mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic display device for a shooting range having at least one target for laser-based weapon simulators comprising a. a timer for recording the shooting time, b. at least one display panel for displaying information, characterized in that c. several light panels are provided in addition to indicate a hit or a miss on the at least one target , d. the display device is designed as an LED matrix display having a plurality of individual LEDs . a. a timer for recording the shooting time, b. at least one display panel for displaying information, c. several light panels are provided in addition to indicate a hit or a miss on the at least one target , d. the display device is designed as an LED matrix display having a plurality of individual LEDs .
System comprising at least one decoy target and a carrier system consisting of at least one unmanned aircraft or at least one parachute , characterized in that the decoy target has at least four and preferably a plurality of corner reflectors and in that the corner reflectors are arranged in a reflector matrix so as to have a predetermined spatial height graduation, side graduation and depth graduation in order to simulate a target.
Strip for organizing cables into a layer, the strip comprising a body lying in a transverse direction between two end portions , the body having an upper surface and a lower surface , at least one out of the upper surface and the lower surface comprising at least two slots , each slot forming a substantially longitudinal passage for a cable, the strip being characterized in that it also comprises: - on a first end portion , a hinge connection system , which includes, on the side of the upper surface , a first cylindrical hinge element forming an axis of rotation and which includes, on the side of the lower surface , a second depressed hinge element that complements the first hinge element , adapted to engage on the first hinge element by clicking; - on the second end portion , a locking system , which includes, on the side of the upper surface , a first projecting locking element and which includes, on the side of the lower surface , a second depressed locking element adapted to come into engagement with the first locking element ; such that a first hinge element of a first strip can be assembled by clicking onto a second hinge element of a second strip , and a first locking element of the first strip can be held by a second locking element of the second strip , in order to form an assembly for organizing cables. - on a first end portion , a hinge connection system , which includes, on the side of the upper surface , a first cylindrical hinge element forming an axis of rotation and which includes, on the side of the lower surface , a second depressed hinge element that complements the first hinge element , adapted to engage on the first hinge element by clicking; - on the second end portion , a locking system , which includes, on the side of the upper surface , a first projecting locking element and which includes, on the side of the lower surface , a second depressed locking element adapted to come into engagement with the first locking element ;
Device for providing stopper elements that are sorted in order to feed a downstream workstation, comprising: - a lifting means for sorting said elements in accordance with their orientation; - downstream of said lifting means a means for referencing said stopper elements one by one in a regular flow; - at the outlet of said referencing means a conveyor for bringing the referenced elements one by one to said workstation; - a vision means for verifying the conformance of said elements when they arrive in an inspection zone of said device , said inspection zone being located at the referencing means and/or the conveyor ; - located downstream of said vision means a means for expelling those elements that do not conform; characterized in that at least: - the inspection zone comprises at least two successive sections each including a distinct colour. - a lifting means for sorting said elements in accordance with their orientation; - downstream of said lifting means a means for referencing said stopper elements one by one in a regular flow; - at the outlet of said referencing means a conveyor for bringing the referenced elements one by one to said workstation; - a vision means for verifying the conformance of said elements when they arrive in an inspection zone of said device , said inspection zone being located at the referencing means and/or the conveyor ; - located downstream of said vision means a means for expelling those elements that do not conform; characterized in that at least: - the inspection zone comprises at least two successive sections each including a distinct colour. - the inspection zone comprises at least two successive sections each including a distinct colour.
A horology component based on a fragile material, comprising at least one surface part of fragile material covered with a coating comprising at least two layers C E of elastic material separated by a layer CR of a material stronger than the elastic material , said elastic material of said two layers CE having an elastic modulus less than or equal to 10 GPa, or even less than or equal to 5 GPa, or even less than or equal to 3 GPa and/or said elastic material of said two layers CE having an elongation at break greater than or equal to 10%, or even greater than or equal to 20%, or even greater than or equal to 30%, and said stronger material having an elastic modulus greater than or equal to 30 GPa, or even greater than or equal to 45 GPa, or even greater than or equal to 60 GPa, and/or having an elastic modulus greater than or equal to that of an adjacent layer made of elastic material increased by 50%, and/or having an elastic modulus somewhere between that of an adjacent layer made of elastic material and that of said fragile material.
A composition comprising a viable population of bacteria, wherein the population comprises Clostridium innocuum, Clostridium bolteae, Blautiaproducta, Murimonas intestini and Eubacterium contortum.
A method for aggregating a cluster of particles having a target cluster constitution in a channel , the method comprising the steps of: - establishing a fluid stream (F) through said channel , said channel comprising a retention section , said fluid stream (F) comprising a fluid carrier medium and particles of at least one type; - controlling a supply of said particles of at least one type into the fluid stream (F); - operating a retention mechanism to aggregate at least part of said particles in an aggregation region within said retention section , to thereby form said cluster of particles , wherein operating the particle retention mechanism comprises generating an acoustic field in the retention section using an acoustic wave generator of the retention mechanism ; - monitoring, while operating said retention mechanism , the particles in at least part of said channel for obtaining a monitoring signal associated with the cluster and/or with the particles moving in the fluid stream (F); - determining a current cluster constitution of said cluster from the monitoring signal; - comparing said current cluster constitution with said target cluster constitution; and - controlling at least one of said particle retention mechanism or said supply of said particles of at least one type, such that said current cluster constitution of said cluster dynamically approaches said target cluster constitution. - establishing a fluid stream (F) through said channel , said channel comprising a retention section , said fluid stream (F) comprising a fluid carrier medium and particles of at least one type; - controlling a supply of said particles of at least one type into the fluid stream (F); - operating a retention mechanism to aggregate at least part of said particles in an aggregation region within said retention section , to thereby form said cluster of particles , wherein operating the particle retention mechanism comprises generating an acoustic field in the retention section using an acoustic wave generator of the retention mechanism ; - monitoring, while operating said retention mechanism , the particles in at least part of said channel for obtaining a monitoring signal associated with the cluster and/or with the particles moving in the fluid stream (F); - determining a current cluster constitution of said cluster from the monitoring signal; - comparing said current cluster constitution with said target cluster constitution; and - controlling at least one of said particle retention mechanism or said supply of said particles of at least one type, such that said current cluster constitution of said cluster dynamically approaches said target cluster constitution.
An elongated lighting module defining a longitudinal axis and comprising: - a housing having a base at a base side and a light transmissive cover comprising a light transmissive cover top at a top side opposite said base side and a light transmissive wall extending between the top side and the base side, - an array of LEDs accommodated in a space enclosed by the base and the cover and facing away from the base side, - a mounting element for suspended connection via a suspension element to a ceiling defining in suspended arrangement a suspension axis , the mounting element extending over essentially the full length of the module, centrally intersecting, or extending over an outer surface of, or directly connected to the cover top and enabling the suspension element to be displaceable along the longitudinal axis, and the transparent cover facing towards the suspension element and extending over essentially the whole width (W) of the housing and portions of side walls of the housing either as one cover or as two intersected elongated cover parts axially extending mutually parallel and next to each other. - a housing having a base at a base side and a light transmissive cover comprising a light transmissive cover top at a top side opposite said base side and a light transmissive wall extending between the top side and the base side, - an array of LEDs accommodated in a space enclosed by the base and the cover and facing away from the base side, - a mounting element for suspended connection via a suspension element to a ceiling defining in suspended arrangement a suspension axis , the mounting element extending over essentially the full length of the module, centrally intersecting, or extending over an outer surface of, or directly connected to the cover top and enabling the suspension element to be displaceable along the longitudinal axis, and the transparent cover facing towards the suspension element and extending over essentially the whole width (W) of the housing and portions of side walls of the housing either as one cover or as two intersected elongated cover parts axially extending mutually parallel and next to each other.
A bag for preserving clothes, comprising a first wall and a second wall made of a first synthetic material, joined along two opposite lateral edges , between which an inlet for introducing clothes there through is formed, and a band which is heat-sealed externally to said first wall along said two lateral edges and along said inlet and is adapted to be folded back over the inlet so as to overlap said second wall , characterized in that said band is made of a second more rigid synthetic material and has an adhesive side that is adapted to adhere to said second wall with the band folded back over the inlet .
Awning for a vehicle , in particular for a caravan or a mobile home, which forms an additional protected region to the vehicle over a surface, comprising a tubular frame that can be inflated in order to create stability by means of a gas which is under an overpressure compared with an ambient pressure, the tubular frame comprising at least one first tubular region that extends upward from the surface (U) and has a first length, and at least the first tubular region comprising means for changing its length , characterized in that the length-changing means comprise a third tubular region having two mutually remote first and second ends (3b, 3c; 4b, 4c), at least one first connecting means (3d; 4d) being provided at the first ends (3b; 4b) and at least one second connecting means (3e; 4e) being provided at the second ends (3c; 4c), the first and second connecting means being designed to be complementary, such that the first and second ends (3b, 3c; 4b, 4c) of the third tubular region can be connected to and separated from one another by means of the first and second connecting means (3d, 3e; 4d, 4e). comprising a tubular frame that can be inflated in order to create stability by means of a gas which is under an overpressure compared with an ambient pressure, the tubular frame comprising at least one first tubular region that extends upward from the surface (U) and has a first length, and at least the first tubular region comprising means for changing its length , characterized in that the length-changing means comprise a third tubular region having two mutually remote first and second ends (3b, 3c; 4b, 4c), at least one first connecting means (3d; 4d) being provided at the first ends (3b; 4b) and at least one second connecting means (3e; 4e) being provided at the second ends (3c; 4c), the first and second connecting means being designed to be complementary, such that the first and second ends (3b, 3c; 4b, 4c) of the third tubular region can be connected to and separated from one another by means of the first and second connecting means (3d, 3e; 4d, 4e).
A method for reducing quantification errors caused by an optical artefact in digital polymerase chain reaction (dPCR), wherein the amount or concentration of a nucleic acid of interest is quantified in an array of reaction areas, the method comprising a) providing an array of reaction areas used in dPCR; b) determining the distribution of the optical signals in each reaction area; c) identifying a reaction area as invalid, if the optical signals in the reaction area determined in step b) are unequally distributed in the reaction area; and d) eliminating the reaction area identified as invalid from calculating the amount or concentration of the nucleic acid of interest. a) providing an array of reaction areas used in dPCR; b) determining the distribution of the optical signals in each reaction area; c) identifying a reaction area as invalid, if the optical signals in the reaction area determined in step b) are unequally distributed in the reaction area; and d) eliminating the reaction area identified as invalid from calculating the amount or concentration of the nucleic acid of interest.
A method for determining a pilot arrangement, comprising: S1. Selecting a first optimized pilot arrangement P1 from an available subcarrier set G as a pilot arrangement indicating the subcarriers used to transmit a pilot symbol of a first transmit antenna of a quantity of transmit antennas, and obtaining a difference set between the set G and the pilot arrangement G1 according to G1=G-P1; S2. Performing a cyclic shift on the pilot arrangement P1 to obtain a pilot arrangement Pi; if the pilot arrangement Pi obtained after the shift is a subset of the set G1, selecting the pilot arrangement Pi as a pilot arrangement of the i th transmit antenna, wherein i is a natural number greater than or equal to 2; or if the pilot arrangement Pi obtained after the shift is not a subset of the set G1, selecting another pilot arrangement Pi from the set G1 as a pilot arrangement of the i th transmit antenna; and updating the difference set G1 according to G1=G1-Pi, setting i=i+1, and repeatedly performing S2 until i is equal to the quantity of transmit antennas; and transmitting each selected pilot arrangement of each transmit antenna of the quantity of transmit antennas. S1. Selecting a first optimized pilot arrangement P1 from an available subcarrier set G as a pilot arrangement indicating the subcarriers used to transmit a pilot symbol of a first transmit antenna of a quantity of transmit antennas, and obtaining a difference set between the set G and the pilot arrangement G1 according to G1=G-P1; S2. Performing a cyclic shift on the pilot arrangement P1 to obtain a pilot arrangement Pi; if the pilot arrangement Pi obtained after the shift is a subset of the set G1, selecting the pilot arrangement Pi as a pilot arrangement of the i th transmit antenna, wherein i is a natural number greater than or equal to 2; or if the pilot arrangement Pi obtained after the shift is not a subset of the set G1, selecting another pilot arrangement Pi from the set G1 as a pilot arrangement of the i th transmit antenna; and updating the difference set G1 according to G1=G1-Pi, setting i=i+1, and repeatedly performing S2 until i is equal to the quantity of transmit antennas; and transmitting each selected pilot arrangement of each transmit antenna of the quantity of transmit antennas.
A multiway switch , comprising: seven throw, T, ports and 2 n pole, P, ports, and the seven T ports comprising one first T port coupled with all of the 2 n P ports; n being an integer and n ≥2; and the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency single-transmit mode, to implement a preset function of the electronic device, the antenna system comprising 2 n antennas corresponding to the 2 n P ports, each of the 2 n P ports being coupled with a corresponding antenna of the 2 n antennas, wherein the preset function is a function of transmitting a sounding reference signal, SRS, through the 2 n antennas in turn; characterized in that the seven T ports further comprise six second T ports; each of the six second T ports is coupled with only one of the 2 n P ports and T ports at the same frequency band in the six second T ports are coupled with different P ports; the first T port at least supports a transmission function; and the six second T ports support only a reception function. seven throw, T, ports and 2 n pole, P, ports, and the seven T ports comprising one first T port coupled with all of the 2 n P ports; n being an integer and n ≥2; and the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency single-transmit mode, to implement a preset function of the electronic device, the antenna system comprising 2 n antennas corresponding to the 2 n P ports, each of the 2 n P ports being coupled with a corresponding antenna of the 2 n antennas, wherein the preset function is a function of transmitting a sounding reference signal, SRS, through the 2 n antennas in turn; characterized in that the seven T ports further comprise six second T ports; each of the six second T ports is coupled with only one of the 2 n P ports and T ports at the same frequency band in the six second T ports are coupled with different P ports; the first T port at least supports a transmission function; and the six second T ports support only a reception function.
A method for producing prestressed concrete parts, which include cast-in-place or formed-in-place fastening devices or installation parts, namely sleepers of prestressed concrete or switches-sleepers of prestressed concrete with means for rail fastening, wherein in at least one molding bed, molded parts are generated by casting, and the molding bed receives a plurality of stressing tendons , furthermore between the molded parts and/or in the end areas of the molding bed, storing boxes or storing plates are inserted, and after hardening of the concrete, the molded parts are removed from the respective molding bed, wherein into the molding bed, bottom plates that are free from fastening devices or installation parts are introduced, or molding beds provided with such bottom plates and representing a trough are inserted, the storing boxes or storing plates are placed depending on the desired length dimensions of the molded part, and the fastening devices or installation parts are fixed in dimensional accuracy on the respective bottom plate by means of permanent magnetic retaining devices (3; 5), characterized in that fixing of the fastening devices, installation parts, storing boxes and/or storing plates is performed by means of switchable permanent magnetic retaining devices, wherein the fastening device is formed as a metallic bead plate having pre-assembled dowels , furthermore, at the predetermined position within the molding bed , a switchable permanent magnet is disposed or inserted in order to fix the bead plate in its position with respect to the molding bed , wherein, prior to re-stressing or de-stressing of the stressing tendons , the permanent magnetic fixation is cancelled such that a position displacement of the bead plate can be performed, whereby a bead crack formation within the molded part is avoidable.
A method for transmitting a flow via a specified path, comprising: transmitting (S202), to at least one next hop node, by an ingress node of a bit indexed explicit replication, BIER, network, information of the specified path through which the flow passes; characterized by that, the information of the specified path is a tree list which has a root served by the ingress node and reaches all egress nodes, and level information of the tree list is used to indicate a level at which each node is located. transmitting (S202), to at least one next hop node, by an ingress node of a bit indexed explicit replication, BIER, network, information of the specified path through which the flow passes; characterized by that, the information of the specified path is a tree list which has a root served by the ingress node and reaches all egress nodes, and level information of the tree list is used to indicate a level at which each node is located.
A method performed by a wireless device for determining a time-domain resource allocation, the method comprising: receiving from a network node a downlink control information, DCI, that schedules a downlink transmission; detecting a Radio Network Temporary Identifier, RNTI, used in the scheduling of the downlink transmission; selecting a time-domain resource allocation table from multiple different time-domain resource allocation tables based on the detected RNTI, wherein each of the different time domain resource allocation tables is defined by a plurality of entries that specify different combinations of starting orthogonal frequency division multiplexing, OFDM, symbol and duration in OFDM symbols for a time-domain resource allocation; and determining a time-domain resource allocation for the downlink transmission based on a time-domain resource allocation field in the DCI, the time-domain resource allocation field indicating an entry within the selected time-domain resource allocation table. receiving from a network node a downlink control information, DCI, that schedules a downlink transmission; detecting a Radio Network Temporary Identifier, RNTI, used in the scheduling of the downlink transmission; selecting a time-domain resource allocation table from multiple different time-domain resource allocation tables based on the detected RNTI, wherein each of the different time domain resource allocation tables is defined by a plurality of entries that specify different combinations of starting orthogonal frequency division multiplexing, OFDM, symbol and duration in OFDM symbols for a time-domain resource allocation; and determining a time-domain resource allocation for the downlink transmission based on a time-domain resource allocation field in the DCI, the time-domain resource allocation field indicating an entry within the selected time-domain resource allocation table.