mhurhangee/patent-ind-claim-en huggingface dataset:
Appliance for massaging skin comprising: - a body with a driving means , - at least one type of massaging head (4, 5, 6, 7, 8, ta, bi, ja) that includes at least two massaging elements, - a transmission mechanism that activates the massaging elements via the propulsion of the driving means, - a means of attachment that is configured to attach, in a removable manner, at least one type of massaging head to the body, - a means of distinguishing the type of massaging head attached to the body, characterised in that the control means of said massaging appliance, which, depending on the type of massaging head distinguished, is configured to act upon the driving means , so as to control the movement of at least two elements in the massaging head (4, 5, 6, 7, 8, ta, bi, ja), said control means being configured to modify the actuation driving means so as to adapt the activation speed of the massaging elements of the massaging head. - a body with a driving means , - at least one type of massaging head (4, 5, 6, 7, 8, ta, bi, ja) that includes at least two massaging elements, - a transmission mechanism that activates the massaging elements via the propulsion of the driving means, - a means of attachment that is configured to attach, in a removable manner, at least one type of massaging head to the body, - a means of distinguishing the type of massaging head attached to the body, characterised in that the control means of said massaging appliance, which, depending on the type of massaging head distinguished, is configured to act upon the driving means , so as to control the movement of at least two elements in the massaging head (4, 5, 6, 7, 8, ta, bi, ja), said control means being configured to modify the actuation driving means so as to adapt the activation speed of the massaging elements of the massaging head.
Station for transmitting and/or receiving electromagnetic waves, comprising at least two antenna ports, each respective antenna port being suitable for being: - connected to a respective group of antennas comprising one or more antennas, and - fed by a respective signal, said respective signals being pairwise either identical or different only in terms of their respective power, said station comprising adjusting means suitable for separately adjusting the respective power of at least one of said respective signals, and control means suitable for controlling said adjusting means in accordance with a control signal received by said station . - connected to a respective group of antennas comprising one or more antennas, and - fed by a respective signal, said respective signals being pairwise either identical or different only in terms of their respective power,
A weft insertion device for a rapier loom that performs weaving by using a tape-shaped flat yarn (Y) as a weft, the weft insertion device being a single-rapier weft insertion device with which a rapier head , whose standby position is set on a side opposite to a weft supply side, advances toward the weft supply side, grips the flat yarn (Y) on the weft supply side, and inserts the flat yarn (Y) as a weft while retreating, the weft insertion device including a yarn guide mechanism that holds the flat yarn (Y) on the weft supply side so that the flat yarn (Y) before being gripped by the rapier head is guided from a position above a movement path (P) of the rapier head to a position below the movement path (P) with respect to an up-down direction, wherein the yarn guide mechanism includes a holding device that includes a holding body (51a-51d) that is disposed at a position of a gripping portion of the rapier head that has reached a most advanced position with respect to a weaving-width direction, the position being located below the movement path (P) with respect to the up-down direction, the holding body (51a-51d) receiving and holding the flat yarn (Y), and a guide member that guides the flat yarn (Y) at a position above the movement path (P), characterized in that the guide member is fixed in position with respect to the up-down direction, and the holding body (51a-51d) receives a tip portion of the flat yarn (Y) from above and holds the tip portion, wherein the yarn guide mechanism further includes a guide device that is disposed above the holding device and that guides the tip portion of the flat yarn (Y) to the holding device , wherein the guide device includes a guide plate that has a thin plate-like shape and that is disposed directly above the holding body (51a-51d) of the holding device in such a way that a plate surface thereof is perpendicular to the weaving width direction, and a guide-plate driving device that displaces the guide plate between two positions, which are an upper standby position that is above the movement path (P) and a guide position where an end of the guide plate reaches the holding body (51a-51d).
An image display system comprising one or more processors, the one or more processors including: an image acquisition unit configured to acquire an image; an area setting unit configured to set a plurality of viewing areas to which the image is to be assigned; an image assignment unit configured to assign the image to each of the plurality of viewing areas, the image being assigned to each of the plurality of viewing areas based on a respective range of the image for each respective viewing area; wherein the range of the image divides the image into a plurality of image portions corresponding to the plurality of viewing areas; an image display unit configured to display the image portions in the plurality of viewing areas the image is assigned to; an operation determination unit configured to determine a user operation performed in a first viewing area among the plurality of viewing areas each having the respective image portion assigned thereto; and a display control unit configured to change the image in the first viewing area and the image in a second viewing area other than the first viewing area among the plurality of viewing areas concurrently based on the user operation performed in the first viewing area. an image acquisition unit configured to acquire an image; an area setting unit configured to set a plurality of viewing areas to which the image is to be assigned; an image assignment unit configured to assign the image to each of the plurality of viewing areas, the image being assigned to each of the plurality of viewing areas based on a respective range of the image for each respective viewing area; wherein the range of the image divides the image into a plurality of image portions corresponding to the plurality of viewing areas; an image display unit configured to display the image portions in the plurality of viewing areas the image is assigned to; an operation determination unit configured to determine a user operation performed in a first viewing area among the plurality of viewing areas each having the respective image portion assigned thereto; and a display control unit configured to change the image in the first viewing area and the image in a second viewing area other than the first viewing area among the plurality of viewing areas concurrently based on the user operation performed in the first viewing area.
Electromagnetic interference, EMI, filter , having line-side terminals (L1-L3) for a connection to an electric supply (S) and load-side terminals (L1'-L3') for a connection to a load device (L), the EMI filter comprising: a load-side passive EMI filter stage connected to the load-side terminals (L1'-L3') and configured to suppress common-mode noise, a line-side EMI filter stage connected to the line-side terminals (L1-L3), and configured to suppress differential-mode noise, characterised in that the load side passive EMI filter stage is configured to suppress differential mode noise and the line-side EMI filter stage is a line-side active EMI filter stage.
A process for purification of caprolactam from a water solution of crude caprolactam, characterized in that said process comprises the following steps: (i) treating the solution of crude caprolactam by means of direct contact with one or more alkaline compounds of polyvalent metals, at a temperature between 50°C and 110°C, for a duration from 1 hour to 5 hours, under stirring, so as to thus obtain a suspension, wherein said one or more alkaline compounds of polyvalent metals are selected from the group formed of: bivalent alkaline earth metal hydroxides, bivalent alkaline earth metal oxides, amphoteric polyvalent metal hydroxides having alkaline behavior when placed in contact with acids, amphoteric polyvalent metal oxides having alkaline behavior when placed in contact with acids and mixtures thereof; (ii) cooling the suspension of step (i) and holding it at a temperature between 20°C and 35°C, for a duration between 1 hour and 6 hours, under stirring; (iii) separating the solids from the suspension of step (ii) to obtain an aqueous solution of crude caprolactam. (i) treating the solution of crude caprolactam by means of direct contact with one or more alkaline compounds of polyvalent metals, at a temperature between 50°C and 110°C, for a duration from 1 hour to 5 hours, under stirring, so as to thus obtain a suspension, wherein said one or more alkaline compounds of polyvalent metals are selected from the group formed of: bivalent alkaline earth metal hydroxides, bivalent alkaline earth metal oxides, amphoteric polyvalent metal hydroxides having alkaline behavior when placed in contact with acids, amphoteric polyvalent metal oxides having alkaline behavior when placed in contact with acids and mixtures thereof; (ii) cooling the suspension of step (i) and holding it at a temperature between 20°C and 35°C, for a duration between 1 hour and 6 hours, under stirring; (iii) separating the solids from the suspension of step (ii) to obtain an aqueous solution of crude caprolactam.
An aerosol generator for generating liquid droplets by nebulization, comprising: - an aperture member comprising a plurality of apertures to provide the liquid droplets; - a vibratory element that surrounds the aperture member and arranged to generate a vibration of the aperture member; and - an encapsulation element arranged to encapsulate a portion of the vibratory element, wherein an interface region is provided between a first part of the vibratory element in contact with a part of the encapsulation element, and wherein a second part of the vibratory element not in contact with the encapsulation element is connected to the aperture member; wherein the interface region comprises a sealing portion comprising a liquid resisting seal, wherein the sealing portion comprises a first discontinuity formed on a face of the vibratory element , and wherein the first discontinuity surrounds the aperture member, and wherein the first discontinuity comprises a groove or a plurality of grooves in the vibratory element. - an aperture member comprising a plurality of apertures to provide the liquid droplets; - a vibratory element that surrounds the aperture member and arranged to generate a vibration of the aperture member; and - an encapsulation element arranged to encapsulate a portion of the vibratory element, wherein an interface region is provided between a first part of the vibratory element in contact with a part of the encapsulation element, and wherein a second part of the vibratory element not in contact with the encapsulation element is connected to the aperture member;
System for producing at least one substance from at least one starting material using electrical energy, comprising: a) at least one combined heat and power (CHP) system , b) at least one first power grid assigned to the CHP system , c) at least one interface to a second power grid , d) a conversion device , which can be operatively connected to the first and second power grid , the conversion device being formed to convert the at least one starting material into the at least one substance using electrical energy from the first and/or second power grid , and wherein the system is formed in such a way that a constant flow of energy from the first and/or second power grid into the conversion device can be achieved using at least one current control device . a) at least one combined heat and power (CHP) system , b) at least one first power grid assigned to the CHP system , c) at least one interface to a second power grid , d) a conversion device , which can be operatively connected to the first and second power grid , the conversion device being formed to convert the at least one starting material into the at least one substance using electrical energy from the first and/or second power grid , and
Seal for a gap between an outer and an inner cylindrical surface , said surfaces having a central axis (A), said surfaces being coaxial and being arranged to rotate reciprocally, said seal comprising a plurality of plate elements stacked onto one another to define a ring between said outer and inner cylindrical surfaces , wherein each plate has a concave and a convex side , the convex side of each plate element being adjacent to the concave side of the next plate element , characterised in that said plate elements comprise a seat defined in said outer edge of each plate element, said seat accommodating an elastic element placed externally on said ring .
A circuit for detecting a shifted frequency, comprising: a path selection unit for measuring a delay profile of a spread signal that has passed through a plurality of paths, and searching and selecting an optimum path from among said plurality of paths wherein the optimum path is selected based on an estimated value of an averaged delay profile and has a highest level of the received signal; a plurality of finger processing units (10-1) for reverse spreading the spread signal of each path, which is allocated by said path selection unit, by a spread code replica, obtaining a channel estimated value including at least a phase variation component with respect to said path by using a given pilot symbol that is included in the signal after the reverse spread, and carrying out coherent detection by using said channel estimated value; a phase difference measuring unit for measuring a phase difference wherein the phase difference is determined by the difference between phase variation components obtained from different pilot symbols within a given time slot or between successive time slots by each of said finger processing units; a path timing difference measuring unit for measuring a periodical path timing difference from the averaged delay profile information and a reference clock ; a frequency error detecting unit for detecting a frequency error of said signal by using said path timing difference and said phase difference; and a Doppler frequency detecting unit for detecting a Doppler frequency on the basis of said frequency error. a path selection unit for measuring a delay profile of a spread signal that has passed through a plurality of paths, and searching and selecting an optimum path from among said plurality of paths wherein the optimum path is selected based on an estimated value of an averaged delay profile and has a highest level of the received signal; a plurality of finger processing units (10-1) for reverse spreading the spread signal of each path, which is allocated by said path selection unit, by a spread code replica, obtaining a channel estimated value including at least a phase variation component with respect to said path by using a given pilot symbol that is included in the signal after the reverse spread, and carrying out coherent detection by using said channel estimated value; a phase difference measuring unit for measuring a phase difference wherein the phase difference is determined by the difference between phase variation components obtained from different pilot symbols within a given time slot or between successive time slots by each of said finger processing units; a path timing difference measuring unit for measuring a periodical path timing difference from the averaged delay profile information and a reference clock ; a frequency error detecting unit for detecting a frequency error of said signal by using said path timing difference and said phase difference; and a Doppler frequency detecting unit for detecting a Doppler frequency on the basis of said frequency error.
A measuring apparatus comprising: a circuit board ; a light receiving device disposed on the circuit board to receive light and output a signal; a housing , made of a conductive material, to cover the light receiving device disposed on the circuit board; an optical window to transmit the light, the optical window including a conductive part having conductivity; and an electrical connection line disposed on the circuit board to transmit the signal to an amplifier , characterized in that a guard ring is disposed around the electrical connection line on the circuit board and electrically connected to the conductive part and the housing . a circuit board ; a light receiving device disposed on the circuit board to receive light and output a signal; a housing , made of a conductive material, to cover the light receiving device disposed on the circuit board; an optical window to transmit the light, the optical window including a conductive part having conductivity; and an electrical connection line disposed on the circuit board to transmit the signal to an amplifier , characterized in that a guard ring is disposed around the electrical connection line on the circuit board and electrically connected to the conductive part and the housing .
A positive electrode for a secondary battery comprising: an electrode current collector; a first electrode active material layer formed on the electrode current collector; and a second electrode active material layer formed on the first electrode active material layer, wherein a layer composed of the electrode current collector and the first electrode active material layer has an elongation of 1.2% or less, wherein each of the first electrode active material layer and the second electrode active material layer includes a lithium-transition metal oxide as an active material, wherein the lithium-transition metal oxide is represented by Chemical Formula 1 below, [Chemical Formula 1] Li 1+x [Ni a Co b Mn c ] 1-x O 2 , wherein -0.2≤x≤0.2, 0.5≤a≤0.98, 0.01≤b≤0.4, and 0.01≤c≤0.4, wherein the elongation is measured by preparing a sample of a first electrode active material layer formed on an electrode current collector with a size of 15 mm (W) X 150 mm (L), mounting the sample in a sample-gripping part of an elongation measurement device and then pulling at a rate of 5 mm/min to measure the tensile strain immediately before the sample is broken. an electrode current collector; a first electrode active material layer formed on the electrode current collector; and a second electrode active material layer formed on the first electrode active material layer, wherein a layer composed of the electrode current collector and the first electrode active material layer has an elongation of 1.2% or less, wherein each of the first electrode active material layer and the second electrode active material layer includes a lithium-transition metal oxide as an active material, wherein the lithium-transition metal oxide is represented by Chemical Formula 1 below, [Chemical Formula 1] Li 1+x [Ni a Co b Mn c ] 1-x O 2 , wherein -0.2≤x≤0.2, 0.5≤a≤0.98, 0.01≤b≤0.4, and 0.01≤c≤0.4, wherein the elongation is measured by preparing a sample of a first electrode active material layer formed on an electrode current collector with a size of 15 mm (W) X 150 mm (L), mounting the sample in a sample-gripping part of an elongation measurement device and then pulling at a rate of 5 mm/min to measure the tensile strain immediately before the sample is broken.
A coreless web material dispensing apparatus , the apparatus comprising: a housing having a base , defining a back wall , a cover that is removably, pivotably or hingedly connected to and movable relative to the base between a closed position and an open position, and a cavity defined between the base and the cover ; at least one brace extending from the base to the cover , and configured to retain a roll of web material therein; and wherein, when the housing is in a closed orientation, the at least one brace receives a compression force from the cover and compresses the at least one brace into engagement with the roll of web material and prohibits lateral disengagement of the roll of web material from the at least one brace , and wherein, when the housing is in an opened orientation, the at least one brace does not receive the compression force from the cover thereby allowing it to expand into a relaxed position, and the at least one brace having first and second inwardly directed protrusions , which are coaxially aligned when the housing is in the closed orientation to provide a rotational axle for the coreless roll of web material retained therein and wherein said rotational axle of the roll is perpendicular to the back wall . a housing having a base , defining a back wall , a cover that is removably, pivotably or hingedly connected to and movable relative to the base between a closed position and an open position, and a cavity defined between the base and the cover ; at least one brace extending from the base to the cover , and configured to retain a roll of web material therein; and wherein, when the housing is in a closed orientation, the at least one brace receives a compression force from the cover and compresses the at least one brace into engagement with the roll of web material and prohibits lateral disengagement of the roll of web material from the at least one brace , and wherein, when the housing is in an opened orientation, the at least one brace does not receive the compression force from the cover thereby allowing it to expand into a relaxed position, and the at least one brace having first and second inwardly directed protrusions , which are coaxially aligned when the housing is in the closed orientation to provide a rotational axle for the coreless roll of web material retained therein and wherein said rotational axle of the roll is perpendicular to the back wall .
A water-soluble unit dose article comprising a water-soluble fibrous structure comprising a particle comprising a ratio of Linear Alkylbenzene Sulfonate to Alkylethoxylated Sulfate of greater than 1, preferably between 1.01 and 3, more preferably between 1.05 and 2.5, even more preferably between 1.1 and 2.0.
A method performed by a wireless communication device, the method comprising: receiving, from a wireless network node, a synchronization signal/physical broadcast channel block, SSB, at a time domain position; wherein a first index associated with the SSB is determined by: x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource. receiving, from a wireless network node, a synchronization signal/physical broadcast channel block, SSB, at a time domain position; wherein a first index associated with the SSB is determined by: x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource. x = i mod L; where x is the first index, i is a second index of the SSB and L is a maximum number of beams, wherein the second index is a time domain position index of the time domain position, and wherein an SSB having the first index is associated with a random access channel resource.