mhurhangee/ep-ind-claims huggingface dataset:
A fertiliser pellet comprising: a first region of a nitrogen-providing fertiliser composition; and a second region adhered to the exterior of the first region, the second region comprising a fertiliser composition capable of providing (a) two or more alkali metal and/or alkaline earth metal nutrients and (b) sulphur, wherein the second region comprises a mineral powder, the mineral powder being a powder of polyhalite. a first region of a nitrogen-providing fertiliser composition; and a second region adhered to the exterior of the first region, the second region comprising a fertiliser composition capable of providing (a) two or more alkali metal and/or alkaline earth metal nutrients and (b) sulphur, wherein the second region comprises a mineral powder, the mineral powder being a powder of polyhalite.
A mobile radio communications network device operative to transmit a non-access stratum, NAS, signal to a mobile radio communications device after a failed attempt by said mobile radio communications device to access a mobile radio communications network via said network device, said network device being arranged to include within said NAS signal information indicating to said mobile radio communications device which one of: (i) an existing NAS signalling connection; or (ii) a new NAS signalling connection, said radio mobile communications device should employ to attempt re-establishment of connection with said network device.
Method for detecting a 3D scene by means of a LIDAR system including a transmitter and a receiver as well as a pivotable mirror arrangement arranged between the transmitter and the 3D scene, wherein the transmitter is operated as a laser light source and the receiver is configured as a matrix sensor with a single-beam optical system and light sensors (14, 14a) distributed over a surface, wherein by means of light pulses of the transmitter, light points which are reflected back are generated with spatial resolution at image points of a point cloud of the 3D scene while the mirror arrangement is pivoted, and from each of these light points of the light sensors (14, 14a) an input signal is determined, and a distance of the light points to the matrix sensor is determined on the basis of a time-of-flight measurement, wherein a defocused input signal of a light point comprising a plurality of light sensors is imaged by means of the single-beam optical system, and the input signals of adjacent light sensors are compared with one another, characterised that time values determined in the light sensors for the light pulses determined in the corresponding light sensors are combined into a temporal histogram, wherein the distance between the light points and the matrix sensor is determined from the maximum of the histogram.
A computing device comprising: a first chip comprising one or more CPU cores, a memory controller coupled to the one or more CPU cores, and a first serializer-deserializer device, the memory controller comprising a cache memory controller and a system memory controller; a second chip comprising cache memory managed by the cache memory controller, a data router, and a second serializer-deserializer device (201, 203); system memory separate from the first chip and the second chip and managed by the system memory controller and the data router; a first interface coupled between the system memory and the second chip; and a second interface comprising a single wire coupled between the first serializer-deserializer device and the second serializer-deserializer device, wherein the first serializer-deserializer device and the second serializer-deserializer device exchange data over the single wire using quadrature amplitude modulation; wherein a memory request from the one or more CPU cores is serviced by the cache memory controller by providing data from the cache memory to the one or more CPU cores over the second interface if there is a cache hit for the memory request or by the data router by providing data to the one or more CPU cores from the system memory if there is a cache miss for the memory request. a first chip comprising one or more CPU cores, a memory controller coupled to the one or more CPU cores, and a first serializer-deserializer device, the memory controller comprising a cache memory controller and a system memory controller; a second chip comprising cache memory managed by the cache memory controller, a data router, and a second serializer-deserializer device (201, 203); system memory separate from the first chip and the second chip and managed by the system memory controller and the data router; a first interface coupled between the system memory and the second chip; and a second interface comprising a single wire coupled between the first serializer-deserializer device and the second serializer-deserializer device, wherein the first serializer-deserializer device and the second serializer-deserializer device exchange data over the single wire using quadrature amplitude modulation; wherein a memory request from the one or more CPU cores is serviced by the cache memory controller by providing data from the cache memory to the one or more CPU cores over the second interface if there is a cache hit for the memory request or by the data router by providing data to the one or more CPU cores from the system memory if there is a cache miss for the memory request.
High-performance plug connector for receiving at least one electrical cable, having an at least one-piece housing, an at least one-piece insulating body for receiving an electrical contact element, which is brought into electrically conductive connection with the cable, and a contact holder for fixing the contact element in the insulating body, wherein the contact holder has an at least basically hollow cylindrical base body, on which at least two contact arms are arranged, and wherein the distance of the contact arms from the longitudinal axis, starting from the base body, decreases in the insertion direction characterized in that the high-performance plug connector has a cable fixing for fixing the cable to the housing and that the contact holder is connected to the housing in a tool-free and reversible manner. the contact holder has an at least basically hollow cylindrical base body, on which at least two contact arms are arranged, and wherein the distance of the contact arms from the longitudinal axis, starting from the base body, decreases in the insertion direction characterized in that the high-performance plug connector has a cable fixing for fixing the cable to the housing and that the contact holder is connected to the housing in a tool-free and reversible manner.
A flexible, customisable backrest overlay for a seat, the overlay being configured to substantially conform around a contoured surface of the backrest, and comprising a first layer having a front surface and a rear surface, wherein a plurality of channels are provided on the rear surface and extend in a first direction along the rear surface, wherein one or more first contouring members are located between adjacent channels and project from the rear surface of the first layer and wherein one or more second contouring members are located between adjacent channels and are stacked on top of the one or more first contouring members so that the first and second contouring members form stacks of contouring members between adjacent channels, characterized in that perforation lines are provided between the stacked contouring members to allow each second contouring member to be torn or cut away from the first contouring member in the same stack to adjust the contours of the front surface to provide customised contoured cushioning to satisfy the postural or alignment needs of the user.
System for drainage of water occurring on a transport area, such as for example surface water, having at least two drainage gutter modules and having at least one holder by means of which the drainage gutter modules are connected, wherein, by means of a spacer of the holder, a spacing for receiving an in particular firm and/or pourable adhesive bonding means and/or sealing means is formed between the connected drainage gutter modules, characterized in that the spacer has two substantially C-shaped profiles which are each arranged oppositely on an outer side of the holder.
An automated slide processing apparatus configured to apply at least one reagent to a specimen carried by a microscope slide, the automated slide processing apparatus comprising: a support element having a support surface and including a trench; at least one vacuum port; and a sealing member, wherein the sealing member in an uncompressed state extends upwardly beyond the support surface and in a compressed state is configured to maintain an airtight seal with a backside of the microscope slide when the microscope slide is pulled against the support surface by a vacuum drawn via the at least one vacuum port, characterized in that the sealing member has, as viewed along an axis generally perpendicular to the support surface, a polygonal shape or a rounded-corner polygonal shape, and that wherein the sealing member includes a compliant gasket having a main body and a lip, wherein the main body is positioned in the trench, and wherein the lip extends radially outward from the main body. a support element having a support surface and including a trench; at least one vacuum port; and a sealing member, wherein the sealing member in an uncompressed state extends upwardly beyond the support surface and in a compressed state is configured to maintain an airtight seal with a backside of the microscope slide when the microscope slide is pulled against the support surface by a vacuum drawn via the at least one vacuum port, characterized in that the sealing member has, as viewed along an axis generally perpendicular to the support surface, a polygonal shape or a rounded-corner polygonal shape, and that wherein the sealing member includes a compliant gasket having a main body and a lip, wherein the main body is positioned in the trench, and wherein the lip extends radially outward from the main body.
An acoustic device for localised and contactless measurement of viscoelasticity of a product to be analysed, the acoustic device comprising: - means for generating high-frequency ultrasonic pulses; - means for receiving the high-frequency ultrasonic pulses generated by the generation means; the generation means and the reception means being arranged with respect to one another such that the high-frequency ultrasonic pulses propagate within the sample to be analysed; - a connecting tubular sleeve intended to connect together two pipe portions in which the product to be analysed is intended to move from one portion to another, the generation means and the reception means being mounted on the tubular sleeve, the tubular sleeve comprising a first mounting area for the generation means and a second mounting area for the reception means, characterised in that the tubular sleeve is non-anechoic in the first and second mounting areas, and, according to a circumferential distribution, anechoic between the first and second mounting areas,. - means for generating high-frequency ultrasonic pulses; - means for receiving the high-frequency ultrasonic pulses generated by the generation means; the generation means and the reception means being arranged with respect to one another such that the high-frequency ultrasonic pulses propagate within the sample to be analysed; - a connecting tubular sleeve intended to connect together two pipe portions in which the product to be analysed is intended to move from one portion to another, the generation means and the reception means being mounted on the tubular sleeve, the tubular sleeve comprising a first mounting area for the generation means and a second mounting area for the reception means,
A population of muscle-derived progenitor cells (MDCs) for use in a method of treating gastro-esophageal reflux disease in a human_subject in need thereof wherein said method comprises administration of said population of MDCs to the esophagus of the human subject, and wherein the population of MDCs is obtained by: (a) suspending isolated skeletal muscle cells from a human subject in a first cell culture container for between 30 and 120 minutes; (b) decanting the media from the first cell culture container to a second cell culture container; (c) allowing the remaining cells in the media to attach to the walls of the second cell culture containers; and (d) isolating the cells from the walls of the second cell culture container. (a) suspending isolated skeletal muscle cells from a human subject in a first cell culture container for between 30 and 120 minutes; (b) decanting the media from the first cell culture container to a second cell culture container; (c) allowing the remaining cells in the media to attach to the walls of the second cell culture containers; and (d) isolating the cells from the walls of the second cell culture container.
A method for forming crisscrossed conductive lines of a thin-film solar module, the crisscrossed conductive lines being located on a surface of a front electrode layer of the thin-film solar module away from a substrate of the thin-film solar module, and comprising a G1 grid line group and a G2 grid line group perpendicular to each other, the method being performed by an inkjet printer comprising an inkjet print head moveable linearly with respect to the thin-film solar module, the inkjet print head comprising a plurality of nozzles arranged in a row, the plurality of nozzles comprising a first group of nozzles and a second group of nozzles, a distance between two adjacent nozzles in the first group of nozzles being the same as a distance between two adjacent G1 grid lines in the G1 grid line group, the second group of nozzles being distributed between adjacent nozzles of the first group of nozzles, wherein the method comprises: forming a plurality of grooves on the surface of the front electrode layer away from the substrate; and during a linear motion of the inkjet print head with respect to the thin-film solar module in a direction perpendicular to the grooves, continuously depositing, by the first group of nozzles, conductive ink on the surface of the front electrode layer away from the substrate in the direction perpendicular to the grooves to form the G1 grid line group, and depositing, by the first group of nozzles and the second group of nozzles, the conductive ink into the grooves to form the G2 grid line group when the inkjet print head moves over the grooves in the direction perpendicular to the grooves. forming a plurality of grooves on the surface of the front electrode layer away from the substrate; and during a linear motion of the inkjet print head with respect to the thin-film solar module in a direction perpendicular to the grooves, continuously depositing, by the first group of nozzles, conductive ink on the surface of the front electrode layer away from the substrate in the direction perpendicular to the grooves to form the G1 grid line group, and depositing, by the first group of nozzles and the second group of nozzles, the conductive ink into the grooves to form the G2 grid line group when the inkjet print head moves over the grooves in the direction perpendicular to the grooves.
A conveying apparatus, comprising a first conveyor for conveying products in a first conveying direction, which first conveyor comprises a first supply location, where a first series of products are supplied to the first conveyor via a first supply station, a second conveyor for conveying products in a second conveying direction, which second conveyor comprises a second supply location, where a second series of products are supplied to the second conveyor via a second supply station, a channelling element for channelling at least one product out from the second conveyor, and a channelling conveyor for conveying a channelled-out product from said channelling element, said channelling conveyor and said first supply station being arranged and cooperating with the first conveyor such that under operating conditions a product that has been channelled out from the second conveyor and said first series of products are supplied to the first conveyor so as to jointly form an at least substantially continuous product flow, characterized in that the channelling conveyor is functionally connected to the first conveyor upstream of the first supply location, on the side of the first supply location that is opposed to the first conveying direction, wherein the channelling element is an activable moving element, which is capable of moving a product to be channelled out in lateral direction relative to the first and the second conveying direction.
Pushbutton switch for home and building systems technology, • with an operating element • with a flush-mounted insert, accommodating along with the binary input also a circuit board (27, 28) with micro switches (30, 31, 32, 33) mounted on it, • the flush-mounted insert having a rocker switch (12, 13) and a rocker switch mounting for receiving the rocker switch (12, 13), characterized in that • the rocker switch (12, 13) has switching arms (16, 17), which actuates the micro switches (30, 31, 32, 33) by way of separate switching plungers (18, 19, 20, 21), • a rocker of a conventional range of installation equipment for sockets/switches/pushbutton switches/ dimmers is used as the operating element, and • the switching plungers (18, 19, 20, 21) have ribs, which form a stop with respect to the circuit board (27, 28). • with an operating element • with a flush-mounted insert, accommodating along with the binary input also a circuit board (27, 28) with micro switches (30, 31, 32, 33) mounted on it, • the flush-mounted insert having a rocker switch (12, 13) and a rocker switch mounting for receiving the rocker switch (12, 13), characterized in that • the rocker switch (12, 13) has switching arms (16, 17), which actuates the micro switches (30, 31, 32, 33) by way of separate switching plungers (18, 19, 20, 21), • a rocker of a conventional range of installation equipment for sockets/switches/pushbutton switches/ dimmers is used as the operating element, and • the switching plungers (18, 19, 20, 21) have ribs, which form a stop with respect to the circuit board (27, 28).
A (per)fluoroelastomer composition [composition] comprising: - a (per)fluoroelastomer [fluoroelastomer]; and - at least one (per)fluoropolyether additive [polymer] comprising a (per)fluoropolyether chain comprising recurring units having at least one catenary ether bond and at least one fluorocarbon moiety, and comprising at least one chain end comprising at least one per(halo)fluorinated aromatic group [group (Ar F)], said polymer being comprised in the composition in an amount of 0.5 to 30 phr, with respect to fluoroelastomer. - a (per)fluoroelastomer [fluoroelastomer]; and - at least one (per)fluoropolyether additive [polymer] comprising a (per)fluoropolyether chain comprising recurring units having at least one catenary ether bond and at least one fluorocarbon moiety, and comprising at least one chain end comprising at least one per(halo)fluorinated aromatic group [group (Ar F)], said polymer being comprised in the composition in an amount of 0.5 to 30 phr, with respect to fluoroelastomer.
A forming and transporting apparatus for conveying rod-like articles and forming a group of rod-like articles of the tobacco industry, comprising transport units, whereas a transport unit comprises a transport carriage adapted to move along a path, and a transport tray provided with a number of transport grooves adapted to hold the rod-like articles, whereas such tray is fastened to the transport carriage, whereas the transport carriage is divided into two transport sections (13A, 13B) which are adapted to change their reciprocal position between an open configuration in which the transport grooves are situated substantially in one plane (k, k') and a closed configuration in which the transport grooves are situated in two planes (k, k') being substantially parallel to each other, whereas the transport sections (13A, 13B) are rotatably connected with each other on the axis of rotation corresponding to the direction of movement of the transport carriage, characterised in that the first transport section is fastened to the transport carriage, and the second transport section is provided with a steering element, the forming and transporting apparatus is provided with a forming unit comprising a closing cam situated next to the path, the closing cam having a raceway adapted to guide the steering element in such a way that while moving the transport unit through the forming unit the second transport section makes a rotation relative to the first transport section in order to change the configuration of the transport sections (13A, 13B) from the open configuration to the closed configuration. transport units, whereas a transport unit comprises a transport carriage adapted to move along a path, and a transport tray provided with a number of transport grooves adapted to hold the rod-like articles, whereas such tray is fastened to the transport carriage, whereas the transport carriage is divided into two transport sections (13A, 13B) which are adapted to change their reciprocal position between an open configuration in which the transport grooves are situated substantially in one plane (k, k') and a closed configuration in which the transport grooves are situated in two planes (k, k') being substantially parallel to each other, whereas the transport sections (13A, 13B) are rotatably connected with each other on the axis of rotation corresponding to the direction of movement of the transport carriage, characterised in that the first transport section is fastened to the transport carriage, and the second transport section is provided with a steering element, the forming and transporting apparatus is provided with a forming unit comprising a closing cam situated next to the path, the closing cam having a raceway adapted to guide the steering element in such a way that while moving the transport unit through the forming unit the second transport section makes a rotation relative to the first transport section in order to change the configuration of the transport sections (13A, 13B) from the open configuration to the closed configuration.