mhurhangee/patent-ind-claim-en huggingface dataset:
A copolymer comprising: i) from 2 weight percent to 98 weight percent of a first monomer; and ii) from 2 weight percent to 98 weight percent of a second monomer; wherein the first monomer is a first 1,1-disubstituted alkene monomer, and the second monomer is a second 1,1-disubstituted alkene monomer, wherein the term 1,1-disubstituted alkene monomer means a compound having a carbon with a double bond attached thereto which is further bonded to two carbon atoms of carbonyl groups, wherein the first monomer has a structure such that homopolymers of the first monomer have a Tg of 50 °C or more as measured by differential scanning calorimetry (DSC); and the second monomer has a structure such that homopolymers of the second monomer have a Tg of 15 °C or less as measured by DSC.. i) from 2 weight percent to 98 weight percent of a first monomer; and ii) from 2 weight percent to 98 weight percent of a second monomer;
An assembly for a drug delivery device , the assembly comprising a feedback feature being configured to indicate an end of a dispense operation to a user by giving and audible and/or tactile feedback, the assembly comprising an actuator which is configured to be operated in order to dispense a dose, and wherein the feedback feature creates a feedback when the actuator reaches an end position at the end of a dispense operation, wherein the assembly comprises a rotation member which is configured to rotate during the dispense of a dose, wherein the feedback feature comprises a first feedback element which is located at the rotation member .
A gas turbine engine configured to be coupled to a pylon , the gas turbine defining a roll axis, a yaw axis, and a pitch axis, the gas turbine engine comprising: a fan section ; a core section coupled to the fan section, the core section downstream from the fan section; a first mount to couple the fan section of the gas turbine engine to the pylon; a second mount to couple the fan section of the gas turbine engine to the pylon, the second mount downstream of the first mount; and a thrust linkage to couple the fan section to the pylon, wherein the core section is removably connected to the fan section such that the core section can be decoupled from the fan section without decoupling the first mount, the second mount, and the thrust linkage; and wherein a center of gravity of the gas turbine engine is between the first mount and the second mount, such that the core section is cantilevered from the fan section. a fan section ; a core section coupled to the fan section, the core section downstream from the fan section; a first mount to couple the fan section of the gas turbine engine to the pylon; a second mount to couple the fan section of the gas turbine engine to the pylon, the second mount downstream of the first mount; and a thrust linkage to couple the fan section to the pylon, wherein the core section is removably connected to the fan section such that the core section can be decoupled from the fan section without decoupling the first mount, the second mount, and the thrust linkage; and wherein a center of gravity of the gas turbine engine is between the first mount and the second mount, such that the core section is cantilevered from the fan section.
Shaped body , in particular for a pressure sensor, having a membrane and having a supporting section supporting the membrane , the membrane being produced at least in sections from a ceramic material by means of additive manufacturing and having at least in sections a thickness of less than 0.5 mm, wherein the greatest possible distance between two points lying on the outer circumference of the membrane is greater than 2 mm, characterized in that the supporting section has an overall height in height direction of more than 2 mm, in that the membrane and the supporting section are each produced from a plurality of printed layers, and in that at least one printed layer of the membrane has a smaller thickness than a printed layer of the supporting section .
A method for verifying the authenticity of a fluorescent-based security feature using a mobile device which has at least one evaluation device , an image recording device with a camera and an illumination unit , and a display , comprising the steps of: - detecting of an ambient light intensity (I 0 ) of the ambient light, - presenting of at least one parameter for excitation of the fluorescent-based safety feature as a function of the detected radiant intensity (I 0 ) of the ambient light, - positioning the security feature with respect to the image recording device while setting or maintaining the at least one parameter for the excitation, - stimulating the fluorescent material of the fluorescent-based security feature for emission by means of the illumination unit , - detecting the emission of the light emitted by the fluorescent-based security feature by means of the camera , - evaluating of an image series or video recording captured by the camera by means of the evaluation device and evaluation of the authenticity of the fluorescent-based security feature on the basis of reference data , characterized in that real-time detection by means of the camera takes place even before the excitation of the fluorescent-based security feature and the image detected by the camera is output on the display , the image output on the display being superimposed with a partially transparent mask which has a positioning frame adapted to the feature to be detected or a positioning contour adapted to the feature to be detected, and in that the dimensions of the positioning frame or the positioning contour are predetermined as a function of the detected ambient light intensity (I 0 ), with excitation of the fluorescent-based security feature only being possible when the positioning frame or the positioning contour in the image has been brought into coincidence with the dimensions of the fluorescent-based security feature . - detecting of an ambient light intensity (I 0 ) of the ambient light, - presenting of at least one parameter for excitation of the fluorescent-based safety feature as a function of the detected radiant intensity (I 0 ) of the ambient light, - positioning the security feature with respect to the image recording device while setting or maintaining the at least one parameter for the excitation, - stimulating the fluorescent material of the fluorescent-based security feature for emission by means of the illumination unit , - detecting the emission of the light emitted by the fluorescent-based security feature by means of the camera , - evaluating of an image series or video recording captured by the camera by means of the evaluation device and evaluation of the authenticity of the fluorescent-based security feature on the basis of reference data ,
A planar antenna array comprising: - two linear arrays of radiation elements , said linear arrays being substantially arranged in parallel, - a first connecting unit connecting first ends of said two linear arrays, - a second connecting unit connecting second ends of said two linear arrays, and - a feed port at least at one end of each one of said first and second connecting units for reception of a feed signal, wherein said first connecting unit comprises a first linear connecting array of radiation elements and said second connecting unit comprises a second linear connecting array of radiation elements, said first and second linear connecting arrays being arranged substantially perpendicular to said two or more linear arrays, wherein said first and second linear connecting arrays each comprise at least one radiation element between said two linear arrays, wherein said two linear arrays and said first and second linear connecting arrays are arranged to together form a square, and wherein at intersections between said two linear arrays and said first and second connecting units no radiation elements are arranged. - two linear arrays of radiation elements , said linear arrays being substantially arranged in parallel, - a first connecting unit connecting first ends of said two linear arrays, - a second connecting unit connecting second ends of said two linear arrays, and - a feed port at least at one end of each one of said first and second connecting units for reception of a feed signal,
A method of machining a workpiece using a machine tool comprising a machining head and a workpiece holder moveable relative to each another the method comprising: performing a first machining operation on a workpiece mounted to the workpiece holder according to a first programmed series of movements of the machining head relative to the workpiece holder , the first machining operation having a first maximum machining tolerance; performing a second machining operation on a tighter tolerance feature of the workpiece according to a second programmed series of movements of the machining head relative to the workpiece holder , the second machining operation having a second maximum machining tolerance; replacing the cutting tool with a probe and performing a measurement operation to determine a position of an artefact on the machine tool , wherein the artefact defines features for consistent re-probing; calculating an offset relative to a corresponding previously stored position of the artefact , wherein the offset is due to changes in the machine structure; and applying the offset to the second programmed series of movements prior to performing the second machining operation, wherein the second maximum machining tolerance is smaller than the first maximum machining tolerance. performing a first machining operation on a workpiece mounted to the workpiece holder according to a first programmed series of movements of the machining head relative to the workpiece holder , the first machining operation having a first maximum machining tolerance; performing a second machining operation on a tighter tolerance feature of the workpiece according to a second programmed series of movements of the machining head relative to the workpiece holder , the second machining operation having a second maximum machining tolerance; replacing the cutting tool with a probe and performing a measurement operation to determine a position of an artefact on the machine tool , wherein the artefact defines features for consistent re-probing; calculating an offset relative to a corresponding previously stored position of the artefact , wherein the offset is due to changes in the machine structure; and applying the offset to the second programmed series of movements prior to performing the second machining operation, wherein the second maximum machining tolerance is smaller than the first maximum machining tolerance.
A method for manufacturing a personalized applicator for applying a product, notably make-up product, to keratinous materials, comprising an application surface , the method comprising the following steps: a) applying to a surface of the keratinous materials of an individual a composition that modifies the appearance thereof, b) performing an optical acquisition of the topography of the surface thus covered and of at least one image providing information as to the location of the composition, and c) from this acquisition creating the applicator or a mold intended for the manufacture thereof. a) applying to a surface of the keratinous materials of an individual a composition that modifies the appearance thereof, b) performing an optical acquisition of the topography of the surface thus covered and of at least one image providing information as to the location of the composition, and c) from this acquisition creating the applicator or a mold intended for the manufacture thereof.
A control console for a personnel-lifting machine , said control console including a main body having front and rear faces connected to each other by a through-passage which is closed by both lower and upper crosspieces of the main body, each extending the throughout the width of the main body, and left-hand and right-hand uprights , each extending throughout the height of the main body, wherein the control console includes a joystick which is arranged inside the through-passage, extending upwards from the lower crosspiece, and which, at rest, occupies a rest position in which, when the control console is in use, the joystick is tilted backwards when considering the joystick from bottom to top, and characterized in that the front face of the main body includes a flat surface : - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display , on the left-hand upright, where the flat surface is provided with push-buttons , and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface. wherein the control console includes a joystick which is arranged inside the through-passage, extending upwards from the lower crosspiece, and which, at rest, occupies a rest position in which, when the control console is in use, the joystick is tilted backwards when considering the joystick from bottom to top, and characterized in that the front face of the main body includes a flat surface : - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display , on the left-hand upright, where the flat surface is provided with push-buttons , and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface. - onto which the through-passage emerges, - which, when the control console is in use, is tilted rearwards when considering the flat surface from bottom to top, and - which extends continuously both on the upper crosspiece, where the flat surface is provided with a display , on the left-hand upright, where the flat surface is provided with push-buttons , and on the lower crosspiece, where the flat surface runs from the through-passage to a lower edge of the lower crosspiece, the lower edge being, at least over a portion of the extent thereof between the left-hand and right-hand uprights, set back from the flat surface.
A data processing method, wherein the method is applied to an optical transport network, OTN, and the method comprises: obtaining (S101) a code block stream that carries a packet service; performing (S103) rate adaptation on the obtained code block stream; and mapping (S105) the rate-adapted code block stream to an optical channel payload unit, OPU, signal, characterized in that the performing rate adaptation on the obtained code block stream comprises at least one of the following two manners: inserting an idle code block into the obtained code block stream, or deleting some or all of idle code blocks in the obtained code block stream, wherein the idle code block is a control code block that comprises an idle code block type indicator, and the idle code block does not carry the packet service, wherein a quantity of to-be-mapped code blocks in the rate-adapted code block stream within each OPU frame period is equal to a preset value C m . obtaining (S101) a code block stream that carries a packet service; performing (S103) rate adaptation on the obtained code block stream; and mapping (S105) the rate-adapted code block stream to an optical channel payload unit, OPU, signal, characterized in that the performing rate adaptation on the obtained code block stream comprises at least one of the following two manners: inserting an idle code block into the obtained code block stream, or deleting some or all of idle code blocks in the obtained code block stream, wherein the idle code block is a control code block that comprises an idle code block type indicator, and the idle code block does not carry the packet service, wherein a quantity of to-be-mapped code blocks in the rate-adapted code block stream within each OPU frame period is equal to a preset value C m .
A conveying apparatus , comprising: an outer casing for disposing the conveying apparatus on a traveling structure ; a storage case disposed inside the outer casing , the storage case allowing a stored article to be placed therein and removed therefrom from above; a plurality of stretchable elastic members spaced apart from each other in a crosswise direction, each of the elastic members including a bridging portion that bridges between front and rear ends of the outer casing in a traveling direction of the traveling structure when the conveying apparatus is disposed on the traveling structure ; and a plurality of suspension devices spaced apart from each other at least in a fore-aft direction when the conveying apparatus is disposed on the traveling structure , each of the suspension devices including an upper end assuming a supported portion that is supported slidably on the respective elastic member and a lower end assuming a supporting portion that supports the storage case , wherein the suspension devices are pivotally rockably supported by the elastic members by means of the supported portions , the storage case is supported by the suspension devices such that the storage case is pivotally rockable about the supporting portions , and the storage case is suspended on the elastic members by the suspension devices under a condition in which a gap is available between the storage case and the outer casing . an outer casing for disposing the conveying apparatus on a traveling structure ; a storage case disposed inside the outer casing , the storage case allowing a stored article to be placed therein and removed therefrom from above; a plurality of stretchable elastic members spaced apart from each other in a crosswise direction, each of the elastic members including a bridging portion that bridges between front and rear ends of the outer casing in a traveling direction of the traveling structure when the conveying apparatus is disposed on the traveling structure ; and a plurality of suspension devices spaced apart from each other at least in a fore-aft direction when the conveying apparatus is disposed on the traveling structure , each of the suspension devices including an upper end assuming a supported portion that is supported slidably on the respective elastic member and a lower end assuming a supporting portion that supports the storage case , wherein the suspension devices are pivotally rockably supported by the elastic members by means of the supported portions , the storage case is supported by the suspension devices such that the storage case is pivotally rockable about the supporting portions , and the storage case is suspended on the elastic members by the suspension devices under a condition in which a gap is available between the storage case and the outer casing .
A magnetic separation system for use in methods employing magnetic particles, said system comprising • a magnetic separation plate for use in methods employing magnetic particles, said magnetic separation plate comprising a support plate and magnetic pins in a predetermined geometrical arrangement, said magnetic pins having a fastening portion , an intermediate portion and a separation portion and being fastened to said support plate at their fastening portion , wherein said magnetic pins are individually displaceable at their separation portion • a multiwell plate comprising wells for receiving fluids containing said magnetic particles, said multiwell plate further comprising recesses in positions corresponding to the predetermined geometrical arrangement of the magnetic pins of said magnetic separation plate, wherein the separation portions of said magnetic pins are morphologically preadapted to fit reversibly into said recesses in a separation position. • a magnetic separation plate for use in methods employing magnetic particles, said magnetic separation plate comprising a support plate and magnetic pins in a predetermined geometrical arrangement, said magnetic pins having a fastening portion , an intermediate portion and a separation portion and being fastened to said support plate at their fastening portion , wherein said magnetic pins are individually displaceable at their separation portion • a multiwell plate comprising wells for receiving fluids containing said magnetic particles, said multiwell plate further comprising recesses in positions corresponding to the predetermined geometrical arrangement of the magnetic pins of said magnetic separation plate,
A charge pump driver circuit arranged to output a charge pump control voltage signal , the charge pump driver circuit comprising: a bias current source component arranged to generate a bias current ; a control stage coupled to the bias current source component and arranged to receive the bias current , the control stage is further arranged to receive an input signal and to generate a control current signal proportional to the bias current in accordance with the input signal ; and an output stage arranged to receive the control current signal generated by the control stage and to generate the charge pump control voltage signal based on the control current signal generated by the control stage , wherein the bias current source component is arranged to vary the bias current in response to variations in temperature, and wherein the bias current source component is arranged to generate the bias current having a multi-region temperature profile comprising a substantially flat lower temperature profile region and a substantially linear negative slope upper temperature profile region. a bias current source component arranged to generate a bias current ; a control stage coupled to the bias current source component and arranged to receive the bias current , the control stage is further arranged to receive an input signal and to generate a control current signal proportional to the bias current in accordance with the input signal ; and an output stage arranged to receive the control current signal generated by the control stage and to generate the charge pump control voltage signal based on the control current signal generated by the control stage , wherein the bias current source component is arranged to vary the bias current in response to variations in temperature, and wherein the bias current source component is arranged to generate the bias current having a multi-region temperature profile comprising a substantially flat lower temperature profile region and a substantially linear negative slope upper temperature profile region.