mhurhangee/ep-ind-claims huggingface dataset:
A clutch mechanism for an energy storage device in a gas insulated circuit breaker, comprising: a transmission shaft, driven by an output shaft of a motive power device; a clutch element, having an engagement end which can be in unidirectional transmission connection with the transmission shaft, and a meshing end; a push rod, which passes through the clutch element and has a contact end and a fixed end that is connected to the transmission shaft; a gear shaft, comprising a transmission gear which can be in transmission connection with the meshing end; a rotary element, which surrounds the gear shaft in a rotatable fashion and has a transmission end and a drive end, the drive end being able to push the contact end; and a restoring element, with one end bearing against the transmission shaft, and the other end bearing against the output shaft, a restoring force produced by the restoring element tending to keep the transmission shaft in transmission connection with the engagement end; a drive gear, which is in transmission connection with the gear shaft and is provided in a circumferential direction with a drive portion capable of pushing the transmission end, the drive portion being capable of pushing the rotary element to rotate around the gear shaft such that the drive end pushes the contact end. a transmission shaft, driven by an output shaft of a motive power device; a clutch element, having an engagement end which can be in unidirectional transmission connection with the transmission shaft, and a meshing end; a push rod, which passes through the clutch element and has a contact end and a fixed end that is connected to the transmission shaft; a gear shaft, comprising a transmission gear which can be in transmission connection with the meshing end; a rotary element, which surrounds the gear shaft in a rotatable fashion and has a transmission end and a drive end, the drive end being able to push the contact end; and a restoring element, with one end bearing against the transmission shaft, and the other end bearing against the output shaft, a restoring force produced by the restoring element tending to keep the transmission shaft in transmission connection with the engagement end; a drive gear, which is in transmission connection with the gear shaft and is provided in a circumferential direction with a drive portion capable of pushing the transmission end, the drive portion being capable of pushing the rotary element to rotate around the gear shaft such that the drive end pushes the contact end.
A solid matrix for storing and/or lysing a biological sample comprising a surfactant and a chaotropic salt, wherein the concentration of said surfactant is greater than 0.05 M and less than 0.5M and the concentration of the chaotropic salt is greater than 0.05 M and less than 0.5M.
A lactic bacterium or its cell lysate for use in the prevention and/or treatment of microbial diseases of the skin, mucous membranes and/or oral cavity, wherein the lactic acid bacterium coaggregates with a Streptococcus pyogenes, the lactic acid bacterium being selected from the group comprising the following microorganisms deposited in the German Collection of Microorganisms and Cell Cultures and numbered as DSM 25972, DSM 25987, DSM 25988, DSM 25989, and DSM 25973.
Measuring vessel for an automatic beverage machine - with a measuring volume for receiving a material to be measured, and - with at least one weighing module, - wherein the material to be measured is provided as an ingredient for the preparation of a beverage, - at least one communication module connected to the weighing module being provided for detecting at least one weighing information, and - the communication module being designed for transmitting the at least one weighing information to the automatic beverage machine, characterized - in that at least one identification unit is provided for an identification of a user of the measuring vessel. - with a measuring volume for receiving a material to be measured, and - with at least one weighing module, - wherein the material to be measured is provided as an ingredient for the preparation of a beverage, - at least one communication module connected to the weighing module being provided for detecting at least one weighing information, and - the communication module being designed for transmitting the at least one weighing information to the automatic beverage machine, - in that at least one identification unit is provided for an identification of a user of the measuring vessel.
A case apparatus comprising: antenna elements (111, 113); a shielding member interposed between the antenna elements (111, 113); and a protective part detachably mounted on a mobile communication terminal, and adapted to couple the antenna elements (111, 113) to the shielding member while encapsulating the antenna elements (111, 113) and the shielding member, characterized in that the shielding member is formed in a layer structure, wherein the antenna elements (111, 113) relay short range communication between the mobile communication terminal and an external device, wherein the antenna elements (111, 113) comprise: a first antenna element facing the mobile communication terminal to wirelessly communicate with the mobile communication terminal; and a second antenna element disposed in opposition to the first antenna element while interposing the shielding member between the second antenna element and the first antenna element to wirelessly communicate with the external device. antenna elements (111, 113); a shielding member interposed between the antenna elements (111, 113); and a protective part detachably mounted on a mobile communication terminal, and adapted to couple the antenna elements (111, 113) to the shielding member while encapsulating the antenna elements (111, 113) and the shielding member, characterized in that the shielding member is formed in a layer structure, wherein the antenna elements (111, 113) relay short range communication between the mobile communication terminal and an external device, wherein the antenna elements (111, 113) comprise: a first antenna element facing the mobile communication terminal to wirelessly communicate with the mobile communication terminal; and a second antenna element disposed in opposition to the first antenna element while interposing the shielding member between the second antenna element and the first antenna element to wirelessly communicate with the external device. a first antenna element facing the mobile communication terminal to wirelessly communicate with the mobile communication terminal; and a second antenna element disposed in opposition to the first antenna element while interposing the shielding member between the second antenna element and the first antenna element to wirelessly communicate with the external device.
A vehicle surrounding monitoring apparatus which is used with a plurality of image capturing sections that capture images of an area around a vehicle, the vehicle surrounding monitoring apparatus comprising: an acquiring section that acquires data showing a plurality of images captured by the plurality of image capturing sections characterized in that a synthesizing section that synthesizes an output image from a plurality of overhead images, an overhead image being an image which looks down on the vehicle from a virtual view point above is generated based on the acquired data, wherein, in overlapping areas of different overhead images corresponding to different image capturing sections, the synthesizing section weights pixels of the different overhead images with weights determined according to angles to look down from the respective different image capturing sections on a point corresponding to the pixels, an angle being formed between a perpendicular line which extends toward a ground from a position to attach the different image capturing section to the vehicle, and a straight line which extends toward the point from a position to attach the different image capturing section to the vehicle. an acquiring section that acquires data showing a plurality of images captured by the plurality of image capturing sections characterized in that a synthesizing section that synthesizes an output image from a plurality of overhead images, an overhead image being an image which looks down on the vehicle from a virtual view point above is generated based on the acquired data, wherein, in overlapping areas of different overhead images corresponding to different image capturing sections, the synthesizing section weights pixels of the different overhead images with weights determined according to angles to look down from the respective different image capturing sections on a point corresponding to the pixels, an angle being formed between a perpendicular line which extends toward a ground from a position to attach the different image capturing section to the vehicle, and a straight line which extends toward the point from a position to attach the different image capturing section to the vehicle.
A rear view device for a vehicle, the rear view device comprising: a display for displaying an image captured by a camera mounted at a rear position of the vehicle, the display being arranged so as to be mounted in the field of view of a driver of the vehicle and so that a spatial orientation of the display relative to a body of the vehicle is adjustable in at least one dimension, a first sensor to be mounted fixed relative to the body of the vehicle, for detecting a movement of the vehicle, a second sensor to be mounted fixed relative to the display for detecting a movement of the display together with the vehicle, a controller for determining the orientation of the display on the basis of an output of the first sensor and an output of the second sensor, and for setting a camera field of view of an image to be displayed on said display captured by said camera, in accordance with the determined orientation of the display. a display for displaying an image captured by a camera mounted at a rear position of the vehicle, the display being arranged so as to be mounted in the field of view of a driver of the vehicle and so that a spatial orientation of the display relative to a body of the vehicle is adjustable in at least one dimension, a first sensor to be mounted fixed relative to the body of the vehicle, for detecting a movement of the vehicle, a second sensor to be mounted fixed relative to the display for detecting a movement of the display together with the vehicle, a controller for determining the orientation of the display on the basis of an output of the first sensor and an output of the second sensor, and for setting a camera field of view of an image to be displayed on said display captured by said camera, in accordance with the determined orientation of the display.
A video wall display system comprising a plurality of display devices, each of the plurality of display devices comprising: a pair of input and output connectors comprising an input connector connected to a first neighboring display device among the plurality of display devices and which inputs an image signal from the first neighboring display device, and an output connector connected to a second neighboring display device among the plurality of display devices and which outputs the input image signal to the second neighboring display device; a signal processor which processes the input image signal to be displayed and identifies whether the output connector is connected to the second neighboring display device; and a display which displays an image based on the processed image signal, wherein at least one of the plurality of display devices further comprises an input unit configured to receive a control signal from an external remote controller; and wherein the plurality of display devices are configured to serially transmit the control signal through the video wall display system using the pairs of input and output connectors, and wherein each of the plurality of display devices is configured to: perform a function based on the control signal if identified as a target display device of the control signal, and bypass the control signal if not identified as the target display device of the control signal. a pair of input and output connectors comprising an input connector connected to a first neighboring display device among the plurality of display devices and which inputs an image signal from the first neighboring display device, and an output connector connected to a second neighboring display device among the plurality of display devices and which outputs the input image signal to the second neighboring display device; a signal processor which processes the input image signal to be displayed and identifies whether the output connector is connected to the second neighboring display device; and a display which displays an image based on the processed image signal, wherein at least one of the plurality of display devices further comprises an input unit configured to receive a control signal from an external remote controller; and wherein the plurality of display devices are configured to serially transmit the control signal through the video wall display system using the pairs of input and output connectors, and wherein each of the plurality of display devices is configured to: perform a function based on the control signal if identified as a target display device of the control signal, and bypass the control signal if not identified as the target display device of the control signal. perform a function based on the control signal if identified as a target display device of the control signal, and bypass the control signal if not identified as the target display device of the control signal.
A battery module comprising: two or more cell blocks, each cell block including a battery cell assembly containing one or more battery cells and a pair of terminal busbars connected to the battery cell assembly to electrically connect the battery cell to an external device; and a module frame for housing the two or more cell blocks, wherein the two or more cell blocks are not electrically connected to each other within the module frame, wherein the battery module further comprises a busbar frame that covers an upper part of the battery cell assembly and a side surface of the battery cell assembly, the terminal busbar being fixed to the busbar frame, the busbar frame extending across two or more cell blocks. two or more cell blocks, each cell block including a battery cell assembly containing one or more battery cells and a pair of terminal busbars connected to the battery cell assembly to electrically connect the battery cell to an external device; and a module frame for housing the two or more cell blocks, wherein the two or more cell blocks are not electrically connected to each other within the module frame, wherein the battery module further comprises a busbar frame that covers an upper part of the battery cell assembly and a side surface of the battery cell assembly, the terminal busbar being fixed to the busbar frame, the busbar frame extending across two or more cell blocks.
A method for manufacturing a thin strip component, comprising: a processing step of processing amorphous iron thin strip members into a dimension shape larger than a target shape; a laminating step of laminating the amorphous iron thin strip members processed in the processing step; a heat treating step of heat treating and contracting a laminate of the amorphous iron thin strip members after the laminating step to form the amorphous iron thin strip members into a laminated thin strip component of the target shape; and wherein the amorphous iron thin strip members have a dimension larger than the target shape which is larger than 0% of the target shape and 0.6% or less than the target shape, and in the heat treating step, a side surface of the laminated iron thin strip component is recessed. a processing step of processing amorphous iron thin strip members into a dimension shape larger than a target shape; a laminating step of laminating the amorphous iron thin strip members processed in the processing step; a heat treating step of heat treating and contracting a laminate of the amorphous iron thin strip members after the laminating step to form the amorphous iron thin strip members into a laminated thin strip component of the target shape; and wherein the amorphous iron thin strip members have a dimension larger than the target shape which is larger than 0% of the target shape and 0.6% or less than the target shape, and in the heat treating step, a side surface of the laminated iron thin strip component is recessed.
A method for accomplishing a service configuration for an Element Management System, EMS, in a Passive Optical Network, comprising: generating, by the EMS, a common configuration file template; setting, by the EMS, common configuration information in the common configuration file template; setting, by the EMS, personalized configuration information of the user in the common configuration file template; receiving, by the EMS, service information of the user, wherein the service information of the user comprises personalized configuration information; generating, by the EMS, configuration file corresponding to the service information of the user, wherein the configuration file includes configuration data according to which an optical network terminal, ONT, performs an ONT configuration. generating, by the EMS, a common configuration file template; setting, by the EMS, common configuration information in the common configuration file template; setting, by the EMS, personalized configuration information of the user in the common configuration file template; receiving, by the EMS, service information of the user, wherein the service information of the user comprises personalized configuration information; generating, by the EMS, configuration file corresponding to the service information of the user, wherein the configuration file includes configuration data according to which an optical network terminal, ONT, performs an ONT configuration.
A vehicle transmission control device for a vehicle having a transmission that achieves a plurality of gear shift stages in a drive system from a power source to a driving wheel, in which the transmission has an engagement clutch as a shifting element that meshingly engages by movement from a disengaged position for switching between the gear shift stages, comprising: a transmission controller that executes rotational speed feedback control with respect to an electric motor connected to the engagement clutch at a time of a shift request to a gear shift stage at which the engagement clutch is meshingly engaged, and outputs a meshing engagement instruction to the engagement clutch when a differential rotation speed of the engagement clutch comes within a range of a synchronization determination rotational speed that is set to a predetermined differential rotation speed that is not a zero rotational speed, the rotational speed feedback control on the electric motor being a control that outputs a feedback torque to converge an actual motor rotation speed of the electric motor to a target motor rotation speed corresponding to the synchronization determination rotational speed, characterized in that upon executing the rotational speed feedback control on the electric motor, the transmission controller reduces an efficacy of the rotational speed feedback control for starting meshingly engagement of the engagement clutch as compared to before starting of the meshingly engagement. a transmission controller that executes rotational speed feedback control with respect to an electric motor connected to the engagement clutch at a time of a shift request to a gear shift stage at which the engagement clutch is meshingly engaged, and outputs a meshing engagement instruction to the engagement clutch when a differential rotation speed of the engagement clutch comes within a range of a synchronization determination rotational speed that is set to a predetermined differential rotation speed that is not a zero rotational speed, the rotational speed feedback control on the electric motor being a control that outputs a feedback torque to converge an actual motor rotation speed of the electric motor to a target motor rotation speed corresponding to the synchronization determination rotational speed, characterized in that upon executing the rotational speed feedback control on the electric motor, the transmission controller reduces an efficacy of the rotational speed feedback control for starting meshingly engagement of the engagement clutch as compared to before starting of the meshingly engagement.
A connector, comprising: a primary mold body formed by integrally molding a primary conductor to a primary molding resin; and a secondary mold body formed by integrally molding a secondary conductor to a secondary molding resin; the secondary conductor including a main circuit portion extending along the primary mold body and a branched circuit portion branched from the main circuit portion and laterally projecting; the primary molding resin including a supporting portion laterally projecting from a side surface of the secondary molding resin along the branched circuit portion; and the supporting portion having a circuit contact surface disposed below a base end part of the branched circuit portion and to be brought into contact with a lower surface of the branched circuit portion, characterized by a pair of mold contact surfaces disposed on both left and right sides of the base end part of the branched circuit portion and disposed flush with an upper surface of the branched circuit portion. a primary mold body formed by integrally molding a primary conductor to a primary molding resin; and a secondary mold body formed by integrally molding a secondary conductor to a secondary molding resin; the secondary conductor including a main circuit portion extending along the primary mold body and a branched circuit portion branched from the main circuit portion and laterally projecting; the primary molding resin including a supporting portion laterally projecting from a side surface of the secondary molding resin along the branched circuit portion; and the supporting portion having a circuit contact surface disposed below a base end part of the branched circuit portion and to be brought into contact with a lower surface of the branched circuit portion, characterized by a pair of mold contact surfaces disposed on both left and right sides of the base end part of the branched circuit portion and disposed flush with an upper surface of the branched circuit portion.
An anchor bolt comprising: a shaft part with a male screw thread; and a head part connected to said shaft part and having an attachment hole with a closed-end bottom to receive a bolt therein defined at a tip surface of said head part and a breaking groove provided at an outer side surface of said head part; wherein said breaking groove is formed at an outer surface of a portion in which said attachment hole is defined, and a torque equal to or greater than a fixed value exerted on a tip portion between the tip surface and said breaking groove of said head part causes said breaking groove to be broken, thereby causing the tip portion between said tip surface and said breaking groove of said head part to be removed characterized by further comprising a cap member set in said attachment hole to close said attachment hole, wherein, said cap member is removed from said head part together with the tip portion between the tip surface and said breaking groove of said head part at the time of breaking in said breaking groove. a shaft part with a male screw thread; and a head part connected to said shaft part and having an attachment hole with a closed-end bottom to receive a bolt therein defined at a tip surface of said head part and a breaking groove provided at an outer side surface of said head part; wherein