mhurhangee/patent-ind-claim-en huggingface dataset:
An injection molding system , provided with an injection molding machine to inject a molten resin from an injection nozzle attached to an end of a heating cylinder into a die cavity by moving a screw in the heating cylinder back while rotating the screw for a step of plasticization and weighing of the molten resin, followed by a forward movement of the screw as an injection step, the system comprising: an input section configured to input a plasticization condition for driving the injection molding machine ; an input condition storage section configured to store the plasticization condition input with the input section ; an input condition simulation section configured to simulate a state of plasticization by the input condition input with the input section ; an ideal plasticization state storage section configured to store information of an ideal state of plasticization for uniform melting of the molten resin in the heating cylinder ; a comparison section configured to compare data stored in the input condition storage section with the information stored in the ideal plasticization state storage section based on a result of simulating the state of plasticization; an optimal condition analysis and calculation section configured to analyze and calculate whether the simulation based on the input data stored in the input condition storage section is the ideal state of plasticization as a result of the comparison section using the data of the input condition storage section and the information stored in the ideal plasticization state storage section ; and an optimal condition determination section configured to determine an optimal plasticization condition when the simulation based on the input data is determined not to be the ideal state of plasticization. an input section configured to input a plasticization condition for driving the injection molding machine ; an input condition storage section configured to store the plasticization condition input with the input section ; an input condition simulation section configured to simulate a state of plasticization by the input condition input with the input section ; an ideal plasticization state storage section configured to store information of an ideal state of plasticization for uniform melting of the molten resin in the heating cylinder ; a comparison section configured to compare data stored in the input condition storage section with the information stored in the ideal plasticization state storage section based on a result of simulating the state of plasticization; an optimal condition analysis and calculation section configured to analyze and calculate whether the simulation based on the input data stored in the input condition storage section is the ideal state of plasticization as a result of the comparison section using the data of the input condition storage section and the information stored in the ideal plasticization state storage section ; and an optimal condition determination section configured to determine an optimal plasticization condition when the simulation based on the input data is determined not to be the ideal state of plasticization.
A method of wireless communication, the method comprising: communicating a first set of broadcast reference signals, RSs, in a first subframe that includes a synchronization, SYNC, channel; and communicating a second set of broadcast RSs in a second subframe that follows the first subframe, wherein the first set and the second set of broadcast RSs are configured for channel estimation for decoding a master information block, MIB, in the SYNC channel. communicating a first set of broadcast reference signals, RSs, in a first subframe that includes a synchronization, SYNC, channel; and communicating a second set of broadcast RSs in a second subframe that follows the first subframe, wherein the first set and the second set of broadcast RSs are configured for channel estimation for decoding a master information block, MIB, in the SYNC channel.
A method of transmitting a signal by a wireless power transmitter, the method comprising: periodically transmitting a first beacon signal with a first period for a first transmission period of time in every said first period; periodicallly transmitting a second beacon signal with a second period for a second transmission period of time in every said second period ; detecting load changes while transmitting the second beacon signal; in response to the detected load changes, extending the second transmission period of time to a third transmission period of time, wherein the third transmission period of time is a predetermined time and the third transmission period of time is less than or equal to 7 seconds; and transmitting the second beacon signal for the third transmission period of time (S1610). periodically transmitting a first beacon signal with a first period for a first transmission period of time in every said first period; periodicallly transmitting a second beacon signal with a second period for a second transmission period of time in every said second period ; detecting load changes while transmitting the second beacon signal; in response to the detected load changes, extending the second transmission period of time to a third transmission period of time, wherein the third transmission period of time is a predetermined time and the third transmission period of time is less than or equal to 7 seconds; and transmitting the second beacon signal for the third transmission period of time (S1610).
An intraoral ferrule with an arch for preventing snoring and apnea composed of a ferrule which is adapted to fit onto the user's teeth incorporating an U-shaped arch , characterized in that the arch starts from the anterior inner part of the ferrule and comprises flexible extensions of which go parallel to the bite plane up to a point at the posterior rear end of the ferrule, at which they turn downwards and are joined together by a region which forms the end of the arch of said 'U' therefore retaining a posterior region of the user's tongue in use.
Head-up display for a motor vehicle, having an image generating device , a polarizer arranged on the image generating device on the light-exit side, an imaging optical unit and a reflective linear polarizer , wherein beams of an image are guided, linearly s-polarized by the polarizer arranged on the light-exit side on the image generating device , via an imaging optical unit from the image generating device to a windscreen of the motor vehicle, and are directed from the windscreen in the direction of a driver of the motor vehicle, wherein the reflective linear polarizer is arranged on the light-exit-side polarizer of the image generating device and in the beam path of the beam between the light-exit-side polarizer and the windscreen , and wherein the polarization direction of the reflective linear polarizer corresponds to the polarization direction of the beam emitted by the image generating device and wherein the reflective linear polarizer reflects light of a different polarization that travels along the beam path from the windscreen to the image generating device.
A tractor configured to include an engine mounted on a front portion of a travelling machine body and an exhaust gas purification device for purifying exhaust gas of the engine , and the tractor is such that the exhaust gas purification device is mounted on an upper portion side of the engine , and the engine and the exhaust gas purification device are covered with a hood, and a maneuvering seat is arranged on a rear side of the hood , whereby a transfer direction of the exhaust gas in the exhaust gas purification device and a direction of an output shaft of the engine are set in parallel, characterized in that a purification housing constituting the exhaust gas purification device is coupled with a cylinder head of the engine via a plurality of housing support bodies above the engine , the tractor comprising: opening holes configured to be formed on one of right and left bilateral surfaces of the hood along a longitudinal direction of the exhaust gas purification device, a lateral surface of the exhaust gas purification device being disposed to face the opening holes , wherein in the opening holes , fins are provided side by side at appropriate intervals back and forth in a tilted posture on a front side in an advancing direction while advancing from an inner side to an outer side of the hood . opening holes configured to be formed on one of right and left bilateral surfaces of the hood along a longitudinal direction of the exhaust gas purification device, a lateral surface of the exhaust gas purification device being disposed to face the opening holes , wherein in the opening holes , fins are provided side by side at appropriate intervals back and forth in a tilted posture on a front side in an advancing direction while advancing from an inner side to an outer side of the hood .
A wire harness manufacturing equipment , comprising: a plurality of display portions having a transparent front surface (2a; 12a) for displaying images, wherein the transparent front surface (2a; 12a) is configured such that assembly jigs for wires to be laid can be attached thereto; a memory unit that stores image data corresponding to an assembling process of a wire harness, said image data including images of wires to be laid; and a control means that controls the plurality of display portions so that the images displayed based on the image data stored in the memory unit are changed to display an image of a wire to be laid in a next laying step without displaying an image of a wire for which a laying step is completed to follow the progress of the assembling process; and an acquiring means for acquiring progress information that indicates the progress status of the assembling process displayed on the plurality of display portions, wherein said plurality of display portions are arranged in a row to be displayed, and said control means is adapted to control the plurality of display portions so that the divided images are separately displayed based on the image data stored in the memory unit and are changed to follow the progress of the assembling process. a plurality of display portions having a transparent front surface (2a; 12a) for displaying images, wherein the transparent front surface (2a; 12a) is configured such that assembly jigs for wires to be laid can be attached thereto; a memory unit that stores image data corresponding to an assembling process of a wire harness, said image data including images of wires to be laid; and a control means that controls the plurality of display portions so that the images displayed based on the image data stored in the memory unit are changed to display an image of a wire to be laid in a next laying step without displaying an image of a wire for which a laying step is completed to follow the progress of the assembling process; and an acquiring means for acquiring progress information that indicates the progress status of the assembling process displayed on the plurality of display portions, wherein said plurality of display portions are arranged in a row to be displayed, and said control means is adapted to control the plurality of display portions so that the divided images are separately displayed based on the image data stored in the memory unit and are changed to follow the progress of the assembling process.
Method for generating a classification signal (Q) classifying an electrical impedance, characterized in that - the time characteristic of the impedance is measured with the formation of impedance values (Z, Z0-Z6), - impedance change vectors (dZ1-dZ5) whose direction describes the movement of the impedance in the complex impedance plane and whose length describes the amount of the respective impedance change are formed with temporally successive impedance values (Z, Z0-Z6), - a check is carried out on the basis of the impedance values (Z, Z0-Z6) and/or the impedance change vectors (dZ1-dZ5) to determine whether the impedance shows a directional, continuous impedance movement according to at least one predefined movement criterion, - in the event of a previously detected directional, continuous impedance movement and in the event of a subsequently detected change of direction of the impedance movement, the reaching of a reversal point (U) is inferred and the rotation of the impedance change vectors (dZ1-dZ5) is monitored in the area of the reversal point (U) with formation of an angle of rotation measured value (φs), and - a classification signal (Q) indicating a fault (F) is generated if the impedance change vectors (dZ1-dZ5) have rotated in the area of the reversal point (U) through a predefined maximum angle of rotation or through more than the predefined maximum angle of rotation. - the time characteristic of the impedance is measured with the formation of impedance values (Z, Z0-Z6), - impedance change vectors (dZ1-dZ5) whose direction describes the movement of the impedance in the complex impedance plane and whose length describes the amount of the respective impedance change are formed with temporally successive impedance values (Z, Z0-Z6), - a check is carried out on the basis of the impedance values (Z, Z0-Z6) and/or the impedance change vectors (dZ1-dZ5) to determine whether the impedance shows a directional, continuous impedance movement according to at least one predefined movement criterion, - in the event of a previously detected directional, continuous impedance movement and in the event of a subsequently detected change of direction of the impedance movement, the reaching of a reversal point (U) is inferred and the rotation of the impedance change vectors (dZ1-dZ5) is monitored in the area of the reversal point (U) with formation of an angle of rotation measured value (φs), and - a classification signal (Q) indicating a fault (F) is generated if the impedance change vectors (dZ1-dZ5) have rotated in the area of the reversal point (U) through a predefined maximum angle of rotation or through more than the predefined maximum angle of rotation.
Laundry treatment appliance comprising: - a drawer comprising a first ( 210 1 ) and a second ( 210 2 ) compartments each one adapted to contain multiple doses of a treatment agent for laundry treatment, wherein the first ( 210 1 ) and second ( 210 2 ) compartments are each one configurable to contain multiple doses of a first type of treatment agent or of a second type of treatment agent, - first and second pump devices adapted to draw up treatment agent doses from the first ( 210 1 ) and second ( 210 2 ) compartments, respectively, and - a control unit for controlling the first and second pump devices, wherein when the first ( 210 1 ) and second ( 210 2 ) compartments are configured to contain the same type of treatment agent the control unit is configured to cause the first and second pump devices to coordinately draw up the treatment agent doses over at least one washing cycle by determining substantially same level variations of the treatment agents contained in the first ( 210 1 ) and second ( 210 2 ) compartments over a single or over two or more washing cycles of said at least one washing cycle. - a drawer comprising a first ( 210 1 ) and a second ( 210 2 ) compartments each one adapted to contain multiple doses of a treatment agent for laundry treatment, wherein the first ( 210 1 ) and second ( 210 2 ) compartments are each one configurable to contain multiple doses of a first type of treatment agent or of a second type of treatment agent, - first and second pump devices adapted to draw up treatment agent doses from the first ( 210 1 ) and second ( 210 2 ) compartments, respectively, and - a control unit for controlling the first and second pump devices, wherein when the first ( 210 1 ) and second ( 210 2 ) compartments are configured to contain the same type of treatment agent the control unit is configured to cause the first and second pump devices to coordinately draw up the treatment agent doses over at least one washing cycle by determining substantially same level variations of the treatment agents contained in the first ( 210 1 ) and second ( 210 2 ) compartments over a single or over two or more washing cycles of said at least one washing cycle.
Handling instrument for a bone anchor, in particular a bone screw, in particular a pedicle screw in spinal surgery, the instrument being detachably, but also rigidly and non-rotatably, connectable to a head of the bone anchor and extending in an axial longitudinal direction , said instrument comprising a first outer housing part extending in the longitudinal direction and a second inner housing part which extends in the longitudinal direction and can be inserted into the first outer housing part in the longitudinal direction , the housing parts being tubular or sleeve-shaped, at least in sections, and the first outer housing part including an internal thread which extends in the longitudinal direction , and the second inner housing part including an external thread which extends in the longitudinal direction and can be screwed into the internal thread , the first outer housing part engaging behind the head of the bone anchor in the longitudinal direction , and the second inner housing part , when screwed in, being supported against the head of the bone anchor in the longitudinal direction such that the instrument can thus be detachably fastened to the head of the bone anchor, characterized in that the first outer housing part includes a threadless section in the region of the internal thread , which section extends distally from a proximal longitudinal end of the internal thread in the longitudinal direction and over an angular segment in a circumferential direction , and in that the external thread of the second inner housing part is formed, from a distal longitudinal end of the external thread , only in the region of the extension of the threadless section of the first outer housing part such that the second inner housing part can be plugged into the first outer housing part in the longitudinal direction in a translational manner at a suitable rotational position until the distal longitudinal end of the external thread comes into contact with a distal end of the threadless section , and can subsequently be screwed into the internal thread of the first outer housing part .
A high speed data contact set comprising: an insert shroud and a termination subassembly , the insert shroud comprising: a hollow body having a top, a bottom, a front, a rear, and first side and a second side; said termination subassembly being located inside the hollow body of the insert shroud ; a plurality of protective arms extending from the front of said hollow body for protecting contact beams of said termination subassembly inserted into said insert shroud , each said protective arm having beveled edges at its distal end and an angled shoulder spaced from said distal end of said protective arm , said beveled edges providing a first stage of contact pre-alignment during engagement and said shoulder providing a second stage of contact pre-alignment during engagement; a plurality of raised bosses on said top of said hollow body , as well as corresponding hollows in the bottom of said hollow body; a latch on each of said first and second sides of said hollow body , and wherein the termination subassembly comprises a plurality of pairs of contact beams, the contact beams in each pair being of the same orientation and the pairs of contact beams having alternating orientations, and wherein the protective arms each cover one side of a pair of contact beams so that, viewed from the top and from the bottom, the pairs of contact beams are exposed and covered alternatively. a hollow body having a top, a bottom, a front, a rear, and first side and a second side; said termination subassembly being located inside the hollow body of the insert shroud ; a plurality of protective arms extending from the front of said hollow body for protecting contact beams of said termination subassembly inserted into said insert shroud , each said protective arm having beveled edges at its distal end and an angled shoulder spaced from said distal end of said protective arm , said beveled edges providing a first stage of contact pre-alignment during engagement and said shoulder providing a second stage of contact pre-alignment during engagement; a plurality of raised bosses on said top of said hollow body , as well as corresponding hollows in the bottom of said hollow body; a latch on each of said first and second sides of said hollow body , and wherein the termination subassembly comprises a plurality of pairs of contact beams, the contact beams in each pair being of the same orientation and the pairs of contact beams having alternating orientations, and wherein the protective arms each cover one side of a pair of contact beams so that, viewed from the top and from the bottom, the pairs of contact beams are exposed and covered alternatively.
Fastening device for fastening an additional component to a profile rail having a substantially C-shaped cross-section and a longitudinal slot , wherein the fastening device has a cover plate , a threaded plate having a threaded bore for anchoring the fastening device in the profile rail , a holding device with a receptacle for the threaded plate and with a radially projecting holding flange for support on the additional component , wherein the holding device is coupled in a torsionally rigid manner to the cover plate and the threaded plate , has a spring arranged between the cover plate and the holding device and a threaded rod which engages with an outer thread in the threaded bore and is supported on the cover plate , characterised in that on the cover plate are provided guiding projections which project in the direction of the threaded plate , which engage in a torsionally rigid and axially displaceable manner in corresponding guiding recesses in the holding device , and that the spring is supported directly on the cover plate .
Process of preparation of a polymeric composition suitable for making moulded objects said composition comprising a (meth)acrylic copolymer comprising monomers of methyl methacrylate and methacrylic acid said process comprises the steps of a) adding a monomer mixture comprising between 85wt% and 99wt% of methyl methacrylate and between 1wt% and 15wt% of methacrylic acid to a reaction vessel b) adding an initiator c) adding a chain transfer agent d) polymerizing the monomer mixture e) recover a composition from the reaction vessel comprising between 40wt% and 80wt% of the (meth)acrylic copolymer, characterized that the monomer mixture comprising between 85wt% and 99wt% of methyl methacrylate and between 1wt% and 15wt% of methacrylic acid is cooled to a temperature between -50°C and 0°C before the adding of the monomer mixture to the reaction vessel in step a) and keeping the temperature inside the reaction vessel at a temperature between 120°C and 180°C and that the difference of the temperature between the temperature inside the reaction vessel and the temperature of the monomer mixture comprising methyl methacrylate and comprising also methacrylic acid that is added to the reaction vessel is at least 130°C(K), wherein the polymerization step is a continuous bulk polymerization. a) adding a monomer mixture comprising between 85wt% and 99wt% of methyl methacrylate and between 1wt% and 15wt% of methacrylic acid to a reaction vessel b) adding an initiator c) adding a chain transfer agent d) polymerizing the monomer mixture e) recover a composition from the reaction vessel comprising between 40wt% and 80wt% of the (meth)acrylic copolymer,