mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing an RFID tag comprising an IC and an antenna, characterized in that the method comprising the steps of: - providing an antenna made of a soldering material, which antenna is at least partly covered with a hot melt adhesive in solid form, - heating the antenna to a temperature above its melting point, wherein the heated parts of the antenna and the hot melt adhesive melt, - placing an IC in a predetermined position which position is suitable for the IC to connect to the antenna, - pressing the IC and antenna together, such that, an electrical connection between the IC and the antenna is established, and - cooling the RFID tag, such that the hot melt adhesive and the antenna solidify, wherein a soldered joint between the IC and the antenna is achieved and the hot melt adhesive surrounds the joint between the IC and the antenna. - providing an antenna made of a soldering material, which antenna is at least partly covered with a hot melt adhesive in solid form, - heating the antenna to a temperature above its melting point, wherein the heated parts of the antenna and the hot melt adhesive melt, - placing an IC in a predetermined position which position is suitable for the IC to connect to the antenna, - pressing the IC and antenna together, such that, an electrical connection between the IC and the antenna is established, and - cooling the RFID tag, such that the hot melt adhesive and the antenna solidify, wherein a soldered joint between the IC and the antenna is achieved and the hot melt adhesive surrounds the joint between the IC and the antenna.
An in vitro or ex vivo platform for creating a cell-based vaccine against an antigen of interest, wherein the platform comprises: a. a population of Chlamydia-activated B cells (CABs), having been exposed to inactivated, whole Chlamydia spp. bacteria; and b. the antigen of interest, wherein the antigen of interest is not derived from a Chlamydia spp.; wherein the antigen of interest is exposed and/or crosslinked to the CABs. a. a population of Chlamydia-activated B cells (CABs), having been exposed to inactivated, whole Chlamydia spp. bacteria; and b. the antigen of interest, wherein the antigen of interest is not derived from a Chlamydia spp.;
System for processing data transmitted by tyre-condition measurement devices, including in particular pressure sensors mounted on the tyres of a vehicle , including portable apparatus provided with a user interface able to enter into communication with said pressure sensors, the system further including an electronic pressure gauge for measuring the pressure of the tyres communicating with the portable apparatus in order to transmit the pressure value measured, said electronic pressure gauge including a pressure sensor intended to come manually in contact with the valve outside the tyre in order to measure the pressure thereof, the portable apparatus including means for correlating the two pressure measurements, characterised in that the system further includes means for measuring the wear on the tyres communicating with the portable apparatus in order to transmit a measured wear value, the portable apparatus including means for comparing the received value with a minimum value in memory, the portable apparatus further including means for analysing values coming from said measurement, correlation and/or comparison means, means for sending alerts and/or recommendations resulting from the taking into account of all or some of the whole of these values, and a memory containing a minimum pressure value for this vehicle, the portable apparatus sending an alarm message when the pressure value measured by the pressure sensor and by the electronic pressure gauge is situated below this minimum value.
A catalytic wall-flow monolith for use in an emission treatment system, wherein the monolith comprises a porous substrate and a three-way catalyst (TWC), wherein the TWC is distributed substantially throughout the porous substrate and wherein the TWC comprises: (i) alumina; (ii) one or more platinum group metals; and (iii) an oxygen storage component (OSC), wherein the OSC comprises ceria or one or more mixed oxides comprising cerium and is present in a ratio by weight of OSC to alumina of from 70:30 to 85:15. (i) alumina; (ii) one or more platinum group metals; and (iii) an oxygen storage component (OSC),
A communication system configured to perform communication by flooding using concurrent transmission among a plurality of communication nodes, the plurality of communication nodes including a transmission node configured to generate and transmit a packet, a plurality of relay nodes (120a-120f) configured to relay the packet, and a destination node as a destination of the packet, wherein: the transmission node is configured to generate and transmit the packet including predetermined transmission data, timing information corresponding to a transmission timing of the packet, a first error detection code, and a second error detection code, the first error detection code being generated for at least the transmission data, and the second error detection code being generated for at least the transmission data, the timing information and the first error detection code; each of the plurality of relay nodes (120a-120f) is configured to receive the packet and to perform error detection based on the second error detection code, the relay node being further configured to discard the packet if an error is detected, and, if no error is detected, to change the timing information, to update the second error detection code, and to reconstruct and transmit the packet; and the destination node is configured to receive the packet from one of the transmission node and the relay nodes , and to perform error detection based on at least the first error detection code; wherein the second error detection code is generated for all data except for the second error detection code in the packet, and the first error detection code is generated for all data except for the timing information, the first error detection code, and the second error detection code in the packet. the transmission node is configured to generate and transmit the packet including predetermined transmission data, timing information corresponding to a transmission timing of the packet, a first error detection code, and a second error detection code, the first error detection code being generated for at least the transmission data, and the second error detection code being generated for at least the transmission data, the timing information and the first error detection code; each of the plurality of relay nodes (120a-120f) is configured to receive the packet and to perform error detection based on the second error detection code, the relay node being further configured to discard the packet if an error is detected, and, if no error is detected, to change the timing information, to update the second error detection code, and to reconstruct and transmit the packet; and the destination node is configured to receive the packet from one of the transmission node and the relay nodes , and to perform error detection based on at least the first error detection code; wherein the second error detection code is generated for all data except for the second error detection code in the packet, and the first error detection code is generated for all data except for the timing information, the first error detection code, and the second error detection code in the packet.
A passenger seat for an aircraft, comprising: a frame structure intended for mounting the passenger seat to cabin floor of the aircraft; a top seat pan having a corrugation pattern for enhancing rigidity of the top seat pan ; and a bottom seat pan ; wherein the top seat pan is disposed above the bottom seat pan for partially absorbing a downward loading applied to the top seat pan through deformation of the corrugation pattern of the rigid top seat pan as a result of a counter force applied by the bottom seat pan ; and wherein the bottom seat pan is rigidly connected to the frame structure and forms a shear resistant diaphragm for enhancing the integrity of the frame structure . a frame structure intended for mounting the passenger seat to cabin floor of the aircraft; a top seat pan having a corrugation pattern for enhancing rigidity of the top seat pan ; and a bottom seat pan ; wherein the top seat pan is disposed above the bottom seat pan for partially absorbing a downward loading applied to the top seat pan through deformation of the corrugation pattern of the rigid top seat pan as a result of a counter force applied by the bottom seat pan ; and wherein the bottom seat pan is rigidly connected to the frame structure and forms a shear resistant diaphragm for enhancing the integrity of the frame structure .
A fluid sensor apparatus , comprising: a fluid flow path; at least one fluid inlet fluidly connectable to the fluid flow path; a first fluid outlet and a second fluid outlet fluidly connectable to the fluid flow path, wherein the at least one fluid inlet, the first fluid outlet, and the second fluid outlet are positioned on the same side of a sampling chamber of the fluid sensor apparatus, and wherein the fluid inlet is positioned between the first fluid outlet and the second fluid outlet ; a receiving slot for receiving a sensor card in the sampling chamber in fluid communication with the fluid inlet , the first fluid outlet and the second fluid outlet ; a light source directing light to a first side of the receiving slot ; and a camera or a photodetector receiving light from a second side of the receiving slot opposing the first side of the receiving slot . a fluid flow path; at least one fluid inlet fluidly connectable to the fluid flow path; a first fluid outlet and a second fluid outlet fluidly connectable to the fluid flow path, wherein the at least one fluid inlet, the first fluid outlet, and the second fluid outlet are positioned on the same side of a sampling chamber of the fluid sensor apparatus, and wherein the fluid inlet is positioned between the first fluid outlet and the second fluid outlet ; a receiving slot for receiving a sensor card in the sampling chamber in fluid communication with the fluid inlet , the first fluid outlet and the second fluid outlet ; a light source directing light to a first side of the receiving slot ; and a camera or a photodetector receiving light from a second side of the receiving slot opposing the first side of the receiving slot .
A method of fabricating a fiberglass or rockwool product, comprising spraying a liquid, curable, thermosetting, aqueous, substantially formaldehyde free, binder composition which is free of solid particles, which comprises a primary or secondary polyetheramine and a carbohydrate and which has a concentration of at least 35% solids, on a collection of glass or rockwool fibers; dehydrating the aqueous binder composition disposed on the collection of glass or rockwool fibers to form an uncured fiberglass or rockwool product; and curing the uncured fiberglass or rockwool product by subjecting it to heat.
A kit for quantitatively determining a substance to be measured in a biological sample, the kit comprising: a labeled particle that has a first binding substance capable of binding to the substance to be measured, and a first blocking agent; and a substrate that has a detection region having a second binding substance capable of binding to any one of the substance to be measured and the first binding substance, and a second blocking agent, wherein the first blocking agent and the second blocking agent are different from each other, the first blocking agent is one of albumins and an immunoglobulin other than an immunoglobulin capable of binding to the substances to be measured, and the second blocking agent is another one of albumins and an immunoglobulin other than an immunoglobulin capable of binding to the substances to be measured, and the labeled particle is a latex particle and does not contain an emulsifier. a labeled particle that has a first binding substance capable of binding to the substance to be measured, and a first blocking agent; and a substrate that has a detection region having a second binding substance capable of binding to any one of the substance to be measured and the first binding substance, and a second blocking agent, wherein the first blocking agent and the second blocking agent are different from each other, the first blocking agent is one of albumins and an immunoglobulin other than an immunoglobulin capable of binding to the substances to be measured, and the second blocking agent is another one of albumins and an immunoglobulin other than an immunoglobulin capable of binding to the substances to be measured, and the labeled particle is a latex particle and does not contain an emulsifier.
Apparatus for producing plastic containers, having a heating device which heats plastic preforms , wherein this heating device having a transport device which transports the plastic preforms individually along a predetermined transport path (P) during their heating, and at least one heating element which heats the plastic preforms during their transport along the transport path, and a forming device which forms the heated plastic preforms into plastic containers, wherein this forming device has a plurality of forming stations for forming the plastic preforms into plastic containers and wherein this forming device is arranged downstream of the heating device in the transport direction of the plastic preforms and wherein the heating device and/or the forming device has at least one control device which enables the heating process and/or the forming process to be controlled as a function of at least one property of the plastic preforms , and wherein the apparatus preferably furthermore having at least one temperature detection device which is arranged in a region of the heating device or between the heating device and the forming device and which is suitable and intended for detecting a temperature of the plastic preforms , characterized in that the at least one control device for control takes into account in advance at least one variable value which influences the heating process and/or the forming process, wherein a result of the temperature detection is compared with a result of a following inspection such as a container wall thickness inspection or a bottom inspection and on the basis of this comparison further process parameter are adapted to obtain self-improving recipes for the apparatus. the at least one control device for control takes into account in advance at least one variable value which influences the heating process and/or the forming process, wherein a result of the temperature detection is compared with a result of a following inspection such as a container wall thickness inspection or a bottom inspection and on the basis of this comparison further process parameter are adapted to obtain self-improving recipes for the apparatus.
A vehicle lamp, comprising: a light source unit comprising at least one light source configured to generate light; a shield portion located closer to a front of the vehicle lamp as compared to the light source unit, and configured to receive the light generated by the light source and to transmit at least a portion of the received light to form a beam pattern, the shield portion comprising: a first shield configured to form at least part of the beam pattern; and a second shield having a light transmittance that is configured to be controlled to modify the beam pattern; a drive unit configured to drive the shield portion; and at least one processor configured to control at least one of the shield portion or the drive unit to modify the beam pattern, characterized in that the first shield is provided at a first side of a rotatable body , and the second shield is provided at a second side opposite to the first side. a light source unit comprising at least one light source configured to generate light; a shield portion located closer to a front of the vehicle lamp as compared to the light source unit, and configured to receive the light generated by the light source and to transmit at least a portion of the received light to form a beam pattern, the shield portion comprising: a first shield configured to form at least part of the beam pattern; and a second shield having a light transmittance that is configured to be controlled to modify the beam pattern; a drive unit configured to drive the shield portion; and at least one processor configured to control at least one of the shield portion or the drive unit to modify the beam pattern, a first shield configured to form at least part of the beam pattern; and a second shield having a light transmittance that is configured to be controlled to modify the beam pattern; a drive unit configured to drive the shield portion; and at least one processor configured to control at least one of the shield portion or the drive unit to modify the beam pattern, characterized in that the first shield is provided at a first side of a rotatable body , and the second shield is provided at a second side opposite to the first side.
A laser marking additive comprising a bismuth compound and an alcohol, wherein Bi 2 O 3 is used as bismuth compound and wherein the alcohol has a melting temperature of at least 40 °C, preferably at least 80 °C.
Agricultural harvesting machine, in particular a loader wagon, comprising at least one working unit, which can be driven by means of a drive train from a tractor , wherein the drive train comprises an input-side, central drive element , which can be driven by a jointed shaft that can be coupled to the tractor , and comprises at least one belt stage (17; 33), which extends transversely to the travel direction and transversely to the jointed shaft , characterised in that said belt stage at least approximately spans half the machine width of the harvesting machine and extends from said central drive element to a gearbox input shaft of an angular gear stage which is arranged laterally in the harvesting machine and comprises an output shaft extending horizontally transversely to the travel direction for driving a working unit and a through-drive for driving another working unit, wherein said belt stage comprises an actively adjustable belt tensioner , which is adjustable by a control device for overload protection between a tensioned position, in which the belt stage transmits torque to the angular gear stage, and an untensioned position, in which the belt stage uncouples the drive train from the jointed shaft .
A collapsible air freight container , comprising: a rigid bottom plate , a first side wall comprising one or more first side wall elements connected to a first edge of the bottom plate , wherein the one or more first side wall elements are hingable relative to one another and/or the bottom plate about a first hinge line that is substantially parallel to the bottom plate, and a second side wall comprising one or more second side wall elements connected to a second edge of the bottom plate , wherein the second edge is opposite to the first edge of the bottom plate, wherein the one or more second side wall elements are hingable relative to one another and/or the bottom plate about a second hinge line that is substantially parallel to the bottom plate, characterized in that the collapsible air freight container comprises at least one inflatable support element extending between the first side wall and the second side wall, wherein the at least one inflatable support element is connected to the first side wall above the first hinge line and to the second side wall above the second hinge line, wherein the container is transformable from a collapsed state to a storage state, in which the container defines a storage space , by inflation of the at least one inflatable support element, and wherein the container is transformable from the storage state to the collapsed state by deflation of the at least one inflatable support element. a rigid bottom plate , a first side wall comprising one or more first side wall elements connected to a first edge of the bottom plate , wherein the one or more first side wall elements are hingable relative to one another and/or the bottom plate about a first hinge line that is substantially parallel to the bottom plate, and a second side wall comprising one or more second side wall elements connected to a second edge of the bottom plate , wherein the second edge is opposite to the first edge of the bottom plate, wherein the one or more second side wall elements are hingable relative to one another and/or the bottom plate about a second hinge line that is substantially parallel to the bottom plate, characterized in that the collapsible air freight container comprises at least one inflatable support element extending between the first side wall and the second side wall, wherein the at least one inflatable support element is connected to the first side wall above the first hinge line and to the second side wall above the second hinge line, wherein the container is transformable from a collapsed state to a storage state, in which the container defines a storage space , by inflation of the at least one inflatable support element, and wherein the container is transformable from the storage state to the collapsed state by deflation of the at least one inflatable support element.
Device for mounting a plurality of wiring harness components on a counterpart , wherein, on the counterpart , a predetermined fastening point is provided for each of the wiring harness components , at which the relevant wiring harness component is to be mounted, wherein the device has at least one mounting template which has a receiving formation for each of the wiring harness components for fastening the relevant wiring harness component to the mounting template in a form-fitting, force-locking and/or integrally bonded manner, wherein an arrangement of the receiving formations of the mounting template relative to one another corresponds to an arrangement of the fastening points of the counterpart relative to one another, characterized in that the mounting template has at least one predetermined breaking point and wherein the at least one predetermined breaking point is formed and positioned on the mounting template in such a way that the form-fitting, force-locking and/or integrally bonded fastening of at least one of the wiring harness components to the mounting template can be destroyed by breaking or tearing open the mounting template at the at least one predetermined breaking point . characterized in that the mounting template has at least one predetermined breaking point and wherein the at least one predetermined breaking point is formed and positioned on the mounting template in such a way that the form-fitting, force-locking and/or integrally bonded fastening of at least one of the wiring harness components to the mounting template can be destroyed by breaking or tearing open the mounting template at the at least one predetermined breaking point .