mhurhangee/patent-ind-claim-en huggingface dataset:
A set of panels comprising a first panel and a second panel , wherein a first edge of the first panel and a second edge of the second are configured to be locked together and assembled by a vertical displacement of the second edge relative the first edge, wherein the first edge comprises a locking element configured to cooperate with a locking groove at the second edge for locking in a horizontal and in the vertical direction, wherein the first edge comprises a tongue configured to cooperate with a tongue groove at the second edge for locking in a vertical direction, wherein the tongue groove has an upper lip and a lower lip , wherein an upper part of the locking element comprises a third guiding surface and a lower edge of the locking groove comprises a fourth guiding surface , which are configured to cooperate during the vertical displacement, characterised in that an upper part of the first edge comprises a first guiding surface and a lower edge of the lower lip comprises a second guiding surface , which are configured to cooperate during the vertical displacement, that a tip of the tongue comprises a fifth guiding surface and a tip of a lower lip of the tongue groove comprises a sixth guiding surface , which are configured to cooperate during the vertical displacement, and that the first guiding surface is a bevel or a rounding of an uppermost part of the first edge. wherein the first edge comprises a locking element configured to cooperate with a locking groove at the second edge for locking in a horizontal and in the vertical direction, wherein the first edge comprises a tongue configured to cooperate with a tongue groove at the second edge for locking in a vertical direction, wherein the tongue groove has an upper lip and a lower lip , wherein an upper part of the locking element comprises a third guiding surface and a lower edge of the locking groove comprises a fourth guiding surface , which are configured to cooperate during the vertical displacement, characterised in that an upper part of the first edge comprises a first guiding surface and a lower edge of the lower lip comprises a second guiding surface , which are configured to cooperate during the vertical displacement, that a tip of the tongue comprises a fifth guiding surface and a tip of a lower lip of the tongue groove comprises a sixth guiding surface , which are configured to cooperate during the vertical displacement, and that the first guiding surface is a bevel or a rounding of an uppermost part of the first edge.
A coating composition, comprising: a (meth)acrylic resin (A) containing a structural unit (a1) having an acetoacetoxy group and a structural unit (a2) having an amide group; a curing agent (B); and a surfactant (C), wherein the curing agent (B) includes a polyfunctional (meth)acrylate compound, wherein the surfactant (C) includes at least a dialkyl sulfosuccinate, wherein a contact angle θ 1 of a cured film having a film thickness of 10 μm, which is formed using the coating composition, after one second from the contact of the cured film with water is 70° or less, wherein the contact angle θ 1 is measured at a temperature of 25°C and a humidity of 50% RH, using an automatic contact angle meter as follows: discharging 2 μL of pure water droplet from the tip of the needle of a syringe of the automatic contact angle meter; bringing the cured film on the test plate close to the droplet so that the droplets adhere to the film; measuring the contact angle after one second after the water was in contact with the surface of the film in the static state by the θ/2 method at any 10 positions on the film surface; and taking the average value of measured values as the contact angle θ 1 . a (meth)acrylic resin (A) containing a structural unit (a1) having an acetoacetoxy group and a structural unit (a2) having an amide group; a curing agent (B); and a surfactant (C), wherein the curing agent (B) includes a polyfunctional (meth)acrylate compound, wherein the surfactant (C) includes at least a dialkyl sulfosuccinate,
An electrodeposited copper foil comprising: a drum side and a deposited side opposing to the drum side, wherein at least one of the drum side and the deposited side exhibits a void volume (Vv) value of 0.17 to 1.17 μm 3 /μm 2 , wherein the void volume (Vv) value is obtained by using ISO 25178-2 at 10% material ratio.
A device comprising at least one flexible pouch delimiting an interior volume, one air inlet opening per flexible pouch to allow air to pass into the interior volume of the pouch, a closure means for closing the air inlet in an airtight manner, the closure means comprising two flexible strips located at the periphery of the air inlet opening, the strips being connected at their ends and intended to be pressed against one another, characterized in that the device comprises at least one rigid movable part pivotally connected to one of the ends of said strips such that said movable part can be positioned around the strips in a closed position in which the two strips are kept clamped together so as to prevent air from escaping the device when the latter is filled with air.
A method of configuring a Discovery Reference Signaling, DRS, on a shared communication medium, comprising: executing a Clear Channel Assessment, CCA, protocol to determine whether to begin transmission within a DRS Measurement Timing Configuration, DMTC, window; and transmitting , based on a result of the executing, a multi-subframe DRS within the DMTC window, the multi-subframe DRS including a plurality of DRS subframes that each includes a plurality of symbols, wherein a first scrambling is defined for a first set of subframes of the DTMC window and a second scrambling is defined for a second set of subframes of the DTMC window, wherein the transmitting scrambles two or more of the plurality of DRS subframes of the multi-subframe DRS in accordance with a fixed scrambling corresponding to only one of the first scrambling or second scrambling. executing a Clear Channel Assessment, CCA, protocol to determine whether to begin transmission within a DRS Measurement Timing Configuration, DMTC, window; and transmitting , based on a result of the executing, a multi-subframe DRS within the DMTC window, the multi-subframe DRS including a plurality of DRS subframes that each includes a plurality of symbols, wherein a first scrambling is defined for a first set of subframes of the DTMC window and a second scrambling is defined for a second set of subframes of the DTMC window, wherein the transmitting scrambles two or more of the plurality of DRS subframes of the multi-subframe DRS in accordance with a fixed scrambling corresponding to only one of the first scrambling or second scrambling.
A security system comprising: an electric lock incorporating a mechanism to be locked or unlocked electrically and configured to emit sound or light indicating a state of the electric lock , the electric lock including: an authentication unit configured to authenticate a person who locks or unlocks the electric lock ; a driving unit configured to lock or unlock the electric lock in response to an authentication result determined by the authentication unit that the person is an authenticated person; and an apparatus including: a surveillance camera ; a detecting unit configured to detect a state change of the sound or the light emitted from the electric lock to an external environment, the state change indicating that a locking operation or unlocking operation is done on the electric lock ; and a controlling unit configured to, in response to the detecting unit detecting the state change, cause the surveillance camera to capture images or apply a tag on image data being captured by the surveillance camera . an electric lock incorporating a mechanism to be locked or unlocked electrically and configured to emit sound or light indicating a state of the electric lock , the electric lock including: an authentication unit configured to authenticate a person who locks or unlocks the electric lock ; a driving unit configured to lock or unlock the electric lock in response to an authentication result determined by the authentication unit that the person is an authenticated person; and an authentication unit configured to authenticate a person who locks or unlocks the electric lock ; a driving unit configured to lock or unlock the electric lock in response to an authentication result determined by the authentication unit that the person is an authenticated person; and an apparatus including: a surveillance camera ; a detecting unit configured to detect a state change of the sound or the light emitted from the electric lock to an external environment, the state change indicating that a locking operation or unlocking operation is done on the electric lock ; and a controlling unit configured to, in response to the detecting unit detecting the state change, cause the surveillance camera to capture images or apply a tag on image data being captured by the surveillance camera . a surveillance camera ; a detecting unit configured to detect a state change of the sound or the light emitted from the electric lock to an external environment, the state change indicating that a locking operation or unlocking operation is done on the electric lock ; and a controlling unit configured to, in response to the detecting unit detecting the state change, cause the surveillance camera to capture images or apply a tag on image data being captured by the surveillance camera .
Method for operating a display device with a display element arranged in the field of view of the user for displaying virtual image contents which are displayed superimposed on real image contents , comprising the method steps: - Determining a position and a viewing direction of the user in a real environment ; - placing at least one virtual object at an object position of a computer-generated simulation environment which maps the real environment in a georeferenced manner, in particular in a geospecific manner, the simulation environment being generated by evaluating sensor data obtained during a flight over and/or a passage through the real environment, in particular image recordings, the simulation environment being brought into congruence as an invisible virtual backdrop with the real environment in order to generate and display a realistic virtual screen content from a virtual object ; - determining a virtual position (14. 2) and viewing direction (15.2) by transferring the determined position and viewing direction to the simulation environment ; - calculating a virtual image content as a part of the virtual object visible from the virtual position (14.2) and under the virtual viewing direction (15.2) in the simulation environment ; - calculating an insertion position of the virtual image content on the display element based on the object position and the virtual position (14.2) and viewing direction (15.2); - displaying at least one virtual image content on the display element . - Determining a position and a viewing direction of the user in a real environment ; - placing at least one virtual object at an object position of a computer-generated simulation environment which maps the real environment in a georeferenced manner, in particular in a geospecific manner, the simulation environment being generated by evaluating sensor data obtained during a flight over and/or a passage through the real environment, in particular image recordings, the simulation environment being brought into congruence as an invisible virtual backdrop with the real environment in order to generate and display a realistic virtual screen content from a virtual object ; - determining a virtual position (14. 2) and viewing direction (15.2) by transferring the determined position and viewing direction to the simulation environment ; - calculating a virtual image content as a part of the virtual object visible from the virtual position (14.2) and under the virtual viewing direction (15.2) in the simulation environment ; - calculating an insertion position of the virtual image content on the display element based on the object position and the virtual position (14.2) and viewing direction (15.2); - displaying at least one virtual image content on the display element .
Device for preparing a brewed beverage, comprising: a) a base station in which a pump , a heater and a controller are provided; b) a grinding unit arranged on the base station and comprising a container for coffee beans, a grinder and an outlet for ground coffee; c) a tank for fresh water detachably arranged on the base station , and d) a supply line projecting upwardly from the base station and having an outlet for heated water arranged above a filter holder , the filter holder being movable from a position below the outlet for ground coffee to a position below the outlet , characterized in that the grinding unit is detachably arranged on the base station and has a plug on an underside which can be contacted with a connecting plug on the base station for an electrical connection. a) a base station in which a pump , a heater and a controller are provided; b) a grinding unit arranged on the base station and comprising a container for coffee beans, a grinder and an outlet for ground coffee; c) a tank for fresh water detachably arranged on the base station , and d) a supply line projecting upwardly from the base station and having an outlet for heated water arranged above a filter holder , the filter holder being movable from a position below the outlet for ground coffee to a position below the outlet ,
A high pressure polymerisation process for the preparation of polyethylene characterised in that LDPE is produced by a high pressure polymerization process, the LDPE produced is fed to an extruder and polymer which is polyethylene is added to the extruder via a side feed dosage unit wherein the MFI sf of the polymer added via the side feed dosage unit has a higher value than the melt flow index (MFI end) of the polyethylene end product and wherein the Mw/Mn of the end product increases at least 15% compared to the Mw/Mn of the product wherein no polymer is dosed via the side feed dosage unit.
A component carrier for carrying electrical components, including a battery, for an electrical vehicle, comprising: an injection-molded load-bearing frame to couple with and span from a right damper-tower of the electrical vehicle, transverse across the vehicle, to a coupling with a left damper-tower, the injection-molded load-bearing frame sized to translate dynamic loading from the body-in-white from the right damper-tower to the left damper-tower; wherein the injection-molded load-bearing frame comprises a thermoplastic material, characterized in that the component carrier is a stressed member and a load-bearing portion of the body-in-white that translates load from one portion to another portion of the body-in-white, and wherein the component carrier is integrated as one part. an injection-molded load-bearing frame to couple with and span from a right damper-tower of the electrical vehicle, transverse across the vehicle, to a coupling with a left damper-tower, the injection-molded load-bearing frame sized to translate dynamic loading from the body-in-white from the right damper-tower to the left damper-tower; wherein the injection-molded load-bearing frame comprises a thermoplastic material, characterized in that the component carrier is a stressed member and a load-bearing portion of the body-in-white that translates load from one portion to another portion of the body-in-white, and wherein the component carrier is integrated as one part.
Seal for sealing a longitudinal object , such as a wire, said seal having an axial cavity for receiving said longitudinal object in a fully mounted position, said axial cavity being open on both axial ends for at least partially receiving said longitudinal object through said axial cavity , the seal comprising a first partial body , a second partial body and a third partial body , the second partial body and the third partial body both being made of a similar material, the first partial body being made of a different material, wherein the first partial body forms a base onto which the second partial body is affixed in a non-removable manner such that the second partial body is at least partially positioned outside the first partial body in a radial direction, wherein the third partial body is at least partially configured to be positioned inside the first partial body along at least a part of the axial cavity , and wherein the first partial body is made of a material which is relatively more rigid as compared to the material making up the second partial body and the third partial body , characterized in that the first partial body has at least a first axial region and a second axial region , and in that a collar for providing a dampening effect to the longitudinal object in the fully mounted position is formed contiguously with the second partial body and the third partial body , the collar being located adjacent to the second axial region of the first partial body , wherein the collar is formed on the circumferential edge of the first partial body , on a surface facing away from a crimping region that corresponds with the first axial region , the first axial region being configured to be crimped onto the longitudinal object , wherein the first axial region is provided with cuts in the axial direction along at least a part of the first axial region to allow radial deformation of said first partial body in a compressive direction when crimped.
Method for displaying passenger information on a passenger transport vehicle that has an interior and at least one window (16; 18; 20) that has an inside , pointing to the interior , and an outside , wherein at least one display section of the window (16; 18; 20) is designed for displaying passenger information , having the step of: - presentation of the passenger information in the display section such that the passenger information can be read on the outside of the display section , the display section of the window (16; 18; 20) having an imaging layer , wherein an image source projects the passenger information onto the display section from the inside , characterized in that the image source is oriented from a central axis, which is oriented vertically, to a plane of the display section , in a manner offset and/or oblique with respect thereto, and in that the passenger information is projected such that distortions produced by the offset and/or oblique arrangement are removed. - presentation of the passenger information in the display section such that the passenger information can be read on the outside of the display section , the display section of the window (16; 18; 20) having an imaging layer , wherein an image source projects the passenger information onto the display section from the inside ,
A method comprising: performing a marine geophysical survey by: towing a plurality of high-frequency sources spread along a width of an array of sensors, the high-frequency sources having a first source density with respect to the width of the array of sensors; and simultaneously towing a plurality of mid-frequency sources spread along the width of the array of sensors, the mid-frequency sources have a second source density with respect to the width of the array of sensors, the second source density being lower than the first source density; and simultaneously towing one or more low-frequency sources spread along the width of the array of sensors, the low-frequency sources having a third source density with respect to the width of the array of sensors, the third source density being lower than the first and second source density; and activating the high-frequency, mid-frequency, and low-frequency sources. towing a plurality of high-frequency sources spread along a width of an array of sensors, the high-frequency sources having a first source density with respect to the width of the array of sensors; and simultaneously towing a plurality of mid-frequency sources spread along the width of the array of sensors, the mid-frequency sources have a second source density with respect to the width of the array of sensors, the second source density being lower than the first source density; and simultaneously towing one or more low-frequency sources spread along the width of the array of sensors, the low-frequency sources having a third source density with respect to the width of the array of sensors, the third source density being lower than the first and second source density; and activating the high-frequency, mid-frequency, and low-frequency sources.
A zwitterionic luminescent polymeric nanoparticle comprising at least one luminescent dye and at least one random copolymer, said random copolymer comprising: - from 0.5 to 20 mol% of repeating units having a pendant group, which is a negatively charged group chosen from phosphonate, sulfonate and carboxylate, - from 3 to 30 mol%, in particular from 5 to 20 mol%, more particularly from 7 to 17 mol%, of repeating units having a pendant group, which is a zwitterionic group, - from 0 to 5 mol% of repeating units having a pendant group, which is a reactive group able to chemically react with a corresponding function of a natural or synthetic molecule that recognizes a target biomolecule, - from 60 to 95 mol% of repeating units having a pendant group, which is a hydrophobic group. - from 0.5 to 20 mol% of repeating units having a pendant group, which is a negatively charged group chosen from phosphonate, sulfonate and carboxylate, - from 3 to 30 mol%, in particular from 5 to 20 mol%, more particularly from 7 to 17 mol%, of repeating units having a pendant group, which is a zwitterionic group, - from 0 to 5 mol% of repeating units having a pendant group, which is a reactive group able to chemically react with a corresponding function of a natural or synthetic molecule that recognizes a target biomolecule, - from 60 to 95 mol% of repeating units having a pendant group, which is a hydrophobic group.
A traveling vehicle comprising: a pair of left and right driving wheels ; a pair of left and right motors capable of driving the pair of left and right driving wheels independently of each other; an operational amount reception section capable of receiving operational amounts respectively for the pair of left and right motors ; a setting section capable of setting a period of a first control method having a predetermined first control parameter and a period of a second control method having a predetermined second control parameter, within a predetermined control cycle for controlling driving of the motors, in accordance with the operational amounts; and a motor driving section capable of driving the respective motors based on result of setting made by the setting section. a pair of left and right driving wheels ; a pair of left and right motors capable of driving the pair of left and right driving wheels independently of each other; an operational amount reception section capable of receiving operational amounts respectively for the pair of left and right motors ; a setting section capable of setting a period of a first control method having a predetermined first control parameter and a period of a second control method having a predetermined second control parameter, within a predetermined control cycle for controlling driving of the motors, in accordance with the operational amounts; and a motor driving section capable of driving the respective motors based on result of setting made by the setting section.