mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling mobility of a terminal in a 3rd Generation Partnership Project, 3GPP, system, comprising: obtaining, by a terminal, a first threshold configured by a network side ; after receiving configuration of a Signal Radio Bearer, SRB, 1, entering, by the terminal, a Radio Resource Control, RRC, connected state ; and in response to that the terminal in the RRC connected state does not receive configuration of a Data Radio Bearer, DRB, and/or configuration of an SRB2, determining, by the terminal, whether to release an RRC connection and return to an idle state based on a measurement result of a serving cell and the first threshold , wherein determining, by the terminal, whether to release the RRC connection and return to the idle state based on the measurement result of the serving cell and the first threshold comprises: in response to that the measurement result of the serving cell is less than the first threshold, releasing, by the terminal, the RRC connection and returning to the idle state. obtaining, by a terminal, a first threshold configured by a network side ; after receiving configuration of a Signal Radio Bearer, SRB, 1, entering, by the terminal, a Radio Resource Control, RRC, connected state ; and in response to that the terminal in the RRC connected state does not receive configuration of a Data Radio Bearer, DRB, and/or configuration of an SRB2, determining, by the terminal, whether to release an RRC connection and return to an idle state based on a measurement result of a serving cell and the first threshold , wherein determining, by the terminal, whether to release the RRC connection and return to the idle state based on the measurement result of the serving cell and the first threshold comprises: in response to that the measurement result of the serving cell is less than the first threshold, releasing, by the terminal, the RRC connection and returning to the idle state.
A panel for a home appliance which defines an appearance of the home appliance , the panel characterized by : an injection-molded part which is formed through an injection-molding by using a plastic material so as to define a shape of the panel ; a urethane coated layer which is formed on a surface of the injection-molded part and is formed by using a solvent-type urethane paint so as to define an exterior of the panel for a home appliance ; and a printed layer which is formed on a surface of the urethane coated layer , and is formed by being printed by using a UV printing ink which includes a monomer, an oligomer, a photoinitiator, and a pigment and is cured through a cationic curing method. an injection-molded part which is formed through an injection-molding by using a plastic material so as to define a shape of the panel ; a urethane coated layer which is formed on a surface of the injection-molded part and is formed by using a solvent-type urethane paint so as to define an exterior of the panel for a home appliance ; and a printed layer which is formed on a surface of the urethane coated layer , and is formed by being printed by using a UV printing ink which includes a monomer, an oligomer, a photoinitiator, and a pigment and is cured through a cationic curing method.
A system for determining rotation frequency of a rotatable member, the system comprising: a rotatable member ; a magnet for generating a magnetic field proximate the rotatable member, wherein the rotatable member is arranged such that rotation of the rotatable member causes changes in the magnetic field generated by the magnet, wherein the rotatable member includes a toothed phonic wheel aligned proximate the magnet such that changes in position of teeth of the toothed phonic wheel relative to the magnet causes the changes in the magnetic field; a Fabry-Perot cavity formed between a first mirror and a second mirror , the second mirror is bonded to a magneto-strictive material having a thickness dimension that changes in response to changes in the magnetic field caused by rotation of the rotatable member, thereby moving the second mirror relative to the first mirror, wherein the Fabry-Perot cavity is located between the magnet and the toothed phonic wheel, and wherein the Fabry-Perot cavity is aligned such that the cavity dimension is transverse to a line segment of shortest dimension directed between the magnet and the toothed phonic wheel; a light source configured to project light into the Fabry-Perot cavity; a detector configured to detect light reflected from the Fabry-Perot cavity; and a speed calculator configured to determine rotation frequency of the rotatable member based on a principal wavelength of light detected by the detector. a rotatable member ; a magnet for generating a magnetic field proximate the rotatable member, wherein the rotatable member is arranged such that rotation of the rotatable member causes changes in the magnetic field generated by the magnet, wherein the rotatable member includes a toothed phonic wheel aligned proximate the magnet such that changes in position of teeth of the toothed phonic wheel relative to the magnet causes the changes in the magnetic field; a Fabry-Perot cavity formed between a first mirror and a second mirror , the second mirror is bonded to a magneto-strictive material having a thickness dimension that changes in response to changes in the magnetic field caused by rotation of the rotatable member, thereby moving the second mirror relative to the first mirror, wherein the Fabry-Perot cavity is located between the magnet and the toothed phonic wheel, and wherein the Fabry-Perot cavity is aligned such that the cavity dimension is transverse to a line segment of shortest dimension directed between the magnet and the toothed phonic wheel; a light source configured to project light into the Fabry-Perot cavity; a detector configured to detect light reflected from the Fabry-Perot cavity; and a speed calculator configured to determine rotation frequency of the rotatable member based on a principal wavelength of light detected by the detector.
A smoking article comprising a rod having a mouth end and a distal end upstream from the mouth end , the rod comprising a plurality of elements, including a front-plug and an aerosol-forming substrate , in which the front-plug is located upstream of the aerosol-forming substrate within the rod , the aerosol-forming substrate comprises homogenized tobacco, the front-plug defines a slit through which a heating element may be inserted, and the front-plug is substantially cylindrical and has a diameter of 5 mm or greater and a length of at least 2 mm.
A device for linking a front frame of a thrust reverser to a fan casing , comprising: - a crenellated flange secured to said front frame, - an annular part for receiving this flange , secured to said fan casing , and - a crenellated crown with a shape complementary with that of said flange , pivotally mounted on said annular part , said crenellated flange , said annular part and said crenellated crown being shaped so that a rotation of said crown relative to said annular part causes locking of this flange against this annular part , by the cooperation of the respective crenellations of said flange and of said crown , and said annular part having a radial lip for abutting against the crenellations of said flange , covered by said crenellated crown characterized in that the crenellated flange includes a series of teeth and recesses defining crenellations and in that the crenellated crown includes teeth and recesses defining crenellations complementary with the teeth and with the recesses of the crenellated flange . - a crenellated flange secured to said front frame, - an annular part for receiving this flange , secured to said fan casing , and - a crenellated crown with a shape complementary with that of said flange , pivotally mounted on said annular part ,
A communication method, comprising: a step of transmitting, from a base station to a radio terminal (100-1), a list indicating association between an identification of a logical channel group and a priority; a step of generating, when data is generated on a logical channel belonging to a first logical channel group having a higher priority than a priority of a second logical channel group, by the radio terminal (100-1), a buffer status report for sidelink communication; and a step of transmitting, from the radio terminal to the base station , the buffer status report, wherein the buffer status report includes an index of a destination identifier being an identifier of another radio terminal (100-2) being a destination of sidelink communication, an identifier of the logical channel group, and a buffer amount associated with the identifier of the logical channel group, in the step of generating the buffer status report, the radio terminal (100-1) includes a buffer amount associated with the first logical channel group having the higher priority, into the buffer status report on a basis of the list, and the method further comprises a step of allocating, by the base station , upon receiving the buffer status report from the radio terminal (100-1), a data resource for transmitting the data, and a control resource for transmitting a sidelink control information. a step of transmitting, from a base station to a radio terminal (100-1), a list indicating association between an identification of a logical channel group and a priority; a step of generating, when data is generated on a logical channel belonging to a first logical channel group having a higher priority than a priority of a second logical channel group, by the radio terminal (100-1), a buffer status report for sidelink communication; and a step of transmitting, from the radio terminal to the base station , the buffer status report, wherein the buffer status report includes an index of a destination identifier being an identifier of another radio terminal (100-2) being a destination of sidelink communication, an identifier of the logical channel group, and a buffer amount associated with the identifier of the logical channel group, in the step of generating the buffer status report, the radio terminal (100-1) includes a buffer amount associated with the first logical channel group having the higher priority, into the buffer status report on a basis of the list, and the method further comprises a step of allocating, by the base station , upon receiving the buffer status report from the radio terminal (100-1), a data resource for transmitting the data, and a control resource for transmitting a sidelink control information.
A radiant burner comprising a body defining a premixing chamber and a combustion chamber, said premixing chamber being separated from the combustion chamber by at least one radiant burner plate which has multiple levels of burner surface, said combustion chamber being further limited by a first radiant screen , characterised in that the multiple levels are arranged in rows and are alternating per one row of through holes on the radiant burner plate and said at least one radiant burner plate has a height difference in between 2 levels of burner surface of 1 to 20 mm; said radiant burner further comprises a second radiant screen in said combustion chamber, said second radiant screen being spaced from, but near and parallel to said at least one radiant burner plate and the distance between said second radiant screen and the highest level of burner surface of the at least one radiant burner plate being between 3 and 50 mm, such that said second radiant screen acts as an extended burner surface and also heats up said at least one radiant burner plate when in use.
A sliding component comprising a pair of sliding members , one of the sliding members having a sliding surface (S1, S2) provided with a plurality of dynamic pressure generation grooves extending from a leakage side to a sealed fluid side, wherein the sliding surface is provided with a recessed portion (9, 19A to 19E, 29, 39, 90) extending in a circumferential direction and opened to the leakage side, wherein the recessed portion (9, 19A to 19E, 29, 39, 90) communicates with the dynamic pressure generation grooves , characterized in that a bottom surface of the recessed portion is formed to be higher than a bottom surface of each of the dynamic pressure generation grooves at a boundary between the recessed portion and each of the dynamic pressure generation grooves . wherein the sliding surface is provided with a recessed portion (9, 19A to 19E, 29, 39, 90) extending in a circumferential direction and opened to the leakage side, wherein the recessed portion (9, 19A to 19E, 29, 39, 90) communicates with the dynamic pressure generation grooves , characterized in that a bottom surface of the recessed portion is formed to be higher than a bottom surface of each of the dynamic pressure generation grooves at a boundary between the recessed portion and each of the dynamic pressure generation grooves .
A moving robot comprising: a body ; a traveler configured to move the body ; an ultrasonic sensor module configured to detect a boundary of a cleaning area using a sound wave and to detect an obstacle; and a controller configured to control the traveler based on the boundary of the cleaning area detected by the ultrasonic sensor module , wherein the ultrasonic sensor module includes: an ultrasonic sensor unit configured to emit the sound wave and to receive the sound wave reflected by a target and to output a sound wave signal, and a boundary detector configured to analyze the sound wave signal output from the ultrasonic sensor unit to detect the boundary of the cleaning area; wherein the boundary detector is configured to extract a noise signal generated by an electromagnetic wave generated by a boundary wire defining the cleaning area, from the sound wave signal, and to analyze the noise signal in order to determine the boundary of the cleaning area. a body ; a traveler configured to move the body ; an ultrasonic sensor module configured to detect a boundary of a cleaning area using a sound wave and to detect an obstacle; and a controller configured to control the traveler based on the boundary of the cleaning area detected by the ultrasonic sensor module , wherein the ultrasonic sensor module includes: an ultrasonic sensor unit configured to emit the sound wave and to receive the sound wave reflected by a target and to output a sound wave signal, and a boundary detector configured to analyze the sound wave signal output from the ultrasonic sensor unit to detect the boundary of the cleaning area; wherein the boundary detector is configured to extract a noise signal generated by an electromagnetic wave generated by a boundary wire defining the cleaning area, from the sound wave signal, and to analyze the noise signal in order to determine the boundary of the cleaning area. an ultrasonic sensor unit configured to emit the sound wave and to receive the sound wave reflected by a target and to output a sound wave signal, and a boundary detector configured to analyze the sound wave signal output from the ultrasonic sensor unit to detect the boundary of the cleaning area; wherein the boundary detector is configured to extract a noise signal generated by an electromagnetic wave generated by a boundary wire defining the cleaning area, from the sound wave signal, and to analyze the noise signal in order to determine the boundary of the cleaning area.
A blade segment for a refiner for refining fibrous material, the blade segment comprising a body with a front surface and a background surface , a first end edge and a second end edge , a first side edge and a second side edge opposite to the first side edge , the first side edge and the second side edge extending between the first end edge and the second end edge , a refining surface comprising blade bars and blade grooves on the front surface of the blade segment , at least one opening at the side edge , the opening extending through a whole thickness of the blade segment body and towards to the opposite side edge , characterized in that on a side of the background surface of the blade segment there is a height difference between the background surface at the first side edge and the background surface at the second side edge at least at the opening of the blade segment . a body with a front surface and a background surface , a first end edge and a second end edge , a first side edge and a second side edge opposite to the first side edge , the first side edge and the second side edge extending between the first end edge and the second end edge , a refining surface comprising blade bars and blade grooves on the front surface of the blade segment , at least one opening at the side edge , the opening extending through a whole thickness of the blade segment body and towards to the opposite side edge , characterized in that on a side of the background surface of the blade segment there is a height difference between the background surface at the first side edge and the background surface at the second side edge at least at the opening of the blade segment .
An animal trap system comprising an animal trap that includes a glue board, an animal trap sensor affixed to or in communication with the animal trap , wherein the animal trap sensor is an accelerometer sensor, and a signal unit in proximity to and in communication with the animal trap sensor , wherein the animal trap sensor is affixed to the glue board and connects to the signal unit via a wired connection such that the animal trap sensor and the accelerometer sensor located in the signal unit produce independent signal responses; characterized in that the signal unit contains an accelerometer sensor ; and the animal trap sensor and the accelerometer in the signal unit each have a pre-set threshold value; and wherein the independent signal responses from either accelerometer sensor allows differential signal analysis. an animal trap that includes a glue board, an animal trap sensor affixed to or in communication with the animal trap , wherein the animal trap sensor is an accelerometer sensor, and a signal unit in proximity to and in communication with the animal trap sensor , wherein the animal trap sensor is affixed to the glue board and connects to the signal unit via a wired connection such that the animal trap sensor and the accelerometer sensor located in the signal unit produce independent signal responses; characterized in that the signal unit contains an accelerometer sensor ; and the animal trap sensor and the accelerometer in the signal unit each have a pre-set threshold value; and wherein the independent signal responses from either accelerometer sensor allows differential signal analysis.
A method of processing organic waste to provide a slow-release fertiliser comprising at least one digesting step to provide digested organic waste and a setting step to provide a slow release fertiliser, wherein said digesting step comprises combining the organic waste with a metal catalyst, 50-100% concentrate of sulphuric acid and 5-100% concentrate of hydrogen peroxide, wherein the ratio of sulphuric acid to hydrogen peroxide is 1:1 to 1:10, and wherein said catalyst is titanium, copper, or compounds thereof.
A display device for vehicle including a plurality of displays mounted in a vehicle, and an electronic control unit that controls, in an integrated manner, information displayed on the plurality of displays , the display device for vehicle comprises a telltale display that displays a telltale of the vehicle, and the electronic control unit includes a first microcomputer that controls a display state of each of the plurality of displays , and the electronic control unit is characterised in that it further includes a second microcomputer that operates with lower power consumption than the first microcomputer and controls a display state of the telltale display . the display device for vehicle comprises a telltale display that displays a telltale of the vehicle, and the electronic control unit includes a first microcomputer that controls a display state of each of the plurality of displays , and the electronic control unit is characterised in that it further includes a second microcomputer that operates with lower power consumption than the first microcomputer and controls a display state of the telltale display .
A method of wireless communication performed by a first device utilizing a shared spectrum for communication over a first system, the method comprising: semi-statically reserving a first set of resources on the shared spectrum to provide a semi-static configuration, the reservation performed by utilizing a first instance of a signature sequence that is technology-neutral and understood by a plurality of systems utilizing the shared spectrum, wherein the semi-static configuration is arranged to remain effective until another instance of the signature sequence is transmitted to modify the semi-static configuration; transmitting , without first checking for a clear channel, at least one of synchronization signals, reference signals, broadcast channels, discovery signals, control channel messages, or quality of service, QoS, sensitive data using the semi-statically reserved first set of resources; and utilizing a contention-based access mechanism to access the shared spectrum using a second set of resources other than the first set of resources, if it is determined the first set of resources is reserved by a second device, and the second set of resources is not reserved. semi-statically reserving a first set of resources on the shared spectrum to provide a semi-static configuration, the reservation performed by utilizing a first instance of a signature sequence that is technology-neutral and understood by a plurality of systems utilizing the shared spectrum, wherein the semi-static configuration is arranged to remain effective until another instance of the signature sequence is transmitted to modify the semi-static configuration; transmitting , without first checking for a clear channel, at least one of synchronization signals, reference signals, broadcast channels, discovery signals, control channel messages, or quality of service, QoS, sensitive data using the semi-statically reserved first set of resources; and utilizing a contention-based access mechanism to access the shared spectrum using a second set of resources other than the first set of resources, if it is determined the first set of resources is reserved by a second device, and the second set of resources is not reserved.
A peptide of the following (a) or (b): (a) a peptide consisting of an amino acid sequence set forth in SEQ ID NO: 4; and (b) a peptide consisting of an amino acid sequence having at least 90% identity with a sequence set forth in SEQ ID NO: 4. (a) a peptide consisting of an amino acid sequence set forth in SEQ ID NO: 4; and (b) a peptide consisting of an amino acid sequence having at least 90% identity with a sequence set forth in SEQ ID NO: 4.