mhurhangee/ep-ind-claims huggingface dataset:
Use of a cartridge to be installed in a tape printing device including a cartridge installation part in which the cartridge including a winding core by which an ink ribbon is wound up is installed, a winding rotation element configured to engage the winding core when the cartridge is installed in the cartridge installation part, a core convex part that is provided in the cartridge installation part and protrudes to a front side in an installation direction of the cartridge, a device-side engagement part that is provided on a back side in the installation direction with respect to an opening part provided on the core convex part, and a torque switching mechanism that has a switching operation element provided with the device-side engagement part and is configured to change a state thereof between a first state in which a torque to be transmitted to the winding rotation element is set at a first torque and a second state in which the torque is set at a second torque smaller than the first torque, the cartridge comprising: a cartridge case that constitutes an outer shell of the cartridge and accommodates a printing tape, a tape core on which the printing tape is wound, the ink ribbon, and the winding core; a core concave part that is provided on the cartridge case and into which the core convex part can be inserted from the back side in the installation direction when the cartridge is installed in the cartridge installation part; and a cartridge-side engagement part configured to engage the device-side engagement part when the core convex part is inserted into the core concave part to change the state of the torque switching mechanism from the second state to the first state or from the first state to the second state, the use comprising: installing the cartridge in the cartridge installation part such that the cartridge-side engagement part engages the device-side engagement part to change the state of the torque switching mechanism from the second state to the first state or from the first state to the second state. a cartridge case that constitutes an outer shell of the cartridge and accommodates a printing tape, a tape core on which the printing tape is wound, the ink ribbon, and the winding core; a core concave part that is provided on the cartridge case and into which the core convex part can be inserted from the back side in the installation direction when the cartridge is installed in the cartridge installation part; and a cartridge-side engagement part configured to engage the device-side engagement part when the core convex part is inserted into the core concave part to change the state of the torque switching mechanism from the second state to the first state or from the first state to the second state, the use comprising: installing the cartridge in the cartridge installation part such that the cartridge-side engagement part engages the device-side engagement part to change the state of the torque switching mechanism from the second state to the first state or from the first state to the second state.
Method for manufacturing a hybrid structural part of a motor vehicle, wherein it comprises the following steps, during which: - step a: a sheet of metal material is shaped to form a metal part, - step b: one or more molded layers (3, 30, 31) made of thermoplastic or thermosetting material are produced, which layers cover all or part of the surface of at least one face (23, 24) of the metal part, and - step c: reinforcing strips, formed from unidirectional continuous fibers encased in a polymer matrix, are placed locally on the molded layer which is made of thermoplastic or thermosetting material and which covers all or part of at least one of the faces (23, 24) of the metal part. - step a: a sheet of metal material is shaped to form a metal part, - step b: one or more molded layers (3, 30, 31) made of thermoplastic or thermosetting material are produced, which layers cover all or part of the surface of at least one face (23, 24) of the metal part, and - step c: reinforcing strips, formed from unidirectional continuous fibers encased in a polymer matrix, are placed locally on the molded layer which is made of thermoplastic or thermosetting material and which covers all or part of at least one of the faces (23, 24) of the metal part.
A method of adjusting brightness of at least one region of an image being displayed on a display comprising a front modulator comprising an array of light valves, and a backlight comprising a set of individually controllable light sources configured to individually illuminate different regions of the display, the method comprising the steps of: receiving an image signal; modulating, by the front modulator of the display, light emitted from the backlight to form an image based on the image signal; monitoring a power consumption of the display; ramping down an amount of power provided to the backlight of the display and simultaneously increasing an amount of opening in the light valves of the front modulator such that a brightness of the display is not diminished, if the monitored power exceeds a maximum power threshold; wherein the ramping down an amount of power and simultaneous increasing an amount of opening is performed on a regional basis so that, in at least one region of the display, the ramping down and simultaneous increasing is performed relatively more than in at least another region of the display; wherein the ramping down and simultaneous increasing on a regional basis further comprises identifying at least one region of the display, wherein the at least one region comprises an area in a scene being displayed that has a higher degree of focus compared to the other areas of the scene, and applying relatively more power to the light sources corresponding to the at least one region of the display and relatively less power to the light sources corresponding to other regions of the display. receiving an image signal; modulating, by the front modulator of the display, light emitted from the backlight to form an image based on the image signal; monitoring a power consumption of the display; ramping down an amount of power provided to the backlight of the display and simultaneously increasing an amount of opening in the light valves of the front modulator such that a brightness of the display is not diminished, if the monitored power exceeds a maximum power threshold; wherein the ramping down an amount of power and simultaneous increasing an amount of opening is performed on a regional basis so that, in at least one region of the display, the ramping down and simultaneous increasing is performed relatively more than in at least another region of the display; wherein the ramping down and simultaneous increasing on a regional basis further comprises identifying at least one region of the display, wherein the at least one region comprises an area in a scene being displayed that has a higher degree of focus compared to the other areas of the scene, and applying relatively more power to the light sources corresponding to the at least one region of the display and relatively less power to the light sources corresponding to other regions of the display.
Mounting rail for a firearm, wherein said rail comprises at least one catch arranged on a flat upper surface of said rail, the at least one catch serving as a means of attachment for at least one accessory, the rail comprising a housing that extends longitudinally, said housing adapted for receiving a printed circuit board allowing an electrical connection with the at least one accessory, characterized in that the housing is partially defined by at least one recess, the or each recess is arranged between and opens onto two opposite flanks of the or each corresponding catch, in that a top of the or each corresponding catch extends transversely on either side of a median plane of said rail, above said recess, and in that the or each recess has a ceiling arranged beneath the top of the or each corresponding catch.
A router connected to a data device for distributing data to a user device, comprising: a processor; and a memory coupled to the processor and storing programming for execution by the processor; the processor being configured to execute the programming to perform operations of: receiving first ciphertext from the data device, the first ciphertext comprising data encrypted using a first key and a public key of the data device; generating a second key for the user device; encrypting the first ciphertext using the second key to generate second ciphertext; encrypting the second key using the public key of the data device to generate third ciphertext; sending the second ciphertext to the user device; and sending the third ciphertext to the user device or to the data device. a processor; and a memory coupled to the processor and storing programming for execution by the processor; the processor being configured to execute the programming to perform operations of: receiving first ciphertext from the data device, the first ciphertext comprising data encrypted using a first key and a public key of the data device; generating a second key for the user device; encrypting the first ciphertext using the second key to generate second ciphertext; encrypting the second key using the public key of the data device to generate third ciphertext; sending the second ciphertext to the user device; and sending the third ciphertext to the user device or to the data device. receiving first ciphertext from the data device, the first ciphertext comprising data encrypted using a first key and a public key of the data device; generating a second key for the user device; encrypting the first ciphertext using the second key to generate second ciphertext; encrypting the second key using the public key of the data device to generate third ciphertext; sending the second ciphertext to the user device; and sending the third ciphertext to the user device or to the data device.
A transmission relay device configured to relay communication between an outdoor unit and a plurality of indoor units (20A-20D) connected by refrigerant pipes, the transmission relay device comprising: a data storage unit configured to store an address of the outdoor unit, and addresses of the plurality of indoor units (20A-20D), and a relay processor, characterized by further comprising a virtual device setting unit configured to set a virtual indoor unit by unifying two or more of the plurality of indoor units (20A-20D); wherein the data storage unit is configured to store an address of the virtual indoor unit; and the relay processor is configured to communicate as the virtual indoor unit with the outdoor unit and relay a signal transmitted from the outdoor unit to the plurality of indoor units (20A-20D), using the addresses stored in the data storage unit, wherein the virtual device setting unit includes a number-of-virtual-units setting unit configured to set the number of the virtual indoor units (20A-20D), and an operating capacity calculation unit configured to calculate virtual operating capacity of each of the virtual indoor units (20A-20D), of which a virtual number is set by the number-of-virtual-units setting unit, using the operating capacities of the indoor units (20A-20D) stored in the data storage unit, and the relay processor transmits the virtual operating capacities of the virtual indoor units (20A-20D) to the outdoor unit. a data storage unit configured to store an address of the outdoor unit, and addresses of the plurality of indoor units (20A-20D), and a relay processor, a virtual device setting unit configured to set a virtual indoor unit by unifying two or more of the plurality of indoor units (20A-20D); wherein the data storage unit is configured to store an address of the virtual indoor unit; and the relay processor is configured to communicate as the virtual indoor unit with the outdoor unit and relay a signal transmitted from the outdoor unit to the plurality of indoor units (20A-20D), using the addresses stored in the data storage unit, a number-of-virtual-units setting unit configured to set the number of the virtual indoor units (20A-20D), and an operating capacity calculation unit configured to calculate virtual operating capacity of each of the virtual indoor units (20A-20D), of which a virtual number is set by the number-of-virtual-units setting unit, using the operating capacities of the indoor units (20A-20D) stored in the data storage unit, and
A flat key, having a key bow and a key shaft extending along a key axis from the key bow to a front key tip with two parallel flat sides and two opposing narrow sides, wherein an edge parallel to the key axis extends between the flat sides and the narrow sides, wherein a row of coding bores parallel to the key axis is formed on at least one of the flat sides, and wherein the flat key has at least one coding recess in at least one of the edges, which forms a flank which extends from the flat side to the narrow side and which has a monotonous gradient, wherein the coding recess comprises a first, flat or truncated section-like surface section, characterized in that the coding recess merges forward and backward into a second and third surface section (207, 208), each of which is designed in the manner of a truncated cone section.
An object capture device (10; 100; 200) for capturing an object from a body vessel, including: a flexible catheter (12; 112; 212) provided with a distal end (14; 114; 214) and a proximal end, the catheter providing a lumen for a guide wire; at least one opening (22, 24; 128, 130, 134, 136; 210) in a side of the flexible catheter, the at least one opening providing spaced catheter entry and exit points for a trigger wire; a trigger wire located partially within the flexible catheter and attached to or proximate the distal end of the catheter, the trigger wire passing out of the catheter through the exit point and then back into the catheter through the entry point into said lumen; a flexible trap element (28; 116; 216) attached to the catheter across the at least one opening, the trap element being sized and arranged so as to locate relatively closely against the catheter when the catheter is in a straight configuration; wherein retraction of the trigger wire causes the trap element to twist into a loop about the at least one opening, said twisting action causing the trap element to form a capture chamber. a flexible catheter (12; 112; 212) provided with a distal end (14; 114; 214) and a proximal end, the catheter providing a lumen for a guide wire; at least one opening (22, 24; 128, 130, 134, 136; 210) in a side of the flexible catheter, the at least one opening providing spaced catheter entry and exit points for a trigger wire; a trigger wire located partially within the flexible catheter and attached to or proximate the distal end of the catheter, the trigger wire passing out of the catheter through the exit point and then back into the catheter through the entry point into said lumen; a flexible trap element (28; 116; 216) attached to the catheter across the at least one opening, the trap element being sized and arranged so as to locate relatively closely against the catheter when the catheter is in a straight configuration; wherein retraction of the trigger wire causes the trap element to twist into a loop about the at least one opening, said twisting action causing the trap element to form a capture chamber.
A method comprising: accessing an audio stream; inputting segments of the audio stream into a speech classifier for classification, the speech classifier generating, for the segments of the audio stream, raw scores representing likelihoods that the respective segment of the audio stream includes an occurrence of a speech sound; generating binary scores for the audio stream based on the set of raw scores, each binary score generated based on an aggregation of raw scores from consecutive series of the segments of the audio stream; generating one or more timing windows for the speech sounds in the audio stream based on the binary scores, each timing window indicating an estimate of a beginning and ending timestamps of one or more speech sounds in the audio stream; and generating one or more caption boxes for the audio stream, each caption box having a start and end timestamp corresponding with the start and end timestamps of a generated timing window; and storing the one or more caption boxes, the one or more caption boxes configured to allow users to enter caption text in the caption boxes. accessing an audio stream; inputting segments of the audio stream into a speech classifier for classification, the speech classifier generating, for the segments of the audio stream, raw scores representing likelihoods that the respective segment of the audio stream includes an occurrence of a speech sound; generating binary scores for the audio stream based on the set of raw scores, each binary score generated based on an aggregation of raw scores from consecutive series of the segments of the audio stream; generating one or more timing windows for the speech sounds in the audio stream based on the binary scores, each timing window indicating an estimate of a beginning and ending timestamps of one or more speech sounds in the audio stream; and generating one or more caption boxes for the audio stream, each caption box having a start and end timestamp corresponding with the start and end timestamps of a generated timing window; and storing the one or more caption boxes, the one or more caption boxes configured to allow users to enter caption text in the caption boxes.
A transmission system comprising a first communication device (104, 810) and a second communication device (105; 820), the first communication device (104, 810) and the second communication device (105; 820) being connected with each other via a first line (200; 831) to be used for transmitting frames of traffic from the first communication device (104, 810) to the second communication device (105; 820) while performing error-correction coding on the frames, a second line (201; 832) to be used when the first line (200; 831) is in failure, and a third line (202; 833) to be used for transmission from the second communication device (105; 820) to the first communication device (104, 810), wherein the second communication device (105; 820) includes a first buffer (15; 885) which stores the frames received from the first line (200; 831), and a second buffer (16; 886) which stores the frames received from the second line (201; 832), when the second communication device (105; 820) determines that it is necessary to perform line switching from the first line (200; 831) to the second line (201; 832) based on a status of error correction with respect to the frames received from the first line (200; 831), the second communication device (105; 820) transmits a predetermined message (FIG. 3 S20) to the first communication device (104, 810) via the third line (202; 833), when the first communication device (104, 810) receives the predetermined message (FIG. 4 S24) via the third line (202; 833), the first communication device (104, 810) transmits a frame of a post-switching message (FIG. 5 S36) to the first line (200; 831) after switching the line used for transmission from the first line (200; 831) to the second line (201; 832), and when the second communication device (105; 820) receives the post-switching message (FIG. 6 S40) from the first line (200; 831), the second communication device (105; 820) starts reading of the frames from the second buffer (16; 886) after reading all of the frames stored in the first buffer (15; 885).
An anchor point with a lower part (3, 3.1) having a connecting means for connecting the anchor point (1, 1.1) to an object to be handled therewith, and with an upper part (2, 2.1) which is rotatable relative to the lower part (3, 3.1) and connected thereto and has a connecting element for connecting a lifting, anchoring or lashing means, wherein for the rotatable mounting of the upper part relative to the lower part (3, 3.1), the upper part (2, 2.1) has an upper bearing surface (12, 12.1) tapering conically in the axial direction, the lower part (3, 3.1) has a lower bearing surface tapering conically in the same direction, and wherein between the two bearing surfaces (8, 12; 8.1, 12.1) rolling bearing bodies are arranged, which have a shape defined by a rotation axis and a rotationally symmetrical lateral surface about the rotation axis, the axes of rotation of which are aligned in the direction of the conical taper of the bearing surfaces (8, 12; 8.1, 12.1), characterized in that the rolling bearing bodies (18, 18.1) with their axes of rotation enclose an angle of 30° or more and not more than 60° with respect to the axis of rotation of the upper part (2, 2.1), the lower part (3, 3.1) has a head section (9, 9.1) and a shaft section (10, 10.1) formed thereon and designed with a small diameter compared to the head section (9, 9.1), wherein the bearing surface (12, 12.1) of the lower part (3, 3.1) is provided by a lateral surface section of the head section (9, 9.1), which lower part (3, 3.1) passes through the upper part (2, 2.1), and in that, for holding together of the lower part (3, 3.1) and the upper part (2, 2.1), a closure body (25, 25.1) is provided which is connected to the shaft section (10, 10.1) of the lower part (3, 3.1) and which engages under the upper part (2, 2.1) in the radial direction at least in sections.