mhurhangee/ep-ind-claims huggingface dataset:
Inkjet method of producing a spectacle lens, comprising at least a)the providing of at least one fluid, b)the providing of a substrate to be printed or of a support material to be removed again, c)the applying of at least one volume element of the fluid from step a) to the substrate or the support material from step b), d)the activating of the reaction within the at least one volume element from step c), e)the applying of at least one further volume element from step a) adjacent to and/or adjoining the at least one volume element from step c), f)the coalescence, bonding, wetting and/or contact of the at least two adjacently and/or mutually adjoiningly applied volume elements from step e), g)the repetition of steps e) and f), h)the conclusion of the reaction, and the inkjet method is characterized in that - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst. a)the providing of at least one fluid, b)the providing of a substrate to be printed or of a support material to be removed again, c)the applying of at least one volume element of the fluid from step a) to the substrate or the support material from step b), d)the activating of the reaction within the at least one volume element from step c), e)the applying of at least one further volume element from step a) adjacent to and/or adjoining the at least one volume element from step c), f)the coalescence, bonding, wetting and/or contact of the at least two adjacently and/or mutually adjoiningly applied volume elements from step e), g)the repetition of steps e) and f), h)the conclusion of the reaction, and the inkjet method is characterized in that - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst. - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst.
A composition comprising at least about 9% by weight terbinafine or a pharmaceutically acceptable salt thereof, hydroxypropyl chitosan, a lower alkanol and water for use in treating onychomycosis in a patient, wherein said composition is applied to the affected areas of said patient once weekly.
A tuned mass damper comprising a drive part rotatable about an axis of rotation and a damper mass part that is coupled to the drive part by means of at least one spring element and rotatable against the spring element about the axis of rotation relative to the drive part, wherein the spring element designed as a torsion spring is non-rotatably coupled at one end to the drive part and is coupled at the other end to the damper mass part by means of a coupling roller that rolls on at least one guide track (10, 16), characterised in that the guide track (10, 16) is asymmetrical in such a way that the torsion spring is severely deformed to varying degrees when moving from a zero position depending on the direction of movement of the coupling roller.
A display device, comprising: a display panel displaying an image; a first frame surrounding the display panel; and an adhesive between a side surface of the display panel and a side surface of the first frame, wherein the display device is attached and fixed to the first frame by the adhesive, wherein the first frame has a rectangular ring shape and including a vertical portion, and wherein the adhesive is formed on a top surface of the vertical portion, and a second frame combined with the first frame, wherein the second frame includes a horizontal portion under the display device and a sidewall portion perpendicularly bent from an edge portion of the horizontal portion, characterized in that the adhesive is formed on a top surface of the sidewall portion. a display panel displaying an image; a first frame surrounding the display panel; and an adhesive between a side surface of the display panel and a side surface of the first frame, wherein the display device is attached and fixed to the first frame by the adhesive, wherein the first frame has a rectangular ring shape and including a vertical portion, and wherein the adhesive is formed on a top surface of the vertical portion, and a second frame combined with the first frame, wherein the second frame includes a horizontal portion under the display device and a sidewall portion perpendicularly bent from an edge portion of the horizontal portion, characterized in that the adhesive is formed on a top surface of the sidewall portion.
A device for receiving a workpiece for a workpiece circulation system of a production machine, comprising a workpiece carrier with a workpiece holder and a holder to be arranged on the machine for receiving the workpiece carrier in a detachable, temporary manner, wherein the workpiece carrier which can be received in a rotatable manner about an axis in the holder comprises a rotor section which, when received in the holder, interacts with a stator provided on the holder, forming a torque motor, characterised in that the rotor section is designed as a radially projecting circumferential projection with integrated permanent magnets which is accommodated in the assembly position between stator windings (21, 22) of the laterally open stator spaced apart from one another on the holding side.
A curable composition for forming a high refractive index optical material comprising: an episulfide compound; a cyclic disulfide compound containing one or more repeating units represented by the following Chemical Formula 1; and a reducing agent, wherein in the Chemical Formula 1, Ar 1 is a heteroarylene having 2 to 30 carbon atoms and containing at least one of nitrogen and sulfur atoms, and n is an integer of 1 to 5. wherein in the Chemical Formula 1, Ar 1 is a heteroarylene having 2 to 30 carbon atoms and containing at least one of nitrogen and sulfur atoms, and n is an integer of 1 to 5.
A crochet hook comprising: a rod-like crochet-hook shaft having a tip formed with a hook portion; and a grip body covering a base-end side of the crochet-hook shaft, with a tip portion of the shaft protruding therefrom; wherein the grip body includes a base-end portion which is substantially uniform in its section taken in a direction perpendicular to a longitudinal axis of the grip body; and a grip portion formed on a tip-end side of the base-end portion and formed with a recess on a side in its outer circumference; wherein the recess is formed on a side where the hook portion has a catching head, the recess having an arc-like section, with a longitudinal center region being sunken; and wherein the crochet-hook shaft has its tip shifted to a side of the grip body which is away from the side formed with the recess, with respect to a longitudinal axis of the base-end portion;wherein the crochet-hook shaft has its longitudinal axis slanted by a predetermined angle with respect to an axis of the base-end portion, to a side away from the side of the base-end portion formed with the recess; and wherein the crochet hook is characterized in that the crochet-hook shaft has the longitudinal axis slanted by an angle from 0.4 degrees to 0.6 degrees with respect to the axis of the base-end portion, to the side away from the side formed with the recess.
A method for producing a polyester sheet having a thickness of from 3mm to 5mm comprising the steps of: melt-extruding a polyester having a half-value width of the crystallization temperature on cooling of from 25°C to 50°C; and cooling the melt-extruded polyester such that the surface temperature of the polyester, measured using a radiation thermometer, is lowered at a rate of from 350°C/min to 590°C/min, wherein the half-value width of the crystallization temperature on cooling of the polyester is measured by: (i) setting a weighed 10mg sample of a polyester sheet in an aluminum pan, and measuring the heat flow in response to changes in temperature at a rate of temperature increase of 10°C/min from room temperature to a final temperature of 300°C, using a differential scanning calorimetry manufactured by Shimadzu Corporation; (ii) after reaching a final temperature of 300°C, the sample is not maintained at that temperature and lowered to a final temperature of 60°C at a rate of temperature decrease of-10°C/min; and (iii) the apex temperature of the convex-shaped exothermic peak detected during the lowering of the temperature from 300°C to 60°C is taken as the cooling crystallization temperature (Tc), and when the DSC curve is drawn by plotting the heat flow of the sample from the high-temperature side to the low-temperature side, the half-value width is defined as the temperature width between the temperature where the peak begins from the baseline of the DSC curve due to heat generation/absorption and the temperature where heat generation/absorption disappears and reaches the baseline. melt-extruding a polyester having a half-value width of the crystallization temperature on cooling of from 25°C to 50°C; and cooling the melt-extruded polyester such that the surface temperature of the polyester, measured using a radiation thermometer, is lowered at a rate of from 350°C/min to 590°C/min, (i) setting a weighed 10mg sample of a polyester sheet in an aluminum pan, and measuring the heat flow in response to changes in temperature at a rate of temperature increase of 10°C/min from room temperature to a final temperature of 300°C, using a differential scanning calorimetry manufactured by Shimadzu Corporation; (ii) after reaching a final temperature of 300°C, the sample is not maintained at that temperature and lowered to a final temperature of 60°C at a rate of temperature decrease of-10°C/min; and (iii) the apex temperature of the convex-shaped exothermic peak detected during the lowering of the temperature from 300°C to 60°C is taken as the cooling crystallization temperature (Tc), and when the DSC curve is drawn by plotting the heat flow of the sample from the high-temperature side to the low-temperature side, the half-value width is defined as the temperature width between the temperature where the peak begins from the baseline of the DSC curve due to heat generation/absorption and the temperature where heat generation/absorption disappears and reaches the baseline.
A glazing unit comprising a variable light scattering system switching between a transparent state and a translucent state comprising a scattering layer situated between two electrodes, said scattering layer comprising a mixture of liquid crystals forming micro-drops dispersed within a polymer matrix, said variable light scattering system being situated between two substrates carrying said electrodes characterized in that: - the micro-drops of liquid crystals have mean dimensions strictly less than 4 μm, - the glazing unit comprises at least one pair of elements absorbing visible light separated separated at least by the scattering layer, the absorbing elements are absorbing substrates chosen from amongst: - substrates tinted in the bulk, - substrates comprising an absorbing coating comprising at least one absorbing thin film, - said absorbing substrates having: - a light transmission of at least 50%, and/or - an energy absorption of at least 10%. - the micro-drops of liquid crystals have mean dimensions strictly less than 4 μm, - the glazing unit comprises at least one pair of elements absorbing visible light separated separated at least by the scattering layer, the absorbing elements are absorbing substrates chosen from amongst: - substrates tinted in the bulk, - substrates comprising an absorbing coating comprising at least one absorbing thin film, - substrates tinted in the bulk, - substrates comprising an absorbing coating comprising at least one absorbing thin film, - said absorbing substrates having: - a light transmission of at least 50%, and/or - an energy absorption of at least 10%. - a light transmission of at least 50%, and/or - an energy absorption of at least 10%.
A cryptography circuit comprising a functional key k c for executing a cryptography algorithm, said circuit comprising a second key k i, characterised in that said second key is specific to each instance of said circuit, allowing said circuit to be protected against attacks using the auxiliary channels of said circuit, said functional key k c being masked by said second key k i by combining the two keys via the XOR operation, an input variable x being encrypted by the masked key k c ⊕k i, said second key being created by a Physically Unclonable Function or PUF.
Holder for a distance rod, wherein the holder is formed to be mounted on a panel for a formwork and/or isolation of a strip foundation, comprising a receptacle for the distance rod which is formed in such a way that a rod end of the distance rod can be inserted into the receptacle in an insertion direction perpendicular to a rod axis of the distance rod up to an end position, characterized in that the receptacle comprises at least one clamping element and a counter element which clamp the rod end in the end position, wherein the clamping element is deflectable about an axis perpendicular to the insertion direction in such a way that the rod end can be inserted up to the end position.
A compound capable of reducing the level of a MECP2 mRNA, wherein the compound comprises a modified antisense oligonucleotide consisting of 15 to 30 linked nucleosides and having a nucleobase sequence comprising at least 15 consecutive nucleobases of the nucleobase sequence of SEQ ID NO: 112.
Apparatus for controlling an extrusion installation (100, 200, 300) having at least one extrusion head for shaping at least one extrudate, having the following: - a profile determining unit which is configured to determine, in particular contactlessly, a warm extrudate profile of at least one extrudate (109, 209), wherein the warm extrudate profile defines geometric data of the extrudate (109, 209) in a warm state, - a first cold-profile modelling unit which is configured, on the basis of the warm extrudate profile and initial process parameters, to parameterize an extrudate model which determines a first cold extrudate profile of the extrudate (109, 209) in a cooled state, - a comparison unit which is configured to determine a first deviation between the determined first cold extrudate profile and a specified extrudate profile, - a parameter determining unit which is configured, using the first deviation, to optimize process parameters and to determine changed process parameters, such that a deviation of a cold extrudate profile that is produced from the specified extrudate profile becomes small, - a selection unit which is configured to select the changed process parameters as the input for the activation unit if the deviation is less than or equal to a threshold value, and - an actuating unit which is configured to control the extrusion installation (100, 200, 300) with the changed process parameters, in particular in order to produce a second warm extrudate (109, 209). - a profile determining unit which is configured to determine, in particular contactlessly, a warm extrudate profile of at least one extrudate (109, 209), wherein the warm extrudate profile defines geometric data of the extrudate (109, 209) in a warm state, - a first cold-profile modelling unit which is configured, on the basis of the warm extrudate profile and initial process parameters, to parameterize an extrudate model which determines a first cold extrudate profile of the extrudate (109, 209) in a cooled state, - a comparison unit which is configured to determine a first deviation between the determined first cold extrudate profile and a specified extrudate profile, - a parameter determining unit which is configured, using the first deviation, to optimize process parameters and to determine changed process parameters, such that a deviation of a cold extrudate profile that is produced from the specified extrudate profile becomes small, - a selection unit which is configured to select the changed process parameters as the input for the activation unit if the deviation is less than or equal to a threshold value, and - an actuating unit which is configured to control the extrusion installation (100, 200, 300) with the changed process parameters, in particular in order to produce a second warm extrudate (109, 209).
A device for measuring a distance of a target by means of a telemeter comprising: - a laser pulse emitter, - a receiver of the laser echoes backscattered by the target, comprising a spatial detection device which comprises at least one photodiode set up as integrator and is able to provide a so-called spatial signal, and a temporal detection device which comprises at least one photodiode coupled to a transimpedance circuit and is able to provide a so-called temporal signal, - means of processing of the spatial signal and of the temporal signal, comprising a unit for calculating the distance of the target, the temporal signal being in the form of a data frame which is the recording of data detected over a predetermined duration, characterized in that the means of processing comprise: - means of post-integration of temporal signals, linked at output to the unit for calculating the distance of the target, - linked to the spatial detection device and to the temporal detection device, means for selecting the temporal signals to be transmitted to the post-integration means, adapted to establish a value of integration of the spatial signal arising from the spatial detection device and select the frames arising from the temporal detector as a function of the integration value. - a laser pulse emitter, - a receiver of the laser echoes backscattered by the target, comprising a spatial detection device which comprises at least one photodiode set up as integrator and is able to provide a so-called spatial signal, and a temporal detection device which comprises at least one photodiode coupled to a transimpedance circuit and is able to provide a so-called temporal signal, - means of processing of the spatial signal and of the temporal signal, comprising a unit for calculating the distance of the target, the temporal signal being in the form of a data frame which is the recording of data detected over a predetermined duration, - means of post-integration of temporal signals, linked at output to the unit for calculating the distance of the target, - linked to the spatial detection device and to the temporal detection device, means for selecting the temporal signals to be transmitted to the post-integration means, adapted to establish a value of integration of the spatial signal arising from the spatial detection device and select the frames arising from the temporal detector as a function of the integration value.
An imaging device comprising: one movable light source or multiple light sources (LSa, LSb) adapted to irradiate a body with irradiation light; light source control means adapted to control the one movable light source or the multiple light sources (LSa, LSb); a solid imaging element adapted to generate sequential images from the body by performing photoelectric conversion on a pattern of scattered light obtained from the body; sensitivity adjustment means adapted to adjust imaging sensitivity of solid imaging element; and image processing means adapted to generate a composed image from the sequential images in order compensate luminance level deterioration regions in the sequential images, characterized in that the sensitivity adjustment means is adapted to adjust the imaging sensitivity of the solid imaging element to perform the photoelectric conversion on the pattern of scattered light obtained from an inside of the body; the light source control means is adapted to control the one movable light source or the multiple light sources rce (LSa, LSb) so as to sequentially irradiate the body with irradiation light from different irradiation positions every unit time; and the image processing means is adapted to generate said composed image from said sequential images that were obtained from the solid imaging element said every unit time. one movable light source or multiple light sources (LSa, LSb) adapted to irradiate a body with irradiation light; light source control means adapted to control the one movable light source or the multiple light sources (LSa, LSb); a solid imaging element adapted to generate sequential images from the body by performing photoelectric conversion on a pattern of scattered light obtained from the body; sensitivity adjustment means adapted to adjust imaging sensitivity of solid imaging element; and image processing means adapted to generate a composed image from the sequential images in order compensate luminance level deterioration regions in the sequential images, the sensitivity adjustment means is adapted to adjust the imaging sensitivity of the solid imaging element to perform the photoelectric conversion on the pattern of scattered light obtained from an inside of the body; the light source control means is adapted to control the one movable light source or the multiple light sources rce (LSa, LSb) so as to sequentially irradiate the body with irradiation light from different irradiation positions every unit time; and the image processing means is adapted to generate said composed image from said sequential images that were obtained from the solid imaging element said every unit time.
A face seal for a gas turbine engine comprising: a seal body having an annular contact face arranged about an axis and configured to engage a rotating surface wherein the contact face defines a radial width of the annular contact face extending radially between an inner diameter of the seal body and an outer diameter of the seal body at one seal end; characterised in that the radial width is approximately 0.20 inch (5.08 mm), approximately 0.30 inch (7.62 mm), or approximately 0.25 inch (6.35 mm). a seal body having an annular contact face arranged about an axis and configured to engage a rotating surface wherein the contact face defines a radial width of the annular contact face extending radially between an inner diameter of the seal body and an outer diameter of the seal body at one seal end; characterised in that the radial width is approximately 0.20 inch (5.08 mm), approximately 0.30 inch (7.62 mm), or approximately 0.25 inch (6.35 mm).
A layered body comprising: a polymeric piezoelectric body) which contains an optically active aliphatic polyester having a weight average molecular weight of from 50,000 to 1,000,000 and has crystallinity obtained by a DSC method, of from 20% to 80%; and characterized by a layer which is in contact with the polymeric piezoelectric body and has an acid value of 10 mgKOH/g or less. a polymeric piezoelectric body) which contains an optically active aliphatic polyester having a weight average molecular weight of from 50,000 to 1,000,000 and has crystallinity obtained by a DSC method, of from 20% to 80%; and characterized by a layer which is in contact with the polymeric piezoelectric body and has an acid value of 10 mgKOH/g or less. having a weight average molecular weight of from 50,000 to 1,000,000 and has crystallinity obtained by a DSC method, of from 20% to 80%; and characterized by a layer which is in contact with the polymeric piezoelectric body and has an acid value of 10 mgKOH/g or less.