mhurhangee/ep-ind-claims huggingface dataset:
An abrasive article (100; 200), comprising: a base having a body comprising an annular shape including an inner annular surface, an outer annular surface, and a receiving surface extending between the inner annular surface and the outer annular surface; an abrasive segment comprising a body and coupled to the receiving surface of the base, wherein the abrasive segment comprises a first side surface portion having a non-linear shape, wherein the first side surface portion is adjacent to the outer annular surface of the base; and wherein the first side surface portion extends between adjacent bevel side portions, characterized in that the abrasive segment comprises a biconcave shape. a base having a body comprising an annular shape including an inner annular surface, an outer annular surface, and a receiving surface extending between the inner annular surface and the outer annular surface; an abrasive segment comprising a body and coupled to the receiving surface of the base, wherein the abrasive segment comprises a first side surface portion having a non-linear shape, wherein the first side surface portion is adjacent to the outer annular surface of the base; and wherein the first side surface portion extends between adjacent bevel side portions, characterized in that the abrasive segment comprises a biconcave shape.
A compressor system, in which a supply pressure of compressed air is controlled at a specified pressure P P or less without using a relief valve, and which has a motor, a piston driven by the motor through a crank mechanism, a cylinder having a cylinder main body forming a pump chamber housing the piston reciprocably from a lower dead point to a top dead point and compressing air between the piston and itself, and a cylinder subpart forming a surge chamber for receiving the compressed air compressed in the pump chamber through an air release valve an air intake valve having an air intake hole penetrating through the piston to take outside air into the pump chamber, and a valving element formed from a leaf spring closing a pump chamber side of the air intake hole with its elasticity, and an air supplying passage for sending and supplying the compressed air from the surge chamber toward outside, characterised in that the compression volume v2 of the cylinder satisfies the following expression, and the diameter D of the air intake hole is 3 to 15 mm, 0.8 × V 1 × P 0 / P P − P 0 = < V 2 < 1.0 × V 1 × P 0 / P P − P 0 wherein v1 is a stroke volume which is a cylinder volume during the piston moves from the lower dead point to the top dead point, v2 is a compression volume which is a cylinder volume when the piston is at the top dead point, and P 0 is an atmospheric pressure. v1 is a stroke volume which is a cylinder volume during the piston moves from the lower dead point to the top dead point, v2 is a compression volume which is a cylinder volume when the piston is at the top dead point, and P 0 is an atmospheric pressure.
A solid state light source comprising: at least three light emitting arrays (232A, 2328, 232C), each array comprising solid state light emitters which are mounted so that each emitter emits light away from one side of a surface and with at least one wavelength; at least three optical mixers, each of the at least three optical mixers being symmetrically positioned with respect to at least one pair of the at least three light emitting arrays, reflecting part of the light emitted from one of the at least one pair of symmetrically positioned arrays and transmitting part of the light emitted from another one of the at least one pair of symmetrically positioned arrays to mix the light from the at least one pair of symmetrically positioned arrays to produce mixed light which irradiates a surface with the mixed light; and a housing comprising an interior curved reflective surface, the housing containing the at least three light emitting arrays and the at least three optical mixers, and including an opening from which the mixed light is emitted and the interior curved reflective surface reflecting at least part of the light emitted from the one side of the arrays toward the surface. at least three light emitting arrays (232A, 2328, 232C), each array comprising solid state light emitters which are mounted so that each emitter emits light away from one side of a surface and with at least one wavelength; at least three optical mixers, each of the at least three optical mixers being symmetrically positioned with respect to at least one pair of the at least three light emitting arrays, reflecting part of the light emitted from one of the at least one pair of symmetrically positioned arrays and transmitting part of the light emitted from another one of the at least one pair of symmetrically positioned arrays to mix the light from the at least one pair of symmetrically positioned arrays to produce mixed light which irradiates a surface with the mixed light; and a housing comprising an interior curved reflective surface, the housing containing the at least three light emitting arrays and the at least three optical mixers, and including an opening from which the mixed light is emitted and the interior curved reflective surface reflecting at least part of the light emitted from the one side of the arrays toward the surface.
An electronic device, comprising: a display; an eye monitoring system; and control circuitry that is configured to identify an eye activity using the eye monitoring system, wherein the eye activity comprises an eye activity selected from the group consisting of an eye blink and a saccade, wherein the control circuitry is configured to coordinate operation of the display with the eye activity by adjusting operation of the display during the eye activity relative to a time before the eye activity, characterized in that: the control circuitry is configured to reduce image luminance during the eye activity by reducing image data values associated with an image frame displayed during the eye activity relative to an image frame displayed before the eye activity. a display; an eye monitoring system; and control circuitry that is configured to identify an eye activity using the eye monitoring system, wherein the eye activity comprises an eye activity selected from the group consisting of an eye blink and a saccade, wherein the control circuitry is configured to coordinate operation of the display with the eye activity by adjusting operation of the display during the eye activity relative to a time before the eye activity, characterized in that: the control circuitry is configured to reduce image luminance during the eye activity by reducing image data values associated with an image frame displayed during the eye activity relative to an image frame displayed before the eye activity.
A detection method for detecting ingestion of water or hail in a gas turbine engine, said engine having at least a compressor, a combustion chamber, and a turbine, the method comprising: · a step of estimating the value of a first indicator representative of water or hail being ingested; and · a step of estimating the value of a second indicator representative of water or hail being ingested, said second indicator being different from the first indicator; the method being characterized in that it further comprises:. a step of calculating the value of a global indicator by summing at least said first indicator and said second indicator. · a step of estimating the value of a first indicator representative of water or hail being ingested; and · a step of estimating the value of a second indicator representative of water or hail being ingested, said second indicator being different from the first indicator; the method being characterized in that it further comprises:. a step of calculating the value of a global indicator by summing at least said first indicator and said second indicator.. a step of calculating the value of a global indicator by summing at least said first indicator and said second indicator.
A projection apparatus for use with a movable body, the projection apparatus comprising: a parking controller configured to cause the movable body to automatically move to a parking space; and a projector configured to project light onto a road surface in vicinity of the movable body, wherein, when the parking controller causes the movable body to automatically park in the parking space, the projector is configured to project the light onto the road surface located within a predetermined distance from the movable body, characterized in that the light projected by the projector onto the road surface located within the predetermined distance from the movable body indicates a recommended position for a person to observe the movable body. a parking controller configured to cause the movable body to automatically move to a parking space; and a projector configured to project light onto a road surface in vicinity of the movable body, wherein, when the parking controller causes the movable body to automatically park in the parking space, the projector is configured to project the light onto the road surface located within a predetermined distance from the movable body, characterized in that the light projected by the projector onto the road surface located within the predetermined distance from the movable body indicates a recommended position for a person to observe the movable body.
An in vitro method for inhibiting the expression of at least one target gene, wherein said expression inhibits or prevents apoptosis of a tumor cell, wherein at least one double stranded ribonucleic acid (dsRNA) is introduced into the tumor cell, one strand S1 of which has a region consisting of less than 25 consecutive nucleotides which is at least in sections complementary to the target gene, and wherein the target gene is Bcl-2, Bcl-w or Bcl-xL or wherein both Bcl-2 and Bcl-xL are target genes.
An LED power supply, comprising a circuit board assembly, which is provided with a high-voltage input terminal, a rectifier and filter circuit, a drive control module, a step-down transformer, a DC-DC line and an LED connection terminal that are electrically connected in series, wherein the drive control module comprises at least a control unit and a switching unit, wherein the circuit board assembly comprises a main board and at least one first sub-board that is electrically connected to the main board, the main board and the at least one first sub-board are perpendicular to each other, the first sub-board is provided with the drive control module, and the rectifier and filter circuit is provided on the main board and comprises a plurality of EMC devices; characterized in that the first sub-board is provided with a metal shielding tape which is arranged around the switching unit and grounded, wherein the metal shielding tape comprises at least a first segment extending outward from a position close to the main board, which is located on a side close to the edge of the first sub-board and is at least flush with the upper edge of the switching unit. the circuit board assembly comprises a main board and at least one first sub-board that is electrically connected to the main board, the main board and the at least one first sub-board are perpendicular to each other, the first sub-board is provided with the drive control module, and the rectifier and filter circuit is provided on the main board and comprises a plurality of EMC devices; characterized in that the first sub-board is provided with a metal shielding tape which is arranged around the switching unit and grounded, wherein the metal shielding tape comprises at least a first segment extending outward from a position close to the main board, which is located on a side close to the edge of the first sub-board and is at least flush with the upper edge of the switching unit.
A method utilized in wireless communication systems, the method comprising the steps of: employing a neighbor addition threshold or a neighbor removal threshold to control an automatic neighbor relation function based on a neighbouring cell reporting threshold; and updating a logical relationship associated with the automatic neighbor relation function tasked with making decisions about cell additions or cell removals based at least in part on the neighbor addition threshold or the neighbor removal threshold, wherein updating a logical relationship associated with the automatic neighbour relation function comprises updating a neighbour relations table, the method characterized in that the neighbour relations table includes a flag that indicates whether to use a neighbour relation in performing a handover. employing a neighbor addition threshold or a neighbor removal threshold to control an automatic neighbor relation function based on a neighbouring cell reporting threshold; and updating a logical relationship associated with the automatic neighbor relation function tasked with making decisions about cell additions or cell removals based at least in part on the neighbor addition threshold or the neighbor removal threshold, wherein updating a logical relationship associated with the automatic neighbour relation function comprises updating a neighbour relations table, the method characterized in that the neighbour relations table includes a flag that indicates whether to use a neighbour relation in performing a handover.
A humidity control apparatus including at least humidity control means (50, 115, 170) for dehumidifying and cooling air, which is configured to enable a dehumidification/ventilation operation in which the humidity control means (50, 115, 170) dehumidifies and cools outdoor air to be supplied to a room, and a simple ventilation operation in which the humidity control means (50, 115, 170) is stopped and outdoor air is supplied to the room in unchanged form, the humidity control apparatus comprising: outdoor temperature detecting means for detecting an outdoor temperature; and control means for forcibly switching from the simple ventilation operation to the dehumidification/ventilation operation when the outdoor temperature detected by the outdoor temperature detecting means during the simple ventilation operation exceeds a predetermined maximum value. outdoor temperature detecting means for detecting an outdoor temperature; and control means for forcibly switching from the simple ventilation operation to the dehumidification/ventilation operation when the outdoor temperature detected by the outdoor temperature detecting means during the simple ventilation operation exceeds a predetermined maximum value.
A vehicle including an electric power supply, an external terminal configured to output electric power of the electric power supply to an external load, the external terminal being configured to be capable of being input electric power for charging the electric power supply from an external electric power supply, a lid disposed in the external terminal, an open-closed detection sensor configured to detect the open or closed state of the lid, and a switch disposed at an electric circuit between the external terminal and the electric power supply, the vehicle comprising; an electronic control unit configured to control the switch; the electronic control unit being configured to close the switch whi le the output or the input of the electric power is performed through the external terminal; the electronic control unit being configured to open the switch during traveling; the electronic control unit being configured to execute welding diagnosis for the switch; characterised by the electronic control unit being configured to determine whether to permit the vehicle to travel based on a result of the welding diagnosis and an open-closed state of the lid, wherein the electronic control unit is configured to determine that the traveling can be permitted, either on a condition that the lid is in a closed state and the result of the welding diagnosis shows a one pole welding abnormality of the switch, or on a condition that the lid is in an open state or an indefinite state, and the result of the welding diagnosis shows normal. an electric power supply, an external terminal configured to output electric power of the electric power supply to an external load, the external terminal being configured to be capable of being input electric power for charging the electric power supply from an external electric power supply, a lid disposed in the external terminal, an open-closed detection sensor configured to detect the open or closed state of the lid, and a switch disposed at an electric circuit between the external terminal and the electric power supply, the vehicle comprising; an electronic control unit configured to control the switch; the electronic control unit being configured to close the switch whi le the output or the input of the electric power is performed through the external terminal; the electronic control unit being configured to open the switch during traveling; the electronic control unit being configured to execute welding diagnosis for the switch; characterised by the electronic control unit being configured to determine whether to permit the vehicle to travel based on a result of the welding diagnosis and an open-closed state of the lid, wherein the electronic control unit is configured to determine that the traveling can be permitted, either on a condition that the lid is in a closed state and the result of the welding diagnosis shows a one pole welding abnormality of the switch, or on a condition that the lid is in an open state or an indefinite state, and the result of the welding diagnosis shows normal.
A variable valve mechanism of an internal combustion engine, comprising: a rotary cam that rotates according to rotation of the internal combustion engine; an output arm that is swingably provided, and that drives a valve when swinging; an input member that is provided so as to be swingable relative to the output arm, and that contacts the rotary cam; and a switching device that switches between a coupled state where the input member is coupled to the output arm so as not to allow the input member to swing relative to the output arm, and a non-coupled state where the coupling between the input member and the output arm is released so as to allow the input member to swing relative to the output arm, wherein the variable valve mechanism changes a drive state of the valve by the switching operation, wherein the input member comprises an annular input roller that contacts the rotary cam, and a swing pin that is inserted into the input roller so as to rotatably support the input roller and that swings relative to the output arm when in the non-coupled state, the swing pin is supported by the output arm via a support pin, a center of the support pin is the center of the relative swinging movement, the center of the relative swinging movement is located at a position which is different from a rotation center of the input roller and is located inward of the input roller, the output arm comprises two outer arm portions each comprising a support hole, the swing pin comprises a supported hole, and the support pin is inserted into both the supported hole of the swing pin and the support holes (23, 23) of the output arm. a rotary cam that rotates according to rotation of the internal combustion engine; an output arm that is swingably provided, and that drives a valve when swinging; an input member that is provided so as to be swingable relative to the output arm, and that contacts the rotary cam; and a switching device that switches between a coupled state where the input member is coupled to the output arm so as not to allow the input member to swing relative to the output arm, and a non-coupled state where the coupling between the input member and the output arm is released so as to allow the input member to swing relative to the output arm, wherein the variable valve mechanism changes a drive state of the valve by the switching operation, wherein the input member comprises an annular input roller that contacts the rotary cam, and a swing pin that is inserted into the input roller so as to rotatably support the input roller and that swings relative to the output arm when in the non-coupled state, the swing pin is supported by the output arm via a support pin, a center of the support pin is the center of the relative swinging movement, the center of the relative swinging movement is located at a position which is different from a rotation center of the input roller and is located inward of the input roller, the output arm comprises two outer arm portions each comprising a support hole, the swing pin comprises a supported hole, and the support pin is inserted into both the supported hole of the swing pin and the support holes (23, 23) of the output arm.
Optical structure comprising at least one stack comprising a central filter and two sandwiching optical elements (2,3) between which said central filter is interposed, wherein said central filter is in a matrix material, said matrix material being doped with at least one doping agent, the central filter and the two optical elements (2,3) on either side thereof being assembled by bonding layers (4a, 4b) of a material based on the same matrix material as that of the central filter, the optical elements (2,3) on either side of the central filter and the bonding layers (4a, 4b) each having a refractive index equal to that of the material of the central filter or only differing from this refractive index within a range of plus or minus 0.05, preferably within a range of plus or minus 0.02.
A magnetic-inductive flowmeter for determining the flow volume and/or the flow speed of a liquid medium in a measurement tube, comprising: - a housing; - a front part situated in the end of the housing and having a front end; wherein the front end can be loaded by the medium; - at least two measurement electrodes (4, 5) forming a galvanic contact with the medium; wherein the front part has at least one first and one second opening for the measurement electrodes; and - a magnetic-field-generating device (7, 9) situated in the housing for generating a magnetic field extending through the front end; and wherein at least one sensor for determining a process parameter of the medium is situated in the housing, wherein the sensor comprises a pressure transducer, which can be loaded by the pressure acting on the front end, wherein the front part has at least one opening, which is formed as a differential pressure channel. - a housing; - a front part situated in the end of the housing and having a front end; wherein the front end can be loaded by the medium; - at least two measurement electrodes (4, 5) forming a galvanic contact with the medium; wherein the front part has at least one first and one second opening for the measurement electrodes; and - a magnetic-field-generating device (7, 9) situated in the housing for generating a magnetic field extending through the front end; and wherein at least one sensor for determining a process parameter of the medium is situated in the housing, wherein the sensor comprises a pressure transducer, which can be loaded by the pressure acting on the front end, wherein the front part has at least one opening, which is formed as a differential pressure channel.