mhurhangee/patent-ind-claim-en huggingface dataset:
A visual obscurant system for obscuring an object from an observer having a field of view (FOV), the system comprising: a sensor for detecting the presence of an external object as well as characteristics that indicate a presence of the object ; a light source for emitting light in an electromagnetic spectrum; a source for releasing an obscurant into atmosphere to create a cloud , wherein the obscurant is able to attenuate a portion of the electromagnetic spectrum, and wherein the cloud is able to be positioned within the FOV of the observer so as to obscure the object when the light emitted from the light source is directed towards the cloud ; and a controller in communication with the source , the sensor and the light source , the controller being configured to activate the source to release the obscurant into the atmosphere to create the cloud based on the sensor detecting the external object ; to modulate the light source at a frequency such that the observer interprets the light as being constant, and to activate the sensor immediately after the light source emits light to view the object . a sensor for detecting the presence of an external object as well as characteristics that indicate a presence of the object ; a light source for emitting light in an electromagnetic spectrum; a source for releasing an obscurant into atmosphere to create a cloud , wherein the obscurant is able to attenuate a portion of the electromagnetic spectrum, and wherein the cloud is able to be positioned within the FOV of the observer so as to obscure the object when the light emitted from the light source is directed towards the cloud ; and a controller in communication with the source , the sensor and the light source , the controller being configured to activate the source to release the obscurant into the atmosphere to create the cloud based on the sensor detecting the external object ; to modulate the light source at a frequency such that the observer interprets the light as being constant, and to activate the sensor immediately after the light source emits light to view the object .
An aerosol-forming article (1, 1', 1") comprising: an aerosol-forming substrate ; a hollow bore terminal filter element at a downstream axial end of the article; a spacer element for cooling and mixing of aerosol, the spacer element being upstream and axially adjacent the terminal filter element and defining a cavity between the aerosol-forming substrate and the downstream end of the article, the spacer element having a tubular wall; wherein the article comprises at least one radial air flow path into the article interposed between the aerosol-forming substrate and the terminal filter element ; characterised in that the radial air flow path(s) are provided by one or more ventilation holes provided in the tubular wall of the spacer element . an aerosol-forming substrate ; a hollow bore terminal filter element at a downstream axial end of the article; a spacer element for cooling and mixing of aerosol, the spacer element being upstream and axially adjacent the terminal filter element and defining a cavity between the aerosol-forming substrate and the downstream end of the article, the spacer element having a tubular wall; wherein the article comprises at least one radial air flow path into the article interposed between the aerosol-forming substrate and the terminal filter element ; characterised in that the radial air flow path(s) are provided by one or more ventilation holes provided in the tubular wall of the spacer element .
Tool-carrier device intended to be interposed between a tractor and a viticulture or arboriculture tool, said device enabling the positioning of said tool to be controlled in relation to a row of plants independently of the position of the tractor in relation to said row, said device comprising a fixed chassis intended to be attached to the tractor, and a chassis mounted so as to be able to move in relation to said fixed chassis and intended to be attached to said tool, said fixed chassis being conformed so as to form a fixed window that is fixed, while said movable chassis is conformed so as to form a movable window that is movable and will move at the same time as said movable chassis , said fixed and movable chassis being conformed so as to form a central window allowing, whatever the position of said movable chassis in relation to the fixed chassis , the passage of at least one transmission member that extends from the tractor as far as said viticulture or arboriculture tool through said device in order to supply power to said viticulture or arboriculture tool, the dimensions of each of said fixed and movable windows being sufficiently great for the movement of said movable chassis not to interfere with the elements situated inside said central window , the zone defined by said central window being fixed and free from any movement during movements of said movable chassis with respect to said fixed chassis , said tool-carrier device comprising a movement means connected or attached firstly to said fixed chassis and secondly to said movable chassis , said tool-carrier device comprising at least one means for detecting said row of plants intended to automatically control said movement means , said detection means comprising a probe intended to come into contact at one point with said row of plants, said detection means being intended to automatically control said movement means in order to position the tool carried by the tool carrier with respect to a row of plants, or with respect to two rows of plants parallel to one another, such as the rows formed by vines or fruit trees, independently of the position of the tractor in relation to said row.
An atomizer, comprising: a sleeve ; a liquid storage sleeve disposed at an end of the sleeve along an axial direction of the sleeve ; and an atomizing assembly , wherein the atomizing assembly comprises a liquid conducting body and a heating element ; the liquid conducting body is disposed in the sleeve along an axial direction of the sleeve , extending from the sleeve into the liquid storage sleeve ; the heating element is sleeved on outside of the liquid conducting body and configured for heating tobacco liquid absorbed by the liquid conducting body from the liquid storage sleeve , to generate an aerosol in an atomizing space between the sleeve and the heating element , characterized in that the liquid conducting body is a barrel-shaped structure, provided inside with a liquid filling tube ; the liquid filling tube extends from the sleeve into the liquid storage sleeve and is configured for conveying the tobacco liquid that is injected into the liquid filling tube through a distal end of the sleeve away from the liquid storage sleeve , to the liquid storage sleeve . a sleeve ; a liquid storage sleeve disposed at an end of the sleeve along an axial direction of the sleeve ; and an atomizing assembly , wherein the atomizing assembly comprises a liquid conducting body and a heating element ; the liquid conducting body is disposed in the sleeve along an axial direction of the sleeve , extending from the sleeve into the liquid storage sleeve ; the heating element is sleeved on outside of the liquid conducting body and configured for heating tobacco liquid absorbed by the liquid conducting body from the liquid storage sleeve , to generate an aerosol in an atomizing space between the sleeve and the heating element , characterized in that the liquid conducting body is a barrel-shaped structure, provided inside with a liquid filling tube ; the liquid filling tube extends from the sleeve into the liquid storage sleeve and is configured for conveying the tobacco liquid that is injected into the liquid filling tube through a distal end of the sleeve away from the liquid storage sleeve , to the liquid storage sleeve .
Transducer, particularly a vibronic-type transducer or an electromagnetic transducer, comprising: - at least a measuring tube designed to conduct a flowing medium, and - a sensor housing mechanically coupled with the at least one measuring tube , said housing comprising -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube , and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity , said exterior envelope surrounding the interior envelope. - at least a measuring tube designed to conduct a flowing medium, and - a sensor housing mechanically coupled with the at least one measuring tube , said housing comprising -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube , and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity , said exterior envelope surrounding the interior envelope. -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube , and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity , said exterior envelope surrounding the interior envelope.
Method for manufacturing an optoelectronic device comprising an array of planar photodiodes formed on the basis of germanium, comprising the following steps: i) producing a stack of semiconductor layers , which are formed on the basis of germanium, having a first face and a second face opposite one another and parallel to a main plane of the photodiodes , and comprising: ∘ a first, p-doped, layer defining the first face , ∘ a second layer , covering the first layer , defining the second face , ii) producing trenches , extending through said stack from the second face towards the first face , delimiting, for each photodiode , a semiconductor portion of said stack; iii) depositing an intrinsic semiconductor passivation layer , formed on the basis of silicon, covering the second face and filling the trenches ; iv) annealing, ensuring, for each photodiode , an interdiffusion of the silicon of the semiconductor passivation layer and of the germanium of the semiconductor portion , thus forming a "peripheral" zone of the semiconductor portion , formed on the basis of silicon-germanium, and located in contact with the semiconductor passivation layer . i) producing a stack of semiconductor layers , which are formed on the basis of germanium, having a first face and a second face opposite one another and parallel to a main plane of the photodiodes , and comprising: ∘ a first, p-doped, layer defining the first face , ∘ a second layer , covering the first layer , defining the second face , ∘ a first, p-doped, layer defining the first face , ∘ a second layer , covering the first layer , defining the second face , ii) producing trenches , extending through said stack from the second face towards the first face , delimiting, for each photodiode , a semiconductor portion of said stack; iii) depositing an intrinsic semiconductor passivation layer , formed on the basis of silicon, covering the second face and filling the trenches ; iv) annealing, ensuring, for each photodiode , an interdiffusion of the silicon of the semiconductor passivation layer and of the germanium of the semiconductor portion , thus forming a "peripheral" zone of the semiconductor portion , formed on the basis of silicon-germanium, and located in contact with the semiconductor passivation layer .
Guardrail system for arrangement on a road , which has posts fixed in the ground, guardrails and an underride protection , wherein the guardrails are releasably fastened in upper region on the posts and the underride protection is releasably fastened segment by segment at a distance from the posts between road and guardrail , wherein the underride protection is coupled via a holding bracket with the guardrail , characterised in that the holding bracket is screwed, including two disc springs (T), via a screw bolt together with the guardrail , and the disc springs (T) have a dome (W), wherein the domes (W) are disposed facing towards one another, wherein between the guardrail and the holding bracket or between the holding bracket and the screw bolt are disposed the two disc springs (T) or that the holding bracket is disposed between the two disc springs (T), such that the underride protection is suspended swingingly and at a first collision swings away, such that the first impact is reduced in its intensity.
A curable composition which comprises a poly(meth)acrylate compound having a fluorene ring (component (A)), a polythiol compound having a thioalkyl structure (component (B)), an ene compound having a polycyclic aromatic hydrocarbon skeleton (component (C)) and a polymerization initiator (component (D)), wherein the component (C) is a compound represented by general formula : wherein: Ar represents a polycyclic aromatic hydrocarbon; R 4 represents an alkyl group having 1 to 3 carbon atoms which is a substituent to the polycyclic aromatic hydrocarbon; M represents a functional group having an ene skeleton selected from general formula or general formula below; q represents an integer of 1 to 4; and r represents an integer of 0 to 10, wherein: R 5 represents a hydrogen atom or a methyl group; s represents an integer of 0 to 2; and a dotted line represents bonding to Ar, wherein: R 6 represents a hydrogen atom or a methyl group; t represents an integer of 0 to 2; and a dotted line represents bonding to Ar, and wherein the polycyclic aromatic hydrocarbon is at least one compound selected from the group consisting of naphthalene, anthracene, pentacene, pyrene, benzopyrene, chrysene and triphenylene. wherein: R 6 represents a hydrogen atom or a methyl group; t represents an integer of 0 to 2; and a dotted line represents bonding to Ar, and wherein the polycyclic aromatic hydrocarbon is at least one compound selected from the group consisting of naphthalene, anthracene, pentacene, pyrene, benzopyrene, chrysene and triphenylene.
A positioning mechanism , comprising: a base provided with a landing area , with a positioning portion provided on said landing area ; and a guide member movably arranged on said landing area and comprising a guide surface ; characterised in that said guide member is movable relative to said base so as to adjust the height of said guide member relative to said landing area ; the moving states of said guide member relative to said base include a non-operating state and an operating state; the height of said guide member in said non-operating state is less than the height thereof in said operating state; and said guide surface in said operating state can be adjoined by said positioning portion . a base provided with a landing area , with a positioning portion provided on said landing area ; and a guide member movably arranged on said landing area and comprising a guide surface ; characterised in that said guide member is movable relative to said base so as to adjust the height of said guide member relative to said landing area ; the moving states of said guide member relative to said base include a non-operating state and an operating state; the height of said guide member in said non-operating state is less than the height thereof in said operating state; and said guide surface in said operating state can be adjoined by said positioning portion .
A user equipment comprising a processor and a memory, the memory storing computer executable instructions which, when executed by the processor, cause the user equipment to provide an application data delivery service for enabling communication between a first application that is hosted on the user equipment and a second application, the application data delivery service being configured to perform operations comprising: receiving, from the first application on a first interface that comprises an application programing interface exposed by the application data delivery service to the first application, a first request to send a packet to the second application via a communications network, the first request comprising an indication of whether the first application desires the packet to be acknowledged and an identifier of the second application; encoding, based on the first request, a header comprising the indication of whether the packet should be acknowledged, the identifier of the second application, and a field that is used to support sequencing of packets; and sending, to a mobility management entity of the communications network, via a Non-Access Stratum (NAS) Message, a second request requesting that the packet be sent to the second application, the second request comprising the packet and the header. receiving, from the first application on a first interface that comprises an application programing interface exposed by the application data delivery service to the first application, a first request to send a packet to the second application via a communications network, the first request comprising an indication of whether the first application desires the packet to be acknowledged and an identifier of the second application; encoding, based on the first request, a header comprising the indication of whether the packet should be acknowledged, the identifier of the second application, and a field that is used to support sequencing of packets; and sending, to a mobility management entity of the communications network, via a Non-Access Stratum (NAS) Message, a second request requesting that the packet be sent to the second application, the second request comprising the packet and the header.
A rotator tow truck comprising - having a main lower chassis ; - At least a main body connected to said lower chassis via a Slewing Ring system and rotating around vertical axis (x), - At least a main boom connected to said main body and capable to move up and down by help of lifting cylinder , - at least an extension booms connected to said main boom via an knuckle , capable to move up and down by help of an angle Articulating Cylinder and allowing length adjustment by help of extension cylinders , and it is characterized in comprising - upper towing ropes located on said extension booms , driven independent of each other by help of upper towing winches and connected to the vehicles , - lower towing ropes located on said extension booms , driven independent of each other by help of lower towing winches and connected to the vehicles . - having a main lower chassis ; - At least a main body connected to said lower chassis via a Slewing Ring system and rotating around vertical axis (x), - At least a main boom connected to said main body and capable to move up and down by help of lifting cylinder , - at least an extension booms connected to said main boom via an knuckle , capable to move up and down by help of an angle Articulating Cylinder and allowing length adjustment by help of extension cylinders , and it is characterized in comprising - upper towing ropes located on said extension booms , driven independent of each other by help of upper towing winches and connected to the vehicles , - lower towing ropes located on said extension booms , driven independent of each other by help of lower towing winches and connected to the vehicles .
Polyethylene composition having a density of 949 - 955 kg/m 3 and a melt index MI 2 between 15 and 40 g/10 min, which comprises a low molecular weight fraction (A) and a high molecular weight fraction (B), wherein the weight fraction of (A) is 52 - 58wt% based on the weight of (A) + (B), and the melt index MI 2 of (A) is 200 - 600 g/10 min.
A light control method, the method performed by a light control apparatus in a user terminal, the method comprising the steps of: detecting (S101) an environmental parameter, using at least one sensor disposed on one side of a charging interface of the user terminal, wherein the environmental parameter is at least one of: magnetic field strength on the side of the charging interface of the user terminal, a distance between the charging interface of the user terminal and a charger plug, and brightness of light on the side of the charging interface of the user terminal; and enabling (S102) a lighting device disposed on another side of the charging interface when the environmental parameter falls within a preset parameter range; wherein before the detecting an environmental parameter on a side of a charging interface of a user terminal, the method further comprises the steps of: determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal. detecting (S101) an environmental parameter, using at least one sensor disposed on one side of a charging interface of the user terminal, wherein the environmental parameter is at least one of: magnetic field strength on the side of the charging interface of the user terminal, a distance between the charging interface of the user terminal and a charger plug, and brightness of light on the side of the charging interface of the user terminal; and enabling (S102) a lighting device disposed on another side of the charging interface when the environmental parameter falls within a preset parameter range; wherein before the detecting an environmental parameter on a side of a charging interface of a user terminal, the method further comprises the steps of: determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal. determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal.