mhurhangee/ep-ind-claims huggingface dataset:
A ring-shaped cornea-correction contact lens, comprising a relief region and a pressing region, each being formed on a side of the contact lens in contact with a cornea of a patient, the cornea-correction contact lens being for correcting at least one of hyperopia or presbyopia by pressing at least the pressing region to the cornea and changing a shape thereof, characterized in that: when the contact lens is mounted on the cornea, the relief region is formed as a through hole at a position corresponding to a central area of a corneal dome, so that the cornea is projected into the through hole to form a convex curved-surface; and the pressing region is constituted by an annular convex portion having a cross section in a convex circular arc shape on the cornea side, the pressing region being formed at a position encircling an outer periphery of the relief region, the cornea-correction contact lens further comprising at least an anchor region having a shape aligned with a contour of the cornea when the lens is mounted on the cornea, the anchor region being provided at a position encircling an outer periphery of the pressing region; and a peripheral portion encircling an outer periphery of the anchor region. when the contact lens is mounted on the cornea, the relief region is formed as a through hole at a position corresponding to a central area of a corneal dome, so that the cornea is projected into the through hole to form a convex curved-surface; and the pressing region is constituted by an annular convex portion having a cross section in a convex circular arc shape on the cornea side, the pressing region being formed at a position encircling an outer periphery of the relief region, the cornea-correction contact lens further comprising at least an anchor region having a shape aligned with a contour of the cornea when the lens is mounted on the cornea, the anchor region being provided at a position encircling an outer periphery of the pressing region; and a peripheral portion encircling an outer periphery of the anchor region.
A secondary battery comprising an electrode that does not comprise a metal-film-type current collector, and an electrolytic solution, characterized in that the electrode is configured to have a core-shell structure comprising an electrode active material having the core structure, and a metal material coated on a surface of the core but not coated on an entire surface of the core structure, wherein the electrode is a positive electrode and a negative electrode. the electrode is configured to have a core-shell structure comprising an electrode active material having the core structure, and a metal material coated on a surface of the core but not coated on an entire surface of the core structure, wherein the electrode is a positive electrode and a negative electrode.
Aircraft passenger seat with seat components like a seat part, a backrest and a legrest, which is articulated to a rotary bearing at a front edge region of the seat part for a pivoting movement between a lowered position and lifted positions, wherein, between the seat part and the legrest, a mechanical linkage (19, 21, 25) is arranged, which converts the pivoting movement of the legrest into a shifting movement of at least a part of the legrest, effected with respect to the seat part, characterized in that the legrest comprises an elongated carrier which is connected to the seat part in an articulated manner, along a length of which carrier a legrest cushioning, which is connected to the mechanical linkage (19, 21, 25), is guided in a lengthwise slideable manner.
A method for controlling a printhead to compensate for missing, intermittent, or weak inkjets comprising: generating a plurality of inkjet firing signals for at least one inkjet in a printhead with reference to a plurality of predetermined firing signal parameters to enable the at least one inkjet to eject a first amount of liquid ink, one of the predetermined firing signal parameters being a maximum voltage that is approximately 67 percent of a full scale voltage; and increasing the maximum voltage in the predetermined firing signal parameters for the at least one inkjet to a level that is less than approximately 85 percent of the full scale voltage to increase an amount of liquid ink ejected by the at least one inkjet in the printhead from the first amount to a second amount that is greater than the first amount in response to a signal identifying a defective inkjet proximate to the at least one inkjet. generating a plurality of inkjet firing signals for at least one inkjet in a printhead with reference to a plurality of predetermined firing signal parameters to enable the at least one inkjet to eject a first amount of liquid ink, one of the predetermined firing signal parameters being a maximum voltage that is approximately 67 percent of a full scale voltage; and increasing the maximum voltage in the predetermined firing signal parameters for the at least one inkjet to a level that is less than approximately 85 percent of the full scale voltage to increase an amount of liquid ink ejected by the at least one inkjet in the printhead from the first amount to a second amount that is greater than the first amount in response to a signal identifying a defective inkjet proximate to the at least one inkjet.
Rope and strand connectors for electric pasture fences, consisting of a current-conducting plate with at its edges formed out cut-outs (3/4) adjusted to the cross-section of the ropes or strands and with hoods set on the plates before the cut-outs (3/4) whose passage openings adjusted to the cross-section of the plates are slidable on the current-conducting plate via the cut-outs (3/4), with the clearance of the inner linings between the ends facing each other of the hoods corresponding to the thickness (b) of the current-conducting plate and the inner linings up to the opposing ends (5") running funnel-shaped in opposite directions so as to allow the hoods, once the strand ends have been inserted in the cut-outs (3/4), to slide away in opposite directions whereby the ends of the ropes 1 or strands 16 are folded over and pinched by the inner linings of the hoods.
Access control device for vehicles, having an electronic radio key which is accommodated in a housing, wherein a control device is designed for the temporary activation of the radio key, the control device having an interface for wireless communication and being designed to bring about activation of the radio key in dependance of a wireless communication, wherein a voltage supply is coupled to the control device and the radio key, wherein the voltage supply, under control from the control device, applies an electrical destruction voltage across at least one contact of the radio key for at least a first predetermined period of time, which voltage is greater than a designated operating voltage of the radio key, in order to destroy the radio key by the resulting current flow, characterized in in that the voltage supply, under the control of the control device, applies a plurality of electrical voltage pulses via the at least one contact of the radio key, the voltage pulses in each case exceeding the destruction voltage at least temporarily and being separated by pauses in which lower electrical voltage is applied to the at least one contact of the radio key.
Liquid-crystalline medium based on a mixture of polar compounds characterized in that it contains at least one compound of the formula I, in which R 1 denotes an alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O-, -O-CO- in such a way that O atoms are not linked directly to one another, and in which, in addition, one or more H atoms may be replaced by halogen, L 1, L 2 and L 3 each, independently of one another, denote H, F, Cl, CF 3, CHF 2 or alkyl with 1-5 carbon atoms, preferably F or alkyl, and m 1, 2, 3, 4, 5 or 6 and at least one polymerisable compound. R 1 denotes an alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O-, -O-CO- in such a way that O atoms are not linked directly to one another, and in which, in addition, one or more H atoms may be replaced by halogen, L 1, L 2 and L 3 each, independently of one another, denote H, F, Cl, CF 3, CHF 2 or alkyl with 1-5 carbon atoms, preferably F or alkyl, and m 1, 2, 3, 4, 5 or 6 and
A portable terminal for transmitting printing data to a printing apparatus, the portable terminal comprising: a printing-data generating unit for generating the printing data; and a printing-data transmitting unit for transmitting the printing data to the printing apparatus; characterized In that: the portable terminal further comprises a detecting unit for detecting movement of a main body of the portable terminal, wherein in a printing instruction waiting state after the printing data generation, transmitting the printing data to the printing apparatus by the printing-data transmitting unit is triggered when a predetermined movement pattern of vibrating or shaking the main body is detected by the detecting unit, wherein: the portable terminal further comprises a printing-stop requesting unit for transmitting a printing stop command to the printing apparatus when the predetermined movement is detected by the detecting unit within a predetermined time after the transmission of the printing data, the predetermined time is set according to the print data amount. a printing-data generating unit for generating the printing data; and a printing-data transmitting unit for transmitting the printing data to the printing apparatus; characterized In that: the portable terminal further comprises a detecting unit for detecting movement of a main body of the portable terminal, wherein in a printing instruction waiting state after the printing data generation, transmitting the printing data to the printing apparatus by the printing-data transmitting unit is triggered when a predetermined movement pattern of vibrating or shaking the main body is detected by the detecting unit, wherein: the portable terminal further comprises a printing-stop requesting unit for transmitting a printing stop command to the printing apparatus when the predetermined movement is detected by the detecting unit within a predetermined time after the transmission of the printing data, the predetermined time is set according to the print data amount. the portable terminal further comprises a detecting unit for detecting movement of a main body of the portable terminal, wherein in a printing instruction waiting state after the printing data generation, transmitting the printing data to the printing apparatus by the printing-data transmitting unit is triggered when a predetermined movement pattern of vibrating or shaking the main body is detected by the detecting unit, wherein: the portable terminal further comprises a printing-stop requesting unit for transmitting a printing stop command to the printing apparatus when the predetermined movement is detected by the detecting unit within a predetermined time after the transmission of the printing data, the predetermined time is set according to the print data amount. the portable terminal further comprises a printing-stop requesting unit for transmitting a printing stop command to the printing apparatus when the predetermined movement is detected by the detecting unit within a predetermined time after the transmission of the printing data, the predetermined time is set according to the print data amount.
An automated driving system for spraying work including a target path generation part that generates a target path for spraying work to be performed on spray target objects arranged in a plurality of rows, an automated driving control part that makes a work vehicle perform automated driving according to the target path, and a spray control part that switches spraying patterns of left and right liquid spray parts included in the work vehicle, the spraying patterns include a four-direction spraying pattern, in which each of the left and right liquid spray parts spray in both left and right directions, and a direction-limited spraying pattern, in which spraying directions of the left and right liquid spray parts are limited to three directions or less, characterised in that the left and right liquid spray parts are arranged in a state of being capable of spraying in a left-right direction and with an interval in the left-right direction so as to allow a spray target object to pass between the left and right liquid spray parts, and the target path generation part generates the target path with a path setting including a four-direction spraying path, in which the four-direction spraying pattern is set as the spraying pattern, and a direction-limited spraying path, in which the direction-limited spraying pattern is set as the spraying pattern. the left and right liquid spray parts are arranged in a state of being capable of spraying in a left-right direction and with an interval in the left-right direction so as to allow a spray target object to pass between the left and right liquid spray parts, and the target path generation part generates the target path with a path setting including a four-direction spraying path, in which the four-direction spraying pattern is set as the spraying pattern, and a direction-limited spraying path, in which the direction-limited spraying pattern is set as the spraying pattern.
A location based gaming device (10, 20), said gaming device comprising: a body; a location control unit arranged in the body, arranged to output location data; a light unit comprising light sources arranged for displaying a light characteristic; and a controller adapted to control said light unit, the controller comprising a memory to store track data; characterized in that the controller is arranged to change a light characteristic of the light unit between an on track and an off track mode depending on a proximity function between the track data and the location data thereby providing intuitive direction indications. a body; a location control unit arranged in the body, arranged to output location data; a light unit comprising light sources arranged for displaying a light characteristic; and a controller adapted to control said light unit, the controller comprising a memory to store track data;
A method for the prevention of the reduction of a disulfide bond in an antibody expressed in a recombinant host cell during processing following fermentation, comprising, following fermentation, sparging the pre-harvest or harvested cell culture fluid of the recombinant host cell with air, wherein the recombinant host cell is a Chinese Hamster Ovary recombinant host cell and wherein the antibody expressed in the recombinant host cell is a therapeutic monoclonal antibody that binds to CD20.
A method for handling a Timer_Poll timer in a Radio Link Control Acknowledged Mode, called RLC AM hereinafter, entity in a wireless communications system, wherein the Timer_Poll timer is started when a first poll is sent out and when the Timer_Poll timer expired and the packets that are requested for status reporting by the first poll are not acknowledged, a second poll is triggered, characterized by: starting the Timer_Poll timer in the RLC AM entity after the first poll is sent out; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Poll timer after re-establishment of the RLC AM entity. starting the Timer_Poll timer in the RLC AM entity after the first poll is sent out; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Poll timer after re-establishment of the RLC AM entity.
Robotic transport apparatus for small parts, having a transport mechanism for the transportation of the small parts from a first region, provided for collection, to a second region, provided for deposition, having a parts-collecting device for the collection of individual small parts in the first region, for the temporary firm holding of said small parts and for the deposition of the small parts in the second region, wherein the parts-collecting device is mounted on the transport mechanism and is transported therewith, wherein the transport mechanism is constructed in such a way that it transports the parts-collecting device in a transport direction, wherein the transport mechanism has a continuously circulating transport system (13, 14), with which the parts-collecting device is conveyed in a circulating fluid movement from the first region to the second region, and back to the first region after the small parts have been deposited, characterized in that the continuously circulating transport system (13, 14) is suspended on two suspension elements (11, 12), in that the two suspension elements (11, 12) have a spacing from one another in the transport direction, and in that each of the two suspension elements (11, 12) can be displaced independently of one another in a direction which is perpendicular or virtually perpendicular to the transport direction in the horizontal plane.
A sheet storage cassette (1a, 1b) comprising: a cassette body which is insertable into and drawable out of a cassette insertion portion of a body of an image forming apparatus, and accommodates a sheet of recording medium; a cassette cover provided on an upstream side of the cassette body with respect to a cassette body insertion direction, and constituting a part of an exterior member of the image forming apparatus; and a lock mechanism which keeps the cassette body locked in a state of being inserted in the cassette insertion portion, the lock mechanism including a lock member which is swingably provided on a back-surface side of the cassette cover, and engageable with a locking pin provided in the cassette insertion portion, and a biasing member which biases the lock member in a direction toward engagement with the locking pin, along with an operation of inserting the cassette body into the cassette insertion portion, the lock member being brought into engagement with the locking pin by biasing force of the biasing member, characterized in that in a state where the cassette body is inserted in the cassette insertion portion, by inserting a release member having a thin-plate shape into a gap between the cassette cover and the exterior member (3, 60) arranged under and adjacent to the cassette cover, the lock member is caused to swing against the biasing force of the biasing member, and the engagement of the lock member with the locking pin is released. a cassette body which is insertable into and drawable out of a cassette insertion portion of a body of an image forming apparatus, and accommodates a sheet of recording medium; a cassette cover provided on an upstream side of the cassette body with respect to a cassette body insertion direction, and constituting a part of an exterior member of the image forming apparatus; and a lock mechanism which keeps the cassette body locked in a state of being inserted in the cassette insertion portion, the lock mechanism including a lock member which is swingably provided on a back-surface side of the cassette cover, and engageable with a locking pin provided in the cassette insertion portion, and a biasing member which biases the lock member in a direction toward engagement with the locking pin, a lock member which is swingably provided on a back-surface side of the cassette cover, and engageable with a locking pin provided in the cassette insertion portion, and a biasing member which biases the lock member in a direction toward engagement with the locking pin, along with an operation of inserting the cassette body into the cassette insertion portion, the lock member being brought into engagement with the locking pin by biasing force of the biasing member, characterized in that in a state where the cassette body is inserted in the cassette insertion portion, by inserting a release member having a thin-plate shape into a gap between the cassette cover and the exterior member (3, 60) arranged under and adjacent to the cassette cover, the lock member is caused to swing against the biasing force of the biasing member, and the engagement of the lock member with the locking pin is released.
Mower for mowing agricultural stalk or leaf material, comprising at least two cutting elements which are driven so as to rotate about an approximately vertically oriented axis, are provided on their outer periphery with at least two cutting blades, and are mounted on a mower assembly that is oriented approximately transversely to the driving and working direction, the mower assembly, in the working and operating position, being guided so as to slide over the ground of a field or meadow area by means of a frame assembly and being at least partially surrounded by a protection and cover assembly consisting of at least one protective cloth element, the at least one protective cloth element extending in an approximately horizontal plane located above the mower assembly and in a vertical plane that reaches almost to the ground, and a bracket element being provided for deflecting the at least one protective cloth element from the approximately horizontal plane into the vertical plane, the bracket element of the protection and cover assembly being pivotally articulated on the frame assembly, characterised in that, by means of a pivoting movement of the bracket element, tension can be built up which tightens the at least one protective cloth element in the approximately horizontal plane.
A hose assembly comprising: a hose having a first end with a first hose fitting and a second end with a second hose fitting; a base plate (34, 234, 334, 434, 534) having an opening which receives the hose, the base plate being positioned on the hose between the first hose fitting and the second hose fitting; and a bend restrictor (40, 140, 240a, 240b, 340, 440, 540a, 540b) releasably coupled to the base plate, the bend restrictor having coils (78, 80) which wrap around the hose; wherein the base plate clamps onto the bend restrictor and the bend restrictor clamps onto the hose, thereby restricting relative axial and rotational movement of the hose; characterized in that the bend restrictor has a first end (68, 168, 468) with a first gap (66, 166) and a second end (64, 164) with a second gap (62, 162, 362, 462) to enable the hose to be inserted through the first gap, the coils to be wrapped around the hose and the hose to be inserted through the second gap. a hose having a first end with a first hose fitting and a second end with a second hose fitting; a base plate (34, 234, 334, 434, 534) having an opening which receives the hose, the base plate being positioned on the hose between the first hose fitting and the second hose fitting; and a bend restrictor (40, 140, 240a, 240b, 340, 440, 540a, 540b) releasably coupled to the base plate, the bend restrictor having coils (78, 80) which wrap around the hose; wherein the base plate clamps onto the bend restrictor and the bend restrictor clamps onto the hose, thereby restricting relative axial and rotational movement of the hose; characterized in that the bend restrictor has a first end (68, 168, 468) with a first gap (66, 166) and a second end (64, 164) with a second gap (62, 162, 362, 462) to enable the hose to be inserted through the first gap, the coils to be wrapped around the hose and the hose to be inserted through the second gap.