mhurhangee/patent-ind-claim-en huggingface dataset:
A system , comprising: an advancement mechanism to drive print media into a stacking region; a movable media guide arrangement , comprising: a pair of opposing media guides to receive opposing edges of a print medium therein; and a translation mechanism to move the opposing media guides between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a controller to actuate the translation mechanism to move the opposing media guides into the deployed position when the advancement mechanism transports a print medium into the stacking region and to actuate the translation mechanism to move the opposing media guides to the retracted position to release the print medium while the print medium remains engaged by the advancement mechanism . an advancement mechanism to drive print media into a stacking region; a movable media guide arrangement , comprising: a pair of opposing media guides to receive opposing edges of a print medium therein; and a translation mechanism to move the opposing media guides between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a pair of opposing media guides to receive opposing edges of a print medium therein; and a translation mechanism to move the opposing media guides between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a controller to actuate the translation mechanism to move the opposing media guides into the deployed position when the advancement mechanism transports a print medium into the stacking region and to actuate the translation mechanism to move the opposing media guides to the retracted position to release the print medium while the print medium remains engaged by the advancement mechanism .
A method for an optical logic device , the method comprising: radiating, by at least one source , at least one signal; reflecting the at least one signal off of at least one photonic crystal mirror by activating the photonic crystal mirror when the at least one photonic crystal mirror senses a physical phenomena of a threshold strength; not reflecting the at least one signal off of the at least one photonic crystal mirror by not activating the photonic crystal mirror when the at least one photonic crystal mirror does not sense the physical phenomena of the threshold strength; and detecting or not detecting, by at least one detector , the at least one signal, and disabling, at least one of the at least one photonic crystal mirror , thereby altering the logic. radiating, by at least one source , at least one signal; reflecting the at least one signal off of at least one photonic crystal mirror by activating the photonic crystal mirror when the at least one photonic crystal mirror senses a physical phenomena of a threshold strength; not reflecting the at least one signal off of the at least one photonic crystal mirror by not activating the photonic crystal mirror when the at least one photonic crystal mirror does not sense the physical phenomena of the threshold strength; and detecting or not detecting, by at least one detector , the at least one signal, and disabling, at least one of the at least one photonic crystal mirror , thereby altering the logic.
An apparatus for multi-core processing, the apparatus comprising: a memory controller; a first processor core of a first type to execute program code; a second processor core of a second type different from the first type; and a code distribution module to (i) determine, while the first processor core executes the program code, one or more performance metrics of the first processor core and one or more performance metrics of the second processor core indicative of execution of the program code by the second processor core and (ii) switch execution of the program code from the first processor core to the second processor core in response to a determination that the one or more performance metrics of the second processor core are better than the one or more performance metrics of the first processor core; wherein determining the performance metrics of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F, performace information and statistics of the first processing core, and the performance of the second processing core are minimized. a memory controller; a first processor core of a first type to execute program code; a second processor core of a second type different from the first type; and a code distribution module to (i) determine, while the first processor core executes the program code, one or more performance metrics of the first processor core and one or more performance metrics of the second processor core indicative of execution of the program code by the second processor core and (ii) switch execution of the program code from the first processor core to the second processor core in response to a determination that the one or more performance metrics of the second processor core are better than the one or more performance metrics of the first processor core; wherein determining the performance metrics of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F, performace information and statistics of the first processing core, and the performance of the second processing core are minimized.
An industrial truck comprising a drive system, a driver's position and a steering arrangement comprising a steering wheel for adjusting at least one steered wheel of the vehicle, wherein the steering wheel is rotatably mounted on the end of a steering column and the steering column is configured to be adjustable with the steering wheel relative to the driver's position, wherein a control unit which comprises a display and/or an access authorisation module is fastened to the portion of the steering column which is connected to the steering wheel and protrudes from the steering column portion , characterized in that the steering column portion is made up of shell parts which are divided in the longitudinal direction and a holding component for the control unit is connected to a shell part .
A production method of a tire comprising tread which includes a belt , wherein a sealant layer is provided at least to an inner surface of the tread , the method comprising: measuring a contact width (TW) of the tire ; when defining a tire-width direction length from a tire-width direction center until an end of the contact width (TW) as CW1, and defining a tire-width direction length from the tire-width direction center until another end of the contact width (TW) as CW2, comparing CW1 and CW2 and establishing a larger thereof as CW; establishing a length from the tire-width direction center until an end in the tire-width direction of the belt as BW, and prescribing a tire-width direction length SW of a sealant material coating area on one side in the tire-width direction from the tire-width direction center as CW<SW<BW; and arranging in parallel in the tire-width direction a plurality of annular circling parts of a sealant material extending in the tire-circumferential direction to provide the sealant layer , by establishing a tire-width direction length SW x 2 of the sealant material coating area on the inner surface of the tread as a coating area length in the tire-width direction of the sealant material , and coating a belt-like sealant material on the coating area in the tire-width direction of the sealant material , while circling along the tire-circumferential direction, and while transitioning a path of circling thereof to one direction side of the tire-width direction at least once every circling. measuring a contact width (TW) of the tire ; when defining a tire-width direction length from a tire-width direction center until an end of the contact width (TW) as CW1, and defining a tire-width direction length from the tire-width direction center until another end of the contact width (TW) as CW2, comparing CW1 and CW2 and establishing a larger thereof as CW; establishing a length from the tire-width direction center until an end in the tire-width direction of the belt as BW, and prescribing a tire-width direction length SW of a sealant material coating area on one side in the tire-width direction from the tire-width direction center as CW<SW<BW; and arranging in parallel in the tire-width direction a plurality of annular circling parts of a sealant material extending in the tire-circumferential direction to provide the sealant layer , by establishing a tire-width direction length SW x 2 of the sealant material coating area on the inner surface of the tread as a coating area length in the tire-width direction of the sealant material , and coating a belt-like sealant material on the coating area in the tire-width direction of the sealant material , while circling along the tire-circumferential direction, and while transitioning a path of circling thereof to one direction side of the tire-width direction at least once every circling.
A groove-monitoring system for monitoring parallelism of tape edges and groove patterns on an optical tape surface of an optical tape , the optical tape surface including a plurality of groove patterns, wherein the groove-monitoring system comprises: an optical sensor ; a first light source providing a first light beam that is directed onto the optical tape surface with a first angle of incidence such that the first light beam is directly reflected from the optical tape surface , and edges of the optical tape are imaged by the optical sensor as a direct reflection image; a second light source directing a second light beam onto the optical tape surface with a second angle of incidence such that the second light beam is diffracted from at least one groove pattern of the plurality of groove patterns of the optical tape surface and imaged by the optical sensor as a diffracted light image; and a tape guide that holds the optical tape proximate to the first light source and the second light source such that the first light source and the second light source direct light onto the optical tape surface . an optical sensor ; a first light source providing a first light beam that is directed onto the optical tape surface with a first angle of incidence such that the first light beam is directly reflected from the optical tape surface , and edges of the optical tape are imaged by the optical sensor as a direct reflection image; a second light source directing a second light beam onto the optical tape surface with a second angle of incidence such that the second light beam is diffracted from at least one groove pattern of the plurality of groove patterns of the optical tape surface and imaged by the optical sensor as a diffracted light image; and a tape guide that holds the optical tape proximate to the first light source and the second light source such that the first light source and the second light source direct light onto the optical tape surface .
A method for audio processing, comprising the steps of: at a control module , initializing in a memory a data storage location defined as a current buffer; storing a push to talk (PTT) audio attribute in a PTT library ; receiving, from an audio panel , an audio stream; responsive to receiving the audio stream, repeating the steps of: storing, in real time, the audio stream in the current buffer; identifying a push-to-talk (PTT) event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream , the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer. initializing in a memory a data storage location defined as a current buffer; storing a push to talk (PTT) audio attribute in a PTT library ; receiving, from an audio panel , an audio stream; responsive to receiving the audio stream, repeating the steps of: storing, in real time, the audio stream in the current buffer; identifying a push-to-talk (PTT) event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream , the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer. storing, in real time, the audio stream in the current buffer; identifying a push-to-talk (PTT) event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream , the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer.
A method of making a virtual three-dimensional model of a breakable or deflectable mold of a plurality of teeth of a dental arch, the method comprising: designing the mold for thermoforming a shell over the mold as a dental appliance, wherein the designing comprises: determining a first section of the mold, the first section being of at least a portion of one or more first teeth of the plurality of teeth of the dental arch; determining a second section of the mold, the second section being of at least a portion of one or more second teeth of the plurality of teeth of the dental arch; and determining configurations of a weakened region that joins the first section to the second section, wherein the weakened region is breakable or deflectable in response to a first threshold force to enable the first section to be removed from a shell after the shell is formed over the mold, the first threshold force being less than a second threshold force that would damage or permanently deform the shell; and generating the virtual three-dimensional model of the mold. designing the mold for thermoforming a shell over the mold as a dental appliance, wherein the designing comprises: determining a first section of the mold, the first section being of at least a portion of one or more first teeth of the plurality of teeth of the dental arch; determining a second section of the mold, the second section being of at least a portion of one or more second teeth of the plurality of teeth of the dental arch; and determining configurations of a weakened region that joins the first section to the second section, wherein the weakened region is breakable or deflectable in response to a first threshold force to enable the first section to be removed from a shell after the shell is formed over the mold, the first threshold force being less than a second threshold force that would damage or permanently deform the shell; and determining a first section of the mold, the first section being of at least a portion of one or more first teeth of the plurality of teeth of the dental arch; determining a second section of the mold, the second section being of at least a portion of one or more second teeth of the plurality of teeth of the dental arch; and determining configurations of a weakened region that joins the first section to the second section, wherein the weakened region is breakable or deflectable in response to a first threshold force to enable the first section to be removed from a shell after the shell is formed over the mold, the first threshold force being less than a second threshold force that would damage or permanently deform the shell; and generating the virtual three-dimensional model of the mold.
A method for controlling access of a smart device, without Low Density Parity Check Code LDPC coding capability, to a router, which is applied in a terminal, wherein the method comprises: detecting (S11, S31, S51) whether the terminal would communicate with the router through a LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal would communicate with the router through the LDPC coding-decoding scheme, establishing (S12, S52) connection with the router; characterized in that the method further comprises: when the smart device, without LDPC coding capability, requests access to the WLAN, negotiating (S32), by the terminal, with the router to switch the LDPC coding-decoding scheme to a non-LDPC coding-decoding scheme during a negotiation phase; establishing (S33) connection with the router through the non-LDPC coding-decoding scheme; and notifying (S13, S34, S53) the router to broadcast information about the WLAN through a non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device, without LDPC coding capability, to access the WLAN via the router through the non-LDPC coding-decoding scheme. detecting (S11, S31, S51) whether the terminal would communicate with the router through a LDPC coding-decoding scheme when access to a Wireless Local Area Network WLAN is requested; upon determining that the terminal would communicate with the router through the LDPC coding-decoding scheme, establishing (S12, S52) connection with the router; characterized in that the method further comprises: when the smart device, without LDPC coding capability, requests access to the WLAN, negotiating (S32), by the terminal, with the router to switch the LDPC coding-decoding scheme to a non-LDPC coding-decoding scheme during a negotiation phase; establishing (S33) connection with the router through the non-LDPC coding-decoding scheme; and notifying (S13, S34, S53) the router to broadcast information about the WLAN through a non-LDPC coding-decoding scheme, the information about the WLAN being used for the smart device, without LDPC coding capability, to access the WLAN via the router through the non-LDPC coding-decoding scheme.
A recombinant DNA molecule comprising a DNA sequence selected from the group consisting of: a) a sequence with at least 95 percent sequence identity to SEQ ID NO:5; b) a sequence with at least 97 percent sequence identity to SEQ ID NO:4, wherein the sequence has promoter activity; and c) a sequence comprising SEQ ID NO:4 or 5; wherein said sequence is operably linked to a heterologous transcribable DNA molecule. a) a sequence with at least 95 percent sequence identity to SEQ ID NO:5; b) a sequence with at least 97 percent sequence identity to SEQ ID NO:4, wherein the sequence has promoter activity; and c) a sequence comprising SEQ ID NO:4 or 5;
Method for drying a log , wherein the log has a first and a second end face (S1, S2), an outer face and an entire length (L), in which a longitudinal bore is produced which extends along the entire length (L) from the first to the second end face (S1, S2), so that an inlet opening is produced at the first end face (S1) and an outlet opening is produced at the second end face (S2), wherein the longitudinal bore has an inner face , wherein both the inner face and the outer face being directly flowed around by a drying gas (G), so that the log is dried simultaneously from the inner side and from the outer side , characterized in that the log is held in a substantially vertical position and a drying gas (G) is supplied from below the log , the drying gas (G) also flowing through the longitudinal bore , that water is extracted from the log by evaporating it on the surface of the longitudinal bore , in that the drying gas (G) located in the longitudinal bore is thereby moistened and its density is thereby reduced, so that a buoyancy acting on the drying gas (G) is generated within the longitudinal bore .
An entertainment attraction seat (102A-G; 200A-B; 400) comprising an object detection system (104A-G) for detecting occupancy of the entertainment attraction seat (102A-G; 200A-B; 400), characterized in that the object detection system (104A-G) comprises: a first sensor comprising a first emitter (E) and a first receiver (R); a second sensor comprising a second emitter (E) and a second receiver (R); wherein the first sensor and the second sensor are arranged such that light beams generated by the first emitter (E) and the second emitter (E) form an angled cross formation ; a processor configured to: identify whether at least one of the light beams does not reach an expected receiver of the first receiver (R) or the second receiver (R); and provide an indication that an object is detected or that an object is not detected, based upon whether the at least one of the light beams does not reach the expected receiver, to detect occupancy of the entertainment attraction seat (102A-G; 200A-B; 400), wherein, for each of the first and second sensors, the emitter (E) and receiver (R) of the respective sensor are disposed in different horizontal and vertical positions in opposing armrests (106; 202) of the entertainment attraction seat (102A-G; 200A-B; 400). a first sensor comprising a first emitter (E) and a first receiver (R); a second sensor comprising a second emitter (E) and a second receiver (R); wherein the first sensor and the second sensor are arranged such that light beams generated by the first emitter (E) and the second emitter (E) form an angled cross formation ; a processor configured to: identify whether at least one of the light beams does not reach an expected receiver of the first receiver (R) or the second receiver (R); and provide an indication that an object is detected or that an object is not detected, based upon whether the at least one of the light beams does not reach the expected receiver, to detect occupancy of the entertainment attraction seat (102A-G; 200A-B; 400), identify whether at least one of the light beams does not reach an expected receiver of the first receiver (R) or the second receiver (R); and provide an indication that an object is detected or that an object is not detected, based upon whether the at least one of the light beams does not reach the expected receiver, to detect occupancy of the entertainment attraction seat (102A-G; 200A-B; 400),
An air filter system comprising a multi-valve device for scavenging particulate dust from said air filter system comprising at least a first valve and a second valve arranged in series along a fluid path , to establish a collection volume for the particulate matter , wherein the first valve and the second valve each comprise a housing segment and a flexible membrane arranged inside the housing segment , wherein in each valve the flexible membrane is configured to close or open the fluid path through the valve , wherein the first valve and the second valve are configured to be connectable to a valve control unit for activating the flexible membranes independently from each other, wherein the first valve and the second valve being configured as a pinch valve, wherein the flexible membranes of the first valve and the second valve are formed integrally, in particular wherein each of the flexible membranes provide a separated inflatable and deflatable chamber between the respective membrane and housing segment .