mhurhangee/patent-ind-claim-en huggingface dataset:
Scalable computer architectural framework for quantum computers or for classical digital computers, the framework comprising a plurality of processing nodes , each processing node comprising at least three processing elements, and a plurality of couplings, each coupling being configured to communicatively connect two processing elements, the processing elements of each processing node being connected with each other by means of internal couplings, and the processing elements of different processing nodes being connected with each other by means of external couplings, characterized in that the processing elements in a processing node are connected in series forming a string, the string comprising two end processing elements and at least one intermediate processing element , each processing node being connected to each of the other processing nodes by means of only one external coupling, the intermediate processing elements of the processing nodes being connected to processing elements of other processing nodes by a number of external couplings, said number of external couplings being the same for all the intermediate processing elements, and the end processing elements of the processing nodes being connected to processing elements of other processing nodes by said same number of external couplings or one external coupling more than said same number. a plurality of processing nodes , each processing node comprising at least three processing elements, and a plurality of couplings, each coupling being configured to communicatively connect two processing elements, the processing elements of each processing node being connected with each other by means of internal couplings, and the processing elements of different processing nodes being connected with each other by means of external couplings, characterized in that the processing elements in a processing node are connected in series forming a string, the string comprising two end processing elements and at least one intermediate processing element , each processing node being connected to each of the other processing nodes by means of only one external coupling, the intermediate processing elements of the processing nodes being connected to processing elements of other processing nodes by a number of external couplings, said number of external couplings being the same for all the intermediate processing elements, and the end processing elements of the processing nodes being connected to processing elements of other processing nodes by said same number of external couplings or one external coupling more than said same number.
A workpiece machined surface display method for displaying on a display device a machining mark to be formed when machining a workpiece machined surface with a rotary tool having a cutting blade , comprising: a first step of predicting the shapes and positions of dimples to be formed by cutting the workpiece machined surface with the cutting blade when rotating and fed in a plurality of independent tool path machining areas (AR1, AR2) mutually adjoining at a boundary part (AR3), based on the shape data of the workpiece and the shape data of the tool , the shapes of the dimples being defined by the boundaries of the dimples ; and a second step of displaying a dimple image representing the shape of the dimples predicted at the first step in correspondence with the position predicted at the first step; characterized in that the first step includes the boundaries of one dimple being defined by straight intersection lines indicating cusps formed by convex uncut parts between overlapping dimples , and in that the second step includes displaying machining marks only for a location set in advance by a user. a first step of predicting the shapes and positions of dimples to be formed by cutting the workpiece machined surface with the cutting blade when rotating and fed in a plurality of independent tool path machining areas (AR1, AR2) mutually adjoining at a boundary part (AR3), based on the shape data of the workpiece and the shape data of the tool , the shapes of the dimples being defined by the boundaries of the dimples ; and a second step of displaying a dimple image representing the shape of the dimples predicted at the first step in correspondence with the position predicted at the first step; characterized in that the first step includes the boundaries of one dimple being defined by straight intersection lines indicating cusps formed by convex uncut parts between overlapping dimples , and in that the second step includes displaying machining marks only for a location set in advance by a user.
An integrated system for identifying a cable and connected peripherals comprising at least one cable provided with at least one connector , at least one electronic chip associated with a power supply arrangement, this chip having at least one module for communicating with a terminal , a memory in which data, identification data of the cable , and at least one identifier, are stored, said system being characterized in that it has at least one antenna arranged along the cable and extending over the entire length of the cable to be identified, said antenna being connected to the chip in order to allow data communication between said electronic chip and the communication terminal via the activation of a management program, contained in said chip .
A terminal , comprising a display panel , a camera module , a sensor module , a cover , and a circuit board on which the camera module is disposed; wherein the display panel defines at least one recess ; the camera module is received in the at least one recess ; the sensor module is adjacent to the camera module for determining a distance between the terminal and an external object; the camera module comprises a base and a lens ; the base is disposed on the circuit board ; the lens protrudes from the base, and the lens and the base cooperatively form a step; the cover comprises a cover body covering the display panel , the cover body comprises a functional portion , the functional portion is disposed corresponding to the at least one recess in which the camera module is received, characterized in that , the sensor module is disposed on the step of the camera module ; and the cover further comprises a first attachment member and a second attachment member ; the functional portion comprises a first functional region , a second functional region and a shielding region , the shielding region is located at other parts of the functional portion excepting the first functional region and the second functional region ; the first functional region is corresponding to the camera module and configured to allow ambient light to penetrate and reach the camera module ; the first attachment member is disposed on a side of the second functional region close to an interior space of the terminal , and corresponds to the sensor module ; and the second attachment member is disposed on a side of the shielding region close to the interior space of the terminal , to shield the internal structure of the terminal . the camera module comprises a base and a lens ; the base is disposed on the circuit board ; the lens protrudes from the base, and the lens and the base cooperatively form a step; the cover comprises a cover body covering the display panel , the cover body comprises a functional portion , the functional portion is disposed corresponding to the at least one recess in which the camera module is received, characterized in that , the sensor module is disposed on the step of the camera module ; and the cover further comprises a first attachment member and a second attachment member ; the functional portion comprises a first functional region , a second functional region and a shielding region , the shielding region is located at other parts of the functional portion excepting the first functional region and the second functional region ; the first functional region is corresponding to the camera module and configured to allow ambient light to penetrate and reach the camera module ; the first attachment member is disposed on a side of the second functional region close to an interior space of the terminal , and corresponds to the sensor module ; and the second attachment member is disposed on a side of the shielding region close to the interior space of the terminal , to shield the internal structure of the terminal .
A phototherapy light engine comprising: a. a thermally conductive core substrate having a first and a second surface; b. a plurality of light emitting diodes (LEDs) for emitting light comprising phototherapeutic component wavelengths, the plurality of LEDs configured to couple with said first surface of said thermally conductive core substrate, said thermally conductive core substrate for absorbing heat from said plurality of LEDs; c. a plurality of light reflectors functionally coupled to said plurality of LEDs for reflecting said emitted light, thereby directing said light toward a skin surface for treatment of a phototherapy subject; d. a window positioned to cover at least part of said first surface of said thermally conductive core substrate; e. a collar coupled to said first surface of said thermally conductive core substrate, said collar adapted to engage the skin surface and to limit escape of the emitted light from the skin surface and a surrounding area; f. a heat sink coupled to said second surface of said thermally conductive core substrate, wherein said heat sink is configured and adapted to conduct heat away from said thermally conductive core substrate; g. one or more current drivers configured to drive said plurality of LEDs; h. a microprocessor coupled to said current driver, wherein said microprocessor controls current output of said current driver; i. a user interface coupled to said microprocessor, wherein said user interface is configured to provide a user with control over said light emitting diodes; and j. a wireless receiver coupled to said microprocessor. a. a thermally conductive core substrate having a first and a second surface; b. a plurality of light emitting diodes (LEDs) for emitting light comprising phototherapeutic component wavelengths, the plurality of LEDs configured to couple with said first surface of said thermally conductive core substrate, said thermally conductive core substrate for absorbing heat from said plurality of LEDs; c. a plurality of light reflectors functionally coupled to said plurality of LEDs for reflecting said emitted light, thereby directing said light toward a skin surface for treatment of a phototherapy subject; d. a window positioned to cover at least part of said first surface of said thermally conductive core substrate; e. a collar coupled to said first surface of said thermally conductive core substrate, said collar adapted to engage the skin surface and to limit escape of the emitted light from the skin surface and a surrounding area; f. a heat sink coupled to said second surface of said thermally conductive core substrate, wherein said heat sink is configured and adapted to conduct heat away from said thermally conductive core substrate; g. one or more current drivers configured to drive said plurality of LEDs; h. a microprocessor coupled to said current driver, wherein said microprocessor controls current output of said current driver; i. a user interface coupled to said microprocessor, wherein said user interface is configured to provide a user with control over said light emitting diodes; and j. a wireless receiver coupled to said microprocessor.
A method executed by one or more computing devices for generating a data masking syntactic definition for a data element of an unknown type comprising: generating , by at least one of the one or more computing devices, one or more alphabets corresponding to one or more element member positions of the data element based at least in part on scanning element members occurring at each element member position in a plurality of data elements of the unknown type until all symbols appearing at that element member position are determined, each alphabet comprising a set of one or more sequential element members that have occurred in the plurality of data elements at an element member position; and generating , by at least one of the one or more computing devices, a positional map describing a syntactic structure of the data element by mapping at least one of the one or more alphabets to each element member position of the data element. generating , by at least one of the one or more computing devices, one or more alphabets corresponding to one or more element member positions of the data element based at least in part on scanning element members occurring at each element member position in a plurality of data elements of the unknown type until all symbols appearing at that element member position are determined, each alphabet comprising a set of one or more sequential element members that have occurred in the plurality of data elements at an element member position; and generating , by at least one of the one or more computing devices, a positional map describing a syntactic structure of the data element by mapping at least one of the one or more alphabets to each element member position of the data element.
A method implemented using one or more processors, comprising: identifying, from a corpus of electronic video files, a set of candidate video clips, wherein a target n-gram is uttered in a target context in each candidate video clip of the set; for each candidate video clip of the set: comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; selecting one or more of the candidate video clips from the set of candidate video clips based on the measures of suitability as dictionary usage examples; and associating the one or more selected video clips with the target n-gram in a searchable database. identifying, from a corpus of electronic video files, a set of candidate video clips, wherein a target n-gram is uttered in a target context in each candidate video clip of the set; for each candidate video clip of the set: comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; comparing pre-existing manual subtitles associated with the candidate video clip to text that is generated based on speech recognition processing of an audio portion of the candidate video clip, and based at least in part on the comparing, calculating a measure of suitability as a dictionary usage example for the candidate video clip; selecting one or more of the candidate video clips from the set of candidate video clips based on the measures of suitability as dictionary usage examples; and associating the one or more selected video clips with the target n-gram in a searchable database.
A method for producing a decorative surface on a workpiece , comprising the following steps: - feeding (S10) of the workpiece coated with a liquid layer which is polymerizable by electromagnetic radiation to a digital printing station; - application (S12) of an agent capable of at least partially absorbing electromagnetic radiation, by the digital printing station at least on a partial area of the surface of the liquid layer , or which, in contact with the surface, produces a reaction product which is capable of at least partially absorbing electromagnetic radiation; - irradiation (S14) of the surface of the liquid layer and of the agent with electromagnetic radiation having a wavelength of less than 300 nm, preferably less than 250 nm, particularly preferably less than 200 nm. - feeding (S10) of the workpiece coated with a liquid layer which is polymerizable by electromagnetic radiation to a digital printing station; - application (S12) of an agent capable of at least partially absorbing electromagnetic radiation, by the digital printing station at least on a partial area of the surface of the liquid layer , or which, in contact with the surface, produces a reaction product which is capable of at least partially absorbing electromagnetic radiation; - irradiation (S14) of the surface of the liquid layer and of the agent with electromagnetic radiation having a wavelength of less than 300 nm, preferably less than 250 nm, particularly preferably less than 200 nm.
A cover-leafing leather casing of a cellular phone, the cover-leafing leather casing characterized in that : a leather cover , for buckling to a touch panel of the cellular phone ; wherein the leather cover is connected to a first magnet of a rear shell body of the cellular phone by way of a magnetic connecting portion , and the magnetic connecting portion comprises a second magnet which is mutually attracted to the first magnet ; wherein a fourth magnet of the leather cover mutually attracts a third magnet fastened to a front shell body of the cellular phone , and the fourth magnet is disposed in the other side opposite to a connection side of the leather cover ; and wherein a recess slot is disposed in an assembly surface of the magnetic connecting portion , a steel sheet tightly presses a bending portion in the recess slot of the magnetic connecting portion so that the recess slot fastens the bending portion of the leather cover , one side of the recess slot communicates with a containing lateral surface of the magnetic connecting portion for containing the bending portion of the leather cover , and a plurality of strip ribs disposed on a bottom surface of the recess slot are used to fasten the second magnet , the leather cover is connected to the front shell body and the rear shell body of the cellular phone based on magnetic attraction of the first magnet to the second magnet and magnetic attraction of the third magnet to the fourth magnet . a leather cover , for buckling to a touch panel of the cellular phone ; wherein the leather cover is connected to a first magnet of a rear shell body of the cellular phone by way of a magnetic connecting portion , and the magnetic connecting portion comprises a second magnet which is mutually attracted to the first magnet ; wherein a fourth magnet of the leather cover mutually attracts a third magnet fastened to a front shell body of the cellular phone , and the fourth magnet is disposed in the other side opposite to a connection side of the leather cover ; and wherein a recess slot is disposed in an assembly surface of the magnetic connecting portion , a steel sheet tightly presses a bending portion in the recess slot of the magnetic connecting portion so that the recess slot fastens the bending portion of the leather cover , one side of the recess slot communicates with a containing lateral surface of the magnetic connecting portion for containing the bending portion of the leather cover , and a plurality of strip ribs disposed on a bottom surface of the recess slot are used to fasten the second magnet , the leather cover is connected to the front shell body and the rear shell body of the cellular phone based on magnetic attraction of the first magnet to the second magnet and magnetic attraction of the third magnet to the fourth magnet .
A method performed by a terminal in a communication system, the method comprising: receiving system information including a threshold value for a data transmission; receiving a radio resource control, RRC, release message including next hop chaining count, NCC, information; identifying that a size of uplink data to be transmitted is less than or equal to the threshold value; transmitting , to a base station, a random access preamble for the data transmission in a random access procedure, wherein the terminal is in an RRC inactive mode; receiving , from the base station, a random access response in response to the random access preamble, the random access response including timing advance information and an uplink grant; re-establishing at least one of signaling radio bearers, SRBs, or data radio bearers, DRBs, associated with radio link control, RLC, entities and packet-data convergence protocol, PDCP, entities and deriving a key based on the NCC information; multiplexing an RRC resume request message and the uplink data for the data transmission; transmitting , to the base station, the multiplexed resume request message and the uplink data as a message 3 at once; and receiving , from the base station, a response message in response to the message 3, wherein the RRC resume request message includes a resume identifier of the terminal and a short message authentication code - integrity, MAC-I. receiving system information including a threshold value for a data transmission; receiving a radio resource control, RRC, release message including next hop chaining count, NCC, information; identifying that a size of uplink data to be transmitted is less than or equal to the threshold value; transmitting , to a base station, a random access preamble for the data transmission in a random access procedure, wherein the terminal is in an RRC inactive mode; receiving , from the base station, a random access response in response to the random access preamble, the random access response including timing advance information and an uplink grant; re-establishing at least one of signaling radio bearers, SRBs, or data radio bearers, DRBs, associated with radio link control, RLC, entities and packet-data convergence protocol, PDCP, entities and deriving a key based on the NCC information; multiplexing an RRC resume request message and the uplink data for the data transmission; transmitting , to the base station, the multiplexed resume request message and the uplink data as a message 3 at once; and receiving , from the base station, a response message in response to the message 3, wherein the RRC resume request message includes a resume identifier of the terminal and a short message authentication code - integrity, MAC-I.
A one way intravenous needle free valve including a shell providing a fluid flow path along an axis (C) between an inlet and an outlet ; a flexible member placed between the inlet and the outlet and constrained throughout a circumferential edge thereof in a liquid-tight manner; an opening with a closed-geometry, in fluid communication with the inlet ; the opening being aligned with a substantially impermeable central portion provided on the inlet side ; the member includes one or more holes around the central portion , providing a local fluid communication between the inlet side and the outlet side ; and the member is shaped and sized to recline onto the opening such that the opening is substantially hermetically covered by the central portion when a fluid pressure at the outlet is equal to or greater than a fluid pressure at the inlet ; the member has an increased thickness around the edge , characterised in that the edge has a size and shape to provide the member with a substantially convex inlet side and a substantially concave outlet side .
Air deflector for a windscreen wiper , the air deflector comprising at least one first part which emerges from a second part , and which comprises at least one deformation member configured to drive a deformation of the first part of the air deflector , this deformation member comprising at least one electrically conductive element , the air deflector being characterized in that the deformation member is embedded in the mass of the air deflector .