mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a touchscreen configured to display a screen including a play region for displaying a played video data; a wireless communication unit configured to: establish wireless communication with at least one external device; and transmit the video data displayed on the play region to the at least one external device in order to display the transmitted video data; and a controller configured to: receive a drag touch input for scrolling the screen in specific direction; scroll the screen in the specific direction in response to the received drag touch input; detect whether a portion of the play region disappears from the screen by the scroll of the screen; control the wireless communication unit to transmit the video data to the at least one external device in real time if the portion of the play region disappears. a touchscreen configured to display a screen including a play region for displaying a played video data; a wireless communication unit configured to: establish wireless communication with at least one external device; and transmit the video data displayed on the play region to the at least one external device in order to display the transmitted video data; and establish wireless communication with at least one external device; and transmit the video data displayed on the play region to the at least one external device in order to display the transmitted video data; and a controller configured to: receive a drag touch input for scrolling the screen in specific direction; scroll the screen in the specific direction in response to the received drag touch input; detect whether a portion of the play region disappears from the screen by the scroll of the screen; control the wireless communication unit to transmit the video data to the at least one external device in real time if the portion of the play region disappears. receive a drag touch input for scrolling the screen in specific direction; scroll the screen in the specific direction in response to the received drag touch input; detect whether a portion of the play region disappears from the screen by the scroll of the screen; control the wireless communication unit to transmit the video data to the at least one external device in real time if the portion of the play region disappears.
Bearing washer for a screwed or riveted assembly for a joining element of a conveyor belt, consisting of a piece of metal or synthetic material of approximately planar shape having, at its center, a hole intended for the passage of a connecting element of the rivet or screw type comprising a barrel and a head, preferably a screw with a male thread or a female thread, the head of which screw, during use of the washer, bears against the edges of the central hole of the washer, the outer edge of the part constituting the washer having, seen in plan view, sinuosities comprising elevations and depressions, the elevations being farther from the geometric center of the washer, and the depressions being closer to the geometric center of the washer, such that this outer edge has a linear shape that increases the length of the outer edge of the washer relative to that of a washer of which the outer edge is strictly circular, - the bearing washer comprising a lower edge, formed by the intersection between the lower surface of the washer and the outer edge of the washer, said lower edge having a rounded portion, at least in the elevation portions of the sinuosities of the outer edge of the washer located furthest from the geometric center of the washer, characterized in that - the upper surface of the washer has a conical surface starting from the edge of a bowl surrounding the central hole or a circular surface surrounding the central hole of the washer and ending in the outer edge of the washer, this conical surface resulting in gradual tapering of the washer such that the upper edge of the outer edge of the washer is flush with the surface on which the washer is placed when the washer has been applied by riveting or by screwing. - the bearing washer comprising a lower edge, formed by the intersection between the lower surface of the washer and the outer edge of the washer, said lower edge having a rounded portion, at least in the elevation portions of the sinuosities of the outer edge of the washer located furthest from the geometric center of the washer, characterized in that - the upper surface of the washer has a conical surface starting from the edge of a bowl surrounding the central hole or a circular surface surrounding the central hole of the washer and ending in the outer edge of the washer, this conical surface resulting in gradual tapering of the washer such that the upper edge of the outer edge of the washer is flush with the surface on which the washer is placed when the washer has been applied by riveting or by screwing.
Multiple disc arrangement for a multiple plate clutch for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission having a plurality of annular inner discs which are arranged parallel to one another, an inner connecting device which is arranged on an inner circumference of the inner disc in order to connect the inner discs to one another, a plurality of annular outer discs which are arranged parallel to the inner discs for pressing the inner discs in a frictionally locking manner, and the inner discs and the outer discs being arranged such that they alternate and can be moved axially relative to one another, characterized by an outer connecting device which is arranged on an outer circumference of the outer disc for connecting the outer discs to one another.
A nacelle for an engine of the bypass turbojet engine type disposed along a main axis, comprising starting from a front side an annular flow path for receiving fresh air from a fan, then a thrust reverser system provided with at least one cowl movable axially between a direct jet front position, and a reverse jet rear position which tilts pivoting flaps while closing the annular flow path at least partially, and which opens lateral openings of this annular flow path upstream of the pivoting flaps, equipped with reverser cascades returning the cold air flow towards the outside forwards, characterized in that each movable cowl includes a control sector sliding in a transverse plane relative to the main axis, includes a transmission device connecting a fixed portion of the nacelle to this control sector to make it slide towards a reversal position when the movable cowl is recoiled, and includes flap tie-rods connecting this control sector to the pivoting flaps disposed in front of the movable cowl, which tilt these flaps while closing the annular flow path when sliding the control sector towards its reversal position.
A compound selected from Formula I: and stereoisomers, geometric isomers, tautomers, or pharmaceutically acceptable salts thereof, wherein: R 1 is selected from H, C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 6 -C 20 aryl, C 3 -C 12 carbocyclyl, C 2 -C 20 heterocyclyl, C 1 -C 20 heteroaryl, and -(C 1 -C 12 alkylene)-(C 2 -C 20 heterocyclyl); R 2 is where the wavy line indicates the site of attachment; R 3 is independently selected from F, Cl, -OH, -CH 3, -CH 2 CH 3, -CF 3, -NH 2, -NHCH 3, -N(CH 3) 2, -NHCH 2 CHF 2, -NHCH 2 CF 3, -CH 2 NHCH 3, and -OCH 3; and n is 1, 2, or 3; X is where the wavy line indicates the site of attachment; R 4 is independently H, F, -CH 3, or -NH 2; and R 5 is phenyl substituted with one or more F. R 1 is selected from H, C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 6 -C 20 aryl, C 3 -C 12 carbocyclyl, C 2 -C 20 heterocyclyl, C 1 -C 20 heteroaryl, and -(C 1 -C 12 alkylene)-(C 2 -C 20 heterocyclyl); R 2 is where the wavy line indicates the site of attachment; R 3 is independently selected from F, Cl, -OH, -CH 3, -CH 2 CH 3, -CF 3, -NH 2, -NHCH 3, -N(CH 3) 2, -NHCH 2 CHF 2, -NHCH 2 CF 3, -CH 2 NHCH 3, and -OCH 3; and n is 1, 2, or 3; X is where the wavy line indicates the site of attachment; R 4 is independently H, F, -CH 3, or -NH 2; and R 5 is phenyl substituted with one or more F.
An anti-TIM-3 antibody, or an antigen-binding fragment thereof, comprising an immunoglobulin light chain polypeptide comprising SEQ ID NO: 115 and an immunoglobulin heavy chain polypeptide comprising SEQ ID NO: 34.
Plate heat exchanger (1100; 2100; 3100; 4100) including superposed plates (2A-2L), which are inserted between two end plates (11, 12) and which define channels for circulation of heat-exchanging fluid, characterized in that the channels delimit a first circuit for circulation of a first heat-exchanging fluid, comprising a single pass, and a second circuit (C2, C'2, C3) for circulation of a second heat-exchanging fluid, comprising two passes opposite from one another, so that, for each direction of circulation of the second heat-exchanging fluid in the second circuit (C2, C'2, C3), one of the two passes of the second circuit (C2, C'2, C3) is co-current with respect to the pass of the first circuit, while the other of the two passes of the second circuit (C2, C'2, C3) is counter-current with respect to the pass of the first circuit; characterized in that the second circuit comprises a first portion and a second portion (C'2), which are separated by an intermediate plate of the exchanger and which are connected to one another by a conduit outside of the exchanger.
An electrical connection box comprising: a housing that houses electronic components; and a lower cover that closes a lower part of the housing, wherein the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in which conductors of a plurality of electric wires are connected to each other in a state where the electric wire bundle is covered with the bonder cap, the lower cover includes a deep bottom part having a drainage hole; and a shallow bottom part located above the deep bottom part below the electric wire bundle holder, with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part, and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover. a housing that houses electronic components; and a lower cover that closes a lower part of the housing, wherein the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in which conductors of a plurality of electric wires are connected to each other in a state where the electric wire bundle is covered with the bonder cap, the lower cover includes a deep bottom part having a drainage hole; and a shallow bottom part located above the deep bottom part below the electric wire bundle holder, with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part, and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover.
An electric appliance comprising: a control section having a plurality of operation modes; a driving source controlled by the control section; and a switch configured to switch between the plurality of operation modes, characterized in that the control section is configured: to perform a first determination and a second determination based on a duration of an operation of the switch, in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation. a control section having a plurality of operation modes; a driving source controlled by the control section; and a switch configured to switch between the plurality of operation modes, characterized in that the control section is configured: to perform a first determination and a second determination based on a duration of an operation of the switch, in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation. to perform a first determination and a second determination based on a duration of an operation of the switch, in order to determine a type of a switch operation; to determine, as the first determination, whether the switch operation is enabled or disabled based on whether or not the switch operation continues for a first reference period or longer; to determine, as the second determination, whether the switch operation is a long press or a short press based on whether or not the switch operation continues for a second reference period or longer, the second reference period being longer than the first reference period; and to set, upon termination of the switch operation, an operation mode out of the plurality of operation modes, based on the determined type of switch operation and based on an operation mode before the switch operation.
A storage device carrier adapted to locate storage devices of differing thickness, the storage device carrier comprising: a main body comprising two walls (19, 20); a locating member (3, 4) disposed on at least one of the two walls (19, 20) and configured to locate storage devices (12, 32, 42) of differing thicknesses, the locating member being a tab or a column; at least one storage device holding element (23, 26) to hold storage devices of differing thicknesses in the storage device carrier; wherein the at least one storage device holding element (23, 26) comprises a rotatable element with multiple different bearing surfaces (21, 22, 27) of differing heights as measured from a rotation axis of the rotatable element, wherein the multiple different bearing surfaces (21, 22, 27) are configured to abut top surfaces of the storage devices (12, 32, 42) of differing thicknesses; the storage device carrier characterized in that the bearing surfaces comprise a long arm, a short arm, and a flat bearing surface. a main body comprising two walls (19, 20); a locating member (3, 4) disposed on at least one of the two walls (19, 20) and configured to locate storage devices (12, 32, 42) of differing thicknesses, the locating member being a tab or a column; at least one storage device holding element (23, 26) to hold storage devices of differing thicknesses in the storage device carrier; wherein the at least one storage device holding element (23, 26) comprises a rotatable element with multiple different bearing surfaces (21, 22, 27) of differing heights as measured from a rotation axis of the rotatable element, wherein the multiple different bearing surfaces (21, 22, 27) are configured to abut top surfaces of the storage devices (12, 32, 42) of differing thicknesses; the storage device carrier characterized in that the bearing surfaces comprise a long arm, a short arm, and a flat bearing surface.
An implantable glaucoma drainage device comprising: a tube; a plate adapted to be placed over the sclera of the eye, characterized in that, the plate comprises: a tube retaining structure integrally formed with the plate, wherein the tube retaining structure comprises a channel undercut into the plate to hold the tube retained by the tube retaining structure to the plate when the tube is displaced relative to the tube retaining structure; a material comprising collagen, covering at least a portion of the top surface of the plate; and/or a viscoelastic substance covering at least a portion of the top surface of the plate, wherein the combination of the plate with the material comprising collagen and/or with the viscoelastic substance provides a fluid flow mechanism wherein the material comprising collagen is adapted to brace the conjunctiva of the patient's eye and/or wherein the viscoelastic substance is adapted to lift and expand the conjunctiva of the patient's eye to control a fluid flow from a patient's eye. a tube; a plate adapted to be placed over the sclera of the eye, characterized in that, the plate comprises: a tube retaining structure integrally formed with the plate, wherein the tube retaining structure comprises a channel undercut into the plate to hold the tube retained by the tube retaining structure to the plate when the tube is displaced relative to the tube retaining structure; a material comprising collagen, covering at least a portion of the top surface of the plate; and/or a viscoelastic substance covering at least a portion of the top surface of the plate, a tube retaining structure integrally formed with the plate, wherein the tube retaining structure comprises a channel undercut into the plate to hold the tube retained by the tube retaining structure to the plate when the tube is displaced relative to the tube retaining structure; a material comprising collagen, covering at least a portion of the top surface of the plate; and/or a viscoelastic substance covering at least a portion of the top surface of the plate, wherein the combination of the plate with the material comprising collagen and/or with the viscoelastic substance provides a fluid flow mechanism wherein the material comprising collagen is adapted to brace the conjunctiva of the patient's eye and/or wherein the viscoelastic substance is adapted to lift and expand the conjunctiva of the patient's eye to control a fluid flow from a patient's eye.
A method of measuring parameters of a patterned structure comprising applying scatterometry and scanning electron microscopy, i.e. SEM, measurements to the structure, the method comprising the following steps: (a) operating a handling system, operable for moving the patterned structure between first (MZ 1) and second (MZ 2) measurement zones, to locate the structure in a first measurement zone (MZ 1) and support the structure during measurement, applying the scatterometry measurements to the structure while in the first measurement zone (MZ 1), and generating first measured data presenting first measurement results indicative of at least one predetermined parameter of the structure; (b) operating that handling system to locate the structure in a second measurement zone (MZ 2) and support the structure during measurements, applying SEM measurements to the structure while in the second measuring zone (MZ 2), and generating second measured data presenting second measurement results indicative of profile parameters; (c) analyzing the first and second measured data to use either one of said first and second measured results for optimizing the other measurement results, wherein the optimization of the SEM measurement results comprises analyzing the SEM measured data to obtain data indicative of structure parameters other than the critical dimensions of the pattern. (a) operating a handling system, operable for moving the patterned structure between first (MZ 1) and second (MZ 2) measurement zones, to locate the structure in a first measurement zone (MZ 1) and support the structure during measurement, applying the scatterometry measurements to the structure while in the first measurement zone (MZ 1), and generating first measured data presenting first measurement results indicative of at least one predetermined parameter of the structure; (b) operating that handling system to locate the structure in a second measurement zone (MZ 2) and support the structure during measurements, applying SEM measurements to the structure while in the second measuring zone (MZ 2), and generating second measured data presenting second measurement results indicative of profile parameters; (c) analyzing the first and second measured data to use either one of said first and second measured results for optimizing the other measurement results, wherein the optimization of the SEM measurement results comprises analyzing the SEM measured data to obtain data indicative of structure parameters other than the critical dimensions of the pattern.
A method for performing, by a station, STA, apparatus, uplink, UL, multi-user, MU, transmission in a wireless communication system, the method comprising: receiving a trigger frame characterized by the trigger frame comprising information for the UL MU transmission and an indicator indicating whether or not to execute carrier sensing, wherein the trigger frame includes a common information field for all of STAs receiving the trigger frame, a user-specific information field for an individual STA of the STAs, identifier, ID, information of the individual STA and information about an allocated resource for the individual STA, wherein the user-specific information field is included in the trigger frame as much as a number of the STAs, wherein the common information field includes the indicator, wherein whether the carrier sensing is executed is determined at the STAs receiving the trigger frame based on the indicator, wherein the method further comprises: if the indicator indicates executing the carrier sensing, executing the carrier sensing on a specific channel related to the allocated resource for the individual STA, considering a result of the carrier sensing, and transmitting a UL MU frame in response to the trigger frame, and if the indicator indicates not executing the carrier sensing, transmitting the UL MU frame in response to the trigger frame without the carrier sensing. receiving a trigger frame characterized by the trigger frame comprising information for the UL MU transmission and an indicator indicating whether or not to execute carrier sensing, wherein the trigger frame includes a common information field for all of STAs receiving the trigger frame, a user-specific information field for an individual STA of the STAs, identifier, ID, information of the individual STA and information about an allocated resource for the individual STA, wherein the user-specific information field is included in the trigger frame as much as a number of the STAs, wherein the common information field includes the indicator, wherein whether the carrier sensing is executed is determined at the STAs receiving the trigger frame based on the indicator, wherein the method further comprises: if the indicator indicates executing the carrier sensing, executing the carrier sensing on a specific channel related to the allocated resource for the individual STA, considering a result of the carrier sensing, and transmitting a UL MU frame in response to the trigger frame, and if the indicator indicates not executing the carrier sensing, transmitting the UL MU frame in response to the trigger frame without the carrier sensing. if the indicator indicates executing the carrier sensing, executing the carrier sensing on a specific channel related to the allocated resource for the individual STA, considering a result of the carrier sensing, and transmitting a UL MU frame in response to the trigger frame, and if the indicator indicates not executing the carrier sensing, transmitting the UL MU frame in response to the trigger frame without the carrier sensing.