mhurhangee/patent-ind-claim-en huggingface dataset:
- Process for making a fatty preparation to be incorporated in a product selected from a bakery product, a personal care product, cosmetics, dermocosmetics, soaps, varnishes, paints or snacks, preferably a bakery product, wherein said fatty preparation does not comprise fats with a saturated fat content higher than 35% by weight nor trans fats, comprising the steps of: a) heating an oil selected from the group consisting of high oleic sunflower oil, olive oil, extra virgin olive oil, sunflower seed oil, rapeseed oil and grapeseed oil in a butterfly-propeller or cutter-type-mixer up to between 60°C and 95°C; b) adding a fatty acid mono- and diglycerides-type emulsifier selected from E-471, E-472, E-475 or a mixture thereof to mixer of step a) until obtaining a complete dissolution; c) increasing the temperature to or keeping at a maximum of 95°C; d) weighing glycerol and other solid and liquid ingredients comprising carob and carrageenan; e) adding the glycerol into a cutter-type mixer and dispersing the carob and carrageenan into the glycerol until an homogeneous semi-solid is obtained; f) pouring the solution obtained in c) over the semi-solid obtained in e) until a viscous homogeneous liquid is obtained. a) heating an oil selected from the group consisting of high oleic sunflower oil, olive oil, extra virgin olive oil, sunflower seed oil, rapeseed oil and grapeseed oil in a butterfly-propeller or cutter-type-mixer up to between 60°C and 95°C; b) adding a fatty acid mono- and diglycerides-type emulsifier selected from E-471, E-472, E-475 or a mixture thereof to mixer of step a) until obtaining a complete dissolution; c) increasing the temperature to or keeping at a maximum of 95°C; d) weighing glycerol and other solid and liquid ingredients comprising carob and carrageenan; e) adding the glycerol into a cutter-type mixer and dispersing the carob and carrageenan into the glycerol until an homogeneous semi-solid is obtained; f) pouring the solution obtained in c) over the semi-solid obtained in e) until a viscous homogeneous liquid is obtained.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information associated with a reference signal for determining whether a downlink transmission exists in an unlicensed band; detecting the reference signal on at least one resource element, RE, in the unlicensed band, wherein the RE is identified based on the configuration information and associated with a control resource set, CORESET, for the terminal; and processing a downlink signal received in the CORESET corresponding to the reference signal, in case that the reference signal is detected on the at least one RE associated with the CORESET, wherein the reference signal is received in a bandwidth part, BWP, allocated to the terminal on a frequency axis, wherein the reference signal is multiplexed with the CORESET in the BWP, and wherein, in case that the reference signal is not detected, the terminal operates in a sleep mode for the unlicensed band or operates according to a downlink signal received in a previous symbol for the unlicensed band. receiving, from a base station, configuration information associated with a reference signal for determining whether a downlink transmission exists in an unlicensed band; detecting the reference signal on at least one resource element, RE, in the unlicensed band, wherein the RE is identified based on the configuration information and associated with a control resource set, CORESET, for the terminal; and processing a downlink signal received in the CORESET corresponding to the reference signal, in case that the reference signal is detected on the at least one RE associated with the CORESET, wherein the reference signal is received in a bandwidth part, BWP, allocated to the terminal on a frequency axis, wherein the reference signal is multiplexed with the CORESET in the BWP, and wherein, in case that the reference signal is not detected, the terminal operates in a sleep mode for the unlicensed band or operates according to a downlink signal received in a previous symbol for the unlicensed band.
A laminate having at least one fiber layer comprising cellulose fibers with a fiber width of 1000 nm or less, and at least one resin layer that is contacted with one surface of the fiber layer, wherein the resin layer has an adhesion aid, wherein the resin layer has at least one selected from a polycarbonate resin and an acrylic resin, wherein the adhesion aid is at least one selected from an isocyanate compound and an organic silicon compound. at least one fiber layer comprising cellulose fibers with a fiber width of 1000 nm or less, and at least one resin layer that is contacted with one surface of the fiber layer, wherein the resin layer has an adhesion aid, wherein the resin layer has at least one selected from a polycarbonate resin and an acrylic resin, wherein the adhesion aid is at least one selected from an isocyanate compound and an organic silicon compound.
A multi-layer structured carbonaceous material comprising graphitic carbon particles having carbonized products of an organic compound affixed to surfaces of the particles, characterised in that loop structures are present at an edge portion of each of the graphitic carbon particles, and wherein the edge portions of the graphitic carbon particles are edge portions of c-axis plane layers of the graphitic carbon particles, respectively.
Material comprising at least one molecule with a number-average molecular mass between 500 and 1500 g/mol, said molecule comprising at least three associative functional groups, each associative functional group corresponding to the formula below: in which A denotes oxygen, it being possible for the carbon atoms on formula to be substituted, capable of forming a physical bond, the molecules capable of forming physical bonds being derived from triacids or from a mixture comprising diacids and triacids, these diacids or triacids containing at least 5 carbon atoms, said material being characterized in that it comprises (i) molecules having at least 3 associative groups, and (ii) molecules having a single associative group, such that the difference between the number of associative groups belonging to the molecules which have at least three associative groups per molecule and double the total number of molecules comprising at least three associative groups is greater than 80% of the number of molecules comprising a single associative group, and such that the number-average molecular mass of the molecules constituting the material is between 500 and 1500 g/mol, and in that it has a rubbery elasticity measured at the temperature of use, said rubbery elasticity being defined by the fact that, after a distortion under uniaxial stress for 15 minutes of said material from an initial length L 0 to a length L d such that (L d -L 0 )/L 0 is greater than or equal to 0.2, the material returns, after relaxation of the uniaxial stress, to a length L f such that (L f -L 0 )/L 0 is less than or equal to 0.05, given that L 0 is the initial length of the material, L d is length of the distorted material under uniaxial stress, and L f is the final length of the material after relaxation of the uniaxial stress.
The compound 3-Amino-4-[5-[bis(2-chloroethyl)amino]-2-methylphenyl]butanoic acid or a pharmaceutically acceptable salt thereof:
An apparatus for transmitting a signal comprising: a modulator configured to generate a signal by modulating data into a plurality of modulation symbols, said data divided into frames and comprising time synchronization information including one of a time offset parameter and a frame length parameter, wherein which of the time offset parameter or the frame length parameter to be included in the time synchronization information is selected according to a frame length mode parameter; and a transmitter interface configured to transmit said signal over a communication medium. a modulator configured to generate a signal by modulating data into a plurality of modulation symbols, said data divided into frames and comprising time synchronization information including one of a time offset parameter and a frame length parameter, wherein which of the time offset parameter or the frame length parameter to be included in the time synchronization information is selected according to a frame length mode parameter; and a transmitter interface configured to transmit said signal over a communication medium.
Turbine such as a wind turbine, comprising at least two, preferably three profiled rotor blades which are activated by a hydraulic fluid, in particular by the wind, and which are connected to a substantially vertical central axle by connection arms and linear activation members which are associated with each of the rotor blades and which are subjected to an alternating translation movement during each rotation of the turbine and conversion members which enable this alternating translation movement to be converted into a movement which is centred on the axle of the turbine, in order to enable the mechanical energy of the normal components or lift of the forces brought about by the hydraulic fluid to be recovered in order to be able to convert them into electrical energy, in which turbine the conversion members are constituted by a stationary energy recovery roller which is mounted on the rotation axle (x, x') of the turbine and which cooperates with satellite rollers which are associated with each of the rotor blades, respectively, and which are fixedly joined to the stationary roller and which rotate about this roller, and the linear activation members associated with each of the rotor blades are constituted by a connection rod which is articulated, on the one hand, at one of the ends thereof or first end to the satellite roller associated with this rotor blade , at a point of this roller located on the periphery thereof and, on the other hand, at the other end thereof or second end, to an end of a sliding member which can be moved in translation along the connection arm and whose other end (C) is fixed to the associated rotor blade , characterised in that the distance between the rotation axle (x, x') of the turbine (point 0) and the fixing point (C) of the sliding member on the associated rotor blade is checked and is in particular substantially constant during the rotation of the turbine whilst the distance between the centre (B) of the satellite roller and the rotation axle (x, x') of the turbine (point 0) varies during the rotation of the satellite roller about the stationary roller .
An electrically conductive yarn, comprising a fiber yarn which includes textile fibers and electrically conductive fibers , and a filament yarn which is electrically conductive at least at its surface, characterized in that the fiber yarn is twisted with the filament yarn and in that the filament yarn comprises a core of a plurality of filaments and a surface layer of electrically conductive material and in that the surface layer of the filament yarn consists of a thread of electrically conductive material that is wound around the core so that the filament yarn is electrically conductive at its surface along its whole length.
A chair comprising: an upper base unit and a lower base unit facing each other, at least one of the upper base unit and the lower base unit including a rolling surface being curved; and a seat that is provided in the upper base unit and swings when the upper base unit rolls with respect to the lower base unit , wherein a region having a different curvature exists in a part of the rolling surface , and an elastic member is interposed between the region having the different curvature and a corresponding region of an opposing surface; wherein the chair further comprises a connection member that connects the upper base unit and the lower base unit , wherein the region having the different curvature is a relief hole for inserting the connection member ; wherein the upper base unit swings in a direction of 360 degrees with respect to the lower base unit , and the relief hole is provided at three or more locations around a swing center; wherein the connection member is a rotation stop member that restricts a relative movement of the upper base unit and the lower base unit in a rotation direction; and wherein the elastic member is an elastic resin foam body interposed between the upper base unit and the lower base unit . an upper base unit and a lower base unit facing each other, at least one of the upper base unit and the lower base unit including a rolling surface being curved; and a seat that is provided in the upper base unit and swings when the upper base unit rolls with respect to the lower base unit , wherein a region having a different curvature exists in a part of the rolling surface , and an elastic member is interposed between the region having the different curvature and a corresponding region of an opposing surface; wherein the chair further comprises a connection member that connects the upper base unit and the lower base unit , wherein the region having the different curvature is a relief hole for inserting the connection member ; wherein the upper base unit swings in a direction of 360 degrees with respect to the lower base unit , and the relief hole is provided at three or more locations around a swing center; wherein the connection member is a rotation stop member that restricts a relative movement of the upper base unit and the lower base unit in a rotation direction; and wherein the elastic member is an elastic resin foam body interposed between the upper base unit and the lower base unit .
Fan , comprising a centrifugal governor device for automatic operation of a shutter provided with fins , housed in a container and comprising blades which can be connected to a rotation shaft connected to operation means ; said centrifugal governor device comprises at least one translating and rotating assembly to which the lower ends of a pair of levers are connected in a rotatable manner, symmetrical with respect to said translating and rotating assembly and each lever comprising, at the upper end, at least one counterweight mass and, in an intermediate position, a first rotation pin ; said translating and rotating assembly is adapted to move as a result of the centrifugal force generated by said counterweight masses when the shaft is rotated and consequent rotation of said levers about the first rotation pins , wherein the centrifugal governor device is provided with a translating element connected on one side to the translating and rotating assembly by means of at least one bearing and on the other side, the translating element is connected to one end of a connecting rod (18, 18', 18") by means of a second rotation pin , characterized in that at the other end, the connection rod (18, 18', 18") is connected to one end of a fork by means of a third rotation pin , said fork comprises a first lever and a second lever rigidly connected to each other and rotatable together about the third rotation pin ; at the end opposite to the coupling with the connecting rod (18, 18', 18"), the first lever of the fork is connected by means of a fourth rotation pin to a first operation fin and the second lever of the fork is connected by means of a fifth rotation pin to a second operation fin ; said first and second operation fins are connected by suitable transmission means to the remaining fins of the shutter to allow simultaneously open or close the remaining fins of the shutter .
An irradiation control apparatus configured to control a timing of radiation irradiation by a radiation generating apparatus and to communicate with a radiation imaging apparatus by at least one synchronous communication method to synchronize with the radiation irradiation, the irradiation control apparatus comprising: determination means for determining an imaging mode that has been set and a synchronous communication method which can be supported by the radiation imaging apparatus , and control means for controlling, based on the determination result, the timing of the radiation irradiation by a synchronous communication method corresponding to the imaging mode, characterized in that the synchronous communication method includes a time synchronization method in which communication is performed to make a time of an internal timer included in the irradiation control apparatus and a time of an internal timer included in the radiation imaging apparatus match, and in which radiation irradiation is performed based on the time of the internal timer included in the irradiation control apparatus and a driving timing of an image receiver is controlled based on the time of the internal timer included in the radiation imaging apparatus, and a sequential synchronization method in which the control means outputs, after imaging preparation has been completed in the radiation imaging apparatus in response to an imaging request from the irradiation control apparatus, an imaging permission which allows radiation irradiation to be performed. determination means for determining an imaging mode that has been set and a synchronous communication method which can be supported by the radiation imaging apparatus , and control means for controlling, based on the determination result, the timing of the radiation irradiation by a synchronous communication method corresponding to the imaging mode, characterized in that the synchronous communication method includes a time synchronization method in which communication is performed to make a time of an internal timer included in the irradiation control apparatus and a time of an internal timer included in the radiation imaging apparatus match, and in which radiation irradiation is performed based on the time of the internal timer included in the irradiation control apparatus and a driving timing of an image receiver is controlled based on the time of the internal timer included in the radiation imaging apparatus, and a sequential synchronization method in which the control means outputs, after imaging preparation has been completed in the radiation imaging apparatus in response to an imaging request from the irradiation control apparatus, an imaging permission which allows radiation irradiation to be performed.
Lighting system comprising a plurality of lighting devices (2.i) with in each case one connected sensor unit (3.i), and a control unit , wherein each sensor unit (3.i) is set up to determine at least one measured value for a local environmental parameter of the lighting devices (2.i), and to transmit said value to the control unit , wherein the control unit is set up to link each of the measured values transmitted by the respective sensor unit to position information of the particular connected lighting device (2.i), and to determine a measured-value distribution from a plurality of the transmitted measured values with linked position information, and characterized in that each of the determined measured values is a physical parameter, and the determined measured-value distribution is a spatial measured-value distribution with a progression over time, the lighting system comprises at least one actuator (A1), wherein the at least one actuator (A1) is suitable for changing the local environmental parameter, and the control unit is set up to create or modify assignment information of the actuator (A1) to at least one of the sensor units (3.i) by means of the determined measured-value distribution while the actuator (A1) is being actuated.
A method of increasing the viscosity of thermally inhibited starch comprising: forming starch agglomerates comprising a starch binding agent and starch granules, dehydrating the starch agglomerates to anhydrous or substantially anhydrous, and heat treating the anhydrous or substantially anhydrous starch agglomerates at a temperature of about 100 °C to about 200 °C for up to about 20 hours thereby thermally inhibiting the starch agglomerates.
A cell region display control device, comprising: a colony evaluation unit configured to acquire an evaluation result of a cell colony in a cell image obtained by imaging the cell colony; and a display control unit configured to display a plurality of divided regions; wherein the display control unit is configured to change a display of the divided regions before a change in form of the cell colony to a display of the divided regions after a deformation; and wherein the display control unit is characterized by a divided region setting unit configured to set a plurality of divided regions by dividing a region of the cell colony according to the evaluation result and configured to set identification information at least for individual cells in the vicinity of contours of the plurality of divided regions; a region deformation unit configured to deform the divided regions according to a change in form of the cell colony due to an operation on the cell colony based on identification information of each of the divided regions given for individual cells in the plurality of divided regions set by the divided region setting unit ; an operation information receiving unit configured to receive operation information on the cell colony, indicating that an operation on the cell colony has been performed; wherein the region deformation unit is configured to deform the divided regions, upon receipt of information indicating that operation information has been received by the operation information receiving unit . a colony evaluation unit configured to acquire an evaluation result of a cell colony in a cell image obtained by imaging the cell colony; and a display control unit configured to display a plurality of divided regions; wherein the display control unit is configured to change a display of the divided regions before a change in form of the cell colony to a display of the divided regions after a deformation; and wherein the display control unit is characterized by a divided region setting unit configured to set a plurality of divided regions by dividing a region of the cell colony according to the evaluation result and configured to set identification information at least for individual cells in the vicinity of contours of the plurality of divided regions; a region deformation unit configured to deform the divided regions according to a change in form of the cell colony due to an operation on the cell colony based on identification information of each of the divided regions given for individual cells in the plurality of divided regions set by the divided region setting unit ; an operation information receiving unit configured to receive operation information on the cell colony, indicating that an operation on the cell colony has been performed; wherein the region deformation unit is configured to deform the divided regions, upon receipt of information indicating that operation information has been received by the operation information receiving unit .