mhurhangee/patent-ind-claim-en huggingface dataset:
An accessory device mountable to a camera , the accessory device comprising an accessory control unit controlling communication that is performed between the camera and the accessory device via channels, the channels including a data communication channel (DATA) used for data communication and a notification channel (CS) for notifying timing of communication performed via the data communication channel, characterized in that the accessory control unit is able to switch a first communication mode used for communication between the camera and one or a plurality of accessory devices mounted to the camera and including the aforesaid accessory device, and a second communication mode which corresponds to a communication between the camera and the accessory device designated as a communication partner by the camera, and performs switching from the first communication mode to the second communication mode upon receiving communication-partner designation data via the data communication channel in the first communication mode, the communication-partner designation data indicating that the aforesaid accessory device has been selected as a communication partner with the camera in the second communication mode, wherein the second communication mode is different from the first communication mode in voltage level of the notification channel during a period in which data is received from the camera. the accessory device comprising an accessory control unit controlling communication that is performed between the camera and the accessory device via channels, the channels including a data communication channel (DATA) used for data communication and a notification channel (CS) for notifying timing of communication performed via the data communication channel, characterized in that the accessory control unit is able to switch a first communication mode used for communication between the camera and one or a plurality of accessory devices mounted to the camera and including the aforesaid accessory device, and a second communication mode which corresponds to a communication between the camera and the accessory device designated as a communication partner by the camera, and performs switching from the first communication mode to the second communication mode upon receiving communication-partner designation data via the data communication channel in the first communication mode, the communication-partner designation data indicating that the aforesaid accessory device has been selected as a communication partner with the camera in the second communication mode, wherein the second communication mode is different from the first communication mode in voltage level of the notification channel during a period in which data is received from the camera.
A detecting terminal for detecting an optically invisible network, including: - a fastening element intended to be fastened in or on a support, - electrical connection means for the connection of propagation means arranged to propagate an electrical signal along the optically invisible network, the electrical connection means including a connection point for the electrical connection of an electrical signal source, such as an electrical signal generator, - grounding means intended to be grounded, and - a protection element comprising at least one electrically conductive portion, the protection element being movably mounted on the fastening element between a first position wherein the protection element covers at least partially the electrical connection means and the electrical connection means are in electrical contact with the electrically conductive portion and are electrically connected to the grounding means via the electrically conductive portion, and a second position wherein the electrical connection means are electrically insulated from the electrically conductive portion and the electrical connection means, characterized in that the fastening element is electrically conductive and forms at least partially the grounding means, and in that the electrically conductive portion of the protection element is connected to the fastening element so as to maintain an electrical continuity between the fastening element and the electrical connection means when the protection element is in its first position. - a fastening element intended to be fastened in or on a support, - electrical connection means for the connection of propagation means arranged to propagate an electrical signal along the optically invisible network, the electrical connection means including a connection point for the electrical connection of an electrical signal source, such as an electrical signal generator, - grounding means intended to be grounded, and - a protection element comprising at least one electrically conductive portion, the protection element being movably mounted on the fastening element between a first position wherein the protection element covers at least partially the electrical connection means and the electrical connection means are in electrical contact with the electrically conductive portion and are electrically connected to the grounding means via the electrically conductive portion, and a second position wherein the electrical connection means are electrically insulated from the electrically conductive portion and the electrical connection means,
A bucket assembly for replacing an old bucket provided with a turbine having a plurality of already installed bucket assemblies sequentially inserted in a tangential direction of a rotor through a notch opening , the bucket assembly comprising: a blade part having an inside end and an outside end with respect to a radial direction of the rotor; a first dovetail member having an outside end with respect to the radial direction of the rotor that is coupled with the inside end of the blade part ; a second dovetail member having an outside end in the radial direction of the rotor that is coupled with the inside end of the blade part in a state in which the second dovetail member faces the first dovetail member ; and a coupling member configured to fasten the first dovetail member with the second dovetail member ; characterized in that the first dovetail member includes a first female dovetail formed on an inner side surface thereof in a shape corresponding to an outer side surface of a male dovetail formed on an outer circumferential surface of the rotor or an outer circumferential surface of a rotor wheel, and the second dovetail member includes a second female dovetail formed on an inner side surface of the second dovetail member in a shape corresponding to an outer side surface of the male dovetail to face the first female dovetail . a blade part having an inside end and an outside end with respect to a radial direction of the rotor; a first dovetail member having an outside end with respect to the radial direction of the rotor that is coupled with the inside end of the blade part ; a second dovetail member having an outside end in the radial direction of the rotor that is coupled with the inside end of the blade part in a state in which the second dovetail member faces the first dovetail member ; and a coupling member configured to fasten the first dovetail member with the second dovetail member ; characterized in that the first dovetail member includes a first female dovetail formed on an inner side surface thereof in a shape corresponding to an outer side surface of a male dovetail formed on an outer circumferential surface of the rotor or an outer circumferential surface of a rotor wheel, and the second dovetail member includes a second female dovetail formed on an inner side surface of the second dovetail member in a shape corresponding to an outer side surface of the male dovetail to face the first female dovetail .
A method performed on a system comprising a peripheral control device and a host media device , the method comprising: presenting a set of first control functions via an interface of the peripheral control device , wherein a control function includes a command associated with one or more media contexts of the host media device ; executing a first control function associated with a first context identifier of the set of first control functions to send the first control function including a command associated with the first context identifier from the peripheral control device to the host media device ; determining, at the host media device , that the first context identifier is not associated with a media context active on the host media device ; determining , at the host media device , one or more commands for controlling the active media context of the host media device ; encoding a payload with a second context identifier corresponding to the one or more commands at the host media device ; transmitting the encoded payload from the host media device to the peripheral control device ; decoding , at the peripheral control device , the payload to obtain the second context identifier determining , at the peripheral control device , one or more control functions corresponding to the second context identifier; and changing the set of first control functions presented on the interface of the peripheral control device to include the one or more control functions that can command the media context active on the host media device . presenting a set of first control functions via an interface of the peripheral control device , wherein a control function includes a command associated with one or more media contexts of the host media device ; executing a first control function associated with a first context identifier of the set of first control functions to send the first control function including a command associated with the first context identifier from the peripheral control device to the host media device ; determining, at the host media device , that the first context identifier is not associated with a media context active on the host media device ; determining , at the host media device , one or more commands for controlling the active media context of the host media device ; encoding a payload with a second context identifier corresponding to the one or more commands at the host media device ; transmitting the encoded payload from the host media device to the peripheral control device ; decoding , at the peripheral control device , the payload to obtain the second context identifier determining , at the peripheral control device , one or more control functions corresponding to the second context identifier; and changing the set of first control functions presented on the interface of the peripheral control device to include the one or more control functions that can command the media context active on the host media device .
A method of passing location data within a communication network to a destination application , the location data being indicative of a geographical position of a mobile telecommunications device, the method including: determining or receiving the location data associated with the mobile telecommunications device in the communications network; receiving from the mobile telecommunications device an access request to access the destination application , the access request including a unique identifier of the mobile telecommunications device ; determining an alias identifier for the mobile telecommunications device; causing replacement of the unique identifier in the received access request with the alias identifier for the mobile telecommunications device ; forwarding the received access request with the alias identifier to the destination application ; forwarding the location data with the alias identifier to the destination application to enable the destination application to associate the access request received thereby with the location data received thereby, wherein said alias identifier is fixed for said unique identifier in relation to said destination application. determining or receiving the location data associated with the mobile telecommunications device in the communications network; receiving from the mobile telecommunications device an access request to access the destination application , the access request including a unique identifier of the mobile telecommunications device ; determining an alias identifier for the mobile telecommunications device; causing replacement of the unique identifier in the received access request with the alias identifier for the mobile telecommunications device ; forwarding the received access request with the alias identifier to the destination application ; forwarding the location data with the alias identifier to the destination application to enable the destination application to associate the access request received thereby with the location data received thereby, wherein said alias identifier is fixed for said unique identifier in relation to said destination application.
A sine wave generating apparatus, comprising: a phase accumulating module , configured to acquire configuration information of a sine wave, and generate address information of the sine wave according to the configuration information of the sine wave, wherein the address information of the sine wave comprises integer address information and decimal address information; a value searching module , configured to search for first data information and second data information of the sine wave according to the integer address information; an interpolation module , configured to conduct interpolation between the first data information and the second data information according to a bit width of the decimal address information, and acquire interpolation original data information of the sine wave according to the decimal address information; a random truncating module , configured to conduct truncation processing on the interpolation original data according to the bit width of the decimal address information and a pseudorandom sequence output value (r) to acquire final interpolation data information of the sine wave, wherein the random truncating module includes a pseudorandom sequence generating unit that is configured to receive the interpolation original data and generate the pseudorandom sequence output value (r) based on the interpolation original data; and a sine wave generating module , configured to generate image information of the sine wave according to the final interpolation data information of the sine wave. a phase accumulating module , configured to acquire configuration information of a sine wave, and generate address information of the sine wave according to the configuration information of the sine wave, wherein the address information of the sine wave comprises integer address information and decimal address information; a value searching module , configured to search for first data information and second data information of the sine wave according to the integer address information; an interpolation module , configured to conduct interpolation between the first data information and the second data information according to a bit width of the decimal address information, and acquire interpolation original data information of the sine wave according to the decimal address information; a random truncating module , configured to conduct truncation processing on the interpolation original data according to the bit width of the decimal address information and a pseudorandom sequence output value (r) to acquire final interpolation data information of the sine wave, wherein the random truncating module includes a pseudorandom sequence generating unit that is configured to receive the interpolation original data and generate the pseudorandom sequence output value (r) based on the interpolation original data; and a sine wave generating module , configured to generate image information of the sine wave according to the final interpolation data information of the sine wave.
Filter device for filtering fluid, particularly in the form of an aqueous urea solution, with a filter housing and a filter element arranged therein and with a compensating element to compensate for pressure or volume fluctuations in the fluid, at least one elastically flexible hollow body (31; 41) being used as the compensating element, said hollow body having a larger spatial extension in one direction than in another direction running transverse to said first direction, said body being held in a holding part (17; 43) and with its wall forming a separation between the fluid and a compressible filling medium, such as a working gas, a fluid-permeable support tube being provided, on which a filter medium of the filter element is supported on the outer circumference, characterised in that an at least partially fluid-permeable support body is arranged at least partially along the direction of the larger extension of the hollow body (31; 41) and along its outer contour, and in that the support body of the hollow body (31; 41) is at least partially enclosed by the support tube in a coaxial arrangement and at a pre-definable radial distance.
A semiconductor package comprising: a package substrate ; at least one semiconductor chip mounted on the package substrate; and a molding member that surrounds the at least one semiconductor chip, the molding member including fillers , each of the fillers including a core and a coating layer that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, characterized in that the fillers include first fillers and second fillers , the first fillers and the second fillers are configured to react to an electric field, wherein the first fillers are configured to react stronger to the electric field than the second fillers such that a force in a first direction of the first fillers with respect to the electric field is greater than a force in the first direction of the second fillers with respect to the electric field, and the first fillers and the second fillers are placed in different regions (RF3, RF4) among the regions (RE, RF3, RF4) in the molding member. a package substrate ; at least one semiconductor chip mounted on the package substrate; and a molding member that surrounds the at least one semiconductor chip, the molding member including fillers , each of the fillers including a core and a coating layer that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, the molding member including fillers , each of the fillers including a core and a coating layer that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, characterized in that the fillers include first fillers and second fillers , the first fillers and the second fillers are configured to react to an electric field, wherein the first fillers are configured to react stronger to the electric field than the second fillers such that a force in a first direction of the first fillers with respect to the electric field is greater than a force in the first direction of the second fillers with respect to the electric field, and the first fillers and the second fillers are placed in different regions (RF3, RF4) among the regions (RE, RF3, RF4) in the molding member.
A deburring apparatus , comprising: a housing which includes a shank , a seat surface , and a mechanism chamber arranged along a shank-axis ; a recovery rod including a first flange portion , the recovery rod being reciprocable along the shank-axis ; a tilting shaft including a second flange portion opposite to the first flange portion and a spherical bush supported on the seat surface , the spherical bush having a tilting center on the shank-axis , the tilting shaft being arranged along a tilting axis passing through the tilting center and tiltable around the tilting center ; an elastic member which is configured to force the recovery rod toward the tilting shaft ; a holder arranged on the tilting shaft , the holder fixing a cutter ; and a rotation transmission mechanism which is configured to transmit a rotation of the housing to the tilting shaft ; characterized in that the holder is arranged on the tilting shaft in a manner rotatable through a predetermined rotation angle relative to the tilting shaft ; and the deburring apparatus further comprises a rotary-to-rectilinear motion conversion mechanism including a plunger movable along the tilting axis on the holder , wherein the rotary-to-rectilinear motion conversion mechanism is configured to separate the first flange portion from the second flange portion and to bring the plunger into contact with the recovery rod on the tilting axis when the holder rotates in a direction opposite to a rotation direction of the shank . a housing which includes a shank , a seat surface , and a mechanism chamber arranged along a shank-axis ; a recovery rod including a first flange portion , the recovery rod being reciprocable along the shank-axis ; a tilting shaft including a second flange portion opposite to the first flange portion and a spherical bush supported on the seat surface , the spherical bush having a tilting center on the shank-axis , the tilting shaft being arranged along a tilting axis passing through the tilting center and tiltable around the tilting center ; an elastic member which is configured to force the recovery rod toward the tilting shaft ; a holder arranged on the tilting shaft , the holder fixing a cutter ; and a rotation transmission mechanism which is configured to transmit a rotation of the housing to the tilting shaft ; characterized in that the holder is arranged on the tilting shaft in a manner rotatable through a predetermined rotation angle relative to the tilting shaft ; and the deburring apparatus further comprises a rotary-to-rectilinear motion conversion mechanism including a plunger movable along the tilting axis on the holder , wherein the rotary-to-rectilinear motion conversion mechanism is configured to separate the first flange portion from the second flange portion and to bring the plunger into contact with the recovery rod on the tilting axis when the holder rotates in a direction opposite to a rotation direction of the shank .
An oral care composition comprising: (i) a calcium-based abrasive: (ii) a polyethylene glycol having an average molecular weight ranging from 1500 to 6000 daltons in an amount of 0.1 wt% to 0.3 wt%; (iii) an anti-bacterial agent; and (iv) an orally acceptable vehicle, wherein the anti-bacterial agent is a halogenated diphenyl ether. (i) a calcium-based abrasive: (ii) a polyethylene glycol having an average molecular weight ranging from 1500 to 6000 daltons in an amount of 0.1 wt% to 0.3 wt%; (iii) an anti-bacterial agent; and (iv) an orally acceptable vehicle,