mhurhangee/ep-ind-claims huggingface dataset:
A scissor lift table having a base unit and a support unit, said support unit being adjustable relative to the base unit by means of a scissor unit provided with a drive device, the scissor unit comprising at least one pair of scissor members (20A, 20B) having two scissor members (22A, 24A, 22B, 24B) that are connected to each other by a joint and one of which is mounted with one end on a first pivot bearing being arranged stationarily on the base unit and is movably guided with the other end on the support unit, and the other scissor member is mounted with one end on a second pivot bearing being arranged stationarily on the support unit and movably guided with its other end on the base unit, the drive device comprising a toggle lever arrangement of which a first lever element engages one of the scissor members (22A, 22B) and a second lever element, which is connected to said first lever element and pivotably mounted on the base unit, is provided with a windable tensile element, characterized in that the second lever element has a curved guiding surface against which the windable tensile element comes to rest.
A method for the treatment and control of post-harvest diseases in fruits and/or vegetables which comprises applying in a simultaneous and combined manner: - a first formulation in the form of an emulsifiable concentrate which has the following elements in weight per volume of the total of the formulation: ∘ Cinnamaldehyde: 0.8-40% w/v ∘ Polysorbate 80: 5-20% w/v ∘ Triblock copolymer of formula HO(CH2CH2O)20(CH2CH O)70(CH2CH2O)20H and which has a molecular weight of approximately 5,800 Da: 5-20% w/v ∘ Polyethylene glycol 400 dioleate: 10-50% w/v ∘ Solvent: qs and which is applied in a water solution at a non-phytotoxic concentration of the cinnamaldehyde of between 500 ppm and 1,500 ppm by weight/volume; and - a second formulation in the form of an emulsifiable concentrate, soluble liquid or concentrated suspension and which is applied as an aqueous solution, which is: - a fungicidal formulation which contains phosethyl al as synthetic fungicide; or - a combination of said fungicidal formulation with a plant strengthening formulation which contains at least one phosphite salt; on the fruits and/or vegetables by means of one of the forms selected from the group consisting of drencher, bath and spray. - a first formulation in the form of an emulsifiable concentrate which has the following elements in weight per volume of the total of the formulation: ∘ Cinnamaldehyde: 0.8-40% w/v ∘ Polysorbate 80: 5-20% w/v ∘ Triblock copolymer of formula HO(CH2CH2O)20(CH2CH O)70(CH2CH2O)20H and which has a molecular weight of approximately 5,800 Da: 5-20% w/v ∘ Polyethylene glycol 400 dioleate: 10-50% w/v ∘ Solvent: qs ∘ Cinnamaldehyde: 0.8-40% w/v ∘ Polysorbate 80: 5-20% w/v ∘ Triblock copolymer of formula HO(CH2CH2O)20(CH2CH O)70(CH2CH2O)20H and which has a molecular weight of approximately 5,800 Da: 5-20% w/v ∘ Polyethylene glycol 400 dioleate: 10-50% w/v ∘ Solvent: qs - a second formulation in the form of an emulsifiable concentrate, soluble liquid or concentrated suspension and which is applied as an aqueous solution, which is: - a fungicidal formulation which contains phosethyl al as synthetic fungicide; or - a combination of said fungicidal formulation with a plant strengthening formulation which contains at least one phosphite salt; - a fungicidal formulation which contains phosethyl al as synthetic fungicide; or - a combination of said fungicidal formulation with a plant strengthening formulation which contains at least one phosphite salt;
A computer-implemented method of curves and surfaces styling design of an industrial product wherein oriented and non-oriented constraints between geometries of the industrial product are modeled with a graph of constraints comprising nodes and edges, a node representing a geometry and an edge representing a constraint between two geometries, an oriented-constraint being represented by an oriented edge, the method comprising the steps of: - selecting, upon user action, at least one geometry of the product; - computing, for each node of the graph, a depth value from a node that represents the at least one geometry previously selected, wherein the depth value of said each node corresponds to the number of edges that are met when traversing the graph from the node that represents the at least one geometry previously selected to said each node; - identifying one or more antagonistic constraint(s) in the graph, an antagonistic constraint being represented by an oriented edge wherein the depth value of the start node is larger to the depth value of the end node; - reversing the identified one or more antagonistic constraint(s); - modifying, upon user action, the at least one selected geometry; - propagating the modification of the selected geometry by solving the geometries according to the constraints modeled in the graph of constraints in accordance with the modification of the at least one selected geometry, the solving being performed according to a sequence order that is defined by the computed depth values. - selecting, upon user action, at least one geometry of the product; - computing, for each node of the graph, a depth value from a node that represents the at least one geometry previously selected, wherein the depth value of said each node corresponds to the number of edges that are met when traversing the graph from the node that represents the at least one geometry previously selected to said each node; - identifying one or more antagonistic constraint(s) in the graph, an antagonistic constraint being represented by an oriented edge wherein the depth value of the start node is larger to the depth value of the end node; - reversing the identified one or more antagonistic constraint(s); - modifying, upon user action, the at least one selected geometry; - propagating the modification of the selected geometry by solving the geometries according to the constraints modeled in the graph of constraints in accordance with the modification of the at least one selected geometry, the solving being performed according to a sequence order that is defined by the computed depth values.
A method for the production of nitric acid, comprising a step of oxidation of ammonia in the presence of a catalyst, characterized by comprising a step of monitoring the temperature of said catalyst by at least one contactless infrared sensor.
A power line communication apparatus (10, 20, 30, 50, 110 -1 to 110 -n used in a power generation system, comprising: a positive input terminal (11, 21, 31, 51, 111 -1 to 111 -n) to be connected to a positive pole of a generator; a negative input terminal (12, 22, 32, 52, 112 -1 to 112 -n) to be connected to a negative pole of the generator; a positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n) to be connected to a downstream side of a power line in which power generated by the generator is be transmitted; a negative output terminal (14, 24, 34, 54, 114 -1 to 114 -n) to be connected to an upstream side of the power line; a current pulse generator (15, 25, 35, 55, 115 -1 to 115 -n) to be connected between the negative input terminal (12, 22, 32, 52, 112 -1 to 112 -n) and the positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n), to generate a current pulse in the power line; and a controllable unidirectional device (16, 26, 36, 56, 116 -1 to 116 -n) to be connected between the positive input terminal (11, 21, 31, 51, 111 -1 to 111 -n) and the positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n), characterised in that the impedance is controllable by a switch (90, 92, 94, 97, 98, 99) which is different from components of the current pulse generator (15, 25, 35, 55, 115 -1 to 115 -n). a positive input terminal (11, 21, 31, 51, 111 -1 to 111 -n) to be connected to a positive pole of a generator; a negative input terminal (12, 22, 32, 52, 112 -1 to 112 -n) to be connected to a negative pole of the generator; a positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n) to be connected to a downstream side of a power line in which power generated by the generator is be transmitted; a negative output terminal (14, 24, 34, 54, 114 -1 to 114 -n) to be connected to an upstream side of the power line; a current pulse generator (15, 25, 35, 55, 115 -1 to 115 -n) to be connected between the negative input terminal (12, 22, 32, 52, 112 -1 to 112 -n) and the positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n), to generate a current pulse in the power line; and a controllable unidirectional device (16, 26, 36, 56, 116 -1 to 116 -n) to be connected between the positive input terminal (11, 21, 31, 51, 111 -1 to 111 -n) and the positive output terminal (13, 23, 33, 53, 113 -1 to 113 -n), characterised in that the impedance is controllable by a switch (90, 92, 94, 97, 98, 99) which is different from components of the current pulse generator (15, 25, 35, 55, 115 -1 to 115 -n).
A beauty care pack comprising: a support; a shape retaining layer that is laminated on the support so as to be separated from the support by moisture and is formed by electrospinning a polymer material, to maintain moisturizing and hold the shape of the beauty care pack; and a chemical liquid layer that is laminated on the shape retaining layer and is formed by electrospinning a water-soluble polymer material and a functional material, and that is a dry type and melted by moisture, wherein the shape retaining layer is transparent in a state containing a solvent, and is changed to a color which can be visually confirmed when the solvent is dried. a support; a shape retaining layer that is laminated on the support so as to be separated from the support by moisture and is formed by electrospinning a polymer material, to maintain moisturizing and hold the shape of the beauty care pack; and a chemical liquid layer that is laminated on the shape retaining layer and is formed by electrospinning a water-soluble polymer material and a functional material, and that is a dry type and melted by moisture, wherein the shape retaining layer is transparent in a state containing a solvent, and is changed to a color which can be visually confirmed when the solvent is dried.
A method for video encoding, comprising: a) determining one or more parameters for a region of interest within a digital image, wherein the one or more parameters relate to a size, location, and shape of the ROI; b) performing multi-segment downsampling on the input image to generate a downsampled image having fewer pixels than the digital image, wherein the multi-segment downsampling performed on the digital image uses a higher sample density for the ROI than for a portion of the digital image outside the region of interest, wherein the multi-segment downsampling is performed using a quadratic function to identify sampling points along each axis, wherein the sampling density becomes progressively sparser as a function of distance from the ROI; c) encoding the downsampled image to generate encoded image data; d) combining the encoded image data with the one or more parameters to generate combined data; and e) transmitting or storing the combined data. a) determining one or more parameters for a region of interest within a digital image, wherein the one or more parameters relate to a size, location, and shape of the ROI; b) performing multi-segment downsampling on the input image to generate a downsampled image having fewer pixels than the digital image, wherein the multi-segment downsampling performed on the digital image uses a higher sample density for the ROI than for a portion of the digital image outside the region of interest, wherein the multi-segment downsampling is performed using a quadratic function to identify sampling points along each axis, wherein the sampling density becomes progressively sparser as a function of distance from the ROI; c) encoding the downsampled image to generate encoded image data; d) combining the encoded image data with the one or more parameters to generate combined data; and e) transmitting or storing the combined data.
Method for producing a seam end bottom thread with a target seam protrusion of at most 10 mm, comprising the following steps - sewing a seam; - prior to cutting off a bottom thread at one end of the seam: repositioning a lower feed plate from a sewing operation position into a cut-off position displaced relative to the sewing operation along a sewing direction (x); - cutting off the bottom thread at the end of the seam, - wherein prior to cut-off during sewing a stitch with a shortened stitch length is realised, - wherein the lower feed plate is a component which transports the sewing material by frictional contact from below in the sewing direction, wherein the lower feed plate engages the sewing material during a stitching period for one time period and is out of engagement with the sewing material during another time period. - sewing a seam; - prior to cutting off a bottom thread at one end of the seam: repositioning a lower feed plate from a sewing operation position into a cut-off position displaced relative to the sewing operation along a sewing direction (x); - cutting off the bottom thread at the end of the seam, - wherein prior to cut-off during sewing a stitch with a shortened stitch length is realised, - wherein the lower feed plate is a component which transports the sewing material by frictional contact from below in the sewing direction, wherein the lower feed plate engages the sewing material during a stitching period for one time period and is out of engagement with the sewing material during another time period.
Spectroscopic apparatus comprising: a source of exciting light arranged to produce a line focus extending on a sample in a first direction and to generate therefrom scattered light, the line focus and the sample being movable relative to each other; a detector having multiple detector elements arranged in a two-dimensional array; an optical path between the sample and the detector, arranged such that the scattered light is dispersed into a spectrum directed across detector elements within the array; wherein data representing the amount of light received by the detector from a given region in the sample is accumulated in or from corresponding detector elements, which are exposed to the scattered light from the given region as the scattered light from the given region moves across the array of detector elements in synchronism with movement of the line focus relative to said given region of the sample, the line focus being arranged to move relative to the sample in the first direction and in a second direction transverse to the first direction, wherein the line focus sweeps an area of the sample bidirectionally during the relative movement in the second direction such that the given region from which data accumulates includes points on the sample which are spaced from each other in a direction transverse to the line focus. a source of exciting light arranged to produce a line focus extending on a sample in a first direction and to generate therefrom scattered light, the line focus and the sample being movable relative to each other; a detector having multiple detector elements arranged in a two-dimensional array; an optical path between the sample and the detector, arranged such that the scattered light is dispersed into a spectrum directed across detector elements within the array; wherein data representing the amount of light received by the detector from a given region in the sample is accumulated in or from corresponding detector elements, which are exposed to the scattered light from the given region as the scattered light from the given region moves across the array of detector elements in synchronism with movement of the line focus relative to said given region of the sample, the line focus being arranged to move relative to the sample in the first direction and in a second direction transverse to the first direction, wherein the line focus sweeps an area of the sample bidirectionally during the relative movement in the second direction such that the given region from which data accumulates includes points on the sample which are spaced from each other in a direction transverse to the line focus.
Method for position determination of objects (62, 707, 84, 96) by means of vehicle-to-x communication signals, in which a transceiver capable of wireless communication is a vehicle-to-x communication device and transmits communication signals, wherein the transceiver is capable of simultaneous transmission and reception, wherein the communication signals are at least partially reflected as reflection signals on at least one object (62, 707, 84, 96) in a signal propagation zone and wherein the transceiver receives the reflection signals, wherein phase information of the reflection signals and/or the communication signals is determined, wherein the phase information comprises differential phases of the reflection signals which are generated either by an individual antenna element or at least two antenna elements, and a distance and/or movement direction to the at least one object (62, 707, 84, 96) is/are determined from the phase information generated by the individual antenna element, or wherein a distance and/or an angle to the at least one object is/are determined from the phase information generated by the at least two antenna elements.
Method for evaluating a signal S(t) for determining the presence, the composition or the condition of a liquid or solid medium or a mixture of such media by evaluating a signal S(t), changing in stages or continuously over time, provided by a sensor means formed by a capacitive sensor or comprising a capacitive sensor, which is significant for the presence or the material characteristics of the medium, at a measuring point w i forming a measuring position arranged on the inside of a wall surface of a tank, another container or a pipe, wherein • the signal S(t) is recorded and evaluated at the measuring point w i, and • this signal is electronically processed for evaluating the signal w i, and • the time change dS/dt of the signal S(t) or the change speed of the change of the electronic alternating field d 2 S/dt 2 occurring over time upon entry of the medium of the medium mixture is recorded and evaluated as the characteristic signal S(t), characterised in that • the parts of the medium or medium mixture located at measuring point w i are exposed to a high-frequency electric alternating field Ø at a frequency of between 80 MHz and 200 MHz, and are thus exposed to polarisation, • the time change in the electric alternating field dØ/dt or the change speed of the change in the electric alternating field d 2 Ø/dt 2 over time that occurs following polarisation is recorded as a signal S(t) to be evaluated, and • a switch-on point E each is generated for a digital output signal (y; y 1, y 2) for evaluating the presence of the medium or the medium stream along the rising flank F of the signal S(t) and/or above or below a first threshold value dS/dt G1 or d 2 S/dt 2 G1. • the signal S(t) is recorded and evaluated at the measuring point w i, and • this signal is electronically processed for evaluating the signal w i, and • the time change dS/dt of the signal S(t) or the change speed of the change of the electronic alternating field d 2 S/dt 2 occurring over time upon entry of the medium of the medium mixture is recorded and evaluated as the characteristic signal S(t), • the parts of the medium or medium mixture located at measuring point w i are exposed to a high-frequency electric alternating field Ø at a frequency of between 80 MHz and 200 MHz, and are thus exposed to polarisation, • the time change in the electric alternating field dØ/dt or the change speed of the change in the electric alternating field d 2 Ø/dt 2 over time that occurs following polarisation is recorded as a signal S(t) to be evaluated, and • a switch-on point E each is generated for a digital output signal (y; y 1, y 2) for evaluating the presence of the medium or the medium stream along the rising flank F of the signal S(t) and/or above or below a first threshold value dS/dt G1 or d 2 S/dt 2 G1.
Support collar for long articles, in particular cables, pipes and/or the like, comprising a substantially sheet-like structure, the sheet- like structure being provided with: a substantially flat top end portion, provided with edges and having at least one opening, which is preferably central; two side portions extending transversely from said top end portion and each having at least one respective engaging element apt to engage said collar on a support plate or on a top end portion of another support collar, said side portions and said top end portion of said support collar delimiting an area for partially housing a long article to be supported; retaining means operating within said housing area so as to keep said long article in a stable position inside said area, characterized in that said retaining means comprise at least one retaining clip provided with two gripping arms extending inside said housing area, said gripping arms of said retaining clip being flexibly connected to the corresponding edge of said top end portion and able to be elastically splayed so as to engage with a respective long article and retain the latter inside said housing area owing to the action of an elastic pressure exerted transversely with respect to the longitudinal extension of said long article. a substantially flat top end portion, provided with edges and having at least one opening, which is preferably central; two side portions extending transversely from said top end portion and each having at least one respective engaging element apt to engage said collar on a support plate or on a top end portion of another support collar, said side portions and said top end portion of said support collar delimiting an area for partially housing a long article to be supported; retaining means operating within said housing area so as to keep said long article in a stable position inside said area, characterized in that said retaining means comprise at least one retaining clip provided with two gripping arms extending inside said housing area, said gripping arms of said retaining clip being flexibly connected to the corresponding edge of said top end portion and able to be elastically splayed so as to engage with a respective long article and retain the latter inside said housing area owing to the action of an elastic pressure exerted transversely with respect to the longitudinal extension of said long article.
A flow control device for a turbocharger comprising a variable flow restrictor for restricting flow in a turbocharger inlet, an actuator for varying a flow restriction of the flow restrictor, and a controller arranged to control the actuator to provide a flow restriction dependent on a measure representative of an instantaneous obtained value of pulsating turbocharger inlet pressure and wherein the controller is further arranged to control the actuator at a frequency equivalent to a frequency of exhaust pulses of an engine exhaust in fluid communication with the turbocharger inlet, the controller being arranged to control the actuator to open the flow restriction in phase with exhaust pulse peaks and to close the flow restriction in phase with exhaust pulse troughs, wherein the flow restrictor comprises a substantially continuously variably-positionable flow restrictor for restricting flow in a turbocharger inlet by an amount dependent on the flow restrictor position, in which the actuator is arranged to vary a flow restriction position of the flow restrictor and the controller is arranged to control the actuator to provide a flow restriction position dependent on the instantaneous obtained value of pulsating turbocharger inlet pressure.