mhurhangee/ep-ind-claims huggingface dataset:
An applicator for applying a product, comprising - a stem, - an application member which is fixed to one end of the stem and comprises: • a body having a longitudinal axis, the applicator being designed for applying a product to the eyelashes and/or eyebrows, the application member comprising spikes connected to the body, the spikes being of different lengths, the longest spike or spikes being among the three closest to the distal end of the application member, the applicator comprising a succession of a maximum of four or five spikes in the direction of the length of the application face and/or of three to five spikes in the direction of the width of the application face, the total number of spikes carried by the application member being preferably between 8 and 15, or the applicator being designed for applying the product to the skin of the eyebrows, the application member comprising between one and five spikes extending from a lateral surface of the body, these spikes being flocked and forming an angle which is not zero with the longitudinal axis of the body. - a stem, - an application member which is fixed to one end of the stem and comprises: • a body having a longitudinal axis, the applicator being designed for applying a product to the eyelashes and/or eyebrows, the application member comprising spikes connected to the body, the spikes being of different lengths, the longest spike or spikes being among the three closest to the distal end of the application member, the applicator comprising a succession of a maximum of four or five spikes in the direction of the length of the application face and/or of three to five spikes in the direction of the width of the application face, the total number of spikes carried by the application member being preferably between 8 and 15, • a body having a longitudinal axis, the applicator being designed for applying a product to the eyelashes and/or eyebrows, the application member comprising spikes connected to the body, the spikes being of different lengths, the longest spike or spikes being among the three closest to the distal end of the application member, the applicator comprising a succession of a maximum of four or five spikes in the direction of the length of the application face and/or of three to five spikes in the direction of the width of the application face, the total number of spikes carried by the application member being preferably between 8 and 15,
An automated method of performing an operation on a structure having a confined space, the structure having a location that is identifiable from within the confined space and from outside the confined space, the method comprising: using a first robotic system to move a first end effector inside the confined space such that the first end effector is positioned over the location, wherein a compliant arm of the first robotic system is used to coarsely position the first end effector over the location and press the first end effector against the surface, and wherein a positioning device attached to the first end effector is used to shift the first end effector along the surface to precisely position the first end effector at the location, and generating a first vector corresponding to the location; using a second robotic system to move a second end effector outside the confined space such that the second end effector is positioned over the location, and generating a second vector corresponding to the location; using the first and second vectors to move the first and second end effectors (114, 124) to a new location such that the first and second end effectors are in working opposition; and using the first and second end effectors (114, 124) to perform the operation at the new location. using a first robotic system to move a first end effector inside the confined space such that the first end effector is positioned over the location, wherein a compliant arm of the first robotic system is used to coarsely position the first end effector over the location and press the first end effector against the surface, and wherein a positioning device attached to the first end effector is used to shift the first end effector along the surface to precisely position the first end effector at the location, and generating a first vector corresponding to the location; using a second robotic system to move a second end effector outside the confined space such that the second end effector is positioned over the location, and generating a second vector corresponding to the location; using the first and second vectors to move the first and second end effectors (114, 124) to a new location such that the first and second end effectors are in working opposition; and using the first and second end effectors (114, 124) to perform the operation at the new location.
A barrel-mounted device configured to be fixed to the barrel of firearms, the device comprising a unit for joining the device to the barrel, a casing (5,31,32,33,49,65) and a starting part (1,28,46,62) with gas vents (2,3,4,29,30,47,48,63,64), wherein the starting part (1,28,46,62) has a starting part bore (15,38,52,70), wherein the starting part bore (15,38,52,70) is the continuation of the barrel bore (16,37,51,69) and there are N ≥1 compartments (8,9,34,35,36,54,66) between the casing (5,31,32,33,49,65) and the starting part (1,28,46,62), wherein compartment means an isolated section of the space between an outer surface of the starting part and an inner surface of the casing, whereby at least one of said compartments (8,9,34,35,36,54,66) includes at least two gas vents (2,3,4,29,30,47,48,63,64), wherein a first one of the gas vents (2,29,47,63) is located in a head part of said compartment and a second one of the gas vents (3,30,48,64) is located in the end part of said compartment, wherein said compartment is adapted to ensure gas exhaust from the starting part bore (15,38,52,70) to the compartment (8,9,34,35,36,54,66) through the first one of said gas vents (2,3,4,29,30,47,48,63,64), characterized in that said compartment is adapted to ensure gas exhaust from the compartment (8,9,34,35,36,54,66) to the starting part bore (15,38,52,70) through the second one of said gas vents for being crossed over by the gas following a bullet or projectile, wherein the compartment length (L,L 3,L 4,L 6) is 0.5 - 3.0 of the barrel bore caliber (D,D 4,D 5,D 7) and in every cross-section plane of the barrel-mounted device intersecting at least one compartment (8,9,34,35,36,54,66) the following condition is met: 0, 4 ⁢ S K ≤ ∑ S i ≤ 4, 5 ⁢ S K, wherein: S K - is the area of the barrel bore (16,37,51,69); S i - is the minimal area of the i-th compartment (8,9,34,35,36,54,66) intended for the gas flow between gas vents (2,3,29,30,47,48,63,64); M - is the number of compartments (8,9,34,35,36,54,66) in the mentioned cross-section plane, 1 ≤M ≤N. S K - is the area of the barrel bore (16,37,51,69); S i - is the minimal area of the i-th compartment (8,9,34,35,36,54,66) intended for the gas flow between gas vents (2,3,29,30,47,48,63,64); M - is the number of compartments (8,9,34,35,36,54,66) in the mentioned cross-section plane, 1 ≤M ≤N.
Method for passively ascertaining the position of an object, wherein acoustic and optical signals are emitted by the object, including the method steps of ascertaining bearing data, wherein the bearing data contain the direction of the object and the time point at which the bearing was taken and two different types of bearing data are ascertained, specifically acoustic bearing data and optical bearing data, storing the bearing data, identifying bearing data of different types as belonging to the same taking of the bearing, calculating the distance of the object from the time difference between the time points at which the bearings that have been identified as belonging to the same taking of the bearing were taken, and calculating the position of the object from the direction and the distance of the object, characterized in that the position of the object is ascertained over a time period, in that the velocity of the object is ascertained from the development of the position of the object over time, and in that bearing data of different types are identified as belonging to the same taking of the bearing only if the signal patterns of the acoustic and of the optical signals correspond.
A chromium-free metallic coating precursor comprising at least 54% by weight of at least one base metal selected from the group consisting of iron, nickel, cobalt, lead, zinc, copper, tin, and aluminum, said coating precursor always comprising at least 1% by weight of aluminum, between 1% and 15% by weight of silicon, between 1% and 15% by weight of titanium, and between 1% and 15% by weight of boron.
A remote controller configured to remotely operate a facility device, the remote controller comprising: operation accepting means for accepting, from a first user, a first operation with respect to the facility device; identification information acquisition means for acquiring identification information of the first user; and transmission means for transmitting the identification information of the first user and identification information of the first operation to the facility device, characterized in that the identification information acquisition means receives at least one user identification information from at least one mobile terminal (300, 400) by short-range wireless communication, and acquires, as the identification information of the first user, identification information of a user received at a greatest signal reception strength among the at least one user identification information. operation accepting means for accepting, from a first user, a first operation with respect to the facility device; identification information acquisition means for acquiring identification information of the first user; and transmission means for transmitting the identification information of the first user and identification information of the first operation to the facility device, characterized in that the identification information acquisition means receives at least one user identification information from at least one mobile terminal (300, 400) by short-range wireless communication, and acquires, as the identification information of the first user, identification information of a user received at a greatest signal reception strength among the at least one user identification information.
Method for perfuming a plastic element, wherein the method comprises the following successive steps of: - heating at least a portion of the plastic element in an oven to a temperature of more than 60 degrees Celsius; - applying a perfume to the heated portion of the plastic element; - cooling the heated portion of the plastic element. - heating at least a portion of the plastic element in an oven to a temperature of more than 60 degrees Celsius; - applying a perfume to the heated portion of the plastic element; - cooling the heated portion of the plastic element.
Telecommunication device (100; 200; 300; 400; 704), comprising: an audio signal transmission means (130; 230; 330; 430; 730) configured to receive an audio signal (110; 210; 310; 410; 710) and to transmit the same to a further telecommunication device (600; 754); and a signaling means (140; 240; 340; 440; 500; 740) configured to estimate a speech understandability of a speech signal generated by a user of the telecommunication device (100; 200; 300; 704) for a third party who is located in a surrounding area of the telecommunication device, and wherein the signaling means is configured to output a signaling depending thereon; wherein the signaling means (130; 230; 330; 500; 740) is configured to consider an acoustic environment of the telecommunication device in estimating the speech understandability; characterized in that the signaling means (130; 230; 330; 500; 740) is configured to consider a disturbing noise modulation and/or a disturbing noise noisiness and/or a reverberation time in estimating the speech understandability. an audio signal transmission means (130; 230; 330; 430; 730) configured to receive an audio signal (110; 210; 310; 410; 710) and to transmit the same to a further telecommunication device (600; 754); and a signaling means (140; 240; 340; 440; 500; 740) configured to estimate a speech understandability of a speech signal generated by a user of the telecommunication device (100; 200; 300; 704) for a third party who is located in a surrounding area of the telecommunication device, and wherein the signaling means is configured to output a signaling depending thereon; wherein the signaling means (130; 230; 330; 500; 740) is configured to consider an acoustic environment of the telecommunication device in estimating the speech understandability; characterized in that the signaling means (130; 230; 330; 500; 740) is configured to consider a disturbing noise modulation and/or a disturbing noise noisiness and/or a reverberation time in estimating the speech understandability.
Process for deaerating a process water, characterized in that, an effective amount of a component having the following structure is added to the process water: A- n -B, whereby said component is the addition product of XO chosen from the group of ethylene oxide and/or propylene oxide, with n in the range of 1-10, and a linear saturated alkyl alcohol A is chosen from the following group: stearyl alcohol, arachidyl alcohol, behenyl alcohol or a mixture of these alcohols, esterified with a linear saturated carboxylic acid B chosen from the following group: stearic acid, arachidic acid, behenic acid or a mixture of these carboxylic acid.
Hob with 1.1. a central recess and 1.2. a device disposed on its bottom side for operating the hob and removing cooking vapours downwards, 1.3. wherein the hob is configured with the device in the form of an assembly unit, and characterised in that 1.4. the cooking vapours can be captured by a rotating fan wheel in a manner aspirating vertically upwards and be transported into a fan housing provided above an aspiration chamber. 1.1. a central recess and 1.2. a device disposed on its bottom side for operating the hob and removing cooking vapours downwards, 1.3. wherein the hob is configured with the device in the form of an assembly unit, and characterised in that 1.4. the cooking vapours can be captured by a rotating fan wheel in a manner aspirating vertically upwards and be transported into a fan housing provided above an aspiration chamber.
A system, comprising: a memory; a plurality of acoustic sources each configured to generate an audio signal; a mixer in communication with the plurality of acoustic sources and the memory, the mixer configured to mix the audio signal from each of the plurality of acoustic sources to produce a mixed audio signal; and an acoustic echo canceller in communication with the mixer, the memory, and a remote audio signal, the acoustic echo canceller configured to generate an echo-cancelled mixed audio signal based on the mixed audio signal, information gathered from the audio signal from each of the plurality of acoustic sources, and the remote audio signal. a memory; a plurality of acoustic sources each configured to generate an audio signal; a mixer in communication with the plurality of acoustic sources and the memory, the mixer configured to mix the audio signal from each of the plurality of acoustic sources to produce a mixed audio signal; and an acoustic echo canceller in communication with the mixer, the memory, and a remote audio signal, the acoustic echo canceller configured to generate an echo-cancelled mixed audio signal based on the mixed audio signal, information gathered from the audio signal from each of the plurality of acoustic sources, and the remote audio signal.
Adaptive operating device for agricultural tractors, having two or more operating areas, wherein each operating area has at least one manually operated physical operating element, wherein the operating device has a detection device, which detects the type of working device coupled to the tractor when in use, wherein the operating device further has a configuration device cooperating with the detection device, which configuration device configures the functionality of an operating element and/or an operating area depending on the type of coupled working device, wherein the operating device further has at least one display element, which displays a configuration of an operating area when in use, characterized in that depending on the configuration, at least one operating element can be modified in its spatial position and/or can be configured in the direction and/or extent of its movement.
A height control system for a front-mounted harvesting attachment including a frame, at least one crop pick-up device and a ground-conforming cutter bar which is arranged at a plurality of carrier arms which are pivotable about at least a horizontal axis and which are pivotably mounted to the frame, wherein the carrier arms are pivotable from a target position to be set before the beginning of a harvesting operation between an upper end position which delimits deflection of the carrier arms in the direction of the crop pick-up device and a lower end position, wherein the upper end position is at a first spacing ad the lower end position is at a second spacing relative to the target position, characterised in that the target position is adapted in the ongoing harvesting operation to changing harvesting conditions and/or operating conditions in dependence on a deflection of the cutter bar to minimise the first spacing and maximise the second spacing.
Frame fixing comprising a cylindrical unit with a threaded outer casing designed with a bore that passes through in an axial direction comprising a first section designed with a cross section in a radial direction that is suitable for the insertion of a tool that is to rotate the cylindrical unit and a flange comprising an inner section, with the frame fixing comprising a fixing device that can be inserted into the bore (5; 26) and the inner section, wherein the frame fixing comprises an adapter arranged at least partially in the bore, which adapter comprises an outer part arranged to fit into the bore and an inner part arranged to constitute at least a part of a controlling section, with the controlling section having a cross section D1 in a radial direction that is determined by the length L1 of the controlling section in an axial direction in such a way that the controlling section limits the radial freedom of movement of the central axis of the fixing device in relation to the central axis of the controlling section to a movement of a predetermined maximal size at the end surface of the cylindrical unit, characterized in that the adapter is arranged to be inserted through the first section to the inner section of the flange, where the flange prevents further movement of the adapter in the inserting direction.
An apparatus configured to: for each respective pixel in a first set of pixels, prior to encoding a video signal: obtain a first value of the respective pixel in the first set of pixels, the first set of pixels being comprised in a first frame of the video signal; obtain a second value of a pixel in a second set of pixels corresponding to the respective pixel in the first set of pixels, the second set of pixels being comprised in a second, later frame of the video signal; derive a measure of similarity between the first value and the second value and generate a similarity score for the respective pixel based on the measure of similarity; obtain an overall similarity score for the first set of pixels by combining each of the similarity scores for the first set of pixels; determine, based on the overall similarity score for the first set of pixels, at least one quantisation parameter for use when performing quantisation on data derived from the first set of pixels to generate output data. for each respective pixel in a first set of pixels, prior to encoding a video signal: obtain a first value of the respective pixel in the first set of pixels, the first set of pixels being comprised in a first frame of the video signal; obtain a second value of a pixel in a second set of pixels corresponding to the respective pixel in the first set of pixels, the second set of pixels being comprised in a second, later frame of the video signal; derive a measure of similarity between the first value and the second value and generate a similarity score for the respective pixel based on the measure of similarity; obtain a first value of the respective pixel in the first set of pixels, the first set of pixels being comprised in a first frame of the video signal; obtain a second value of a pixel in a second set of pixels corresponding to the respective pixel in the first set of pixels, the second set of pixels being comprised in a second, later frame of the video signal; derive a measure of similarity between the first value and the second value and generate a similarity score for the respective pixel based on the measure of similarity; obtain an overall similarity score for the first set of pixels by combining each of the similarity scores for the first set of pixels; determine, based on the overall similarity score for the first set of pixels, at least one quantisation parameter for use when performing quantisation on data derived from the first set of pixels to generate output data.