mhurhangee/ep-ind-claims huggingface dataset:
A weighing apparatus comprising: a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; and a control unit configured to calculate a correction value for correcting the weight of the article detected by the detection unit, based on the weigh signals output by the detection unit when a reference sample is conveyed by the conveyance unit for a predetermined number of times, wherein the control unit is configured to calculate the predetermined number of times based on the weigh signals output by the detection unit when the control unit drives the conveyance unit. a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; and a control unit configured to calculate a correction value for correcting the weight of the article detected by the detection unit, based on the weigh signals output by the detection unit when a reference sample is conveyed by the conveyance unit for a predetermined number of times, wherein the control unit is configured to calculate the predetermined number of times based on the weigh signals output by the detection unit when the control unit drives the conveyance unit.
A moulding tool for reshaping hollow-body glass precursors, comprising: a forming mandrel for reshaping at least a portion of a heated zone of the glass precursor; wherein the forming mandrel is made of an alloy comprising at least a first temperature-stable core material as the basic material of the forming mandrel and at least one further alloying element; wherein the core material is selected from the group comprising iridium, palladium, platinum, rhodium, rhenium, and/or ruthenium, or an alloy based thereon; wherein the at least one further alloying element is selected from the group comprising tungsten, zirconium, rhodium, molybdenum, ruthenium, and rhenium; and wherein tungsten is included with an amount of at least 0.01 wt%. a forming mandrel for reshaping at least a portion of a heated zone of the glass precursor; wherein the forming mandrel is made of an alloy comprising at least a first temperature-stable core material as the basic material of the forming mandrel and at least one further alloying element; wherein the core material is selected from the group comprising iridium, palladium, platinum, rhodium, rhenium, and/or ruthenium, or an alloy based thereon; wherein the at least one further alloying element is selected from the group comprising tungsten, zirconium, rhodium, molybdenum, ruthenium, and rhenium; and wherein tungsten is included with an amount of at least 0.01 wt%.
Holster for housing a firearm with a trigger guard, comprising a sheath, first safety lock means of the firearm comprising a strap connected to said sheath and elastically mobile from a locked position of the firearm to a release position angularly displaced from said locked position, and second safety lock means comprising a pin extending transversally in said sheath and retractably engageable in said trigger guard, wherein a button is provided elastically slidable in a single sliding direction along a side thereof and operable to release said first safety lock means of the firearm and said second lock means of the firearm in sequence following a progressively increasing pressure exerted on said button according to said single sliding direction, characterized in that said first safety lock means also comprise an end of said strap configured so as to engage with a push rod extending from said button to counteract an elastic force suitable for moving said strap from said locked position to said release position, said push rod being forced to translate with respect to said end of the strap integrally with said button, when it is pressed, to disengage from said strap end.
A multi-display apparatus comprising: a first display panel; a second display panel disposed to overlap a portion of the first display panel in a plan view of the multi-display apparatus; a unitary indivisible transparent plate disposed overlapping a portion of both the first display panel and the second display panel, the unitary indivisible transparent plate including a soft material which is flexible so that the multi-display apparatus is foldable to dispose the first display panel facing the second display panel; and a transparent window disposed overlapping both the first display panel and the second display panel, wherein the transparent window defines an uppermost member of the combined structure including the first and the second display panels (110, 120) and the unitary indivisible transparent plate, the transparent window comprising a first rigid unit and a second rigid unit, which are spaced apart from each other in the plan view, the first rigid unit and the second rigid unit being respectively disposed on areas corresponding to the first display panel and the second display panel, and a soft unit disposed between the first rigid unit and the second rigid unit such that the transparent window is bendable when the multi-display apparatus is folded to dispose the first display panel facing the second display panel. a first display panel; a second display panel disposed to overlap a portion of the first display panel in a plan view of the multi-display apparatus; a unitary indivisible transparent plate disposed overlapping a portion of both the first display panel and the second display panel, the unitary indivisible transparent plate including a soft material which is flexible so that the multi-display apparatus is foldable to dispose the first display panel facing the second display panel; and a transparent window disposed overlapping both the first display panel and the second display panel, wherein the transparent window defines an uppermost member of the combined structure including the first and the second display panels (110, 120) and the unitary indivisible transparent plate, the transparent window comprising a first rigid unit and a second rigid unit, which are spaced apart from each other in the plan view, the first rigid unit and the second rigid unit being respectively disposed on areas corresponding to the first display panel and the second display panel, and a soft unit disposed between the first rigid unit and the second rigid unit such that the transparent window is bendable when the multi-display apparatus is folded to dispose the first display panel facing the second display panel.
A first transmitter device for use in a wireless network, arranged to transmit signals on a first channel, said transmitter device comprising a control unit arranged to • identify at least one second transmitter device in the wireless network, transmitting on the first channel, • obtain location information related to the location of a first user terminal (S 11) communicating with the at least one second transmitter device, • suppress energy transmission from the first transmitter device, in at least a first direction towards the first user terminal (S 11) selected to avoid interference with a signal transmitted by the at least one second transmitter device communicating with the first user terminal (S 11), wherein the first transmitter device is arranged to obtain location information in the form of angle of access between the first user terminal (S 11) and the at least one second transmitter device. • identify at least one second transmitter device in the wireless network, transmitting on the first channel, • obtain location information related to the location of a first user terminal (S 11) communicating with the at least one second transmitter device, • suppress energy transmission from the first transmitter device, in at least a first direction towards the first user terminal (S 11) selected to avoid interference with a signal transmitted by the at least one second transmitter device communicating with the first user terminal (S 11),
A dispenser for a liquid or pasty product, said dispenser comprising a rigid packaging inside which is housed a flexible pouch for storing the product to be dispensed, said pouch being provided with a tap, said dispenser having at least one usage configuration wherein the tap protrudes at least partially from the packaging, characterized in that the packaging, which is in the form of a box, comprises a body and a cover that can be nested for a sliding interlocking assembly in the direction bringing them closer together or moving them apart from one another, in that the tap projects, in the usage configuration, at least partially from the packaging through an orifice provided in the cover, in that the body is a tubular hollow body comprising a bottom and a peripheral side wall to delimit a so-called open cavity provided with an opening, in that the body is a reversible body having a first and a second insertion position with sliding interlocking in the cover, in that, in the first position of the body, the opening of the cavity oriented toward the inside of the packaging is closed by the cover, and in that, in the second position of the body, the opening of the cavity is oriented toward the outside of the packaging to be accessible from the outside of the packaging and in that, in the second position of the body, the pouch is arranged between the bottom of said body and the cover able to press the pouch in the state driven in relative sliding movement so as to come closer to one another.
A riser for defining a coolant flow path in a nuclear reactor including a hot leg flowing inside the riser and a cold leg flowing outside the riser, the riser comprising: a hollow cylindrical upper riser section having a smaller diameter; a hollow cylindrical lower riser section having a larger diameter that is larger than the smaller diameter of the hollow cylindrical upper riser section; and a riser cone compressed between a lower end of the hollow cylindrical upper riser section and an upper end of the hollow cylindrical lower riser section, the riser cone having a lower end mating with the upper end of the hollow cylindrical lower riser section and an upper end mating with the lower end of the hollow cylindrical upper riser section, the riser cone providing sealing between the lower end of the hollow cylindrical upper riser section and the upper end of the hollow cylindrical lower riser section; characterised in that the riser cone comprises a frustoconical body including the lower end mating with the upper end of the hollow cylindrical lower riser section, a sealing ring including the upper end mating with the lower end of the hollow cylindrical upper riser section, and a spring compressed between the sealing ring and an upper end of the frustoconical body. a hollow cylindrical upper riser section having a smaller diameter; a hollow cylindrical lower riser section having a larger diameter that is larger than the smaller diameter of the hollow cylindrical upper riser section; and a riser cone compressed between a lower end of the hollow cylindrical upper riser section and an upper end of the hollow cylindrical lower riser section, the riser cone having a lower end mating with the upper end of the hollow cylindrical lower riser section and an upper end mating with the lower end of the hollow cylindrical upper riser section, the riser cone providing sealing between the lower end of the hollow cylindrical upper riser section and the upper end of the hollow cylindrical lower riser section; characterised in that the riser cone comprises a frustoconical body including the lower end mating with the upper end of the hollow cylindrical lower riser section, a sealing ring including the upper end mating with the lower end of the hollow cylindrical upper riser section, and a spring compressed between the sealing ring and an upper end of the frustoconical body.
An electrosurgical system for applying electrical energy to a target site on or within a patient's body, the system comprising: a high frequency power supply; an instrument coupled to said power supply and having a shaft with proximal and distal end portions; an electrode terminal on the distal end portion; a return electrode electrically coupled to the high frequency power supply and spaced from the electrode terminal; a sensor for sensing the presence of electrically conductive fluid between the electrode terminal and the return electrode wherein the sensor comprises a switch configured to operate so that, when the electrically conductive fluid is present, current flows through a first electrical pathway comprising a resistor (375, 352) defining a known resistor value, and when fluid is not present current flows through a second pathway that short circuits the first pathway; a flow interlock device configured to detect changes in resistance caused by operation of the switch and thereby to prevent the supply of high frequency power to the instrument unless the electrically conductive fluid is present; and a probe identification device coupled to the power supply for identifying the instrument based on the known resistor value. a high frequency power supply; an instrument coupled to said power supply and having a shaft with proximal and distal end portions; an electrode terminal on the distal end portion; a return electrode electrically coupled to the high frequency power supply and spaced from the electrode terminal; a sensor for sensing the presence of electrically conductive fluid between the electrode terminal and the return electrode wherein the sensor comprises a switch configured to operate so that, when the electrically conductive fluid is present, current flows through a first electrical pathway comprising a resistor (375, 352) defining a known resistor value, and when fluid is not present current flows through a second pathway that short circuits the first pathway; a flow interlock device configured to detect changes in resistance caused by operation of the switch and thereby to prevent the supply of high frequency power to the instrument unless the electrically conductive fluid is present; and a probe identification device coupled to the power supply for identifying the instrument based on the known resistor value.
Lifting mechanism comprising a shelf for installation in a drawer or in a body of a piece of furniture or domestic appliance, comprising a pair of mechanisms for raising and lowering the shelf, wherein one of the mechanisms is arranged in each case on one side of the shelf and wherein the two mechanisms are coupled to one another via a synchronization rod, characterized in that the length (L S) of the synchronization rod is variably adjustable, wherein the lifting mechanism comprises a scissor mechanism (3, 4) with two pairs of crossed and mutually rotatably connected scissor levers (31, 32, 41, 42) for raising and lowering the shelf, wherein a respective first scissor lever (31, 41) is arranged on the shelf in a stationary and rotatable manner at a first end (311, 411) on the shelf and a respective second scissor lever (32, 42) is arranged on the shelf in a rotatable and displaceable manner at a first end (321, 421), wherein a second end (312, 412) of the first scissor lever (31, 41) can be arranged rotatably and displaceably and a second end (322, 422) of the second scissor lever (32, 42) can be arranged fixedly and rotatably on the drawer or the body of the furniture or domestic appliance, and wherein the second ends (312, 412) of the first scissor lever (31, 41) are coupled to one another via a synchronization rod.
A method for selecting a new serving base station (100, 420, 510, 540, 620, 630, 720, 730, 1610, 1710) by a mobile subscriber station (110, 120, 130, 400, 511, 513, 530, 551, 553, 600, 700, 1600, 1700) in a broadband wireless access communication system, the method comprising the steps of: 1) receiving information related to n neighbor base stations from a serving base station (100, 420, 510, 540, 610, 710) and monitoring frequency bands of the n neighbor base stations; 2) determining a handover operation and detecting m neighbor base stations, where m ≤ n, capable of serving as a new serving base station according to a monitoring result for the frequency bands of the n neighbor base stations; 3) transmitting a handover request message including information on the m neighbor base stations to the serving base station; 4) detecting a drop after transmitting the handover request message; 5) monitoring frequency bands of the m neighbor base stations; 6) detecting at least one target base station capable of serving as a new serving base station according to a monitoring result for the frequency bands of the m neighbor base stations; and 7) selecting the new serving base station from the at least one target base station detected in step 6). 1) receiving information related to n neighbor base stations from a serving base station (100, 420, 510, 540, 610, 710) and monitoring frequency bands of the n neighbor base stations; 2) determining a handover operation and detecting m neighbor base stations, where m ≤ n, capable of serving as a new serving base station according to a monitoring result for the frequency bands of the n neighbor base stations; 3) transmitting a handover request message including information on the m neighbor base stations to the serving base station; 4) detecting a drop after transmitting the handover request message; 5) monitoring frequency bands of the m neighbor base stations; 6) detecting at least one target base station capable of serving as a new serving base station according to a monitoring result for the frequency bands of the m neighbor base stations; and 7) selecting the new serving base station from the at least one target base station detected in step 6).
A biodegradable polymer blend comprising: at least one stiff synthetic biodegradable polymer having a glass transition temperature greater than 10°C; and at least one soft biodegradable polymer having a glass transition temperature less than 0°C, selected from aliphatic-aromatic copolyesters; and inorganic particulate filler is included in an amount in a range of from greater than 15 % by weight of the polymer blend to 95% by weight of the polymer blend, wherein the polymer blend is suitable for formation into at least one of extruded sheets and blown films. at least one stiff synthetic biodegradable polymer having a glass transition temperature greater than 10°C; and at least one soft biodegradable polymer having a glass transition temperature less than 0°C, selected from aliphatic-aromatic copolyesters;
A device for protecting against overvoltage that can be adapted to a programmable logic controller power supply, said power supply including: • a primary circuit receiving energy for conversion via an input channel and including a primary auxiliary power supply, • a secondary circuit coupled with the primary circuit, presenting an output channel where an output voltage (Vo) can be measured, and to which an output diode is connected, characterized in that it includes: • a first detection and protection device capable of measuring the voltage at a first point of the secondary circuit or of the primary circuit, of comparing the voltage measured at said first point with a first threshold voltage and of triggering a short-circuit if said voltage measured at the first point is higher than said first threshold voltage, such as to stop all energy transfer toward the output channel; • a second detection and protection device capable of measuring the voltage at a second point situated on said primary auxiliary power supply, such as to measure an image voltage of the output voltage (Vo), of comparing the voltage measured at said second point with a second threshold voltage, of triggering a short-circuit if said voltage measured at the second point is higher than said second threshold voltage, such as to stop all energy transfer toward the output channel, and of shutting off the primary auxiliary power supply. • a primary circuit receiving energy for conversion via an input channel and including a primary auxiliary power supply, • a secondary circuit coupled with the primary circuit, presenting an output channel where an output voltage (Vo) can be measured, and to which an output diode is connected, • a first detection and protection device capable of measuring the voltage at a first point of the secondary circuit or of the primary circuit, of comparing the voltage measured at said first point with a first threshold voltage and of triggering a short-circuit if said voltage measured at the first point is higher than said first threshold voltage, such as to stop all energy transfer toward the output channel; • a second detection and protection device capable of measuring the voltage at a second point situated on said primary auxiliary power supply, such as to measure an image voltage of the output voltage (Vo), of comparing the voltage measured at said second point with a second threshold voltage, of triggering a short-circuit if said voltage measured at the second point is higher than said second threshold voltage, such as to stop all energy transfer toward the output channel, and of shutting off the primary auxiliary power supply.
A method of guiding ions, comprising: providing an ion guide comprising a plurality of electrodes; transmitting ions through said ion guide; confining ions radially within said ion guide by applying one or more voltages to said plurality of electrodes; applying an orthogonal DC field along at least a portion of said ion guide in order to control the temperature of ions as they travel through said ion guide; and applying an electrostatic driving potential to said plurality of electrodes to urge ions along the axial length of the ion guide and control the amount of heating experienced by ions as they travel through the ion guide; characterised in that the method further comprises varying the properties of the electrostatic driving potential to vary the amount of heating for selected ions as they travel through said ion guide. providing an ion guide comprising a plurality of electrodes; transmitting ions through said ion guide; confining ions radially within said ion guide by applying one or more voltages to said plurality of electrodes; applying an orthogonal DC field along at least a portion of said ion guide in order to control the temperature of ions as they travel through said ion guide; and applying an electrostatic driving potential to said plurality of electrodes to urge ions along the axial length of the ion guide and control the amount of heating experienced by ions as they travel through the ion guide; characterised in that the method further comprises varying the properties of the electrostatic driving potential to vary the amount of heating for selected ions as they travel through said ion guide.