mhurhangee/patent-ind-claim-en huggingface dataset:
A joint system for an automotive glazing unit , in particular a windshield, said system comprising: - a profiled bead comprising a hollow part that is elongate and opened toward the top, said profiled bead exhibiting in cross section a left neck part and a right neck part , - a core comprising a pin placed inside said hollow part , said core being a temporary elongate element that is removed after the glazing unit has been installed in the opening that it must close of a vehicle, during manufacture of the vehicle and before the vehicle is completely finished, and - a gripping means allowing said pin to be removed from said hollow part , characterized in that, seen in cross section, said gripping means forms a flexible loop such that when it is not under stress it has a cylindrical tube shape, and comprises on the one hand a base located between said pin and said hollow part portion and on the other hand a ring placed above said core , so that the pin being able to be removed from the hollow part without damaging it in order for the subsequent clip-fastening of this plastic element to proceed correctly. - a profiled bead comprising a hollow part that is elongate and opened toward the top, said profiled bead exhibiting in cross section a left neck part and a right neck part , - a core comprising a pin placed inside said hollow part , said core being a temporary elongate element that is removed after the glazing unit has been installed in the opening that it must close of a vehicle, during manufacture of the vehicle and before the vehicle is completely finished, and - a gripping means allowing said pin to be removed from said hollow part ,
A method for manufacturing a steel plate comprising a hot rolling step, a hot correction step, and an accelerated cooling step in this order to manufacture the steel plate, the method further comprising: a descaling step in which descaling is performed on a surface of the steel plate two or more times between the hot correction step and the accelerated cooling step such that energy density E of descaling water is greater than or equal to 0.08 J/mm 2 in total wherein jetting nozzles of a descaling apparatus are set in two or more rows with respect to a longitudinal direction of the steel plate, wherein the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in a row just before the final row is greater than or equal to 0.01 J/mm 2 , and wherein the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in the final row is greater than the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in the row just before the final row by 0.04 J/mm 2 or greater. a descaling step in which descaling is performed on a surface of the steel plate two or more times between the hot correction step and the accelerated cooling step such that energy density E of descaling water is greater than or equal to 0.08 J/mm 2 in total wherein jetting nozzles of a descaling apparatus are set in two or more rows with respect to a longitudinal direction of the steel plate, wherein the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in a row just before the final row is greater than or equal to 0.01 J/mm 2 , and wherein the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in the final row is greater than the energy density of the descaling water that is jetted from the jetting nozzles of the descaling apparatus in the row just before the final row by 0.04 J/mm 2 or greater.
A grain cleaning system for a combine , the grain cleaning system comprising: a front roller ; a rear roller spaced in a rearward direction from the first roller ; a conveyor belt having an upper surface extending from the front roller to the rear roller ; a motor operatively connected to the conveyor belt and configured to drive the upper surface in a belt travel direction from the front roller to the rear roller ; the conveyor belt being configured to expel a combination of grain and material other than grain in the belt drive direction, one or more sieves ; a fan configured to direct an airflow at least partially upwards in the vertical direction adjacent the rear roller ; a baffle located adjacent the rear roller , the baffle having a leading edge , a trailing edge located behind the leading edge with respect to the belt travel direction and below the leading edge with respect to a vertical direction, and a baffle surface extending from the leading edge to the trailing edge ; the one or more sieves located below the baffle ; characterized in that the conveyor belt comprises one or more paddles extending from an outer surface of the conveyor belt and the baffle is configured to contact the expelled combination of grain and material other than grain and to force the combination of grain and material other than grain to move at least partially downwards in the vertical direction. a front roller ; a rear roller spaced in a rearward direction from the first roller ; a conveyor belt having an upper surface extending from the front roller to the rear roller ; a motor operatively connected to the conveyor belt and configured to drive the upper surface in a belt travel direction from the front roller to the rear roller ; the conveyor belt being configured to expel a combination of grain and material other than grain in the belt drive direction, one or more sieves ; a fan configured to direct an airflow at least partially upwards in the vertical direction adjacent the rear roller ; a baffle located adjacent the rear roller , the baffle having a leading edge , a trailing edge located behind the leading edge with respect to the belt travel direction and below the leading edge with respect to a vertical direction, and a baffle surface extending from the leading edge to the trailing edge ; the one or more sieves located below the baffle ; characterized in that the conveyor belt comprises one or more paddles extending from an outer surface of the conveyor belt and the baffle is configured to contact the expelled combination of grain and material other than grain and to force the combination of grain and material other than grain to move at least partially downwards in the vertical direction.
A bending device comprising: a bending unit including a pair of bending bodies each having a slide section in which is formed an insertion hole configured to have a lead of a leaded component inserted therein, and a holding section configured to slidably hold the slide section , the bending unit being configured to bend a pair of leads extending in a plane and inserted into the insertion holes of the pair of bending bodies in a direction different to the plane by the slide section being slid; and a moving device configured to move the bending unit in a direction perpendicular to an insertion direction of the leads into the insertion holes . a bending unit including a pair of bending bodies each having a slide section in which is formed an insertion hole configured to have a lead of a leaded component inserted therein, and a holding section configured to slidably hold the slide section , the bending unit being configured to bend a pair of leads extending in a plane and inserted into the insertion holes of the pair of bending bodies in a direction different to the plane by the slide section being slid; and a moving device configured to move the bending unit in a direction perpendicular to an insertion direction of the leads into the insertion holes .
A pluggable transceiver module comprising: - a line receiver connected to a unit interface transmitter ; - a line transmitter connected to a unit interface receiver ; - a timestamp counter adapted to generate counter values based on clock signals received from an external source and to send the counter values to the line transmitter and to the line receiver , wherein the line transmitter and the line receiver are adapted to associate timing packets in a stream of data packets transmitted and received by the pluggable transceiver module with counter values output by the timestamp counter . - a line receiver connected to a unit interface transmitter ; - a line transmitter connected to a unit interface receiver ; - a timestamp counter adapted to generate counter values based on clock signals received from an external source and to send the counter values to the line transmitter and to the line receiver , wherein the line transmitter and the line receiver are adapted to associate timing packets in a stream of data packets transmitted and received by the pluggable transceiver module with counter values output by the timestamp counter .
A composition used as an insulating, corrosion-inhibiting, self-extinguishing, impermeable, epoxy and ecological coating, comprising: 21-51% water, 4-13% diatomite C110 (Celite C110®), 2-6% calcined alumina, 0.3-2% hexylenglycol, 16-47% elastomeric acrylic resin, 0.7-3% acrylic thickener, and 0.7-3% ammonium hydroxide. 21-51% water, 4-13% diatomite C110 (Celite C110®), 2-6% calcined alumina, 0.3-2% hexylenglycol, 16-47% elastomeric acrylic resin, 0.7-3% acrylic thickener, and 0.7-3% ammonium hydroxide.
Disk brake, in particular for commercial vehicles, with a wear sensor and an adjusting device which has an adjusting element in the form of a pressure screw and/or a pressure sleeve , wherein the adjusting element has a recess into which a reset device extends which is rotationally coupled to the adjusting element for resetting the adjusting device, characterized in that the wear sensor lies at least partially in the recess .
A variable seal for shielding from contaminants both a cylindrical glass body having a circumference and a diameter to be heated in, and the heating element of, a high-temperature draw furnace where the cylindrical glass body enters or exits the furnace, the variable seal comprising: a first support ring ; a second support ring separated from the first support ring by a distance; one or more components (114; 115; 120; 130) for controlling the distance between the first support ring and the second support ring ; a high-temperature fabric cylinder having a center, being attached to the first support ring and to the second support ring , being located where the cylindrical glass body enters or exits the furnace, and surrounding at least a portion of the cylindrical glass body ; and a mechanism (150; 160) engaging the approximate center of the fabric cylinder to close the fabric cylinder as the one or more components (114; 115; 120; 130) decrease the distance between the first support ring and the second support ring and to open the fabric cylinder as the one or more components (114; 115; 120; 130) increase the distance between the first support ring and the second support ring , whereby the fabric cylinder continuously contacts the circumference of the cylindrical glass body regardless of the diameter of the cylindrical glass body . a first support ring ; a second support ring separated from the first support ring by a distance; one or more components (114; 115; 120; 130) for controlling the distance between the first support ring and the second support ring ; a high-temperature fabric cylinder having a center, being attached to the first support ring and to the second support ring , being located where the cylindrical glass body enters or exits the furnace, and surrounding at least a portion of the cylindrical glass body ; and a mechanism (150; 160) engaging the approximate center of the fabric cylinder to close the fabric cylinder as the one or more components (114; 115; 120; 130) decrease the distance between the first support ring and the second support ring and to open the fabric cylinder as the one or more components (114; 115; 120; 130) increase the distance between the first support ring and the second support ring , whereby the fabric cylinder continuously contacts the circumference of the cylindrical glass body regardless of the diameter of the cylindrical glass body .
A surgical instrument comprising: a worm drive ; a lever arm comprising a first end and a second end , the lever arm being pivotable about a pivot axis ; a follower member at the first end of the lever arm and engaged with the worm drive; a surgical end effector ; and an actuation element connected between the lever arm and the surgical end effector, the actuation element being coupled to the lever arm at a location between the follower member and the pivot axis; the follower member being drivable by rotation of the worm drive such that rotational movement of the worm drive imparts, via pivotable movement of the lever arm about the pivot axis, translational movement to the actuation element to actuate the surgical end effector. a worm drive ; a lever arm comprising a first end and a second end , the lever arm being pivotable about a pivot axis ; a follower member at the first end of the lever arm and engaged with the worm drive; a surgical end effector ; and an actuation element connected between the lever arm and the surgical end effector, the actuation element being coupled to the lever arm at a location between the follower member and the pivot axis; the follower member being drivable by rotation of the worm drive such that rotational movement of the worm drive imparts, via pivotable movement of the lever arm about the pivot axis, translational movement to the actuation element to actuate the surgical end effector.
An electronic device , comprising: a display module, a middle frame, and a battery cover, wherein the display module and the battery cover are respectively located at two sides of the middle frame; the display module comprises at least a display layer and a mounting bracket , the mounting bracket comprises a first surface and a second surface, the first surface faces the display layer, and the second surface faces the middle frame; a conductive plating layer is arranged on a partial region of the second surface of the mounting bracket ; and the conductive plating layer is electrically connected to the middle frame; the electronic device being characterized in that : a conductive transition layer is arranged at an outer periphery of the conductive plating layer . the display module comprises at least a display layer and a mounting bracket , the mounting bracket comprises a first surface and a second surface, the first surface faces the display layer, and the second surface faces the middle frame; a conductive plating layer is arranged on a partial region of the second surface of the mounting bracket ; and the conductive plating layer is electrically connected to the middle frame; the electronic device being characterized in that : a conductive transition layer is arranged at an outer periphery of the conductive plating layer .
A purlin element able to form alone, or by assembly by abutting with a similar purlin element , a purlin with a cross-section in the form of an inverted T over at least part of its length in particular to produce a roof , characterized in that the purlin element comprises at least two beams , one of which forms the horizontal branch of the T, the other of which forms the vertical branch of the T, and in that a joint assuming the form of a strip is sandwiched between said beams , this joint extending overhanging the vertical branch of the T and at least partially covering the horizontal branch of the T.
A method of controlling a gain of an optical amplifier comprising a gain medium (12; 38) and a pump light source , said method comprising the following steps: - determining or predicting a change of input signal power to the amplifier, and reacting to said determined or predicted change of input signal power by means of feed forward control comprising - changing the pump power from an initial pump power level to a new pump power level at a first time instant, the initial pump power level being the pump power level applied to the amplifier prior to the change in input signal power, - setting the pump power to a second pump power level at a second time instant, characterized in that the pump power level is varied in an oscillatory manner for at least one period of time starting at a third time instant and ending at a fourth time instant, wherein said third time instant is identical with or later than said first time instant and said fourth time instant is identical with or earlier than said second time instant. - determining or predicting a change of input signal power to the amplifier, and reacting to said determined or predicted change of input signal power by means of feed forward control comprising - changing the pump power from an initial pump power level to a new pump power level at a first time instant, the initial pump power level being the pump power level applied to the amplifier prior to the change in input signal power, - setting the pump power to a second pump power level at a second time instant, characterized in that the pump power level is varied in an oscillatory manner for at least one period of time starting at a third time instant and ending at a fourth time instant, wherein said third time instant is identical with or later than said first time instant and said fourth time instant is identical with or earlier than said second time instant.
A staircase kit comprising stringers and treads in separate pieces, and an assembly template, the template comprising: • a operative surface for supporting the staircase, configured to, in a lying position of the template resting on a first surface adjacent to the operative surface, hold the stringers and steps in a configuration corresponding to that of the finished staircase; characterised in that the assembly template has a generally prismatic shape with a triangular base and comprises: • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge (P) which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase. • a operative surface for supporting the staircase, configured to, in a lying position of the template resting on a first surface adjacent to the operative surface, hold the stringers and steps in a configuration corresponding to that of the finished staircase; characterised in that the assembly template has a generally prismatic shape with a triangular base and comprises: • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge (P) which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase. • a second surface adjacent to the operating surface, forming with the first adjacent surface an edge (P) which is located substantially plumb with the centre of gravity of the finished staircase in the lying position, whereby the template supporting the finished staircase can be tilted to a raised position resting on the second adjacent surface with a small force relative to the weight of the staircase.
A method of monitoring a flow of flow units within a geographical location composed of a plurality of geographically distinct zones having assigned thereto a respective physical process monitored by at least one sensor, characterized in that the method comprises: - establishing a plurality of processing areas for data segregation within the geographical location, each processing area being associated with a respective one of the plurality of geographically distinct zones; - generating, for each processing area, an activity module based on the physical process assigned to the associated geographically distinct zone, each activity module associated with a type of flow unit, defining an input for obtaining input flow units and an output for outputting output flow units, and performing processing of the flow units therebetween using input obtained from the at least one sensor monitoring the respective physical process assigned to the respective associated zone; and - linking the plurality of processing areas by coupling activity modules across different processing areas, comprising linking the flow outputs with the flow inputs of different activity modules, thereby segregating data processing across the different processing areas. - establishing a plurality of processing areas for data segregation within the geographical location, each processing area being associated with a respective one of the plurality of geographically distinct zones; - generating, for each processing area, an activity module based on the physical process assigned to the associated geographically distinct zone, each activity module associated with a type of flow unit, defining an input for obtaining input flow units and an output for outputting output flow units, and performing processing of the flow units therebetween using input obtained from the at least one sensor monitoring the respective physical process assigned to the respective associated zone; and - linking the plurality of processing areas by coupling activity modules across different processing areas, comprising linking the flow outputs with the flow inputs of different activity modules, thereby segregating data processing across the different processing areas.
A device comprising: a heat spreader having a first side and a second side opposite the first side, the heat spreader comprising at least one oscillating heat pipe arranged between the first side and the second side, at least one of the at least one oscillating heat pipe comprising a plurality of interconnected channels forming multiple loops of a continuous channel comprising a working fluid, and the heat spreader further comprising one or more heat exchange features, wherein the heat spreader comprises a first plate and second plate , the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; at least one optoelectronic component coupled to the first side of the heat spreader; and at least one thermoelectric cooler , wherein a cold side of the at least one thermoelectric cooler is coupled to the second side of the heat spreader. a heat spreader having a first side and a second side opposite the first side, the heat spreader comprising at least one oscillating heat pipe arranged between the first side and the second side, at least one of the at least one oscillating heat pipe comprising a plurality of interconnected channels forming multiple loops of a continuous channel comprising a working fluid, and the heat spreader further comprising one or more heat exchange features, wherein the heat spreader comprises a first plate and second plate , the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; wherein the heat spreader comprises a first plate and second plate , the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; at least one optoelectronic component coupled to the first side of the heat spreader; and at least one thermoelectric cooler , wherein a cold side of the at least one thermoelectric cooler is coupled to the second side of the heat spreader.