mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge device, comprising: an ejection head in which an ejection port to eject liquid as a droplet is formed; a main tank for storing liquid; a buffer tank for storing liquid; a supplement channel which is connected to the main tank and the buffer tank for supply of liquid from the main tank to the buffer tank, wherein the supplement channel penetrates a side surface of the buffer tank and has an exit of the supplement channel in the buffer tank; a supply channel for connecting the buffer tank to the ejection head for supply of liquid to the ejection head, wherein the supply channel is connected with a side surface of the buffer tank; a collection channel for connecting the ejection head to the buffer tank for collecting of liquid from the ejection head; a deaeration module which is installed in the supply channel between the buffer tank and the ejection head and which deaerates liquid supplied to the ejection head; and a supplement pump for supplying liquid from the main tank to the buffer tank through the supplement channel at a supplement speed of ink from the main tank to the buffer tank which is faster than the collection speed of liquid which returns from the ejection head to the buffer tank, such that liquid supplemented from the main tank to the buffer tank collides with an inner wall surface of the buffer tank facing the exit of the supplement channel. an ejection head in which an ejection port to eject liquid as a droplet is formed; a main tank for storing liquid; a buffer tank for storing liquid; a supplement channel which is connected to the main tank and the buffer tank for supply of liquid from the main tank to the buffer tank, wherein the supplement channel penetrates a side surface of the buffer tank and has an exit of the supplement channel in the buffer tank; a supply channel for connecting the buffer tank to the ejection head for supply of liquid to the ejection head, wherein the supply channel is connected with a side surface of the buffer tank; a collection channel for connecting the ejection head to the buffer tank for collecting of liquid from the ejection head; a deaeration module which is installed in the supply channel between the buffer tank and the ejection head and which deaerates liquid supplied to the ejection head; and a supplement pump for supplying liquid from the main tank to the buffer tank through the supplement channel at a supplement speed of ink from the main tank to the buffer tank which is faster than the collection speed of liquid which returns from the ejection head to the buffer tank, such that liquid supplemented from the main tank to the buffer tank collides with an inner wall surface of the buffer tank facing the exit of the supplement channel.
A system for collection of a biological sample comprising at least one nucleic acid and at least one ridge and valley signature of an individual comprising: a. at least a first imaging component comprising a scanning surface configured to permit an energy wave to penetrate the scanning surface, wherein the energy wave is configured to image the at least one ridge and valley signature of an appendage of the individual; and b. a substrate configured to collect the biological sample from an appendage of the individual wherein the system is characterized in that the scanning surface and the substrate are configured to permit collecting the at least one ridge and valley signature of the appendage while the appendage is positioned upon the scanning surface and in contact with the substrate and to permit collecting the biological sample as the appendage is withdrawn from the scanning surface. a. at least a first imaging component comprising a scanning surface configured to permit an energy wave to penetrate the scanning surface, wherein the energy wave is configured to image the at least one ridge and valley signature of an appendage of the individual; and b. a substrate configured to collect the biological sample from an appendage of the individual wherein the system is characterized in that the scanning surface and the substrate are configured to permit collecting the at least one ridge and valley signature of the appendage while the appendage is positioned upon the scanning surface and in contact with the substrate and to permit collecting the biological sample as the appendage is withdrawn from the scanning surface.
An actuator control arrangement comprising: a hydraulic actuator having a housing and a piston rod axially moveable within the housing between a neutral position, a retracted position and an extended position with respect to the housing in response to application of pressure to the piston rod; a piston head separating the housing into a first chamber for retracting the piston and a second chamber for extending the piston; the arrangement further comprising a check valve moveable between a first position providing a flow path between a pressure source (HP,LP) and the first chamber, and a second position in which the flow path is closed off; and a mechanical link between the piston rod and the check valve, actuated in response to the piston rod passing a predetermined retracted position in a negative stroke direction, to set the check valve to the first position; a mode valve movable between a first position and a second position, wherein, in the second position, the mode valve provides a flow path from the second chamber to a low pressure source; wherein the actuator control arrangement is configured such that when the check valve is in its second position, the mode valve is also in its second position; wherein the check valve is biased to the second position by means of a spring and comprises a first port arranged to receive a pressure input from a pressure source and a second port arranged to receive a mechanical input from the mechanical link, whereby the pressure input or the mechanical input is sufficient to overcome the force of the spring to move the check valve to the first position. a hydraulic actuator having a housing and a piston rod axially moveable within the housing between a neutral position, a retracted position and an extended position with respect to the housing in response to application of pressure to the piston rod; a piston head separating the housing into a first chamber for retracting the piston and a second chamber for extending the piston; the arrangement further comprising a check valve moveable between a first position providing a flow path between a pressure source (HP,LP) and the first chamber, and a second position in which the flow path is closed off; and a mechanical link between the piston rod and the check valve, actuated in response to the piston rod passing a predetermined retracted position in a negative stroke direction, to set the check valve to the first position; a mode valve movable between a first position and a second position, wherein, in the second position, the mode valve provides a flow path from the second chamber to a low pressure source; wherein the actuator control arrangement is configured such that when the check valve is in its second position, the mode valve is also in its second position; wherein the check valve is biased to the second position by means of a spring and comprises a first port arranged to receive a pressure input from a pressure source and a second port arranged to receive a mechanical input from the mechanical link, whereby the pressure input or the mechanical input is sufficient to overcome the force of the spring to move the check valve to the first position.
A merchandise display system comprising: a shelf comprising a channel that extends along at least a portion of a front edge of the shelf, a front rail having a rail mounting clip secured to a front end of the front rail, the rail mounting clip having at least one flexure structure configured to engage with the channel; and at least one divider (9208, 550) configured to engage the front rail, the at least one divider (9208, 550) further including a divider wall and a divider floor perpendicular to the divider wall, wherein the divider floor is configured to hold products; wherein the at least one divider (9208, 550) is movable in a lateral direction parallel to the front rail when the at least one divider (9208, 550) is engaged with the front rail, wherein a removable coupling between the front rail and the rail mounting clip results in a planar surface of the front rail having an angle of less than 90 degrees relative to a back wall structure of the rail mounting clip, and wherein upon engagement of the rail mounting clip with the channel of the shelf, one or more of the front rail and the rail mounting clip flexes to urge the planar surface of the front rail to lie flat on a top surface on the shelf. a shelf comprising a channel that extends along at least a portion of a front edge of the shelf, a front rail having a rail mounting clip secured to a front end of the front rail, the rail mounting clip having at least one flexure structure configured to engage with the channel; and at least one divider (9208, 550) configured to engage the front rail, the at least one divider (9208, 550) further including a divider wall and a divider floor perpendicular to the divider wall, wherein the divider floor is configured to hold products; wherein the at least one divider (9208, 550) is movable in a lateral direction parallel to the front rail when the at least one divider (9208, 550) is engaged with the front rail, wherein a removable coupling between the front rail and the rail mounting clip results in a planar surface of the front rail having an angle of less than 90 degrees relative to a back wall structure of the rail mounting clip, and wherein upon engagement of the rail mounting clip with the channel of the shelf, one or more of the front rail and the rail mounting clip flexes to urge the planar surface of the front rail to lie flat on a top surface on the shelf.
Gas turbine power plant comprising: - a compressor - at least one combustion chamber; - a turbine extending along a longitudinal axis and connected to the at least one combustion chamber; the turbine comprising an expansion channel wherein a hot gas flow flows along a main direction; and - at least one temperature detecting device comprising: a plurality of optical probes, each of which is configured to detect a parameter indicative of a temperature; a plurality of capsules each of which is configured to define a camera inside which a respective optical probe is housed, wherein each capsule acts as a black body, so as to absorb the heat to which it is exposed and emit infra-red radiations in the camera depending on the external temperature of the capsule; wherein each optical probe comprises at least one optical fiber provided with a tip which is configured to collect the radiations inside the camera of the capsule; the plurality of optical fibers being coupled to a main optical fiber and wherein the temperature detecting device comprises a main body which is configured to support the plurality of capsules and is shaped so as to define a main camera which houses at least a portion of the main optical fiber. - a compressor - at least one combustion chamber; - a turbine extending along a longitudinal axis and connected to the at least one combustion chamber; the turbine comprising an expansion channel wherein a hot gas flow flows along a main direction; and - at least one temperature detecting device comprising: a plurality of optical probes, each of which is configured to detect a parameter indicative of a temperature; a plurality of capsules each of which is configured to define a camera inside which a respective optical probe is housed, wherein each capsule acts as a black body, so as to absorb the heat to which it is exposed and emit infra-red radiations in the camera depending on the external temperature of the capsule; wherein each optical probe comprises at least one optical fiber provided with a tip which is configured to collect the radiations inside the camera of the capsule; the plurality of optical fibers being coupled to a main optical fiber and wherein the temperature detecting device comprises a main body which is configured to support the plurality of capsules and is shaped so as to define a main camera which houses at least a portion of the main optical fiber. a plurality of optical probes, each of which is configured to detect a parameter indicative of a temperature; a plurality of capsules each of which is configured to define a camera inside which a respective optical probe is housed, wherein each capsule acts as a black body, so as to absorb the heat to which it is exposed and emit infra-red radiations in the camera depending on the external temperature of the capsule;
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, system information comprising first information on at least one barring information set and second information on at least one access category specific barring configuration per public land mobile network, PLMN, wherein the second information includes information on a barring list type, and the information on the barring list type includes an implicit barring list or an explicit barring list; and performing an access barring check, in case that the information on the barring list type includes the implicit barring list, and at least one index included in the implicit barring list corresponds to the at least one barring information set included in the first information, wherein the access barring check is not performed, in case that the information on the barring list type includes the implicit barring list, and the at least one index included in the implicit barring list does not correspond to the at least one barring information set included in the first information. receiving, from a base station, system information comprising first information on at least one barring information set and second information on at least one access category specific barring configuration per public land mobile network, PLMN, wherein the second information includes information on a barring list type, and the information on the barring list type includes an implicit barring list or an explicit barring list; and performing an access barring check, in case that the information on the barring list type includes the implicit barring list, and at least one index included in the implicit barring list corresponds to the at least one barring information set included in the first information, wherein the access barring check is not performed, in case that the information on the barring list type includes the implicit barring list, and the at least one index included in the implicit barring list does not correspond to the at least one barring information set included in the first information.
A method of controlling a washing machine having a tub for containing water, a drum rotatably provided in the tub, at least one nozzle disposed in front of the drum to spray water toward the drum, a washing motor configured to rotate the drum, and a circulation pump configured to circulate water discharged from the tub to the at least one nozzle, the method comprising: a step (a) of supplying water with detergent into the tub to a first water level; a step (b) of operating the circulation pump at a first speed such that the washing motor is repeatedly accelerated and braked while the circulation pump is operating at the first speed, causing laundry in the drum to be stuck to an inner circumferential surface of the drum in response to the acceleration of the washing motor and causing the laundry to fall from the inner circumferential surface of the drum in response to the deceleration of the washing motor; a step (c) of supplying water into the tub such that a level of water in the tub rises from the first water level to a second water level; and a step (d) of repeating acceleration and deceleration of the washing motor such that the circulation pump is accelerated in response to the acceleration of the washing motor, and the circulation pump is decelerated in response to the deceleration of the washing motor, wherein the pressure of water from the circulation pump in the step (b) is lower than the maximal pressure of water from the circulation pump in the step (d). a step (a) of supplying water with detergent into the tub to a first water level; a step (b) of operating the circulation pump at a first speed such that the washing motor is repeatedly accelerated and braked while the circulation pump is operating at the first speed, causing laundry in the drum to be stuck to an inner circumferential surface of the drum in response to the acceleration of the washing motor and causing the laundry to fall from the inner circumferential surface of the drum in response to the deceleration of the washing motor; a step (c) of supplying water into the tub such that a level of water in the tub rises from the first water level to a second water level; and a step (d) of repeating acceleration and deceleration of the washing motor such that the circulation pump is accelerated in response to the acceleration of the washing motor, and the circulation pump is decelerated in response to the deceleration of the washing motor, wherein the pressure of water from the circulation pump in the step (b) is lower than the maximal pressure of water from the circulation pump in the step (d).
An ophthalmic apparatus (2300, 2350) comprising a light source configured to illuminate a spot on the back of an eye of a user of the apparatus (2300, 2350) such that wavefronts return from the eye, and a wavefront aberrometer configured to receive the wavefronts, wherein the apparatus (2300, 2350) is binocular, open-view, lightweight, portable, handheld, battery powered and self-contained, and includes: a pixelated optical sensor on which the wavefronts impinge, the pixelated optical sensor being configured to capture video data comprising a plurality of frames with a respective capture time; a prescription calculator (3602, 3806) being configured to receive signals from the optical sensor and to calculate a candidate prescription for each of at least some of the plurality of frames, by analysing each of said at least some frames to calculate at least x and y displacements of spots, in a respective spot diagram generated by wavefront aberrometry, from where the spots would be if the eye were normal; an accommodation filter (3622, 3810) configured to provide a filtered set of candidate prescriptions from a sub-set of said at least some of the plurality of frames when the patient is not accommodating; a final prescription calculator configured to generate a final corrective lens prescription based on the filtered set of candidate prescriptions; and an internal battery configured to power the prescription calculator (3602, 3806), the light source, and the optical sensor. a pixelated optical sensor on which the wavefronts impinge, the pixelated optical sensor being configured to capture video data comprising a plurality of frames with a respective capture time; a prescription calculator (3602, 3806) being configured to receive signals from the optical sensor and to calculate a candidate prescription for each of at least some of the plurality of frames, by analysing each of said at least some frames to calculate at least x and y displacements of spots, in a respective spot diagram generated by wavefront aberrometry, from where the spots would be if the eye were normal; an accommodation filter (3622, 3810) configured to provide a filtered set of candidate prescriptions from a sub-set of said at least some of the plurality of frames when the patient is not accommodating; a final prescription calculator configured to generate a final corrective lens prescription based on the filtered set of candidate prescriptions; and an internal battery configured to power the prescription calculator (3602, 3806), the light source, and the optical sensor.
A wall-mounted flexible display comprising: a display panel having a bending section provided at an edge region of the display panel while having a curved structure; a support bar contacting the bending section of the display panel, thereby supporting the display panel; and a bracket coupled to the support bar while being fixed to a wall, wherein the bending section of the display panel comprises at least two curved surfaces (122, 124) forming at least one inflection point, and the at least two curved surfaces (122, 124) comprise a first curved surface and a second curved surface, which have different curvatures, wherein the display panel comprises: a main display arranged at a central region of the display panel, for display of images; and an auxiliary display arranged at the bending section, for display of functions. a display panel having a bending section provided at an edge region of the display panel while having a curved structure; a support bar contacting the bending section of the display panel, thereby supporting the display panel; and a bracket coupled to the support bar while being fixed to a wall, wherein the bending section of the display panel comprises at least two curved surfaces (122, 124) forming at least one inflection point, and the at least two curved surfaces (122, 124) comprise a first curved surface and a second curved surface, which have different curvatures, wherein the display panel comprises: a main display arranged at a central region of the display panel, for display of images; and an auxiliary display arranged at the bending section, for display of functions.
A system for bone augmentation, the system comprising: an access cannula configured for penetrating a bone structure, and a guide stylet assembly to be directed through the access cannula, the guide stylet assembly comprising: a stylet incorporating a distal pre-set curve, and an overlying two-piece introducer tube for snug and slidable disposal over the stylet, wherein the stylet and the introducer tube are of sufficient length to extend through and be operable beyond the distal end of the access cannula, wherein the pre-set curve of the stylet is adapted to be held generally straight when the stylet is constrained by the access cannula, and wherein the two-piece introducer tube further comprises a proximal tube length of material and a releasable distal tube length of material. an access cannula configured for penetrating a bone structure, and a guide stylet assembly to be directed through the access cannula, the guide stylet assembly comprising: a stylet incorporating a distal pre-set curve, and an overlying two-piece introducer tube for snug and slidable disposal over the stylet, a stylet incorporating a distal pre-set curve, and an overlying two-piece introducer tube for snug and slidable disposal over the stylet, wherein the stylet and the introducer tube are of sufficient length to extend through and be operable beyond the distal end of the access cannula, wherein the pre-set curve of the stylet is adapted to be held generally straight when the stylet is constrained by the access cannula, and wherein the two-piece introducer tube further comprises a proximal tube length of material and a releasable distal tube length of material.
Method for monitoring an automatically activated positively engaging differential lock of a transfer case of a vehicle, wherein the differential rotational speed (N_Diff) which occurs at the differential lock is evaluated during a time interval between the activation time and the point when the closed state of the differential lock is reached, characterized in that a first monitoring algorithm (function 1) is activated if the measured differential rotational speed (N_Diff) at the differential lock is higher than a first limiting value (parameter 1) but lower than a second limiting value (parameter 2).