mhurhangee/ep-ind-claims huggingface dataset:
An electronic music apparatus comprising: a performance operator unit operable by a user for a manual musical performance; a tone generator configured to generate a tone signal in response to a user's operation of the performance operator unit; a first storage section that stores automatic performance data including lyrics data; a reproduction section (1, 7-9) that reproduces the automatic performance data stored in said first storage section; and a display section; characterized in that said electronic music apparatus further comprises: a second storage section that stores one or more text files each having text data to be referred to by the user during the manual musical performance on the performance operator unit; selection means for selecting a desired text file from among the text files stored in said second storage section; and display switching means (D, D') that, during the manual musical performance on the performance operator unit, performs control to selectively display, on said display section, the lyrics data included in the automatic performance data being reproduced by said reproduction section or the text data included in the selected text file. a performance operator unit operable by a user for a manual musical performance; a tone generator configured to generate a tone signal in response to a user's operation of the performance operator unit; a first storage section that stores automatic performance data including lyrics data; a reproduction section (1, 7-9) that reproduces the automatic performance data stored in said first storage section; and a display section; a second storage section that stores one or more text files each having text data to be referred to by the user during the manual musical performance on the performance operator unit; selection means for selecting a desired text file from among the text files stored in said second storage section; and display switching means (D, D') that, during the manual musical performance on the performance operator unit, performs control to selectively display, on said display section, the lyrics data included in the automatic performance data being reproduced by said reproduction section or the text data included in the selected text file.
A vehicle rear sensor comprising: an imaging device including an image acquisition unit, an encoder configured to encode image information captured by the image acquisition unit and a first transmitter configured to transmit an encoded signal of the image information; and a wireless reception device including a receiver configured to wirelessly receive the encoded signal, a controller configured to determine whether the received encoded signal is an event signal and a second transmitter configured to send the event signal and the received signal to a display device, characterized in that: the controller compares image information of consecutive frames and displays the event signal when change in image information per unit time deviates from a predetermined range, and the event signal has at least one byte for identifying a mode. an imaging device including an image acquisition unit, an encoder configured to encode image information captured by the image acquisition unit and a first transmitter configured to transmit an encoded signal of the image information; and a wireless reception device including a receiver configured to wirelessly receive the encoded signal, a controller configured to determine whether the received encoded signal is an event signal and a second transmitter configured to send the event signal and the received signal to a display device, characterized in that: the controller compares image information of consecutive frames and displays the event signal when change in image information per unit time deviates from a predetermined range, and the event signal has at least one byte for identifying a mode. the controller compares image information of consecutive frames and displays the event signal when change in image information per unit time deviates from a predetermined range, and the event signal has at least one byte for identifying a mode.
A random access method performed by a wireless station (110, 120, 130, 140, 150, 160) in an IEEE 802.11 based multi-user wireless communication system using an uplink OFDMA random access, UORA, characterized by the random access method comprising: (a) receiving a trigger frame that allocates frequency resources (882, 884, 886, 888, 890) for random access, transmitted by a wireless access point, wherein the trigger frame specifies a condition for one or more special frequency resources (882, 890) of the frequency resources for random access allocated by the trigger frame; (b) contending for access to a wireless medium; and (c) when the wireless station (110, 120, 130, 140, 150, 160) wins the random access contention, determining whether the wireless station (110, 120, 130, 140, 150, 160) fulfills the condition specified in the trigger frame; (d) when the wireless station (110, 120, 130, 140, 150, 160) fulfills the condition, concurrently transmitting a plurality of frames on a plurality of frequency resources (882, 886) that belong to the frequency resources (882, 884, 886, 888, 890) allocated by the trigger frame; and (e) when the wireless station (110, 120, 130, 140, 150, 160) does not fulfill the condition, transmitting a single frame on a randomly chosen generic frequency resource (884, 886, 888) of the frequency resources (882, 884, 886, 888, 890) allocated by the trigger frame, wherein the generic frequency resource (884, 886, 888) is different from the special frequency resources (882, 890), wherein the said condition specifies a recommended usage for the special frequency resources. (a) receiving a trigger frame that allocates frequency resources (882, 884, 886, 888, 890) for random access, transmitted by a wireless access point, wherein the trigger frame specifies a condition for one or more special frequency resources (882, 890) of the frequency resources for random access allocated by the trigger frame; (b) contending for access to a wireless medium; and (c) when the wireless station (110, 120, 130, 140, 150, 160) wins the random access contention, determining whether the wireless station (110, 120, 130, 140, 150, 160) fulfills the condition specified in the trigger frame; (d) when the wireless station (110, 120, 130, 140, 150, 160) fulfills the condition, concurrently transmitting a plurality of frames on a plurality of frequency resources (882, 886) that belong to the frequency resources (882, 884, 886, 888, 890) allocated by the trigger frame; and (e) when the wireless station (110, 120, 130, 140, 150, 160) does not fulfill the condition, transmitting a single frame on a randomly chosen generic frequency resource (884, 886, 888) of the frequency resources (882, 884, 886, 888, 890) allocated by the trigger frame, wherein the generic frequency resource (884, 886, 888) is different from the special frequency resources (882, 890),
A device for providing a digital subtraction angiogram, comprising: - an interface unit; - a processing unit; and wherein the interface unit is configured to provide a non-contrast frame ( I M) for use as a mask image, and to provide a contrast frame ( I t), wherein the non-contrast frame and the contrast frame are acquired from a frame sequence of a region of interest of a patient; wherein the processing unit is configured to generate a first compensated mask frame ( MA t0) by compensating the non-contrast frame ( I M) for motion occurring in a first layer of the region of interest; to subtract the first compensated mask frame from the contrast frame ( I t); to generate a second compensated mask frame ( MB t1) by compensating the first compensated mask frame ( MA t0) for motion occurring in a second layer of the region of interest; and to generate a subsequent image ( B t) by subtracting the second compensated mask frame from the result of the subtraction of the first compensated mask frame ( MA t0) from the contrast frame ( I t). - an interface unit; - a processing unit; and
A mounting assembly for an exhaust system of an off-road vehicle, comprising: - a front mount coupled to a frame of the off-road vehicle, comprising: - a base coupled to the frame and extending in a substantially vertical direction; - a platform coupled to the base and extending laterally outward from the frame, wherein the platform is configured to receive and to support a muffler; and - a rear mount integrally formed within a fender of the off-road vehicle, comprising: - a panel disposed above a top surface of a shell of the fender, wherein the panel is configured to receive and to support the muffler; and - a structural support configured to support the panel above the top surface of the shell of the fender; wherein the front and rear mounts are configured to support the muffler in a substantially horizontal orientation relative to a ground plane. - a front mount coupled to a frame of the off-road vehicle, comprising: - a base coupled to the frame and extending in a substantially vertical direction; - a platform coupled to the base and extending laterally outward from the frame, wherein the platform is configured to receive and to support a muffler; and - a base coupled to the frame and extending in a substantially vertical direction; - a platform coupled to the base and extending laterally outward from the frame, wherein the platform is configured to receive and to support a muffler; and - a rear mount integrally formed within a fender of the off-road vehicle, comprising: - a panel disposed above a top surface of a shell of the fender, wherein the panel is configured to receive and to support the muffler; and - a structural support configured to support the panel above the top surface of the shell of the fender; - a panel disposed above a top surface of a shell of the fender, wherein the panel is configured to receive and to support the muffler; and - a structural support configured to support the panel above the top surface of the shell of the fender;
A system for controlling a remote device based on hand gestures, the system comprising: a first transceiver module; a mobile device including a processing module and a second transceiver module; and a pressure-sensitive sensor (120, 330) configured to collect, when attached to a back of a hand of a user, pressure data indicating a topography of the back of the hand of the user as affected by the metacarpal bone positions and transmit the pressure data via the first transceiver module to the mobile device, wherein: the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture. a first transceiver module; a mobile device including a processing module and a second transceiver module; and a pressure-sensitive sensor (120, 330) configured to collect, when attached to a back of a hand of a user, pressure data indicating a topography of the back of the hand of the user as affected by the metacarpal bone positions and transmit the pressure data via the first transceiver module to the mobile device, wherein: the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture. the processing module is configured to identify a gesture associated with the topography of the back of the hand of the user based on the pressure data; and the second transceiver module is configured to transmit information from the mobile device to the remote device to control the remote device based on the identified gesture.
A packaging for holding and dispensing gloves, the packaging comprising: a container with a cavity configured to hold the gloves, the container having an opening through which the gloves are removable from the container, the container having a material selected from one or more of paper, plastic, or fabric; and a barrier attached to the container and covering at least a portion of the opening; characterized in that said barrier is in the form of a polymeric film and has a contact side with a contact surface that is attached to the container, the barrier being attached to the container via an adhesive such that the barrier exhibits an average maximum pull-off force of at least approximately 184 N/m, the adhesive including one or more of a thermoplastic pressure sensitive adhesive, a hot-melt-adhesive, or a thermoset adhesive, at least a portion of the contact surface including a surface treatment that imparts changes to properties of the contact surface and increases a surface tension of the barrier, the surface treatment including one or more of an air plasma treatment, an etching treatment, a priming treatment, a flame treatment, or an ozone treatment, wherein the barrier includes an antimicrobial material comprising: a zinc-based material with a specific gravity of approximately 1.8 and a time-weighted average of approximately 0.35 mg/m 3; and a silver-based material with a specific gravity of approximately 2.7 and a time-weighted average of approximately 10 mg/m 3. a container with a cavity configured to hold the gloves, the container having an opening through which the gloves are removable from the container, the container having a material selected from one or more of paper, plastic, or fabric; and a barrier attached to the container and covering at least a portion of the opening; characterized in that said barrier is in the form of a polymeric film and has a contact side with a contact surface that is attached to the container, the barrier being attached to the container via an adhesive such that the barrier exhibits an average maximum pull-off force of at least approximately 184 N/m, the adhesive including one or more of a thermoplastic pressure sensitive adhesive, a hot-melt-adhesive, or a thermoset adhesive, at least a portion of the contact surface including a surface treatment that imparts changes to properties of the contact surface and increases a surface tension of the barrier, the surface treatment including one or more of an air plasma treatment, an etching treatment, a priming treatment, a flame treatment, or an ozone treatment, a zinc-based material with a specific gravity of approximately 1.8 and a time-weighted average of approximately 0.35 mg/m 3; and a silver-based material with a specific gravity of approximately 2.7 and a time-weighted average of approximately 10 mg/m 3.
An electrical power system comprising: a differential DC bus; a power converter coupled to the differential bus; and a controller configured to: control the power converter based on a first target value for the differential bus at least in part by controlling a differential line-line voltage on the differential bus based on a differential voltage target value; sense that a ground fault has occurred in the electrical power system while controlling the power converter based on the first target value; and responsive to sensing that the ground fault has occurred, switch from controlling the power converter based on the differential voltage target value for the differential bus to controlling the power converter based on a single-ended line-ground voltage target value for a rail (150A or 150B) of the differential bus. a differential DC bus; a power converter coupled to the differential bus; and a controller configured to: control the power converter based on a first target value for the differential bus at least in part by controlling a differential line-line voltage on the differential bus based on a differential voltage target value; sense that a ground fault has occurred in the electrical power system while controlling the power converter based on the first target value; and responsive to sensing that the ground fault has occurred, switch from controlling the power converter based on the differential voltage target value for the differential bus to controlling the power converter based on a single-ended line-ground voltage target value for a rail (150A or 150B) of the differential bus. control the power converter based on a first target value for the differential bus at least in part by controlling a differential line-line voltage on the differential bus based on a differential voltage target value; sense that a ground fault has occurred in the electrical power system while controlling the power converter based on the first target value; and responsive to sensing that the ground fault has occurred, switch from controlling the power converter based on the differential voltage target value for the differential bus to controlling the power converter based on a single-ended line-ground voltage target value for a rail (150A or 150B) of the differential bus.
A removable eyecup comprising a mounting mechanism for mounting said removable eyecup to a camera body, wherein the eyecup includes an eye rubber, and a fixing member that holds the eye rubber in a predetermined position, characterized in that the eyecup further includes a movable member held movably by the fixing member, and an elastic member that presses the movable member against the fixing member to fix the movable member to the fixing member, and further characterized in that the eyecup is designed to be mounted to a mounting member provided in the camera body so that, when the eyecup is mounted to the camera body, the mounting member is fitted between the fixing member and the movable member against a pressing force of the elastic member, and the mounting member is sandwiched by the fixing member and the movable member. wherein the eyecup includes an eye rubber, and a fixing member that holds the eye rubber in a predetermined position, characterized in that the eyecup further includes a movable member held movably by the fixing member, and an elastic member that presses the movable member against the fixing member to fix the movable member to the fixing member, and further characterized in that the eyecup is designed to be mounted to a mounting member provided in the camera body so that, when the eyecup is mounted to the camera body, the mounting member is fitted between the fixing member and the movable member against a pressing force of the elastic member, and the mounting member is sandwiched by the fixing member and the movable member.
A circuit for fuse failure display for monitoring the trip status of a fuse, wherein a light-emitting diode is provided in order to display the trip status of the fuse and is arranged in a current path parallel to the fuse, wherein, if the fuse is not tripped, this parallel current path has a high resistance in relation to the resistance across the fuse, such that the current over this current path is insufficient for operation of the light-emitting diode, and wherein, if the fuse is tripped, this parallel current path has a low resistance in relation to the resistance across the fuse, such that the current over this current path is sufficient for operation of the light-emitting diode, wherein a current-limiting device for limiting the current across the light-emitting diode and a voltage-limiting device for limiting the voltage across the tripped fuse are also provided, characterised in that, when the fuse is not tripped, a field-effect transistor and a resistor are provided in series in order to attain the high resistance of the parallel current path and, when the fuse is tripped, the same resistor is provided in order to arrange the current-limiting device in the parallel current path so as to provide a control voltage for the field-effect transistor in the parallel current path with the light-emitting diode, the blocking state of the field-effect transistor being dependent on said control voltage.
Electronic module, having: a first circuit board element having at least one electronic component arranged thereon; a second circuit board element having at least one electronic component arranged thereon; a spacer; the first circuit board element, the second circuit board element and the spacer being configured in such a way that together they fully enclose a central cavity in which the electronic component of the first circuit board element is received; characterized in that microstructuring (17, 21) in each case extending around in the shape of a ring is formed both on an outwardly directed surface of the first circuit board element, on an outer circumference of the first circuit board element, and on an outwardly directed surface of the second circuit board element, next to the outer circumference of the first circuit board element, and a sealing ring, which is both connected with a form fit to the microstructuring formed on the first circuit board element and is connected with a form fit to the microstructuring formed on the second circuit board element, is formed along the outer circumference of the first circuit board element. a first circuit board element having at least one electronic component arranged thereon; a second circuit board element having at least one electronic component arranged thereon; a spacer; the first circuit board element, the second circuit board element and the spacer being configured in such a way that together they fully enclose a central cavity in which the electronic component of the first circuit board element is received; characterized in that microstructuring (17, 21) in each case extending around in the shape of a ring is formed both on an outwardly directed surface of the first circuit board element, on an outer circumference of the first circuit board element, and on an outwardly directed surface of the second circuit board element, next to the outer circumference of the first circuit board element, and a sealing ring, which is both connected with a form fit to the microstructuring formed on the first circuit board element and is connected with a form fit to the microstructuring formed on the second circuit board element, is formed along the outer circumference of the first circuit board element.
Portable device comprising a front end to which a device for carrying out remote tasks can be attached, such that the portable device comprises a bracket and handling equipment fixed to a mast of the bracket, the front end of the device being one end of a crosspiece of the bracket, the crosspiece being fixed to the mast using a fixing system providing an embedding between the mast the crosspiece, the fixing system being fixed at a distance below the upper end of the mast, characterized in that the crosspiece consists of telescopic tubes or modular, said distance being so that oblique links distribute mechanical forces on the bracket, the mast and the crosspiece being fixed to each other by said oblique links for consolidation placed between the mast and the crosspiece, attached to one end of the links, on the front part of the crosspiece, then on the mast at its upper end.
Vehicle body, having a head airbag built into the bodyshell, and a carrier part on the body for holding an add-on part, wherein the carrier part on the body and the head airbag are covered by a headlining so as to be protected from view, and having at least one functional element, which is fixed to the opening edge of a mounting opening on the headlining at an attachment point, wherein, when the airbag is activated, the head airbag being deployed presses against the headlining in such a way that the head airbag is deployed downwards into the vehicle interior, deforming the headlining in the vehicle vertical direction (z), wherein the carrier part on the body is formed with a shielding element, which is arranged in an airbag deployment direction between the head airbag and a region of the attachment point so that, when the airbag is activated, the attachment point is shielded with respect to the head airbag being deployed, characterized in that the carrier part on the body has two shielding elements, which are spaced apart from each other in the vehicle longitudinal direction (x).