mhurhangee/ep-ind-claims huggingface dataset:
A process for forming one or more air intake holes in a laminated blow-molded container comprising an outer layer of a synthetic resin that forms an outer shell in a fixed shape and an inner layer of a synthetic resin that forms an inner bag to be laminated with this outer layer in a peelable manner, wherein the outer layer is cut through with a punch-cutter at a predetermined position or positions of a neck to form one or more air intake holes, characterized in that: the punch-cutter to be used has a cylindrical blade at the tip, and also has a hooking portion or portions, which is/are disposed on an inner peripheral surface of the cylindrical blade and which perform a function of hooking into a portion of the outer layer that has come inside the cylindrical blade so as to prevent the cylindrical blade from slipping out of this portion of the outer layer at a time when the cylindrical blade is moved backward, the cylindrical blade is pressed forward until a blade edge comes to a position quite close to an inner surface of the outer layer, and at this position, the outer layer is not yet cut through completely, but there still remains a circular uncut portion ahead of the blade edge, then, the cylindrical blade is moved backward, and a cut piece inside the cylindrical blade is also moved backward along with the uncut portion because of the function of the hooking portion or portions that can hook into a portion of the outer layer that has come inside the cylindrical blade so as to prevent the cylindrical blade from slipping out of this portion of the outer layer, and the uncut portion is broken due to this backward movement, and the cut piece is taken out in a completely cut shape so that the air intake hole is cut out as a through-hole. the punch-cutter to be used has a cylindrical blade at the tip, and also has a hooking portion or portions, which is/are disposed on an inner peripheral surface of the cylindrical blade and which perform a function of hooking into a portion of the outer layer that has come inside the cylindrical blade so as to prevent the cylindrical blade from slipping out of this portion of the outer layer at a time when the cylindrical blade is moved backward, the cylindrical blade is pressed forward until a blade edge comes to a position quite close to an inner surface of the outer layer, and at this position, the outer layer is not yet cut through completely, but there still remains a circular uncut portion ahead of the blade edge, then, the cylindrical blade is moved backward, and a cut piece inside the cylindrical blade is also moved backward along with the uncut portion because of the function of the hooking portion or portions that can hook into a portion of the outer layer that has come inside the cylindrical blade so as to prevent the cylindrical blade from slipping out of this portion of the outer layer, and the uncut portion is broken due to this backward movement, and the cut piece is taken out in a completely cut shape so that the air intake hole is cut out as a through-hole.
A data sending method, applied to a terminal, characterized by comprising: if a physical, PHY, layer has not sent first data on a first semi-persistent uplink sending resource after a media access control, MAC, layer of the terminal buffers first data to a hybrid automatic repeat request, HARQ, process, and instructs the PHY layer to send the first data on the first semi-persistent uplink sending resource, transmitting, by the PHY layer, a non-sending indication to the MAC layer; instructing, by the MAC layer, the PHY layer to transmit second data on a second semi-persistent uplink sending resource upon receiving the non-sending indication; and sending, by the PHY layer, the second data on the second semi-persistent uplink sending resource, wherein the second data is the first data buffered in the HARQ process, or the second data is data corresponding to the first data buffered in the HARQ process, and the non-sending indication is used to indicate that the PHY layer has not sent the first data on the first semi-persistent uplink sending resource. if a physical, PHY, layer has not sent first data on a first semi-persistent uplink sending resource after a media access control, MAC, layer of the terminal buffers first data to a hybrid automatic repeat request, HARQ, process, and instructs the PHY layer to send the first data on the first semi-persistent uplink sending resource, transmitting, by the PHY layer, a non-sending indication to the MAC layer; instructing, by the MAC layer, the PHY layer to transmit second data on a second semi-persistent uplink sending resource upon receiving the non-sending indication; and sending, by the PHY layer, the second data on the second semi-persistent uplink sending resource, wherein the second data is the first data buffered in the HARQ process, or the second data is data corresponding to the first data buffered in the HARQ process, and the non-sending indication is used to indicate that the PHY layer has not sent the first data on the first semi-persistent uplink sending resource.
An opening/closing device comprising: a gate that receives a flow of fluid, and is able to fall down toward a downstream direction of the flow; a fall prevention unit (20a, 20b) that supports the gate, thereby preventing the gate from falling down; a support release unit (22a, 22b) that releases the support for the gate by the fall prevention unit (20a, 20b); a first float that is arranged on an upstream side of the gate, is arranged on one of the left side and the right side of the gate viewed from upstream, and is less in the specific gravity than the fluid; a floating prevention unit that prevents the first float from floating; a second float that is arranged on the upstream side of the gate, and is less in the specific gravity than the fluid; and a floating prevention release unit that releases the prevention of the first float from the floating by the floating prevention unit as the second float floats, wherein the support release unit (22a, 22b) is activated as the first float floats, characterized in that the second float is arranged on the other one of the left side and the right side of the gate viewed from upstream. a gate that receives a flow of fluid, and is able to fall down toward a downstream direction of the flow; a fall prevention unit (20a, 20b) that supports the gate, thereby preventing the gate from falling down; a support release unit (22a, 22b) that releases the support for the gate by the fall prevention unit (20a, 20b); a first float that is arranged on an upstream side of the gate, is arranged on one of the left side and the right side of the gate viewed from upstream, and is less in the specific gravity than the fluid; a floating prevention unit that prevents the first float from floating; a second float that is arranged on the upstream side of the gate, and is less in the specific gravity than the fluid; and a floating prevention release unit that releases the prevention of the first float from the floating by the floating prevention unit as the second float floats, wherein the support release unit (22a, 22b) is activated as the first float floats, characterized in that the second float is arranged on the other one of the left side and the right side of the gate viewed from upstream.
A marker (1, 1B, 1C) for measurement of a position and/or a posture from a camera, comprising: a base material layer; a first layer (20, 20C) that is laminated on an observation side of the base material layer, and is observed in a first color; and a second layer (30, 30C) that is partially laminated on an observation side of the first layer (20, 20C), is observed in a second color different from the first color, and partially conceals the first layer (20, 20C), the first layer (20, 20C) being observable in a region where the second layer (30, 30C) is not laminated, and the second layer (30, 30C) including a resist material. a base material layer; a first layer (20, 20C) that is laminated on an observation side of the base material layer, and is observed in a first color; and a second layer (30, 30C) that is partially laminated on an observation side of the first layer (20, 20C), is observed in a second color different from the first color, and partially conceals the first layer (20, 20C), the first layer (20, 20C) being observable in a region where the second layer (30, 30C) is not laminated, and the second layer (30, 30C) including a resist material.
A modified valyl-tRNA synthetase (ValRS) which incorporates an N-methyl valine more efficiently than the ValRS having the amino acid sequence SEQ ID NO:24, wherein said modified ValRS is selected from the following (a) and (b): (a) a ValRS modified at a position(s) corresponding to asparagine at position 43 and/or threonine at position 45 and/or threonine at position 279 of ValRS from Escherichia coli having the amino acid sequence SEQ ID NO:24, and (b) a ValRS having (i) glycine or alanine at a position corresponding to asparagine at position 43 and/or (ii) serine at a position corresponding to threonine at position 45 and/or (iii) glycine or alanine at a position corresponding to threonine at position 279 of ValRS from Escherichia coli having the amino acid sequence SEQ ID NO:24, wherein the modified ValRS of (a) and (b) comprises an amino acid sequence having at least 90% identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 3 to 5 and 182 and 183. (a) a ValRS modified at a position(s) corresponding to asparagine at position 43 and/or threonine at position 45 and/or threonine at position 279 of ValRS from Escherichia coli having the amino acid sequence SEQ ID NO:24, and (b) a ValRS having (i) glycine or alanine at a position corresponding to asparagine at position 43 and/or (ii) serine at a position corresponding to threonine at position 45 and/or (iii) glycine or alanine at a position corresponding to threonine at position 279 of ValRS from Escherichia coli having the amino acid sequence SEQ ID NO:24,
A polypeptide, or pharmaceutically acceptable salt thereof, comprising Mc-PTH /PTHrP (#1161; AVAEIQLMHQRAKWIQDLRRRFFLHHLIAEIHTAEI), Mc-PTH /PTHrP (#1163; AVAEIQLMHQRAKWLNSMRRRFFLHHLIAEIHTAEI), Mc-PTH /PTHrP (#1162; AVAEIQLMHQRAKWLNSLRRRFFLHHLIAEIHTAEI) or Mc-PTH /PTHrP (#1160; AVAEIQLMHQRGKSIQDLRRRFFLHHLIAEIHTAEI), wherein Mc represents Ala at positions 1, 3, and 12, Gln at position 10, Arg at positions 11 and 19, and Trp at position 14.
Method of time-resolved pump-probe electron microscopy, comprising the steps of (a) irradiating a sample with a photonic pump pulse being directed on a pump pulse path from a photonic source to the sample, (b) irradiating the sample with an electron probe pulse being directed on an electron pulse path from an electron pulse source to the sample, wherein the photonic pump pulse and the electron probe pulse arrive at the sample with a predetermined temporal relationship relative to each other, and (c) detecting a sample response to the electron probe pulse irradiation with a detector device, characterized in that - the photonic source comprises a photonic lattice structure being arranged adjacent to the electron pulse path, and - the photonic pump pulse is created by an interaction of the electron probe pulse with the photonic lattice structure. (a) irradiating a sample with a photonic pump pulse being directed on a pump pulse path from a photonic source to the sample, (b) irradiating the sample with an electron probe pulse being directed on an electron pulse path from an electron pulse source to the sample, wherein the photonic pump pulse and the electron probe pulse arrive at the sample with a predetermined temporal relationship relative to each other, and (c) detecting a sample response to the electron probe pulse irradiation with a detector device, - the photonic source comprises a photonic lattice structure being arranged adjacent to the electron pulse path, and - the photonic pump pulse is created by an interaction of the electron probe pulse with the photonic lattice structure.
A stereoscopic image display apparatus for displaying stereoscopic images generated from a plurality of images obtained by photography of subjects from different viewpoints, comprising: interpolative image generating means, for generating a plurality of pairs of interpolative images from left and right images of a stereoscopic image for stereoscopic display, wherein each pair of interpolative images has a smaller degree of parallax therebetween than the degree of parallax between the left and right images of the stereoscopic image; stereoscopic image generating means, for generating a plurality of interpolative stereoscopic images, wherein each interpolative stereoscopic image is generated from one pair of the interpolative images; and display control means, for sequentially displaying the plurality of interpolative stereoscopic images at at least one of a timing prior to and following display of the stereoscopic image such that the perceived depth progressively changes; characterised in that in the case that a plurality of stereoscopic images are displayed, the interpolative image generating means generates a greater number of pairs of interpolative images as the correlation between sequential stereoscopic images is smaller. interpolative image generating means, for generating a plurality of pairs of interpolative images from left and right images of a stereoscopic image for stereoscopic display, wherein each pair of interpolative images has a smaller degree of parallax therebetween than the degree of parallax between the left and right images of the stereoscopic image; stereoscopic image generating means, for generating a plurality of interpolative stereoscopic images, wherein each interpolative stereoscopic image is generated from one pair of the interpolative images; and display control means, for sequentially displaying the plurality of interpolative stereoscopic images at at least one of a timing prior to and following display of the stereoscopic image such that the perceived depth progressively changes; characterised in that in the case that a plurality of stereoscopic images are displayed, the interpolative image generating means generates a greater number of pairs of interpolative images as the correlation between sequential stereoscopic images is smaller.
A rotary damper assembly comprising: a housing extending along a center axis and including an upper portion and a lower portion, said lower portion defining a fluid chamber (32, 34) for containing a magnetorheological fluid and said upper portion defining a compartment in communication with said fluid chamber (32, 34); a magnetic field generator including a magnetic core and located between said upper portion and said lower portion, said magnetic core extending along said center axis between said upper portion and said lower portion; at least one coil extending about said magnetic core; and a shaft extending along said center axis through said upper portion and said magnetic core and into said fluid chamber (32, 34) to facilitate magnetorheological fluid flow from said compartment to said fluid chamber (32, 34); wherein said magnetic field generator includes an insert, containing a permanent magnetic material, for generating a permanent magnetic field to change viscosity of the magnetorheological fluid, characterized in that said at least one coil and said insert are radially spaced apart from one another. a housing extending along a center axis and including an upper portion and a lower portion, said lower portion defining a fluid chamber (32, 34) for containing a magnetorheological fluid and said upper portion defining a compartment in communication with said fluid chamber (32, 34); a magnetic field generator including a magnetic core and located between said upper portion and said lower portion, said magnetic core extending along said center axis between said upper portion and said lower portion; at least one coil extending about said magnetic core; and a shaft extending along said center axis through said upper portion and said magnetic core and into said fluid chamber (32, 34) to facilitate magnetorheological fluid flow from said compartment to said fluid chamber (32, 34); wherein said magnetic field generator includes an insert, containing a permanent magnetic material, for generating a permanent magnetic field to change viscosity of the magnetorheological fluid, characterized in that said at least one coil and said insert are radially spaced apart from one another.
A method performed by a user equipment, UE, comprising: determining (312, 513) whether the UE is in vicinity of a small cell in a mobile communication network; and changing mobility measurements of the UE based on said determination; characterized by receiving (311, 512) location information from a base station such that the UE can determine whether the UE moves into the vicinity of the small cell, wherein the location information contains radio signal parameters related to coverage of neighboring cells of the small cell. determining (312, 513) whether the UE is in vicinity of a small cell in a mobile communication network; and changing mobility measurements of the UE based on said determination; characterized by receiving (311, 512) location information from a base station such that the UE can determine whether the UE moves into the vicinity of the small cell, wherein the location information contains radio signal parameters related to coverage of neighboring cells of the small cell.
A bilateral hand rehabilitation device comprising: a pair of left and right handlebar members (16a, 16b) that are fixedly coupled or connected together and each having a longitudinal axis; a pair of moveable left and right finger grip members (24a, 24b), one for each of the handlebar members, each finger grip member being elongate and having a longitudinal axis that is maintained in substantially parallel alignment to the longitudinal axis of its respective handlebar member during movement, and each finger grip member being moveably mounted with respect to its respective handlebar member for movement toward and away from the handlebar member to facilitate a user finger grasp and release movement when in use; and an asymmetric connection mechanism that operatively couples the pair of finger grip members (24a, 24b) to each other for simultaneous asymmetric movement of the finger grip members (24a, 24b) such that the movement of one finger grip member toward or away from its respective handlebar member causes the other finger grip member to move in the opposite direction away or toward its respective handlebar member. a pair of left and right handlebar members (16a, 16b) that are fixedly coupled or connected together and each having a longitudinal axis; a pair of moveable left and right finger grip members (24a, 24b), one for each of the handlebar members, each finger grip member being elongate and having a longitudinal axis that is maintained in substantially parallel alignment to the longitudinal axis of its respective handlebar member during movement, and each finger grip member being moveably mounted with respect to its respective handlebar member for movement toward and away from the handlebar member to facilitate a user finger grasp and release movement when in use; and an asymmetric connection mechanism that operatively couples the pair of finger grip members (24a, 24b) to each other for simultaneous asymmetric movement of the finger grip members (24a, 24b) such that the movement of one finger grip member toward or away from its respective handlebar member causes the other finger grip member to move in the opposite direction away or toward its respective handlebar member.
A double-sided adhesive flexographic printing plate underlay for use in the manufacture and mounting of flexographic printing plates, said underlay comprising: a glass clear polyethylene terephthalate carrier sheet that is between 0.036 and 0.250mm thick and transparent to UV radiation, said sheet coated on a front side and a back side thereof with a solvent acrylic adhesive that is transparent to UV radiation, wherein the adhesive is stripe-coated such that each adhesive stripe (3a, 3b) is separated from its neighbours by a 0.9-1.1mm gap (4a, 4b) of non-coated sheet; and a glass clear polyethylene terephthalate release liner that is between 0.020 and 0.070mm thick and transparent to UV radiation, wherein the release liner is adhered to the front side of the carrier sheet by way of the solvent acrylic adhesive stripe-coating, said release liner being siliconized on both sides thereof. a glass clear polyethylene terephthalate carrier sheet that is between 0.036 and 0.250mm thick and transparent to UV radiation, said sheet coated on a front side and a back side thereof with a solvent acrylic adhesive that is transparent to UV radiation, wherein the adhesive is stripe-coated such that each adhesive stripe (3a, 3b) is separated from its neighbours by a 0.9-1.1mm gap (4a, 4b) of non-coated sheet; and a glass clear polyethylene terephthalate release liner that is between 0.020 and 0.070mm thick and transparent to UV radiation, wherein the release liner is adhered to the front side of the carrier sheet by way of the solvent acrylic adhesive stripe-coating, said release liner being siliconized on both sides thereof.
A coating composition comprising a (meth)acrylate binder resin, a UV initiator, an organic solvent, and silica particles having a polylactone-modified hydroxyalkyl (meth)acrylate linked to their surface through a urethane linkage.
A pneumatic tire for an auto motorcycle, having a directional tread pattern including a plurality of different grooves formed on a tread surface, the grooves each converging forward in a rotation direction of the tire, wherein the plurality of different grooves are formed as three different oblique lug grooves (2a,2b,2c) extending, in a development plan view of the tread pattern, from a tread contact end TE of the tire to a tire equator line as being curved to be deflected to the tire equator line side; wherein the three different oblique lug grooves include a first oblique lug groove having an extending length of α, a second oblique lug groove having an extending length of β, and a third oblique lug groove having an extending length of γ, characterized by the extending lengths α, β, γ satisfying the following Expressions,: β ≤ γ < α 1 − β / α < 0.1 and wherein the number n of the oblique lug grooves each intersecting with a meridian (m) of the tire is defined to satisfy the following Expression: n ≥4, within a range of 60 % to 70 % of the entire circumference of the tire.
Device for injecting cross-linkable polymers into a moulding chamber having a nozzle body forming an outlet opening, having a nozzle needle penetrating the nozzle body and being axially displaceable between a closed position closing the outlet opening and an open position defined by a stop for the opening stroke, and having an actuator for the stop with an adjusting axis extending transversely to the axis of the nozzle needle, characterised in that the stop is mounted to be able to pivot about an axis of rotation extending perpendicularly to the axis of the nozzle needle and perpendicularly to the adjusting axis of the actuator, and, in addition to a stop surface for the opening stroke, comprises an angularly offset coupling surface for the actuator, and that the stop surface and the coupling surface of the stop form, with their respective counter surfaces (14, 19), a cam control in the sense of a constant transmission ratio - independent of the rotational angle of the stop - between the adjusting path of the actuator and the stop-imposed adjustment of the opening stroke for limiting the open position of the nozzle needle.