mhurhangee/ep-ind-claims huggingface dataset:
A mode switching method, comprising: receiving, by a terminal, a first switching instruction input by a user, wherein the first switching instruction is used for switching a working mode of the terminal to a target mode, wherein the working mode indicates that a circuit switch, CS, domain service is in a connected state and a packet switch, PS, domain service is in a connected state; and switching, by the terminal, the working mode of the terminal to the target mode according to the first switching instruction, wherein the target mode indicates that the CS domain service is in a disconnected state, and the PS domain service is in a connected state; wherein the switching, by the terminal, the working mode of the terminal to the target mode according to the first switching instruction comprises: sending, by the terminal, an international mobile subscriber identification number detach indication message to a network side, so as to trigger the network side to detach the terminal from a CS network; or, turning off, by the terminal, a CS processing module on the terminal, so that the terminal is incapable of accessing the CS network. receiving, by a terminal, a first switching instruction input by a user, wherein the first switching instruction is used for switching a working mode of the terminal to a target mode, wherein the working mode indicates that a circuit switch, CS, domain service is in a connected state and a packet switch, PS, domain service is in a connected state; and switching, by the terminal, the working mode of the terminal to the target mode according to the first switching instruction, wherein the target mode indicates that the CS domain service is in a disconnected state, and the PS domain service is in a connected state; wherein the switching, by the terminal, the working mode of the terminal to the target mode according to the first switching instruction comprises: sending, by the terminal, an international mobile subscriber identification number detach indication message to a network side, so as to trigger the network side to detach the terminal from a CS network; or, turning off, by the terminal, a CS processing module on the terminal, so that the terminal is incapable of accessing the CS network. sending, by the terminal, an international mobile subscriber identification number detach indication message to a network side, so as to trigger the network side to detach the terminal from a CS network; or, turning off, by the terminal, a CS processing module on the terminal, so that the terminal is incapable of accessing the CS network.
A regulator control assembly for controlling flow from two sources, the regulator control assembly comprising: a control valve defining a desired fluid pressure through an outlet; a primary regulating valve controlling fluid flow and pressure through a primary passage to the outlet from a primary fluid flow source; a secondary regulating valve controlling fluid flow and pressure through a secondary passage to the outlet from a secondary fluid flow source; and a mixing valve latching the primary regulating valve in a desired position responsive to a desired fluid flow through the primary and secondary passages (30, 36) to the outlet, characterised in that the assembly further comprises: a primary control passage and a secondary control passage, an electronically-controlled servo valve configured to set a desired fluid pressure at the outlet by means of the primary regulating valve, by being configured to control fluid flow from the primary passage to the primary control passage and to the secondary control passage wherein the primary regulating valve moves responsive to a pressure differential between the primary control passage and the primary passage and wherein the secondary regulating valve moves responsive to a pressure differential between the secondary control passage and the primary passage. a control valve defining a desired fluid pressure through an outlet; a primary regulating valve controlling fluid flow and pressure through a primary passage to the outlet from a primary fluid flow source; a secondary regulating valve controlling fluid flow and pressure through a secondary passage to the outlet from a secondary fluid flow source; and a mixing valve latching the primary regulating valve in a desired position responsive to a desired fluid flow through the primary and secondary passages (30, 36) to the outlet, characterised in that the assembly further comprises: a primary control passage and a secondary control passage, an electronically-controlled servo valve configured to set a desired fluid pressure at the outlet by means of the primary regulating valve, by being configured to control fluid flow from the primary passage to the primary control passage and to the secondary control passage wherein the primary regulating valve moves responsive to a pressure differential between the primary control passage and the primary passage and wherein the secondary regulating valve moves responsive to a pressure differential between the secondary control passage and the primary passage. a primary control passage and a secondary control passage, an electronically-controlled servo valve configured to set a desired fluid pressure at the outlet by means of the primary regulating valve, by being configured to control fluid flow from the primary passage to the primary control passage and to the secondary control passage wherein the primary regulating valve moves responsive to a pressure differential between the primary control passage and the primary passage and wherein the secondary regulating valve moves responsive to a pressure differential between the secondary control passage and the primary passage.
An imaging camera having an optical field of view and comprising: - a first lens element having a non-zero optical power; - an optical lens (114, 240, 340) disposed inside a volume substantially surrounded by the first lens element, wherein the field of view is defined by both the first lens element and the optical lens (114, 240, 340); - an optical lens holder (118, 1004, 1504) affixing constituent lens elements of the optical lens (114, 240, 340) with respect to one another; characterised in that the imaging camera further comprises - a first cord (228, 1034, 1234, 1410, 1534, 1934) drawn through an aperture formed by the first lens element into the volume and attached, at an end of the first cord (228, 1034, 1234, 1410, 1534, 1934), to the optical lens holder (118, 1004, 1504). - a first lens element having a non-zero optical power; - an optical lens (114, 240, 340) disposed inside a volume substantially surrounded by the first lens element, wherein the field of view is defined by both the first lens element and the optical lens (114, 240, 340); - an optical lens holder (118, 1004, 1504) affixing constituent lens elements of the optical lens (114, 240, 340) with respect to one another; - a first cord (228, 1034, 1234, 1410, 1534, 1934) drawn through an aperture formed by the first lens element into the volume and attached, at an end of the first cord (228, 1034, 1234, 1410, 1534, 1934), to the optical lens holder (118, 1004, 1504).
An access method of a wireless access point, AP, comprising: receiving (100, 200) a packet sent by a user; obtaining (102, 202) a priority corresponding to the packet, wherein the user belongs to a virtual AP, VAP, the VAP joins a group, the priority corresponding to the packet is a priority of the group that the VAP joins, and the group comprises multiple VAPs; sending (102, 204) the packet into a corresponding priority queue; and sending (102, 206) packets in different priority queues corresponding to multiple groups according to a group policy of the AP; wherein the group policy is a group balance scheduling policy which refers to priority scheduling according to a sending weight allocated to each group, and the group policy further carries a balance coefficient of each group, VAPs of each group obtain air interface wireless resources of the AP according the balance coefficient of the each group, and service access requests of VAPs of a same group priority are processed in a first-come-first-served manner. receiving (100, 200) a packet sent by a user; obtaining (102, 202) a priority corresponding to the packet, wherein the user belongs to a virtual AP, VAP, the VAP joins a group, the priority corresponding to the packet is a priority of the group that the VAP joins, and the group comprises multiple VAPs; sending (102, 204) the packet into a corresponding priority queue; and sending (102, 206) packets in different priority queues corresponding to multiple groups according to a group policy of the AP; wherein the group policy is a group balance scheduling policy which refers to priority scheduling according to a sending weight allocated to each group, and the group policy further carries a balance coefficient of each group, VAPs of each group obtain air interface wireless resources of the AP according the balance coefficient of the each group, and service access requests of VAPs of a same group priority are processed in a first-come-first-served manner.
A flavour release material, characterised in that it comprises a vegetable fibrous material with natural or artificial cavities, and a solution comprising at least one lipophilic flavouring and at least one lipophilic component, the solution being applied to the cavities of the fibrous material to provide controlled release of flavouring, wherein said at least one lipophilic flavouring is maintained in the cavities of the vegetable fibrous material when the food product is heated to a temperature of 195°C for a period which is determined for the specific food product, which is capable of being exposed to heat.
A combustion system comprising a furnace with an enclosure and burners (4a, 4b, 4c) having different elevation, a mill for milling solid fuel to be supplied to the burners (4a, 4b, 4c), a vapour separation system for receiving a non-homogeneous flow of vapour and pulverized fuel and providing a fuel rich flow through first ducting to burners (4a, 4b) having a lower elevation, and a fuel lean flow through second ducting to burners having a higher elevation, the first ducting and the second ducting branching from a branching area, characterised in that the first ducting comprises an impeller at a position downstream the branching area with reference to the flow of vapour and pulverized fuel, the impeller defining a fuel concentrated content flow and a fuel reduced content flow, and in that the combustion system further comprises ducting for supplying the fuel concentrated content flow to at least one first burner of the burners having a lower elevation and ducting for supplying the fuel reduced content flow to at least one second burner of the burners having a lower elevation, wherein the at least a second burner has a higher elevation than the at least a first burner.
A surgical device for use in a minimally invasive surgical procedure, comprising: two or more hollow retractors having a proximal end and a distal end, the distal ends comprising distinct and independent patient-contacting surfaces formed to be substantially congruent with a plurality of corresponding anatomical features of a patient; a coupling device selectively attachable to the proximal ends of the two or more hollow retractors at a position that is above the patient's skin surface in use. two or more hollow retractors having a proximal end and a distal end, the distal ends comprising distinct and independent patient-contacting surfaces formed to be substantially congruent with a plurality of corresponding anatomical features of a patient; a coupling device selectively attachable to the proximal ends of the two or more hollow retractors at a position that is above the patient's skin surface in use.
Fabric for the manufacture of protective work clothing comprising a yarn, which has at least one first leg, characterised in that the first leg comprises a core consisting of a shrunk, high-strength, synthetic fibre and an outer layer consisting of a flame-retardant cellulosic natural fibre.
A sample and hold circuit for sampling and holding an input voltage (Vin), comprising; a first switch configured to be turned on when the input voltage (Vin) is to be sampled; a first sampling part (Cs) configured to sample the input voltage input via the first switch when the first switch is turned on; a second sampling part (Cs) configured to sample a predetermined reference voltage (Vref, Vocm) when the first switch is turned off; an adding/subtracting part (S2-S10, Cf, 24, 30, 34, 36) configured to perform an addition or a subtraction between the input voltage sampled by the first sampling part and the predetermined reference voltage sampled by the second sampling part; and a hold part (S2-S10, Cf, 24, 30, 34, 36) configured to hold and output a voltage obtained by the addition or the subtraction by the adding/subtracting part, characterized in that the first and the second sampling parts are a common sampling capacitor which is capable of accumulating input an charge according to the input voltage and a reference charge according to the reference voltage, and the adding/subtracting part includes a second switch (S4, S5, S7) configured to be turned on after the input charge is accumulated in the sampling capacitor, a temporary storage capacitor (Cf) arranged such that the input charge accumulated in the sampling capacitor is transferred thereto when the second switch is turned on, a third switch configured to be turned on after the input charge accumulated in the sampling capacitor is transferred to the temporary storage capacitor, a re-transferring part configured to return the input charge, which has been transferred to the temporary storage capacitor, after the reference charge is accumulated in the sampling capacitor when the third switch is turned on, in order to perform the addition or the subtraction of the charge accumulated in the sampling capacitor, a first comparing part configured to determine whether the input voltage sampled by the first sampling part is greater than a first predetermined value, and an applying voltage switching part configured to switch, according to a determination result of the first comparing part, the predetermined reference voltage to be applied to an input side terminal of the sampling capacitor when the third switch is turned on at the time of transferring the input charge accumulated in the sampling capacitor to the temporary storage capacitor. the adding/subtracting part includes
A liquid dispenser, comprising: a container configured to store liquid and having an upper opening; a lid (300, 400) provided on the container to cover the upper opening, the lid (300, 400) and the container being configured to insulate the liquid stored in the container from a temperature outside the container; a pump configured to pump liquid to an upper surface of the lid (300 and 400); and a base to support the container and having a thermoelectric assembly (191b, 191a, 180, 170, 160) to change a temperature of the liquid in the container, characterised in that the thermoelectric assembly (191b, 191a, 180, 170, 160) is at least partially exposed to the liquid in the container via openings (112a, 225) in the base and the container. a container configured to store liquid and having an upper opening; a lid (300, 400) provided on the container to cover the upper opening, the lid (300, 400) and the container being configured to insulate the liquid stored in the container from a temperature outside the container; a pump configured to pump liquid to an upper surface of the lid (300 and 400); and a base to support the container and having a thermoelectric assembly (191b, 191a, 180, 170, 160) to change a temperature of the liquid in the container, characterised in that the thermoelectric assembly (191b, 191a, 180, 170, 160) is at least partially exposed to the liquid in the container via openings (112a, 225) in the base and the container.
Speech fundamental frequency estimator being configured for receiving a first set of values ( Ỹ 1) and a second set of values ( Ỹ 2), the first set of values ( Ỹ 1) being a frequency domain representation of a first set of time domain signal values (y 1) within a first time interval (t 1) and the second set of values ( Ỹ 2) being a frequency domain representation of a second set of time domain signal values (y 2) within a second time interval (t 2), the second time interval (t 2) being later than and offset from the first time interval (t 1), the speech fundamental frequency estimator comprising: - a first power density spectrum calculator being configured for storing a version of the first set of values ( Ỹ 1) and being configured for providing values of a first power density spectrum ( S ỹỹ d (Ω μ, n)) by multiplying the stored version of the first set of values ( Ỹ 1) with a complex conjugate version of the second set of values ( Ỹ 2); - a second power density spectrum calculator being configured for providing values of a second power density spectrum ( Ŝ ỹỹ (Ω μ,n)) by multiplying a version of the second set of values ( Ỹ 2) with a complex conjugate version of the the second set of values ( Ỹ 2); - an analyzer being configured for determining the speech fundamental frequency estimate (f p (n)) on the basis of the values of the first power density spectrum ( Ŝ ỹỹ d (Ω μ,n)) and the values of the second power density spectrum ( Ŝ ỹỹ (Ω μ,n)), wherein the analyzer is further configured for performing a first frequency-time-transform of the first power density spectrum ( Ŝ ỹỹ d (Ω μ,n)) in order to obtain a first set of correlation function values ( r̂ ỹỹ,g ( m,n)), for performing a second frequency-time-transform of the second power density spectrum ( Ŝ ỹỹ (Ω μ,n)) in order to obtain a second set of correlation function values ( r̂ ỹỹ,g ( m,n)), and for determining the speech fundamental frequency estimate (f p (n)) on the basis of the first and second sets of correlation function values ( r̂ ỹỹ d,g ( m,n)),( r̂ ỹỹ,g ( m,n)). - a first power density spectrum calculator being configured for storing a version of the first set of values ( Ỹ 1) and being configured for providing values of a first power density spectrum ( S ỹỹ d (Ω μ, n)) by multiplying the stored version of the first set of values ( Ỹ 1) with a complex conjugate version of the second set of values ( Ỹ 2); - a second power density spectrum calculator being configured for providing values of a second power density spectrum ( Ŝ ỹỹ (Ω μ,n)) by multiplying a version of the second set of values ( Ỹ 2) with a complex conjugate version of the the second set of values ( Ỹ 2); - an analyzer being configured for determining the speech fundamental frequency estimate (f p (n)) on the basis of the values of the first power density spectrum ( Ŝ ỹỹ d (Ω μ,n)) and the values of the second power density spectrum ( Ŝ ỹỹ (Ω μ,n)),
A process for the conversion of a feed comprising a mixture of hydrogen and carbon monoxide to hydrocarbons, the hydrogen and carbon monoxide in the feed being present in a ratio of from 1:9 to 9:1 by volume, the process comprising the steps of: a. pre-treating a catalyst composition comprising: i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and b. contacting the feed at elevated temperature and atmospheric or elevated pressure with the reductively-activated catalyst; wherein the step of pre-treating the catalyst composition is conducted within a temperature range of from 220°C to 250°C for a period of from 7 to 20 hours, preferably from 10 to 15 hours, and wherein the catalyst composition and/or the reductively-activated catalyst comprises from 5% to 30% cobalt and from 0.5% to 2.5% of a manganese promoter by weight of the catalyst. a. pre-treating a catalyst composition comprising: i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and i. titanium dioxide support, and ii. oxidic cobalt or a cobalt compound decomposable thereto, with a hydrogen gas-containing stream comprising less than 10% carbon monoxide gas by volume of carbon monoxide gas and hydrogen gas, to form a reductively-activated catalyst; and b. contacting the feed at elevated temperature and atmospheric or elevated pressure with the reductively-activated catalyst;
Hinged anchor for securing conductor cables during the suspension of the conductor cables, comprising at least one folding arm, preferably at least two folding arms, and a connecting device, wherein the folding arm is arranged on the connecting device, wherein the folding arm is configured so that it in an unfolded position protrudes further from the connecting device than in a folded position, wherein the connecting device has a first connecting element and a second connecting element, wherein the two connecting elements (53, 54) define a direction of action, wherein the connecting device has a trigger, which trigger is designed in such a way that it can move the folding arm from the folded position into the unfolded position, characterised in that the trigger is configured to trigger the folding arm in that the folding arm begins to unfold when a tensile force along the direction of action falls below a trigger threshold value.
Process for reducing 3-monochloropropan-1,2-diol content in refined vegetable oils, where a crude oil is firstly degummed so as to give a degummed oil, the degummed oil is mixed with a bleaching earth and bleached, giving a bleached oil, the bleaching earth is separated from the bleached oil so as to give a filter oil and the filter oil is deodorized, characterized in that - water is added to the crude oil for degumming and degumming is carried out without addition of acid at a temperature of less than 70°C, - the degummed oil is heated to a temperature in the range from 80 to 110°C and the bleaching earth is added in an amount of more than 1.5 % by weight to the heated degummed oil, - the bleaching is carried out at a temperature in the range from 80 to 100°C. - water is added to the crude oil for degumming and degumming is carried out without addition of acid at a temperature of less than 70°C, - the degummed oil is heated to a temperature in the range from 80 to 110°C and the bleaching earth is added in an amount of more than 1.5 % by weight to the heated degummed oil, - the bleaching is carried out at a temperature in the range from 80 to 100°C.