mhurhangee/ep-ind-claims huggingface dataset:
A curing accelerator for an oxidative polymerization-type unsaturated resin, the curing accelerator comprising a fatty acid manganese salt, an aminoalcohol represented by general formula below, (in the formula, R 1 and R 2 each independently represent a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, X 1 and X 2 each independently represent an alkylene group having 2 to 6 carbon atoms, and Y represents -NR 3 - (wherein R 3 represents a hydrogen atom or an alkyl group having 1 to 6 carbon atoms) or an oxygen atom), and at least one fatty acid metal salt, wherein the fatty acid metal salt is at least one fatty acid metal salt selected from the group consisting of a fatty acid bismuth salt, a fatty acid zirconium salt, and a fatty acid barium salt, and the metal salt is contained so that an amount of a metal in the metal salt is 1 to 10 parts by mass relative to 1 part by mass of manganese metal in the fatty acid manganese salt, or wherein the fatty acid metal salt is a fatty acid iron salt, and the metal salt is contained so that an amount of a metal in the fatty acid iron salt is 0.1 to 2.0 parts by mass relative to 1 part by mass of manganese metal in the fatty acid manganese salt.
A method comprising: receiving icon information from a Bluetooth server device characterizing the server device; displaying, at a client device, an icon corresponding to the received icon information while within communications range of the server device, said icon indicating a service available from the server device; and removing the display of the icon after a predetermined time interval following leaving the communications range of the server device; characterized by: said steps of receiving and displaying being performed without establishing a complete Bluetooth connection between the client device and the server device; said icon information being a value in a class-of-device field of a frequency hop synchronization packet; measuring, at the client device, a data link quality value between the client and the server based on the received frequency hop synchronization packet; and displaying the data link quality value with the icon while within communications range of the server device. receiving icon information from a Bluetooth server device characterizing the server device; displaying, at a client device, an icon corresponding to the received icon information while within communications range of the server device, said icon indicating a service available from the server device; and removing the display of the icon after a predetermined time interval following leaving the communications range of the server device; characterized by: said steps of receiving and displaying being performed without establishing a complete Bluetooth connection between the client device and the server device; said icon information being a value in a class-of-device field of a frequency hop synchronization packet; measuring, at the client device, a data link quality value between the client and the server based on the received frequency hop synchronization packet; and displaying the data link quality value with the icon while within communications range of the server device. said steps of receiving and displaying being performed without establishing a complete Bluetooth connection between the client device and the server device; said icon information being a value in a class-of-device field of a frequency hop synchronization packet; measuring, at the client device, a data link quality value between the client and the server based on the received frequency hop synchronization packet; and displaying the data link quality value with the icon while within communications range of the server device.
A feedthrough assembly comprising: a ferrule including a base portion and at least one projection extending from the base portion; a capacitive filter positioned adjacent the base portion of the ferrule such that an outer wall of the capacitive filter faces an inner wall of the at least one projection of the ferrule; a conductive pin extending through an aperture in the ferrule and an aperture in the capacitive filter; and an electrically conductive material between the inner wall of the at least one projection of the ferrule and outer wall of the capacitive filter that electrically couples the ferrule and the capacitive filter to ground the capacitive filter, wherein the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter are tapered relative to each other such that a gap between the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter decreases moving from a top of the at least one projection to the base portion of the ferrule; and characterised by a thin film on the inner wall of the at least one projection of the ferrule configured to wet a solder during reflow. a ferrule including a base portion and at least one projection extending from the base portion; a capacitive filter positioned adjacent the base portion of the ferrule such that an outer wall of the capacitive filter faces an inner wall of the at least one projection of the ferrule; a conductive pin extending through an aperture in the ferrule and an aperture in the capacitive filter; and an electrically conductive material between the inner wall of the at least one projection of the ferrule and outer wall of the capacitive filter that electrically couples the ferrule and the capacitive filter to ground the capacitive filter, wherein the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter are tapered relative to each other such that a gap between the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter decreases moving from a top of the at least one projection to the base portion of the ferrule; and characterised by a thin film on the inner wall of the at least one projection of the ferrule configured to wet a solder during reflow.
A herringbone gear, comprising: a cylindrical body having a circumferential face (34, 36) having a width; a first helical gear tooth on the circumferential face having a first configuration; a second helical gear tooth on the circumferential face having a second configuration other than the first configuration; and a transition on the circumferential face extending between the first helical gear tooth and the second helical gear tooth such that an involute form taken within a transverse plane of the circumferential face (34, 36) remains constant over the width; wherein the transition is a transition gear tooth which includes a radius formed at an apex; wherein the radius of the transition gear tooth is selected such that the involute form of sides of a groove between adjacent helical gear teeth (42, 52) remains constant across the width, wherein the groove has a constant distance between adjacent helical gear teeth (42, 52) in a normal plane when not in the transition gear tooth, and a variable distance in the normal plane which increases in proximity to the apex. a cylindrical body having a circumferential face (34, 36) having a width; a first helical gear tooth on the circumferential face having a first configuration; a second helical gear tooth on the circumferential face having a second configuration other than the first configuration; and a transition on the circumferential face extending between the first helical gear tooth and the second helical gear tooth such that an involute form taken within a transverse plane of the circumferential face (34, 36) remains constant over the width; wherein the transition is a transition gear tooth which includes a radius formed at an apex; wherein the radius of the transition gear tooth is selected such that the involute form of sides of a groove between adjacent helical gear teeth (42, 52) remains constant across the width, wherein the groove has a constant distance between adjacent helical gear teeth (42, 52) in a normal plane when not in the transition gear tooth, and a variable distance in the normal plane which increases in proximity to the apex.
A replaceable-blade cutting insert for corner milling cutters including: a first surface and a second surface facing opposite directions; a third surface and a fourth surface intersecting with and connecting to said first surface and said second surface; a fifth surface and a sixth surface intersecting with said first surface and said second surface and said third surface and said fourth surface; wherein said first surface is used as a rake face, said third surface is used as an outer perimeter flank face, and said fifth surface is used as a front flank face, characterised in that a respective twisted surface is formed at each corner (C1, C2, C3, C4) of each of said third and fourth surfaces (3, 4), said twisted surfaces intersecting with adjacent ones of said first and second surfaces (1, 2) and creating with each adjacent one of said first and second surfaces (1, 2) a respective ridge line, each said ridge line serving as a main cutting section, said twisted surfaces being sloped with a slope angle (α) of 3-15 degrees relative to the third surface and the fourth surface and in a direction that increases an intersection angle with adjacent one of said first and second surfaces (1, 2), each said twisted surface being formed with a width that gradually decreases with increasing distance along said respective ridge line from a respective said corner (C1, C2, C3, C4).
An image capture system for capturing a plurality of partial images, for assembly into a target image of a scene, the system comprising: a plurality of image sensors, each of the plurality of image sensors having one of a plurality of fields of view, each of the plurality of fields of view comprising a substantially different portion of the scene; a plurality of lens assemblies, each lens assembly corresponding to one of the plurality of image sensors; a primary surface positioned to direct a portion of light comprising one of the plurality of fields of view toward one of the plurality of lens assemblies; and a plurality of secondary surfaces, wherein each of the plurality of lens assemblies is positioned between the primary surface and one of the plurality of secondary surfaces, such that each of the plurality of secondary surfaces receives at least a portion of the light from one of the plurality of lens assemblies and directs the received light toward a corresponding one of the plurality of image sensors, to focus a partial image which corresponds to one of the plurality of fields of view, and wherein each of the plurality of image sensors captures one of the plurality of partial images. a plurality of image sensors, each of the plurality of image sensors having one of a plurality of fields of view, each of the plurality of fields of view comprising a substantially different portion of the scene; a plurality of lens assemblies, each lens assembly corresponding to one of the plurality of image sensors; a primary surface positioned to direct a portion of light comprising one of the plurality of fields of view toward one of the plurality of lens assemblies; and a plurality of secondary surfaces, wherein each of the plurality of lens assemblies is positioned between the primary surface and one of the plurality of secondary surfaces, such that each of the plurality of secondary surfaces receives at least a portion of the light from one of the plurality of lens assemblies and directs the received light toward a corresponding one of the plurality of image sensors, to focus a partial image which corresponds to one of the plurality of fields of view, and wherein each of the plurality of image sensors captures one of the plurality of partial images.
A wiring module comprising: a connecting member (16A, 16B) for connecting adjacent electrode terminals (13A, 13B) of a plurality of electricity storage elements that have a positive electrode terminal and a negative electrode terminal; an insulating protector that has a partition wall surrounding the connecting member (16A, 16B) and that accommodates the connecting member (16A, 16B); and a detection terminal that is connected to an end portion of an electric wire and that is laid over the connecting member (16A, 16B), wherein the detection terminal includes a fastened portion that is laid over the connecting member (16A, 16B) and that is fastened by a fastening member, and a terminal guide-out portion that is guided to an area not overlapping the connecting member (16A, 16B), the insulating protector includes a positioning portion into which the terminal guide-out portion is fitted and with which the terminal guide-out portion is positioned, and characterized in that the terminal guide-out portion has a plate shape and has a reinforcing projection extending in a direction in which the electric wire is connected. a connecting member (16A, 16B) for connecting adjacent electrode terminals (13A, 13B) of a plurality of electricity storage elements that have a positive electrode terminal and a negative electrode terminal; an insulating protector that has a partition wall surrounding the connecting member (16A, 16B) and that accommodates the connecting member (16A, 16B); and a detection terminal that is connected to an end portion of an electric wire and that is laid over the connecting member (16A, 16B), wherein the detection terminal includes a fastened portion that is laid over the connecting member (16A, 16B) and that is fastened by a fastening member, and a terminal guide-out portion that is guided to an area not overlapping the connecting member (16A, 16B), the insulating protector includes a positioning portion into which the terminal guide-out portion is fitted and with which the terminal guide-out portion is positioned, and characterized in that the terminal guide-out portion has a plate shape and has a reinforcing projection extending in a direction in which the electric wire is connected.
A stent (1, 16) comprising a tubular frame (2, 17) comprising a first end (3, 18) and a second end and a longitudinal axis (4, 20) therebetween, wherein the frame (2, 17) comprises a plurality of struts (9a, 9b, 22, 26, 27) defining a generally cylindrical portion comprising a longitudinally extending helical fin (11, 29) protruding radially inwardly and having a helix angle characterised in that the angle, relative to the longitudinal axis (4, 20), of at least some of the struts (9a, 9b, 22, 26, 27) in the helical fin (11, 29) is substantially aligned with the helix angle of the helical fin (11, 29).
An image forming apparatus for forming an image on a recording material, said image forming apparatus comprising: a mounting portion for detachably mounting a process cartridge (PY, PM, PC, PK), said process cartridge including a first unit having an image bearing member, and a second unit having a developer carrying member, said second unit being movable between a contact position in which said developer carrying member contacts said image bearing member and a spaced position in which said developer carrying member is spaced from said image bearing member; an engageable member (61, 71) engageable with a force receiving portion (44b, 44h) provided on said second unit, wherein said engageable member is movable between a first position for maintaining said second unit in the spaced position by engaging with said force receiving portion, a second position for permitting movement of said second unit from the spaced position to the contact position in image forming operation; characterized in that said engageable member is movable between a third position for permitting said process cartridge to be mounted, by being pressed by said process cartridge to retract, when said process cartridge is mounted to said mounting portion. a mounting portion for detachably mounting a process cartridge (PY, PM, PC, PK), said process cartridge including a first unit having an image bearing member, and a second unit having a developer carrying member, said second unit being movable between a contact position in which said developer carrying member contacts said image bearing member and a spaced position in which said developer carrying member is spaced from said image bearing member; an engageable member (61, 71) engageable with a force receiving portion (44b, 44h) provided on said second unit, wherein said engageable member is movable between a first position for maintaining said second unit in the spaced position by engaging with said force receiving portion, a second position for permitting movement of said second unit from the spaced position to the contact position in image forming operation; characterized in that said engageable member is movable between a third position for permitting said process cartridge to be mounted, by being pressed by said process cartridge to retract, when said process cartridge is mounted to said mounting portion.
A coated article comprising a substantially planar substrate comprising a coating disposed on at least a first major surface thereof, the coating comprising 6 to 20 alternating layers of SiO 2 and one of ZrO 2 or Nb 2 O 5, and a layer of TiO 2 disposed on a top layer of the alternating layers, wherein a thickness of each individual layer of the alternating layers is 70 nm to 200 nm, wherein the TiO 2 layer is 0.5 nm to 5 nm thick and wherein a bottom layer of the alternating layers contacts the first major surface.
A system, comprising: a housing having a port that is sized and shaped to receive a stack of banknotes; a pair of opposing clamping surfaces positioned inside the housing and configured to controllably apply pressure to the stack of banknotes; an array of pressure sensors positioned on at least one of the pair of opposing clamping surfaces and configured to measure the applied pressure across a surface area of the stack of banknotes; and circuitry positioned in the housing, coupled to the array of pressure sensors, and configured to: sense a presence of a high pressure area in the surface area of the banknotes, wherein sensing the presence of the high pressure area comprises: calculating a pressure gradient from the sensed pressure across the array of pressure sensors; calculating a maximum value of the absolute value of the pressure gradient across the array of pressure sensors; and determining if the maximum value of the absolute value of the pressure gradient exceeds a specified threshold; and generate a signal indicating that one or more foreign objects has been detected in the stack of banknotes. a housing having a port that is sized and shaped to receive a stack of banknotes; a pair of opposing clamping surfaces positioned inside the housing and configured to controllably apply pressure to the stack of banknotes; an array of pressure sensors positioned on at least one of the pair of opposing clamping surfaces and configured to measure the applied pressure across a surface area of the stack of banknotes; and circuitry positioned in the housing, coupled to the array of pressure sensors, and configured to: sense a presence of a high pressure area in the surface area of the banknotes, wherein sensing the presence of the high pressure area comprises: calculating a pressure gradient from the sensed pressure across the array of pressure sensors; calculating a maximum value of the absolute value of the pressure gradient across the array of pressure sensors; and determining if the maximum value of the absolute value of the pressure gradient exceeds a specified threshold; and generate a signal indicating that one or more foreign objects has been detected in the stack of banknotes. sense a presence of a high pressure area in the surface area of the banknotes, wherein sensing the presence of the high pressure area comprises: calculating a pressure gradient from the sensed pressure across the array of pressure sensors; calculating a maximum value of the absolute value of the pressure gradient across the array of pressure sensors; and determining if the maximum value of the absolute value of the pressure gradient exceeds a specified threshold; and generate a signal indicating that one or more foreign objects has been detected in the stack of banknotes.
A surface-emitting laser element comprising a semiconductor substrate and plural surface-emitting lasers (11,12,13,14) configured to emit light with mutually different wavelengths, each surface-emitting laser including a lower Bragg reflector provided on the semiconductor substrate, a resonator provided on the lower Bragg reflector, an upper Bragg reflector (106,107) provided on the resonator, and a wavelength adjustment layer, the wavelength adjustment layers included in the surface-emitting lasers having mutually different thicknesses, and wherein: at least one of the wavelength adjustment layers includes a plurality of laminated adjustment layers made of two kinds of materials, and numbers of the adjustment layers included in the wavelength adjustment layers being mutually different, and the wavelength adjustment layers are provided inside the upper Bragg reflector or lower Bragg reflector, being disposed in the thickness direction between two parts of the upper Bragg reflector or lower Bragg reflector. at least one of the wavelength adjustment layers includes a plurality of laminated adjustment layers made of two kinds of materials, and numbers of the adjustment layers included in the wavelength adjustment layers being mutually different, and the wavelength adjustment layers are provided inside the upper Bragg reflector or lower Bragg reflector, being disposed in the thickness direction between two parts of the upper Bragg reflector or lower Bragg reflector.
Method for configuring a mobile terminal for connection to a secure wireless network generated by an Internet access box connected to the Internet, notification equipment of the operator of the mobile terminal being directly connected to the box, with the method characterised in that it comprises the steps of: - If said mobile terminal is referenced as being associated with the box on a database of mobile terminals hosted by a server (3, 4) of the access provider, transmission of configuration information of said secure wireless network to the notification equipment of the operator of the mobile terminal from the box; - Emission by the notification equipment, intended for the mobile terminal, of a message containing the configuration information of said secure wireless network. - If said mobile terminal is referenced as being associated with the box on a database of mobile terminals hosted by a server (3, 4) of the access provider, transmission of configuration information of said secure wireless network to the notification equipment of the operator of the mobile terminal from the box; - Emission by the notification equipment, intended for the mobile terminal, of a message containing the configuration information of said secure wireless network.
A cap (100, 1100, 2100, 3100, 4100) for an electrical connector (600, 1600, 2600, 4600), the cap (100, 1100, 2100, 3100, 4100) comprising a housing (110, 1110, 2110, 3110), the housing (110, 1110, 2110, 3110) including an aperture (120, 1120, 2120, 3120) for receiving a cable (300, 1300, 2300, 3300, 4300) therethrough, wherein the housing (110, 1110, 2110, 3110) comprises at least a first wire guiding (150, 1150, 3150) for guiding a first wire (310, 1310, 2310, 3310) of the cable (300, 1300, 2300, 3300, 4300) between the aperture (120, 1120, 2120, 3120) and a first recess (130, 1130, 2130, 3130) in a first outside wall of the housing (110, 1110, 2110, 3110), characterised in that that the cap (100, 1100, 2100, 3100, 4100) comprises a first cutting member (200, 1200, 2200, 3200) with a first cutting blade (210, 1210, 2210, 3210), the first cutting member (200, 1200, 2200, 3200) being arranged in a first slot (115, 1115) of the housing (110, 1110, 2110, 3110) and crossing the first wire guiding (150, 1150, 3150) between the aperture (120, 1120, 2120, 3120) and the first recess (130, 1130, 2130, 3130), wherein the first cutting member (200, 1200, 2200, 3200) is provided for cutting the first wire (310, 1310, 2310, 3310).