mhurhangee/patent-ind-claim-en huggingface dataset:
A method for setting a mobile communication terminal of a cellular communication network in an idle mode, the method being performed in a network node and comprising the steps of: starting a first inactivity timer; starting a second inactivity timer; performing a control signalling step for determining whether control signalling associated with the mobile communication terminal is detected; resetting the first inactivity timer only when control signalling associated with the mobile communication terminal is detected and not when payload data associated with the mobile communication terminal is detected; performing a payload data step for determining whether payload data associated with the mobile communication terminal is detected; resetting the second inactivity timer only when payload data associated with the mobile communication terminal is detected and not when control signalling associated with the mobile communication terminal is detected; and setting the mobile communication terminal in an idle mode only when both the first inactivity timer and the second inactivity timer have expired, wherein the idle mode is a Radio Resource Control Idle, RRC_IDLE, mode, wherein the first inactivity timer and the second inactivity timer are started before the control signalling step and the payload data step are performed. starting a first inactivity timer; starting a second inactivity timer; performing a control signalling step for determining whether control signalling associated with the mobile communication terminal is detected; resetting the first inactivity timer only when control signalling associated with the mobile communication terminal is detected and not when payload data associated with the mobile communication terminal is detected; performing a payload data step for determining whether payload data associated with the mobile communication terminal is detected; resetting the second inactivity timer only when payload data associated with the mobile communication terminal is detected and not when control signalling associated with the mobile communication terminal is detected; and setting the mobile communication terminal in an idle mode only when both the first inactivity timer and the second inactivity timer have expired, wherein the idle mode is a Radio Resource Control Idle, RRC_IDLE, mode, wherein the first inactivity timer and the second inactivity timer are started before the control signalling step and the payload data step are performed.
A method of preparing a flame retardant polyisocyanurate foam filled with silica derived from mesoporous cellular foams comprising: a) combining two or more polyisocyanurate precursors to form a first mixture; b) combining the first mixture and a silica based mesoporous cellular foam, which has a pore volume greater than 2.0 cm 3 /g and a surface area of greater than 400 m 2 /g, as measured according to methods disclosed in the description, to form a second mixture; the second mixture including 0.1-10 % by weight mesoporous cellular foam and 99.9-90 % by weight polyisocyanurate precursors; c) polymerizing the second mixture and thereby generating silica particles having a pore volume of less than 0.2 cm 3 /g, as measured according to the method disclosed in the description; wherein a foaming agent is added to the first mixture, the second mixture, or both. a) combining two or more polyisocyanurate precursors to form a first mixture; b) combining the first mixture and a silica based mesoporous cellular foam, which has a pore volume greater than 2.0 cm 3 /g and a surface area of greater than 400 m 2 /g, as measured according to methods disclosed in the description, to form a second mixture; the second mixture including 0.1-10 % by weight mesoporous cellular foam and 99.9-90 % by weight polyisocyanurate precursors; c) polymerizing the second mixture and thereby generating silica particles having a pore volume of less than 0.2 cm 3 /g, as measured according to the method disclosed in the description;
An electronic device comprising: a bottom frame , a circuit board mounted above the bottom frame, a thermal pad mounted on the circuit board, a heat sink associated with the thermal pad, and a hold down having a frame that defines a perimeter having a plurality of retainers that are configured to engage with a plurality of mating locations defined on at least the bottom frame, to provide a biasing force that retains the heat sink against the circuit board that is positioned between the bottom frame and the hold down, wherein the heat sink includes a planar portion having grooves surrounding a central depression portion and the hold down secures the thermal pad of the circuit board between the central depression portion of the heat sink and the circuit board; wherein the frame comprises a plurality of wires that are received by the grooves and cross each other. a bottom frame , a circuit board mounted above the bottom frame, a thermal pad mounted on the circuit board, a heat sink associated with the thermal pad, and a hold down having a frame that defines a perimeter having a plurality of retainers that are configured to engage with a plurality of mating locations defined on at least the bottom frame, to provide a biasing force that retains the heat sink against the circuit board that is positioned between the bottom frame and the hold down, wherein the heat sink includes a planar portion having grooves surrounding a central depression portion and the hold down secures the thermal pad of the circuit board between the central depression portion of the heat sink and the circuit board; wherein the frame comprises a plurality of wires that are received by the grooves and cross each other.
A protective device for the skin and tissues for cold cosmetic treatments of the type comprising at least a first layer , - at least a second layer on said first layer and joined to it , defining inner surfaces between both layers configuring at least one housing , both layers being porous and absorbent, and - at least one cold conducting antifreeze gel , scattered in the housing on all the inner surfaces , said gel having a freezing point below -12oC and a viscosity between 2000-90000 cPs at 21oC enough to pass through the pores of layers and to be removed from the housing . - at least a second layer on said first layer and joined to it , defining inner surfaces between both layers configuring at least one housing , both layers being porous and absorbent, and - at least one cold conducting antifreeze gel , scattered in the housing on all the inner surfaces , said gel having a freezing point below -12oC and a viscosity between 2000-90000 cPs at 21oC enough to pass through the pores of layers and to be removed from the housing .
A method of controlling the commutation of a brushless direct current motor (BLDC) comprising: a) providing one or more linear sensors , said linear sensors adapted to provide a variable output dependent on the rotational angle of the motor or the relative position of the stator and rotor of the motor ; b) sampling the output from said sensor(s) signals at a determined time t n between a past block commutation event C m-1 and the next block commutation event C m to be implemented; c) determining an angular position α n between rotor and stator at time t n at said time since the last block commutation event from step b); d) determining the time T m of next block commutation event Cm based on said time t n , instantaneous motor speed ω, and output from step c). a) providing one or more linear sensors , said linear sensors adapted to provide a variable output dependent on the rotational angle of the motor or the relative position of the stator and rotor of the motor ; b) sampling the output from said sensor(s) signals at a determined time t n between a past block commutation event C m-1 and the next block commutation event C m to be implemented; c) determining an angular position α n between rotor and stator at time t n at said time since the last block commutation event from step b); d) determining the time T m of next block commutation event Cm based on said time t n , instantaneous motor speed ω, and output from step c).
An azimuth estimation method, the method comprising: obtaining, by a terminal device, multi-channel sampling signals and buffering the multi-channel sampling signals ; performing, by the terminal device, wakeup word detection on one or more sampling signals of the multi-channel sampling signals, and determining a wakeup word detection score for each channel of the one or more sampling signals ; performing a spatial spectrum estimation on the buffered multi-channel sampling signals to obtain a spatial spectrum estimation result, when the wakeup word detection scores of the one or more sampling signal indicates that a wakeup word exists in the one or more sampling signals, the wakeup word being comprised in a target voice ; and determining, by the terminal device, an azimuth of the target voice according to the spatial spectrum estimation result and a highest wakeup word detection score . obtaining, by a terminal device, multi-channel sampling signals and buffering the multi-channel sampling signals ; performing, by the terminal device, wakeup word detection on one or more sampling signals of the multi-channel sampling signals, and determining a wakeup word detection score for each channel of the one or more sampling signals ; performing a spatial spectrum estimation on the buffered multi-channel sampling signals to obtain a spatial spectrum estimation result, when the wakeup word detection scores of the one or more sampling signal indicates that a wakeup word exists in the one or more sampling signals, the wakeup word being comprised in a target voice ; and determining, by the terminal device, an azimuth of the target voice according to the spatial spectrum estimation result and a highest wakeup word detection score .
Eyeglasses comprising an eyeglass frame , a pair of lenses and a releasable snap-on mechanism that attaches the pair of lenses onto the frame ; wherein the releasable snap-on mechanism comprises a deformable groove at outer surface of each eye rim of the frame that is facing away from a wearer when wearing the eyeglasses and a perimeter flange protruding from a wearer-facing side of each lens, each perimeter flange is an integral part of each lens and includes a raised knob extending along perimeter of each lens ; the deformable groove of each eye rim includes a notch portion, said notch portion and the raised knob perimeter flange of each lens are complementary shapes such that the raised knob perimeter flange is snugly fitted to the notch portion of the deformable groove when each lens is attached to each eye rim; and each of the lens is attached to each of eye rims by applying a pushing force to the lens to force the perimeter flange of the lens into the groove of the eye rim.
A relay device comprising: a plurality of ports configured to receive frames; and a transfer processing unit configured to transfer a frame received at one of the ports to at least one of the ports , the relay device characterized by the transfer processing unit having a filtering function for blocking frames other than a clock-time synchronization frame during transfer involving the port selected from the ports , the clock-time synchronization frame being used for synchronizing clock time. a plurality of ports configured to receive frames; and a transfer processing unit configured to transfer a frame received at one of the ports to at least one of the ports , the relay device characterized by the transfer processing unit having a filtering function for blocking frames other than a clock-time synchronization frame during transfer involving the port selected from the ports , the clock-time synchronization frame being used for synchronizing clock time.
A method of nesting three-dimensional print objects (A - J) intended to be printed by a printer on a print surface of the printer , wherein the method comprises the steps of a) determining locations for the print objects on the print surface by a print controller of the printer in view of the shape and size of the footprints of the objects by means of a known nesting algorithm so as to minimize the surface area required for accommodating the objects, b) determining the locations for the print objects (A - J) also in view of intended heights of the objects as specified in corresponding print jobs, c) grouping the objects (A - J) into classes of objects, each class comprising at least one object with an equal or similar height, and d) nesting the objects class by class, wherein the printer has a print head movable relative to the print surface in a main scanning direction (x) and sub-scanning direction (y) normal to the main scanning direction (x), and wherein the method comprises the step of nestingthe objects of each class in a separate shelf (30 - 36) that extends in the main scanning direction (x) on the print surface and has a constant width in the sub-scanning direction (y). a) determining locations for the print objects on the print surface by a print controller of the printer in view of the shape and size of the footprints of the objects by means of a known nesting algorithm so as to minimize the surface area required for accommodating the objects, b) determining the locations for the print objects (A - J) also in view of intended heights of the objects as specified in corresponding print jobs, c) grouping the objects (A - J) into classes of objects, each class comprising at least one object with an equal or similar height, and d) nesting the objects class by class, wherein the printer has a print head movable relative to the print surface in a main scanning direction (x) and sub-scanning direction (y) normal to the main scanning direction (x), and wherein the method comprises the step of nestingthe objects of each class in a separate shelf (30 - 36) that extends in the main scanning direction (x) on the print surface and has a constant width in the sub-scanning direction (y).
A telephone switching device comprising: a storage unit configured to store a registration table registering a plurality of personal telephone numbers for each telephone terminal ; an acquisition unit configured to acquire authentication results of a plurality of users with respect to the telephone terminal ; a registration unit configured to associate the telephone terminal and personal telephone numbers associated with respective users of the plurality of successfully authenticated users of the telephone terminal with each other and register the telephone terminal and the personal telephone numbers in the registration table , according to the acquired authentication results; and a control unit configured to control outgoing/incoming calls using a personal telephone number of the user in the telephone terminal , based on the registered registration table , wherein when an incoming call to the personal telephone number in the registration table is received, the control unit transmits an incoming call reception request to the telephone terminal associated with the personal telephone number registered in the registration table and connects the incoming call to the telephone terminal by receiving an answer including the personal telephone number identified according to an authentication result of a user performing an answer operation to the telephone terminal from the telephone terminal . a storage unit configured to store a registration table registering a plurality of personal telephone numbers for each telephone terminal ; an acquisition unit configured to acquire authentication results of a plurality of users with respect to the telephone terminal ; a registration unit configured to associate the telephone terminal and personal telephone numbers associated with respective users of the plurality of successfully authenticated users of the telephone terminal with each other and register the telephone terminal and the personal telephone numbers in the registration table , according to the acquired authentication results; and a control unit configured to control outgoing/incoming calls using a personal telephone number of the user in the telephone terminal , based on the registered registration table , wherein when an incoming call to the personal telephone number in the registration table is received, the control unit transmits an incoming call reception request to the telephone terminal associated with the personal telephone number registered in the registration table and connects the incoming call to the telephone terminal by receiving an answer including the personal telephone number identified according to an authentication result of a user performing an answer operation to the telephone terminal from the telephone terminal .
A control method for a multi-split air conditioning system, the multi-split air conditioning system comprises a compressor and a plurality of indoor units respectively disposed on a plurality of parallel branches, each of the plurality of indoor units comprises a fan , characterized in that the control method comprises: in a cooling mode, when the multi-split air conditioning system needs oil return, the multi-split air conditioning system determining whether an indoor unit in an off state reaches a dewing condition, opening a branch where the indoor unit is located, and controlling the fan of the indoor unit according to a determination result; wherein the dewing condition comprises: a current humidity of an environment where the indoor unit is located being higher than a humidity threshold; or it is determined whether the indoor unit in the off state reaches the dewing condition at least according to a frequency of oil return of the multi-split air conditioning system, wherein the dewing condition comprises: the frequency of oil return of the multi-split air conditioning system reaching or being higher than a predetermined frequency. in a cooling mode, when the multi-split air conditioning system needs oil return, the multi-split air conditioning system determining whether an indoor unit in an off state reaches a dewing condition, opening a branch where the indoor unit is located, and controlling the fan of the indoor unit according to a determination result; wherein the dewing condition comprises: a current humidity of an environment where the indoor unit is located being higher than a humidity threshold; or it is determined whether the indoor unit in the off state reaches the dewing condition at least according to a frequency of oil return of the multi-split air conditioning system, wherein the dewing condition comprises: the frequency of oil return of the multi-split air conditioning system reaching or being higher than a predetermined frequency.
A coating composition comprising: a glass frit including P 2 O 5 , SiO 2 , B 2 O 3 , a group I-based metal oxide, BaO, NaF, TiO 2 , SnO, ZnO, and an adhesion enhancement component, wherein the P 2 O 5 is included by 40 wt% to 55 wt% based on a total weight of the glass frit, wherein the SiO 2 is included by 5 wt% to 15 wt% based on the total weight of the glass frit, wherein the B 2 O 3 is included by 5 wt% to 10 wt% based on the total weight of the glass frit, wherein the group I-based metal oxide is included by 3 wt% to 10 wt% based on the total weight of the glass frit, wherein the ZnO is included by 10 wt% to 25 wt% based on the total weight of the glass frit, and wherein the TiO 2 is included by 0.1 wt% to 5 wt% based on the total weight of the glass frit. a glass frit including P 2 O 5 , SiO 2 , B 2 O 3 , a group I-based metal oxide, BaO, NaF, TiO 2 , SnO, ZnO, and an adhesion enhancement component, wherein the P 2 O 5 is included by 40 wt% to 55 wt% based on a total weight of the glass frit, wherein the SiO 2 is included by 5 wt% to 15 wt% based on the total weight of the glass frit, wherein the B 2 O 3 is included by 5 wt% to 10 wt% based on the total weight of the glass frit, wherein the group I-based metal oxide is included by 3 wt% to 10 wt% based on the total weight of the glass frit, wherein the ZnO is included by 10 wt% to 25 wt% based on the total weight of the glass frit, and wherein the TiO 2 is included by 0.1 wt% to 5 wt% based on the total weight of the glass frit.
A head wearable device comprising: a headpiece; a housing attached to the headpiece; a luminaire attached to the headpiece, the luminaire comprising a luminaire housing and at least one light source located within the luminaire housing ; a heatsink located within the luminaire housing and thermally connected to the at least one light source; a duct system connecting the luminaire to the housing; a ball joint rotatably connecting the duct system to the luminaire ; and an air moving device configured to induce an air flow through an inlet in the luminaire housing , through the heatsink , through the ball joint , through the duct system , and out of an exhaust in the housing attached to the headpiece. a headpiece; a housing attached to the headpiece; a luminaire attached to the headpiece, the luminaire comprising a luminaire housing and at least one light source located within the luminaire housing ; a heatsink located within the luminaire housing and thermally connected to the at least one light source; a duct system connecting the luminaire to the housing; a ball joint rotatably connecting the duct system to the luminaire ; and an air moving device configured to induce an air flow through an inlet in the luminaire housing , through the heatsink , through the ball joint , through the duct system , and out of an exhaust in the housing attached to the headpiece.
An air deflector for a cabin air recirculation system , the air deflector comprising: a heater mounting portion defining a heater mounting groove to guide and position a heater , wherein the heater mounting portion includes a top wall , two vertical side walls extending along a heater installation direction (H) on both sides of the heater mounting portion, and two ribs extending along the heater installation direction (H) on both sides of the heater mounting portion, wherein each rib includes a first end portion which is distal relative to the heater installation direction (H) and extends horizontally along the heater installation direction (H), and a second end portion which is proximal relative to the heater installation direction (H) and extends horizontally along the heater installation direction (H), and characterised in that a height of each rib increases along the heater installation direction (H) between the first end portion and the second end portion , so that a distance (h1) of between the rib and the top wall at the first end portion is less than a distance (h2) between the rib and the top wall at the second end portion , to reduce a sliding friction of the heater during installation. a heater mounting portion defining a heater mounting groove to guide and position a heater , wherein the heater mounting portion includes a top wall , two vertical side walls extending along a heater installation direction (H) on both sides of the heater mounting portion, and two ribs extending along the heater installation direction (H) on both sides of the heater mounting portion, wherein each rib includes a first end portion which is distal relative to the heater installation direction (H) and extends horizontally along the heater installation direction (H), and a second end portion which is proximal relative to the heater installation direction (H) and extends horizontally along the heater installation direction (H), and characterised in that a height of each rib increases along the heater installation direction (H) between the first end portion and the second end portion , so that a distance (h1) of between the rib and the top wall at the first end portion is less than a distance (h2) between the rib and the top wall at the second end portion , to reduce a sliding friction of the heater during installation.