mhurhangee/ep-ind-claims huggingface dataset:
A system for determining the filling weight of a mobile collecting container which serves to receive an agricultural crop material and is filled by a harvester by means of a transloading device, wherein the system includes at least one throughput measuring device arranged on the harvester and/or the transloading device thereof and a control device, wherein actual values of the crop material throughput are continuously fed to the control device, and wherein specific data of the collecting container are transmitted to the control device at the beginning of a harvesting cycle with the collecting container empty, characterised in that the current filling weight of the collecting container can be determined in the harvesting cycle by means of the control device on the basis of the crop material throughput.
Capsule for the preparation of a beverage, comprising a wall with a lateral wall portion which extends around an axis and with a bottom portion, which intersects the axis, in the proximal region of the capsule, wherein the lateral wall portion and the bottom portion delimit a chamber, wherein the wall has a weakening pattern with a plurality of tear-open lines, wherein the wall comprises first portions and second portions adjoining the first portions, and wherein the tear-open lines extend at least in certain portions between these first portions and second portions, characterized in that the weakening pattern is formed on the bottom portion in such a way that the first portions form strips, ring portions or circle segments which extend substantially radially with respect to the axis and which are arranged circumferentially spaced apart from one another, and the second portions are interposed circumferentially between the first portions, and in that the capsule has a plurality of reinforcing structures which support the first portions and which are designed in such a way that a movement of the wall in the region of the weakening pattern towards the chamber causes the first portions to sink in less strongly towards the chamber than the second portions, which leads to a relative movement between the first and the second portions, and the wall thus tears open at least in certain portions along the tear-open lines for the purpose of fluid input.
A vulcanized rubber track for a track-driven vehicle in the form of an endless belt having a belt body comprising a top surface, a top width, a bottom surface, an overall thickness, a tensile cord layer of helically spiraled tensile cord embedded in a rubber composition, an overcord rubber layer, an undercord rubber layer, and a top cog profile on the top and a bottom cog profile on the bottom; characterised in that the tensile cord consists of a twisted, single-tow yarn of carbon fiber impregnated with adhesive treatment.
A vascular medical device comprising a surface, consisting of a plasma polymerized biocompatible polyhexane or polyacetylene having nitrogen incorporated therein on a metallic, ceramic, carbon or polymeric substrate of the device, which contacts blood, wherein the surface is coated with plasmin covalently bound thereto.
A knock control device for an engine comprising: a knock sensor which is attached to the engine and outputs a voltage value corresponding to vibration of the engine as a detection data piece; data distribution detection means for detecting a distribution of a plurality of the detection data pieces inputted from the knock sensor in a predetermined time period, for each of voltage values of the respective detection data pieces, by allocating the detection data pieces to voltage regions set stepwise, on the basis of the voltage values of the respective detection data pieces; peak-area detection means for detecting one of the voltage regions as a peak area on the basis of the distribution of the detection data pieces, the one of the voltage regions having the largest number of detection data pieces allocated thereto; rate calculation means for calculating a rate of the number of detection data pieces included in the peak area detected by the peak-area detection means, by dividing the number of detection data pieces included in the peak area by a total number of data pieces detected within the predetermined time period; and retard determination means for outputting an ignition retard instruction when the rate calculated by the rate calculation means is not more than a predetermined retard determination rate, wherein the retard determination means is configured to be energized when the level of the detection data piece from the knock sensor is not less than a predetermined knock determination voltage (Vk). a knock sensor which is attached to the engine and outputs a voltage value corresponding to vibration of the engine as a detection data piece; data distribution detection means for detecting a distribution of a plurality of the detection data pieces inputted from the knock sensor in a predetermined time period, for each of voltage values of the respective detection data pieces, by allocating the detection data pieces to voltage regions set stepwise, on the basis of the voltage values of the respective detection data pieces; peak-area detection means for detecting one of the voltage regions as a peak area on the basis of the distribution of the detection data pieces, the one of the voltage regions having the largest number of detection data pieces allocated thereto; rate calculation means for calculating a rate of the number of detection data pieces included in the peak area detected by the peak-area detection means, by dividing the number of detection data pieces included in the peak area by a total number of data pieces detected within the predetermined time period; and retard determination means for outputting an ignition retard instruction when the rate calculated by the rate calculation means is not more than a predetermined retard determination rate, wherein the retard determination means is configured to be energized when the level of the detection data piece from the knock sensor is not less than a predetermined knock determination voltage (Vk).
A process for preparing polyether alcohols by catalytic addition of alkylene oxides onto a starter substance mixture comprising water-soluble H-functional starter substances which are solid at room temperature, alcohols which are liquid at the reaction temperature and water using alkali metal hydroxides and/or alkaline earth metal hydroxides as catalysts, wherein the amount of water is from 1.0 to 6.0% by weight, based on the weight of the starter substance mixture, and the starter substance mixture comprises no amine constituents and the water content of the reaction mixture is reduced to less than 1% by weight, based on the weight of the starter substance mixture, after addition of from 2 to 6 mol of alkylene oxide onto the starter substance mixture.
A method of making a bioceramic coating on a fibrous article for use in a medical implant comprises steps of • providing an article comprising fibers made from a biocompatible, non-biodegradable polymer; • coating at least the fibers that will be in contact with bone upon use as an implant with a dispersion or solution of a coating polymer to result in coated fibers having a layer of coating polymer; • treating the coated fibers with a dispersion of bioactive ceramic particles of particle size 0.01-10 μm in a treating solvent comprising a solvent for the coating polymer in at least one step; and • removing the treating solvent; to result in the particles being partly embedded in the coating polymer layer of the coated fibers. • providing an article comprising fibers made from a biocompatible, non-biodegradable polymer; • coating at least the fibers that will be in contact with bone upon use as an implant with a dispersion or solution of a coating polymer to result in coated fibers having a layer of coating polymer; • treating the coated fibers with a dispersion of bioactive ceramic particles of particle size 0.01-10 μm in a treating solvent comprising a solvent for the coating polymer in at least one step; and • removing the treating solvent;
A space vehicle comprising: a structure comprising at least one of an antenna reflector mesh, a light-shielding mesh, an optical reflector mesh and a net, the structure configured to expand radially from a first configuration to a second configuration, the structure being substantially in the center of the space vehicle in the first configuration; and equipment compartments (161, 16b, 16c) attached to the periphery of the structure in both the first and second configurations; the equipment compartments forming the periphery of the space vehicle when the structure is in the first configuration, wherein at least two of the equipment compartments contain components providing space vehicle support functions within the volume of the equipment compartment. a structure comprising at least one of an antenna reflector mesh, a light-shielding mesh, an optical reflector mesh and a net, the structure configured to expand radially from a first configuration to a second configuration, the structure being substantially in the center of the space vehicle in the first configuration; and equipment compartments (161, 16b, 16c) attached to the periphery of the structure in both the first and second configurations; the equipment compartments forming the periphery of the space vehicle when the structure is in the first configuration, wherein at least two of the equipment compartments contain components providing space vehicle support functions within the volume of the equipment compartment.
Container for temporarily holding water on the roof of a building, comprising a bottom, a side wall surrounding the bottom and an overflow opening for draining surplus water when the volume of water collected by the container exceeds a buffer volume, the dimensions of the bottom are small with respect to the dimensions of a sloped roof whereon the container can be positioned in such a way that the load of water is distributed homogeneously over the surface of the roof when a plurality of containers of the same dimensions covers the surface of the roof, the container being characterised in that it comprises water-draining means configured to force the water with a temporary storage volume which is lower than the buffer volume to flow according to a regulated leakage rate, said water-draining means comprising a shutter (37, 38, 43) controlled to modify the opening of a draining opening (13, 14) when the level of the water of the temporary storage volume decreases or increases in such a way as to drain the water from the buffer volume according to a regulated leakage rate.
A locking device in addition to the standard lock for doors of motor vehicles, in particular sliding doors or hinged doors, comprising: - a lock adapted to be fixed to a first leaf element of said door, said lock consisting of a casing for accommodating a key-operated lock unit (2; 2'; 2"), said lock unit (2; 2'; 2") being accommodated in the casing along a first axis orthogonal to a base for fixing the lock to the first leaf element of the door, said lock unit (2; 2'; 2") being operable to control a disc element (3; 3') for opening/closing the locking device and being positioned coaxial to said lock unit (2; 2', 2") to rotate between an open position and a closed position of the device and vice versa; - a locking element of said disc element, configured to be fixed to a second leaf element of said door, said locking element being configured to mechanically act in conjunction with the disc element (3; 3') of the lock when the door is in a closed configuration, said locking element comprising an engagement unit shaped to delimit a seat adapted to be engaged with said disc element (3; 3') in closed position to prevent any relative movement between the lock and the locking element in the closed configuration of the door, wherein said casing comprises a through hole configured to accommodate said lock unit (2, 2', 2"), said through hole being delimited by a first wall connected to an inner wall of the casing through radial ribs, and wherein said first wall of the hole comprises canals which are coaxial to the hole to engage longitudinal ribs prepared on the outer surface (S, S', S") of an adapter element (12-13; 113; 213) of the lock unit (2, 2', 2"). - a lock adapted to be fixed to a first leaf element of said door, said lock consisting of a casing for accommodating a key-operated lock unit (2; 2'; 2"), said lock unit (2; 2'; 2") being accommodated in the casing along a first axis orthogonal to a base for fixing the lock to the first leaf element of the door, said lock unit (2; 2'; 2") being operable to control a disc element (3; 3') for opening/closing the locking device and being positioned coaxial to said lock unit (2; 2', 2") to rotate between an open position and a closed position of the device and vice versa; - a locking element of said disc element, configured to be fixed to a second leaf element of said door, said locking element being configured to mechanically act in conjunction with the disc element (3; 3') of the lock when the door is in a closed configuration, said locking element comprising an engagement unit shaped to delimit a seat adapted to be engaged with said disc element (3; 3') in closed position to prevent any relative movement between the lock and the locking element in the closed configuration of the door,
A disposable fluid circuit (200', 200"), for combined association with a cell separator and a separate irradiation device comprising: a) a patient access device for establishing flow communication with a patient; b) a cell separation chamber in openable fluid communication with said patient access device; c) a treatment container comprising walls made of a material that is transparent to light of a selected wavelength; d) a plasma container for collecting plasma and, optionally, saline that is in openable flow communication with said separation chamber and said treatment container; e) tubing defining a sterile flow path between said separation chamber and said treatment container, said flow path having length sufficient to allow for placement of said separation chamber within said separator and allow for placement of said treatment container in said separate irradiation device; f) a container of photoactive agent integral with said circuit, said container having an outlet in openable flow communication with an outlet flow path; and characterised by g) a first frangible cannula (71', 71") for preventing flow of photoactive agent from said container of photoactive agent to said treatment container and a second frangible cannula (71', 71") for preventing flow to said container of photoactive agent, and h) wherein said container of photoactive agent is located between said separation chamber and said treatment container or wherein said container of photoactive agent is located between said separation chamber and said plasma container. a) a patient access device for establishing flow communication with a patient; b) a cell separation chamber in openable fluid communication with said patient access device; c) a treatment container comprising walls made of a material that is transparent to light of a selected wavelength; d) a plasma container for collecting plasma and, optionally, saline that is in openable flow communication with said separation chamber and said treatment container; e) tubing defining a sterile flow path between said separation chamber and said treatment container, said flow path having length sufficient to allow for placement of said separation chamber within said separator and allow for placement of said treatment container in said separate irradiation device; f) a container of photoactive agent integral with said circuit, said container having an outlet in openable flow communication with an outlet flow path; and characterised by g) a first frangible cannula (71', 71") for preventing flow of photoactive agent from said container of photoactive agent to said treatment container and a second frangible cannula (71', 71") for preventing flow to said container of photoactive agent, and h) wherein said container of photoactive agent is located between said separation chamber and said treatment container or wherein said container of photoactive agent is located between said separation chamber and said plasma container.
A method performed by a user equipment, UE, for receiving data in a communication system, the method comprising: identifying a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for a periodic resource allocation and the interval information is a periodic resource allocation interval, and wherein the time information is based on a system frame number, and receiving data for the HARQ process ID, in a first transmission, based on the periodic resource allocation and the interval information. identifying a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for a periodic resource allocation and the interval information is a periodic resource allocation interval, and wherein the time information is based on a system frame number, and receiving data for the HARQ process ID, in a first transmission, based on the periodic resource allocation and the interval information.
A method for initiating a tracking area update, TAU, procedure by a user equipment, UE, in a wireless communication system, the method comprising: performing transmission of uplink data to a network by using control plane cellular internet of things, CIoT, evolved packet system, EPS, optimization in which the UE and the network can transfer data in non-access stratum, NAS, protocol data units, PDUs; and transmitting, to the network, a TAU request based on a detection of a case related to initiating the TAU procedure, wherein the TAU request based on the detection of the case is transmitted when the UE has indicated to the network that reception of downlink data subsequent to the transmission of the uplink data is expected during the transmission of the uplink data using control plane CIoT EPS optimization, and wherein the case is that a NAS layer of the UE receives a radio resource control, RRC, connection failure from a lower layer and has no signaling or uplink user data pending. performing transmission of uplink data to a network by using control plane cellular internet of things, CIoT, evolved packet system, EPS, optimization in which the UE and the network can transfer data in non-access stratum, NAS, protocol data units, PDUs; and transmitting, to the network, a TAU request based on a detection of a case related to initiating the TAU procedure, wherein the TAU request based on the detection of the case is transmitted when the UE has indicated to the network that reception of downlink data subsequent to the transmission of the uplink data is expected during the transmission of the uplink data using control plane CIoT EPS optimization, and wherein the case is that a NAS layer of the UE receives a radio resource control, RRC, connection failure from a lower layer and has no signaling or uplink user data pending.
A method of forming a plurality of electrodes on a test sensor, the test sensor assisting in determining the concentration of an analyte, the method comprising the acts of: providing a substrate; forming at least one aperture through the substrate; applying a catalytic ink or catalytic polymeric solution in a pattern on two sides of the substrate and on a surface adjacent to and forming the at least one aperture, the catalytic ink or catalytic polymeric solution on the two sides assisting in defining the plurality of electrodes on the test sensor; and after applying the catalytic ink or catalytic polymeric solution, electroless plating of the substrate to form the plurality of the electrodes on both sides of the substrate and electroless plating on the surface adjacent to and forming the at least one aperture such that conductive metal is deposited on the surface, the plurality of electrodes assisting in determining the concentration of the analyte and the conductive metal on the surface establishing an electrical connection between the two sides of the substrate. providing a substrate; forming at least one aperture through the substrate; applying a catalytic ink or catalytic polymeric solution in a pattern on two sides of the substrate and on a surface adjacent to and forming the at least one aperture, the catalytic ink or catalytic polymeric solution on the two sides assisting in defining the plurality of electrodes on the test sensor; and after applying the catalytic ink or catalytic polymeric solution, electroless plating of the substrate to form the plurality of the electrodes on both sides of the substrate and electroless plating on the surface adjacent to and forming the at least one aperture such that conductive metal is deposited on the surface, the plurality of electrodes assisting in determining the concentration of the analyte and the conductive metal on the surface establishing an electrical connection between the two sides of the substrate.