mhurhangee/patent-ind-claim-en huggingface dataset:
An in-cell touch panel, comprising an upper substrate and a lower substrate opposite to each other, wherein the upper substrate is provided with a plurality of touch sensing electrodes , the lower substrate is provided with a plurality of touch driving electrodes , and the touch sensing electrodes are laterally distributed, and the touch driving electrodes are longitudinally distributed; and wherein each of the touch sensing electrodes comprise one or a plurality of touch sensing sub-electrodes which are parallel to each other and distributed laterally, and the plurality of touch sensing sub-electrodes are in parallel connection therebetween, characterized in that the touch driving electrodes comprise a plurality of longitudinally distributed touch driving sub-electrodes which are in series connection therebetween through a lead located in a peripheral area; and that the lower substrate further comprises a plurality of pixel electrodes which are located at a different layer with respect to the touch driving electrodes , the plurality of touch driving sub-electrodes of the touch driving electrodes furthermore being in series connection with each other through a connection line provided at the same layer with the pixel electrodes , and the connection line being located in a non-display area between two adjacent columns of pixel electrodes .
Water treatment device comprising a water-softening means having a softening container containing a regenerable water softening agent, the softening container being provided with an inlet line for hard water and an outlet line for soft water , and a regeneration means for the water softening agent being provided with a regenerating agent line and a regenerating agent container , a valve means further being provided in such a way that, during a regeneration process for regenerating the water softening agent, regenerating agent passes into the softening container , the water treatment device comprising a water line for water, the water being able to flow through the water line in a flow direction, as well as a metering means for a water treatment agent, the metering means comprising a metered agent container and a feed line , the feed line being connected to the water line in such a way that water treatment agent can be outputted from the metered agent container into the water line , characterised in that a mixing means having a movable mixing element is arranged in the water line so as to mix the water with the water treatment agent, the feed line of the metering means opening into the water line upstream from the mixing means in the flow direction, a connection unit being provided which comprises a first pipeline for hard water , connected to the softening container via a first terminal of the connection unit , and a second pipeline for soft water , connected to the softening container via a second terminal of the connection unit , and the connection unit comprising a third terminal , to which the feed line of the metering means is connected, the third terminal being connected to the second pipeline , the connection unit having the mixing means in the second pipeline , the connection unit having a body which forms the first and second pipeline and the first, second and third terminal .
Crystalline form A of the compound of Formula (I) characterized in that the X-ray powder diffraction pattern of the crystalline form A has characteristic peaks at diffraction angles of 8.7±0.2°, 17.5±0.2°, 19.3±0.2°, 20.3±0.2° and 21.4±0.2°,
A method of conjugating an oligonucleotide to a polymer, the method comprising: treating a polymer comprising amine functionality with a bis-NHS ester to form a functionalized polymer; and treating the functionalized polymer with an amine terminated oligonucleotide to form a conjugated polymer including the oligonucleotide in a polar non-aqueous solvent. treating a polymer comprising amine functionality with a bis-NHS ester to form a functionalized polymer; and treating the functionalized polymer with an amine terminated oligonucleotide to form a conjugated polymer including the oligonucleotide in a polar non-aqueous solvent.
A ventilated cold display unit for displaying products, such as food products, said unit comprising at least one enclosure including an upper zone for displaying products and a lower technical zone containing forced air circulation means and cold production means for cooling said air, said zones being separated from one another at least by a product display tray , called separator tray, and communicating with one another via blowing and air intake openings for circulation in a loop of the air between said zones with an outgoing flow of air circulating above the separator tray from the blowing opening(s) toward the air intake opening(s) and a so-called return air flow circulating below the separator tray from the air intake opening(s) toward the air blowing opening(s) , said unit further comprising a modular structure able to form a single- or multi-level display case able to be positioned, on the separator tray , overhanging the or at least one of the air blowing openings , the modules of the structure being superimposable, characterized in that each module able to form a level and comprising at least one tray and a base of said tray is configured to be positioned indifferently on the separator tray or the tray of a lower module, in that the base of each module forms, in the state with the module resting on the separator tray or the tray of a lower module , the peripheral side wall delimiting a chamber , this peripheral side wall being provided with suction eyes through which at least some of the air contained in said chamber is able to be discharged, the tray of the or each module , called intermediate, positionable between the module furthest above the stack of modules and the separator tray being provided with at least one opening to allow communication of the chambers of the modules with one another, and in that the display unit comprises a cover to make it possible to close off the at least one communication opening of the chamber of the or at least one of the intermediate modules arranged in that tray of said intermediate module .
A purge apparatus for purging an inside of a storage container in which a product is stored, with a purge gas, the purge apparatus comprising: a discharge pipe configured to connect to a discharge port of the storage container to discharge the purge gas inside the storage container ; a meter configured to measure an exhaust flow rate that is a flow rate of the purge gas flowing through the discharge pipe when the purging is carried out; a determination unit configured to determine whether the purging is satisfactory, based on the exhaust flow rate measured by the meter ; the purge apparatus being characterized in that it further comprises a flow rate control unit configured to switch between a first mode in which the purging is carried out by supplying the purge gas to the storage container at a first flow rate and a second mode in which the purging is carried out by supplying the purge gas to the storage container at a second flow rate, the first flow rate being a flow rate up to a predetermined flow rate, in the storage container in which the purge gas leaks from a portion other than the discharge port of the storage container when the flow rate of the purge gas supplied to the storage container is greater than the predetermined flow rate, the second flow rate being a flow rate greater than the first flow rate, wherein the meter is configured to measure the exhaust flow rate in the first mode, and the determination unit is configured to determine whether the purging is satisfactory, based on the exhaust flow rate measured in the first mode. a discharge pipe configured to connect to a discharge port of the storage container to discharge the purge gas inside the storage container ; a meter configured to measure an exhaust flow rate that is a flow rate of the purge gas flowing through the discharge pipe when the purging is carried out; a determination unit configured to determine whether the purging is satisfactory, based on the exhaust flow rate measured by the meter ; the purge apparatus being characterized in that it further comprises a flow rate control unit configured to switch between a first mode in which the purging is carried out by supplying the purge gas to the storage container at a first flow rate and a second mode in which the purging is carried out by supplying the purge gas to the storage container at a second flow rate, the first flow rate being a flow rate up to a predetermined flow rate, in the storage container in which the purge gas leaks from a portion other than the discharge port of the storage container when the flow rate of the purge gas supplied to the storage container is greater than the predetermined flow rate, the second flow rate being a flow rate greater than the first flow rate, wherein the meter is configured to measure the exhaust flow rate in the first mode, and the determination unit is configured to determine whether the purging is satisfactory, based on the exhaust flow rate measured in the first mode.
Device for detaching and automatic enclosing an outer end of the rectum of a carcass , comprising: - a conveyor for carcasses defining a carcass transport path ; - a tool for releasing the outer end of the rectum of the carcass ; and - pull-out means for pulling the released outer end of the rectum from the carcass ; characterised in that the device also comprises a sheet of covering material feed and compression means for automatically enclosing the pulled out outer end of the rectum by at least one sheet of covering material . - a conveyor for carcasses defining a carcass transport path ; - a tool for releasing the outer end of the rectum of the carcass ; and - pull-out means for pulling the released outer end of the rectum from the carcass ;
Heat exchanger system for a vehicle, the heat exchanger system comprising at least one heat exchanger ; a centrifugal fan assembly for improving the flow of air through the at least one heat exchanger , the fan assembly comprising a rotatably mounted impeller with a plurality of impeller blades , and a rotatable inlet shroud for guiding the air flow entering the impeller ; and a stationary inlet shroud located between the at least one heat exchanger and the fan assembly and configured for directing air flow exiting the at least one heat exchanger towards the rotatable inlet shroud of the fan assembly , characterised in that the fan assembly further comprises a stator with a plurality of stationary stator blades located radially or semi-radially outside the impeller for conversion of fluid dynamic pressure to fluid static pressure of the air flow, wherein an elastic seal is arranged between the stationary inlet shroud and a member fastened to the stator for sealing the gap between the stationary inlet shroud and fan assembly , said elastic seal is fastened to at least one of the stationary inlet shroud and a member fastened to the stator . at least one heat exchanger ; a centrifugal fan assembly for improving the flow of air through the at least one heat exchanger , the fan assembly comprising a rotatably mounted impeller with a plurality of impeller blades , and a rotatable inlet shroud for guiding the air flow entering the impeller ; and a stationary inlet shroud located between the at least one heat exchanger and the fan assembly and configured for directing air flow exiting the at least one heat exchanger towards the rotatable inlet shroud of the fan assembly , characterised in that the fan assembly further comprises a stator with a plurality of stationary stator blades located radially or semi-radially outside the impeller for conversion of fluid dynamic pressure to fluid static pressure of the air flow, wherein an elastic seal is arranged between the stationary inlet shroud and a member fastened to the stator for sealing the gap between the stationary inlet shroud and fan assembly , said elastic seal is fastened to at least one of the stationary inlet shroud and a member fastened to the stator .
A method for generating a two-dimensional, 2D, code, the method comprising: obtaining (S202) original content; and generating (S204) a 2D code corresponding to the original content based on a 2D code information structure and the original content, wherein the 2D code is applicable to a plurality of scenarios and wherein the 2D code information structure comprises at least an identification field and a data field, wherein the identification field indicates one or more data elements in the data field that need to be used in a specified service scenario of the plurality of service scenarios, and wherein the identification field indicates a matching relationship between a service scenario and a data element, wherein data elements in the data field that need to be used are determined based on the matching relationship and a current service scenario. obtaining (S202) original content; and generating (S204) a 2D code corresponding to the original content based on a 2D code information structure and the original content, wherein the 2D code is applicable to a plurality of scenarios and wherein the 2D code information structure comprises at least an identification field and a data field, wherein the identification field indicates one or more data elements in the data field that need to be used in a specified service scenario of the plurality of service scenarios, and wherein the identification field indicates a matching relationship between a service scenario and a data element, wherein data elements in the data field that need to be used are determined based on the matching relationship and a current service scenario.
A lighting unit, including: a first part having a mounting structure that is arranged for insertion into an aperture in a partition; a second part including at least one solid state lighting device and a support for supporting the at least one solid state lighting device, wherein the second part is pivotable with respect to the first part ; and an annular seal arranged to seal the first part to the second part , said seal being arranged to deform to accommodate pivoting movement of the second part with respect to the first part , wherein the seal includes a membrane having an outer peripheral portion that sealably engages to the first part , an inner peripheral portion that sealably engages to the second part , a flexible connector portion connecting the outer peripheral portion to the inner peripheral portion , and a retaining member arranged to hold the outer peripheral portion in contact with the first part , characterised in that the retaining member is: annular, is in the form of a wire, is resiliently deformable, and biases the outer peripheral portion into contact with the first part of the lighting unit. a first part having a mounting structure that is arranged for insertion into an aperture in a partition; a second part including at least one solid state lighting device and a support for supporting the at least one solid state lighting device, wherein the second part is pivotable with respect to the first part ; and an annular seal arranged to seal the first part to the second part , said seal being arranged to deform to accommodate pivoting movement of the second part with respect to the first part , wherein the seal includes a membrane having an outer peripheral portion that sealably engages to the first part , an inner peripheral portion that sealably engages to the second part , a flexible connector portion connecting the outer peripheral portion to the inner peripheral portion , and a retaining member arranged to hold the outer peripheral portion in contact with the first part , characterised in that the retaining member is: annular, is in the form of a wire, is resiliently deformable, and biases the outer peripheral portion into contact with the first part of the lighting unit.
Computer server device comprising a server control unit and at least one physical connector for respective physical tamper-protected computer modules , which tamper-protected computer modules each comprises a respective tamper-protected enclosure , a respective module control unit and a respective general-purpose programmable information processing module , which module control unit and information processing module are both entirely enclosed by said tamper-protected enclosure in question, wherein the server control unit is arranged to expose a digital virtualization interface on a network to which the computer server device is connected, providing to other devices on said network access to a respective virtual computer device corresponding to each tamper-protected computer module which is connected to the server control unit , wherein the server control unit is arranged to receive externally originating calls directed to each such virtual computer device, to produce corresponding calls to a corresponding tamper-protected computer module and to, via said digital virtualization interface, deliver such corresponding calls to the corresponding tamper-protected computer module in question, characterised in that the computer server device is arranged to allow said other devices to cause loading and execution of computer software code into and on said such tamper-protected computer modules .
A method of increasing recovery of a metal portion from a predetermined quantity of ore in a flotation recovery circuit which comprises a grinding stage , a flotation recovery stage , a dewatering stage and a filter stage and which effects the steps of: grinding a predetermined quantity of ore in the grinding stage to a predetermined size while irrigating the ore with water including recovered process water thereby to form a ground ore portion; conveying the ground ore portion mixed with the recovered process water to the flotation recovery stage ; the recovered process water recovered after the flotation recovery stage from the dewatering stage or the filter stage ; applying flotation recovery via the flotation stage to the ground ore portion thereby to extract a recovered metal portion from a mix of the recovered process water and the ground ore portion; returning at least a portion of the recovered process water to the grinding stage ; said method comprising applying a magnetic field to the ground ore portion in a magnetic conditioning stage while it is contained in the recovered process water subsequent to the grinding stage and prior to the flotation recovery stage for improving recovery of the desired paramagnetic minerals by aggregation of the para-magnetic minerals ; and wherein the magnetic field strength applied to the ground ore portion in the magnetic conditioning stage is at least 4500 Gauss. grinding a predetermined quantity of ore in the grinding stage to a predetermined size while irrigating the ore with water including recovered process water thereby to form a ground ore portion; conveying the ground ore portion mixed with the recovered process water to the flotation recovery stage ; the recovered process water recovered after the flotation recovery stage from the dewatering stage or the filter stage ; applying flotation recovery via the flotation stage to the ground ore portion thereby to extract a recovered metal portion from a mix of the recovered process water and the ground ore portion; returning at least a portion of the recovered process water to the grinding stage ; said method comprising applying a magnetic field to the ground ore portion in a magnetic conditioning stage while it is contained in the recovered process water subsequent to the grinding stage and prior to the flotation recovery stage for improving recovery of the desired paramagnetic minerals by aggregation of the para-magnetic minerals ; and wherein the magnetic field strength applied to the ground ore portion in the magnetic conditioning stage is at least 4500 Gauss.
A recombinant protein comprising a mammalian coagulation factor Xa polypeptide, said polypeptide having an alteration in the region of amino acid residues corresponding to the region between Gly-289 and Asp-320, preferably between His-311 and Asp-320 of SEQ ID NO: 1; wherein said alteration is an insertion of 1-50 amino acid residues, and wherein said altered protein has a decreased sensitivity to inhibition by a direct Factor Xa inhibitor when compared to said mammalian coagulation factor Xa polypeptide not having said alteration.
Single-use bioreactor or container , comprising an enclosure provided for containing a biological medium and at least one sensing device to capture at least one impedance measurement in a physical, physico-chemical, and/or biological process in said medium, this device comprising means for the realization of at least one impedance measurement in a physical, physico-chemical, and/or biological process in said medium, this device being secured through a wall of said enclosure and this device comprising a detection portion in direct contact with said biological medium and a connection portion extending toward the exterior of said enclosure and comprising electrodes (E1-E4) extending to the capture portion, characterized in that this sensing device is a single-use sensing device that is secured through said wall of said enclosure by welding or gluing so that it is an integral part of it in that it is realized in the form of an injection-molded part including, on the detection portion, the electrodes (E1-E4) and, on the connection portion, measurement signal output means , and in that it is associated with at least one other single-use physical, physico-chemical, and/or biological sensor , this device integrating this other sensor on the same support .
Supporting structure arrangement for mounting an aircraft gas turbine engine to an aircraft , comprising: - a supporting structural element of the aircraft engine and - a supporting structure with at least one support and at least one bearing , by the supporting structure the support can be connected or is connected to the aircraft , wherein the support can be connected or is connected rigidly to the supporting structural element of the aircraft engine by a connecting device , characterized in that the support comprises a connecting portion, which lies flat against a connecting portion of a housing or of a core engine case of the aircraft engine . - a supporting structural element of the aircraft engine and - a supporting structure with at least one support and at least one bearing , by the supporting structure the support can be connected or is connected to the aircraft ,
Flow wrapper which comprises a form tube , for forming a planar film into a film tube and for filling the film tube with a packaging item, said flow wrapper comprising means to provide a longitudinal- and/or cross-seal to the film tube , wherein said flow wrapper comprises a gas lance for providing a modified atmosphere in the film tube , characterized in, that it comprises two sensors , wherein one sensor is provided upstream from the other sensor, the two sensors analyzing at least one component of the gas phase in the film tube and being located in the vicinity of the downstream end of the form- and fill-tube tube and upstream from the cross sealing means and in the vicinity of the outlet of the gas lance .