mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production by extrusion of a multilayer film composed of at least three layers of which two outer layers consist of virgin PET or a virgin copolymer thereof ; an inner layer of said multilayer film being produced by the sequence of: - a mixing step, wherein recycled PET material is mixed with an additive to obtain a thermoplastic material to be extruded; said recycled PET material having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than 0.80 dl/g, deriving, for at least 50% by weight, from recycling processes and comprising PET or a copolymer thereof; - an extrusion step, wherein said thermoplastic material undergoes extrusion at a temperature lower than 300°C; - a recovery and cooling step, wherein a film coming out of the extruder is recovered and cooled; said additive being pyromellitic dianhydride; said process being characterized in that said pyromellitic dianhydride is added in a quantity ranging from 0.002% to 0.150% by weight with respect to the total weight of said thermoplastic material to be extruded; said film multilayer coming out of the extruder having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than weighted intrinsic viscosity of incoming PET material. - a mixing step, wherein recycled PET material is mixed with an additive to obtain a thermoplastic material to be extruded; said recycled PET material having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than 0.80 dl/g, deriving, for at least 50% by weight, from recycling processes and comprising PET or a copolymer thereof; - an extrusion step, wherein said thermoplastic material undergoes extrusion at a temperature lower than 300°C; - a recovery and cooling step, wherein a film coming out of the extruder is recovered and cooled;
A method for isolating a viable, respiration-competent mitochondrion, the method comprising: providing a cell homogenate comprising a viable mitochondrion; providing a filtration apparatus comprising: a tubular body configured to be received in a centrifuge tube and comprising a lumen and first and second ends, each end comprising an opening; a first filter disposed and secured within the lumen, wherein the filter has a pore-size between 30 μm and 50 μm; and a second filter disposed and secured within the lumen adjacent to the first filter and having a pore-size between 5 μm and 20 μm; introducing the cell homogenate into the opening at the first end such that the cell homogenate contacts and is filtered through the first filter and subsequently the second filter to thereby form a filtrate; and collecting the viable, respiration-competent mitochondrion in the filtrate, thereby isolating the viable, respiration-competent mitochondrion. a tubular body configured to be received in a centrifuge tube and comprising a lumen and first and second ends, each end comprising an opening; a first filter disposed and secured within the lumen, wherein the filter has a pore-size between 30 μm and 50 μm; and a second filter disposed and secured within the lumen adjacent to the first filter and having a pore-size between 5 μm and 20 μm; introducing the cell homogenate into the opening at the first end such that the cell homogenate contacts and is filtered through the first filter and subsequently the second filter to thereby form a filtrate; and collecting the viable, respiration-competent mitochondrion in the filtrate, thereby isolating the viable, respiration-competent mitochondrion.
A system of a printing device and a cassette detachably attachable to the printing device , the printing device including: a print head ; a platen roller ; a motor for generating a driving force to rotate the platen roller ; a cassette receiving portion ; and a power transmission portion for transmitting the driving force to the platen roller and including a specific gear , the cassette being attached to the cassette receiving portion in a first direction, the cassette comprising: a printing tape to be printed by the print head and conveyed by the platen roller ; a casing accommodating the printing tape ; and characterized in that the cassette further comprises a pressure portion configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction. the printing device including: a print head ; a platen roller ; a motor for generating a driving force to rotate the platen roller ; a cassette receiving portion ; and a power transmission portion for transmitting the driving force to the platen roller and including a specific gear , the cassette being attached to the cassette receiving portion in a first direction, the cassette comprising: a printing tape to be printed by the print head and conveyed by the platen roller ; a casing accommodating the printing tape ; and characterized in that the cassette further comprises a pressure portion configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction. a printing tape to be printed by the print head and conveyed by the platen roller ; a casing accommodating the printing tape ; and characterized in that the cassette further comprises a pressure portion configured to move the specific gear in the first direction upon attachment of the cassette to the cassette receiving portion to allow the power transmission portion to mechanically switch a ratio of a rotation number of the platen roller to a rotation number of the motor in accordance with a position of the specific gear in the first direction.
A method for determining the rheological parameters of a fluid , said method comprising the following steps: A) introduction of said fluid into a continuous-jet droplet generator comprising a tank maintained at a given pressure p 0 using a pressurizing device and communicating via an inlet orifice with an ejection head , the temperature of which is controlled; B) periodic stimulation, of amplitude A (in Volts) and of frequency F=1/T, of a piezoelectric actuator , such that said piezoelectric actuator disturbs the pressurized fluid in said ejection head ; C) ejection, via an outlet nozzle and out of said ejection head , of said duly disturbed fluid , which takes the form of a jet ; D) obtaining, using a stroboscope at a given instant t, of a fixed and illuminated image of the complete jet ; E) recording of one or more photographs of all or part of said fixed and illuminated image of the complete jet using a camera or a photographic device ; F) analysis of the photographs from the step E to extract therefrom a set of data descriptive of said jet ; G) determination of the rheological parameters of said fluid for a given outlet nozzle, and for a given stimulation amplitude A i and pressure p 0i , i being a natural integer at least equal to 2, said determination of the rheological parameters being performed using a statistical method previously parameterized by using as training set a database containing the morphologies of known fluid jets. A) introduction of said fluid into a continuous-jet droplet generator comprising a tank maintained at a given pressure p 0 using a pressurizing device and communicating via an inlet orifice with an ejection head , the temperature of which is controlled; B) periodic stimulation, of amplitude A (in Volts) and of frequency F=1/T, of a piezoelectric actuator , such that said piezoelectric actuator disturbs the pressurized fluid in said ejection head ; C) ejection, via an outlet nozzle and out of said ejection head , of said duly disturbed fluid , which takes the form of a jet ; D) obtaining, using a stroboscope at a given instant t, of a fixed and illuminated image of the complete jet ; E) recording of one or more photographs of all or part of said fixed and illuminated image of the complete jet using a camera or a photographic device ; F) analysis of the photographs from the step E to extract therefrom a set of data descriptive of said jet ; G) determination of the rheological parameters of said fluid for a given outlet nozzle, and for a given stimulation amplitude A i and pressure p 0i , i being a natural integer at least equal to 2, said determination of the rheological parameters being performed using a statistical method previously parameterized by using as training set a database containing the morphologies of known fluid jets.
A method of transmitting audio streams to a first end point and a second end point using an information appliance , the method comprising: causing display of a first video stream; associating a first audio stream with the first end point , wherein the first audio stream is associated with the first video stream and the first audio stream is in a first language; associating a second audio stream with the second end point , wherein the second audio stream is associated with the first video stream and the second audio stream is in a second language different from the first language; wirelessly transmitting using Bluetooth, at the same time from the information appliance , the first audio stream to the first end point and the second audio stream to the second end point , wherein a Stream End Point Identifier is assigned to each pair of end point and audio stream, the SEIDs are used to transmit respective data for each audio stream to the corresponding end point, and the Stream End Point Identifiers are comprised within the same Bluetooth stack . causing display of a first video stream; associating a first audio stream with the first end point , wherein the first audio stream is associated with the first video stream and the first audio stream is in a first language; associating a second audio stream with the second end point , wherein the second audio stream is associated with the first video stream and the second audio stream is in a second language different from the first language; wirelessly transmitting using Bluetooth, at the same time from the information appliance , the first audio stream to the first end point and the second audio stream to the second end point , wherein a Stream End Point Identifier is assigned to each pair of end point and audio stream, the SEIDs are used to transmit respective data for each audio stream to the corresponding end point, and the Stream End Point Identifiers are comprised within the same Bluetooth stack .
Process for producing a contact plug, comprising the process steps: - provision of a blank which consists of a lead-free brass alloy; - semihot forming of a first section of the blank to form a crimping region , where the crimping region has an opening for insertion of a conductor end and where the first section of the blank is heated to a semihot forming temperature before and/or during the semihot forming; - cold forming of a second section of the blank to form a plugging region , where the plugging region has a plurality of lamellae . - provision of a blank which consists of a lead-free brass alloy; - semihot forming of a first section of the blank to form a crimping region , where the crimping region has an opening for insertion of a conductor end and where the first section of the blank is heated to a semihot forming temperature before and/or during the semihot forming; - cold forming of a second section of the blank to form a plugging region , where the plugging region has a plurality of lamellae .
A manual service disconnect comprising: an upper housing which has thereinside a plate-shaped upper bus bar terminal ; and a lower housing comprising a lower bus bar terminal , the lower bus bar terminal includes a first bus bar terminal and a second bus bar terminal , wherein the first bus bar terminal comprises a first contact part which contacts the upper bus bar terminal and a first plug part extending from the first contact part , and the second bus bar terminal comprises a second contact part which contacts the upper bus bar terminal and a second plug part extending from the second contact part , wherein the first contact part and the second contact part are arranged to face each other, characterised in that the lower housing has an opened top surface and is configured to couple to the upper housing , the first bus bar terminal and the second bus bar terminal electrically contact front and rear surfaces, respectively, of the upper bus bar terminal , in the form of a slot through the opened top surface of the lower housing , the first plug part is coplanarly positioned with the first contact part , and the second plug part is coplanarly positioned with the second contact part . an upper housing which has thereinside a plate-shaped upper bus bar terminal ; and a lower housing comprising a lower bus bar terminal , the lower bus bar terminal includes a first bus bar terminal and a second bus bar terminal , wherein the first bus bar terminal comprises a first contact part which contacts the upper bus bar terminal and a first plug part extending from the first contact part , and the second bus bar terminal comprises a second contact part which contacts the upper bus bar terminal and a second plug part extending from the second contact part , wherein the first contact part and the second contact part are arranged to face each other, characterised in that the lower housing has an opened top surface and is configured to couple to the upper housing , the first bus bar terminal and the second bus bar terminal electrically contact front and rear surfaces, respectively, of the upper bus bar terminal , in the form of a slot through the opened top surface of the lower housing , the first plug part is coplanarly positioned with the first contact part , and the second plug part is coplanarly positioned with the second contact part .
A cooking device having a gas tap comprising a body , a guidance element bedded at an inner section of the body , a second flexible element placed inside said guidance element , a shaft having a shaft extension , said shaft extension engaging to an opening provided on the gas guidance element , in order to transfer a rotation movement to the guidance element , which is required for gas passage, in an axial direction (D1) and in a rotation direction (R1), characterized in that the gas tap further comprises a movement transfer element fixed on the shaft and having an extension which is embodied in an angled manner thereon; and an axially movable rod positioned in a parallel manner with respect to the shaft and having a support protrusion at an angle permitting rotational movement such that the angle of the extension meets the angle of the support protrusion and positioned in a manner corresponding to the extension , wherein an extension upper face of the extension and a protrusion lower face of the support protrusion contact in a manner providing advancing of the shaft in the axial direction (D1) and wherein said rod advances in an axial manner as an extension lower face of the extension and a protrusion upper face of the support protrusion contact in a manner providing returning of the movement transfer element to an initial position thereof as the shaft is turned in a rotation reverse direction (R2).
A 3D display device, comprising: a display panel, comprising a plurality of sub-pixel units arranged in a matrix and defined by a plurality of data lines arranged horizontally and a plurality of gate signal lines arranged vertically crossing one another, and each of the plurality of gate signal lines being located between two adjacent columns of sub-pixel units; a lenticular lens grating arranged in a same direction as that of the gate signal lines, and provided at a light emitting side of the display panel, wherein the lenticular lens grating comprising a plurality of lens units , and splitting light emitted from the display panel, each of the plurality of lens units corresponding to at least two adjacent columns of sub-pixel units in the display panel; in a 3D display mode, a plurality of columns of sub-pixel units in the display panel alternatively display a left eye image/a right eye image and a right eye image/a left eye image, and each of the lens units comprises, in a region corresponding to each column of the sub-pixel units , a lens structure of each lens unit corresponding to the left eye image or the right eye image currently displayed by the column of the sub-pixel units , characterized in that when each column of sub-pixel units in the display panel performs an image refreshing, a position of the lens structure of the lens unit in a region corresponding to the column of sub-pixel units is synchronously changed, and the position of the lens structure of each of the lens units in a region corresponding to each column of the sub-pixel units is separately controlled. a display panel, comprising a plurality of sub-pixel units arranged in a matrix and defined by a plurality of data lines arranged horizontally and a plurality of gate signal lines arranged vertically crossing one another, and each of the plurality of gate signal lines being located between two adjacent columns of sub-pixel units; a lenticular lens grating arranged in a same direction as that of the gate signal lines, and provided at a light emitting side of the display panel, wherein the lenticular lens grating comprising a plurality of lens units , and splitting light emitted from the display panel, each of the plurality of lens units corresponding to at least two adjacent columns of sub-pixel units in the display panel; in a 3D display mode, a plurality of columns of sub-pixel units in the display panel alternatively display a left eye image/a right eye image and a right eye image/a left eye image, and each of the lens units comprises, in a region corresponding to each column of the sub-pixel units , a lens structure of each lens unit corresponding to the left eye image or the right eye image currently displayed by the column of the sub-pixel units , characterized in that when each column of sub-pixel units in the display panel performs an image refreshing, a position of the lens structure of the lens unit in a region corresponding to the column of sub-pixel units is synchronously changed, and the position of the lens structure of each of the lens units in a region corresponding to each column of the sub-pixel units is separately controlled.
A cooking oven with a cooling system , wherein - the cooling system comprises a first air path including a first suction area , at least one first fan and a first air guidance of a blowing-out area connected in series, - the cooling system comprises a second air path including a second suction area, at least one second fan and a second air guidance of the blowing-out area connected in series, - the first suction area is connected to an oven cavity of the cooking oven via an vapour outlet , so that the first air path is provided for conveying moist air, and - the second suction area is connected to the environment of the cooking oven , so that the second air path is provided for conveying dry air, wherein the first air path and the second air path are separated from each other, characterized in that the dry air conveyed by the second path cools moisture-sensitive components of the cooking oven , in that the blowing-out area is subdivided into the first air guidance and the second air guidance that are arranged side by side to each other seen from a top view, and in that the cross-sections of the blowing-out area , the first air guidance and the second air guidance increase in direction of the air flow. - the cooling system comprises a first air path including a first suction area , at least one first fan and a first air guidance of a blowing-out area connected in series, - the cooling system comprises a second air path including a second suction area, at least one second fan and a second air guidance of the blowing-out area connected in series, - the first suction area is connected to an oven cavity of the cooking oven via an vapour outlet , so that the first air path is provided for conveying moist air, and - the second suction area is connected to the environment of the cooking oven , so that the second air path is provided for conveying dry air,
A voltage-controlled-oscillator circuit comprising: a voltage-controlled-oscillator, VCO, having a minimum-VCO-voltage and a maximum-VCO-voltage defining a tuning-range of the VCO; a charge-pump configured to generate a tuning-voltage for the VCO, the tuning- voltage having a minimum-operating-voltage, in which the minimum-operating-voltage of the tuning voltage is greater than the minimum-VCO-voltage of the VCO; and an offset-voltage-source configured to generate an offset-voltage, wherein the offset-voltage is a first-offset-voltage and is a fixed DC offset-voltage, provided in order to compensate for the minimum-operating-voltage, and in which the offset-voltage is selected to be equal to a difference between the minimum-operating-voltage of the tuning-voltage and the minimum-VCO-voltage, in which the VCO is configured to provide an oscillator frequency in accordance with the tuning-voltage and the offset-voltage, in which the voltage-controlled- oscillator comprises at least one varactor unit in which a varactor-voltage is applied across a varactor of the at least one varactor unit, and in which the varactor-voltage is based on a difference between the tuning-voltage and the offset-voltage. a voltage-controlled-oscillator, VCO, having a minimum-VCO-voltage and a maximum-VCO-voltage defining a tuning-range of the VCO; a charge-pump configured to generate a tuning-voltage for the VCO, the tuning- voltage having a minimum-operating-voltage, in which the minimum-operating-voltage of the tuning voltage is greater than the minimum-VCO-voltage of the VCO; and an offset-voltage-source configured to generate an offset-voltage, wherein the offset-voltage is a first-offset-voltage and is a fixed DC offset-voltage, provided in order to compensate for the minimum-operating-voltage, and in which the offset-voltage is selected to be equal to a difference between the minimum-operating-voltage of the tuning-voltage and the minimum-VCO-voltage, in which the VCO is configured to provide an oscillator frequency in accordance with the tuning-voltage and the offset-voltage, in which the voltage-controlled- oscillator comprises at least one varactor unit in which a varactor-voltage is applied across a varactor of the at least one varactor unit, and in which the varactor-voltage is based on a difference between the tuning-voltage and the offset-voltage.
An equipment door comprising: a vertical panel , a top and a bottom end, wherein the equipment door is a lift-off door that at least partially covers an access window on an equipment housing frame , wherein the access window is defined at least in part by a top edge on the equipment housing frame and a bottom edge on the equipment housing frame , characterised in that the top end of the equipment door comprises a fastener that removably attaches the top end of the door to the top edge of the access window, further wherein the bottom end of the door comprises at least one tab, wherein the at least one tab extends from a bottom edge of the door from a first acute bend angle between the vertical panel and a first tab portion , further wherein the at least one tab comprises a second tab portion connected to the first tab portion through a second acute bend angle , wherein the first bend angle and second bend angle are opposite in direction, wherein the bottom edge of the door and a distal end of the second tab portion define a first plane that is approximately perpendicular to a second plane defined by the vertical panel, further wherein each tab engages the equipment housing frame at a slot located on the bottom edge of the access window.