mhurhangee/patent-ind-claim-en huggingface dataset:
A plug assembly , comprising: a lower cover ; an upper cover mounted on the lower cover , the upper cover being equipped with a heat-conducting element ; and a circuit board mounted between the upper cover and the lower cover , two sides of the circuit board having two first contact portions , the two first contact portions contacting the lower cover and the upper cover , and a middle region of a top surface of the circuit board having a plurality of second contact portions , the circuit board being equipped with a chip , the chip being mounted on and covering the plurality of the second contact portions , the chip contacting the heat-conducting element , the circuit board having at least one perforation , at least one of the lower cover and the upper cover protruding towards the circuit board to form at least one fastening portion , the at least one fastening portion passing through the at least one perforation and contacting the at least one of the upper cover and the lower cover , wherein a rear end of a top of the upper cover is equipped with a plurality of heat dissipation fins , characterised in that : the plug assembly further includes a heat-conducting pipe , the heat-conducting element includes a first heat-conducting element equipped on a bottom surface of the upper cover , and a second heat-conducting element fastened to a bottom surface of the first heat-conducting element , an upper portion of the first heat-conducting element has a receiving space penetrating through a rear surface of the first heat-conducting element , a front end of the heat-conducting pipe is received in the receiving space , and the front end of the heat-conducting pipe is attached between the bottom surface of the upper cover and the first heat-conducting element , the heat-conducting pipe extends rearward through a rear end of the receiving space , a rear end of the heat-conducting pipe is attached to the bottom surface of the upper cover , and the chip contacts the second heat-conducting element . a lower cover ; an upper cover mounted on the lower cover , the upper cover being equipped with a heat-conducting element ; and a circuit board mounted between the upper cover and the lower cover , two sides of the circuit board having two first contact portions , the two first contact portions contacting the lower cover and the upper cover , and a middle region of a top surface of the circuit board having a plurality of second contact portions , the circuit board being equipped with a chip , the chip being mounted on and covering the plurality of the second contact portions , the chip contacting the heat-conducting element , the circuit board having at least one perforation , at least one of the lower cover and the upper cover protruding towards the circuit board to form at least one fastening portion , the at least one fastening portion passing through the at least one perforation and contacting the at least one of the upper cover and the lower cover , wherein a rear end of a top of the upper cover is equipped with a plurality of heat dissipation fins ,
Moisture sensor provided for detecting moisture, in particular in the roof area or in a building envelope, with at least two electrodes , wherein a first electrode has a first material at least in regions on its surface and a second electrode has a second material at least in regions on its surface, wherein the second material differs from the first material so that an electrical voltage is produced when the first material and the second material come into contact with moisture, wherein a coating is provided at least in regions on the surface of the first electrode and/or of the second electrode , wherein the coating is designed as corrosion protection, wherein the moisture sensor has sensor electronics which, for operation, can be supplied with electrical energy by the electrical voltage which can be generated between the first electrode and the second electrode , and the sensor electronics having an energy storage device , whereby the moisture sensor is adapted to store electrical energy originating from the electrodes .
An error correction coding apparatus to perform error correction coding using, as an error correction code sequence, a frame comprising n symbols, wherein each symbol comprises m bits, wherein m is the number of bits of a multilevel modulation symbol, and using an information bit sequence, wherein m bits of the information bit sequence are input to the error correction coding apparatus in parallel in accordance with the number of bits m of the multilevel modulation symbol, where m and n are positive integers, the apparatus comprising: an error correction coding circuit to perform systematic error correction coding and to generate p error correction coded parity bits using, as information bits, m x n input bits including p known bits, wherein the known bits are assigned to a first bit region in the error correction code sequence; and a first selector to replace the known bits of the error correction code sequence with the parity bits, wherein the first selector replaces the known bits of a second error correction code sequence with the parity bits of a first error correction code sequence generated by the error correction coding circuit , the second error correction code sequence being generated by the error correction coding circuit subsequent to the first error correction code sequence. an error correction coding circuit to perform systematic error correction coding and to generate p error correction coded parity bits using, as information bits, m x n input bits including p known bits, wherein the known bits are assigned to a first bit region in the error correction code sequence; and a first selector to replace the known bits of the error correction code sequence with the parity bits, wherein the first selector replaces the known bits of a second error correction code sequence with the parity bits of a first error correction code sequence generated by the error correction coding circuit , the second error correction code sequence being generated by the error correction coding circuit subsequent to the first error correction code sequence.
A surface cleaning apparatus , comprising: a housing comprising a base assembly and a handle assembly operably coupled to the base assembly ; a recovery system having a suction source provided with the housing , the suction source including a motor and fan assembly adapted for defining a working air path through the housing from a suction inlet , through the motor and fan assembly , to a working air path exhaust ; an agitation assembly, comprising: a brushroll rotatably provided with the housing ; and a brush motor mounted in the housing , the brush motor operably coupled to the brushroll and adapted to provide a driving force to the brushroll ; and characterized by a cooling airflow path (B) provided with the brush motor , the cooling airflow path (B) fluidly coupled to ambient air upstream of the brush motor and fluidly coupled downstream of the brush motor to the working air path, the cooling airflow path (B) coupled to the working air path prior to the working air path entering the motor and fan assembly . a housing comprising a base assembly and a handle assembly operably coupled to the base assembly ; a recovery system having a suction source provided with the housing , the suction source including a motor and fan assembly adapted for defining a working air path through the housing from a suction inlet , through the motor and fan assembly , to a working air path exhaust ; an agitation assembly, comprising: a brushroll rotatably provided with the housing ; and a brush motor mounted in the housing , the brush motor operably coupled to the brushroll and adapted to provide a driving force to the brushroll ; and characterized by a brushroll rotatably provided with the housing ; and a brush motor mounted in the housing , the brush motor operably coupled to the brushroll and adapted to provide a driving force to the brushroll ; and characterized by a cooling airflow path (B) provided with the brush motor , the cooling airflow path (B) fluidly coupled to ambient air upstream of the brush motor and fluidly coupled downstream of the brush motor to the working air path, the cooling airflow path (B) coupled to the working air path prior to the working air path entering the motor and fan assembly .
A display screen component, wherein the display screen component comprising: a module rear shell ; a display light board , the display light board being provided on the module rear shell ; and a display light board separating structure , the display light board separating structure being disposed between the module rear shell and the display light board , the display light board separating structure comprising a ferromagnetic body , so that the display light board separating structure separates the display light board from the module rear shell under the action of an external magnetic force, characterized in that the display light board separating structure further comprises a rotating rod , the rotating rod is provided on the module rear shell , and the ferromagnetic body is provided on the rotating rod , so that the ferromagnetic body drives the rotating rod to rotate under the action of the external magnetic force and applies, on the display light board , a force away from the module rear shell . a module rear shell ; a display light board , the display light board being provided on the module rear shell ; and a display light board separating structure , the display light board separating structure being disposed between the module rear shell and the display light board , the display light board separating structure comprising a ferromagnetic body , so that the display light board separating structure separates the display light board from the module rear shell under the action of an external magnetic force, characterized in that the display light board separating structure further comprises a rotating rod , the rotating rod is provided on the module rear shell , and the ferromagnetic body is provided on the rotating rod , so that the ferromagnetic body drives the rotating rod to rotate under the action of the external magnetic force and applies, on the display light board , a force away from the module rear shell .
A device for deploying a flexible implant in the sub-retinal space, said device comprising: a distal end having a distal tip ; and a proximal end, wherein: said distal end comprises an opening to accept an inserted flexible implant and is constructed and arranged to cause said implant to be flexed into a curved configuration when in a carried position and to deploy the flexed implant from said opening into a sub-retinal space; wherein a longitudinal axis of said proximal end and a longitudinal axis of said distal end form an angle of between 20° and 70°; said proximal end comprises an actuator connected to a flexible urging member , that when actuated, causes said flexible urging member to urge said flexed implant from said carried position to a deployed position via the distal end; characterised in that said actuator is a wheel rotatable toward or away from the distal tip , wherein rotational movement of said wheel causes linear movement of said implant ; wherein a proximal end of said flexible urging member is secured to the wheel ; and wherein rotational movement of said wheel winds or unwinds said flexible urging member around said wheel . a distal end having a distal tip ; and a proximal end, wherein: said distal end comprises an opening to accept an inserted flexible implant and is constructed and arranged to cause said implant to be flexed into a curved configuration when in a carried position and to deploy the flexed implant from said opening into a sub-retinal space; wherein a longitudinal axis of said proximal end and a longitudinal axis of said distal end form an angle of between 20° and 70°; said proximal end comprises an actuator connected to a flexible urging member , that when actuated, causes said flexible urging member to urge said flexed implant from said carried position to a deployed position via the distal end; characterised in that said actuator is a wheel rotatable toward or away from the distal tip , wherein rotational movement of said wheel causes linear movement of said implant ; wherein a proximal end of said flexible urging member is secured to the wheel ; and wherein rotational movement of said wheel winds or unwinds said flexible urging member around said wheel . wherein a longitudinal axis of said proximal end and a longitudinal axis of said distal end form an angle of between 20° and 70°; said proximal end comprises an actuator connected to a flexible urging member , that when actuated, causes said flexible urging member to urge said flexed implant from said carried position to a deployed position via the distal end; characterised in that said actuator is a wheel rotatable toward or away from the distal tip , wherein rotational movement of said wheel causes linear movement of said implant ; wherein a proximal end of said flexible urging member is secured to the wheel ; and wherein rotational movement of said wheel winds or unwinds said flexible urging member around said wheel .
A power conversion device comprising: a DC converting circuit that converts an AC voltage into a DC voltage; an inrush prevention circuit comprising a resistor having one end connected to the DC converting circuit and a relay connected in parallel to the resistor; a DC smoother comprising a smoothing capacitor connected to another end of the resistor; and a controller that controls the inrush prevention circuit , characterized in that , based on voltage information of a power supply that operates the relay and voltage information of the smoothing capacitor, the controller decides whether a contact voltage or a holding voltage smaller than the contact voltage is applied to the relay. a DC converting circuit that converts an AC voltage into a DC voltage; an inrush prevention circuit comprising a resistor having one end connected to the DC converting circuit and a relay connected in parallel to the resistor; a DC smoother comprising a smoothing capacitor connected to another end of the resistor; and a controller that controls the inrush prevention circuit , characterized in that , based on voltage information of a power supply that operates the relay and voltage information of the smoothing capacitor, the controller decides whether a contact voltage or a holding voltage smaller than the contact voltage is applied to the relay.
A printable recording media comprising: a. a substrate; b. a pre-coat layer including more than 60 wt % of one or more inorganic pigments by total dry weight of said pre-coat layer; c. a top-coating layer including: i. more than 60 wt % of one or more inorganic pigments; ii. from 2 wt % to 25 wt % of binders; iii. from 0.01 to 5 wt % of a combination of natural and synthetic rheology modifiers, by total weight of said top-coating layer, wherein the ratio of the amount of natural rheology modifiers to the amount of synthetic rheology modifiers is from 90:10 to 50:50. a. a substrate; b. a pre-coat layer including more than 60 wt % of one or more inorganic pigments by total dry weight of said pre-coat layer; c. a top-coating layer including: i. more than 60 wt % of one or more inorganic pigments; ii. from 2 wt % to 25 wt % of binders; iii. from 0.01 to 5 wt % of a combination of natural and synthetic rheology modifiers, by total weight of said top-coating layer, wherein the ratio of the amount of natural rheology modifiers to the amount of synthetic rheology modifiers is from 90:10 to 50:50. i. more than 60 wt % of one or more inorganic pigments; ii. from 2 wt % to 25 wt % of binders; iii. from 0.01 to 5 wt % of a combination of natural and synthetic rheology modifiers, by total weight of said top-coating layer, wherein the ratio of the amount of natural rheology modifiers to the amount of synthetic rheology modifiers is from 90:10 to 50:50.
A terminal device, comprising: a receiving unit , configured to receive sounding reference signal, SRS, configuration information sent by a network side device, wherein the SRS configuration information comprises first-type indication information used to instruct a sending unit to trigger, based on uplink data, sending of an SRS; a buffer unit , configured to buffer the uplink data; and the sending unit , configured to: once there is the uplink data needing to be transmitted in the buffer unit, send the SRS on an SRS resource; characterized in that the sending, by the sending unit , the SRS on an SRS resource specifically comprises: sending the SRS on each SRS resource that is between a first moment and a second moment, wherein the first moment is a moment at which the uplink data is detected or a buffer status report, BSR, is detected, and the second moment is a moment at which downlink control information that is sent by the network side device and that corresponds to the uplink data is received. a receiving unit , configured to receive sounding reference signal, SRS, configuration information sent by a network side device, wherein the SRS configuration information comprises first-type indication information used to instruct a sending unit to trigger, based on uplink data, sending of an SRS; a buffer unit , configured to buffer the uplink data; and the sending unit , configured to: once there is the uplink data needing to be transmitted in the buffer unit, send the SRS on an SRS resource; characterized in that the sending, by the sending unit , the SRS on an SRS resource specifically comprises: sending the SRS on each SRS resource that is between a first moment and a second moment, wherein the first moment is a moment at which the uplink data is detected or a buffer status report, BSR, is detected, and the second moment is a moment at which downlink control information that is sent by the network side device and that corresponds to the uplink data is received.
Stovetop device, especially an induction stovetop device, with a heating area intended for heating cookware placed thereon and/or food to be cooked thereon, characterised by a control unit , which is intended to operate at least one subarea (18a-f) of the heating area in at least one operating state as at least one target temperature burner and to assign different target temperatures to different positions of the at least one target temperature burner.
A method, comprising: receiving, by a processor of an apparatus , control information from a network apparatus via a radio frequency, RF, transceiver of the apparatus ; receiving, by the processor , downlink data, from the network apparatus via the RF transceiver , in an event that the control information indicates that the downlink data is scheduled in a transmission time interval, TTI; and reporting, by the processor , a channel quality of a first sub-frequency band to the network apparatus in an event that the control information indicates the apparatus to report channel quality information; wherein the downlink data is scheduled in a part of the TTI but not in other parts of the TTI, wherein the method is characterized by : the receiving of the control information comprises: turning on the RF transceiver to monitor the control information in the first sub-frequency band with narrower frequency span of an anchor carrier; and adjusting the RF transceiver from a first sub-frequency band to a second sub-frequency band in response to the control information indicating the apparatus to change sub-frequency band. receiving, by a processor of an apparatus , control information from a network apparatus via a radio frequency, RF, transceiver of the apparatus ; receiving, by the processor , downlink data, from the network apparatus via the RF transceiver , in an event that the control information indicates that the downlink data is scheduled in a transmission time interval, TTI; and reporting, by the processor , a channel quality of a first sub-frequency band to the network apparatus in an event that the control information indicates the apparatus to report channel quality information; wherein the downlink data is scheduled in a part of the TTI but not in other parts of the TTI, wherein the method is characterized by : the receiving of the control information comprises: turning on the RF transceiver to monitor the control information in the first sub-frequency band with narrower frequency span of an anchor carrier; and adjusting the RF transceiver from a first sub-frequency band to a second sub-frequency band in response to the control information indicating the apparatus to change sub-frequency band. turning on the RF transceiver to monitor the control information in the first sub-frequency band with narrower frequency span of an anchor carrier; and adjusting the RF transceiver from a first sub-frequency band to a second sub-frequency band in response to the control information indicating the apparatus to change sub-frequency band.
A compound of formula (I) wherein n, m and p are independently of each other 0 or 1, if n is 1, then q is 1 or 2, R 1 is selected from the group consisting of H, C 1 -C 6 acyl or hydroxyacetyl, R 2 is H or C 1 -C 6 alkyl, and R 3 is selected from the group consisting of H, C 1 -C 6 alkyl, arC 1 -C 6 alkyl, heteroarylC 1 -C 6 alkyl and biphenylC 1 -C 6 alkyl, wherein the aromatic aryl, heteroaryl or biphenyl residue may optionally be substituted, or a cosmetically acceptable salt thereof. wherein n, m and p are independently of each other 0 or 1, if n is 1, then q is 1 or 2, R 1 is selected from the group consisting of H, C 1 -C 6 acyl or hydroxyacetyl, R 2 is H or C 1 -C 6 alkyl, and R 3 is selected from the group consisting of H, C 1 -C 6 alkyl, arC 1 -C 6 alkyl, heteroarylC 1 -C 6 alkyl and biphenylC 1 -C 6 alkyl, wherein the aromatic aryl, heteroaryl or biphenyl residue may optionally be substituted,
A method at a wireless terminal for selecting a network, the method comprising: scanning for wireless local area networks, WLANs ; for each of a plurality of WLANs discovered by the scanning, retrieving network capabilities that will become available to the wireless terminal via the discovered WLAN if the wireless terminal joins the discovered WLAN, by performing exchanges between the wireless terminal and an access point of the discovered WLAN ; comparing the network capabilities retrieved for the plurality of discovered WLANs with at least a portion of credentials stored in the wireless terminal ; filtering out the network capabilities for the plurality of discovered WLANs that do not match said at least a portion of the credentials; and joining a discovered WLAN based on at least a portion of the remaining network capabilities for the plurality of discovered WLANs that match said at least a portion of the credentials. scanning for wireless local area networks, WLANs ; for each of a plurality of WLANs discovered by the scanning, retrieving network capabilities that will become available to the wireless terminal via the discovered WLAN if the wireless terminal joins the discovered WLAN, by performing exchanges between the wireless terminal and an access point of the discovered WLAN ; comparing the network capabilities retrieved for the plurality of discovered WLANs with at least a portion of credentials stored in the wireless terminal ; filtering out the network capabilities for the plurality of discovered WLANs that do not match said at least a portion of the credentials; and joining a discovered WLAN based on at least a portion of the remaining network capabilities for the plurality of discovered WLANs that match said at least a portion of the credentials.
A food or beverage product comprising epigallocatechin gallate and cycloprolyl threonine, wherein a content of epigallocatechin gallate is 0.40 to 16 mg/100 mL and a content of cycloprolyl threonine is 0.0020 to 0.35 mg/100 mL. a content of epigallocatechin gallate is 0.40 to 16 mg/100 mL and a content of cycloprolyl threonine is 0.0020 to 0.35 mg/100 mL.