mhurhangee/ep-ind-claims huggingface dataset:
A cylinder liner for an internal combustion engine comprising: a liner body; the liner body defining a longitudinal axis and having a first end and a second end, a middle portion; and an interior surface; characterized in that: the cylinder liner further comprises a coating on the interior surface that varies in thickness along the longitudinal axis and extends from the first end to the second end; wherein: the coating is thicker on one or both of the interior surface near the first end and the interior surface near the second end; and the coating is thinner on the interior surface of the middle portion. a liner body; the liner body defining a longitudinal axis and having a first end and a second end, a middle portion; and an interior surface; the cylinder liner further comprises a coating on the interior surface that varies in thickness along the longitudinal axis and extends from the first end to the second end; the coating is thicker on one or both of the interior surface near the first end and the interior surface near the second end; and the coating is thinner on the interior surface of the middle portion.
A method for allocating uplink transmission power of a wireless transmit/receive unit, WTRU, during a time interval, the method comprising: configuring the WTRU with a first minimum guaranteed power for a first cell group, CG; configuring the WTRU with a second minimum guaranteed power for a second CG; on a condition that, during the time interval, an earliest transmission is scheduled to occur for the first CG, determining a first remaining power based on a total power, Pcmax, available to the WTRU for uplink transmissions during the time interval, a power level for the earliest transmission for the first CG and the first minimum guaranteed power, wherein an uplink transmission power level for the second CG is based on the first remaining power; on a condition that, during the time interval, the earliest transmission is scheduled to occur for the second CG, determining a second remaining power based on Pcmax, a power level for the earliest transmission for the second CG and the second minimum guaranteed power, wherein an uplink transmission power level for the first CG is based on the second remaining power; and transmitting uplink transmissions for the first and second CG in the time interval. configuring the WTRU with a first minimum guaranteed power for a first cell group, CG; configuring the WTRU with a second minimum guaranteed power for a second CG; on a condition that, during the time interval, an earliest transmission is scheduled to occur for the first CG, determining a first remaining power based on a total power, Pcmax, available to the WTRU for uplink transmissions during the time interval, a power level for the earliest transmission for the first CG and the first minimum guaranteed power, wherein an uplink transmission power level for the second CG is based on the first remaining power; on a condition that, during the time interval, the earliest transmission is scheduled to occur for the second CG, determining a second remaining power based on Pcmax, a power level for the earliest transmission for the second CG and the second minimum guaranteed power, wherein an uplink transmission power level for the first CG is based on the second remaining power; and transmitting uplink transmissions for the first and second CG in the time interval.
An edge extraction device comprising: an edge detection section which is adapted to calculate edge strength from an image and to detect an edge; a labeling processing section which is adapted to perform labeling processing on the edge detected by the edge detection section and to calculate a length of the edge; characterized in that the edge extraction device further comprises an edge enhancement processing section which is adapted to perform edge enhancement processing by replacing a value of the image belonging to the edge by a value corresponding to the product of the length of the edge, which is calculated by the labeling processing section, and the edge strength, which is calculated by the edge detection; and an edge extraction section which is adapted to perform binarization processing on the value, which is enhanced by the edge enhancement processing section, by using an adjustable threshold value, and to extract an edge. an edge detection section which is adapted to calculate edge strength from an image and to detect an edge; a labeling processing section which is adapted to perform labeling processing on the edge detected by the edge detection section and to calculate a length of the edge;
A method of servicing a hybrid system with a detected fault, the hybrid system being for use in a hybrid electric vehicle and comprising: one or more energy storage modules each comprising an enclosure; means for storing energy generated by said hybrid electric vehicle, said means being interior to said enclosure; a voltage junction box exterior to said enclosure; and service disconnect interlock circuitry comprising a removable service disconnect interlock electrically connected between said means for storing energy and said voltage junction box, said removable service disconnect interlock being constructed and arranged to break a current path between said means for storing energy and said voltage junction box when removed, wherein said service disconnect interlock circuitry is monitored by a fault detection logic controller which is constructed and arranged to detect a fault which requires a repair to be performed in order to protect a portion of the hybrid electric vehicle, defined as being a special fault, and, when said special fault is detected, to disable said hybrid system, said method comprising the following steps: a) powering up said controller; b) assessing a special fault flag status, the special fault flag status indicating that a special fault had been previously detected when set; if the special fault flag is set, the method further comprising the following steps: c) checking to see if the removable service disconnect interlock is removed; d) if the service disconnect interlock is removed, clearing the special fault flag; e) disabling said hybrid system; and f) powering down the controller with a key-off input. a) powering up said controller; b) assessing a special fault flag status, the special fault flag status indicating that a special fault had been previously detected when set; c) checking to see if the removable service disconnect interlock is removed; d) if the service disconnect interlock is removed, clearing the special fault flag; e) disabling said hybrid system; and f) powering down the controller with a key-off input.
A parasiticide formulation for use in the treatment of parasitic infections of fish by intraperitoneal injection, wherein the parasiticide is hexaflumuron and wherein the formulation is not toxic to fish when administered by intraperitoneal injection, wherein the formulation is a homogeneous non-aqueous parasiticide solution, comprising: (a) a hydrophilic polymer; or (b) a hydrophilic polymer and a non-aqueous polar solvent, present in an amount of 5-40% by weight. (a) a hydrophilic polymer; or (b) a hydrophilic polymer and a non-aqueous polar solvent, present in an amount of 5-40% by weight.
White light LED module having at least one LED chip, wherein the LED chip emits light in the blue spectrum in the range of 430 nm - 455 nm, in particular in the range of 445 nm - 450 nm, wherein the LED module further has: - a first color conversion material, preferably LuAg, and in particular at least one green-emitting phosphor having a dominant emission wavelength in the green spectrum in the range of 500 nm - 575 nm, - a second color conversion material, preferably a nitride, and in particular at least one red-emitting phosphor having a dominant emission wavelength in the red spectrum in the range of 645 nm - 655 nm, in particular at 650 nm. - a first color conversion material, preferably LuAg, and in particular at least one green-emitting phosphor having a dominant emission wavelength in the green spectrum in the range of 500 nm - 575 nm, - a second color conversion material, preferably a nitride, and in particular at least one red-emitting phosphor having a dominant emission wavelength in the red spectrum in the range of 645 nm - 655 nm, in particular at 650 nm.
A method comprising: detecting by a mobile terminal, a closed subscriber group cell; generating by the mobile terminal, an identifier for identifying the closed subscriber group cell; and causing by the mobile terminal, the identifier to be transmitted in association with a physical layer identity and a frequency of the CSG cell to a macrocell in association with a measurement report, wherein the identifier together with the physical layer identity and the frequency of the closed subscriber group cell, identifies the closed subscriber group cell as between the mobile terminal and the macrocell. detecting by a mobile terminal, a closed subscriber group cell; generating by the mobile terminal, an identifier for identifying the closed subscriber group cell; and causing by the mobile terminal, the identifier to be transmitted in association with a physical layer identity and a frequency of the CSG cell to a macrocell in association with a measurement report, wherein the identifier together with the physical layer identity and the frequency of the closed subscriber group cell, identifies the closed subscriber group cell as between the mobile terminal and the macrocell.
A pump assembly, comprising: an airless dispensing pump including a pump head moveable in a telescoping fashion to pump a fluid and a nozzle opening from where the fluid is pumped; and a tamper evidence band comprising a strap wrapped around the pump head, the tamper evidence band further comprising a nozzle plug received in the nozzle opening, characterised in that the strap is initially arranged to prevent movement of the pump head in the telescoping fashion and the strap comprises a breakable portion configured to break the strap wrapped around the pump head upon the user pulling on the nozzle plug to allow removal of the strap from the pump head for permitting movement of the pump head. an airless dispensing pump including a pump head moveable in a telescoping fashion to pump a fluid and a nozzle opening from where the fluid is pumped; and a tamper evidence band comprising a strap wrapped around the pump head, the tamper evidence band further comprising a nozzle plug received in the nozzle opening, characterised in that the strap is initially arranged to prevent movement of the pump head in the telescoping fashion and the strap comprises a breakable portion configured to break the strap wrapped around the pump head upon the user pulling on the nozzle plug to allow removal of the strap from the pump head for permitting movement of the pump head.
Non-porous vesicles in dispersion in an aqueous composition called the external phase, the walls of which vesicles, which define an internal phase, are composed of a mixture of at least one anionic surfactant and at least one cationic surfactant, characterised in that magnetic nanoparticles are fixed to the walls of said vesicles.
Circuit breaker - comprising a vacuum interrupter which is accommodated in a pole shell and has a fixed contact and a moving contact, - comprising a drive rod, which is of electrically insulating design, for introducing a drive movement from a switch drive into the moving contact in order to open and/or close the contact system of the vacuum interrupter, - comprising a guide and/or centring means which is provided radially between the drive rod and the pole shell and is designed to automatically axially orient the drive rod in the pole shell, - wherein the guide and/or centring means is connected to the drive rod, characterized in that the guide and/or centring means is a constituent part of the drive rod, wherein the guide and/or centring means has a dimension which is larger than a main body of the drive rod along a longitudinal axis of the drive rod, wherein the guide and/or centring means is an annular flange which is arranged on the drive rod, and wherein the guide and/or centring means is an insulating rib which is arranged on the drive rod. - comprising a vacuum interrupter which is accommodated in a pole shell and has a fixed contact and a moving contact, - comprising a drive rod, which is of electrically insulating design, for introducing a drive movement from a switch drive into the moving contact in order to open and/or close the contact system of the vacuum interrupter, - comprising a guide and/or centring means which is provided radially between the drive rod and the pole shell and is designed to automatically axially orient the drive rod in the pole shell, - wherein the guide and/or centring means is connected to the drive rod,
Directional drilling apparatus for continuous operation with automatic finely controlled monitoring of directional drilling at great depths under specification of a selectable directional course of the borehole with a housing comprising a head section, a body section and a foot section, a bit drive shaft rotating at least partially in the head section of the housing, the lower end of which projecting from the housing supports a rotary drill bit in the head section, and a plurality of directional control devices disposed in the body section or the foot section of the housing for generating directional forces having radially alignable force components for aligning the directional drill rig in a drilling operation, wherein a control device is disposed in the body section of the housing having a plurality of magnetic field sensors connected thereto, the magnetic field sensors being disposed in the head section of the housing and being configured such that magnetic declinations influenced by magnetic interference fields are detected as magnetic flux densities in the directions of the X, Y, Z axes by the magnetic field sensors, and wherein the magnetic field sensors are further configured such that the measured values corresponding to these magnetic declinations are transmitted to the control device as declination values or signals, wherein the control unit is configured in such a way that correction values corresponding to the declination values or signals are generated by the control device and the correction values are stored in an electronic memory of the control device of the directional drilling apparatus, wherein the control unit is configured in such a way that correction factors corresponding to the position values or signals are generated for moving the directional drilling apparatus back into the predetermined position and the correction factors are stored in the electronic memory of the control device, the directional control devices are designed as tensioning devices with adjusting means to which tensioning elements are coupled which can be moved radially outwards and inwards, are shield-like, can be inserted into grooves of the housing and are arranged distributed over the circumference in the housing on at least one tensioning plane, the movability of the tensioning elements being temperature-controlled by means of actuating devices which have at least one pressure medium which is expandable by heat, the pressure medium being a liquid, the liquid having a volume expansion coefficient γ at 18 °C of 5.0 to 20.0 x 10 -4 K -1, wherein the adjusting means are designed as piston-cylinder devices, the cylinder chamber of which having a heating device for heating the pressure medium, the piston being coupled with its outer end to the tensioning piece, and the cylinder chamber being filled with the liquid as pressure medium.
Surgical apparatus for the implantation of a spinal column stabilization system, which spinal column stabilization system comprises at least two bone screws which are respectively anchorable in a vertebra of a spinal column and which respectively comprise at least one first connecting element seating, and at least one connecting element which corresponds to the first connecting element seating and is insertable and fixable therein, wherein the apparatus comprises at least one multi-function sleeve having a proximal and a distal end, which multi-function sleeve defines a longitudinal axis and comprises a connecting element coupling device, a spreading-device coupling device and a holding instrument coupling device, wherein the multi-function sleeve comprises an internal wall surface which is rotationally symmetrical with respect to the longitudinal axis, and wherein no projections protrude from the internal wall surface or beyond it in the direction of the longitudinal axis, wherein at least one clamping sleeve for producing a clamped connection, especially at a distal end thereof, to a head of one of the bone screws is provided, characterized in that the clamping sleeve comprises an outer sleeve and an inner sleeve that is insertable into the outer sleeve, and in that the outer sleeve is insertable into the multi-function sleeve.
An electrode arrangement configured to be coupled to a high voltage source for a dielectric barrier discharge plasma treatment of an irregularly three-dimensionally shaped surface of an electrically conducting body, which surface is configured to be used as a counter electrode, having - a first planar electrode configured to be coupled to the high voltage source via a first lead; - a dielectric which is formed by a flexible material in such a way that the dielectric: is configured to shield the first planar electrode from the surface to be treated; - a spacer defining a structured surface on a side of said arrangement facing a surface to be treated, - said first electrode being configured to be fitted to the object to be treated and brought in contact with the dielectric, - a second electrode that is configured to be contacted with the surface to be treated as reference electrode, said second electrode provided in an edge portion being circumferential to the first planar electrode and configured to be coupled to a reference voltage source via a second lead, - an isolating cover layer covering the first planar electrode and - a third electrode covering said isolating cover layer as a ground electrode. - a first planar electrode configured to be coupled to the high voltage source via a first lead; - a dielectric which is formed by a flexible material in such a way that the dielectric: is configured to shield the first planar electrode from the surface to be treated; - a spacer defining a structured surface on a side of said arrangement facing a surface to be treated, - said first electrode being configured to be fitted to the object to be treated and brought in contact with the dielectric, - a second electrode that is configured to be contacted with the surface to be treated as reference electrode, said second electrode provided in an edge portion being circumferential to the first planar electrode and configured to be coupled to a reference voltage source via a second lead, - an isolating cover layer covering the first planar electrode and - a third electrode covering said isolating cover layer as a ground electrode.
A method of manufacturing packing that includes a main plate for forming a liquid film constituting a gas-liquid contact surface, the method comprising: a main condition determination step of determining types of a gas and a liquid which are brought into gas-liquid contact and a condition of the main plate; a numerical analysis step of calculating a relationship between the contact angle (θs) of the liquid film on a surface of the rib and the liquid film length ratio (Lw/Lt) indicating a ratio of a liquid film length (Lw) until the liquid film is ruptured to a flow direction length (Lt) of the main plate; a rib arrangement determination step of determining an arrangement of the rib; a rib condition determination step of determining a material and a surface shape of the rib on the basis of a correlation between the contact angle (θs) and the liquid film length ratio; a rib property determination step of determining a minimum value (Lrmin) of the flow direction length of the rib satisfying the contact angle (θs) and a strength requirement; a minimum value condition confirmation step of confirming whether or not a liquid film length (Lw (θs)) with respect to the contact angle is greater than the minimum value (Lrmin) of the flow direction length satisfying the strength requirement; and a rib length determination step of determining the flow direction length (Lr) of the rib within a range from the minimum value (Lrmin) of the flow direction length satisfying the strength requirement to the liquid film length (Lw (θs)) with respect to the contact angle (θs). a main condition determination step of determining types of a gas and a liquid which are brought into gas-liquid contact and a condition of the main plate; a numerical analysis step of calculating a relationship between the contact angle (θs) of the liquid film on a surface of the rib and the liquid film length ratio (Lw/Lt) indicating a ratio of a liquid film length (Lw) until the liquid film is ruptured to a flow direction length (Lt) of the main plate; a rib arrangement determination step of determining an arrangement of the rib; a rib condition determination step of determining a material and a surface shape of the rib on the basis of a correlation between the contact angle (θs) and the liquid film length ratio; a rib property determination step of determining a minimum value (Lrmin) of the flow direction length of the rib satisfying the contact angle (θs) and a strength requirement; a minimum value condition confirmation step of confirming whether or not a liquid film length (Lw (θs)) with respect to the contact angle is greater than the minimum value (Lrmin) of the flow direction length satisfying the strength requirement; and a rib length determination step of determining the flow direction length (Lr) of the rib within a range from the minimum value (Lrmin) of the flow direction length satisfying the strength requirement to the liquid film length (Lw (θs)) with respect to the contact angle (θs).
Dehumidifier apparatus of the solid desiccant type comprising a desiccant wheel and wheel drive, a housing with internal baffles and air seals proximate to the wheel face to create sectors and prevent air from leaking between adjacent sectors, to create at least three paths for air to pass through the wheel; the sectors being sequentially a reactivation sector to dry the desiccant to a low equilibrium relative humidity, a process sector to provide a process airflow to a process and to dry return air from the process and makeup air received from the outside air sector, and an outside air sector to dehumidify outside airflow, to provide makeup air for the process sector and all the reactivation airflow for the reactivation sector.