mhurhangee/ep-ind-claims huggingface dataset:
A sheet feeding device comprising: (a) a sheet feeding tray (10, 31) adapted to hold a sheet bundle including a plurality of sheets thereon; (b) a blowing section arranged to blow air against a leading edge of the sheet bundle in a sheet conveyance direction from a front side of the sheet conveyance direction; (c) a sticking and conveying section arranged to stick an uppermost sheet stacked on the sheet feeding tray by air sucking, and feed the uppermost sheet to a conveyance roller; (d) a sucking duct provided inside the sticking and conveying section, and which is divided into a plurality of ducts (64a, 64b) in the sheet conveyance direction; (e) a suction intercepting member; and (f) a controller, characterised in that the plurality of ducts includes three or more ducts and that the controller is configured to control the suction intercepting member to stop or allow air flow for at least one of the plurality of ducts in a upstream direction of the sheet conveyance direction, while allowing air flow for at least one of the plurality of ducts in a downstream direction of the sheet conveyance device, and to stop air flow for ducts in succession in the sheet conveyance direction starting with a most upstream duct of the plurality of ducts. (a) a sheet feeding tray (10, 31) adapted to hold a sheet bundle including a plurality of sheets thereon; (b) a blowing section arranged to blow air against a leading edge of the sheet bundle in a sheet conveyance direction from a front side of the sheet conveyance direction; (c) a sticking and conveying section arranged to stick an uppermost sheet stacked on the sheet feeding tray by air sucking, and feed the uppermost sheet to a conveyance roller; (d) a sucking duct provided inside the sticking and conveying section, and which is divided into a plurality of ducts (64a, 64b) in the sheet conveyance direction; (e) a suction intercepting member; and (f) a controller, characterised in that the plurality of ducts includes three or more ducts and that the controller is configured to control the suction intercepting member to stop or allow air flow for at least one of the plurality of ducts in a upstream direction of the sheet conveyance direction, while allowing air flow for at least one of the plurality of ducts in a downstream direction of the sheet conveyance device, and to stop air flow for ducts in succession in the sheet conveyance direction starting with a most upstream duct of the plurality of ducts.
A method for adjusting a centrifugal particle spreader, said spreader implementing a first correction of an effect, called flowrate effect, of a variation in the particle feed flowrate relative to a target flowrate on a ground sheet covered by said particles and/or on a transverse distribution of said particles, taking into account a target dose, a speed of movement of said centrifugal spreader and a target working width, said method further comprises a step of determining a correction of a speed effect resulting in a deformation and/or a movement of a shape of the ground sheet and/or the transverse distribution according to a speed of movement and acting on at least one actuating member allowing to modify the shape of the ground sheet and/or the transverse distribution, whose step of determining the correction of a speed effect determines or modifies or delivers a parameter belonging to the group comprising: - a parameter modifying a particle feed point on the disc; - a parameter modifying an inclination of said disc(s); - a parameter modifying a rotation speed of said disc(s); - a parameter modifying an inclination of the centrifugal spreader; characterised in that said correction of a speed effect applies to the deposit point an angular offset Δθ according to an angle centred on an axis of the concerned disc, written as follows: Δ θ = ∑ i = 0 N k i ∗ V i with V the speed of movement, N is an integer greater than or equal to 1, and k i a determined coefficient. said method further comprises a step of determining a correction of a speed effect resulting in a deformation and/or a movement of a shape of the ground sheet and/or the transverse distribution according to a speed of movement and acting on at least one actuating member allowing to modify the shape of the ground sheet and/or the transverse distribution, whose step of determining the correction of a speed effect determines or modifies or delivers a parameter belonging to the group comprising: - a parameter modifying a particle feed point on the disc; - a parameter modifying an inclination of said disc(s); - a parameter modifying a rotation speed of said disc(s); - a parameter modifying an inclination of the centrifugal spreader; - a parameter modifying a particle feed point on the disc; - a parameter modifying an inclination of said disc(s); - a parameter modifying a rotation speed of said disc(s); - a parameter modifying an inclination of the centrifugal spreader; characterised in that said correction of a speed effect applies to the deposit point an angular offset Δθ according to an angle centred on an axis of the concerned disc, written as follows: Δ θ = ∑ i = 0 N k i ∗ V i with V the speed of movement, N is an integer greater than or equal to 1, and k i a determined coefficient.
A sensor for locating metal objects, comprising coils or coil parts that form at least two transmitting coils (5.1, 5.7) and at least one receiving coil (7.1), which are inductively coupled to one another and are arranged to partly overlap for the purpose of decoupling interaction, wherein an optimal cancellation of the interaction may be achieved, and comprising a sensor electronics for supplying current to the transmitting coils while controlling the amplitude of the current supplied to the transmitting coils and for evaluating a received signal (10.6) from the receiving coil, wherein transmitting coils (5.1, 5.7) and receiving coil (7.1) essentially have an identical flat coil shape and are arranged twisted and/or offset with respect to one another, wherein a plurality of symmetrically arranged upper-lap regions (8.4) are formed, characterized in that the coil shape comprises meandering loop portions (5.2, 7.2) disposed along the periphery of the planar coil or coil parts, each loop portion being part of a winding of the coil or coil parts and comprising portions (5.3, 5.4) disposed at different radial spacings from the center of the coil and alternately connected to each other via portions (5.5)to form an electrical conductor
Extracorporeal blood treatment apparatus, comprising: a blood treatment device; a blood warmer; an extracorporeal blood circuit comprising a blood withdrawal line and a blood return line coupled to the extracorporeal blood treatment device, wherein the blood return line presents a heating zone coupled or configured to be coupled to the blood warmer; a blood pump configured to be coupled to a pump section of the blood withdrawal line; at least a post-infusion line (13, 13') connected to the blood return line upstream of the heating zone; an air trapping device placed on the blood return line upstream of the heating zone characterized in that the apparatus further comprises a secondary post-infusion line in fluid communication with the blood return line upstream of the heating zone and connected to said blood return line downstream of the heating zone, to bypass the blood warmer. a blood treatment device; a blood warmer; an extracorporeal blood circuit comprising a blood withdrawal line and a blood return line coupled to the extracorporeal blood treatment device, wherein the blood return line presents a heating zone coupled or configured to be coupled to the blood warmer; a blood pump configured to be coupled to a pump section of the blood withdrawal line; at least a post-infusion line (13, 13') connected to the blood return line upstream of the heating zone; an air trapping device placed on the blood return line upstream of the heating zone characterized in that the apparatus further comprises a secondary post-infusion line in fluid communication with the blood return line upstream of the heating zone and connected to said blood return line downstream of the heating zone, to bypass the blood warmer.
A device for measuring the internal rotation of a hip joint using a positioning aid, comprising: A) a pedestal including a seating surface and a backrest having a bearing surface; B) means for generating a force K having a constant magnitude Z and in parallel to an axis of action, which can be unilaterally and detachably fastened by means of a fixation device to the lower thigh of a person to be examined, and C) means for measuring an angle α between the sagittal plane and the longitudinal axis of the corresponding lower thigh, characterized in that the device also comprises: D) fastening means for fixating at least one upper thigh of a person to be examined to the seating surface with respect to translational movements, so that a rotation of the upper thigh about the longitudinal axis thereof is still possible; and E) a time recording device. A) a pedestal including a seating surface and a backrest having a bearing surface; B) means for generating a force K having a constant magnitude Z and in parallel to an axis of action, which can be unilaterally and detachably fastened by means of a fixation device to the lower thigh of a person to be examined, and C) means for measuring an angle α between the sagittal plane and the longitudinal axis of the corresponding lower thigh, characterized in that the device also comprises: D) fastening means for fixating at least one upper thigh of a person to be examined to the seating surface with respect to translational movements, so that a rotation of the upper thigh about the longitudinal axis thereof is still possible; and E) a time recording device.
Stun grenade comprising a housing, having at least one blow-out opening, having an actuating element, having at least one effect charge, and at least one fuse head, wherein the housing has a front and a rear side, and side surfaces which connect the front and rear sides, the housing is cuboid and the at least one blow-out opening is arranged on one of the side surfaces. having at least one blow-out opening, having an actuating element, having at least one effect charge, and at least one fuse head, wherein the housing has a front and a rear side, and side surfaces which connect the front and rear sides, the housing is cuboid and the at least one blow-out opening is arranged on one of the side surfaces.
A silica microsphere having an outer diameter comprised between 50 and 125 μm, preferably comprised between 60 and 90 μm, a wall thickness of more than 1 μm, preferably comprised between 1 and 3 μm and a specific gravity comprised between 0.3 and 0.7 g/m 3 and including more than 95% by mass of silica based on the total mass of the silica microsphere, preferably more than 99% by mass of silica based on the total mass of the silica microsphere.
A wireless communication method carried out in an eNodeB, eNB, comprising: if the coverage enhancement, CE, level of a user equipment, UE, is smaller than a predetermined level, transmitting a second downlink control information, DCI, if the CE level of the UE is larger than the predetermined level, transmitting a first DCI, the first DCI including frequency domain information and time domain information, the frequency domain information indicating a number of physical resource blocks, PRBs, from a plurality of candidates for the number of PRBs in a frequency domain within a narrowband which is a part of a bandwidth, and the time domain information indicating a number of repetitions in a time domain; wherein a number of bits of the first DCI is smaller than that of the second DCI used when the CE level is smaller than the predetermined level. if the coverage enhancement, CE, level of a user equipment, UE, is smaller than a predetermined level, transmitting a second downlink control information, DCI, if the CE level of the UE is larger than the predetermined level, transmitting a first DCI, the first DCI including frequency domain information and time domain information, the frequency domain information indicating a number of physical resource blocks, PRBs, from a plurality of candidates for the number of PRBs in a frequency domain within a narrowband which is a part of a bandwidth, and the time domain information indicating a number of repetitions in a time domain; wherein a number of bits of the first DCI is smaller than that of the second DCI used when the CE level is smaller than the predetermined level.
A method for decoding a received signal by a node in a wireless communication system, the method comprising: receiving, by the node, a signal from a first User Equipment, UE, wherein the received signal includes encoded data and a set of preambles including consecutive preamble pairs consisting of two preambles that are symmetrically identical; obtaining, by the node, a composite signal comprising a self-interference signal and the received signal, wherein the composite signal is obtained when the received signal is added to the self-interference signal over the air, wherein the self-interference signal is known at the node; determining, by the node, a difference between the composite signal components that correspond to preambles of a preamble pair; determining, by the node, self-interference channel estimate using said difference between the composite signal components and an adaptive filter; and decoding, by the node, the received signal by eliminating the self-interference signal from the received signal based on the self- interference channel estimate. receiving, by the node, a signal from a first User Equipment, UE, wherein the received signal includes encoded data and a set of preambles including consecutive preamble pairs consisting of two preambles that are symmetrically identical; obtaining, by the node, a composite signal comprising a self-interference signal and the received signal, wherein the composite signal is obtained when the received signal is added to the self-interference signal over the air, wherein the self-interference signal is known at the node; determining, by the node, a difference between the composite signal components that correspond to preambles of a preamble pair; determining, by the node, self-interference channel estimate using said difference between the composite signal components and an adaptive filter; and decoding, by the node, the received signal by eliminating the self-interference signal from the received signal based on the self- interference channel estimate.
An apparatus for imaging an eye, comprising: an illumination unit, a polarizing beam splitter, an objective, a relay lens system, a fixation target unit and a camera unit; the illumination unit comprising an optical radiation source, and the illumination unit being configured to direct optical radiation of the source from an exit pupil of the illumination unit to the polarizing beam splitter; the polarizing beam splitter being configured to direct the optical radiation to the objective for illuminating the retina of an eye; the fixation target unit being configured to illuminate the retina of the eye with at least one fixation target image with visible optical radiation; the objective being configured to form a real intermediate image of the retina between the objective and the camera unit with the optical radiation reflected from the retina, wherein a real image of the exit pupil of the illumination unit and a real image of an entrance pupil of the camera unit are formed in the position ranging from the front surface of the crystalline lens to the back surface of the crystalline lens of an eye; the polarizing beam splitter residing between the objective and the aperture of the relay lens system and being configured to direct the optical radiation from the retina to the camera unit, the polarizing beam splitter being configured to deviate the path of the illumination radiation and the path of the imaging radiation in a predetermined manner for preventing an overlap of the images of the exit pupil and the entrance pupil only inside the crystalline lens; and the camera unit comprising a detecting component, the relay lens system being configured to form a real image of the intermediate image on the detecting component with the optical radiation reflected from the retina for the optical image to be shown.
A powder coating apparatus for attaching powder to a film, comprising: a forwarding roll which forwards the film; a take-up roll which is arranged on the downstream side of a conveyance direction of the film with respect to the forwarding roll and which takes up the film; a nozzle which is arranged between the forwarding roll and the take-up roll in the conveyance direction so as to be opposed to the film and which jets the powder; one, or two or more roll chambers (9, 13; 43) which accommodate the forwarding roll and the take-up roll; an apparatus chamber which accommodates the nozzle and the roll chamber (9, 13; 43); characterized by a pressure adjustment unit configured to set an internal pressure of the roll chamber (9, 13; 43) to be higher than an internal pressure of the apparatus chamber; wherein the pressure adjustment unit comprises a gas feeding device which feeds gas into the roll chamber (9, 13; 43). a forwarding roll which forwards the film; a take-up roll which is arranged on the downstream side of a conveyance direction of the film with respect to the forwarding roll and which takes up the film; a nozzle which is arranged between the forwarding roll and the take-up roll in the conveyance direction so as to be opposed to the film and which jets the powder; one, or two or more roll chambers (9, 13; 43) which accommodate the forwarding roll and the take-up roll; an apparatus chamber which accommodates the nozzle and the roll chamber (9, 13; 43); characterized by a pressure adjustment unit configured to set an internal pressure of the roll chamber (9, 13; 43) to be higher than an internal pressure of the apparatus chamber; wherein the pressure adjustment unit comprises a gas feeding device which feeds gas into the roll chamber (9, 13; 43).
A polyolefin-polybutadiene block-copolymer that is the reaction product of a functionalized polar polybutadiene (fPB), a vinyl-terminated macromer, and optional cross-linker compound: where the vinyl-terminated macromer comprises a polyolefin block having a weight average molecular weight within the range of from 1000 to 150,000 g/mole; the functionalized polar polybutadiene (fPB) having a weight average molecular weight within the range of from 500 to 30,000 g/mole; and the optional cross-linker compound comprises at least two cross-linking moieties wherein at least one moiety reacts with the vinyl group of the VTM and at least one moiety reacts with the fPB. where the vinyl-terminated macromer comprises a polyolefin block having a weight average molecular weight within the range of from 1000 to 150,000 g/mole; the functionalized polar polybutadiene (fPB) having a weight average molecular weight within the range of from 500 to 30,000 g/mole; and the optional cross-linker compound comprises at least two cross-linking moieties wherein at least one moiety reacts with the vinyl group of the VTM and at least one moiety reacts with the fPB.
A method comprising: receiving, by a wireless device, at least one radio resource configuration message comprising: configuration parameters of a plurality of cells for communication with a base station; a first information element indicating an enhanced extended power headroom report is configured; and a second IE, wherein the first IE is configured as setup when: a secondary cell in the plurality of cells is configured with a physical uplink control channel (PUCCH); and the second IE indicates that a power headroom report is configured as setup; and transmitting a media-access-control packet comprising a first Type 2 power headroom field of a primary cell and a second Type 2 power headroom field of the secondary cell when the secondary cell is activated. receiving, by a wireless device, at least one radio resource configuration message comprising: configuration parameters of a plurality of cells for communication with a base station; a first information element indicating an enhanced extended power headroom report is configured; and a second IE, wherein the first IE is configured as setup when: a secondary cell in the plurality of cells is configured with a physical uplink control channel (PUCCH); and the second IE indicates that a power headroom report is configured as setup; and configuration parameters of a plurality of cells for communication with a base station; a first information element indicating an enhanced extended power headroom report is configured; and a second IE, wherein the first IE is configured as setup when: a secondary cell in the plurality of cells is configured with a physical uplink control channel (PUCCH); and the second IE indicates that a power headroom report is configured as setup; and a secondary cell in the plurality of cells is configured with a physical uplink control channel (PUCCH); and the second IE indicates that a power headroom report is configured as setup; and transmitting a media-access-control packet comprising a first Type 2 power headroom field of a primary cell and a second Type 2 power headroom field of the secondary cell when the secondary cell is activated.
Composition comprising a polyether having at least one reactive silyl group, preferably reactive terminal silyl group and a lignin and/or lignin derivative.
A turning working vehicle provided with a monitor arrangement structure where a driver's seat is arranged on an operation part disposed on a turning body, and a working part manipulation lever which manipulates a working part and a monitor which displays various information are disposed on either one of left and right sides of the driver's seat, wherein the monitor is arranged outside and in front of the working part manipulation lever which is in an upright state, and a display screen of the monitor is directed toward a viewpoint side of an operator who is seated on the driver's seat and performs manipulation while viewing a front side, and an outer manipulation lever is arranged in an upright state behind the monitor thus allowing the operator to view the display screen of the monitor through between the outer manipulation lever and the working part manipulation lever within a field of vision of the operator characterized in that an upper end portion of the working part manipulation lever, an upper end portion of the outer manipulation lever, and a center portion of the display screen of the monitor are sequentially arranged from the driver's seat to the outside on one side, a height of the operation part from a floor portion is disposed at a low position, a center portion of the display screen of the monitor, the upper end portion of the working part manipulation lever and the upper end portion of the outer manipulation lever are arranged sequentially from a front side to a rear side thus allowing the operator to view the display screen of the monitor arranged outside and below the driver's seat through between the outer manipulation lever and the working part manipulation lever within a field of vision of the operator.