to obtain a reaction product; and at least one evaluation structure for performing a second polymerase chain reaction using the reaction product, wherein the evaluation structure is or can be fluidically coupled to the preparation chamber, and wherein the evaluation structure comprises at least two segment chambers, which are fluidically connected in parallel, wherein the preparation chamber is designed with a first subsidiary chamber, a second subsidiary chamber and a third subsidiary chamber, wherein the first subsidiary chamber is arranged in a first temperature zone, the second subsidiary chamber is arranged in a second temperature zone, and the third subsidiary chamber is arranged in a third temperature zone of the analysis unit, for performing a three-step first polymerase chain reaction, wherein the at least two segment chambers are each fluidically connected to a further segment chamber for a two-step second polymerase chain reaction, wherein the segment chambers are fluidically connected to the second subsidiary chamber, and wherein the segment chambers are arranged in the second temperature zone and the further segment chambers are arranged in the third temperature zone.
A display panel, comprising: a base substrate; a gate electrode on the base substrate; an active layer spaced apart from the gate electrode by a gate insulating layer; a light emitting layer disposed on a side of the active layer away from the gate electrode; and a source electrode and a drain electrode, configured in such a way that a current is allowed to flow through the light emitting layer via the active layer, wherein an energy level transition layer is provided between the active layer and the light emitting layer; wherein the gate electrode, the active layer, the gate insulating layer, the light emitting layer, the source electrode and the drain electrode constitute an luminous field effect transistor, the display panel comprises a plurality of the luminous field effect transistors, the plurality of luminous field effect transistors are arranged in such a way that source electrodes of two adjacent luminous field effect transistors in a first direction are integrated to form a first combined body and drain electrodes of two adjacent luminous field effect transistors in the first direction are integrated to form a second combined body, wherein the first combined body and the second combined body are alternately arranged in the first direction. a base substrate; a gate electrode on the base substrate; an active layer spaced apart from the gate electrode by a gate insulating layer; a light emitting layer disposed on a side of the active layer away from the gate electrode; and a source electrode and a drain electrode, configured in such a way that a current is allowed to flow through the light emitting layer via the active layer, wherein an energy level transition layer is provided between the active layer and the light emitting layer; wherein the gate electrode, the active layer, the gate insulating layer, the light emitting layer, the source electrode and the drain electrode constitute an luminous field effect transistor, the display panel comprises a plurality of the luminous field effect transistors, the plurality of luminous field effect transistors are arranged in such a way that source electrodes of two adjacent luminous field effect transistors in a first direction are integrated to form a first combined body and drain electrodes of two adjacent luminous field effect transistors in the first direction are integrated to form a second combined body, wherein the first combined body and the second combined body are alternately arranged in the first direction.