mhurhangee/ep-ind-claims huggingface dataset:
A printer, comprising: a cutter unit configured to cut recording paper; and a presenter unit configured to receive the recording paper from the cutter unit and to convey the recording paper through a transport path provided therein, wherein the presenter unit includes: a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit, the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper, which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes. a cutter unit configured to cut recording paper; and a presenter unit configured to receive the recording paper from the cutter unit and to convey the recording paper through a transport path provided therein, wherein the presenter unit includes: a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit, the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper, which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes. a flapper disposed beside the transport path and configured to be flipped open to provide an opening in the transport path; and a recording paper transport guide disposed to face the flapper across the transport path; wherein, upon the flapper being flipped open to outside the presenter unit, the recording paper transport guide intrudes into the transport path to deviate the recording paper from the transport path and to guide the recording paper to outside the presenter unit through the opening, characterised in that the recording paper transport guide has a guide unit for guiding the recording paper, which guide unit is rotatable around a rotation axis so that a direction of the guide unit changes.
A display, wherein the display is a flight deck backlit display, comprising: a backlight comprising a plurality of light emitting diodes, LEDs,, the plurality of LEDs comprising X groups of LEDs, X being an integer greater than or equal to two, each group of the X groups interspersed vertically and horizontally in relation to other of the X groups; and at least one processor communicatively coupled to the plurality of LEDs, wherein the at least one processor is configured to: receive an instruction to dim the display below a minimum luminance of all of the plurality of LEDs pulsing in phase at a pulse frequency of 100 Hz; in response to the instruction, cause each of the X groups of LEDs to pulse out of phase from the other groups of LEDs, and such that the pulse frequency of each of the X groups of LEDs is less than 100 Hz and is between 100/X Hz and 100 Hz, with the effect that the backlight has a reduced minimum luminance when pulsing the X groups of LEDs out of phase from one another at the pulse frequency less than 100 Hz as compared to pulsing all of the plurality of LEDs in phase at 100 Hz, and that an effective pulse frequency of the X groups of LEDs pulsing out of phase from one another is at least 100 Hz so that flickering is imperceptible to a user. a backlight comprising a plurality of light emitting diodes, LEDs,, the plurality of LEDs comprising X groups of LEDs, X being an integer greater than or equal to two, each group of the X groups interspersed vertically and horizontally in relation to other of the X groups; and at least one processor communicatively coupled to the plurality of LEDs, wherein the at least one processor is configured to: receive an instruction to dim the display below a minimum luminance of all of the plurality of LEDs pulsing in phase at a pulse frequency of 100 Hz; in response to the instruction, cause each of the X groups of LEDs to pulse out of phase from the other groups of LEDs, and such that the pulse frequency of each of the X groups of LEDs is less than 100 Hz and is between 100/X Hz and 100 Hz, with the effect that receive an instruction to dim the display below a minimum luminance of all of the plurality of LEDs pulsing in phase at a pulse frequency of 100 Hz; in response to the instruction, cause each of the X groups of LEDs to pulse out of phase from the other groups of LEDs, and such that the pulse frequency of each of the X groups of LEDs is less than 100 Hz and is between 100/X Hz and 100 Hz, with the effect that the backlight has a reduced minimum luminance when pulsing the X groups of LEDs out of phase from one another at the pulse frequency less than 100 Hz as compared to pulsing all of the plurality of LEDs in phase at 100 Hz, and that an effective pulse frequency of the X groups of LEDs pulsing out of phase from one another is at least 100 Hz so that flickering is imperceptible to a user.
A secure enclosure for protection of at least one sub-assembly in a self-service apparatus, said secure enclosure comprising: (i) a housing arranged to contain the sub-assembly; (ii) one or more markers fixed in said housing; (iii) one or more sensors fixed to the sub-assembly, each sensor being arranged to detect a particular physical relationship between one or more of the markers and itself; (iv) a trigger arranged to automatically activate if any of the particular physical relationships between the sensors and markers is lost; characterised in that (v) the marker comprises a rare earth dopant and a carrier incorporating the rare earth dopant, the marker having a fluorescent fingerprint different from that of the rare earth element or the undoped carrier, and said markers each have an associated spectral signature. (i) a housing arranged to contain the sub-assembly; (ii) one or more markers fixed in said housing; (iii) one or more sensors fixed to the sub-assembly, each sensor being arranged to detect a particular physical relationship between one or more of the markers and itself; (iv) a trigger arranged to automatically activate if any of the particular physical relationships between the sensors and markers is lost; characterised in that (v) the marker comprises a rare earth dopant and a carrier incorporating the rare earth dopant, the marker having a fluorescent fingerprint different from that of the rare earth element or the undoped carrier, and said markers each have an associated spectral signature.
A dust removal device that blows air toward a subject and removes dust, the dust removal device comprising: a fan that blows air; a blow-out location changing part (23, 33) that changes a blow-out location of air that is blown by the fan and moves toward the subject,wherein the blow-out location changing part (23, 33) is configured to change the blow-out location in accordance with a height of the subject such that the air is blown toward the subject from a neck down characterised in that the blow-out location changing part is configured to blow air toward the subject in a direction from an indoor space to an outdoor space, and blow-out ports provided such that air is blown in a lateral direction that crosses an entrance direction in which the subject moves from the outdoor space toward the indoor space, wherein the blow-out port that opens at a near side in the entrance direction is positioned higher than the blow-out port that opens at a far side in the entrance direction. a fan that blows air; a blow-out location changing part (23, 33) that changes a blow-out location of air that is blown by the fan and moves toward the subject,wherein the blow-out location changing part (23, 33) is configured to change the blow-out location in accordance with a height of the subject such that the air is blown toward the subject from a neck down characterised in that the blow-out location changing part is configured to blow air toward the subject in a direction from an indoor space to an outdoor space, and blow-out ports provided such that air is blown in a lateral direction that crosses an entrance direction in which the subject moves from the outdoor space toward the indoor space, wherein the blow-out port that opens at a near side in the entrance direction is positioned higher than the blow-out port that opens at a far side in the entrance direction.
A headband assembly, wherein the headband assembly is of a planar structure in a spread and deployed state, and the headband assembly comprises a head-mounting part that is for clinging to and being worn on a head and connecting parts that are connected to two sides of the head-mounting part and are for connecting a respiratory mask; and the head-mounting part comprises an upper headband that is for clinging to a top of the head and has a preset width and a rear headband that is for clinging to a rear side of the head and is located under the upper headband, wherein the upper headband is of an arch structure whose concave faces the rear headband characterised in that a curvature radius of the arch structure gradually increases in extension directions from two ends to the middle part.
A method in an access and mobility function, AMF, of a network, the method comprising: receiving, by the AMF, a Non-Access Stratum, NAS, registration request pertaining to a User Equipment, UE, connected to a radio access node, wherein the NAS registration request comprises Network Slice Selection Assistance Information, NSSAI, including a Single Network Slice Selection Assistance Information, S-NSSAI which identifies a network slice requested by the UE, and a default Protocol Data Unit, PDU, session establishment indicator for the S-NSSAI, which indicates that a default PDU session should be established for the network slice identified by the S-NSSAI; at least partially in response to the NAS registration request: registering the UE on the network; and establishing a default Protocol Data Unit, PDU, session for the UE based on the default PDU session establishment indicator included in the NAS registration request; and transmitting, by the AMF, a registration response to the UE. receiving, by the AMF, a Non-Access Stratum, NAS, registration request pertaining to a User Equipment, UE, connected to a radio access node, wherein the NAS registration request comprises Network Slice Selection Assistance Information, NSSAI, including a Single Network Slice Selection Assistance Information, S-NSSAI which identifies a network slice requested by the UE, and a default Protocol Data Unit, PDU, session establishment indicator for the S-NSSAI, which indicates that a default PDU session should be established for the network slice identified by the S-NSSAI; at least partially in response to the NAS registration request: registering the UE on the network; and establishing a default Protocol Data Unit, PDU, session for the UE based on the default PDU session establishment indicator included in the NAS registration request; and registering the UE on the network; and establishing a default Protocol Data Unit, PDU, session for the UE based on the default PDU session establishment indicator included in the NAS registration request; and transmitting, by the AMF, a registration response to the UE.
A cutting tool, comprising: a tool holder including at least one insert pocket including a bottom surface and a single antirotation stop corresponding to at least one insert pocket; and a cutting insert disposed in the insert pocket, whereas the antirotation stop comprises two substantially planar surfaces and protrudes from a side wall of the insert pocket; and the cutting insert includes a plurality of recesses, wherein each of the two substantially planar surfaces of the antirotation stop at least partially extends into a single recess and one of the two substantially planar surfaces contacts the single recess, characterised in that each recess has a shape that is non-complementary to the shape of the antirotation stop and in that the single antirotation stop prevents rotation of the cutting insert in the insert pocket in either direction by point contact between one or other of the two substantially planar surfaces and the recess. a tool holder including at least one insert pocket including a bottom surface and a single antirotation stop corresponding to at least one insert pocket; and a cutting insert disposed in the insert pocket, whereas the antirotation stop comprises two substantially planar surfaces and protrudes from a side wall of the insert pocket; and the cutting insert includes a plurality of recesses, wherein each of the two substantially planar surfaces of the antirotation stop at least partially extends into a single recess and one of the two substantially planar surfaces contacts the single recess, characterised in that each recess has a shape that is non-complementary to the shape of the antirotation stop and in that the single antirotation stop prevents rotation of the cutting insert in the insert pocket in either direction by point contact between one or other of the two substantially planar surfaces and the recess.
A lens holder, comprising: a lens holding member including a mounting shaft portion and configured to hold a lens provided with at least one hole (h1 to h3) mounting a fitting for a rimless frame or a dummy lens provided with at least one hole; a main body including an opened bottom surface; a shaft holding cylinder provided in the main body and configured to hold the mounting shaft portion of the lens holding member; a clamping member configured to be rotated from an initial position to a final position to clamp the shaft holding cylinder to the mounting shaft portion of the lens holding member; and at least one confirming hole provided in the main body, the main body housing the lens holding member and the shaft holding cylinder therein, the main body being configured to house the lens or the dummy lens held by the lens holding member therein; characterized in that the lens holding member, the shaft holding cylinder, the clamping member and the main body are arranged and configured such that, when the shaft holding cylinder is clamped to the mounting shaft portion of the lens holding member by the clamping member and the lens or the dummy lens is held by the lens holding member, it is possible to visibly confirm the hole of the lens or the dummy lens through the confirming hole when the main body of the holder is viewed from a top at the initial and final positions, wherein the clamping member includes a pair of operating portions (120, 120), and the operating portions (120, 120) are adapted to be operated through the confirming hole to rotate the clamping member. a lens holding member including a mounting shaft portion and configured to hold a lens provided with at least one hole (h1 to h3) mounting a fitting for a rimless frame or a dummy lens provided with at least one hole; a main body including an opened bottom surface; a shaft holding cylinder provided in the main body and configured to hold the mounting shaft portion of the lens holding member; a clamping member configured to be rotated from an initial position to a final position to clamp the shaft holding cylinder to the mounting shaft portion of the lens holding member; and at least one confirming hole provided in the main body, the main body housing the lens holding member and the shaft holding cylinder therein, the main body being configured to house the lens or the dummy lens held by the lens holding member therein; characterized in that the lens holding member, the shaft holding cylinder, the clamping member and the main body are arranged and configured such that, when the shaft holding cylinder is clamped to the mounting shaft portion of the lens holding member by the clamping member and the lens or the dummy lens is held by the lens holding member, it is possible to visibly confirm the hole of the lens or the dummy lens through the confirming hole when the main body of the holder is viewed from a top at the initial and final positions, wherein the clamping member includes a pair of operating portions (120, 120), and the operating portions (120, 120) are adapted to be operated through the confirming hole to rotate the clamping member.
A humidifying device for increasing the moisture content of tobacco, wherein the device comprises a porous wrapper arranged to form a pocket, wherein multiple water-evaporating pieces are located within said pocket, and wherein the porous wrapper allows for water retention within the pocket and fluid communication between the interior and exterior of the pocket, characterised in that the porous wrapper is arranged such that water can be applied directly to the water-evaporating pieces or indirectly through the porous wrapper, said porous wrapper having a water capacity of at least 0.10 g/m 2 such that the porous wrapper adsorbs and evaporates water and is re-fillable with water, and water or water vapour can be transmitted to the environment outside the pocket, whereby the water capacity refers to the amount of water that can be stored in the porous wrapper and can be emitted via the process of evaporation.
A distribution unit for granular material, such as seed grains, fertilisers, or the like, in particular, a sowing unit of a distribution machine or sowing machine, the distribution unit comprising a housing with an inner cover surface approximately in the form of a circular path and/or of a circle segment, with at least one inlet opening for granular material or seed grains being conveyed, with a conveying means for the granular material or, as applicable, for the seed grains being conveyed, which conveying means rotates concentrically in the housing, as well as with at least one outlet opening connecting approximately tangentially to the inner cover surface, wherein the conveying means on its outer area has one or more apertures and drivers forming a conveyor pocket with the housing's inner cover surface in a first housing section and/or conveying section, in which conveyor pocket the grains are pushed and conveyed circularly by centrifugal forces supported by the conveying means, and, by means of a modified contour of the inner cover surface of the housing in a second housing section and/or separation section, and under the influence of centrifugal forces, in each case only one single grain continues to remain in the aperture or, as applicable, at the driver of the conveying means, and excess grains are discharged and fed back into the first housing section for being in turn conveyed again, characterised in that the inner cover surface of the housing at least in the vicinity of the outlet opening has a groove-shaped structure the dimensions of which correspond to the size of the individual grains, wherein parts of the separating groove are replaceable, and wherein a suchlike separating groove is insertable into the inner cover surface as part of the housing.
A method, performed by a network node (130; 110; 111), for managing transmit power of a wireless device, the network node (130; 110; 111) being comprised in a wireless communication network comprising cells (115, 116) for serving the wireless device, said cells forming at least one imbalance region in which the wireless device has the best quality in the downlink to a first cell of a first type and in the uplink to a second cell of a different, second type, wherein the method comprises: - identifying (301; 601) a situation associated with a risk for undesired increase of transmit power used by the wireless device when the wireless device moves in the imbalance region, and - providing (302; 602), in response to the identified situation, power control that makes the wireless device increase transmit power slower than else would be the case, wherein said power control is provided by decreasing a power variation range associated with how much transmit power control, "TPC", commands being sent to the wireless device over a certain time period are able to increase transmit power of the wireless device. - identifying (301; 601) a situation associated with a risk for undesired increase of transmit power used by the wireless device when the wireless device moves in the imbalance region, and - providing (302; 602), in response to the identified situation, power control that makes the wireless device increase transmit power slower than else would be the case, wherein said power control is provided by decreasing a power variation range associated with how much transmit power control, "TPC", commands being sent to the wireless device over a certain time period are able to increase transmit power of the wireless device.
An electrical installation device comprising a switch insert; a rocker for actuating the switch insert, said rocker being pivotable about a pivot axis; and a frame for the rocker, wherein a coupling element is provided between the rocker and the switch insert, characterized in that, by means of a linear guide having play, the rocker is displaceably supported in the coupling element in a direction which lies in a plane perpendicular to the pivot axis, and in that the coupling element can be tilted about a tilt axis extending coaxially to or in parallel with the pivot axis. a switch insert; a rocker for actuating the switch insert, said rocker being pivotable about a pivot axis; and a frame for the rocker, wherein a coupling element is provided between the rocker and the switch insert, characterized in that, by means of a linear guide having play, the rocker is displaceably supported in the coupling element in a direction which lies in a plane perpendicular to the pivot axis, and in that the coupling element can be tilted about a tilt axis extending coaxially to or in parallel with the pivot axis.
A composition for use in a method of treating a mammalian subject for hepadna virus infection, the method comprising: administering to the subject an anti-CD47 agent that reduces the binding of CD47 on an infected cell to SIRPα on a phagocytic cell, at an effective dose for increasing the phagocytosis of the infected cell, wherein the anti-CD47 agent is: (a) an anti-CD47 antibody, (b) an anti-SIRPa antibody that does not stimulate signaling through SIRPα, (c) a SIRPα-derived polypeptide that specifically binds to CD47, or (d) a soluble CD47 polypeptide that specifically binds to SIRPα and does not stimulate signaling through SIRPα. (a) an anti-CD47 antibody, (b) an anti-SIRPa antibody that does not stimulate signaling through SIRPα, (c) a SIRPα-derived polypeptide that specifically binds to CD47, or (d) a soluble CD47 polypeptide that specifically binds to SIRPα and does not stimulate signaling through SIRPα.