mhurhangee/ep-ind-claims huggingface dataset:
A valve bridge for transmitting motion from a main event rocker arm to at least two valves (120, 130) in an internal combustion engine, the valve bridge comprising: a main event rocker interface portion for receiving motion from the main event rocker; a first valve interface portion extending from the main event rocker interface portion and including a first valve interface for transmitting motion to a first one of the at least two valves; a second valve interface portion extending from the main event rocker interface portion and including a second valve interface for transmitting motion to a second one of the at least two valves; the second valve interface portion including a slot extending to an open end of the valve bridge; and a bridge pin disposed in the slot for engaging an auxiliary motion source, the slot and open end arranged to permit removal of the valve bridge from the bridge pin in a longitudinal direction defined between the first valve interface portion and the second valve interface portion. a main event rocker interface portion for receiving motion from the main event rocker; a first valve interface portion extending from the main event rocker interface portion and including a first valve interface for transmitting motion to a first one of the at least two valves; a second valve interface portion extending from the main event rocker interface portion and including a second valve interface for transmitting motion to a second one of the at least two valves; the second valve interface portion including a slot extending to an open end of the valve bridge; and a bridge pin disposed in the slot for engaging an auxiliary motion source, the slot and open end arranged to permit removal of the valve bridge from the bridge pin in a longitudinal direction defined between the first valve interface portion and the second valve interface portion.
Method of binding enzymes of sarcosine oxidase and horseradish peroxidase to Fe 2 O 3 /Au nanoparticles using chitosan, characterized in that chitosan at a concentration of 4 to 12 mg/ml in a solution of a 1% acetic acid, the binding solution of 70 to 500 μl in volume containing sarcosine oxidase with an activity of 1 to 45 kU/l, horseradish peroxidase with activity of 15 to 35 kU/l in a phosphate solution at a concentration of 40 to 60 mM and pH 8.0 and tripolyphosphate having a concentration of 1.7 to 3.2 mM in the environment of a 1% acetic acid, pH 4, are added to the Fe 2 O 3 /Au nanoparticles in an amount of 20 to 60 mg, the Fe 2 O 3 /Au nanoparticles with the addition of chitosan, binding solution and tripolyphosphate are subsequently incubated for 60 minutes at room temperature under constant stirring resulting in formation of the Fe 2 O 3 /Au nanoparticles with bound enzymes sized 20 to 60 nm, which are then deposited in the dark at 5 to 10°C.
A closure assembly comprising: a housing (22, 22a, 22b); a sensor disposed within the housing (22, 22a, 22b); a door (24, 24a, 24b) supported by the housing (22, 22a, 22b), the door (24, 24a, 24b) being movable between a closed position and an open position, the sensor being exposed when the door (24, 24a, 24b) is in the open position; and a primary actuator (80, 80a, 80b) operable to (i) apply a first force on the door (24, 24a, 24b) to move the door (24, 24a, 24b) from the closed position to the open position and (ii) apply a second force on the door (24, 24a, 24b) to move the door (24, 24a, 24b) from the closed position to the open position when the first force does not move the door (24, 24a, 24b) into the open position. a housing (22, 22a, 22b); a sensor disposed within the housing (22, 22a, 22b); a door (24, 24a, 24b) supported by the housing (22, 22a, 22b), the door (24, 24a, 24b) being movable between a closed position and an open position, the sensor being exposed when the door (24, 24a, 24b) is in the open position; and a primary actuator (80, 80a, 80b) operable to (i) apply a first force on the door (24, 24a, 24b) to move the door (24, 24a, 24b) from the closed position to the open position and (ii) apply a second force on the door (24, 24a, 24b) to move the door (24, 24a, 24b) from the closed position to the open position when the first force does not move the door (24, 24a, 24b) into the open position.
At least partially electric traction motor vehicle, said motor vehicle comprising a traction battery and a power train comprising a current inverter ensuring the supply of power to an electrical machine and a power converter including two branches each formed by a transistor operating as a switch (Q1, Q2) and by a diode (D1, D2), the centre taps between each of the diodes (D1, D2) and each of the transistors (Q1, Q2) respectively being connected, by way of inductors (Ln, Lp), to the current inverter, ensuring a bidirectional transfer of the electric power between the inverter and the battery, characterized in that it includes a circuit comprising at least one branch formed of two capacitive elements (C1, C2) and connected in parallel between the battery and the power converter, or else at least one branch formed of two rectifier elements (Da, Db) connected in parallel across the current inverter, a centre tap of said at least one branch being situated between said capacitive or rectifier elements and being able to be connected to a first phase of an electric power supply network, a centre tap of an arm of the inverter being able to be connected to a second phase of the power supply network.
A method of optimizing a culling program code for a programmable culling unit used for generating graphics in which interval bounds are used, said culling program for culling a tile in a display adapter, whereby a polygon to be rendered is divided into one or more tiles, wherein each tile is at least partly overlapped by the polygon, each tile comprising at least one fragment, the fragments corresponding to a pixel and containing all data required to render the pixel and to test whether the pixel should be rendered on the screen of the display adapter, said optimization characterized by comprising: for each variable of the culling program, determining, before run time, whether interval bounds can be applied for that variable; if so, for each variable, tracking the interval bounds at compile time through the code to compute possible interval bounds for that variable; and applying known mathematical results to the possible interval bounds in order to provide narrowed compile time interval bounds for that variable; wherein tracking the interval bounds includes evaluating instructions using bounded arithmetic, wherein evaluating instructions using bounded arithmetic includes using one of interval arithmetic, affine arithmetic, or Taylor arithmetic. for each variable of the culling program, determining, before run time, whether interval bounds can be applied for that variable; if so, for each variable, tracking the interval bounds at compile time through the code to compute possible interval bounds for that variable; and applying known mathematical results to the possible interval bounds in order to provide narrowed compile time interval bounds for that variable; wherein tracking the interval bounds includes evaluating instructions using bounded arithmetic, wherein evaluating instructions using bounded arithmetic includes using one of interval arithmetic, affine arithmetic, or Taylor arithmetic.
A particle detection sensor that is disposed on a substrate to detect particles in a gas, the particle detection sensor comprising: a substrate; a light source member disposed on the substrate and configured to emit light parallel to the substrate and toward a flow path through which gas containing the particles flows; a condensing lens attached to the substrate and disposed between the substrate and light emitted from the light source member as well as configured to allow light scattered by the particles to pass through; a photodetector disposed on the substrate and under the condensing lens as well as configured to detect light that has passed through the condensing lens; characterised in that the condensing lens is disposed parallel to the substrate. a substrate; a light source member disposed on the substrate and configured to emit light parallel to the substrate and toward a flow path through which gas containing the particles flows; a condensing lens attached to the substrate and disposed between the substrate and light emitted from the light source member as well as configured to allow light scattered by the particles to pass through; a photodetector disposed on the substrate and under the condensing lens as well as configured to detect light that has passed through the condensing lens; characterised in that the condensing lens is disposed parallel to the substrate.
Lead-free soft solder based on an Sn-In-Ag solder alloy consisting of - from 88 to 98.5 wt.% Sn; - from 1 to 8 wt.% In; - from 0.5 to 3.5 wt.% Ag; - from 0 to 1 wt.% Cu; - from 0 to 3 wt.% Ga, Sb, Bi total; - up to 1 wt.% of additives in the form of Ni, Fe, Co, Mn, Cr, Mo or Ge or impurities; - and a doping by a crystallisation modifier that inhibits the growth of intermetallic phases in the solidified solder in the form of < 100 ppm of neodymium. - from 88 to 98.5 wt.% Sn; - from 1 to 8 wt.% In; - from 0.5 to 3.5 wt.% Ag; - from 0 to 1 wt.% Cu; - from 0 to 3 wt.% Ga, Sb, Bi total; - up to 1 wt.% of additives in the form of Ni, Fe, Co, Mn, Cr, Mo or Ge or impurities; - and a doping by a crystallisation modifier that inhibits the growth of intermetallic phases in the solidified solder in the form of < 100 ppm of neodymium.
A device for the radiographic, non-destructive testing of objects, comprising a first positioning means for positioning a collimator for receiving a radioactive radiation source, at an object to be tested, and a second positioning means for positioning a recording carrier at the object to be tested, wherein the first positioning means can be anchored or set up with a lower end on a rest surface, and the collimator is attached on the opposite, upper end, wherein the second positioning means comprises a holding tube for positioning the recording carrier with respect to the object to be tested, characterised in that a film cassette can be placed in the recording carrier, and the second positioning means is alternatively fastenable at different locations on a surface of the recording carrier by way of a releasable connection; and wherein the recording carrier is rotatable about an axis perpendicular to the axis of the holding tube, with respect to the holding tube of the second positioning means.
Piston for an internal combustion engine, which piston has a piston crown, a circumferential ring belt, a cooling duct which runs around in the region of the ring belt, boss supports which are attached below the piston crown, and piston bosses which are connected to the said boss supports, and a piston skirt, a cavity which is closed on all sides with a closure element which is arranged in the direction of the piston skirt being provided below the piston crown, characterized in that the closure element is configured as a double-walled closure body which encloses a chamber.
A system for stabilizing a lift truck, the system comprising: a rotatable drive unit, the drive unit including a steerable drive tire; a first slide mechanism coupled to the rotatable drive unit; a caster mounted to a caster plate; a second slide mechanism (114, 124, 126) mounted to the caster plate; characterised in that the system comprises a steering mechanism coupled to the rotatable drive unit, such that when the steering mechanism is moved to steer the steerable drive tire, the first slide mechanism interacts with the second slide mechanism (114, 124, 126) to affect a pressure on the caster. a rotatable drive unit, the drive unit including a steerable drive tire; a first slide mechanism coupled to the rotatable drive unit; a caster mounted to a caster plate; a second slide mechanism (114, 124, 126) mounted to the caster plate; characterised in that the system comprises a steering mechanism coupled to the rotatable drive unit, such that when the steering mechanism is moved to steer the steerable drive tire, the first slide mechanism interacts with the second slide mechanism (114, 124, 126) to affect a pressure on the caster.
A pharmaceutical or veterinary composition for its use in preventing and/or treating a MERS-CoV (Middle-East Respiratory Syndrome) coronavirus infection, characterised in that it comprises, in a suitable pharmaceutical vehicle, at least one compound chosen from Apigenin and Berberine.
A fan coil unit being adapted to be mounted on a vertical wall, the fan coil unit having a housing, the housing having three outlet areas (2a, 2b, 3) through which air can be expelled from the housing, the three outlet areas being arranged beside each other on a top side of the housing, one middle outlet area of said outlet areas being arranged between two outer outlet areas (2a, 2b) of said outlet areas, wherein two outer outlet areas (2a, 2b) are inclined by an angle between greater than or equal 120° and smaller than or equal 160° with respect to the middle outlet area, the angle being the smaller angle measured between the respective outer outlet area (2a, 2b) and the middle outlet area, further comprising at least one fan which is arranged in the housing to blow air through the middle outlet area when in operation, and further comprising at least two fans (4a, 4b) each of which is arranged to respectively blow air through one of the outer outlet areas (2a, 2b) when in operation, characterized in that the two fans (4a, 4b) which are arranged to respectively blow air through one of the outer outlet areas (2a, 2b) are arranged such that a blowing direction of the respective fan (4a, 4b) is perpendicular to the outlet area (2a, 2b) through which the respective fan (4a, 4b) blows air when in operation or that a plane in which a propeller of the respective fan (4a, 4b) rotates is parallel to the outlet area (2a, 2b) through which the respective fan (4a, 4b) blows air when in operation. being adapted to be mounted on a vertical wall, the fan coil unit having a housing, the housing having three outlet areas (2a, 2b, 3) through which air can be expelled from the housing, the three outlet areas being arranged beside each other on a top side of the housing, one middle outlet area of said outlet areas being arranged between two outer outlet areas (2a, 2b) of said outlet areas, wherein two outer outlet areas (2a, 2b) are inclined by an angle between greater than or equal 120° and smaller than or equal 160° with respect to the middle outlet area, the angle being the smaller angle measured between the respective outer outlet area (2a, 2b) and the middle outlet area, further comprising at least one fan which is arranged in the housing to blow air through the middle outlet area when in operation, and further comprising at least two fans (4a, 4b) each of which is arranged to respectively blow air through one of the outer outlet areas (2a, 2b) when in operation, characterized in that the two fans (4a, 4b) which are arranged to respectively blow air through one of the outer outlet areas (2a, 2b) are arranged such that a blowing direction of the respective fan (4a, 4b) is perpendicular to the outlet area (2a, 2b) through which the respective fan (4a, 4b) blows air when in operation or that a plane in which a propeller of the respective fan (4a, 4b) rotates is parallel to the outlet area (2a, 2b) through which the respective fan (4a, 4b) blows air when in operation.
Method for controlling access to motor vehicles, comprising the steps of sending first data from a mobile communication device to a vehicle-based communication device, checking the first data in a vehicle-based control device which is coupled to the vehicle-based communication device, activating a vehicle-based acquisition device for biometric data by means of the vehicle-based control device depending on the checking of the first data, acquisition of biometric data of a user with the aid of the vehicle-based acquisition device, characterised by the following steps: sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device, receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device, checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data. sending first data from a mobile communication device to a vehicle-based communication device, checking the first data in a vehicle-based control device which is coupled to the vehicle-based communication device, activating a vehicle-based acquisition device for biometric data by means of the vehicle-based control device depending on the checking of the first data, acquisition of biometric data of a user with the aid of the vehicle-based acquisition device, characterised by the following steps: sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device, receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device, checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data. sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device, receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device, checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data.
Lighting device, comprising a first housing, a lighting means arranged at the first housing, an electronic circuitry accommodated in the first housing for operating the lighting means, a second housing accommodating an energy storage means, the first housing and the second housing being arranged spaced apart, by an interconnecting means connecting the first housing and the second housing pivotally and connecting the electronic circuitry and the energy storage means electrically, wherein the interconnecting means connects the first housing and the second housing elastically and simultaneously connects the electronic circuitry and the energy storage means electrically, wherein the interconnecting means comprises a first straight portion, a second straight portion and a pre-bended portion between the first straight portion and the second straight portion. a first housing, a lighting means arranged at the first housing, an electronic circuitry accommodated in the first housing for operating the lighting means, a second housing accommodating an energy storage means, the first housing and the second housing being arranged spaced apart, by an interconnecting means connecting the first housing and the second housing pivotally and connecting the electronic circuitry and the energy storage means electrically, wherein the interconnecting means connects the first housing and the second housing elastically and simultaneously connects the electronic circuitry and the energy storage means electrically, wherein the interconnecting means comprises a first straight portion, a second straight portion and a pre-bended portion between the first straight portion and the second straight portion.
A motor control apparatus comprising a current detecting circuit to detect a current of a motor as a current detected-value, a drive control unit (160, 106) to drive and control the motor with duty based on a voltage command value determined based on at least a current command value, and a rotation detecting unit to detect an angle and an angular speed of the motor, characterized in that, the motor control apparatus further comprises: an adaptive current observer (130, 140,150 (130A, 140A, 150)) to identify parameter variations of an output model of the motor, to calculate a current estimated-value of the motor and to use the current estimated-value for a calculation of the voltage command value; an adaptive identifying diagnosis section to diagnose an estimation error of the current estimated-value outputted from the adaptive current observer (130, 140,150 (130A, 140A, 150)); and a current-detection-impossible state detecting section to detect a current-detection-impossible state that a detection of the current detected-value is impossible; wherein the adaptive identifying diagnosis section diagnoses the estimation error of the current estimated-value based on the current estimated-value, the current detected-value, the angle and the current-detection-impossible state and forcibly makes a current-detection-possible state by limiting the duty based on a diagnosis result of the adaptive identifying diagnosis section, and a control of the motor is switched to a current control based on a detected current. an adaptive current observer (130, 140,150 (130A, 140A, 150)) to identify parameter variations of an output model of the motor, to calculate a current estimated-value of the motor and to use the current estimated-value for a calculation of the voltage command value; an adaptive identifying diagnosis section to diagnose an estimation error of the current estimated-value outputted from the adaptive current observer (130, 140,150 (130A, 140A, 150)); and a current-detection-impossible state detecting section to detect a current-detection-impossible state that a detection of the current detected-value is impossible; wherein the adaptive identifying diagnosis section diagnoses the estimation error of the current estimated-value based on the current estimated-value, the current detected-value, the angle and the current-detection-impossible state and forcibly makes a current-detection-possible state by limiting the duty based on a diagnosis result of the adaptive identifying diagnosis section, and a control of the motor is switched to a current control based on a detected current.