mhurhangee/ep-ind-claims huggingface dataset:
A printer comprising: a printing mechanism; a processor; and a non-transitory computer readable medium coupled to the processor and comprising instructions that when executed by the processor cause the processor to: print multiple layers (555-1,555-2) of a base material using the printing mechanism to generate a surface characterized by the surface comprising a plurality of facets (151, 153) on a surface of a print media; and print an interlaced image on the plurality of facets (151, 153) using the printing mechanism. a printing mechanism; a processor; and a non-transitory computer readable medium coupled to the processor and comprising instructions that when executed by the processor cause the processor to: print multiple layers (555-1,555-2) of a base material using the printing mechanism to generate a surface characterized by the surface comprising a plurality of facets (151, 153) on a surface of a print media; and print an interlaced image on the plurality of facets (151, 153) using the printing mechanism. print multiple layers (555-1,555-2) of a base material using the printing mechanism to generate a surface characterized by the surface comprising a plurality of facets (151, 153) on a surface of a print media; and print an interlaced image on the plurality of facets (151, 153) using the printing mechanism.
A grounding structure for an internal combustion engine, comprising: a resinous body configured to be attached to an engine body and having a recessed portion formed on a side thereof facing the engine body; a nut portion integrally provided in the resinous body, the nut portion having a first end portion opened into the recessed portion, the nut portion being made of a conductive material; an electric component configured to be attached to a second end portion of the nut portion; and a conductive spring arranged inside the recessed portion, the conductive spring being attached to the first end portion of the nut portion and being pressed against the engine body. a resinous body configured to be attached to an engine body and having a recessed portion formed on a side thereof facing the engine body; a nut portion integrally provided in the resinous body, the nut portion having a first end portion opened into the recessed portion, the nut portion being made of a conductive material; an electric component configured to be attached to a second end portion of the nut portion; and a conductive spring arranged inside the recessed portion, the conductive spring being attached to the first end portion of the nut portion and being pressed against the engine body.
A power tool comprising: a housing defining therein a mechanism chamber, a lubricant being inserted in an interior of the mechanism chamber; an electric motor accommodated in the housing; a speed change mechanism disposed in the mechanism chamber and connected to the motor for shift-transmitting rotation of the motor; a communication forming portion (30B,330B,430B,530B, 630B) provided in the housing; characterised in that a communication passage forming member (51,351,451, 551,651) made from an elastic material is fitted in the communication forming portion (30B, 330B,430B,530B,630B) for providing a communication passage communicating an interior of the mechanism chamber with an exterior of the mechanism chamber, and a hole formed in the communication passage forming member wherein the communication passage forming member (51,351,451, 551,651) and the communication forming portion (30B,330B,430B,530B, 630B) co-operably provide at least two impediment portions (51B, 51C) that restrain leakage of the lubricant to the exterior of the mechanism chamber, and wherein at least one impediment portion is formed in the hole, and a filter (52A, 52B;552A;652B) made from a felt material is fitted in the communication forming portion (30B,330B,430B,530B,630B) and is in communication with the communication passage of the communication forming member (51,351,451, 551,651). a housing defining therein a mechanism chamber, a lubricant being inserted in an interior of the mechanism chamber; an electric motor accommodated in the housing; a speed change mechanism disposed in the mechanism chamber and connected to the motor for shift-transmitting rotation of the motor; a communication forming portion (30B,330B,430B,530B, 630B) provided in the housing; characterised in that a communication passage forming member (51,351,451, 551,651) made from an elastic material is fitted in the communication forming portion (30B, 330B,430B,530B,630B) for providing a communication passage communicating an interior of the mechanism chamber with an exterior of the mechanism chamber, and a hole formed in the communication passage forming member wherein the communication passage forming member (51,351,451, 551,651) and the communication forming portion (30B,330B,430B,530B, 630B) co-operably provide at least two impediment portions (51B, 51C) that restrain leakage of the lubricant to the exterior of the mechanism chamber, and wherein at least one impediment portion is formed in the hole, and a filter (52A, 52B;552A;652B) made from a felt material is fitted in the communication forming portion (30B,330B,430B,530B,630B) and is in communication with the communication passage of the communication forming member (51,351,451, 551,651).
A method for processing terminal device capability information, performed by a terminal device, characterized by comprising: receiving a second message transmitted by a network-side device, wherein the second message comprises second information, the second information is used to indicate a reporting manner, and the reporting manner comprises reporting all capability information of the terminal device in a radio resource control, RRC, message segmentation manner; transmitting a first message to the network-side device when a size of capability information of the terminal device is greater than a maximum size of a packet data aggregation protocol, PDCP, service data unit, SDU, wherein the first message comprises first information, and the first information comprises information used for indicating that the terminal device has remaining capability information that has not been reported; transmitting the capability information of the terminal device by using at least one PDCP SDU based on the reporting manner, wherein capability information carried by any one of the at least one PDCP SDU is partial capability information of the terminal device. receiving a second message transmitted by a network-side device, wherein the second message comprises second information, the second information is used to indicate a reporting manner, and the reporting manner comprises reporting all capability information of the terminal device in a radio resource control, RRC, message segmentation manner; transmitting a first message to the network-side device when a size of capability information of the terminal device is greater than a maximum size of a packet data aggregation protocol, PDCP, service data unit, SDU, wherein the first message comprises first information, and the first information comprises information used for indicating that the terminal device has remaining capability information that has not been reported; transmitting the capability information of the terminal device by using at least one PDCP SDU based on the reporting manner, wherein capability information carried by any one of the at least one PDCP SDU is partial capability information of the terminal device.
An image processing method comprising: determining which of a plurality of color channels is a sharpest color channel in a portion of an image that contains an axial chromatic aberration, wherein the plurality of color channels comprises a first color channel, a second color channel, and a third color channel, and wherein each of the color channels in the plurality of color channels has an associated relative difference value; calculating the relative difference value associated with a color channel by: (a) determining an average pixel value, for that color channel, of pixels neighboring a central pixel in a matrix of pixels; (b) determining a difference between the average pixel value and a pixel value, for that color channel, of the central pixel; and (c) dividing the difference by the average pixel value, wherein the sharpest color channel is determined as the color channel having the maximal relative difference value associated therewith; using the relative difference value associated with the sharpest color channel to determine a correction value for each color channel of the central pixel; and applying the correction values of each color channel to the central pixel to correct for the axial chromatic aberration. determining which of a plurality of color channels is a sharpest color channel in a portion of an image that contains an axial chromatic aberration, wherein the plurality of color channels comprises a first color channel, a second color channel, and a third color channel, and wherein each of the color channels in the plurality of color channels has an associated relative difference value; calculating the relative difference value associated with a color channel by: (a) determining an average pixel value, for that color channel, of pixels neighboring a central pixel in a matrix of pixels; (b) determining a difference between the average pixel value and a pixel value, for that color channel, of the central pixel; and (c) dividing the difference by the average pixel value, wherein the sharpest color channel is determined as the color channel having the maximal relative difference value associated therewith; using the relative difference value associated with the sharpest color channel to determine a correction value for each color channel of the central pixel; and applying the correction values of each color channel to the central pixel to correct for the axial chromatic aberration.
A carton for cut sheets of paper comprising: a bottom wall (12, 191), opposite side walls (13 and 14), and opposite end walls (15 and 16); a wheel assembly (30, 30') mounted to said carton bottom, said wheel assembly (30, 30') including a plurality of roller means projecting downwardly from said carton bottom wall (12, 191) to support said carton above a supporting surface and enable the carton to be easily moved along the surface on said rollers; and said carton bottom comprises said carton bottom wall (12, 191) having a plurality of cutouts therein; said wheel assembly (30, 30') is above said carton bottom wall (12, 191); said rollers project downwardly through said cutouts in the carton bottom wall (12, 191); said wheel assembly (30, 30') includes a roller support platform (32, 32') positioned on top of said carton bottom wall (12, 191), said platform having cutouts in which said rollers are received and supported; characterized in that at least one tow strap (31, 43) i s connected to said carton to enable a person to pull the carton along the surface, said tow strap having a stowed position in said carton and an extended position with one end extended outside said carton, wherein said platform has recess means formed in one surface thereof; and said at least one tow strap (31, 43) is received in said recess means and attached at an inner end thereof to said platform. a bottom wall (12, 191), opposite side walls (13 and 14), and opposite end walls (15 and 16); a wheel assembly (30, 30') mounted to said carton bottom, said wheel assembly (30, 30') including a plurality of roller means projecting downwardly from said carton bottom wall (12, 191) to support said carton above a supporting surface and enable the carton to be easily moved along the surface on said rollers; and said carton bottom comprises said carton bottom wall (12, 191) having a plurality of cutouts therein; said wheel assembly (30, 30') is above said carton bottom wall (12, 191); said rollers project downwardly through said cutouts in the carton bottom wall (12, 191); said wheel assembly (30, 30') includes a roller support platform (32, 32') positioned on top of said carton bottom wall (12, 191), said platform having cutouts in which said rollers are received and supported; characterized in that at least one tow strap (31, 43) i s connected to said carton to enable a person to pull the carton along the surface, said tow strap having a stowed position in said carton and an extended position with one end extended outside said carton, wherein said platform has recess means formed in one surface thereof; and said at least one tow strap (31, 43) is received in said recess means and attached at an inner end thereof to said platform.
An audio distribution system comprising: a first audio playback device having a first clock time; a second audio playback device having a second clock time; and a wireless access point wirelessly coupled to the first and second audio playback devices, wherein the second audio playback device is configured to send a time request to the first audio playback device via the wireless access point, wherein the first audio playback device is configured to respond to the time request by sending a time response to the second audio playback device via the wireless access point, wherein the second audio playback device is configured to calculate an update to the second clock time based on the time response from the first audio playback device, a first physical transmission rate between the second audio playback device and the wireless access point, and a second physical transmission rate between the first audio playback device and the wireless access point, thereby to synchronize the second clock time to the first clock time, and wherein the second audio playback device is configured to use the update to the second clock time to playback audio in synchrony with the first audio playback device. a first audio playback device having a first clock time; a second audio playback device having a second clock time; and a wireless access point wirelessly coupled to the first and second audio playback devices, wherein the second audio playback device is configured to send a time request to the first audio playback device via the wireless access point, wherein the first audio playback device is configured to respond to the time request by sending a time response to the second audio playback device via the wireless access point, wherein the second audio playback device is configured to calculate an update to the second clock time based on the time response from the first audio playback device, a first physical transmission rate between the second audio playback device and the wireless access point, and a second physical transmission rate between the first audio playback device and the wireless access point, thereby to synchronize the second clock time to the first clock time, and wherein the second audio playback device is configured to use the update to the second clock time to playback audio in synchrony with the first audio playback device.
Shelf support for introduction into an undercut of a shelf post having a spring element arranged on the rear side facing the shelf post, against the effect of which the shelf support can be fixed in the undercut, wherein the shelf support has on the front side facing away from the shelf post at least one catch element which can be locked with a complementary catch element of the shelf post under the action of the spring element, wherein the shelf support comprises at least one bore, characterised in that a screw nut is arranged in the or each bore.
Labelling machine comprising a carousel for transporting containers, in particular a bottle, along a labelling section, a device for producing a label for the container, wherein the label is formed directly on a surface of the container in the labelling section, and comprising an RFID production device, which is configured such that at least one part of a Radio Frequency Identification (RFID) transponder is formed during the production of the label in the labelling section, wherein the RFID production device comprises a printing device for printing a part of the RFID transponder, and wherein the printing device is configured to print the at least one part of the RFID transponder and the label directly on the surface of the container in the labelling section.
A built-in track rim mechanism which is located on the rim to prevent the rubber-wheeled vehicles from skidding on snow, mud, sand and similar grounds, characterized in that it comprises chain track which winds vehicle tire and prevents it from skidding, track mechanism positioned as a component which guides said chain track, automatic drive mechanism for sending switching-on and switching-off command to said track mechanism, bearing housing which houses the threaded pin of said track mechanism, chain link which forms the whole of said chain track when combined and which is positioned as each part of the chain track, characterised by a tension wire which ensures the integrity of the chain track passing through all the chain links and which is positioned in a tensioned manner, and wire reel which enables the tension wire to remain as being wound with the effect of the spring located at its ends.
An apparatus for metering fluid in a subterranean well comprising: an electric submersible pump comprising a motor, a seal section and a pump assembly; characterized by, a metering assembly comprising: an upper pipe section with an outer diameter, on the upper pipe section having pressure sensors (48, 50) that are axially spaced apart from one another; and a lower pipe section with an outer diameter smaller than the outer diameter of the upper pipe section, on the lower pipe section having pressure sensors (54, 56) that are axially spaced apart from one another; and a power cable in electronic communication with the electrical submersible pump and with the metering assembly. an electric submersible pump comprising a motor, a seal section and a pump assembly; a metering assembly comprising: an upper pipe section with an outer diameter, on the upper pipe section having pressure sensors (48, 50) that are axially spaced apart from one another; and a lower pipe section with an outer diameter smaller than the outer diameter of the upper pipe section, on the lower pipe section having pressure sensors (54, 56) that are axially spaced apart from one another; and an upper pipe section with an outer diameter, on the upper pipe section having pressure sensors (48, 50) that are axially spaced apart from one another; and a lower pipe section with an outer diameter smaller than the outer diameter of the upper pipe section, on the lower pipe section having pressure sensors (54, 56) that are axially spaced apart from one another; and a power cable in electronic communication with the electrical submersible pump and with the metering assembly.
A computer-implemented method for processing GPS data to determine transportation modes of a user, the method comprising: distinguishing (606, 620) GPS points as either walk points or non-walk points based on velocity or acceleration, or both velocity and accelerations, said velocity and/or acceleration being gleaned from said GPS data, thereby resulting in a series of alternating walk and non-walk segments, the walk segments consisting of one or more walk points and the non-walk segments consisting of one or more non-walk points; for each segment that is composed of consecutive walk points or consecutive non-walk points, comparing (606, 624) its length against a threshold length, and if its length is below the threshold length, merging (606, 626) it into its previous segment, thereby resulting in a walk segment or non-walk segment consisting of both walk points and non-walk points; extracting features corresponding to each resulting walk segment and resulting non-walk segment; and determining a predicted mode of transportation for each resulting walk segment and for each resulting non-walk segment based on at least some of the features extracted for each resulting segment. distinguishing (606, 620) GPS points as either walk points or non-walk points based on velocity or acceleration, or both velocity and accelerations, said velocity and/or acceleration being gleaned from said GPS data, thereby resulting in a series of alternating walk and non-walk segments, the walk segments consisting of one or more walk points and the non-walk segments consisting of one or more non-walk points; for each segment that is composed of consecutive walk points or consecutive non-walk points, comparing (606, 624) its length against a threshold length, and if its length is below the threshold length, merging (606, 626) it into its previous segment, thereby resulting in a walk segment or non-walk segment consisting of both walk points and non-walk points; extracting features corresponding to each resulting walk segment and resulting non-walk segment; and determining a predicted mode of transportation for each resulting walk segment and for each resulting non-walk segment based on at least some of the features extracted for each resulting segment.
Filling element for filling bottles or similar containers with a filling material under pressure, with at least one liquid channel formed in a filling element housing, with at least one liquid valve in the liquid channel, said channel being connected, upstream of the liquid valve in the flow direction of the filling material, to a liquid chamber (8.2) of a filling material vessel, which is partially filled with the filling material and is under pre-stress or filling pressure, and forms at least one discharge opening downstream of the liquid valve in the flow direction of the filling material, at which discharge opening the particular container is arranged with a container opening (3.1) in a sealed position at least during the filling, as well as with a return gas pipe that projects into the container during the filling, so that an inert gas, such as CO 2 gas, with which the container is prestressed, is forced out of the container during the filling and is transported back into a collection channel, which transports the gas under pre-stress or filling pressure, or into a gas chamber (8.1) of the vessel, and wherein, after the immersion of a lower return gas pipe end (15.1) of the return gas pipe into the filling material level that is rising in the container, the filling material rises up to a level, at which the further filling of the container with the filling material is ceased, wherein a probe is arranged or formed in a return gas channel formed from a return gas pipe, said probe generating a probe signal that causes the closing of the liquid valve as soon as the rising filling material reaches a response level of the probe in the return gas channel, characterised in that, in a controlled gas path (20, 20.1, 20.2) formed in the filling element, via which path at least one pre-stressing of the respective container located in the sealing position with the filling element takes place, as well as the transporting back of the inert gas forced out of the container during the filling, a choke non-return valve unit is provided to deliver a non-choked inert gas flow via this gas path for the pre-stressing and a choked inert gas flow during the filling.