mhurhangee/ep-ind-claims huggingface dataset:
An optical receiver comprising: a coherent receiver configured to receive an optical signal; an A/D converter configured to convert an output signal of the coherent receiver into a digital signal representing the optical signal; a waveform distortion compensator configured to perform an operation on the digital signal to compensate for waveform distortion of the optical signal; a phase detector configured to generate phase information representing a sampling phase of the A/D converter; a phase adjuster configured to generate a digital signal representing an optical signal in which the sampling phase of the A/D converter is adjusted from an output signal of the waveform distortion compensator using the phase information; a demodulator configured to generate a demodulated signal from the output signal of the phase adjuster; a phase controller configured to control the sampling phase of the A/D converter; a peak detector configured to detect a peak value of the phase information while the sampling phase of the A/D converter is controlled by the phase controller; and a compensation controller configured to control the waveform distortion compensator using the peak value. a coherent receiver configured to receive an optical signal; an A/D converter configured to convert an output signal of the coherent receiver into a digital signal representing the optical signal; a waveform distortion compensator configured to perform an operation on the digital signal to compensate for waveform distortion of the optical signal; a phase detector configured to generate phase information representing a sampling phase of the A/D converter; a phase adjuster configured to generate a digital signal representing an optical signal in which the sampling phase of the A/D converter is adjusted from an output signal of the waveform distortion compensator using the phase information; a demodulator configured to generate a demodulated signal from the output signal of the phase adjuster; a phase controller configured to control the sampling phase of the A/D converter; a peak detector configured to detect a peak value of the phase information while the sampling phase of the A/D converter is controlled by the phase controller; and a compensation controller configured to control the waveform distortion compensator using the peak value.
A secure picture generating device for securing a picture, the secure generating device comprising: a processor; and a memory that stores processor-executable instructions where the processor interfaces with the memory and the processor-executable instructions, when executed by the processor, are configured for: receiving the picture, segmenting the picture into a plurality of picture frames (120 1, 120 2, 120 3... 120 x), creating a number of picture fragment sets 122 1, 122 2, 122 3... 122 x), wherein each picture fragment set comprises a different set of picture frames selected from the plurality of picture frames, and the selected picture frames, when taken together collectively represent the picture, wherein upon receipt of the number of picture fragment sets at a secure picture displaying device, the selected picture frames of each picture fragment set are displayed one after another, and sending the number of picture fragment sets to a secure picture displaying device. a processor; and a memory that stores processor-executable instructions where the processor interfaces with the memory and the processor-executable instructions, when executed by the processor, are configured for: receiving the picture, segmenting the picture into a plurality of picture frames (120 1, 120 2, 120 3... 120 x), creating a number of picture fragment sets 122 1, 122 2, 122 3... 122 x), wherein each picture fragment set comprises a different set of picture frames selected from the plurality of picture frames, and the selected picture frames, when taken together collectively represent the picture, wherein upon receipt of the number of picture fragment sets at a secure picture displaying device, the selected picture frames of each picture fragment set are displayed one after another, and sending the number of picture fragment sets to a secure picture displaying device. receiving the picture, segmenting the picture into a plurality of picture frames (120 1, 120 2, 120 3... 120 x), creating a number of picture fragment sets 122 1, 122 2, 122 3... 122 x), wherein each picture fragment set comprises a different set of picture frames selected from the plurality of picture frames, and the selected picture frames, when taken together collectively represent the picture, wherein upon receipt of the number of picture fragment sets at a secure picture displaying device, the selected picture frames of each picture fragment set are displayed one after another, and sending the number of picture fragment sets to a secure picture displaying device.
A stylus pen for indicating a position on a touch panel, the stylus pen comprising: a conductive tip configured to receive an electric field transmission signal from at least one electrode (211,212) of the touch panel; a circuit configured to generate an electric field receiving signal corresponding to the received electric field transmission signal; a variable capacitor disposed between the conductive tip and the circuit, and configured to vary the electric field receiving signal depending on a pressure applied to the conductive tip; and a conductive body disposed outside the variable capacitor, and configured to electrically connect the conductive tip and the circuit. wherein the conductive body comprises a plurality of plates (127a,127b) and a circular member which is connected with one end of each of the plurality of plates; the plurality of plates are spaced apart from each other and are disposed side-by-side; and an opening through which the conductive tip passes is formed in the circular member. a conductive tip configured to receive an electric field transmission signal from at least one electrode (211,212) of the touch panel; a circuit configured to generate an electric field receiving signal corresponding to the received electric field transmission signal; a variable capacitor disposed between the conductive tip and the circuit, and configured to vary the electric field receiving signal depending on a pressure applied to the conductive tip; and a conductive body disposed outside the variable capacitor, and configured to electrically connect the conductive tip and the circuit. wherein the conductive body comprises a plurality of plates (127a,127b) and a circular member which is connected with one end of each of the plurality of plates; the plurality of plates are spaced apart from each other and are disposed side-by-side; and an opening through which the conductive tip passes is formed in the circular member.
An integrated device comprising: a substrate having three or more metal layers which form a solenoid inductor in the substrate, the solenoid inductor configured as a set of windings, the set of windings comprising an inner perimeter, the set of windings including a set of interconnects coupled by a set of vias (234, 236) and pads (204, 206, 224, 226), the set of interconnects and the set of vias and pads located outside of the inner perimeter of the set of windings.
An image forming apparatus, comprising: - a plurality of buffers that is included in a main storage unit; - an auxiliary storage unit; - a data inputting unit configured to input data having a specified output unit into one of the plurality of buffers; - a data outputting unit configured to output the data stored in the one of the plurality of buffers; - an asynchronous data write unit configured i) to asynchronously store the data stored in the one of the plurality of buffers into the auxiliary storage unit after the completion of storing to the plurality of buffers, ii) to keep storing the data input from the data inputting unit to the auxiliary storage unit, and iii) to inhibit data input performed by the data inputting unit from being stopped; - a data prefetch unit configured to prefetch the data stored in the auxiliary storage unit by the asynchronous data write unit to an another one of the plurality of buffers, if no data to be output subsequently to the data to be output by the data outputting unit exists in the other one of the plurality of buffers; - a data deletion unit configured to delete the data, outputting of which has been completed, from the one of the plurality of buffers if the data outputting unit completes the outputting of one of the prefetched data and the data input by the data inputting unit; and - an image forming unit configured to perform image formation for the data as page data, wherein the image forming apparatus is configured to perform writing to and reading from the auxiliary storage unit in parallel. - a plurality of buffers that is included in a main storage unit; - an auxiliary storage unit; - a data inputting unit configured to input data having a specified output unit into one of the plurality of buffers; - a data outputting unit configured to output the data stored in the one of the plurality of buffers; - an asynchronous data write unit configured i) to asynchronously store the data stored in the one of the plurality of buffers into the auxiliary storage unit after the completion of storing to the plurality of buffers, ii) to keep storing the data input from the data inputting unit to the auxiliary storage unit, and iii) to inhibit data input performed by the data inputting unit from being stopped; - a data prefetch unit configured to prefetch the data stored in the auxiliary storage unit by the asynchronous data write unit to an another one of the plurality of buffers, if no data to be output subsequently to the data to be output by the data outputting unit exists in the other one of the plurality of buffers; - a data deletion unit configured to delete the data, outputting of which has been completed, from the one of the plurality of buffers if the data outputting unit completes the outputting of one of the prefetched data and the data input by the data inputting unit; and - an image forming unit configured to perform image formation for the data as page data,
A fuel tank for vehicle, comprising: a fuel suction port through which a fuel pump sucks fuel in the fuel tank from the lower portion of the inner space of the fuel tank; a first partition wall surrounding the fuel suction port at a front and at sides while having an opening to a rear, the first partition wall preventing the fuel from moving to the front; and a second partition wall which surrounds the first partition wall at the sides and at the rear while having an opening to the front, the second partition wall preventing the fuel from moving to the rear, characterized in that projecting members are provided sideward and outward of the first partition wall and sideward and inward of the second partition wall, and project from a bottom plate section in the inner space. a fuel suction port through which a fuel pump sucks fuel in the fuel tank from the lower portion of the inner space of the fuel tank; a first partition wall surrounding the fuel suction port at a front and at sides while having an opening to a rear, the first partition wall preventing the fuel from moving to the front; and a second partition wall which surrounds the first partition wall at the sides and at the rear while having an opening to the front, the second partition wall preventing the fuel from moving to the rear, characterized in that projecting members are provided sideward and outward of the first partition wall and sideward and inward of the second partition wall, and project from a bottom plate section in the inner space.
A monitoring system for an elevator, comprising: an authentication device provided on at least any one of a plurality of floors at which a car of an elevator can stop, the authentication device configured to authenticate use of the elevator upon a predetermined authentication operation performed thereon; a plurality of floor-side security cameras, each of the floor-side security cameras configured to photography a predetermined area of each of the floors; an intra-car security camera for photographing interior of the car; a ride-on/off detector for detecting whether or not there is a ride of a subject on/off the car; a switcher for selecting any one of image information output from each of the floor-side security cameras and image information output from the intra-car security camera as selected image information, based on operation information indicating whether or not the authentication operation has been performed, ride-on/off information indicating whether there is the ride-on/off of the subject, and floor information indicating a position of the car, wherein the switcher is configured to judge a position at which the user is present based on each of the operation information, ride on/off information, and the floor information and select the image information output from the security camera which photographs the judged position at which the user is present from the floor-side security cameras and the intra-car security camera as the selected image information; and a monitoring device comprising a recording medium, for recording the selected image information on the recording medium. an authentication device provided on at least any one of a plurality of floors at which a car of an elevator can stop, the authentication device configured to authenticate use of the elevator upon a predetermined authentication operation performed thereon; a plurality of floor-side security cameras, each of the floor-side security cameras configured to photography a predetermined area of each of the floors; an intra-car security camera for photographing interior of the car; a ride-on/off detector for detecting whether or not there is a ride of a subject on/off the car; a switcher for selecting any one of image information output from each of the floor-side security cameras and image information output from the intra-car security camera as selected image information, based on operation information indicating whether or not the authentication operation has been performed, ride-on/off information indicating whether there is the ride-on/off of the subject, and floor information indicating a position of the car, wherein the switcher is configured to judge a position at which the user is present based on each of the operation information, ride on/off information, and the floor information and select the image information output from the security camera which photographs the judged position at which the user is present from the floor-side security cameras and the intra-car security camera as the selected image information; and a monitoring device comprising a recording medium, for recording the selected image information on the recording medium.
A terminal comprising: a transmitting section configured to transmit uplink data and uplink control information using an uplink shared channel; a control section configured to control, in a case of multiplexing the uplink data and the uplink control information into the uplink shared channel, a resource amount of the uplink data, on which rate matching processing or puncturing processing is performed, based on at least one of: a) the number of bits of the uplink control information, b) an uplink-data resource amount scheduled on the uplink shared channel, and c) a coding rate of the uplink control information, and wherein, when the uplink control information is HARQ-ACK, the control section is configured to select one of the rate matching processing and the puncturing processing, based on a payload size of the HARQ-ACK. a transmitting section configured to transmit uplink data and uplink control information using an uplink shared channel; a control section configured to control, in a case of multiplexing the uplink data and the uplink control information into the uplink shared channel, a resource amount of the uplink data, on which rate matching processing or puncturing processing is performed, based on at least one of: a) the number of bits of the uplink control information, b) an uplink-data resource amount scheduled on the uplink shared channel, and c) a coding rate of the uplink control information, and a) the number of bits of the uplink control information, b) an uplink-data resource amount scheduled on the uplink shared channel, and c) a coding rate of the uplink control information, and wherein, when the uplink control information is HARQ-ACK, the control section is configured to select one of the rate matching processing and the puncturing processing, based on a payload size of the HARQ-ACK.
A stable acetaminophen supersaturated injectable aqueous solution for analgesic use by spinal administration wherein said supersaturated injectable aqueous solution comprises a solvent which is degassed or substantially oxygen or air free and comprises acetaminophen in a concentration greater than 1.8 w/v.
Storage-container set (100; 100') having at least one lid element (20, 30) made of plastics material and having a container element, which has at least one outwardly projecting locking protrusion on its side wall, the locking protrusion being attached vertically to the outside of the side wall and having a downwardly oriented latching-profile portion at its outer end, wherein the first lid element has at least two latching lugs, which are intended for connection to the at least one locking protrusion of the container element and are each attached to the outer periphery of the lid element via a film hinge, characterized - in that the storage-container set (100; 100') comprises a second lid element, which can likewise be combined with the container element and consists of a flexible plastics material which is soft relative to the container element, namely of a polyethylene with a hardness of 40... 55 Shore, and in that the container element consists of a relatively hard plastics material, namely of a polypropylene copolymer with a hardness of 55... 75 Shore D, - and in that the second lid element has a continuous peripheral profile which extends along the circumference, has a vertical profile portion enclosing the at least one locking protrusion of the container element from the outside and, when the second lid element is placed in position on the container element, has a profile tongue, arranged at the end of the vertical profile portion, moving resiliently beneath the latching-profile portion of the at least one locking protrusion, wherein the profile portion of the lid element with the profile tongue is subjected to stressing in the circumferential direction as it negotiates the at least one locking protrusion. - in that the storage-container set (100; 100') comprises a second lid element, which can likewise be combined with the container element and consists of a flexible plastics material which is soft relative to the container element, namely of a polyethylene with a hardness of 40... 55 Shore, and in that the container element consists of a relatively hard plastics material, namely of a polypropylene copolymer with a hardness of 55... 75 Shore D, - and in that the second lid element has a continuous peripheral profile which extends along the circumference, has a vertical profile portion enclosing the at least one locking protrusion of the container element from the outside and, when the second lid element is placed in position on the container element, has a profile tongue, arranged at the end of the vertical profile portion, moving resiliently beneath the latching-profile portion of the at least one locking protrusion, wherein the profile portion of the lid element with the profile tongue is subjected to stressing in the circumferential direction as it negotiates the at least one locking protrusion.
A device for cleaning and/or inspecting a flow channel, in particular a sewage channel, comprising a rinsing hose which is insertable into the channel and suppliable with high pressure rinsing water, such rinsing hose being connected with its front end to a channel nozzle at least provided with jet nozzles generating a recoil force, such channel nozzle being steerable by rotation around its axis, characterized in that the rinsing hose is divided into at least two sections (3a, 3b) connected with each other by a coupling unit through which high pressure rinsing water may flow, which comprises a housing element connected with a rinsing hose section and further a hollow piston element arranged in an axially moveable manner in the said housing element and connected with the other rinsing hose section, with the housing element and the hollow piston element being supported on each other by a spring and acting together via a converter device converting an axial into a rotary movement.
A probe, comprising: an insertion tube; a magnetic field sensor; a dummy load mounted adjacent to the magnetic field sensor; and characterised by a braid comprising multiple braid wires that traverse a length of the insertion tube, wherein a first pair of the braid wires is connected across the magnetic field sensor, and a second pair of the braid wires is connected across the dummy load. an insertion tube; a magnetic field sensor; a dummy load mounted adjacent to the magnetic field sensor; and characterised by a braid comprising multiple braid wires that traverse a length of the insertion tube, wherein a first pair of the braid wires is connected across the magnetic field sensor, and a second pair of the braid wires is connected across the dummy load.
A method for creating a cephalometric image of at least part of a human skull in an extra-oral dental imaging system, said system comprising: - an X-ray source for irradiating an object to be imaged; - an imaging device suitable for producing multiple frames during at least part of an exposure of said object; - a manipulator for displacing the imaging device along an exposure profile between multiple frames during said at least part of the exposure of said object, the manipulator permitting the movement of the X-ray source and the imaging device by means of a selective translation and selective rotation, wherein said method comprises the following steps: - setting said imaging device with an active area having a long dimension m and a short dimension n, wherein the aspect ratio m:n is strictly inferior to 1.5; - synchronously displacing the X-ray source and the imaging device along said exposure profile, said exposure profile comprising at least one substantially linear section wherein said X-ray source and said imaging device are translated while rotating in the same direction; and - registering said multiple frames produced by the imaging device during the exposure of said object to be imaged. - an X-ray source for irradiating an object to be imaged; - an imaging device suitable for producing multiple frames during at least part of an exposure of said object; - a manipulator for displacing the imaging device along an exposure profile between multiple frames during said at least part of the exposure of said object, the manipulator permitting the movement of the X-ray source and the imaging device by means of a selective translation and selective rotation, - setting said imaging device with an active area having a long dimension m and a short dimension n, wherein the aspect ratio m:n is strictly inferior to 1.5; - synchronously displacing the X-ray source and the imaging device along said exposure profile, said exposure profile comprising at least one substantially linear section wherein said X-ray source and said imaging device are translated while rotating in the same direction; and - registering said multiple frames produced by the imaging device during the exposure of said object to be imaged.