mhurhangee/patent-ind-claim-en huggingface dataset:
A scheduling request triggering method, implemented by an in-vehicle terminal device ,comprising: obtaining an uplink semi-persistent scheduling resource allocated by a base station , wherein the uplink semi-persistent scheduling resource is used to transmit to-be-transmitted data on a logical channel of the terminal device ; receiving scheduling request masking set by the base station for a first logical channel; and after determining that a predefined triggering condition is satisfied, triggering a scheduling request via the first logical channel; the predefined triggering condition comprises at least one of the following conditions: a. from a time when a regular buffer status report is triggered, in subsequent K transmission time intervals, there is no uplink resource allocated by the base station to the terminal device , wherein K is an integer greater than 0; b. an upper layer protocol stack of the terminal device instructs to discard a part of the to-be-transmitted data on the first logical channel; c. a volume of the data buffered on the first logical channel is reduced, and the terminal device has no to-be-transmitted MAC PDU in a current transmission time interval; and d. an arrival period of a data packet on the first logical channel changes. obtaining an uplink semi-persistent scheduling resource allocated by a base station , wherein the uplink semi-persistent scheduling resource is used to transmit to-be-transmitted data on a logical channel of the terminal device ; receiving scheduling request masking set by the base station for a first logical channel; and after determining that a predefined triggering condition is satisfied, triggering a scheduling request via the first logical channel; the predefined triggering condition comprises at least one of the following conditions: a. from a time when a regular buffer status report is triggered, in subsequent K transmission time intervals, there is no uplink resource allocated by the base station to the terminal device , wherein K is an integer greater than 0; b. an upper layer protocol stack of the terminal device instructs to discard a part of the to-be-transmitted data on the first logical channel; c. a volume of the data buffered on the first logical channel is reduced, and the terminal device has no to-be-transmitted MAC PDU in a current transmission time interval; and d. an arrival period of a data packet on the first logical channel changes. a. from a time when a regular buffer status report is triggered, in subsequent K transmission time intervals, there is no uplink resource allocated by the base station to the terminal device , wherein K is an integer greater than 0; b. an upper layer protocol stack of the terminal device instructs to discard a part of the to-be-transmitted data on the first logical channel; c. a volume of the data buffered on the first logical channel is reduced, and the terminal device has no to-be-transmitted MAC PDU in a current transmission time interval; and d. an arrival period of a data packet on the first logical channel changes.
A lighting device for raising plant comprising: a red LED having an emission wavelength between 600 and 680 nm; and a far red LED or an infrared LED having an emission wavelength between 700 and 900 nm, characterized in that the lighting device is configured to alternately irradiate the red light emitted by the red LED and the far red light emitted by the far red LED or the infrared light emitted by the infrared LED in a pulse state, and wherein the lighting device is configured to arbitrarily change the irradiation time of the red LED and irradiation time of the far red LED or the infrared LED, respectively. a red LED having an emission wavelength between 600 and 680 nm; and a far red LED or an infrared LED having an emission wavelength between 700 and 900 nm, characterized in that the lighting device is configured to alternately irradiate the red light emitted by the red LED and the far red light emitted by the far red LED or the infrared light emitted by the infrared LED in a pulse state, and wherein the lighting device is configured to arbitrarily change the irradiation time of the red LED and irradiation time of the far red LED or the infrared LED, respectively.
A motion detection method comprising: identifying a modulation type of a first signal among multiple distinct modulation types at a motion detector device , the first signal being based on a wireless signal transmitted through a space by a transmitter device and received by the motion detector device ; by operation of a demodulator at the motion detector device , generating a second signal from the first signal, the second signal being generated by demodulating the first signal according to the identified modulation type; by operation of a modulator at the motion detector device , generating a third signal from the second signal, the third signal being generated by modulating the second signal according to the identified modulation type; determining a channel response based on the first signal and the third signal; and using the channel response to detect motion of an object in the space. identifying a modulation type of a first signal among multiple distinct modulation types at a motion detector device , the first signal being based on a wireless signal transmitted through a space by a transmitter device and received by the motion detector device ; by operation of a demodulator at the motion detector device , generating a second signal from the first signal, the second signal being generated by demodulating the first signal according to the identified modulation type; by operation of a modulator at the motion detector device , generating a third signal from the second signal, the third signal being generated by modulating the second signal according to the identified modulation type; determining a channel response based on the first signal and the third signal; and using the channel response to detect motion of an object in the space.
A mounting fixture for mounting a sensor circuit to a support rail , comprising: a bracket having a base portion and a first flange member extending from the base portion and a second flange member extending from the base portion , the first flange member and the second flange member disposed on opposite sides of the base portion , wherein the base portion comprises an undersurface and the first flange member is offset a distance from the undersurface ; a clamp fixture connected to the first flange member , the clamp fixture including a plate member configured for engagement with the first flange ; a first pin extending through the first flange member and the plate member ; and a first fastener threaded on to the first pin and configured to secure the plate member to the first flange member , and a second pin extending through the second flange member and the plate member . a bracket having a base portion and a first flange member extending from the base portion and a second flange member extending from the base portion , the first flange member and the second flange member disposed on opposite sides of the base portion , wherein the base portion comprises an undersurface and the first flange member is offset a distance from the undersurface ; a clamp fixture connected to the first flange member , the clamp fixture including a plate member configured for engagement with the first flange ; a first pin extending through the first flange member and the plate member ; and a first fastener threaded on to the first pin and configured to secure the plate member to the first flange member , and a second pin extending through the second flange member and the plate member .
Control device (DC) for a vehicle (V) comprising a trajectory monitoring system (SS) capable of correcting trajectory deviations in order to position it correctly in a traffic lane as a function of images representative of a part of the latter situated in front of the said vehicle (V), comprising i) analysis means (MAN) arranged to analyse data representative of movements of the eyes of a driver of the said vehicle (V) in order to detect an observation in the direction of at least one rear-view mirror (RI, RE), characterized in that it further comprises ii) control means (MC) arranged, in the absence of activation by the driver (CD) of direction change indication means (MI) of said vehicle (V) at the beginning of a correction of deviation from the trajectory, to trigger a temporary deactivation of the monitoring carried out by said system (SS) in the event of detection of said observation, so as to allow the carrying out of an eventual overtaking maneuver;; (V) at the beginning of a course deviation correction and to then activate said direction change indicating means which until then had been inactivated and in that said control means (MC) are also arranged to trigger said temporary deactivation of the monitoring performed by said system (SS) in case of detection of an obstacle in front of said vehicle (V).
A method comprising: receiving , by a user equipment , UE, from a wireless access network node , a configuration message to add a plurality of secondary cells on at least one channel of an unlicensed spectrum; in response to the configuration message, determining, by the UE, to accept a first secondary cell of the plurality of secondary cells, and reject a second secondary cell of the plurality of secondary cells; and sending , by the UE to the wireless access network node, a response message responsive to the configuration message, the response message being to cause the wireless access network node to select at least a first channel of the unlicensed spectrum for communicating data of the UE, the response message comprising: information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid. receiving , by a user equipment , UE, from a wireless access network node , a configuration message to add a plurality of secondary cells on at least one channel of an unlicensed spectrum; in response to the configuration message, determining, by the UE, to accept a first secondary cell of the plurality of secondary cells, and reject a second secondary cell of the plurality of secondary cells; and sending , by the UE to the wireless access network node, a response message responsive to the configuration message, the response message being to cause the wireless access network node to select at least a first channel of the unlicensed spectrum for communicating data of the UE, the response message comprising: information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid. information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid.
A method in which a substrate in which mushrooms are to grow is pasteurized, said method comprising the steps of; - providing a substrate in a chamber , - introducing air with a temperature of 90 °C or below into said chamber and subjecting said substrate to said air for a for a given time to pasteurize the substrate, wherein the air is circulated through the chamber and the humidity thereof is controlled such that it is within a predetermined range, characterized in that - the air is introduced with a temperature of 65 °C - 90 °C - the substrate comprising broad leaf tree biomass as a major component, - the substrate is arranged in an enclosure for the purpose of pasteurizing the substrate, and wherein the pressure in the chamber is atmospheric pressure. - providing a substrate in a chamber , - introducing air with a temperature of 90 °C or below into said chamber and subjecting said substrate to said air for a for a given time to pasteurize the substrate, wherein the air is circulated through the chamber and the humidity thereof is controlled such that it is within a predetermined range, - the air is introduced with a temperature of 65 °C - 90 °C - the substrate comprising broad leaf tree biomass as a major component, - the substrate is arranged in an enclosure for the purpose of pasteurizing the substrate, and wherein the pressure in the chamber is atmospheric pressure.
A semiconductor device comprising: a silicon carbide substrate having a first main surface and a second main surface opposing the first main surface; an active epitaxial device layer on the first main surface of the silicon carbide substrate; a dimple extending from the second main surface into the silicon carbide substrate toward the first main surface such that the dimple extends entirely through the silicon carbide substrate; a doped epitaxial silicon carbide layer on the second main surface of the silicon carbide substrate and within the dimple, the doped epitaxial silicon carbide layer having a conductivity type opposite a conductivity type of the silicon carbide substrate; a first electrical contact over the active epitaxial device layer; and a second electrical contact overlying the second main surface and within the dimple. a silicon carbide substrate having a first main surface and a second main surface opposing the first main surface; an active epitaxial device layer on the first main surface of the silicon carbide substrate; a dimple extending from the second main surface into the silicon carbide substrate toward the first main surface such that the dimple extends entirely through the silicon carbide substrate; a doped epitaxial silicon carbide layer on the second main surface of the silicon carbide substrate and within the dimple, the doped epitaxial silicon carbide layer having a conductivity type opposite a conductivity type of the silicon carbide substrate; a first electrical contact over the active epitaxial device layer; and a second electrical contact overlying the second main surface and within the dimple.
A method of generating a three-dimensional object in a 3D printing system using a fusing agent of a first colour and a build material having a second colour different from the first colour, and a detailing agent, comprising: obtaining object model data describing an object to be generated, the method being characterized in that it further comprises determining a first portion of the object to be generated to have the second colour; determining object generation instructions to generate the object by defining a gap region of a layer of build material that is to correspond to the first portion of the object to have the second colour on which no agents are to be applied, a band of detailing agent on a layer of build material immediately adjacent to the gap region to define an outer limit of the gap region and therefore a boundary of the first portion of the object , and a fusing agent region on a layer of build material adjacent to the gap region on which fusing agent is to be applied. obtaining object model data describing an object to be generated, the method being characterized in that it further comprises determining a first portion of the object to be generated to have the second colour; determining object generation instructions to generate the object by defining a gap region of a layer of build material that is to correspond to the first portion of the object to have the second colour on which no agents are to be applied, a band of detailing agent on a layer of build material immediately adjacent to the gap region to define an outer limit of the gap region and therefore a boundary of the first portion of the object , and a fusing agent region on a layer of build material adjacent to the gap region on which fusing agent is to be applied.
A corn dressing comprising an adhesive layer having a skin-facing surface and a non-skin-facing surface, the non-skin-facing surface being provided with a backing layer, the dressing comprises a central portion and a border portion surrounding the central portion, the central portion comprises a central hole or depression and a core surrounding the central hole or depression, wherein the core is pressure resistant being able to maintain its shape under pressure and wherein the core is embedded in the adhesive layer and wherein the thickness of the adhesive layer is thicker at the peripheral portion than at the central portion.
A piezoelectric composition, comprising: a fluorinated polymer, wherein the fluorinated polymer is a member of the polyvinyl difluoride, PVDF, family, wherein the PVDF is polyvinylidene fluoride trifluoroethylene chlorotrifluoroethylene terpolymer, PVDF-TrFE-CFE; ethylene-vinyl acetate, EVA, the EVA and fluorinated polymer creating a polymer matrix, and, a piezoelectric additive. a fluorinated polymer, wherein the fluorinated polymer is a member of the polyvinyl difluoride, PVDF, family, wherein the PVDF is polyvinylidene fluoride trifluoroethylene chlorotrifluoroethylene terpolymer, PVDF-TrFE-CFE; ethylene-vinyl acetate, EVA, the EVA and fluorinated polymer creating a polymer matrix, and, a piezoelectric additive.
A device for transferring rod-like articles of the tobacco industry from a longitudinal conveyor , which transports rod-like articles in the transport direction (T1), along the axis of rod-like articles , to a transverse conveyor , which transports rod-like articles in the direction of transport (T2) transverse to the axis of rod-like articles , or inversely, containing a rotary transport device with a horizontal rotation axis (X), equipped with rotary arms on which brackets maintaining a horizontal position during rotation of the transport device , with grippers for gripping rod-like articles attached to the brackets , characterized in that the gripper is rotationally mounted on the bracket , so that the gripper's axis of rotation (n) is directed vertically during the bracket's movement.
A composite material comprising: a first layer in which a plurality of first sheets are laminated, the first sheet being a composite containing reinforcing fibers and a resin; a second layer provided on a partial area (20A1) of a surface of the first layer , in which a plurality of second sheets are laminated, the second sheet being a composite containing reinforcing fibers and a resin and having a thickness (B2) smaller than that of the first sheet ; and a third layer which covers a surface of the second layer and the surface of the first layer and includes a third sheet , the third sheet being a composite containing reinforcing fibers and a resin, wherein the second sheet of the second layer occupies a larger area on the area (20A1) of the surface of the first layer as compared to the second sheet laminated closer to a side of the third layer , and wherein an opening is formed in the composite material , and the second layer is provided around the opening . a first layer in which a plurality of first sheets are laminated, the first sheet being a composite containing reinforcing fibers and a resin; a second layer provided on a partial area (20A1) of a surface of the first layer , in which a plurality of second sheets are laminated, the second sheet being a composite containing reinforcing fibers and a resin and having a thickness (B2) smaller than that of the first sheet ; and a third layer which covers a surface of the second layer and the surface of the first layer and includes a third sheet , the third sheet being a composite containing reinforcing fibers and a resin, wherein the second sheet of the second layer occupies a larger area on the area (20A1) of the surface of the first layer as compared to the second sheet laminated closer to a side of the third layer , and wherein an opening is formed in the composite material , and the second layer is provided around the opening .
Spraying device comprising - a tool body , - a handle and - an energy store (101; 201) in the form of a rechargeable battery (103; 203), - wherein the tool body is carried by way of the handle and - wherein one end of the handle , on the opposite side to the tool body , comprises a coupling for mechanically and electrically coupling the energy store (101; 201), - wherein the spraying device comprises a cage , - wherein the cage is connected to the coupling in such a way that the coupling is incorporated in a top of the cage , - wherein the spraying device comprises a container for a fluid medium, a nozzle and a trigger , and in particular a fan , characterized - in that the cage comprises two webs (52; 53) curved in a U shape, - wherein the webs (52; 53) curved in a U shape are arranged opposite one another and are each connected to the top of the cage , - wherein, in a coupled state, the energy store (101; 201) is received in an interior space of the cage in such a way that the U-shaped webs (52; 53) each protrude downwards beyond a housing (102; 202) of the coupled energy store (101; 201) and into the space (R), and the energy store (101; 201) is assigned a lower opening , a left-hand opening , a right-hand opening , a front opening and a rear opening of the cage , - wherein the height (H51) of the cage is dimensioned such that, when a container is mounted, a standing surface of the cage lies on a common plane (E) with a bottom of the container . - a tool body , - a handle and - an energy store (101; 201) in the form of a rechargeable battery (103; 203), - wherein the tool body is carried by way of the handle and - wherein one end of the handle , on the opposite side to the tool body , comprises a coupling for mechanically and electrically coupling the energy store (101; 201), - wherein the spraying device comprises a cage , - wherein the cage is connected to the coupling in such a way that the coupling is incorporated in a top of the cage , - wherein the spraying device comprises a container for a fluid medium, a nozzle and a trigger , and in particular a fan , characterized - in that the cage comprises two webs (52; 53) curved in a U shape, - wherein the webs (52; 53) curved in a U shape are arranged opposite one another and are each connected to the top of the cage , - wherein, in a coupled state, the energy store (101; 201) is received in an interior space of the cage in such a way that the U-shaped webs (52; 53) each protrude downwards beyond a housing (102; 202) of the coupled energy store (101; 201) and into the space (R), and the energy store (101; 201) is assigned a lower opening , a left-hand opening , a right-hand opening , a front opening and a rear opening of the cage , - wherein the height (H51) of the cage is dimensioned such that, when a container is mounted, a standing surface of the cage lies on a common plane (E) with a bottom of the container .