mhurhangee/patent-ind-claim-en huggingface dataset:
Device for guiding at least one wire, with a base body, wherein at least one eyelet is arranged in the base body, wherein in each case at least one wire can be guided through each eyelet, wherein the at least one eyelet is arranged in the base body such that it can be arranged in at least two angular positions, wherein a cover plate is arranged such that it can be fastened to the base body and the eyelet is arranged in the base body and is fixed to the cover plate , characterized in that the eyelet has two different cross-sectional profiles in the axial direction, and that a first cross-sectional profile can be arranged in at least one receptacle of the base body and a second cross-sectional profile can be arranged in at least one receptacle of the cover plate in a positive-locking and/or non-positive-locking and/or firmly bonded manner. wherein a cover plate is arranged such that it can be fastened to the base body and the eyelet is arranged in the base body and is fixed to the cover plate , characterized in that the eyelet has two different cross-sectional profiles in the axial direction, and that a first cross-sectional profile can be arranged in at least one receptacle of the base body and a second cross-sectional profile can be arranged in at least one receptacle of the cover plate in a positive-locking and/or non-positive-locking and/or firmly bonded manner.
A method, performed in a radio network node , of detecting several messages of a preconfigured message type, the method comprising: - detecting (S1) a first message of the preconfigured message type, the first message being associated with an event; and - reconfiguring (S3), in the radio network node, in response to the detection (S1), at least one radio setting related to detecting further messages of the preconfigured message type, characterized by : the message type being an alert message or an alarm message; and the reconfiguration involving switching from a first detection method (M1) to a second detection method (M2), the second detection method providing, relative to the first detection method, an increased capability of detecting messages of the preconfigured message type by lowering a detection threshold, and/or enabling hardware to increase the detection sensitivity to messages of the preconfigured message type that are overlapping or affected by interference; and - monitoring (S4) a radio spectrum for further messages of the preconfigured message type using the reconfigured radio settings. - detecting (S1) a first message of the preconfigured message type, the first message being associated with an event; and - reconfiguring (S3), in the radio network node, in response to the detection (S1), at least one radio setting related to detecting further messages of the preconfigured message type, characterized by : the message type being an alert message or an alarm message; and the reconfiguration involving switching from a first detection method (M1) to a second detection method (M2), the second detection method providing, relative to the first detection method, an increased capability of detecting messages of the preconfigured message type by lowering a detection threshold, and/or enabling hardware to increase the detection sensitivity to messages of the preconfigured message type that are overlapping or affected by interference; and the message type being an alert message or an alarm message; and the reconfiguration involving switching from a first detection method (M1) to a second detection method (M2), the second detection method providing, relative to the first detection method, an increased capability of detecting messages of the preconfigured message type by lowering a detection threshold, and/or enabling hardware to increase the detection sensitivity to messages of the preconfigured message type that are overlapping or affected by interference; and - monitoring (S4) a radio spectrum for further messages of the preconfigured message type using the reconfigured radio settings.
Compositions comprising at least one hydrophobic, at least partially water-insoluble polyglycerol ester in combination with at least one emulsifier, characterized in that they exhibit polyglycerol esters with an HLB value of 6.5 or less, emulsifiers with an HLB of 9 or greater and at least one sorbitan fatty acid ester or ethoxylated sorbitan fatty acid ester as emulsifier.
An in-situ melt process for creating a fiber resin composite overwrap, said in-situ melt process comprising the steps of: selecting a fiber tow; selecting a thermoplastic resin compatible with said selected fiber tow; preparing said fiber tow for impregnation by said selected thermoplastic resin; preparing said thermoplastic resin for impregnation into said fiber tow; impregnating said prepared thermoplastic resin into said prepared fiber tow in close proximity to a filament winding head, thereby creating a molten fiber towpreg; applying said molten fiber towpreg to a heated surface of a workpiece whereby a molten state of said molten fiber towpreg is maintained during a wrapping procedure thereby resulting in said molten composite more efficiently adhering to the heated surface of the workpiece and resulting in better adherence of successive molten composite layers to one another and further allowing individual filaments to slide relative to one another, effectively eliminating catenary, wrinkles, and creases within the composite; and compacting and consolidating said molten fiber towpreg layers to one another under pressure thereby removing entrapped air; characterized in that said thermoplastic resin is in pellet form or said thermoplastic resin is in tape form and in that said fibres have sizing chemistries compatible with the thermoplastic resin and wherein moisture absorbed by said fibres and said sizing chemistry is removed by drying. selecting a fiber tow; selecting a thermoplastic resin compatible with said selected fiber tow; preparing said fiber tow for impregnation by said selected thermoplastic resin; preparing said thermoplastic resin for impregnation into said fiber tow; impregnating said prepared thermoplastic resin into said prepared fiber tow in close proximity to a filament winding head, thereby creating a molten fiber towpreg; applying said molten fiber towpreg to a heated surface of a workpiece whereby a molten state of said molten fiber towpreg is maintained during a wrapping procedure thereby resulting in said molten composite more efficiently adhering to the heated surface of the workpiece and resulting in better adherence of successive molten composite layers to one another and further allowing individual filaments to slide relative to one another, effectively eliminating catenary, wrinkles, and creases within the composite; and compacting and consolidating said molten fiber towpreg layers to one another under pressure thereby removing entrapped air; characterized in that said thermoplastic resin is in pellet form or said thermoplastic resin is in tape form and in that said fibres have sizing chemistries compatible with the thermoplastic resin and wherein moisture absorbed by said fibres and said sizing chemistry is removed by drying.
A lighter comprising a container which is arranged within the lighter and which is suitable for containing a liquefied gas or a mixture of a liquid and a gas, and a dividing element dividing the container volume in fluid-tight and gas-tight manner into a first volume containing the liquefied gas or the mixture of liquid and gas and into a second separate volume , wherein the pressure differences between the first volume and the second volume are balanced within the container by deformation of the dividing element , wherein the total container volume comprising the first volume and the second volume is constant at a given ambient pressure and a given ambient temperature, wherein the second separate volume can be reduced by expanding the first volume , characterized in that the dividing element is fixed to the inner surface of the container , and the dividing element is a membrane. wherein the total container volume comprising the first volume and the second volume is constant at a given ambient pressure and a given ambient temperature, wherein the second separate volume can be reduced by expanding the first volume , characterized in that the dividing element is fixed to the inner surface of the container , and the dividing element is a membrane.
Image-forming device , comprising: - a beam-forming module designed to generate a coherent light beam, - light beam attenuation means , - a diffuser lit by the attenuated light beam so as to form an image, - a driver module designed to control the attenuation of the light beam by the attenuation means , characterized in that the driver module is designed to control a first attenuation value for a given pixel of a first frame (T i ) and a second attenuation value for said given pixel of a second frame (T i+1 ) following the first frame (T i ) in time, the second value being different from the first value but corresponding to an attenuation that is substantially identical, that is to say differing by less than 10% and in which the driver module is designed to generate a random temporal variation of the attenuation for a same pixel of the image from one frame T i to the next frame T i+1 such that an iridescence effect generated by the use of coherent light sources is attenuated. - a beam-forming module designed to generate a coherent light beam, - light beam attenuation means , - a diffuser lit by the attenuated light beam so as to form an image, - a driver module designed to control the attenuation of the light beam by the attenuation means ,
An integrated transparent ultrasonic audio speaker and touchscreen panel , comprising: a first transparent layer comprising a first base layer and a first conductive layer ; and a second transparent layer disposed adjacent the first transparent layer, the second transparent layer comprising a second base layer and a second conductive layer , the second conductive layer having a plurality of overlapping rows and columns of conductive material, the touchscreen panel being configured to scan each possible combination of a row and a column of the plurality of rows and columns one at a time to detect the presence of a touch; wherein the second transparent layer is a touchscreen configured to detect the presence of a touch; and wherein the integrated transparent ultrasonic audio speaker and touchscreen panel is configured to drive, while the scanning is occurring, remaining rows and columns that are not used in the scanning to cause the integrated transparent ultrasonic audio speaker and touchscreen panel to produce an ultrasonic audio signal. a first transparent layer comprising a first base layer and a first conductive layer ; and a second transparent layer disposed adjacent the first transparent layer, the second transparent layer comprising a second base layer and a second conductive layer , the second conductive layer having a plurality of overlapping rows and columns of conductive material, the touchscreen panel being configured to scan each possible combination of a row and a column of the plurality of rows and columns one at a time to detect the presence of a touch;
A device comprising: a processor configured to: determine sleep cycle information related to a sleep cycle of a patient based on body parameter data, wherein the sleep cycle information includes an amount of time the patient has spent in a particular sleep state; and adjust a cranial nerve stimulation parameter based on the sleep cycle information; a memory coupled to the processor; and a therapy delivery unit configured to apply cranial nerve stimulation to treat depression based on the cranial nerve stimulation parameter such that an amount of time that the patient spends in REM stage sleep is increased. determine sleep cycle information related to a sleep cycle of a patient based on body parameter data, wherein the sleep cycle information includes an amount of time the patient has spent in a particular sleep state; and adjust a cranial nerve stimulation parameter based on the sleep cycle information; a memory coupled to the processor; and a therapy delivery unit configured to apply cranial nerve stimulation to treat depression based on the cranial nerve stimulation parameter such that an amount of time that the patient spends in REM stage sleep is increased.
System for printing on a substrate, the system on the one hand comprising a machine with a rotary body for moving the substrate , with a conveying device for moving a transfer foil (3a to 3c) in a conveying direction , with an application device for applying a fluid to the transfer foil as it is being moved, said application device disposed upstream of the rotary body in terms of the conveying direction, with a first drier for at least party drying and/or curing the fluid, said first drier disposed upstream of the rotary body and downstream of the application device in terms of the conveying direction, and with a second drier in the region of the wrap-around zone for at least partly drying and/or curing the fluid, characterized in that the conveying device is additionally designed for the transfer foil (3a to 3c) to partially wrap around the substrate in a wrap-around zone and in that on the other hand, the system comprises a transfer foil set for changing transfer foils (3a to 3c), said transfer foil set comprising at least a first transfer foil with a smooth surface and at least a second transfer foil with a matted, rough, or structured surface.
A LED lighting device , comprising a lighting body extending substantially along an axis (A) and internally provided with a chamber housing a LED light source comprising a plurality of LEDs ; the chamber being delimited by at least one lateral wall defined by a diffuser having an outer surface defining an emission surface of the device ; the diffuser having a transmission coefficient greater than or equal to 50% ; wherein the lighting body is a substantially tubular hollow body, rectilinear or curved, which extends along and about the axis (A); wherein the diffuser has a tubular shape about the axis (A) and laterally delimits the chamber ; the light source extending parallel to the axis (A) and comprising a plurality of LEDs longitudinally spaced apart from one another parallel to the axis (A); the device being characterized in that the diffuser has a reflection coefficient greater than or equal to 45%; the diffuser defining a lateral wall closed at respective opposite axial ends by two discs joined to respective end edges of the lateral wall ; and wherein the discs are made, at least in part, of a transparent material, for example a polymeric material, and therefore constitute further, at least partly transparent walls of the chamber , which are provided with respective inner reflecting coatings facing the chamber and having a reflection coefficient greater than or equal to 80% and a transmission coefficient greater than or equal to 15%.
A method of manufacturing a sheet-like composite part, comprising the following process steps: a) providing a substantially planar arrangement (A, B, A') comprising a core layer (B) sandwiched between a pair of skin layers (A, A'), a first face of the core layer being adjacent and substantially parallel to a first one (A) of said skin layers and a second face of the core layer being adjacent and substantially parallel to the other one (A') of said skin layers, the skin layers (A, A') each comprising a skin thermoplastic and optionally reinforcement fibers, the core layer (B) comprising a fleece material made of fleece thermoplastic fibers and reinforcement fibers, b) heating and pressing the sandwich arrangement (A,B,A') followed by cooling, thereby obtaining the composite part; wherein the core layer (B) is a Z-oriented core layer having reinforcement fibers that are predominantly oriented in an orientation direction (Z) perpendicular to the first and second faces characterized in that said core layer (B) comprises a stacked plurality of continuously folded arrangements of said fleece material. a) providing a substantially planar arrangement (A, B, A') comprising a core layer (B) sandwiched between a pair of skin layers (A, A'), a first face of the core layer being adjacent and substantially parallel to a first one (A) of said skin layers and a second face of the core layer being adjacent and substantially parallel to the other one (A') of said skin layers, the skin layers (A, A') each comprising a skin thermoplastic and optionally reinforcement fibers, the core layer (B) comprising a fleece material made of fleece thermoplastic fibers and reinforcement fibers, b) heating and pressing the sandwich arrangement (A,B,A') followed by cooling, thereby obtaining the composite part; the core layer (B) is a Z-oriented core layer having reinforcement fibers that are predominantly oriented in an orientation direction (Z) perpendicular to the first and second faces characterized in that said core layer (B) comprises a stacked plurality of continuously folded arrangements of said fleece material.
Electrically adjustable piece of furniture with at least two electric drive motors for adjusting at least one furniture adjustment section relative to a furniture support section of the piece of furniture , and with a sensor device for detecting the movement and/or position of the furniture adjustment section , wherein the sensor device comprises a permanent magnet which is non-rotatably connected to the drive shaft of one of the drive motors or to a rotating component driven by the drive shaft , and a sensor element in which a sensor signal can be generated depending on the magnetic field of the permanent magnet , the sensor element being a Reed switch , the switching position of which can be switched by the magnetic field of the permanent magnet , characterized in that the Reed switch is connected to its own voltage source , which is independent of a controller of the drive motor , the Reed switch delivering an electrical signal to a processor , which is also connected to the voltage source independent of the controller of the drive motor is connected, and that at least two electrical, independently controllable drive motors are arranged in the piece of furniture for adjusting the furniture adjustment section relative to the furniture support section , wherein a drive motor can be controlled exclusively as a function of sensor signals from at least one Reed switch , whereas at least one further drive motor can be controlled exclusively by evaluating gyro and/or gravity sensor signals.
A nuclearized hot-isostatic press (HIP) system comprising: a high temperature HIP furnace a multi-wall vessel surrounding the furnace; multiple heads located on top and underneath the high temperature HIP furnace; a yoke and a yoke frame ; and a lift mechanism configured to load and unload a HIP can to the high temperature HIP furnace, characterized in that the multi-walled vessel comprises a leak detection system contained between the walls and configured to detect a gas leak, a crack in a vessel wall, or both. a high temperature HIP furnace a multi-wall vessel surrounding the furnace; multiple heads located on top and underneath the high temperature HIP furnace; a yoke and a yoke frame ; and a lift mechanism configured to load and unload a HIP can to the high temperature HIP furnace, characterized in that the multi-walled vessel comprises a leak detection system contained between the walls and configured to detect a gas leak, a crack in a vessel wall, or both.
Use of a mineral foam having a dry density ranging from 100 to 300 kg/m 3 obtained by contacting an aqueous foam with a cement slurry, said cement slurry comprising water W, a binder B and a water-reducing admixture, the binder B comprises Portland cement and less than 0.5 % of calcium aluminate cement, % expressed by mass relative to the mass of binder, wherein the weight water/binder (W/B) ratio of the cement slurry is reduced to a value below 0.44 but above 0.29 in order to improve adhesion of the mineral foam to a flat surface of a concrete slab and allow the production of a prefabricated layered wall comprising at least one connecting element and a layer of said mineral foam in contact with at least one concrete slab by putting in contact the mineral foam with a flat surface of said concrete slab , the at least one connecting element linking the layer of mineral foam with said concrete slab .
Sensor arrangement comprising a sensor element having a ceramic main body , two electrodes which are arranged on the main body , two separate contact pieces for the electrical contacting the electrodes , and a support which has two support elements , wherein the contact pieces each connect one of the electrodes to one of the support elements , wherein the electrodes each have an electrode base and a surface layer arranged on said electrode base , which surface layer comprises an oxidation-inhibiting metal selected from silver, gold, copper and aluminium, and wherein the surface layer is formed only on a part of the electrode base , such that a part of the electrode base is free from the surface layer and the contact pieces directly contact the electrode bases . a sensor element having a ceramic main body , two electrodes which are arranged on the main body , two separate contact pieces for the electrical contacting the electrodes , and a support which has two support elements , wherein the contact pieces each connect one of the electrodes to one of the support elements , wherein the electrodes each have an electrode base and a surface layer arranged on said electrode base , which surface layer comprises an oxidation-inhibiting metal selected from silver, gold, copper and aluminium, and wherein the surface layer is formed only on a part of the electrode base , such that a part of the electrode base is free from the surface layer and the contact pieces directly contact the electrode bases .
Method to make a phosphorus modified zeolite comprising the following steps in this order, a) providing a zeolite comprising at least one ten members ring in the structure, optionally making an ion-exchange, b) steaming said zeolite, c) introducing phosphorus on the zeolite to introduce at least 0.1 wt% of phosphorus, said introduction being made by impregnation or chemical vapor deposition, d) mixing said zeolite of step c) with at least a component selected among one or more binders and shaping additives, e) shaping said mixture, f) optionally introducing a rare earth or alkaline earth metal in the form of an oxide, optionally simultaneously with step d), g) optionally washing the catalyst, h) optionally calcining the catalyst, i) steaming the catalyst, also referred to as the equilibration step, wherein the steaming is performed in the range 625 to 870°C. a) providing a zeolite comprising at least one ten members ring in the structure, optionally making an ion-exchange, b) steaming said zeolite, c) introducing phosphorus on the zeolite to introduce at least 0.1 wt% of phosphorus, said introduction being made by impregnation or chemical vapor deposition, d) mixing said zeolite of step c) with at least a component selected among one or more binders and shaping additives, e) shaping said mixture, f) optionally introducing a rare earth or alkaline earth metal in the form of an oxide, optionally simultaneously with step d), g) optionally washing the catalyst, h) optionally calcining the catalyst, i) steaming the catalyst, also referred to as the equilibration step, wherein the steaming is performed in the range 625 to 870°C.