mhurhangee/ep-ind-claims huggingface dataset:
A manipulation rope (2, 8, 16) comprising a plurality of side wires (6, 14, 20) or side strands having a plurality of stranded wires which is an outermost layer and a core wire or a core strand (12, 18), the manipulation rope (2, 8, 16) being devoid of any gaps between adjacent side wires (6, 14, 20) or side strands, wherein the side wires (6, 14, 20) or the side strands have a forming rate that is greater than 100% and equal to or smaller than 110%, wherein the forming rate is calculated in such a manner that the waviness diameter of a spiral shape of the side wire (6, 14, 20) or the side strand in a state where the rope (2, 8, 16) is disentangled is divided by an actually measured outer diameter of the rope (2, 8, 16), and the obtained value is represented by a percentage as the forming rate, and wherein the side wires (6, 14, 20) or the side strands have a spiral shape, wherein the spiral is a flattened spiral having an ellipsoidal or oval shape. wherein the forming rate is calculated in such a manner that the waviness diameter of a spiral shape of the side wire (6, 14, 20) or the side strand in a state where the rope (2, 8, 16) is disentangled is divided by an actually measured outer diameter of the rope (2, 8, 16), and the obtained value is represented by a percentage as the forming rate, and wherein the side wires (6, 14, 20) or the side strands have a spiral shape, wherein the spiral is a flattened spiral having an ellipsoidal or oval shape.
A display device comprising: a substrate; a first transistor disposed on the substrate an interlayer insulating layer (IL1, IL2) disposed on the first transistor; a via layer disposed on the interlayer insulating layer (IL1, IL2); a first electrode and a second electrode disposed on the via layer and spaced apart from each other; a conductive layer, comprising a third electrode (RME3, RME3_2, RME3_5) that overlaps a region between the first electrode and the second electrode in a thickness direction and a first conductive pattern spaced apart from the third electrode (RME3, RME3_2, RME3_5) and electrically connected to the first transistor, and disposed on the interlayer insulating layer (IL1, IL2); and a plurality of light-emitting elements disposed on the first electrode and the second electrode, wherein the third electrode overlaps portions of the first electrode and the second electrode in the thickness direction, wherein the via layer is directly disposed on the conductive layer; wherein the first conductive pattern is directly connected to the first electrode through a first electrode contact hole that penetrates the via layer, and the second electrode is directly connected to the third electrode through a second electrode contact hole that penetrates the via layer. a substrate; a first transistor disposed on the substrate an interlayer insulating layer (IL1, IL2) disposed on the first transistor; a via layer disposed on the interlayer insulating layer (IL1, IL2); a first electrode and a second electrode disposed on the via layer and spaced apart from each other; a conductive layer, comprising a third electrode (RME3, RME3_2, RME3_5) that overlaps a region between the first electrode and the second electrode in a thickness direction and a first conductive pattern spaced apart from the third electrode (RME3, RME3_2, RME3_5) and electrically connected to the first transistor, and disposed on the interlayer insulating layer (IL1, IL2); and a plurality of light-emitting elements disposed on the first electrode and the second electrode, wherein the third electrode overlaps portions of the first electrode and the second electrode in the thickness direction, wherein the via layer is directly disposed on the conductive layer; wherein the first conductive pattern is directly connected to the first electrode through a first electrode contact hole that penetrates the via layer, and the second electrode is directly connected to the third electrode through a second electrode contact hole that penetrates the via layer.
An apparatus for use in the manufacture of contact lenses, the apparatus comprising: an injection-molding apparatus including a plate, and a removable collet in the plate; a collet-exchange robot comprising at least one collet extraction head; and wherein the apparatus includes a collet store for storing at least one removable collet configured to be inserted into the plate; CHARACTERISED IN THAT: a tool half is mounted in the removable collet; the collet-exchange robot is configured to grip the removable collet from the plate, move the removable collet to the collet store, insert the removable collet into the collet store, grip a replacement collet from the collet store, move the replacement collet to the plate, and insert the replacement collet into the plate; wherein the injection-molding apparatus comprises a clamp configured to hold the removable collet in the plate and the removable collet includes a frustoconical rear portion and a circumferential groove upon which the clamp acts; and wherein the collet store comprises a housing for receiving a plurality of removable collets, and a turntable on which the housing is mounted, the turntable being rotatable from a first position wherein a removable collet can be manually loaded into the housing, to a second position wherein the removable collet can be removed from the collet store by the collet-exchange robot. an injection-molding apparatus including a plate, and a removable collet in the plate; a collet-exchange robot comprising at least one collet extraction head; and wherein the apparatus includes a collet store for storing at least one removable collet configured to be inserted into the plate; a tool half is mounted in the removable collet; the collet-exchange robot is configured to grip the removable collet from the plate, move the removable collet to the collet store, insert the removable collet into the collet store, grip a replacement collet from the collet store, move the replacement collet to the plate, and insert the replacement collet into the plate; wherein the injection-molding apparatus comprises a clamp configured to hold the removable collet in the plate and the removable collet includes a frustoconical rear portion and a circumferential groove upon which the clamp acts; and wherein the collet store comprises a housing for receiving a plurality of removable collets, and a turntable on which the housing is mounted, the turntable being rotatable from a first position wherein a removable collet can be manually loaded into the housing, to a second position wherein the removable collet can be removed from the collet store by the collet-exchange robot.
An air conditioner, wherein the air conditioner comprises: a housing, having an air inlet and an air outlet; a centrifugal fan rotatably disposed in the housing, the centrifugal fan comprising a plate portion and blades disposed on the plate portion; a heat exchanger, the heat exchanger being disposed in the housing; and a rotatable support portion disposed in the housing to support the centrifugal fan, wherein an axis of the centrifugal fan extends along a vertical direction, and the heat exchanger is disposed on a circumferential inner side of the blades, and the rotatable support portion is disposed between the top of the heat exchanger and the plate portion so that the heat exchanger supports the centrifugal fan, the rotatable support portion comprises a first support portion and a second support portion, the first support portion is disposed on the heat exchanger, and the second support portion is disposed on the plate portion and moves synchronously with the plate portion, the rotatable support portion further comprises multiple rolling portions disposed on the first support portion, and the second support portion is in contact with the rolling portions. a housing, having an air inlet and an air outlet; a centrifugal fan rotatably disposed in the housing, the centrifugal fan comprising a plate portion and blades disposed on the plate portion; a heat exchanger, the heat exchanger being disposed in the housing; and a rotatable support portion disposed in the housing to support the centrifugal fan, wherein an axis of the centrifugal fan extends along a vertical direction, and the heat exchanger is disposed on a circumferential inner side of the blades, and the rotatable support portion is disposed between the top of the heat exchanger and the plate portion so that the heat exchanger supports the centrifugal fan, the rotatable support portion comprises a first support portion and a second support portion, the first support portion is disposed on the heat exchanger, and the second support portion is disposed on the plate portion and moves synchronously with the plate portion, the rotatable support portion further comprises multiple rolling portions disposed on the first support portion, and the second support portion is in contact with the rolling portions.
A cooling module for a motor vehicle, comprising - a first, upper heat exchanger, having two manifolds spaced apart from one another and connected by cooling pipes, in particular a coolant heat exchanger for cooling a coolant of an internal combustion engine, - a second, lower heat exchanger, having two manifolds spaced apart from one another and connected by cooling pipes, characterised by - at least one fixing means for fixing the manifolds of said second heat exchanger to the manifolds of said first heat exchanger, wherein the at least one fixing means comprises at least one resilient latching part in the form of a bolt for a latching connection between the at least one latching part and the first and/or second heat exchanger (2, 4), wherein - the manifolds have two walls spaced apart from one another, and the walls of the first heat exchanger have a larger distance than the distance forming the extension of the second heat exchanger between the walls of the second heat exchanger in the upper section, measured perpendicularly to the front of the second heat exchanger such that the manifolds of the second heat exchanger are included between the walls of the first heat exchanger, wherein - the walls of the second, lower heat exchanger are arranged in alignment with the walls of the first, upper heat exchanger, wherein - the bolt is inserted into the openings provided in the walls and arranged in alignment with one another. - a first, upper heat exchanger, having two manifolds spaced apart from one another and connected by cooling pipes, in particular a coolant heat exchanger for cooling a coolant of an internal combustion engine, - a second, lower heat exchanger, having two manifolds spaced apart from one another and connected by cooling pipes, characterised by - at least one fixing means for fixing the manifolds of said second heat exchanger to the manifolds of said first heat exchanger, wherein the at least one fixing means comprises at least one resilient latching part in the form of a bolt for a latching connection between the at least one latching part and the first and/or second heat exchanger (2, 4), wherein - the manifolds have two walls spaced apart from one another, and the walls of the first heat exchanger have a larger distance than the distance forming the extension of the second heat exchanger between the walls of the second heat exchanger in the upper section, measured perpendicularly to the front of the second heat exchanger such that the manifolds of the second heat exchanger are included between the walls of the first heat exchanger, wherein - the walls of the second, lower heat exchanger are arranged in alignment with the walls of the first, upper heat exchanger, wherein - the bolt is inserted into the openings provided in the walls and arranged in alignment with one another.
A method of manufacturing a polymer dispersed liquid crystal, PDLC, film, the method comprising: forming a region of liquid polymer on a substrate; depositing one or more liquid crystal, LC, formulations into the liquid polymer; and thereafter curing the liquid polymer to thereby induce phase separation between the polymer and the liquid crystal formulations. forming a region of liquid polymer on a substrate; depositing one or more liquid crystal, LC, formulations into the liquid polymer; and thereafter curing the liquid polymer to thereby induce phase separation between the polymer and the liquid crystal formulations.
A method of a base station, BS, in a wireless communication system, the method comprising: generating first control information including a slot indicator indicating whether time resources within a slot are downlink time resources or uplink time resources; generating second control information including slot information for transmission of ACK/NACK for downlink data signal; transmitting the first control information; transmitting the second control information; transmitting the downlink data signal; and receiving the ACK/NACK for the downlink data signal based on the second control information, wherein the ACK/NACK for the downlink data signal is transmitted in a slot indicated by the slot information. generating first control information including a slot indicator indicating whether time resources within a slot are downlink time resources or uplink time resources; generating second control information including slot information for transmission of ACK/NACK for downlink data signal; transmitting the first control information; transmitting the second control information; transmitting the downlink data signal; and receiving the ACK/NACK for the downlink data signal based on the second control information, wherein the ACK/NACK for the downlink data signal is transmitted in a slot indicated by the slot information.
A method for turning electronic book, e-book, pages in a portable terminal having an e-book function, the method comprising: executing an e-book; in response to determination that a touch down is input in a predetermined right User Interface, UI, activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and in response to determination that a touch down is input in a predetermined left UI activation region of the e-book, if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book. executing an e-book; in response to determination that a touch down is input in a predetermined right User Interface, UI, activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and in response to determination that a touch down is input in a predetermined left UI activation region of the e-book, if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book. if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book.
An apparatus for use with a bone preparation device, the apparatus comprising: a sleeve member having a guide slot, the guide slot having a central guide slot axis that is offset from a longitudinal sleeve axis of the sleeve member; a handle member having an inner area sized to receive removable insertion of at least a portion of the sleeve member, the handle member having a connection member structured to be coupled to the bone preparation device; and a retention member adapted to selectively secure the sleeve member to the handle member at a selected one of a plurality of rotational positions, each of the plurality of rotational positions adjusting an angular position of at least the guide slot relative to a longitudinal handle axis of the handle member, and wherein the retention member includes a mating engagement between one or more projections of either the handle member and the sleeve member with one or more recesses of the other of the handle member and the sleeve member. a sleeve member having a guide slot, the guide slot having a central guide slot axis that is offset from a longitudinal sleeve axis of the sleeve member; a handle member having an inner area sized to receive removable insertion of at least a portion of the sleeve member, the handle member having a connection member structured to be coupled to the bone preparation device; and a retention member adapted to selectively secure the sleeve member to the handle member at a selected one of a plurality of rotational positions, each of the plurality of rotational positions adjusting an angular position of at least the guide slot relative to a longitudinal handle axis of the handle member, and wherein the retention member includes a mating engagement between one or more projections of either the handle member and the sleeve member with one or more recesses of the other of the handle member and the sleeve member.
An optical scanning device, comprising: a light source for emitting a light beam; a deflector having a plurality of flat reflecting surfaces; a first optical system (12, 13) disposed between the light source and the deflector; and a second optical system (1, 2) disposed between the deflector and a photoreceptor surface, and configured such that the reflecting surfaces of the deflector and the photoreceptor surface are conjugated in a sub-scanning direction at every deflection angle in a main-scanning range, and the light beam traveling from the first optical system (12, 13) to the deflector has a width greater than a dimension in a main-scanning direction of each reflecting surface of the deflector, characterized in that: the first optical system (12, 13) comprises a collimator lens that is an axisymmetric aspherical surface lens made of glass and a free-form surface lens that is a non-axisymmetric lens made of resin and has a free-form surface on the side closer to the light source, wherein the light beam incident to the free-form surface lens is a parallel bundle of rays, such that the light beam passes through different portions of the first optical system (12, 13) depending on whether the light beam is to be deflected by the deflector to be directed to an edge portion of the main-scanning range or to be directed to a center portion of the main-scanning range such that the light beam traveling to the deflector has a smaller average wavefront curvature in a sub-scanning direction when the light beam is to be deflected by the deflector to be directed to an edge portion of the main-scanning range than when the light beam is to be deflected by the deflector to be directed to the center portion of the main-scanning range.
A method of producing syngas, the method comprising the steps of: providing a cupola for containing a metal bath; delivering a feedstock to the cupola; operating an inductive element to react with the metal bath; and supplementing said step of operating an inductive element by the further step of operating a plasma torch for assisting heating the metal bath, characterized in that the plasma torch is configured to operate on the metal bath indirectly. providing a cupola for containing a metal bath; delivering a feedstock to the cupola; operating an inductive element to react with the metal bath; and supplementing said step of operating an inductive element by the further step of operating a plasma torch for assisting heating the metal bath, characterized in that the plasma torch is configured to operate on the metal bath indirectly.
An image sensor comprising: a light source; a bar-shaped light-guiding element one end or two ends of which are provided with the light source, wherein light emitted from the light source propagates in the main scanning direction while reflecting within the light-guiding element, the bar-shaped light-guiding element having a first light-emitting section which is positioned so as to irradiate light to an irradiated portion of a document from an oblique direction, and a second light-emitting section, which is positioned so as to emit light in a carrying direction of the document; a lens converging the light reflected from the irradiated portion of the document; a sensor receiving the light passed through the lens; a reflector disposed on the opposite side of the light-guiding element with respect to the lens, reflecting the light emitted from the second light-emitting section such that an optical path of the light from the second light-emitting section is located between the lens and the document, and irradiating the light to the irradiated portion of the document from an oblique direction; and first and second light-scattering layers (3, 4), which are formed in areas opposed to the first and second light-emitting sections (3a, 4a) respectively, in the light-guiding element. a light source; a bar-shaped light-guiding element one end or two ends of which are provided with the light source, wherein light emitted from the light source propagates in the main scanning direction while reflecting within the light-guiding element, the bar-shaped light-guiding element having a first light-emitting section which is positioned so as to irradiate light to an irradiated portion of a document from an oblique direction, and a second light-emitting section, which is positioned so as to emit light in a carrying direction of the document; a lens converging the light reflected from the irradiated portion of the document; a sensor receiving the light passed through the lens; a reflector disposed on the opposite side of the light-guiding element with respect to the lens, reflecting the light emitted from the second light-emitting section such that an optical path of the light from the second light-emitting section is located between the lens and the document, and irradiating the light to the irradiated portion of the document from an oblique direction; and first and second light-scattering layers (3, 4), which are formed in areas opposed to the first and second light-emitting sections (3a, 4a) respectively, in the light-guiding element.