mhurhangee/patent-ind-claim-en huggingface dataset:
A movable divided inspection system, comprising a first radiation source , a first detection means, a first automated guided vehicle and a second automated guided vehicle , said first radiation source is mounted on said first automated guided vehicle , said first detection means is mounted on said second automated guided vehicle , said first automated guided vehicle and said second automated guided vehicle are able to drive said first radiation source and said first detection means to a preset scan inspection position, so as to form a scanning passage for passage of an article to be scanned between said first automated guided vehicle and said second automated guided vehicle , such that scanning inspection of said article to be scanned is realized by relative movement of said article to be scanned with reference to said first automated guided vehicle and said second automated guided vehicle ; wherein said first detection means comprises a first detector and a detector arm , said first detector being disposed on the detector arm , for receiving the radiation emitted by said first radiation source ; further comprising a second detector disposed at a top and bottom of said detector arm respectively, said second detector is arranged along a direction perpendicular to the axis of said detector arm so as to adjust relative position relationship of said first radiation source and said detector arm by a radiation dose received by said second detector, so that said detector arm is located within a radiation range of said first radiation source .
A mobility aid system for overcoming a level difference as a flight of stairs that extends between a landing (A) and a floor (Z) that is raised with respect to the landing by a vertical height difference (H) assessed on a vertical axis (Y), the flight of stairs comprising a plurality of steps (S) each defining a treading surface (C) arranged horizontally and spaced vertically with respect to the preceding one by a height difference (h), the system comprising a plurality of lifting devices each comprising a frame , a lifting platform being attached to the frame , said platform being movable along said frame according to said vertical axis (Y), said system comprising at least one lifting device arranged on the landing (A) of the flight of stairs and one lifting device (1", 1′′′, 1ʺʺ) for each step (S); wherein the aid system further comprises an elevator base that can be translated along said vertical axis (Y) between the landing (A) and the raised floor (Z), where the elevator base is defined by one or more of the lifting platforms actuated in combination in translation along the respective frames ; characterised in that for each of the plurality of lifting devices said lifting platform is attached to said frame pivotally with respect to a horizontal direction (X) perpendicular to the vertical axis (Y), said platform being movable between a resting position arranged in a substantially vertical arrangement according to said axis (Y) and a working position arranged in substantially horizontal arrangement according to the horizontal direction (X), and that in said working position said platform is movable along said frame according to said vertical axis (Y).
A lightweight composite article with controlled biodegradation comprising: a fibrous substrate in the form of a fibrous sheet; and a coating composition applied to the fibrous substrate to control the rate of biodegradation of the composite article, characterized in that : the coating composition comprises a combination of water repellent, biodegradable binder and antimicrobial agent, and the coating composition is applied as a coating layer on one side of the fibrous substrate, wherein the water repellent comprises a drying oil; and the composite article having a weight of less than about 57 grams per square meter, and a biodegradation rate of between about 30 days and about 150 days. a fibrous substrate in the form of a fibrous sheet; and a coating composition applied to the fibrous substrate to control the rate of biodegradation of the composite article, characterized in that : the coating composition comprises a combination of water repellent, biodegradable binder and antimicrobial agent, and the coating composition is applied as a coating layer on one side of the fibrous substrate, wherein the water repellent comprises a drying oil; and the composite article having a weight of less than about 57 grams per square meter, and a biodegradation rate of between about 30 days and about 150 days. the coating composition comprises a combination of water repellent, biodegradable binder and antimicrobial agent, and the coating composition is applied as a coating layer on one side of the fibrous substrate, wherein the water repellent comprises a drying oil; and the composite article having a weight of less than about 57 grams per square meter, and a biodegradation rate of between about 30 days and about 150 days.
A gas diffusion electrode comprising a microporous layer on at least one surface of an electrically conductive porous substrate, wherein the microporous layer includes a first microporous layer that is in contact with the electrically conductive porous substrate, and a dense layer that is in contact with the first microporous layer, the dense layer having a thickness of 1 μm or more, and an average number density B of pores having a pore diameter of 0.15 μm or more and 1 μm or less in the dense layer is 1.3A or more where A is an average number density of pores having a pore diameter of 0.15 μm or more and 1 μm or less in the microporous layer disposed on at least one surface of the electrically conductive porous substrate. the microporous layer includes a first microporous layer that is in contact with the electrically conductive porous substrate, and a dense layer that is in contact with the first microporous layer, the dense layer having a thickness of 1 μm or more, and an average number density B of pores having a pore diameter of 0.15 μm or more and 1 μm or less in the dense layer is 1.3A or more where A is an average number density of pores having a pore diameter of 0.15 μm or more and 1 μm or less in the microporous layer disposed on at least one surface of the electrically conductive porous substrate.
A mounting system for detachably mounting electronic devices in a motor vehicle, comprising a connecting section for connection to the motor vehicle, with a first holder connected to connecting section , which first holder has a first holding space and first holding sections for holding a first electronic device , further comprising a second holder with a second holding space for holding a second electronic device , wherein second holder can be arranged or is arranged in first holding space and can be detachably fixed or is detachably fixed to first holding sections , wherein a gap between first holding sections can be modified, characterized in that second holder comprises two second holding sections , which serve to mount boundary edges opposite one another of second electronic device and which are arranged on sides opposite one another of second holding space , wherein a gap between two second holding sections can be modified.
A method performed by a base station (BS-A) in a radio access network, RAN, including the base station, wherein the base station is a first base station, the method comprising: setting benefit metric data; and communicating a message between the base station and another node of the radio access network wherein the message includes a Coordinated Multipoint , CoMP, hypothesis field, a benefit metric field, and a cell identification field, wherein the CoMP hypothesis field includes CoMP hypothesis data, wherein the cell identification field includes cell identification data that identifies a cell served by a second base station, and wherein the benefit metric field includes the benefit metric data, characterized in that the benefit metric data identifies the CoMP hypothesis data as indicating a resource allocation that is mandated for the cell served by the second base station, without considering a benefit to the first base station and other nodes of the radio access network. setting benefit metric data; and communicating a message between the base station and another node of the radio access network wherein the message includes a Coordinated Multipoint , CoMP, hypothesis field, a benefit metric field, and a cell identification field, wherein the CoMP hypothesis field includes CoMP hypothesis data, wherein the cell identification field includes cell identification data that identifies a cell served by a second base station, and wherein the benefit metric field includes the benefit metric data, characterized in that the benefit metric data identifies the CoMP hypothesis data as indicating a resource allocation that is mandated for the cell served by the second base station, without considering a benefit to the first base station and other nodes of the radio access network.
Sampling device for taking a sample of a product from a flexible container, comprising: an attachment portion which is intended to be attached to an outer surface of the container and defines a passage ; a sample collection chamber which is closed off from an external environment at least after the attachment portion has been attached to the container and in which a sample collection element is accommodated, wherein the sampling device is configured such that, after attachment the attachment portion to the container, the sample collection element can be passed through the passage so that an end portion of the sample collection element facing the outer surface pierces the outer surface of the container to collect the sample; a protective element which at least partially covers the end portion of the sample collection element in order to prevent unintentional damage to the outer surface and/or the sampling device , the protective element being adjustable on and/or detachable from the sample collection element in such a way that the end portion is exposed for piercing the outer surface; characterized in that the sample collection chamber is formed by a flexible foil, which on the one hand is attached to the attachment portion and on the other hand is directly or indirectly closed off, and the flexible foil, after the attachment portion is attached to the outer surface of the container, allows the protective element to be released/adjusted for guiding the sample collection element through the passage and piercing the outer surface. an attachment portion which is intended to be attached to an outer surface of the container and defines a passage ; a sample collection chamber which is closed off from an external environment at least after the attachment portion has been attached to the container and in which a sample collection element is accommodated, wherein the sampling device is configured such that, after attachment the attachment portion to the container, the sample collection element can be passed through the passage so that an end portion of the sample collection element facing the outer surface pierces the outer surface of the container to collect the sample; a protective element which at least partially covers the end portion of the sample collection element in order to prevent unintentional damage to the outer surface and/or the sampling device , the protective element being adjustable on and/or detachable from the sample collection element in such a way that the end portion is exposed for piercing the outer surface; characterized in that the sample collection chamber is formed by a flexible foil, which on the one hand is attached to the attachment portion and on the other hand is directly or indirectly closed off, and the flexible foil, after the attachment portion is attached to the outer surface of the container, allows the protective element to be released/adjusted for guiding the sample collection element through the passage and piercing the outer surface.
A system comprising: a set of client devices providing switching functionality; and an aggregation device configured to communicate with an orchestrator of a wide area network, WAN, wherein the aggregation device serves as a master switch and is coupled to the set of client devices via a set of cascade ports, which are physical interfaces on the aggregation device and provide connectivity to the set of client devices, and wherein the aggregation device is configured to: detect, using a port extension service virtual network function, VNF, executing on the aggregation device, each client device of the set of client devices coupled to the aggregation device, wherein the port extension service is a port extension bridge function; send, to the orchestrator, data indicating the client devices as respective sub-systems within a logical switch comprising the aggregation device and the set of client devices; receive, from the orchestrator, configuration information for managing at least one sub-system within the logical switch; and configure, by the port extension service based on the configuration information, the client device of the set of client devices corresponding to the at least one sub-system. a set of client devices providing switching functionality; and an aggregation device configured to communicate with an orchestrator of a wide area network, WAN, wherein the aggregation device serves as a master switch and is coupled to the set of client devices via a set of cascade ports, which are physical interfaces on the aggregation device and provide connectivity to the set of client devices, and wherein the aggregation device is configured to: detect, using a port extension service virtual network function, VNF, executing on the aggregation device, each client device of the set of client devices coupled to the aggregation device, wherein the port extension service is a port extension bridge function; send, to the orchestrator, data indicating the client devices as respective sub-systems within a logical switch comprising the aggregation device and the set of client devices; receive, from the orchestrator, configuration information for managing at least one sub-system within the logical switch; and configure, by the port extension service based on the configuration information, the client device of the set of client devices corresponding to the at least one sub-system. detect, using a port extension service virtual network function, VNF, executing on the aggregation device, each client device of the set of client devices coupled to the aggregation device, wherein the port extension service is a port extension bridge function; send, to the orchestrator, data indicating the client devices as respective sub-systems within a logical switch comprising the aggregation device and the set of client devices; receive, from the orchestrator, configuration information for managing at least one sub-system within the logical switch; and configure, by the port extension service based on the configuration information, the client device of the set of client devices corresponding to the at least one sub-system.
A method wherein a first host comprises a virtualization layer managing execution of virtual machines , VMs, on the first host, the method comprising: establishing a communication channel between the virtualization layer and a VM comprising one of the VMs on the first host, the communication channel having a first end point in the virtualization layer and a second end point in the VM; adding a reference to the established communication channel to a channel table that maps communication channels to respective VMs on the first host; receiving a packet at the first host from a second host via a network , the packet comprising an identifier of the VM; looking up the identifier in the channel table; and enabling indirect network connectivity between the second host and the VM by a proxy agent executing on the first host causing the virtualization layer to pass the packet through the established communication channel to the VM. establishing a communication channel between the virtualization layer and a VM comprising one of the VMs on the first host, the communication channel having a first end point in the virtualization layer and a second end point in the VM; adding a reference to the established communication channel to a channel table that maps communication channels to respective VMs on the first host; receiving a packet at the first host from a second host via a network , the packet comprising an identifier of the VM; looking up the identifier in the channel table; and enabling indirect network connectivity between the second host and the VM by a proxy agent executing on the first host causing the virtualization layer to pass the packet through the established communication channel to the VM.
A method for forming a stratified cementitious body comprising placing into a mould a cementitious slurry comprising a cementitious binder, to form the body in a single pour and curing the slurry to form a stratified cementitious body, the slurry having a yield shear stress of less than about 100 Pa, measured using a co-axial concrete viscometer, and a plastic viscosity of less than about 26 Pa.s, measured using a co-axial concrete viscometer wherein the method comprises the steps of: (i) mixing a cementitious binder and at least one aggregate material with water to form the slurry, (ii) pouring the slurry into the mould, (iii) allowing the slurry to stratify into layers under the influence of gravitational forces and/or buoyancy forces, (iv) applying vibrations to the slurry to encourage the slurry to stratify into layers, and (v) curing the slurry to form a stratified cementitious body. (i) mixing a cementitious binder and at least one aggregate material with water to form the slurry, (ii) pouring the slurry into the mould, (iii) allowing the slurry to stratify into layers under the influence of gravitational forces and/or buoyancy forces, (iv) applying vibrations to the slurry to encourage the slurry to stratify into layers, and (v) curing the slurry to form a stratified cementitious body.
A battery , comprising: a plurality of battery cells configured to be electrically connected to each other through a bus component ; a cover body comprising an accommodation space configured to install the bus component ; an insulating part attached to the cover body and provided to cover at least the bus component ; a battery management unit comprising a control module and an electrical connection component, and the control module and the bus component are connected by the electrical connection component, the electrical connection component is embedded in the cover body ; and a case shell , the case shell and the cover body collectively enclose and form a case configured to accommodate the plurality of battery cells , and the control module is provided outside the case . a plurality of battery cells configured to be electrically connected to each other through a bus component ; a cover body comprising an accommodation space configured to install the bus component ; an insulating part attached to the cover body and provided to cover at least the bus component ; a battery management unit comprising a control module and an electrical connection component, and the control module and the bus component are connected by the electrical connection component, the electrical connection component is embedded in the cover body ; and a case shell , the case shell and the cover body collectively enclose and form a case configured to accommodate the plurality of battery cells , and the control module is provided outside the case .
An adhesive roll comprising at least one sheet of adhesive material , the sheet comprising an outwardly facing adhesive surface (118a-c) characterized by being doped with at least one optically detectable dopant, wherein the at least one optically detectable dopant is luminescent.
Direct impulse free escapement mechanism for a timepiece, comprising: - an escapement wheel and pinion , extending in a plane P1 and rotatable about an axis of rotation (X1) perpendicular to this plane and provided with a series of peripheral teeth , said teeth defining by their ends during rotation of the escapement wheel and pinion a circular trajectory C, - a locking device comprising at least one locking pallet-stone arranged to cooperate in abutment with a tooth of the escapement wheel and pinion in at least one locking position of said locking device , - at least one control pallet capable of being attached to a regulating organ pivoting about an axis of rotation (X2) in order to cooperate with at least one complementary unlocking organ of the locking device in order to release the locking device from the escapement wheel and pinion in an unlocking position at each vibration of said regulating organ , - impulse pallet-stones capable of being attached to said regulating organ to cooperate each on an impulse plane with a tooth of the escapement wheel and pinion to transmit a direct impulse to said regulating organ ; characterised in that the locking device is arranged to undergo a draw by the escapement wheel and pinion in each locking position and in that the teeth of the escapement wheel and pinion and the impulse pallet-stones are configured and arranged such that the impulses occur outside the plane P1 of the escapement wheel and pinion . - an escapement wheel and pinion , extending in a plane P1 and rotatable about an axis of rotation (X1) perpendicular to this plane and provided with a series of peripheral teeth , said teeth defining by their ends during rotation of the escapement wheel and pinion a circular trajectory C, - a locking device comprising at least one locking pallet-stone arranged to cooperate in abutment with a tooth of the escapement wheel and pinion in at least one locking position of said locking device , - at least one control pallet capable of being attached to a regulating organ pivoting about an axis of rotation (X2) in order to cooperate with at least one complementary unlocking organ of the locking device in order to release the locking device from the escapement wheel and pinion in an unlocking position at each vibration of said regulating organ , - impulse pallet-stones capable of being attached to said regulating organ to cooperate each on an impulse plane with a tooth of the escapement wheel and pinion to transmit a direct impulse to said regulating organ ;
A polyvinyl alcohol-based polymer, as a saponified product of a copolymer of a vinyl ester monomer and a polyfunctional monomer, wherein the polyvinyl alcohol-based polymer has a particle size of 70 nm to 1000 nm at a cumulative frequency of 50% in particle size distribution by dynamic light scattering measurement of a 0.4 mass% aqueous solution of the polyvinyl alcohol-based polymer at 25°C, and wherein an average particle size obtained from the dynamic light scattering measurement of a 0.4 mass% aqueous solution of the polyvinyl alcohol-based polymer at 25°C is 70 nm to 1500 nm. wherein the polyvinyl alcohol-based polymer has a particle size of 70 nm to 1000 nm at a cumulative frequency of 50% in particle size distribution by dynamic light scattering measurement of a 0.4 mass% aqueous solution of the polyvinyl alcohol-based polymer at 25°C, and wherein an average particle size obtained from the dynamic light scattering measurement of a 0.4 mass% aqueous solution of the polyvinyl alcohol-based polymer at 25°C is 70 nm to 1500 nm.