mhurhangee/patent-ind-claim-en huggingface dataset:
A switchgear (1A-1E) comprising: - a fixed electrode ; - a movable electrode provided to face the fixed electrode , the movable electrode being contactable with and separable from the fixed electrode ; - a piston provided opposite to the fixed electrode to drive the movable electrode via a movable shaft connected to the movable electrode ; - a container to accommodate the piston ; and - an arc generation mechanism (20A-20E) including metal and provided in the container at a position opposite to the fixed electrode , the arc generation mechanism (20A-20E) bridging a terminal unit connected to an external circuit, the arc generation mechanism (20A-20E) opening a circuit with the terminal unit when energized to generate an arc at the opened portion. - a fixed electrode ; - a movable electrode provided to face the fixed electrode , the movable electrode being contactable with and separable from the fixed electrode ; - a piston provided opposite to the fixed electrode to drive the movable electrode via a movable shaft connected to the movable electrode ; - a container to accommodate the piston ; and - an arc generation mechanism (20A-20E) including metal and provided in the container at a position opposite to the fixed electrode , the arc generation mechanism (20A-20E) bridging a terminal unit connected to an external circuit, the arc generation mechanism (20A-20E) opening a circuit with the terminal unit when energized to generate an arc at the opened portion.
A calibration slide glass comprising: a calibration pattern having a plurality of calibration pattern chips ; a first spacer positioned at a perimeter of the calibration pattern ; a pair of protective bases positioned so as to be facing each other via the calibration pattern and the first spacer , and having at least a transmission part in a region overlapping the calibration pattern in plan view; and a second spacer positioned between the first spacer and at least one of the protective bases, out of the pair of protective bases , so as to overlap a portion of the calibration pattern chips in plan view; wherein the second spacer has at least an aperture (A) in a region overlapping the calibration pattern in plan view and there is a groove in the surface of the second spacer , and wherein the second spacer is composed of metal or glass. a calibration pattern having a plurality of calibration pattern chips ; a first spacer positioned at a perimeter of the calibration pattern ; a pair of protective bases positioned so as to be facing each other via the calibration pattern and the first spacer , and having at least a transmission part in a region overlapping the calibration pattern in plan view; and a second spacer positioned between the first spacer and at least one of the protective bases, out of the pair of protective bases , so as to overlap a portion of the calibration pattern chips in plan view; wherein the second spacer has at least an aperture (A) in a region overlapping the calibration pattern in plan view and there is a groove in the surface of the second spacer , and wherein the second spacer is composed of metal or glass.
A sheet feeding device comprising: a main assembly ; an openable member rotatably supported by said main assembly ; a first feeding guide provided on said openable member ; a second feeding guide provided in said main assembly , wherein when said openable member is closed, a sheet feeding path for feeding a sheet (S) is formed by said first and second feeding guides ; a hole provided in said first feeding guide ; and characterized by further comprising: an illumination device , provided on said openable member , for illuminating at least a part of said second feeding guide through said hole when said openable member is open, wherein said illumination device is disposed between said first feeding guide and an outer surface of said openable member facing the outside of said sheet feeding device . a main assembly ; an openable member rotatably supported by said main assembly ; a first feeding guide provided on said openable member ; a second feeding guide provided in said main assembly , wherein when said openable member is closed, a sheet feeding path for feeding a sheet (S) is formed by said first and second feeding guides ; a hole provided in said first feeding guide ; and characterized by further comprising: an illumination device , provided on said openable member , for illuminating at least a part of said second feeding guide through said hole when said openable member is open, wherein said illumination device is disposed between said first feeding guide and an outer surface of said openable member facing the outside of said sheet feeding device .
An information processing device , comprising: a first sound collection unit (M3); a second sound collection unit (M4); a report unit configured to report predetermined information by lighting with a blinking pattern; a holding member configured to hold the first sound collection unit (M3), the second sound collection unit (M4) and the report unit ; a signal processing unit configured to extract a voice spoken by a user while the holding member is worn on the neck of the user, on a basis of an acoustic sound collected from the first sound collection unit and an acoustic sound collected from the second sound collection unit; wherein the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit (M3) facing a upward vertical direction and the second sound collection unit (M4) facing an outside horizontal direction of the holding member . a first sound collection unit (M3); a second sound collection unit (M4); a report unit configured to report predetermined information by lighting with a blinking pattern; a holding member configured to hold the first sound collection unit (M3), the second sound collection unit (M4) and the report unit ; a signal processing unit configured to extract a voice spoken by a user while the holding member is worn on the neck of the user, on a basis of an acoustic sound collected from the first sound collection unit and an acoustic sound collected from the second sound collection unit; wherein the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit (M3) facing a upward vertical direction and the second sound collection unit (M4) facing an outside horizontal direction of the holding member . the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit (M3) facing a upward vertical direction and the second sound collection unit (M4) facing an outside horizontal direction of the holding member .
A public safety network, PSN, node configured to share one or more frequency carriers of a PSN with a commercial network, CN, the PSN node comprising a processing circuit and a communication interface connected to the processing circuit, the processing circuit configured to: - obtain information indicating a level of warning in the PSN, wherein the information comprises at least one of a type of a warning situation, a severity level of the warning, a duration of the warning, and an area or location affected by the warning; - determine whether a PSN carrier is available for use in the CN based on the obtained information, and when it is determined that the PSN carrier is available for use in the CN, - release the PSN carrier from operation in at least one node of the PSN, and - send information via the communication interface to a CN node indicating that the PSN carrier is available for use in the CN. - obtain information indicating a level of warning in the PSN, wherein the information comprises at least one of a type of a warning situation, a severity level of the warning, a duration of the warning, and an area or location affected by the warning; - determine whether a PSN carrier is available for use in the CN based on the obtained information, and when it is determined that the PSN carrier is available for use in the CN, - release the PSN carrier from operation in at least one node of the PSN, and - send information via the communication interface to a CN node indicating that the PSN carrier is available for use in the CN.
A body composition analysis system having image scanning function, the body composition analysis system comprising an image capturing device ; a body composition analyzer distanced from the image capturing device for a predetermined distance, the body composition analyzer having a stand platform , two handrails and a calculating unit , the stand platform being provided with two first electrode sets , the two handrails each having a telescopic rod and a handle , an end of each of the telescopic rods being pivotably attached to the stand platform , each of the handles being disposed at another end of each of the telescopic rods , each of the handles having a second electrode set , the calculating unit being electrically connected with the image capturing device , the calculating unit comprising a database , comprising data related to body shape stored therein, and a calculational logic , the calculating unit receiving resistance and reactance measured by the two first electrode sets and the two second electrode sets and receiving image data obtained by the image capturing device , and after comparing the image data obtained by the image capturing device with the data in the database , calculating by the calculational logic to obtain a body composition data; and a control panel electrically connected with the body composition analyzer , the image capturing device and the calculating unit for showing the body composition data. an image capturing device ; a body composition analyzer distanced from the image capturing device for a predetermined distance, the body composition analyzer having a stand platform , two handrails and a calculating unit , the stand platform being provided with two first electrode sets , the two handrails each having a telescopic rod and a handle , an end of each of the telescopic rods being pivotably attached to the stand platform , each of the handles being disposed at another end of each of the telescopic rods , each of the handles having a second electrode set , the calculating unit being electrically connected with the image capturing device , the calculating unit comprising a database , comprising data related to body shape stored therein, and a calculational logic , the calculating unit receiving resistance and reactance measured by the two first electrode sets and the two second electrode sets and receiving image data obtained by the image capturing device , and after comparing the image data obtained by the image capturing device with the data in the database , calculating by the calculational logic to obtain a body composition data; and a control panel electrically connected with the body composition analyzer , the image capturing device and the calculating unit for showing the body composition data.
A method of video coding, the method comprising: dividing image data into transform units; in the case of a non-square transform unit, splitting the non-square transform unit into square blocks prior to applying a spatial frequency transform, in which the splitting step comprises applying a Haar transform; and applying a spatial frequency transform to the square blocks to generate corresponding sets of spatial frequency coefficients. dividing image data into transform units; in the case of a non-square transform unit, splitting the non-square transform unit into square blocks prior to applying a spatial frequency transform, in which the splitting step comprises applying a Haar transform; and applying a spatial frequency transform to the square blocks to generate corresponding sets of spatial frequency coefficients.
An optical filter having a region (R 1 ) where a transmittance changes in a first direction, the optical filter comprising: a substrate ; and a first layer in order along a second direction orthogonal to the first direction; a second layer disposed opposite to the substrate relative to the first layer; and an intermediate layer disposed between the substrate and the first layer, wherein: the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films ; the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35 , where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm. a substrate ; and a first layer in order along a second direction orthogonal to the first direction; a second layer disposed opposite to the substrate relative to the first layer; and an intermediate layer disposed between the substrate and the first layer, wherein: the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films ; the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35 , where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm. the thickness of the first layer in the second direction changes in the first direction, and the second layer is an antireflection layer; and the thickness of the second layer in the second direction is constant characterized in that the second layer includes at least two films ; the intermediate layer is an antireflection layer having a constant thickness in the second direction; and the conditional expression below is satisfied: 0.05 ≤ k ≤ 0.35 , where k is the extinction coefficient of the first layer for light having a wavelength of 550 nm.
A rotor blade replacement system for mounting and/or unmounting of a rotor blade in a wind turbine, wherein said rotor blade replacement system comprises a first clamp and a second clamp adapted to be detachably attached to a rotor blade at a first position near the end of the rotor blade which is intended to be attached to the rotor hub and at a second position near the tip of the rotor blade, wherein said first and second clamps comprise substantially U-shaped frame elements, said frame element having a first leg and a second leg , wherein said first and second clamps are displaceable between an open position and a closed position by a first actuator, wherein in the open position the intended rotor blade portion can pass towards the base portion of the frame elements, and wherein in the closed position, the second leg is displaced towards the first leg, wherein the U-shaped frame element at least partially encloses and clamps the rotor blade, wherein the first leg and the second leg of the first clamp intended to be mounted in the first position comprise at least one pulley adapted to interact with a wire from a winch placed on the ground, and wherein at least one of the clamps comprise at least one climbing hoist adapted to interact with a wire from the winch placed on the ground, and at least two hoist blocks being adapted to be mounted on the rotor hub or at least one rotor blade of the wind turbine. a first clamp and a second clamp adapted to be detachably attached to a rotor blade at a first position near the end of the rotor blade which is intended to be attached to the rotor hub and at a second position near the tip of the rotor blade, wherein said first and second clamps comprise substantially U-shaped frame elements, said frame element having a first leg and a second leg , wherein said first and second clamps are displaceable between an open position and a closed position by a first actuator, wherein in the open position the intended rotor blade portion can pass towards the base portion of the frame elements, and wherein in the closed position, the second leg is displaced towards the first leg, wherein the U-shaped frame element at least partially encloses and clamps the rotor blade, wherein the first leg and the second leg of the first clamp intended to be mounted in the first position comprise at least one pulley adapted to interact with a wire from a winch placed on the ground, and wherein at least one of the clamps comprise at least one climbing hoist adapted to interact with a wire from the winch placed on the ground, and at least two hoist blocks being adapted to be mounted on the rotor hub or at least one rotor blade of the wind turbine.
Wheeled vehicle comprising a stabilization device comprising at least one leg and at least one actuator for actuating said leg for a movement of said leg between an active stabilization position in which the leg bears against the ground and an inactive position in which the leg is spaced apart from the ground, the or at least one of the actuators connectable to a fluid source comprising a first chamber connected to the fluid source by a first connection circuit and a second chamber connected to the fluid source by a second connection circuit in order to enable, when the first chamber is supplied with fluid, an actuation of the actuator in the direction for passing the leg from the inactive position to the active stabilization position of the leg , and, when the second chamber is supplied with fluid, an actuation of the actuator in the direction for passing the leg from the active stabilization position to the inactive position of the leg , said leg being configured to enable, under the effect of its own weight, an actuation of the actuator in the direction for passing the leg from the inactive position to the active stabilization position and said first and second circuits (8; 9) each being equipped with a device (10; 11) for at least partially closing the associated circuit (8; 9), the device for at least partially closing the second circuit being a pressure-sensitive closure device comprising at least one shut-off member configured to, depending on the fluid pressure prevailing in the first circuit , move between an open position of the second circuit and a closed position of the second circuit in which fluid flow in the second circuit from the second chamber of the actuator to the fluid source is prevented, characterized in that the device for at least partially closing the first circuit comprises at least one balancing valve or one controlled non-return valve, in that the at least one shut-off member of the device for at least partially closing the second circuit is configured to pass from the open position to the closed position of the second circuit depending on the pressure prevailing in the first circuit between the or one of the balancing valves or the or one of the controlled non-return valves of the device for at least partially closing the first circuit and the first chamber of the actuator .
A packet processing method, comprising: receiving, by a first network node (1200; 1401), a packet sent by a second network node (1300; 1402), wherein the packet comprises one or more type-length-values, TLVs, that need to be processed by at least one network node, the packet further comprises indication information, and the indication information indicates that the at least one network node needs to process at least one TLV in the one or more TLVs; determining, by the first network node (1200; 1401) based on the indication information, that the first network node (1200; 1401) needs to process at least one TLV in the one or more TLVs; in response to that the first network node (1200; 1401) determines that the first network node (1200; 1401) needs to process at least one TLV in the one or more TLVs, determining, by the first network node (1200; 1401) based on the indication information, a TLV that needs to be processed by the first network node (1200; 1401); and processing, by the first network node (1200; 1401), the TLV that needs to be processed by the first network node (1200; 1401), characterized in that the indication information is included in a TLV and comprises one or more indication entries, each indication entry comprises a first field and a second field, the first field is used to identify a network node that needs to process at least one TLV in the one or more TLVs, and the second field is used to identify a TLV that needs to be processed by the network node identified by the first field. receiving, by a first network node (1200; 1401), a packet sent by a second network node (1300; 1402), wherein the packet comprises one or more type-length-values, TLVs, that need to be processed by at least one network node, the packet further comprises indication information, and the indication information indicates that the at least one network node needs to process at least one TLV in the one or more TLVs; determining, by the first network node (1200; 1401) based on the indication information, that the first network node (1200; 1401) needs to process at least one TLV in the one or more TLVs; in response to that the first network node (1200; 1401) determines that the first network node (1200; 1401) needs to process at least one TLV in the one or more TLVs, determining, by the first network node (1200; 1401) based on the indication information, a TLV that needs to be processed by the first network node (1200; 1401); and processing, by the first network node (1200; 1401), the TLV that needs to be processed by the first network node (1200; 1401), characterized in that the indication information is included in a TLV and comprises one or more indication entries, each indication entry comprises a first field and a second field, the first field is used to identify a network node that needs to process at least one TLV in the one or more TLVs, and the second field is used to identify a TLV that needs to be processed by the network node identified by the first field.
Method for producing a body armor with several armor elements that are connected to one another, wherein the method comprises the following steps: a) providing an armor blank with at least two armor elements which are connected to one another or positioned in a fixed position relative to one another, b) reshaping of the armor blank in at least one reshaping unit such that the at least two armor elements are reshaped, c) separation of the at least two connected armor elements from one another and d) connection of the separated armor elements articulately, wherein the at least two armor elements or the armor blank are connected relative to one another in an arrangement in which they are also aniculately connected with one another in step d) of the method. a) providing an armor blank with at least two armor elements which are connected to one another or positioned in a fixed position relative to one another, b) reshaping of the armor blank in at least one reshaping unit such that the at least two armor elements are reshaped, c) separation of the at least two connected armor elements from one another and d) connection of the separated armor elements articulately,