mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator, and in particular a cosmetic applicator for applying a cosmetic to the skin, comprising an applicator device and a stem or stem attachment , wherein the applicator device is an applicator blade with two main surfaces , wherein the stem or stem attachment extends from one of the main surfaces of the applicator blade and the applicator blade protrudes beyond the stem or stem attachment on at least three sides, better on all sides, and the distal main surface of the applicator blade defines a plane (E) which forms an acute angle (W) of at least 20° or more with the longitudinal axis L of the stem or stem attachment , characterized in that , at the place in which the plane that is defined by the applicator blade has the greatest angle relative to the longitudinal axis L of the stem or stem attachment, the applicator blade forms a tip with a radius of curvature of less than 3 mm and that the applicator blade is fastened to the stem or stem attachment by an articulation , and additionally the applicator blade is flexible such that in the place where the applicator blade protrudes beyond the stem or stem attachment, the edge of the applicator blade can be displaced by more than 1,5 mm under the influence of forces that occur during application solely by intrinsic deformation of the applicator blade, and a reinforcing rib is arranged in the plane between the applicator blade and the stem or stem attachment , in which plane the angle between the plane (E) defined by the applicator blade and the longitudinal axis (L) of the stem or stem attachment is at its greatest.
A knocking control method in a power generation system which includes a gas engine including a plurality of air cylinders and a knocking detection unit configured to detect knocking in each of the air cylinders on the basis of knocking sensors included in the plurality of air cylinders , the knocking control method comprising: a first control step of delaying an ignition timing for at least one air cylinder of the plurality of air cylinders in which knocking has been detected when the knocking detection unit has detected knocking; a second control step of performing load reducing in at least one of the air cylinders when the knocking of the at least one air cylinder has not been eliminated by the first control step; a third control step of shutting off supply of a gas to the at least one air cylinder and stopping operation of the at least one air cylinder when the knocking of the at least one air cylinder has not been eliminated by the second control step; a step of repeatedly performing the first, second, and third control steps in a step by step manner on at least another air cylinder of the plurality of air cylinders in which the knocking has been detected in a state that the operation of the at least one air cylinder has been stopped by the third control step; and a fourth control step of stopping supply of a gas to the gas engine and stopping the gas engine when a predetermined number of air cylinders has already been stopped by the third control step and the knocking of at least one of a plurality of remaining air cylinders in which the stoppage of operation has not been performed has not been eliminated by the first control step and the second control step. a first control step of delaying an ignition timing for at least one air cylinder of the plurality of air cylinders in which knocking has been detected when the knocking detection unit has detected knocking; a second control step of performing load reducing in at least one of the air cylinders when the knocking of the at least one air cylinder has not been eliminated by the first control step; a third control step of shutting off supply of a gas to the at least one air cylinder and stopping operation of the at least one air cylinder when the knocking of the at least one air cylinder has not been eliminated by the second control step; a step of repeatedly performing the first, second, and third control steps in a step by step manner on at least another air cylinder of the plurality of air cylinders in which the knocking has been detected in a state that the operation of the at least one air cylinder has been stopped by the third control step; and a fourth control step of stopping supply of a gas to the gas engine and stopping the gas engine when a predetermined number of air cylinders has already been stopped by the third control step and the knocking of at least one of a plurality of remaining air cylinders in which the stoppage of operation has not been performed has not been eliminated by the first control step and the second control step.
A rolled foil having on the convex surface of the rolled foil a pharmaceutical composition, wherein the rolled foil and the pharmaceutical composition are comprised inside a covering layer, wherein the convex surface of the rolled foil exerts a radial pressure when unrolled to a diameter of a designated intestine, wherein the convex surface comprises microstructures, and wherein the length of the rolled foil is at least half the length of the inner circumference of the designated intestine.
Casing for a refillable container device for cosmetic product, said casing being configured to receive a refill configured to contain said cosmetic product, the casing comprising an opening forming a neck of the casing and which is configured to receive the refill in order to put it in place in a reception volume defined by an inside wall of the casing, said casing further comprising a ring connected to the neck , said ring extending over at least one portion of the inside wall of the casing forming said neck , said ring comprising an inside surface , characterized in that a member of elastomer material is linked to said inside surface of the ring and this member of elastomer material is at least partly in relief relative to said inside surface of the ring . said casing being configured to receive a refill configured to contain said cosmetic product, the casing comprising an opening forming a neck of the casing and which is configured to receive the refill in order to put it in place in a reception volume defined by an inside wall of the casing, said casing further comprising a ring connected to the neck , said ring extending over at least one portion of the inside wall of the casing forming said neck , said ring comprising an inside surface , characterized in that a member of elastomer material is linked to said inside surface of the ring and this member of elastomer material is at least partly in relief relative to said inside surface of the ring .
Material based on a crystal phase having the composition Ba 1-x Sr x M 2 Si 2-y Ge y O 7 with 0 < x < 1 and 0 ≤ y ≤ 2, where M has at least Zn as constituent and is selected from a group consisting of Zn, Mg, Mn, Co, Ni, Fe and Cu, in such a way that the material has a negative coefficient of thermal expansion or a coefficient of linear thermal expansion of < 1·10 -6 K -1 .
A method (1; 500) of manufacturing footwear, the method comprising: obtaining a substrate (100; 110, 120; 130, 140) that includes a first color (410, 430; 412, 422) and designating (2; 502, 512) it to be used to manufacture a first footwear article (20; 21, 22); storing the substrate for longer than a threshold duration of 30 days without being used; designating (3; 503, 513) the substrate to be disposed of (52; 54); designating (4; 504, 514) the substrate to be used to manufacture a second footwear article (300: 31, 32, 33; 301: 310, 320, 330; 340, 350, 360, 370); applying (5; 505, 515) a concealing layer (200; 210, 220; 230, 240) on a surface (112, 212; 132, 142) of the substrate presenting the first color, the concealing layer obscuring the surface, wherein the substrate combined with the concealing layer applied thereto comprises a concealed material (101; 111, 121; 131, 141, 151); and constructing the second footwear article with the concealed material; wherein subsequent to constructing the second footwear article, the concealing layer is configured to at least partially abrade, after which a portion of the surface of the substrate is revealed. obtaining a substrate (100; 110, 120; 130, 140) that includes a first color (410, 430; 412, 422) and designating (2; 502, 512) it to be used to manufacture a first footwear article (20; 21, 22); storing the substrate for longer than a threshold duration of 30 days without being used; designating (3; 503, 513) the substrate to be disposed of (52; 54); designating (4; 504, 514) the substrate to be used to manufacture a second footwear article (300: 31, 32, 33; 301: 310, 320, 330; 340, 350, 360, 370); applying (5; 505, 515) a concealing layer (200; 210, 220; 230, 240) on a surface (112, 212; 132, 142) of the substrate presenting the first color, the concealing layer obscuring the surface, wherein the substrate combined with the concealing layer applied thereto comprises a concealed material (101; 111, 121; 131, 141, 151); and constructing the second footwear article with the concealed material; wherein subsequent to constructing the second footwear article, the concealing layer is configured to at least partially abrade, after which a portion of the surface of the substrate is revealed.
A composition comprising Methylobacterium that inhibits fungal disease in a plant or on an isolated plant part, wherein: the Methylobacterium is: (i) NLS0109 (NRRL B-67340) or (ii) a Methylobacterium related to Methylobacterium strain NLS0109 which has in its genome one or more polynucleotide marker fragments of at least 50, 60, 100, 120, 180, 200, 240, or 300 nucleotides of SEQ ID NOS: 9-11, or which has in its genome one or more marker fragments comprising a sequence having at least 98%, 99%, or 99.5% sequence identity across the entire length of SEQ ID NOS: 9-11.
Method of installing an elevator, especially an elevator of the cantilever type, in an elevator shaft, comprising the following steps: - mounting two first guide rail sections , which extend parallelly to one another in the vertical direction defining a constant horizontal distance therebetween, in a first section of the elevator shaft, - providing a mounting device comprising a working platform adapted to engage the two first guide rail sections for guided movement along the first two guide rail sections , - providing a first horizontally extending bracket (410; 470) adapted to engage the two first guide rail sections above the mounting device, - providing a winch mechanism (430; 440) adapted to engage the bracket (410; 470) and the mounting device , and - actuating the winch mechanism (430; 440) for lifting the mounting device along the first guide rail sections in an upward direction towards the bracket (410; 470); wherein the first bracket is provided as a bracket which is moveable along the first and the further guide rail sections , and adapted to be immoveable in a downward direction in case of a torque exerted thereon generated by a downwardly acting force, especially a force generated by winch mechanism (430; 440) and/or mounting device ; characterized in that the bracket comprising two openings , each one of which engages one of the two guide rail sections the shape of which essentially corresponds to the profile of a guide rail section it engages, and a further opening adapted for engagement by a winch mechanism (430; 440). - mounting two first guide rail sections , which extend parallelly to one another in the vertical direction defining a constant horizontal distance therebetween, in a first section of the elevator shaft, - providing a mounting device comprising a working platform adapted to engage the two first guide rail sections for guided movement along the first two guide rail sections , - providing a first horizontally extending bracket (410; 470) adapted to engage the two first guide rail sections above the mounting device, - providing a winch mechanism (430; 440) adapted to engage the bracket (410; 470) and the mounting device , and - actuating the winch mechanism (430; 440) for lifting the mounting device along the first guide rail sections in an upward direction towards the bracket (410; 470); wherein
A system for planning a pathway for a medical device to travel through an anatomical luminal network comprising the airways of the bronchial tree of a patient, the system comprising: a computing device including at least one processor ; a display device in communication with the computing device; and a user interface configured for display on the display device and configured to guide a user through a pathway planning procedure, the user interface comprising: a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target , the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image. a computing device including at least one processor ; a display device in communication with the computing device; and a user interface configured for display on the display device and configured to guide a user through a pathway planning procedure, the user interface comprising: a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target , the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image. a target selection window configured to receive a user input to select at least one target from CT image data for a selected patient, wherein the target is a three-dimensional object; and an airway finder window configured to generate at least one pathway from the at least one target to an entry point of the anatomical luminal network in response to a user input and configured to display a CT image including the selected at least one target , the CT image being rotatable about a pre-defined axis to assist the user in identifying an airway of the anatomical luminal network, wherein the airway finder window includes a rotation interface configured to indicate an amount of rotation of the CT image about the pre-defined axis relative to an initial rotational orientation of the CT image.
A packaging system for at least one product preparation component, comprising a first container for storing a first product preparation component, a second container for optionally storing at least one further product preparation component, and a closure device which seals off an opening of the first container from the surroundings by means of a closure element and which has a coupling apparatus in order to couple the second container to the closure device and in order to establish a fluidic connection between the first container and the second container , the closure element and the coupling apparatus being non-detachably joined together as separate parts by latching to form the closure device , the closure element being, excluding its destruction, non-detachably connected to the first container by means of a fastening sleeve via a latching mechanism or a combined screw connection/latching mechanism, and the closure element comprising a cap for closing the first container , characterized in that the cap , in the initial state of the closure device , is connected to the fastening sleeve of the closure element via a predetermined breaking point and is axially displaceable with respect to an axis of the closure device relative to the coupling apparatus and is arranged in a rotationally secure manner with regard to rotation about the axis , so that the cap follows each rotation of the coupling apparatus about the axis . the closure element being, excluding its destruction, non-detachably connected to the first container by means of a fastening sleeve via a latching mechanism or a combined screw connection/latching mechanism, and the closure element comprising a cap for closing the first container , characterized in that the cap , in the initial state of the closure device , is connected to the fastening sleeve of the closure element via a predetermined breaking point and is axially displaceable with respect to an axis of the closure device relative to the coupling apparatus and is arranged in a rotationally secure manner with regard to rotation about the axis , so that the cap follows each rotation of the coupling apparatus about the axis .
An apparatus to detect leaks in a plugged honeycomb body having a plurality of intersecting porous walls defining a first channel open at a first end of the honeycomb body and plugged at a second end opposite to the first end , and a second channel open at the second end and plugged at the first end , the apparatus comprising: a gas supply configured to force gas into an opening of the first channel at the first end of the plugged honeycomb body , the plugged honeycomb body being at a first temperature and the gas being at a second temperature that is different from the first temperature; a thermal detector configured to collect thermal data from an inspection region of the second channel at the second end of the plugged honeycomb body ; and one or more processors configured to calculate gradient data related to at least one of a temperature change over time or a temperature difference over space from the thermal data characterized by a pore impediment injector configured to inject a pore impediment into a plurality of pores of the intersecting porous walls of the plugged honeycomb body , the pore impediment having an impediment size that is smaller than a mean pore size of the plurality of pores , wherein the impediment size is in a range between 5-80% of the mean pore size of the plurality of pores . a gas supply configured to force gas into an opening of the first channel at the first end of the plugged honeycomb body , the plugged honeycomb body being at a first temperature and the gas being at a second temperature that is different from the first temperature; a thermal detector configured to collect thermal data from an inspection region of the second channel at the second end of the plugged honeycomb body ; and one or more processors configured to calculate gradient data related to at least one of a temperature change over time or a temperature difference over space from the thermal data characterized by a pore impediment injector configured to inject a pore impediment into a plurality of pores of the intersecting porous walls of the plugged honeycomb body , the pore impediment having an impediment size that is smaller than a mean pore size of the plurality of pores , wherein the impediment size is in a range between 5-80% of the mean pore size of the plurality of pores .
An imaging unit comprising: a separation optical element configured to separate light from an object by transmitting or reflecting the light according to wavelengths, an edge shift width of the separation optical element having a predetermined width, the edge shift width being a width of a wavelength band in which a transmittance and a reflectance change according to a change in wavelength; a reflection optical element configured to reflect one part of light either transmitted or reflected by the separation optical element ; an imaging portion configured to photograph the other part of the light transmitted or reflected by the separation optical element Z in a first imaging region and photograph light reflected by the reflection optical element in a second imaging region different from the first imaging region; and a processing unit Z configured to correct images photographed in the first imaging region and the second imaging region based on optical characteristics related to the change in transmittance and reflectance with respect to a wavelength in the separation optical element in the edge shift width. a separation optical element configured to separate light from an object by transmitting or reflecting the light according to wavelengths, an edge shift width of the separation optical element having a predetermined width, the edge shift width being a width of a wavelength band in which a transmittance and a reflectance change according to a change in wavelength; a reflection optical element configured to reflect one part of light either transmitted or reflected by the separation optical element ; an imaging portion configured to photograph the other part of the light transmitted or reflected by the separation optical element Z in a first imaging region and photograph light reflected by the reflection optical element in a second imaging region different from the first imaging region; and a processing unit Z configured to correct images photographed in the first imaging region and the second imaging region based on optical characteristics related to the change in transmittance and reflectance with respect to a wavelength in the separation optical element in the edge shift width.
Locking device for a pivotably mounted leaf of a door or a window, having a lock which is mountable in or resting on the leaf, having a lock housing and having at least one locking element which can be operated by a lock mechanism, wherein the locking element can be operated by the locking mechanism between an advanced locked position and an unlocked position retracted into the lock housing , and having a drive bolt device comprising a drive bolt housing and at least one lock rod or drive bolt rod, wherein the drive bolt device is detachably connectable to the lock housing and has a connecting element which can be connected to the locking mechanism, characterised in that the drive bolt device has a lever gear which acts between the connecting element and lock rod , comprising two two-armed pivot levers directly coupled to each other, wherein the two-armed pivot levers each have a short lever arm and a long lever arm , and both short lever arms are coupled to each other, and wherein the long lever arm of the first pivot lever supports the attachment element or is connected to it, and the long lever arm of the second pivot lever actuates the lock rod .