mhurhangee/ep-ind-claims huggingface dataset:
A multifunction image processing apparatus including a display unit having a touch panel, comprising: first display control means configured to control the display unit to display, in response to a touch operation which is performed by touching any button of a plurality of buttons displayed on the display unit, a screen corresponding to the function assigned to the operated button; second display control means configured to control the display unit to display a first operation screen (401 - 415) generated based on hypertext data (301, 302, 303) acquired from a server on a network; and third display control means configured to, in a case where the hypertext data includes a link to a predetermined format file, in response to a user's one touch on a display part (413, 414, 415) corresponding to the link using the touch panel, designate the predetermined format file corresponding to the link as a link destination and cause the display unit to display a second operation screen for allowing a user to select any process from among a plurality of processes (1102, 1103, 1104) without displaying said predetermined format file in response to said touch operation, the plurality of processes including at least a process for printing said predetermined format file. first display control means configured to control the display unit to display, in response to a touch operation which is performed by touching any button of a plurality of buttons displayed on the display unit, a screen corresponding to the function assigned to the operated button; second display control means configured to control the display unit to display a first operation screen (401 - 415) generated based on hypertext data (301, 302, 303) acquired from a server on a network; and third display control means configured to, in a case where the hypertext data includes a link to a predetermined format file, in response to a user's one touch on a display part (413, 414, 415) corresponding to the link using the touch panel, designate the predetermined format file corresponding to the link as a link destination and cause the display unit to display a second operation screen for allowing a user to select any process from among a plurality of processes (1102, 1103, 1104) without displaying said predetermined format file in response to said touch operation, the plurality of processes including at least a process for printing said predetermined format file.
A lateral collision avoidance system for a motor vehicle, the system being operable to: monitor a position of a vehicle with respect to a first lane of a road occupied by the vehicle; detect the existence of an obstacle representing a collision hazard in a second lane adjacent the first; detect an intention of the driver of the vehicle to change from the first lane to the second lane; and provide feedback to the driver, by application of a force to a steering wheel of the vehicle, if the system detects the existence of the collision hazard in the second lane and in addition the system detects an intention of the driver to change from the first lane to the second lane, characterised in that the system is operable to: monitor, substantially continuously, a magnitude of torque applied by the driver to the steering wheel; and provide the feedback in dependence on a feedback parameter, which is indicative of driver steering behaviour over a period prior to feedback being provided, wherein said feedback parameter is determined in dependence on a signal indicative of the magnitude of torque applied to the steering wheel by the driver over said period, the system being operable to provide feedback by application of opposing torque to the steering wheel in a direction opposing the lane change, the value of the opposing torque being determined in dependence on the feedback parameter. monitor a position of a vehicle with respect to a first lane of a road occupied by the vehicle; detect the existence of an obstacle representing a collision hazard in a second lane adjacent the first; detect an intention of the driver of the vehicle to change from the first lane to the second lane; and provide feedback to the driver, by application of a force to a steering wheel of the vehicle, if the system detects the existence of the collision hazard in the second lane and in addition the system detects an intention of the driver to change from the first lane to the second lane, monitor, substantially continuously, a magnitude of torque applied by the driver to the steering wheel; and provide the feedback in dependence on a feedback parameter, which is indicative of driver steering behaviour over a period prior to feedback being provided, wherein said feedback parameter is determined in dependence on a signal indicative of the magnitude of torque applied to the steering wheel by the driver over said period,
A gyratory crusher crushing head comprising: a first end for positioning at an upper region in a gyratory crusher relative to a second end for positioning at a respective lower region of the crusher; a surface (203, 204, 205) extending between the first and second ends, the surface (203, 204, 205) being generally outward facing relative to a longitudinal axis bisecting the crushing head; a groove formed in the outward facing surface (203, 204, 205), the groove extending in a circumferential direction relative to the longitudinal axis of the crushing head; characterised in that: the groove is an endless groove formed as a channel having a substantially rectangular or square cross sectional profile. a first end for positioning at an upper region in a gyratory crusher relative to a second end for positioning at a respective lower region of the crusher; a surface (203, 204, 205) extending between the first and second ends, the surface (203, 204, 205) being generally outward facing relative to a longitudinal axis bisecting the crushing head; a groove formed in the outward facing surface (203, 204, 205), the groove extending in a circumferential direction relative to the longitudinal axis of the crushing head; characterised in that: the groove is an endless groove formed as a channel having a substantially rectangular or square cross sectional profile. the groove is an endless groove formed as a channel having a substantially rectangular or square cross sectional profile.
A table top sized and configured to nest with an adjacent identical table to reduce a height of a plurality of stacked tables in a nested configuration, the table top being constructed from molded plastic, the table top comprising: an upper surface; a lip comprising an outer wall and an inner sidewall; a receiving portion at least partially disposed in the upper surface and the outer wall of the lip, the receiving portion being a groove or a channel with a height and width, the receiving portion being disposed about an outer perimeter of the table top, the receiving portion receiving an engaging portion of an adjacent table when the tables are disposed in a nested configuration; a lower portion; and a plurality of strengthening members disposed in the lower portion of the table top that support the receiving portion, each strengthening member of the plurality of strengthening members including an inner portion that supports an inner portion of the receiving portion; the upper surface, the receiving portion, the lower portion, the lip and the plurality of strengthening members being integrally formed during a molding process as part of a unitary, one-piece construction; wherein the strengthening members extend inwardly or horizontally relative to the lower portion of the table top; wherein the strengthening members are disposed in the inner sidewall of the lip and have a generally curved or arc-shaped configuration; wherein the inner portion of the strengthening members contacts the inner portion of the receiving portion; and wherein an inner surface of the strengthening members is spaced apart from the outer wall of the lip. an upper surface; a lip comprising an outer wall and an inner sidewall; a receiving portion at least partially disposed in the upper surface and the outer wall of the lip, the receiving portion being a groove or a channel with a height and width, the receiving portion being disposed about an outer perimeter of the table top, the receiving portion receiving an engaging portion of an adjacent table when the tables are disposed in a nested configuration; a lower portion; and a plurality of strengthening members disposed in the lower portion of the table top that support the receiving portion, each strengthening member of the plurality of strengthening members including an inner portion that supports an inner portion of the receiving portion; the upper surface, the receiving portion, the lower portion, the lip and the plurality of strengthening members being integrally formed during a molding process as part of a unitary, one-piece construction; wherein the strengthening members extend inwardly or horizontally relative to the lower portion of the table top; wherein the strengthening members are disposed in the inner sidewall of the lip and have a generally curved or arc-shaped configuration; wherein the inner portion of the strengthening members contacts the inner portion of the receiving portion; and wherein an inner surface of the strengthening members is spaced apart from the outer wall of the lip.
A support carriage configured to carry and support a grass collecting device when the grass collecting device is to be attached to or detached from a rear portion of a vehicle body of a riding grass mower, the support carriage comprising: a base portion configured to move on a work floor; and characterized in that the support carriage further comprises a positioning portion that is provided at a front portion of the base portion and is configured to be engaged with the vehicle body from behind, the positioning portion including a pair of right and left positioning arms (42a, 42b) that project forward from the base portion, wherein a forward abutting portion and an outward lateral abutting portion are formed in a front portion of each of the positioning arms (42a, 42b), and when the positioning portion is engaged with the vehicle body, the forward abutting portion is configured to position the base portion in a front-rear direction with respect to the vehicle body, and the outward lateral abutting portion is configured to position the base portion in a width direction with respect to the vehicle body. a base portion configured to move on a work floor; and characterized in that the support carriage further comprises a positioning portion that is provided at a front portion of the base portion and is configured to be engaged with the vehicle body from behind, the positioning portion including a pair of right and left positioning arms (42a, 42b) that project forward from the base portion, wherein a forward abutting portion and an outward lateral abutting portion are formed in a front portion of each of the positioning arms (42a, 42b), and when the positioning portion is engaged with the vehicle body, the forward abutting portion is configured to position the base portion in a front-rear direction with respect to the vehicle body, and the outward lateral abutting portion is configured to position the base portion in a width direction with respect to the vehicle body.
An assembly comprising a catheter package, a hydrophilic coated catheter and a urine collecting bag, the collecting bag being attached to or communicating with the catheter so that, in use, urine is able to flow through the catheter and into the collecting bag, the assembly comprising - a cavity in the package adapted for storing the hydrophilic coated catheter and liquid swelling medium for wetting the coating on the catheter; and - a liquid stop in the catheter so that the liquid swelling medium is prevented from flowing from the cavity, through the catheter and into the urine collecting bag during storage. - wherein the catheter is a telescopic catheter comprising an outer catheter part and an inner catheter part characterised in that the outer catheter part and the inner catheter part are connected through a cone-lock and in that the cone-lock is provided with an extension element and wherein either - the distal end of the outer catheter part is provided with a sealing element that, in a collapsed position of the telescopic catheter, cooperates with the extension element to provide a sealing preventing liquid from flowing through the catheter; or - the extension element is provided with a sealing element that, in a collapsed position of the telescopic catheter, cooperates with a distal end of the outer catheter part to provide a sealing preventing liquid from flowing through the catheter. - a cavity in the package adapted for storing the hydrophilic coated catheter and liquid swelling medium for wetting the coating on the catheter; and - a liquid stop in the catheter so that the liquid swelling medium is prevented from flowing from the cavity, through the catheter and into the urine collecting bag during storage. - wherein the catheter is a telescopic catheter comprising an outer catheter part and an inner catheter part characterised in that the outer catheter part and the inner catheter part are connected through a cone-lock and in that the cone-lock is provided with an extension element and wherein either - the distal end of the outer catheter part is provided with a sealing element that, in a collapsed position of the telescopic catheter, cooperates with the extension element to provide a sealing preventing liquid from flowing through the catheter; or - the extension element is provided with a sealing element that, in a collapsed position of the telescopic catheter, cooperates with a distal end of the outer catheter part to provide a sealing preventing liquid from flowing through the catheter.
A method for reducing interference between at least two adjacent antennas wherein an antenna is coupled to a receiver equipment and an antenna is coupled to a transmitter equipment, the method being characterized by comprising the steps of: - transmitting a first signal from the antenna coupled to the transmitter equipment; - receiving said first signal by the antenna coupled to the receiver equipment; - receiving a second signal by the antenna coupled to the receiver equipment; - inputting the first and the second signal into a cross-polar interference canceller, included in the receiver equipment; - calculating, by the cross-polar interference canceller, a respective power and/or a respective BER of the first and the second signals; - selecting, by the cross-polar interference canceller, between the first signal and the second signal the signal that has its respective power greater than the respective power of the other signal, or the one that has its respective BER lower than the respective BER of the other signal; or - selecting between the first signal and the second signal the signal that has its respective power greater than the respective power of the other signal and has its respective BER lower than the respective BER of the other signal; wherein the transmitter equipment antenna and receiver equipment antenna are installed adjacent to each other on a common tower. - transmitting a first signal from the antenna coupled to the transmitter equipment; - receiving said first signal by the antenna coupled to the receiver equipment; - receiving a second signal by the antenna coupled to the receiver equipment; - inputting the first and the second signal into a cross-polar interference canceller, included in the receiver equipment; - calculating, by the cross-polar interference canceller, a respective power and/or a respective BER of the first and the second signals; - selecting, by the cross-polar interference canceller, between the first signal and the second signal the signal that has its respective power greater than the respective power of the other signal, or the one that has its respective BER lower than the respective BER of the other signal; or - selecting between the first signal and the second signal the signal that has its respective power greater than the respective power of the other signal and has its respective BER lower than the respective BER of the other signal;
A system for use in a subsea operation, comprising: a subsea electrical actuator selectively engageable with a host interface of a subsea host, the subsea electrical actuator comprising: an actuator body having a rear face and a front face; a mechanical interface positioned along and extending forwardly from the front face, the mechanical interface being operable to move a driven component of the host upon engagement of the subsea electrical actuator with the subsea host; and at least one electrical connector characterised in that the electrical connector is also positioned along and extends forwardly from the front face; and the subsea electrical actuator further comprises a guide mechanism extending forwardly from the front face to guide the at least one electrical connector and the mechanical interface into engagement with corresponding features of the host interface during engagement of the subsea electrical actuator with the subsea host. an actuator body having a rear face and a front face; a mechanical interface positioned along and extending forwardly from the front face, the mechanical interface being operable to move a driven component of the host upon engagement of the subsea electrical actuator with the subsea host; and at least one electrical connector the electrical connector is also positioned along and extends forwardly from the front face; and the subsea electrical actuator further comprises a guide mechanism extending forwardly from the front face to guide the at least one electrical connector and the mechanical interface into engagement with corresponding features of the host interface during engagement of the subsea electrical actuator with the subsea host.
Strawberry cutting machine comprising a receiving hopper for whole strawberries and transversal cutting means that cut off the calyx of the strawberry in a calyx cutting position characterized in that further comprises: • a first set of receiving cradles, wherein each receiving cradle is configured to receive one strawberry and comprises: o two positioning rollers, wherein at least one of the two positioning rollers is rotatable around its axis to position the strawberry in a pre-calyx cutting position or in a calyx cutting position, and o at least one folding paddle which fixes the position of the strawberry within the receiving cradle in the pre-calyx cutting position or in the calyx cutting position. • a first set of receiving cradles, wherein each receiving cradle is configured to receive one strawberry and comprises: o two positioning rollers, wherein at least one of the two positioning rollers is rotatable around its axis to position the strawberry in a pre-calyx cutting position or in a calyx cutting position, and o at least one folding paddle which fixes the position of the strawberry within the receiving cradle in the pre-calyx cutting position or in the calyx cutting position. o two positioning rollers, wherein at least one of the two positioning rollers is rotatable around its axis to position the strawberry in a pre-calyx cutting position or in a calyx cutting position, and o at least one folding paddle which fixes the position of the strawberry within the receiving cradle in the pre-calyx cutting position or in the calyx cutting position.
Method for operating a respiratory gas analyser after prolonged storage, the respiratory gas analyser comprising at least one gas sensor and at least one humidity sensor and at least one humidity-regulating system element that is arranged in an air conduction path, characterized in that the humidity state of the gas sensor is checked, with a humidity of a gas sample in the respiratory gas analyser being determined using the humidity sensor and by virtue of evaluating a measured difference in the different influences on the humidity of its gas sample in air conduction via the air conduction path with the humidity-regulating system element in comparison with air conduction via a humidity-regulating-element-free air conduction path which is in parallel with the air conduction path and via which the air flow is guided in a gas analytical measurement.
A system comprising: an air isolation chamber to pool and remove air bubbles within printing fluid to be circulated within the system; a printhead assembly to print a portion of the printing fluid onto a printer media; a supply line to supply printing fluid from the air isolation chamber to the printhead assembly; a pump along the supply line to pump printing fluid from the air isolation chamber to the printhead assembly; a return line to return unprinted printing fluid from the printhead assembly to the air isolation chamber; and a pressure control valve along the return line to regulate the return flow of unprinted printing fluid to the air isolation chamber to control printing fluid pressure over the printhead assembly, characterised in that the pressure control valve is a seated ball valve including a spring such that the seated ball valve compresses the spring to open a path to the air isolation chamber when pressure within the return line is above or equal to a predetermined value. an air isolation chamber to pool and remove air bubbles within printing fluid to be circulated within the system; a printhead assembly to print a portion of the printing fluid onto a printer media; a supply line to supply printing fluid from the air isolation chamber to the printhead assembly; a pump along the supply line to pump printing fluid from the air isolation chamber to the printhead assembly; a return line to return unprinted printing fluid from the printhead assembly to the air isolation chamber; and a pressure control valve along the return line to regulate the return flow of unprinted printing fluid to the air isolation chamber to control printing fluid pressure over the printhead assembly, characterised in that the pressure control valve is a seated ball valve including a spring such that the seated ball valve compresses the spring to open a path to the air isolation chamber when pressure within the return line is above or equal to a predetermined value.