mhurhangee/patent-ind-claim-en huggingface dataset:
An outdoor unit, comprising: a housing including a side panel (lb) and a front panel connected to the side panel (lb); and a terminal block accommodated in the housing , the side panel (lb) including an outer shell surface forming a part of an outer surface of the housing , a first recessed surface recessed from the outer shell surface in an inward direction of the housing , and a second recessed surface formed in the first recessed surface and recessed from the first recessed surface in the inward direction of the housing , on the second recessed surface , a power supply wire connected to the terminal block being arranged, characterized in that the first recessed surface has a side connected to the front panel , the outer shell surface is not present on a front surface side of the housing , and the front panel of the housing is connected to the side of the first recessed surface by the front panel being bent from the front panel toward the side of the first recessed surface . a housing including a side panel (lb) and a front panel connected to the side panel (lb); and a terminal block accommodated in the housing , the side panel (lb) including an outer shell surface forming a part of an outer surface of the housing , a first recessed surface recessed from the outer shell surface in an inward direction of the housing , and a second recessed surface formed in the first recessed surface and recessed from the first recessed surface in the inward direction of the housing , on the second recessed surface , a power supply wire connected to the terminal block being arranged, characterized in that the first recessed surface has a side connected to the front panel , the outer shell surface is not present on a front surface side of the housing , and the front panel of the housing is connected to the side of the first recessed surface by the front panel being bent from the front panel toward the side of the first recessed surface .
Security feature, in particular for packagings, characterised in that a colour separation of a defined coloured region of a motif is formed by two different rasters, the proportions of which are defined by a cryptic key, wherein a colour component having tonal values from 1 to 100% is selected from a colour image which exists in the CYMK system, wherein this tonal value of this colour component is split into two parts which are printed as different rasters, wherein the two different rasters are selected from the group comprising dot rasters, line rasters, bar rasters, stochastic rasters and frequency-modulated rasters.
A device for gripping, retaining and guiding containers, in particular bottle-like containers, having: a gripping arm pair , having at least two gripping arms ; a fastening plate , having at least two bores which each have a bearing element for pivotably fastening the respective gripping arm , the first and second bearing elements each comprising, at the end remote from the associated gripping arm , a horizontal actuating element having a lever , the lever of the actuating element of the first bearing element being in force-transmitting contact with the lever of the actuating element of the second bearing element in such a way that, by means of an external force acting on an actuating roller mounted on the actuating element of the second bearing element , a direct force transmission to the first bearing element is made possible, as a result of which the gripping arm pair is brought from a closed position into an open position, and characterised in that the levers each have a cylindrical configuration. a gripping arm pair , having at least two gripping arms ; a fastening plate , having at least two bores which each have a bearing element for pivotably fastening the respective gripping arm , the first and second bearing elements each comprising, at the end remote from the associated gripping arm , a horizontal actuating element having a lever , the lever of the actuating element of the first bearing element being in force-transmitting contact with the lever of the actuating element of the second bearing element in such a way that, by means of an external force acting on an actuating roller mounted on the actuating element of the second bearing element , a direct force transmission to the first bearing element is made possible, as a result of which the gripping arm pair is brought from a closed position into an open position, and characterised in that the levers each have a cylindrical configuration.
A method comprising: receiving , by an access device , a first key identifier, and a first ephemeral public key corresponding to a first ephemeral private key, the first ephemeral public and private keys being previously generated by a key management server ; receiving , by the access device , access data associated with a user; determining , by the access device , whether a successful connection with a remotely located processing computer can be made; when the access device determines that a successful connection cannot be made, then encrypting the access data with the first ephemeral public key to form encrypted access data; storing , in a memory device associated with the access device , the encrypted access data; determining , by the access device , that a successful connection to the remotely located processing computer can be made; transmitting , by the access device , the encrypted access data and the first key identifier to the remotely located processing computer in an authorization request message, wherein the remotely located processing computer communicates with the key management server to decrypt the access data; receiving , by the access device , an authorization response message from the remotely located processing computer ; and receiving , by the access device , a second key identifier, and a second ephemeral public key corresponding to a second ephemeral private key, the second ephemeral public and private keys being previously generated by the key management server . receiving , by an access device , a first key identifier, and a first ephemeral public key corresponding to a first ephemeral private key, the first ephemeral public and private keys being previously generated by a key management server ; receiving , by the access device , access data associated with a user; determining , by the access device , whether a successful connection with a remotely located processing computer can be made; when the access device determines that a successful connection cannot be made, then encrypting the access data with the first ephemeral public key to form encrypted access data; storing , in a memory device associated with the access device , the encrypted access data; determining , by the access device , that a successful connection to the remotely located processing computer can be made; transmitting , by the access device , the encrypted access data and the first key identifier to the remotely located processing computer in an authorization request message, wherein the remotely located processing computer communicates with the key management server to decrypt the access data; receiving , by the access device , an authorization response message from the remotely located processing computer ; and receiving , by the access device , a second key identifier, and a second ephemeral public key corresponding to a second ephemeral private key, the second ephemeral public and private keys being previously generated by the key management server .
A chlorine dioxide generation unit, characterized in that said unit comprises an agent storage space portion and at least two light source portions, said light source portion is for generating light consisting of wavelengths substantially in the visible region, said agent storage space portion stores an agent comprising solid chlorite, said agent storage space portion comprises one or more openings so that air could move in and out of said agent storage space portion, said agent storage space portion and said light source portion are arranged so that said agent present inside said agent storage space portion is irradiated by the light generated from said light source portion, and wherein said agent comprising solid chlorite is an agent comprising (A) a porous substance supporting a chlorite and (B) a metal or metal oxide catalyst, and the mass ratio of said chlorite to said metal or metal oxide catalyst in said agent inside said agent storage space portion is 1:0.04 - 0.8.
A rear arm for a straddled vehicle , the rear arm comprising a front portion having a pivot shaft hole into which a pivot shaft is insertable, a hollow portion located rearward of the pivot shaft hole , and a rear portion extending rearward from the hollow portion and having an axle hole into which an axle of a rear wheel is insertable, the rear arm further comprising: a right arm ; and a left arm joined to the right arm , wherein the right arm is a one piece die cast body comprising a front right portion and a rear right portion , the front right portion having a right pivot shaft hole forming a right portion of the pivot shaft hole and having a front right wall defining a first space (S1) having a left side opened and forming a right portion of the hollow portion , the rear right portion extending rearward from the front right portion and having a right axle hole forming a right portion of the axle hole , the left arm is a one piece die cast body comprising a front left portion and a rear left portion , the front left portion having a left pivot shaft hole forming a left portion of the pivot shaft hole and having a front left wall defining a second space (S2) having a right side opened and forming a left portion of the hollow portion , the rear left portion extending rearward from the front left portion and having a left axle hole forming a left portion of the axle hole , and a support boss for supporting one end of a rear suspension is integrally formed on only one of the right arm and the left arm , characterised in that the front right portion of the right arm and the front left portion of the left arm are joined to each other by a plurality of fastening members (5a to 5j). a right arm ; and a left arm joined to the right arm , wherein the right arm is a one piece die cast body comprising a front right portion and a rear right portion , the front right portion having a right pivot shaft hole forming a right portion of the pivot shaft hole and having a front right wall defining a first space (S1) having a left side opened and forming a right portion of the hollow portion , the rear right portion extending rearward from the front right portion and having a right axle hole forming a right portion of the axle hole , the left arm is a one piece die cast body comprising a front left portion and a rear left portion , the front left portion having a left pivot shaft hole forming a left portion of the pivot shaft hole and having a front left wall defining a second space (S2) having a right side opened and forming a left portion of the hollow portion , the rear left portion extending rearward from the front left portion and having a left axle hole forming a left portion of the axle hole , and a support boss for supporting one end of a rear suspension is integrally formed on only one of the right arm and the left arm , characterised in that the front right portion of the right arm and the front left portion of the left arm are joined to each other by a plurality of fastening members (5a to 5j).
Method for machining a workpiece made of a metal material, the workpiece being machined by means of ECAP, the workpiece being reworked by hammering after the machining by means of ECAP, with a diameter reduction being achieved, characterized in that two or more tools which are arranged on the circumference of the workpiece exert deforming strokes which are directed radially toward a workpiece center while the workpiece rotates relative to the tools about the workpiece center.
A method of detecting characteristics of a surface portion on an aircraft, comprising the steps of: - applying a marking element with a plurality of grid markings next to a surface portion to the aircraft, - simultaneously optically detecting at least one region of the marking element and at least one region of the surface portion by means of an optical detection device , - removing the optical detection device , - guiding a hand-guided sensor device once or several times to a predetermined position relative to the marking element within the surface portion and detecting a material property there, - correlating the detected material property with the relevant position in a dataset, and - generating and storing a damage map in which an optically detected structure of the surface portion is combined with the additional material property at at least one position, characterised in that the guiding of the sensor device comprises projecting at least one laser line outwards from the sensor device and moving the sensor device to align the at least one laser line with at least one of the grid markings . - applying a marking element with a plurality of grid markings next to a surface portion to the aircraft, - simultaneously optically detecting at least one region of the marking element and at least one region of the surface portion by means of an optical detection device , - removing the optical detection device , - guiding a hand-guided sensor device once or several times to a predetermined position relative to the marking element within the surface portion and detecting a material property there, - correlating the detected material property with the relevant position in a dataset, and - generating and storing a damage map in which an optically detected structure of the surface portion is combined with the additional material property at at least one position,
An Internet of Things (IoT) device, comprising: a resource ; and an actuator coupled with the resource to set one or more attributes of the resource ; wherein: the resource is associated with a unique resource identifier (URI) and a plurality of properties ; the URI uniquely identifies the resource among a plurality of resources disposed among IoT devices of an IoT device hierarchy ; and the plurality of properties includes a hierarchical interface property that indicates the resource is accessible in a hierarchical manner, wherein the hierarchical interface property is at least one of a parent URI property or a child URI property ; the parent URI property , when included, has a property value that identifies a parent URI of a parent resource of the plurality of resources which has a parent resource relationship to the resource in the IoT device hierarchy ; and the child URI property , when included, has a property value that identifies a child URI of a child resource of the plurality of resources which has a child resource relationship to the resource . a resource ; and an actuator coupled with the resource to set one or more attributes of the resource ; wherein: the resource is associated with a unique resource identifier (URI) and a plurality of properties ; the URI uniquely identifies the resource among a plurality of resources disposed among IoT devices of an IoT device hierarchy ; and the plurality of properties includes a hierarchical interface property that indicates the resource is accessible in a hierarchical manner, wherein the hierarchical interface property is at least one of a parent URI property or a child URI property ; the parent URI property , when included, has a property value that identifies a parent URI of a parent resource of the plurality of resources which has a parent resource relationship to the resource in the IoT device hierarchy ; and the child URI property , when included, has a property value that identifies a child URI of a child resource of the plurality of resources which has a child resource relationship to the resource . the resource is associated with a unique resource identifier (URI) and a plurality of properties ; the URI uniquely identifies the resource among a plurality of resources disposed among IoT devices of an IoT device hierarchy ; and the plurality of properties includes a hierarchical interface property that indicates the resource is accessible in a hierarchical manner, wherein the hierarchical interface property is at least one of a parent URI property or a child URI property ; the parent URI property , when included, has a property value that identifies a parent URI of a parent resource of the plurality of resources which has a parent resource relationship to the resource in the IoT device hierarchy ; and the child URI property , when included, has a property value that identifies a child URI of a child resource of the plurality of resources which has a child resource relationship to the resource .
A fader apparatus comprising: a fader control knob directly attached to a rotor of a non-contact motor, wherein the rotor surrounds a stator of the non-contact motor, and wherein the non-contact motor is a three-phase, direct current electric motor; a sensor system configured to detect a rotational position of the rotor ; and control circuitry configured to cause a fade effect in accordance with the detected rotational position of the rotor, wherein the fader control knob is configured to move along one or more axes, wherein a position of the fader control knob along each of the one or more axes is assigned at least one audio function, and wherein the stator is moveable to support movement of the fader control knob to achieve the at least one audio function. a fader control knob directly attached to a rotor of a non-contact motor, wherein the rotor surrounds a stator of the non-contact motor, and wherein the non-contact motor is a three-phase, direct current electric motor; a sensor system configured to detect a rotational position of the rotor ; and control circuitry configured to cause a fade effect in accordance with the detected rotational position of the rotor, wherein the fader control knob is configured to move along one or more axes, wherein a position of the fader control knob along each of the one or more axes is assigned at least one audio function, and wherein the stator is moveable to support movement of the fader control knob to achieve the at least one audio function.
A powered surgical instrument, comprising: (a) a shaft assembly having a longitudinal axis, wherein the shaft assembly includes a pair of attachment portions , and a first electrical connector ; and (b) a handle assembly , wherein the handle assembly includes dovetail slots adapted to receive the pair of attachment portions, and a second electrical connector , wherein the shaft assembly is configured to be moved along an installation axis (IA) which is perpendicular to the longitudinal axis, to seat the attachment portions in the corresponding dovetail slots to attach the handle assembly to the shaft assembly; wherein the second electrical connector is configured to electrically connect with the first electrical connector when the handle assembly is attached to the shaft assembly; characterized in that the shaft assembly further includes a flexible element positioned adjacent to the first electrical connector, the flexible element configured to extend laterally between the attachment portions, wherein the flexible element is configured to create a liquid-resistant seal against the handle assembly and adjacent to the electrical connection of the first and second electrical connectors when the shaft assembly and the handle assembly are attached, wherein the flexible element is operable to separate the mating of the first and second electrical connectors from a remainder portion of the shaft assembly and the handle assembly, wherein the flexible element comprises an end portion , wherein the end portion: extends laterally along a length of the flexible element,; extends proximally from the shaft assembly; and is configured to clean and/or wipe the second electrical connector when the shaft assembly is being attached to the handle assembly. (a) a shaft assembly having a longitudinal axis, wherein the shaft assembly includes a pair of attachment portions , and a first electrical connector ; and (b) a handle assembly , wherein the handle assembly includes dovetail slots adapted to receive the pair of attachment portions, and a second electrical connector , wherein the shaft assembly is configured to be moved along an installation axis (IA) which is perpendicular to the longitudinal axis, to seat the attachment portions in the corresponding dovetail slots to attach the handle assembly to the shaft assembly; extends laterally along a length of the flexible element,; extends proximally from the shaft assembly; and is configured to clean and/or wipe the second electrical connector when the shaft assembly is being attached to the handle assembly.
An information processing system comprising: circuitry configured to control reproduction of content recorded to a Blu-ray disc; control reading, from the Blu-ray disc , first content information indicating whether an initial output mode at a start of reproduction is 4K or 2K, and second content information indicating whether 4K content is recorded to the Blu-ray disc wherein the first and second content information are contained in an index table and said first content information corresponds to an "initial_4K_output_preference" one bit flag and said second content information corresponds to a "4K_content_exist_flag" one bit flag; output a notification based on the initial output mode at start of reproduction indicated by the first content information and based on the second content information, identify whether a display device is 4K compatible; and wherein the notification is output as a message to be displayed by the display device based on the initial output mode at start of reproduction, the second content information and a result of the identification. control reproduction of content recorded to a Blu-ray disc; control reading, from the Blu-ray disc , first content information indicating whether an initial output mode at a start of reproduction is 4K or 2K, and second content information indicating whether 4K content is recorded to the Blu-ray disc wherein the first and second content information are contained in an index table and said first content information corresponds to an "initial_4K_output_preference" one bit flag and said second content information corresponds to a "4K_content_exist_flag" one bit flag; output a notification based on the initial output mode at start of reproduction indicated by the first content information and based on the second content information, identify whether a display device is 4K compatible; and wherein the notification is output as a message to be displayed by the display device based on the initial output mode at start of reproduction, the second content information and a result of the identification.