mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic tool comprising: a skin contact layer which absorbs a cosmetic material and delivers the absorbed cosmetic material to a skin; and an elastic layer which is formed to face the skin contact layer and pressurizes the skin contact layer toward the skin according to physical pressurization from the rear side, wherein the elastic layer includes first regions having a first applied pressure and second regions having a second applied pressure which is lower than the first applied pressure, characterized in that the first regions are protruded toward the skin contact layer compared to the second regions, and a portion of the skin contact layer corresponding to the second regions has a lower cosmetic material absorbing power than the periphery thereof. a skin contact layer which absorbs a cosmetic material and delivers the absorbed cosmetic material to a skin; and an elastic layer which is formed to face the skin contact layer and pressurizes the skin contact layer toward the skin according to physical pressurization from the rear side, wherein the elastic layer includes first regions having a first applied pressure and second regions having a second applied pressure which is lower than the first applied pressure, characterized in that the first regions are protruded toward the skin contact layer compared to the second regions, and a portion of the skin contact layer corresponding to the second regions has a lower cosmetic material absorbing power than the periphery thereof.
An apparatus for feeding fish, defined as objects to a process line, the apparatus comprising: - a plurality of of workstations , each workstation comprising an object receiver , each object receiver comprising: - a chamber - sensing means in each object receiver for detecting an object in the object receiver, - releasing means (5 and 6) for releasing objects from the object receiver, - a V-shaped conveyor common to the plurality of workstations, said V-shaped conveyor comprising: - two individual continuous flank conveyor belts (7a and 7b) being arranged in a V-shape and running synchronously in an outfeed direction to feed the objects further in a processing line, - slide resisting means on the surface of the two individual continuous conveyor belts, and - computing means for determining object spaces on the V-shaped conveyor and to determine the time for each releasing means to eject the object onto a designated object space on the v-shaped conveyor, wherein the computing means divides the V-shaped conveyor into object spaces and when an object space is free it assigns an object in one of the object receivers to that object space and ejects the object out of the object receiver and onto the v-shaped conveyor. - a plurality of of workstations , each workstation comprising an object receiver , each object receiver comprising: - a chamber - sensing means in each object receiver for detecting an object in the object receiver, - releasing means (5 and 6) for releasing objects from the object receiver, - a chamber - sensing means in each object receiver for detecting an object in the object receiver, - releasing means (5 and 6) for releasing objects from the object receiver, - a V-shaped conveyor common to the plurality of workstations, said V-shaped conveyor comprising: - two individual continuous flank conveyor belts (7a and 7b) being arranged in a V-shape and running synchronously in an outfeed direction to feed the objects further in a processing line, - slide resisting means on the surface of the two individual continuous conveyor belts, and - two individual continuous flank conveyor belts (7a and 7b) being arranged in a V-shape and running synchronously in an outfeed direction to feed the objects further in a processing line, - slide resisting means on the surface of the two individual continuous conveyor belts, and - computing means for determining object spaces on the V-shaped conveyor and to determine the time for each releasing means to eject the object onto a designated object space on the v-shaped conveyor, wherein the computing means divides the V-shaped conveyor into object spaces and when an object space is free it assigns an object in one of the object receivers to that object space and ejects the object out of the object receiver and onto the v-shaped conveyor.
A lithotripter assembly for fragmenting a stone inside a patient's body, the lithotripter comprising: a brushless DC motor operable to produce a rotational motion; a mechanical motion converter configured to convert the rotational motion of the brushless DC motor to a linear waveform; a wave guide shaft configured to transmit the linear waveform to the stone; and a controller configured to operate the brushless DC motor in at least a first mode of operation and a second mode of operation. a brushless DC motor operable to produce a rotational motion; a mechanical motion converter configured to convert the rotational motion of the brushless DC motor to a linear waveform; a wave guide shaft configured to transmit the linear waveform to the stone; and a controller configured to operate the brushless DC motor in at least a first mode of operation and a second mode of operation.
A lubricating composition comprising: an oil of lubricating viscosity, a p-dodecylphenol-free detergent and 0.01 wt % to 5 wt % of an oxyalkylated hydrocarbyl phenol, wherein the oxyalkylated hydrocarbyl phenol is substituted with at least one aliphatic hydrocarbyl group of 40 to 96 carbon atoms, and wherein the oxyalkylated hydrocarbyl phenol is substantially free of aromatic hydrocarbyl groups, wherein the oxyalkylated hydrocarbyl phenol is represented by formula: wherein each R 2 is independently hydrogen or a hydrocarbyl group of 1 to 6 carbon atoms; R 3 is hydrogen, a hydrocarbyl group of 1 to 24 carbon atoms, or an acyl group represented by -C(=O)R 5 , R 5 is a hydrocarbyl group of 1 to 24 carbon atoms; each R 4 is independently a hydrocarbyl group of 1 to 250 carbon atoms, wherein at least one R 4 contains 40 to 96 carbon atoms; n = 1 to 10; and m = 1 to 3. wherein each R 2 is independently hydrogen or a hydrocarbyl group of 1 to 6 carbon atoms; R 3 is hydrogen, a hydrocarbyl group of 1 to 24 carbon atoms, or an acyl group represented by -C(=O)R 5 , R 5 is a hydrocarbyl group of 1 to 24 carbon atoms; each R 4 is independently a hydrocarbyl group of 1 to 250 carbon atoms, wherein at least one R 4 contains 40 to 96 carbon atoms; n = 1 to 10; and m = 1 to 3.
A system comprising: a structure configured to have a structure bonding layer disposed on a surface of the structure , wherein the structure bonding layer is a metallic alloy; and a sensor configured to have a sensor bonding layer disposed on a surface of the sensor , wherein the sensor bonding layer is a metallic alloy; wherein the sensor bonding layer is configured to be coupled to the structure bonding layer via a metallic joint in order for the sensor to sense data of the structure through the metallic joint , the structure bonding layer , and the sensor bonding layer , and further comprising an induction coil configured to be in operational contact with the metallic joint , the induction coil configured to apply electrical stimuli to the metallic joint to activate reflow of the metallic joint to operably couple the sensor with the structure , characterized in that the induction coil is wrapped around the sensor and the structure to which the sensor is to be bonded to. a structure configured to have a structure bonding layer disposed on a surface of the structure , wherein the structure bonding layer is a metallic alloy; and a sensor configured to have a sensor bonding layer disposed on a surface of the sensor , wherein the sensor bonding layer is a metallic alloy; wherein the sensor bonding layer is configured to be coupled to the structure bonding layer via a metallic joint in order for the sensor to sense data of the structure through the metallic joint , the structure bonding layer , and the sensor bonding layer , and further comprising an induction coil configured to be in operational contact with the metallic joint , the induction coil configured to apply electrical stimuli to the metallic joint to activate reflow of the metallic joint to operably couple the sensor with the structure , characterized in that the induction coil is wrapped around the sensor and the structure to which the sensor is to be bonded to.
Assembly formed from a generally cylindrical or tapered tank and having a main axis X for a vehicle such as an aircraft and a device for mounting and supporting the tank, comprising a pair of first means for retaining the tank along an axis Z perpendicular to the main axis X on each of a first and second end of the tank, a second means for retaining the tank along an axis Y perpendicular to the main axis X and to the axis Z, on the first end of the tank and a third means for retaining adapted to retain the tank along the axis X and the axis Y and connected to the second end of the tank, characterised in that said third means for retaining is carried out by a single attachment point including a fastening rod fitted into a slide connection surrounded by a ball joint
A device for diagnosing a switch using voltage distribution law, said device comprising: a cathode switch positioned on a cathode power supply line, wherein the cathode power supply line connects a battery and a load; a plurality of resistors connected in series, wherein the plurality of resistors are connected with the cathode switch in parallel; a reference voltage generating unit configured to generate a reference voltage for diagnosing the sate of the battery; a control unit configured to calculate a voltage applied to one resistor to be measuredamong the plurality of resistors, hereafter the measured resistor, from the voltage of the battery which is applied to the plurality of resistors by using the voltage distribution law; wherein the control unit is connected to the reference voltage generating unit and further configured to calculate a voltage to be applied to the measured resistor based on the reference voltage and to compare the calculated voltage applied to the measured resistor with the calculated voltage, the control unit being configured to diagnose the state of the cathode switch based on the result of the comparison.. a cathode switch positioned on a cathode power supply line, wherein the cathode power supply line connects a battery and a load; a plurality of resistors connected in series, wherein the plurality of resistors are connected with the cathode switch in parallel; a reference voltage generating unit configured to generate a reference voltage for diagnosing the sate of the battery; a control unit configured to calculate a voltage applied to one resistor to be measuredamong the plurality of resistors, hereafter the measured resistor, from the voltage of the battery which is applied to the plurality of resistors by using the voltage distribution law; wherein the control unit is connected to the reference voltage generating unit and further configured to calculate a voltage to be applied to the measured resistor based on the reference voltage and to compare the calculated voltage applied to the measured resistor with the calculated voltage, the control unit being configured to diagnose the state of the cathode switch based on the result of the comparison..
Temperature-dependent switch having a housing which comprises a cover part with a lower side and an upper side as well as an electrically conductive lower part , wherein an insulating foil is arranged between the lower side of the cover part and the lower part , having a first external contact surface arranged on the upper side of the cover part , a second external contact surface provided externally on the housing , and having a temperature-dependent switching mechanism which is arranged in the housing and which, depending on its temperature, establishes or opens an electrically conductive connection between the first and the second external contact surfaces , wherein a circumferential cutting burr acting as a sealing means is provided, which penetrates into the insulating foil , characterized in that the cutting burr is arranged on a sealing ring which is connected to the lower part in a non-positive, positive and/or firmly bonded manner.
An assembly including a device for vibrating body tissue of a body part, the device comprising: a frame ; an activatable source of vibration connected to the frame ; a removable tip connectable to the frame and having a distal end, the tip connected to the source of vibration when the tip is connected to the frame , to thereby vibrate the distal end when the source of vibration is activated, the distal end forming mutually facing arms which define an opening between the arms, each arm forming a projection extending at an angle from the arm , the projections shaped to fit the body part, the arms and projections sized and dimensioned to position, retain, and transmit vibration to the body part in a position proximate the opening, wherein the arms are sized, dimensioned, and positioned to surround a portion of a pad of a finger when the projections are positioned against an end of the finger, characterized in that the assembly further including a mounting base for supporting the device upon a surface, the mounting base having: a suction cup having an open end and a closed end; a frame connected to the suction cup proximate the closed end; a holder sized connected to the frame and dimensioned to hold the device when the device is inserted into the holder . a frame ; an activatable source of vibration connected to the frame ; a removable tip connectable to the frame and having a distal end, the tip connected to the source of vibration when the tip is connected to the frame , to thereby vibrate the distal end when the source of vibration is activated, the distal end forming mutually facing arms which define an opening between the arms, each arm forming a projection extending at an angle from the arm , the projections shaped to fit the body part, the arms and projections sized and dimensioned to position, retain, and transmit vibration to the body part in a position proximate the opening, mutually facing arms which define an opening between the arms, each arm forming a projection extending at an angle from the arm , the projections shaped to fit the body part, the arms and projections sized and dimensioned to position, retain, and transmit vibration to the body part in a position proximate the opening, wherein the arms are sized, dimensioned, and positioned to surround a portion of a pad of a finger when the projections are positioned against an end of the finger, characterized in that the assembly further including a mounting base for supporting the device upon a surface, the mounting base having: a suction cup having an open end and a closed end; a frame connected to the suction cup proximate the closed end; a holder sized connected to the frame and dimensioned to hold the device when the device is inserted into the holder . a suction cup having an open end and a closed end; a frame connected to the suction cup proximate the closed end; a holder sized connected to the frame and dimensioned to hold the device when the device is inserted into the holder .
A non-transitory machine-readable storage medium comprising instructions executable by a processing resource of a printing device to cause the printing device to: print first and second portions of an alignment pattern with adjacent printhead dice of a printbar on a medium in a single pass, in a single printing direction, and at a target speed, wherein adjacent printhead dice means that one printhead die is positioned partially in front of another printhead die in a printing direction of the single pass so as to have one region on each printhead die able to print on the same portion of the medium, wherein supplemental content of the second portion is to induce greater cross-media misalignment orthogonal to the printing direction when printed than content of the first portion excluding the supplemental content due to a dynamic swath height error (DSHE) effect; perform an optical scanning procedure on the printed alignment pattern to determine respective values of cross-media misalignment for the first and second portions of the printed alignment pattern; determine a DSHE effect value based on the determined values of cross-media misalignment; and based on the determined DSHE effect value and the target print speed, estimate an amount of pen to paper spacing (PPS) at one of the adjacent printhead dice. print first and second portions of an alignment pattern with adjacent printhead dice of a printbar on a medium in a single pass, in a single printing direction, and at a target speed, wherein adjacent printhead dice means that one printhead die is positioned partially in front of another printhead die in a printing direction of the single pass so as to have one region on each printhead die able to print on the same portion of the medium, wherein supplemental content of the second portion is to induce greater cross-media misalignment orthogonal to the printing direction when printed than content of the first portion excluding the supplemental content due to a dynamic swath height error (DSHE) effect; perform an optical scanning procedure on the printed alignment pattern to determine respective values of cross-media misalignment for the first and second portions of the printed alignment pattern; determine a DSHE effect value based on the determined values of cross-media misalignment; and based on the determined DSHE effect value and the target print speed, estimate an amount of pen to paper spacing (PPS) at one of the adjacent printhead dice.
A method of optimizing in real time a plurality of different system parameters in a process stream of a crude unit to reduce corrosion and/or corrosion byproduct deposition in the crude unit, wherein a plurality of compositions including at least a neutralizer composition and a caustic agent are added to the process stream of the crude unit, and the plurality of different system parameters are selected from the group including: oxidation-reduction potential; pH; levels of various chemicals or ions including chloride, iron ions, non-iron metal ions, ammonia, various amines, strong or weak acids including sulfuric, sulfurous, thiosulfurous, carbon dioxide, and hydrogen sulfide; temperature; pressure; process stream flow rate; and dissolved or suspended solids, the plurality of different system parameters including at least pH and chloride ion concentration, the method for each system parameter of the plurality of different system parameters comprising: (a) measuring a property associated with the system parameter at one or more points in the crude unit; (b) determining an optimum range associated with the measured property, wherein the optimum range is optionally user-defined; (c) (i) converting the measured property into an input electrical signal capable of being transmitted to a controller and (ii) transmitting the input electrical signal to the controller in real time; (d) if the measured property is outside of the optimum range associated with that property, the controller causes a change in an influx of a composition into the process stream in real time, the composition capable of adjusting the property associated with the system parameter in a manner to bring the measured property within said optimum range; wherein the influx of neutralizer composition is changed to adjust pH and the influx of caustic agent is changed to adjust chloride ion concentration; wherein the neutralizer composition is a neutralizing amine, and the caustic agent is sodium hydroxide (NaOH); and wherein each different system parameter having a unique associated property. (a) measuring a property associated with the system parameter at one or more points in the crude unit; (b) determining an optimum range associated with the measured property, wherein the optimum range is optionally user-defined; (c) (i) converting the measured property into an input electrical signal capable of being transmitted to a controller and (ii) transmitting the input electrical signal to the controller in real time; (d) if the measured property is outside of the optimum range associated with that property, the controller causes a change in an influx of a composition into the process stream in real time, the composition capable of adjusting the property associated with the system parameter in a manner to bring the measured property within said optimum range;
A valve comprising: a flow channel , a closure member arranged in the flow channel , the closure member being movable between a position restricting flow through the flow channel and a position allowing flow through the flow channel, characterized in that the valve is provided with an attachment ring (1, 1', 1", 1'") securing an object (4, 4', 4'") in the flow channel by pressing it towards a support , the attachment ring (1, 1', 1", 1'") has a first surface for contacting the object (4, 4', 4'") and a second surface for contacting a surface of a shoulder in a wall of the flow channel , the attachment ring (1, 1', 1", 1"') has at least one opening breaking the periphery of the attachment ring (1, 1', 1", 1'") so that the attachment ring has ends on opposite sides of the opening , an expansion member is arranged to be moved into the opening , at least one of the ends of the attachment ring (1, 1', 1", 1'") and the expansion member is shaped to expand the attachment ring (1, 1', 1", 1'") by pushing the ends away from each other when the expansion member is moved into the opening, and at least one of the first surface of the attachment ring, the second surface of the attachment ring (1, 1', 1", 1'"), the surface (20"') of the object (4"') and the surface of the shoulder is shaped to wedge the attachment ring (1, 1', 1", 1''') between the surface of the shoulder and the object (4, 4', 4'") when the attachment ring is expanded. a flow channel , a closure member arranged in the flow channel , the closure member being movable between a position restricting flow through the flow channel and a position allowing flow through the flow channel, characterized in that the valve is provided with an attachment ring (1, 1', 1", 1'") securing an object (4, 4', 4'") in the flow channel by pressing it towards a support , the attachment ring (1, 1', 1", 1'") has a first surface for contacting the object (4, 4', 4'") and a second surface for contacting a surface of a shoulder in a wall of the flow channel , the attachment ring (1, 1', 1", 1"') has at least one opening breaking the periphery of the attachment ring (1, 1', 1", 1'") so that the attachment ring has ends on opposite sides of the opening , an expansion member is arranged to be moved into the opening , at least one of the ends of the attachment ring (1, 1', 1", 1'") and the expansion member is shaped to expand the attachment ring (1, 1', 1", 1'") by pushing the ends away from each other when the expansion member is moved into the opening, and at least one of the first surface of the attachment ring, the second surface of the attachment ring (1, 1', 1", 1'"), the surface (20"') of the object (4"') and the surface of the shoulder is shaped to wedge the attachment ring (1, 1', 1", 1''') between the surface of the shoulder and the object (4, 4', 4'") when the attachment ring is expanded.