mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a first cooking zone and a second cooking zone of an induction cooking hob, wherein the method comprises the steps of: - inputting a requested power for each cooking zone , - activating a one-zone mode, if the requested power for one cooking zone is bigger than zero and the requested power for the other one cooking zone is zero, - activating a two-zones mode, if the requested powers for both cooking zones are bigger than zero, and - if the two-zones mode is activated, then selecting an algorithm from a set of algorithms in dependence of the requested powers for the cooking zones , characterised in that each cooking zone is supplied by a corresponding generator , wherein in the two-zones mode a coupled alternate patterns algorithm is activated, if the requested power of each of the cooking zones is lower than 50% of the maximum deliverable power of the cooking zone and the sum of the requested powers in relation to the respective maximum deliverable power of said cooking zones is between 50% and 100%, but the requested power of one of the cooking zones is below 25% of the of the related maximum deliverable power of said cooking zone , and wherein in the coupled alternate patterns algorithm the cooking zone with the lower requested power is defined as a primary zone, while the other one cooking zone is defined as a secondary zone, and wherein a pattern duty-cycle activation time for the primary zone is defined as: Tpdc = P 1 / minDP 1 * Tadcp , or Tpdc = P 2 / minDP 2 * Tadcp , respectively, while the remaining time is provided for the pattern duty-cycle activation time for the secondary zone, wherein Tadcp is an adaptable cycle period, Tpdc is the pattern duty-cycle activation time, P1 is the requested power for the first cooking zone, P2 is the requested power for the second cooking zone, and minDP1 and minDP2 are the minimum deliverable power of the first and second cooking zone , respectively. - inputting a requested power for each cooking zone , - activating a one-zone mode, if the requested power for one cooking zone is bigger than zero and the requested power for the other one cooking zone is zero, - activating a two-zones mode, if the requested powers for both cooking zones are bigger than zero, and - if the two-zones mode is activated, then selecting an algorithm from a set of algorithms in dependence of the requested powers for the cooking zones ,
Method for determining a change variable for setting the saddle on a two-wheeled vehicle, wherein, for determining the change variable, • pedal-force variables that represent the pedal force of the rider on the pedal crank of the two-wheeled vehicle are detected, and • a current setting variable of the saddle, in particular the height thereof, is determined in dependence on the variation over time of the pedal-force variables, and • the at least current setting variable is compared with an optimum setting variable, characterized in that • in dependence on the comparison, a change variable of the settings of the saddle is generated, wherein, in dependence on the exceeding of a threshold value by the change variable, • an actuator which is assigned to the saddle and changes the setting of the saddle, and consequently the current setting variable to be newly detected, in such a way that the deviation between the optimum setting variable and the current setting variable is reduced is activated, and/or • the rider of the two-wheeled vehicle is notified of a required change in the setting of the saddle, in particular by an optical display . • pedal-force variables that represent the pedal force of the rider on the pedal crank of the two-wheeled vehicle are detected, and • a current setting variable of the saddle, in particular the height thereof, is determined in dependence on the variation over time of the pedal-force variables, and • the at least current setting variable is compared with an optimum setting variable, characterized in that • in dependence on the comparison, a change variable of the settings of the saddle is generated, • an actuator which is assigned to the saddle and changes the setting of the saddle, and consequently the current setting variable to be newly detected, in such a way that the deviation between the optimum setting variable and the current setting variable is reduced is activated, and/or • the rider of the two-wheeled vehicle is notified of a required change in the setting of the saddle, in particular by an optical display .
An apparatus comprising: a housing ; a lens inserted into a first opening of the housing ; a metal mask covering a portion of the interior of the lens ; a passive infrared, PIR, sensor underneath the lens and the metal mask ; a button and a light pipe around the PIR sensor , the lens , and the metal mask , at least a portion of the light pipe positioned above an activation mechanism for the button , wherein the housing comprises a battery compartment and wherein a retention part comprising a U-shaped structure , two prongs at the ends of the U-shaped structure , and a tab at the bottom of the U-shaped structure , accommodates the insertion of a battery that is inserted into the battery compartment . a housing ; a lens inserted into a first opening of the housing ; a metal mask covering a portion of the interior of the lens ; a passive infrared, PIR, sensor underneath the lens and the metal mask ; a button and a light pipe around the PIR sensor , the lens , and the metal mask , at least a portion of the light pipe positioned above an activation mechanism for the button , wherein the housing comprises a battery compartment and wherein a retention part comprising a U-shaped structure , two prongs at the ends of the U-shaped structure , and a tab at the bottom of the U-shaped structure , accommodates the insertion of a battery that is inserted into the battery compartment .
Method for assembling an insert on a support , characterised by : - a preparation step (P1) in which a metal seal is placed between the insert and the support , and - a welding step (P2) in which a pin is made to rotate around an axis of rotation (A) and the pin is placed in contact with the insert so that the pin generates friction forces on the insert to liquefy the metal seal and weld the insert to the support . - a preparation step (P1) in which a metal seal is placed between the insert and the support , and - a welding step (P2) in which a pin is made to rotate around an axis of rotation (A) and the pin is placed in contact with the insert so that the pin generates friction forces on the insert to liquefy the metal seal and weld the insert to the support .
A method for use in a network node, the method comprising: obtaining range information for a wireless device in communication with the network node; obtaining direction information for the wireless device; estimating a movement of the wireless device based on the range information, the direction information, and an interactive multiple modeling, IMM, filter, wherein the IMM filter comprises a three-dimensional, 3D, constant velocity model, a 3D constant acceleration model, and a 3D constant position model; and determining the wireless device comprises an aerial vehicle based on the estimated movement. obtaining range information for a wireless device in communication with the network node; obtaining direction information for the wireless device; estimating a movement of the wireless device based on the range information, the direction information, and an interactive multiple modeling, IMM, filter, wherein the IMM filter comprises a three-dimensional, 3D, constant velocity model, a 3D constant acceleration model, and a 3D constant position model; and determining the wireless device comprises an aerial vehicle based on the estimated movement.
A motor for generating rotary power, the motor comprising: a stator for receiving electrical power; a rotor arranged coaxially with respect to the stator and having one or more magnets arranged thereon so that in response to the stator receiving the electrical power, the rotor is caused to rotate, the rotor comprising a rotor housing having first and second axial ends, the magnets being arranged to surround the rotor housing, and wherein the rotor housing has one or more tortuous paths on an outer surface of the rotor housing for the flow of coolant extending along the length of the rotor housing, and being configured to direct flow from the first end of the rotor housing to the second end and back to the first end, wherein the rotor housing further comprises a central void having no central conduit for the flow of the coolant. a stator for receiving electrical power; a rotor arranged coaxially with respect to the stator and having one or more magnets arranged thereon so that in response to the stator receiving the electrical power, the rotor is caused to rotate, the rotor comprising a rotor housing having first and second axial ends, the magnets being arranged to surround the rotor housing, and wherein the rotor housing has one or more tortuous paths on an outer surface of the rotor housing for the flow of coolant extending along the length of the rotor housing, and being configured to direct flow from the first end of the rotor housing to the second end and back to the first end,
A method for wireless communication power control comprising: receiving a resource allocation request, where the resource allocation request is based on a power limitation of a wireless device ; at a first time, sending a dynamic power control instruction for execution by the wireless device during a duration of a dynamic resource allocation grant sent from a base station ; and at a second time, sending an initial power control instruction for initial execution by the wireless device during a duration of a persistent resource allocation grant sent from the base station , and sending subsequent power control instructions for subsequent execution by the wireless device during the duration of the persistent resource allocation grant. receiving a resource allocation request, where the resource allocation request is based on a power limitation of a wireless device ; at a first time, sending a dynamic power control instruction for execution by the wireless device during a duration of a dynamic resource allocation grant sent from a base station ; and at a second time, sending an initial power control instruction for initial execution by the wireless device during a duration of a persistent resource allocation grant sent from the base station , and sending subsequent power control instructions for subsequent execution by the wireless device during the duration of the persistent resource allocation grant.
A process for separating heavy metals from phosphoric starting material comprising the following steps: (i) heating the starting material to a temperature of 600 to 1.200°C in a first reactor and withdrawing combustion gas; (ii) using the combustion gas of step (i) to preheat an alkaline source; and (iii) transferring the heated starting material of step (i) and the heated alkaline source of step (ii) to a second reactor , adding an elemental carbon source, heating to a temperature of 700 to 1.100°C and withdrawing process gas and a product stream. (i) heating the starting material to a temperature of 600 to 1.200°C in a first reactor and withdrawing combustion gas; (ii) using the combustion gas of step (i) to preheat an alkaline source; and (iii) transferring the heated starting material of step (i) and the heated alkaline source of step (ii) to a second reactor , adding an elemental carbon source, heating to a temperature of 700 to 1.100°C and withdrawing process gas and a product stream.
A housing assembly for an air conditioner, comprising: a face frame having a first sealing part ; a panel coupled to the face frame and arranged on a side of the face frame , the panel having a second sealing part ; and a chassis having an opening and coupled to the face frame , characterised by the chassis having a third sealing part and a fourth sealing part spaced apart from each other, the fourth sealing part being arranged at an edge of the opening , the third sealing part being fitted with the first sealing part , and the fourth sealing part being fitted with the second sealing part ; wherein one of the second sealing part and the fourth sealing part comprises a second groove , and the other of the second sealing part and the fourth sealing part comprises a second protrusion . a face frame having a first sealing part ; a panel coupled to the face frame and arranged on a side of the face frame , the panel having a second sealing part ; and a chassis having an opening and coupled to the face frame , characterised by the chassis having a third sealing part and a fourth sealing part spaced apart from each other, the fourth sealing part being arranged at an edge of the opening , the third sealing part being fitted with the first sealing part , and the fourth sealing part being fitted with the second sealing part ; wherein one of the second sealing part and the fourth sealing part comprises a second groove , and the other of the second sealing part and the fourth sealing part comprises a second protrusion .
A self-oscillating amplifier system having an input and an output , said system comprising: a pulse modulator for modulating an input signal to form a pulse modulated signal; a switching power amplification stage having switching output for amplification of the pulse modulated signal to form a switching output signal; a demodulation filter including a second order pole pair, to demodulate the switching output signal; and a compensator provided between said input and said pulse modulator, said compensator including a forward filter which is a high order filter; characterized by : a DC-servo loop applied from the demodulating filter output to said input ; and a switch to couple a gain into the DC-servo loop from an output of the compensator , said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters. a pulse modulator for modulating an input signal to form a pulse modulated signal; a switching power amplification stage having switching output for amplification of the pulse modulated signal to form a switching output signal; a demodulation filter including a second order pole pair, to demodulate the switching output signal; and a compensator provided between said input and said pulse modulator, said compensator including a forward filter which is a high order filter; characterized by : a DC-servo loop applied from the demodulating filter output to said input ; and a switch to couple a gain into the DC-servo loop from an output of the compensator , said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters. a DC-servo loop applied from the demodulating filter output to said input ; and a switch to couple a gain into the DC-servo loop from an output of the compensator , said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters.
Chair with a base rack and a carrier hinged thereto, which is coupled to and supports a seat surface , wherein the seat surface is connected to the carrier so as to be rotatable or pivotable about an axis of rotation between a sitting position and an erected position and wherein the carrier has at least one receiving region for the aligned abutment of an aligned chair of identical construction, and wherein the seat surface in the erected position is pivoted out of and exposes the receiving region of the carrier , wherein the carrier has an outwardly open inner receiving region and has an outer receiving region , and that the seat surface in the erected position exposes the inner receiving region and the outer receiving region , wherein the carrier has two legs , wherein the legs are connected at one end and wherein the facing portions of the legs form at least a portion of the inner receiving area and the regions of the legs facing away from each other form at least a portion of the outer receiving area , and wherein the outer receiving area of one chair engages in the inner receiving area of an adjacent chair and the chairs thus rest against each other with their supports. and wherein the seat surface in the erected position is pivoted out of and exposes the receiving region of the carrier , wherein the carrier has an outwardly open inner receiving region and has an outer receiving region , and that the seat surface in the erected position exposes the inner receiving region and the outer receiving region , wherein the carrier has two legs , wherein the legs are connected at one end and wherein the facing portions of the legs form at least a portion of the inner receiving area and the regions of the legs facing away from each other form at least a portion of the outer receiving area , and wherein the outer receiving area of one chair engages in the inner receiving area of an adjacent chair and the chairs thus rest against each other with their supports.
A fluid flow meter comprising an outer casing having an inlet and an outlet adapted to be connected so that in operation fluid to be measured flows through the casing, and mechanical flow measuring means enclosed in a housing , the housing being in two parts and being disposed in the casing to measure said flow through the casing, the casing being of plastics material and in at least two parts , each part of the casing having an annular flange supporting a layer of plastic material , the at least two parts of the casing being-permanently bonded together by the two plastic material layers being sacrificed in a hot-plate welding process, the at least two parts of the casing being bonded to enclose and bear down on the measuring means, wherein said casing bears on each said part of said housing of the measuring means to seal said at least two parts of said housing together thereby forming a sealable flow path from the inlet , through the measuring means, to the outlet of the flow meter.
A method for minimizing interferences between a first Time-Division Duplex, TDD, communications system and at least a second TDD communications system that coexists in the same band with the first TDD communications system, wherein each TDD system comprises at least one base station, a first base station, BS1, in the first TDD communications system and a second base station, BS2,in the second TDD communications system respectively, in charge of scheduling downlink, DL, and uplink, UL, transmissions and at least one user equipment, wherein the DL and UL transmissions scheduling in the second TDD system is made according to a pre-established fixed UL:DL pattern which indicates which time intervals are reserved for DL transmission and which for UL reception in the second base station, BS2, side, wherein the method comprises the following steps performed by BS1: a) scheduling a time interval for transmission of DL packets from BS1 only if said time interval is contained within the time intervals reserved for DL transmission in said second TDD system and said time interval does not overlap with any UL time interval scheduled by BS1 for UL reception; b) scheduling one or more time intervals for transmission of UL packets by a user equipment, wherein said one or more time intervals are at least partially outside the time intervals reserved for UL transmission in said second TDD system. a) scheduling a time interval for transmission of DL packets from BS1 only if said time interval is contained within the time intervals reserved for DL transmission in said second TDD system and said time interval does not overlap with any UL time interval scheduled by BS1 for UL reception; b) scheduling one or more time intervals for transmission of UL packets by a user equipment, wherein said one or more time intervals are at least partially outside the time intervals reserved for UL transmission in said second TDD system.
A toothpaste composition comprising: a) 10 to 70wt% calcium based abrasive; and, b) a zinc salt; characterised in that the composition comprises a smectite clay and a buffering agent wherein the composition has a pH from 8.0 to 10.0; and wherein the composition comprises a fluoride ion source. a) 10 to 70wt% calcium based abrasive; and, b) a zinc salt; characterised in that the composition comprises a smectite clay and a buffering agent wherein the composition has a pH from 8.0 to 10.0; and wherein the composition comprises a fluoride ion source. characterised in that the composition comprises a smectite clay and a buffering agent wherein the composition has a pH from 8.0 to 10.0; and wherein the composition comprises a fluoride ion source.
A barium titanate semiconductor ceramic comprising, as its main constituent, a perovskite-type compound containing Ba, Ca, Sr, and Ti, and further comprising R (R represents at least one selected from Y, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu), Mn, and Si as a sintering aid, wherein Pb is not contained except in a case of containing Pb as an impurity, wherein when the barium titanate semiconductor ceramic is dissolved, the Ca content x in parts by mol, the Sr content y in parts by mol, and the Mn content z in parts by mol in a case of Ti regarded as 100 parts by mol respectively meet: 20 ≤ x ≤ 25; 19 ≤ y ≤ 25; and 0.01 ≤ z ≤ 0.03, and meet: y ≥ -0.8x + 37 in a case of 0.01 ≤ z<0.019; and y ≤ -x + 48 in a case of 0.021 < z ≤ 0.03, wherein the resistivity of the barium titanate semiconductor at 25°C, ρ 25 , meets ρ 25 ≤ 70 Ω·cm, a temperature TR100 at which the resistivity of the barium titanate semiconductor grows to 100 times the resistivity ρ 25 meets TR100 ≤ 75°C, and a slope α 10-100 of the resistivity of the barium titanate semiconductor with respect to temperature in the case of growing from 10 times to 100 times the resistivity ρ 25 meets { (α 10-100 ) /log (ρ 25 ) } ≤ 10. 20 ≤ x ≤ 25; 19 ≤ y ≤ 25; and 0.01 ≤ z ≤ 0.03, and meet: y ≥ -0.8x + 37 in a case of 0.01 ≤ z<0.019; and y ≤ -x + 48 in a case of 0.021 < z ≤ 0.03, y ≥ -0.8x + 37 in a case of 0.01 ≤ z<0.019; and y ≤ -x + 48 in a case of 0.021 < z ≤ 0.03, the resistivity of the barium titanate semiconductor at 25°C, ρ 25 , meets ρ 25 ≤ 70 Ω·cm, a temperature TR100 at which the resistivity of the barium titanate semiconductor grows to 100 times the resistivity ρ 25 meets TR100 ≤ 75°C, and a slope α 10-100 of the resistivity of the barium titanate semiconductor with respect to temperature in the case of growing from 10 times to 100 times the resistivity ρ 25 meets { (α 10-100 ) /log (ρ 25 ) } ≤ 10.
Pre-slab including a concrete body (2; 302) having an upper face and a lower face, including identifying means (8, 108, 208; 309, 310) for identifying a path to be taken by at least one duct, said identifying means being arranged on the upper face of the pre-slab, the pre-slab being characterized in that identifying means are shaped to indicate the paths to be taken by at least two ducts each belonging to a different duct network, in which the identifying means include guide means for facilitating the arrangement of the ducts on the upper face of the pre-slab, the identifying means also including means for displaying the path to be taken by the duct, in that the display means associate a distinctive sign with each element of the guide means, and in that the pre-slab therefore when it leaves the factory includes an indication of how to mount the at least one duct on the surface of the pre-slab.