mhurhangee/ep-ind-claims huggingface dataset:
A four-wheel drive vehicle, in which, of the left and right front wheels (6, 7; 67, 68) and the left and right rear wheels (19, 20; 78, 79), one pair is set as the main drive wheels which are connected to a drive source and the other pair is set as the auxiliary drive wheels which are connected to the drive source via a clutch, comprising plural clutches, that is, a dog clutch (8; 80) with teeth and a friction clutch (16; 70), that are respectively disposed separately in a drive branch-side transmission system path and in an auxiliary drive wheel-side transmission system path which sandwich a differential, in a system for transmitting drive force to the auxiliary drive wheels, wherein the dog clutch (8; 80) separates the system for transmitting drive force to the auxiliary drive wheels from the system for transmitting drive force to the main drive wheels by releasing the clutch, and the friction clutch (16; 70) allocates a portion of the drive force from the drive source to the auxiliary drive wheels in accordance with a clutch engagement capacity, and a clutch control unit as a clutch control means that carries out an engagement and disengagement control of the dog clutch (8; 80) and an engagement and disengagement control of the friction clutch (16; 70) in accordance with a vehicle state that is detected by a vehicle state detection device (35, 36), and which can switch between a two-wheel drive mode in which only the main drive wheels are driven and a four-wheel drive mode in which the main drive wheels and the auxiliary drive wheels are driven, characterized in that the vehicle state detection devices (35, 36) include an uphill sensor that detects an uphill movement, in that the clutch control unit comprises, as the two-wheel drive modes, a disconnected two-wheel drive mode in which both clutches (8, 16; 80, 70) are released, and a standby two-wheel drive mode in which the teeth of the dog clutch (8; 80) are engaged and the friction clutch (16; 70) is released, and in that, when an uphill movement is detected during the disconnected two-wheel drive mode, the clutch control unit switches the mode to the standby two-wheel drive mode, wherein the standby two-wheel drive mode is a transitional mode used when changing from the disconnected two-wheel drive mode to the four-wheel drive mode.
A wiper for a cosmetic product applicator for a container containing the cosmetic product, the wiper extending along a longitudinal axis (A-A') and defining an insertion direction of the applicator into the container from a proximal end of the wiper toward a distal end of the wiper, the wiper comprising: - a tube having a longitudinal axis (A-A'), the tube defining a distal region of constant interior section; - a wiping lip of the applicator of longitudinal axis (A-A'), having an interior section becoming narrower in the insertion direction of the applicator up to a distal passage orifice; and - a connecting segment connecting the distal region of the tube to a proximal end of the wiping lip, the interior section of the connecting segment becoming wider along the insertion direction; wherein the distal region of the tube is cylindrical, the lip defining a frustoconical interior surface converging toward the longitudinal axis (A-A') along the insertion direction and the connecting segment defining a frustoconical interior surface diverging from the axis (A-A') along the insertion direction, the interior surface of the wiping lip being connected to the interior surface of the connecting segment. - a tube having a longitudinal axis (A-A'), the tube defining a distal region of constant interior section; - a wiping lip of the applicator of longitudinal axis (A-A'), having an interior section becoming narrower in the insertion direction of the applicator up to a distal passage orifice; and - a connecting segment connecting the distal region of the tube to a proximal end of the wiping lip, the interior section of the connecting segment becoming wider along the insertion direction;
A method of testing non-volatile memory cells having floating gates and formed on a die, comprising: erasing the non-volatile memory cells; performing a first read operation after the erasing of the non-volatile memory cells to determine a lowest read current for the non-volatile memory cells and a first number of the non-volatile memory cells having the lowest read current; performing a second read operation to determine a second number of the non-volatile memory cells having a read current not exceeding a target read current, wherein the target read current is equal to the lowest read current plus a predetermined current value; determining whether the second number exceeds the first number plus a predetermined number; and determining the die is acceptable if the second number is determined to exceed the first number plus the predetermined number, or determining the die is defective if the second number is determined not to exceed the first number plus the predetermined number. erasing the non-volatile memory cells; performing a first read operation after the erasing of the non-volatile memory cells to determine a lowest read current for the non-volatile memory cells and a first number of the non-volatile memory cells having the lowest read current; performing a second read operation to determine a second number of the non-volatile memory cells having a read current not exceeding a target read current, wherein the target read current is equal to the lowest read current plus a predetermined current value; determining whether the second number exceeds the first number plus a predetermined number; and determining the die is acceptable if the second number is determined to exceed the first number plus the predetermined number, or determining the die is defective if the second number is determined not to exceed the first number plus the predetermined number.
Strip resonator for a mechanical movement of a watch arranged to be fixed to a plate of a said movement, said resonator including a structure, arranged to be fixed to said plate or to form said plate, and with respect to which structure at least one inertial element is arranged to vibrate and/or to oscillate, and said resonator including at least one elastic strip extending between, at a first end, a first anchorage arranged on said structure, and at a second end, a second anchorage arranged on a said at least one inertial element, and said strip being arranged to vibrate essentially in a main plane, wherein said at least one strip forms a bearing for said inertial element in said main plane, and wherein, for the anti-shock protection of said strips comprised therein, said resonator includes, on said first anchorage and/or on said second anchorage, at least one flat anti-shock device, arranged to protect each said at least one strip against rupture in the event of a shock, said flat, anti-shock device including at least a first prestressed flexible element, pretensioned with a prestressing force in said main plane, set at a predetermined safe stress value, characterised in that, for the three-dimensional anti-shock protection of said strips comprised therein, said resonator includes, in an axial direction perpendicular to said main plane, axial protection means, which include, on the one hand, axial banking members (401; 401A; 401B) for limiting the axial travel of said at least one inertial element, and on the other hand, an axial anti-shock device comprising a second axially prestressed flexible element.
Method for securing a sensor to a support, the support comprising a receiving zone for the sensor and a crimping zone, the sensor comprising a housing provided with a protruding zone, the receiving zone being substantially planar and the crimping zone comprising at least two walls extending substantially perpendicularly from the receiving zone, in which method: - the sensor is brought to face the receiving zone of the support and into contact with all or part thereof, and - all or part of the crimping zone is deformed in such a way that the said portion or portions of the crimping zone which are thus deformed press against all or part of the protruding zone so as to hold the sensor in position with respect to the support, by subjecting the crimping zone to heating and to a mechanical force, the method being characterized in that the temperature applied in order to deform the crimping zone varies during the heating. - the sensor is brought to face the receiving zone of the support and into contact with all or part thereof, and - all or part of the crimping zone is deformed in such a way that the said portion or portions of the crimping zone which are thus deformed press against all or part of the protruding zone so as to hold the sensor in position with respect to the support, by subjecting the crimping zone to heating and to a mechanical force, the method being characterized in that the temperature applied in order to deform the crimping zone varies during the heating.
A method of constructing login/password protocols for registering and verifying logins/passwords comprising the steps of: registering the logins/passwords comprising the steps of: selecting memory storage locations for login/password data based on the login/password data; combining content of the memory storage locations into a first tag; and storing the first tag; and verifying the logins/passwords comprising the steps of: selecting memory storage locations based on the login/password data; combining content of the memory storage locations into a second tag; and verifying that the second tag matches the stored first tag. registering the logins/passwords comprising the steps of: selecting memory storage locations for login/password data based on the login/password data; combining content of the memory storage locations into a first tag; and storing the first tag; and selecting memory storage locations for login/password data based on the login/password data; combining content of the memory storage locations into a first tag; and storing the first tag; and verifying the logins/passwords comprising the steps of: selecting memory storage locations based on the login/password data; combining content of the memory storage locations into a second tag; and verifying that the second tag matches the stored first tag. selecting memory storage locations based on the login/password data; combining content of the memory storage locations into a second tag; and verifying that the second tag matches the stored first tag.
An elongated seal for sealing a joint between a first and second construction element, said seal comprising an intumescent material and comprising: - mutually parallel first and second support faces (831, 832) for contacting opposing faces of a joint opening; - a resilient bridge portion connecting said first and second support faces (831, 832), - a leg portion extending from the first or the second support face (831, 832) and having a planar shape with on one side an inner surface and on the opposite side an outer surface, and having an orientation relative to said first and second support faces (831, 832) between 75 and 105°, wherein said leg portion extends at most partially into an area between the first and second support faces (831, 832), which leg portion is for contacting a part of said first or second construction element outside said joint, and- a flange comprising an outer surface having an orientation parallel to the outer surface of the leg portion, wherein said flange is connected to one of the support faces (831, 832) or is connected to the resilient bridge portion and is separated from the leg portion by a gap, wherein the flange and the leg portion are positioned such that upon compression of the seal during positioning of the seal into the joint opening, the leg portion and the flange move towards each other, thus allowing the gap to close. - mutually parallel first and second support faces (831, 832) for contacting opposing faces of a joint opening; - a resilient bridge portion connecting said first and second support faces (831, 832), - a leg portion extending from the first or the second support face (831, 832) and having a planar shape with on one side an inner surface and on the opposite side an outer surface, and having an orientation relative to said first and second support faces (831, 832) between 75 and 105°, wherein said leg portion extends at most partially into an area between the first and second support faces (831, 832), which leg portion is for contacting a part of said first or second construction element outside said joint, and- a flange comprising an outer surface having an orientation parallel to the outer surface of the leg portion, wherein said flange is connected to one of the support faces (831, 832) or is connected to the resilient bridge portion and is separated from the leg portion by a gap,
A computer implemented method, comprising: receiving a communication signal transmitted over a hybrid fiber coax network of a CATV system; identifying loading characteristics of the received communication signal, wherein the loading characteristics of the communication signal are based upon the number of channels used by a multiple service operator; identifying performance requirements of an amplifier in the hybrid coax network, the amplifier for amplifying the communication signal for transmission within the hybrid fiber coax network, based upon the loading characteristics of the received communication signal; and generating control signals to set a power drawn by the amplifier in the hybrid coax network based upon the identified performance requirements. receiving a communication signal transmitted over a hybrid fiber coax network of a CATV system; identifying loading characteristics of the received communication signal, wherein the loading characteristics of the communication signal are based upon the number of channels used by a multiple service operator; identifying performance requirements of an amplifier in the hybrid coax network, the amplifier for amplifying the communication signal for transmission within the hybrid fiber coax network, based upon the loading characteristics of the received communication signal; and generating control signals to set a power drawn by the amplifier in the hybrid coax network based upon the identified performance requirements.
A method for acquiring dynamic map data, performed by a road operation device having a network access capacity, comprising: acquiring dynamic map data of a road work site where the road operation device is located; being characterized in that, the road operation device is a traffic cone having the network access capacity or a triangle warning sign having the network access capacity, the road operation device is provided with a positioning function, a built-in clock and buttons, each button corresponds to a current type of the road work site including road construction, accident or temporary traffic control, the acquiring of the dynamic map data by the road information device including acquiring its location information, the time information and the current type information set by a field worker pressing the corresponding button, and the method comprises providing the dynamic map data including the current type of the road work site to a map service system through a dynamic map data acquisition system, such that the map service system reflects content of the dynamic map data in a predetermined product form, the predetermined product form comprising road condition, navigation route, and induced broadcast, and the map service system is configured to provide dynamic map data to a map user. acquiring dynamic map data of a road work site where the road operation device is located; being characterized in that, the road operation device is a traffic cone having the network access capacity or a triangle warning sign having the network access capacity, the road operation device is provided with a positioning function, a built-in clock and buttons, each button corresponds to a current type of the road work site including road construction, accident or temporary traffic control, the acquiring of the dynamic map data by the road information device including acquiring its location information, the time information and the current type information set by a field worker pressing the corresponding button, and the method comprises providing the dynamic map data including the current type of the road work site to a map service system through a dynamic map data acquisition system, such that the map service system reflects content of the dynamic map data in a predetermined product form, the predetermined product form comprising road condition, navigation route, and induced broadcast, and the map service system is configured to provide dynamic map data to a map user.
A method performed by an Access Point, AP (131, 132), of a Wireless Local Area Network, WLAN (135, 136), for enabling a station, STA, to select an AP (131, 132), the method comprising determining (401, 602) information indicating the number of STAs currently being served by the AP (131, 132) which are capable of using Orthogonal Frequency-Division Multiplexing Access, OFDMA, in the WLAN (135, 136); and transmitting (402, 603) the determined information to the STA. determining (401, 602) information indicating the number of STAs currently being served by the AP (131, 132) which are capable of using Orthogonal Frequency-Division Multiplexing Access, OFDMA, in the WLAN (135, 136); and transmitting (402, 603) the determined information to the STA.
Portable support for hoist or traction tools, comprising: - a base, adapted to be rigidly and removably fastened on a support surface, and - a column, which is fastened at a third end (2.1) to a first surface (1.1) of the base, where the column is configured in such a way that a hoist or traction tool can be coupled to it, wherein it comprises a flexible perimeter rim fastened and extended from a second surface (1.2) of the base, in such a way that, in use, said flexible perimeter rim is arranged between the base and the support surface forming a closed space; and a vacuum generating means in fluid communication with the closed space by means of a vacuum line or pipe that is connected to a perforation (1.3) of the base, such that, a vacuum generated by the vacuum generating means produces the rigid fastening of the base to the support surface, wherein the third end (2.1) of the column is fastened to the first surface (1.1) of the base by means of plates longitudinally fastened to the base, where the plates are arranged parallel to each other and extended perpendicular to a longitudinal plane of the base, such that the column is adapted to fit between the plates and be fastened to said plates through removable fastening means that are adapted to pass through first (2.11) and third holes (10.1) of the third end (2.1) of the column and of the plates respectively; the hoist or traction tool is a flexible element; characterised in that the plates comprise respective rows of fourth holes (10.2), a return pulley is arranged between two facing fourth holes (10.2) of the respective plates or, wherein the column is arranged parallel with respect to the base, a directing element is arranged between two facing fourth holes (10.2) of the respective plates, so that a position of the return pulley or the directing element can be varied with respect to the base, the hoist or traction tool passes between the return pulley and the base towards the outside of the support or passes over the directing element to change its direction. - a base, adapted to be rigidly and removably fastened on a support surface, and - a column, which is fastened at a third end (2.1) to a first surface (1.1) of the base, where the column is configured in such a way that a hoist or traction tool can be coupled to it,
A method executed on a computing device to maintain and upgrade a tenant database (206, 208, 210) in a multi-tenant Enterprise Resource Planning, ERP, system with a shared schema, the method comprising: enabling editing of an application database through a development tool; retrieving a checksum of metadata in the application database; and propagating changes from the application database to the tenant database by enabling a detection of a change at a mount time at the tenant database through a comparison of the checksum to another checksum at the tenant database, wherein a variation between the checksums is interpreted as detecting a change, and wherein the changes include variations between a schema of the application database and another schema of the tenant database. enabling editing of an application database through a development tool; retrieving a checksum of metadata in the application database; and propagating changes from the application database to the tenant database by enabling a detection of a change at a mount time at the tenant database through a comparison of the checksum to another checksum at the tenant database, wherein a variation between the checksums is interpreted as detecting a change, and wherein the changes include variations between a schema of the application database and another schema of the tenant database.
Device for the synchronous actuation and locking of elevator doors that are substantially disposed one behind the other in the passage direction - such as a cage door and a shaft door -, wherein the device comprises drive skids (4a, 4b) attached to a first door whose distance relative to each other is variable, in order be able to couple the first door to the second door and jointly push the two doors open, and the device is coupled to a linear drive moving the doors in the opening or closing direction, and the linear drive also drives at least one of the drive skids by means of a motion converter, characterised in that the motion converter is designed in such a way that said drive skid at least temporarily pushes the second door in the closing direction, while that is being unlocked, in such a way that the bar that keeps the second door closed is relieved of load even though the linear drive itself is already moving in the opening direction.
A vehicle skeleton member comprising a composite material of a thermoplastic resin and a carbon fiber, wherein the composite material is a random carbon-fiber composite material, B, wherein a form of the carbon fiber in the composite material is a discontinuous fiber arranged two-dimensionally randomly and wherein a plate-shaped sample of the random carbon-fiber composite material has a tensile modulus in two directions crossing at a right angle each other in a plane in which the discontinuous fiber is arranged two-dimensionally randomly, and a ratio obtained by dividing a larger value of the tensile modulus by a smaller value of the tensile modulus is 2 or less, wherein arranged two-dimensionally randomly is a state that a discontinuous carbon fiber is two-dimensionally entangled and deposited forming a pseudo plane and each carbon fiber is oriented in the pseudo plane, characterised in that the composite material is a layer body of the random carbon-fiber composite material, B, as a skin layer, and a unidirectional carbon fiber composite material, A, as a core member, wherein a form of the carbon fiber in the unidirectional carbon fiber composite material, A, is aligned in one direction; and in that the vehicle skeleton member is at least one selected from the group consisting of a reinforcing structural part arranged on an underfloor structural component, an upperfloor structural component, a side sill structural component, and a vehicle body upper structural component.