mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a plant derived low sugar beverage product or process intermediate, the method including the steps of: providing a crushed or liquefied extract of a plant material comprising soluble components; exposing the extract sequentially to a first, second and third size exclusion purification means to separate the components of the extract into three fractions based on molecular weight, wherein the molecular weight cut-off of the first size exclusion purification means is greater than about 1500 Daltons, the molecular weight cut-off of the second size exclusion purification means is about 200 Daltons and the molecular weight cut-off of the second size exclusion purification means is between 90 and 180 Daltons; the first fraction having components with a molecular weight greater than about 200 Daltons and less that about 1500 Daltons, the second fraction having components with a molecular weight between 90 and 200 Daltons and the third fraction having components of molecular weight between 90 and 180 Daltons; the first and third fractions comprising desirable components selected from the group consisting of a mineral, a vitamin, water, an antioxidant, a phytonutrient, a phytochemical, an aromatic molecule, and a molecule contributing to taste, and the second fraction comprising a sugar component; and blending the first and third fraction to provide a low sugar beverage product or a process intermediate thereof. providing a crushed or liquefied extract of a plant material comprising soluble components; exposing the extract sequentially to a first, second and third size exclusion purification means to separate the components of the extract into three fractions based on molecular weight, wherein the molecular weight cut-off of the first size exclusion purification means is greater than about 1500 Daltons, the molecular weight cut-off of the second size exclusion purification means is about 200 Daltons and the molecular weight cut-off of the second size exclusion purification means is between 90 and 180 Daltons; the first fraction having components with a molecular weight greater than about 200 Daltons and less that about 1500 Daltons, the second fraction having components with a molecular weight between 90 and 200 Daltons and the third fraction having components of molecular weight between 90 and 180 Daltons; the first and third fractions comprising desirable components selected from the group consisting of a mineral, a vitamin, water, an antioxidant, a phytonutrient, a phytochemical, an aromatic molecule, and a molecule contributing to taste, and the second fraction comprising a sugar component; and blending the first and third fraction to provide a low sugar beverage product or a process intermediate thereof.
A single-access catheter device comprising: a first catheter having a proximal and distal opening with a lumen therethrough; a first occluder located within a distal region of the first catheter ; a return port located proximal to the first occluder ; a conduit connecting the distal opening of the first catheter to the return port for blood and embolic debris to enter, and the return port being for reintroducing blood into the vasculature, the conduit including additional tubing positioned at the proximal opening of the first catheter and proximal to the return port ; and a second occluder located proximal to the first occluder , the return port is located proximal to the second occluder and the distance between the first occluder and the second occluder is adjustable, wherein, the second occluder is configured to create a pressure gradient such that when the first occluder is expanded in a vessel, the pressure gradient causes blood to flow into the conduit through the distal opening , through the additional tubing , and to exit through the return port so that blood flow is reversed. a first catheter having a proximal and distal opening with a lumen therethrough; a first occluder located within a distal region of the first catheter ; a return port located proximal to the first occluder ; a conduit connecting the distal opening of the first catheter to the return port for blood and embolic debris to enter, and the return port being for reintroducing blood into the vasculature, the conduit including additional tubing positioned at the proximal opening of the first catheter and proximal to the return port ; and a second occluder located proximal to the first occluder , the return port is located proximal to the second occluder and the distance between the first occluder and the second occluder is adjustable, wherein, the second occluder is configured to create a pressure gradient such that when the first occluder is expanded in a vessel, the pressure gradient causes blood to flow into the conduit through the distal opening , through the additional tubing , and to exit through the return port so that blood flow is reversed.
Electrical pulse generator intended to power a dielectric-barrier discharge device , the generator comprising an inductor (Lstock) intended to store energy that is delivered, during a charge phase, by a DC voltage source to two power supply terminals (A, B) of the generator , and to transfer said energy to the dielectric-barrier discharge device during a discharge phase by the intermediary of a step-up transformer (Ts), the generator further comprising: - an arrangement of a first and of a second circuits in series that are connected at a node N of the generator , - the first circuit comprising two parallel branches , one of the two branches comprising the inductor (Lstock), and the other branch comprising, in series, a diode (D1) connected by its anode to the node N, and by its cathode to the primary circuit (Ts1) of the step-up transformer (Ts), the secondary circuit (Ts2) of the step-up transformer being intended to be connected to the dielectric-barrier discharge device , - the second circuit comprising a controlled switch (T1) of which the closing and the opening control, respectively, the charge and discharge phases. - an arrangement of a first and of a second circuits in series that are connected at a node N of the generator , - the first circuit comprising two parallel branches , one of the two branches comprising the inductor (Lstock), and the other branch comprising, in series, a diode (D1) connected by its anode to the node N, and by its cathode to the primary circuit (Ts1) of the step-up transformer (Ts), the secondary circuit (Ts2) of the step-up transformer being intended to be connected to the dielectric-barrier discharge device , - the second circuit comprising a controlled switch (T1) of which the closing and the opening control, respectively, the charge and discharge phases.
A method for wireless communication, comprising: establishing a low-band connection with a base station; receiving , from the base station via the low-band connection, configuration information for one or more high-band connections; receiving an activation command from the base station to activate one of the one or more high-band connections; determining a currently supported mode for an activated high-band connection based at least in part on one or more UE parameters associated with transmissions for the activated high-band connection; and transmitting an indication to the base station of the currently supported mode for the activated high-band connection. establishing a low-band connection with a base station; receiving , from the base station via the low-band connection, configuration information for one or more high-band connections; receiving an activation command from the base station to activate one of the one or more high-band connections; determining a currently supported mode for an activated high-band connection based at least in part on one or more UE parameters associated with transmissions for the activated high-band connection; and transmitting an indication to the base station of the currently supported mode for the activated high-band connection.
A remote unit for wireless communication with a mobile communication network, the remote unit comprising: a transceiver configured to communicate with the mobile communication network supporting a plurality of application categories; and a processor configured to perform the steps of: receiving a data packet to be transmitted via the mobile communication network; identifying an application category based on characteristics of the data packet; and requesting , via the transceiver, a network connection to a network slice in the mobile communication network corresponding to the identified application category. a transceiver configured to communicate with the mobile communication network supporting a plurality of application categories; and a processor configured to perform the steps of: receiving a data packet to be transmitted via the mobile communication network; identifying an application category based on characteristics of the data packet; and requesting , via the transceiver, a network connection to a network slice in the mobile communication network corresponding to the identified application category. receiving a data packet to be transmitted via the mobile communication network; identifying an application category based on characteristics of the data packet; and requesting , via the transceiver, a network connection to a network slice in the mobile communication network corresponding to the identified application category.
A battery cell surface temperature estimation system comprising: a temperature measurement unit configured to measure a measurement cell surface temperature that is a surface temperature of a battery cell being charged/discharged at a predetermined cycle interval; characterised in that , a delay time acquisition unit configured acquire a delay time that is a time required for the measurement cell surface temperature to reach a maximum temperature for each predetermined temperature section from a charge/discharge end time point of the battery cell ; a first memory unit configured to store a delay time corresponding to each charge/discharge state of the battery cell for each predetermined temperature section as a database based on data on the delay time obtained from the delay time acquisition unit; a second memory unit configured to store a measurement cell surface temperature value measured by the temperature measurement unit; and a cell surface temperature prediction unit configured to calculate a delay time corresponding to the current measurement cell surface temperature measured by the temperature measurement unit based on the database of the first memory unit, and predict an actual cell surface temperature of the current battery cell using the calculated delay time. a temperature measurement unit configured to measure a measurement cell surface temperature that is a surface temperature of a battery cell being charged/discharged at a predetermined cycle interval; characterised in that , a delay time acquisition unit configured acquire a delay time that is a time required for the measurement cell surface temperature to reach a maximum temperature for each predetermined temperature section from a charge/discharge end time point of the battery cell ; a first memory unit configured to store a delay time corresponding to each charge/discharge state of the battery cell for each predetermined temperature section as a database based on data on the delay time obtained from the delay time acquisition unit; a second memory unit configured to store a measurement cell surface temperature value measured by the temperature measurement unit; and a cell surface temperature prediction unit configured to calculate a delay time corresponding to the current measurement cell surface temperature measured by the temperature measurement unit based on the database of the first memory unit, and predict an actual cell surface temperature of the current battery cell using the calculated delay time.
An inductor , comprising a coil enclosing at least a part of a core , and a sensor for sensing a current when flowing in the coil , wherein the core comprises a first part , and a second part comprising a movable metal part mounted relative to the first part of the core such that the second, movable metal part is separated from the first part of the core by an air gap , and wherein at least a portion of the second part is arranged to move relative to the first part , thereby to vary the magnetic permeability of the core , according to an output of the sensor ; characterised in that at least a portion of the second part is a controllably deformable metal part; wherein the controllably deformable metal part comprises a bi-metal strip deformable by heating of the bi-metal strip ; and wherein the inductor further comprises a controllable source of heat for heating the bi-metal strip , wherein the controllable source of heat is arranged to heat the bi-metal strip according to an output from the sensor . characterised in that at least a portion of the second part is a controllably deformable metal part; wherein the controllably deformable metal part comprises a bi-metal strip deformable by heating of the bi-metal strip ; and wherein the inductor further comprises a controllable source of heat for heating the bi-metal strip , wherein the controllable source of heat is arranged to heat the bi-metal strip according to an output from the sensor .
A method for forming an elastomeric laminate that is extensible in a first extensibility direction (FE) comprising the steps of: providing a first coverstock material ; activating the first coverstock material by passing the first coverstock material under tension between the surfaces of a pair of stretching members having discontinuously intermeshing ridges and valleys, and thereby forming a pre-activated layer having a primary activation pattern comprising land areas that extend in the first extensibility direction; providing an elastomeric layer ; and joining the elastomeric layer to the pre-activated layer at one or more bonding sites , wherein the method further comprises the steps of providing a second coverstock material; activating the second coverstock material to create a second pre-activated coverstock layer having a secondary activation pattern ; joining the second pre-activated coverstock layer to the elastomeric layer ; and comprising offsetting the primary and secondary activation patterns , wherein the primary activation pattern and the secondary activation pattern are the same. providing a first coverstock material ; activating the first coverstock material by passing the first coverstock material under tension between the surfaces of a pair of stretching members having discontinuously intermeshing ridges and valleys, and thereby forming a pre-activated layer having a primary activation pattern comprising land areas that extend in the first extensibility direction; providing an elastomeric layer ; and joining the elastomeric layer to the pre-activated layer at one or more bonding sites , wherein the method further comprises the steps of providing a second coverstock material; activating the second coverstock material to create a second pre-activated coverstock layer having a secondary activation pattern ; joining the second pre-activated coverstock layer to the elastomeric layer ; and comprising offsetting the primary and secondary activation patterns , wherein the primary activation pattern and the secondary activation pattern are the same.
A vacuum pump, in particular a molecular vacuum pump, having a fast-rotating shaft , a roller bearing that supports the shaft in rotary manner, a lubricant storage arrangement for receiving a lubricant, a lubricant supply line for a flow of lubricant from the lubricant storage arrangement to the shaft , and a lubricant return line for a flow of lubricant from the roller bearing to the lubricant storage arrangement , wherein the lubricant return line includes a conveying device that has a conveying height for the lubricant and a length that are dimensioned such that lubricant coming from the roller bearing is conveyed as far as the side of the lubricant supply line remote from the roller bearing , and wherein the lubricant supply line includes a wiper , characterised in that the conveying height and the length are greater than a spacing between the wiper and the roller bearing .
Copper fine particles (P), wherein the copper fine particles (P) have a coating film containing cuprous oxide and copper carbonate on the surface thereof, wherein a ratio (C/SSA) of a mass fraction of carbon to a specific surface area of the copper fine particles is in a range of 0.008% by mass·g/m 2 to 0.020% by mass·g/m 2 , the specific surface area being determined by the BET method of nitrogen adsorption, wherein the copper fine particles (P) are configured to be sintered in a temperature range of 120°C to 150°C, and wherein the amount of the copper carbonate and cuprous oxide in the coating film, is measured by X-ray photoelectron spectroscopy, XPS, the amount of copper carbonate is more than 0% by mass and no more than 20% by mass, and the amount of the cuprous oxide in the coating film is at least 80% by mass and less than 100% by mass. wherein the copper fine particles (P) have a coating film containing cuprous oxide and copper carbonate on the surface thereof, wherein a ratio (C/SSA) of a mass fraction of carbon to a specific surface area of the copper fine particles is in a range of 0.008% by mass·g/m 2 to 0.020% by mass·g/m 2 , the specific surface area being determined by the BET method of nitrogen adsorption, wherein the copper fine particles (P) are configured to be sintered in a temperature range of 120°C to 150°C, and wherein the amount of the copper carbonate and cuprous oxide in the coating film, is measured by X-ray photoelectron spectroscopy, XPS, the amount of copper carbonate is more than 0% by mass and no more than 20% by mass, and the amount of the cuprous oxide in the coating film is at least 80% by mass and less than 100% by mass.
A voltage source including two electrically conductive terminals with an electrolyte between them, wherein said electrolyte is a mixture in which the main components in percent by weight are aluminium and silicon oxides, characterized in that said terminals are the same material, whereby the voltage source is arranged to operate as a secondary, i.e. rechargeable, battery.
An image capturing system which includes a camera having a sampling frequency and being operable to capture a series of images to form a video of a cyclically moving object which cycles at a cycling frequency , the sampling and cycling frequencies not being related, wherein the sampling frequency is fixed and wherein the image capturing system includes: a sensor operable to detect the cycling frequency of the cyclically moving object and to generate a frequency reading indicative of the detected cycling frequency ; a control module communicably coupled to the sensor and operable to receive from the sensor the frequency reading ; reflective indicia provided on the cyclically moving object , the indicia being at least more reflective than a remainder of the cyclically moving object ; and a light emitter operable to emit pulses of light at a controllable emission frequency , the light emitter being communicatively coupled to the control module which is operable to control the emission frequency of the light emitter based on the frequency reading , wherein the emission frequency is one of: i) matched to the detected cycling frequency , ii) a function of the detected cycling frequency , the function being a multiple, harmonic, or overtone, or iii) matched to the detected cycling frequency with user-defined offset, thereby to influence the temporal aliasing of the indicia provided on the cyclically moving object as captured in the video. a sensor operable to detect the cycling frequency of the cyclically moving object and to generate a frequency reading indicative of the detected cycling frequency ; a control module communicably coupled to the sensor and operable to receive from the sensor the frequency reading ; reflective indicia provided on the cyclically moving object , the indicia being at least more reflective than a remainder of the cyclically moving object ; and a light emitter operable to emit pulses of light at a controllable emission frequency , the light emitter being communicatively coupled to the control module which is operable to control the emission frequency of the light emitter based on the frequency reading , wherein the emission frequency is one of: i) matched to the detected cycling frequency , ii) a function of the detected cycling frequency , the function being a multiple, harmonic, or overtone, or iii) matched to the detected cycling frequency with user-defined offset, thereby to influence the temporal aliasing of the indicia provided on the cyclically moving object as captured in the video.
Crane telescope locking device having - at least one cylinder locking hydraulic cylinder designed to detachably couple a telescopic cylinder to a telescopic section ; characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder ; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder . - at least one cylinder locking hydraulic cylinder designed to detachably couple a telescopic cylinder to a telescopic section ; characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder ; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder . characterised in that the crane telescope locking device comprises a control device in hydraulic contact with a cylinder chamber of a telescopic cylinder of the crane telescope and for controlling the at least one cylinder locking hydraulic cylinder ; wherein the control device comprises a valve which is open in the unactuated idle state and thus releases a fluidic connection between the cylinder chamber of the telescopic cylinder and the at least one cylinder locking hydraulic cylinder .