mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising: a compressor main body that compresses fluid; a motor that drives the compressor main body; a temperature sensor that detects temperature of the compressor; a pressure sensor that detects pressure of compressed fluid outputted from the compressor main body; and a calculation unit that calculates a maintenance cycle of the compressor main body using the temperature of the compressor and the pressure of the compressed fluid with respective weights, characterized in that the calculation unit changes the weighting of the temperature in correspondence with the pressure of the compressed fluid. a compressor main body that compresses fluid; a motor that drives the compressor main body; a temperature sensor that detects temperature of the compressor; a pressure sensor that detects pressure of compressed fluid outputted from the compressor main body; and a calculation unit that calculates a maintenance cycle of the compressor main body using the temperature of the compressor and the pressure of the compressed fluid with respective weights,
An Automatic Gain Control system for a radio receiver having at least one receiving signal path with an analogue and a digital portion, the Automatic Gain Control system comprising at least two Automatic Gain Control loops; wherein at least one first Automatic Gain Control loop having a first cycle time, being the time span between two possible amplification adaptations of the first Automatic Gain Control loop, is configured to initially control the gain of at least one signal amplifier located in the analogue portion of the receiver until an amplified analogue receiving signal is judged to be within the dynamic range of the receiver at which point the first Automatic Gain Control loop is deactivated; wherein at least one second Automatic Gain Control loop having a second cycle time, being the time span between two possible amplification adaptations of the second Automatic Gain Control loop, is configured to control the signal amplification of at least one signal processing unit in the digital portion of the receiver when the first Automatic Gain Control loop is deactivated; wherein the digital portion of the receiver operates on a digitized receiving signal that is a digitized form of the amplified analogue receiving signal produced by the analogue portion of the receiver; wherein the at least one first Automatic Gain Control loop is reactivated upon detection of a significant change in reception conditions which cannot be coped with by the second Automatic Gain Control loop; and wherein the second cycle time is shorter than the first cycle time.
A hydrogel which comprises a block copolymer comprising a polymer block formed from repeating units of formula: wherein R 1 is methyl or ethyl, and a polymer block formed from repeating units of formula: a polymer block formed from repeating units of formula: wherein R 1 is methyl or ethyl, and a polymer block formed from repeating units of formula:
A strengthening member for an automotive vehicle, the strengthening member (1000; 1700) comprising a first end having a twelve-cornered cross section including sides and corners creating internal angles and external angles, a second end configured to connect to a four-cornered cross section of another automotive component (1050; 1750), the cross section of the strengthening member transitioning along a length of the strengthening member (1000; 1700) from the twelve-cornered cross section at the first end to a four-cornered cross-section at the second end characterised in that the strengthening member (1000; 1700) includes a tapered section (1010; 1710) at the first end and at least one protrusion (1012; 1712) disposed away from the connection between the strengthening member (1000; 1700) and the automotive component (1050; 1750).
A method of transmitting CountingResponse message for a mobile device being in a Radio Resource Control, RRC, Connected mode in a wireless communication system, the method comprising: receiving, by the mobile device, a CountingRequest message from a network; activating security between the mobile device and the network in the wireless communication system, wherein activating the security comprises: receiving, by the mobile device, a SecurityModeCommand message from the network, and transmitting, by the mobile device, a SecurityModeComplete message to the network; and initiating a counting procedure for the mobile device being in RRC Connected mode by transmitting the CountingResponse message to the network only if the security is activated between the mobile device and the network. receiving, by the mobile device, a CountingRequest message from a network; activating security between the mobile device and the network in the wireless communication system, wherein activating the security comprises: receiving, by the mobile device, a SecurityModeCommand message from the network, and transmitting, by the mobile device, a SecurityModeComplete message to the network; and receiving, by the mobile device, a SecurityModeCommand message from the network, and transmitting, by the mobile device, a SecurityModeComplete message to the network; and initiating a counting procedure for the mobile device being in RRC Connected mode by transmitting the CountingResponse message to the network only if the security is activated between the mobile device and the network.
A rail vehicle comprising a running gear comprising a first wheel set, a second wheel set, a first traction motor for driving the first wheel set, a second traction motor for driving the second wheel set, the first traction motor being provided with a first cooling inlet, the second traction motor being provided with a second cooling inlet, wherein the rail vehicle comprises a traction motor cooling system comprising: - a fan unit comprising a first fan provided with a first fan outlet, a second fan provided with a second fan outlet, and - a ducting comprising a first duct connecting the first fan outlet with the first cooling inlet and a second duct for connecting the second fan outlet with the second cooling inlet, the first duct being provided with a first duct inlet and a first duct outlet, the second duct being provided with a second duct inlet and a second duct outlet, wherein the first duct and the second duct are pneumatically independent from one another, the first duct inlet is connected to the first fan outlet and the second duct inlet is connected to the second fan outlet, characterised in that the second duct has two parallel branches (84, 86) and an inlet branch between the second duct inlet and the two parallel branches (84, 86), a portion of the first duct being located between the two parallel branches (84, 86). - a fan unit comprising a first fan provided with a first fan outlet, a second fan provided with a second fan outlet, and - a ducting comprising a first duct connecting the first fan outlet with the first cooling inlet and a second duct for connecting the second fan outlet with the second cooling inlet, the first duct being provided with a first duct inlet and a first duct outlet, the second duct being provided with a second duct inlet and a second duct outlet, wherein the first duct and the second duct are pneumatically independent from one another, the first duct inlet is connected to the first fan outlet and the second duct inlet is connected to the second fan outlet,
A synthesis method for thiadiazolylamide compound of the formula: wherein R 1, R 2, R 3, R 4 are H, C 1 -C 6 alkyl, or C 6 -C 14 aryl, n is 1-6, comprising reacting the compound of the formula: wherein R is C 1 -C 6 alkyl, or C 6 -C 14 aryl, with the compound of the formula: wherein R 1, R 2, R 3, R 4 are defined as above, n is 1-6, R 5 is H, C 1 -C 4 alkyl acyl, or C 6 -C 14 aryl acyl, in a solvent and in the presence of a base. R 1, R 2, R 3, R 4 are defined as above, n is 1-6, R 5 is H, C 1 -C 4 alkyl acyl, or C 6 -C 14 aryl acyl, in a solvent and in the presence of a base.
A cast film comprising a layer formed from a composition comprising a first composition, wherein the first composition comprises at least one ethylene-based polymer and wherein the first composition comprises a MWCDI value greater than 0.9, and a melt index ratio (I10/I2) that meets the following equation: I10/I2 ≥ 7.0 - 1.2 x log; wherein the first composition has a melt index ratio I10/I2 less than, or equal to, 9.2; wherein MWCDI is Molecular Weighted Comonomer Distribution Index and is measured as described in the description; and the melt indices I2 and I10 are measured in accordance with ASTM D-1238 (method B) at 190°C at 2.16 kg and 10kg load, respectively.
A slide adjuster including a band and a buckle, the slide adjuster enabling an engagement pawl of the buckle to engage with saw-toothed engagement grooves formed on an outer surface of the band, wherein the buckle includes a buckle body that has a bottom plate and a top plate facing each other and side plates connecting the bottom plate and the top plate, the interior of the buckle body serving as an insertion space, and an operating piece provided inside the buckle body that has, on one end of the operating piece, the engagement pawl capable of engaging with the engagement groove of the band, the operating piece being supported by a connection shaft connecting the interior of the buckle at a midpoint such that the operating piece is pivotable around the midpoint as a fulcrum, and a control piece that controls pivot of the operating piece provided on the buckle body, characterized in that one end side of the operating piece can be elastically brought into contact with the control piece while another end side of the operating piece can be brought into contact with the band, and when the band is passed through the insertion space of the buckle while the engagement pawl is engaged with the engagement groove of the band to be locked, the band moves forward while the band makes contact with the engagement pawl of the operating piece and presses the one end of the operating piece upward, and the one end of the operating piece returns to an initial state in reaction to pressure contact with the control piece, so that the band can freely approach the buckle but cannot retreat.
A method of arresting fatigue crack growth in a metal member comprising: a hole forming step of forming a hole in a metal member body in which a fatigue crack occurs due to an action of applied cyclic tensile stress, the hole arranged beside a tip portion of the fatigue crack with respect to a crack extension direction; and a press-fitting step of making compressive stress act on the tip portion of the fatigue crack from a direction lateral to the crack extension direction by press-fitting a press-fit object into the hole, the press-fit object being higher in stiffness than the metal member body and larger in external size than the hole, characterised in that in the hole forming step, a stress concentration area caused by stress concentration on the tip portion of the fatigue crack is found beforehand, and the hole is formed in a location outside the stress concentration area. a hole forming step of forming a hole in a metal member body in which a fatigue crack occurs due to an action of applied cyclic tensile stress, the hole arranged beside a tip portion of the fatigue crack with respect to a crack extension direction; and a press-fitting step of making compressive stress act on the tip portion of the fatigue crack from a direction lateral to the crack extension direction by press-fitting a press-fit object into the hole, the press-fit object being higher in stiffness than the metal member body and larger in external size than the hole, characterised in that in the hole forming step, a stress concentration area caused by stress concentration on the tip portion of the fatigue crack is found beforehand, and the hole is formed in a location outside the stress concentration area.
A rotor blade for a gas turbine system, comprising: a platform comprising a radially inner surface and a radially outer surface; a shank portion extending radially inwardly from the radially inner surface of the platform, the shank portion and the platform collectively defining a shank pocket; and an airfoil extending radially outwardly from the radially outer surface of the platform; wherein the shank portion, the platform, and the airfoil collectively define a cooling passage extending from a cooling passage inlet defined by the shank portion or the platform and directly coupled to the shank pocket through the platform to a cooling passage outlet defined by the airfoil; wherein the airfoil defines one or more trailing edge apertures, and wherein the cooling passage outlet is positioned entirely radially inwardly from all of the one or more trailing edge apertures; characterized in that the one or more trailing edge apertures is positioned axially and circumferentially between the cooling passage inlet and the cooling passage outlet. a platform comprising a radially inner surface and a radially outer surface; a shank portion extending radially inwardly from the radially inner surface of the platform, the shank portion and the platform collectively defining a shank pocket; and an airfoil extending radially outwardly from the radially outer surface of the platform; wherein the shank portion, the platform, and the airfoil collectively define a cooling passage extending from a cooling passage inlet defined by the shank portion or the platform and directly coupled to the shank pocket through the platform to a cooling passage outlet defined by the airfoil; wherein the airfoil defines one or more trailing edge apertures, and wherein the cooling passage outlet is positioned entirely radially inwardly from all of the one or more trailing edge apertures; characterized in that the one or more trailing edge apertures is positioned axially and circumferentially between the cooling passage inlet and the cooling passage outlet.
A retraction or ejection device, in particular for a movable furniture part, having a housing, on which at least one guide path for a movable driver pretensioned by a force accumulator is formed, wherein the at least one guide path has a linear section (11, 55, 56) and at least one angled parking section (14, 15), on which the driver is lockable with tensioned force accumulator, characterized in that the linear section (11, 55, 56) of the guide path is formed from at least two parts, which are adjustable relative to one another to adjust the length of the linear section (11, 55, 56) of the guide path.
Actuator (2a, 2b) for steering a valve in a heating circuit manifold (1a, 1b) having a motor receiver, the actuator (2a, 2b) comprising an electric motor with housing and a motor flange which motor flange is arranged to be fitted in the motor receiver of the heating circuit manifold (1a, 1b), a valve switching element connected to this electric motor and moved by this in an axial direction, a motor electronics element, a contact plug mounted on this motor electronics element, and a contact socket (13a, 13b) mounted on this motor electronics element and matching a contact plug of the same type as this contact plug, wherein the contact plug is aligned in a first direction and the contact socket (13a, 13b) in a second direction, and whereby the contact plug and the contact socket (13a, 13b) are fitted with electric conductors for an electrical connection to an adjacent, identical actuator (2a, 2b), characterised in that the motor electronics element is mounted on the electric motor's housing,
A wireless tag reader that is attachable to a basket for storing a tagged object, the wireless tag reader comprising: a body portion housing a processor; an antenna connected to the body portion; characterized by a holding portion configured to attach to an upper edge part of a basket and including: an upper plate part rotatably connected to the body portion, a lower plate part facing the upper plate part, and a biasing member between the upper and lower plate parts and by which one of the upper and lower plate parts is biased towards the other while the upper edge part is sandwiched between the upper and lower plate parts. a body portion housing a processor; an antenna connected to the body portion; characterized by a holding portion configured to attach to an upper edge part of a basket and including: an upper plate part rotatably connected to the body portion, a lower plate part facing the upper plate part, and a biasing member between the upper and lower plate parts and by which one of the upper and lower plate parts is biased towards the other while the upper edge part is sandwiched between the upper and lower plate parts. an upper plate part rotatably connected to the body portion, a lower plate part facing the upper plate part, and a biasing member between the upper and lower plate parts and by which one of the upper and lower plate parts is biased towards the other while the upper edge part is sandwiched between the upper and lower plate parts.
A pocket spring core (1, 1a) having at least one first zone and at least one second zone, wherein the first zone has at least two rows of a first spring strand section (4, 4a) and at least one of the second zone(s) has at least one row or line of a second spring strand section (9, 9a), wherein the second spring strand section has at least two layers located vertically one over the other of in each case a plurality of helical wound first compression springs in a first, upper layer and second compression springs in a second, lower layer and at least one row of a third spring strand section (10, 10a), characterized in that at least one of the second zone(s) of the pocket spring core (1, 1a) has at least one channel-like depression.
An air compressor system operably coupled to a power supply, the air compressor system comprising: an air storage tank; an air pump including an air manifold having an inlet configured to receive ambient air, the air pump fluidly coupled to the air storage tank; a motor operable at a first parameter to operate the air pump; a valve member in fluid communication with the inlet of the air manifold; and a controller including a determined parameter of the motor to operate the air pump, the controller coupled to the valve member, the controller configured to: monitor the first parameter of the motor; compare the first parameter and the determined parameter of the motor; and move the valve member to change a rate of ambient air traveling into the air manifold, characterized in that the air compressor system further comprises a sealing member comprising an interior inlet surface and an interior outlet surface with an angle θ defined therebetween, wherein the angle θ is an oblique angle. an air storage tank; an air pump including an air manifold having an inlet configured to receive ambient air, the air pump fluidly coupled to the air storage tank; a motor operable at a first parameter to operate the air pump; a valve member in fluid communication with the inlet of the air manifold; and a controller including a determined parameter of the motor to operate the air pump, the controller coupled to the valve member, the controller configured to: monitor the first parameter of the motor; compare the first parameter and the determined parameter of the motor; and move the valve member to change a rate of ambient air traveling into the air manifold, characterized in that the air compressor system further comprises a sealing member comprising an interior inlet surface and an interior outlet surface with an angle θ defined therebetween, wherein the angle θ is an oblique angle. monitor the first parameter of the motor; compare the first parameter and the determined parameter of the motor; and move the valve member to change a rate of ambient air traveling into the air manifold, characterized in that the air compressor system further comprises a sealing member comprising an interior inlet surface and an interior outlet surface with an angle θ defined therebetween, wherein the angle θ is an oblique angle.
A shock wave and/or ultrasound therapy system comprising an ultra-sound and/or shockwave source, characterized in that the ultrasound and/or shockwave source is suspended on a hexapod drive, wherein the hexapod drive is configured to provide a first movement in a direction of a center axis of the ultrasound and/or shockwave source and at the same time a second movement laterally and or rotationally to avoid and/or remove air bubbles at the exterior surface of a cushion covering the ultrasound and/or shockwave source.
An electromechanical front gear changer for a bicycle having a chain, comprising: a base member attachable to the bicycle; a linkage movably coupled to the base member; a chain guide movably coupled to the linkage for contacting the chain; a housing attached to the base member, and formed of a material permitting the passage of wireless signals therethrough; a motor supported by the base member and positioned within the housing; a gear transmission driven by the motor to move the linkage and positioned within the housing; a CPU for controlling the motor, wherein the CPU is positioned within the housing; and a power supply supported by the base member to power the motor and the CPU; a radio for receiving wireless signals, and powered by the power supply wherein the CPU is in operative communication with the receiver and processes the received wireless signal; a printed circuit board assembly; and characterized by the radio positioned on the printed circuit board assembly, wherein the radio is positioned within the housing, wherein the printed circuit board assembly further comprises a vibration sensor, which is in communication with the CPU to cause electronic systems of the printed circuit board assembly, including the radio, to turn on when vibration is detected by the vibration sensor. a base member attachable to the bicycle; a linkage movably coupled to the base member; a chain guide movably coupled to the linkage for contacting the chain; a housing attached to the base member, and formed of a material permitting the passage of wireless signals therethrough; a motor supported by the base member and positioned within the housing; a gear transmission driven by the motor to move the linkage and positioned within the housing; a CPU for controlling the motor, wherein the CPU is positioned within the housing; and a power supply supported by the base member to power the motor and the CPU; a radio for receiving wireless signals, and powered by the power supply wherein the CPU is in operative communication with the receiver and processes the received wireless signal; a printed circuit board assembly; and characterized by the radio positioned on the printed circuit board assembly, wherein the radio is positioned within the housing, wherein the printed circuit board assembly further comprises a vibration sensor, which is in communication with the CPU to cause electronic systems of the printed circuit board assembly, including the radio, to turn on when vibration is detected by the vibration sensor.