mhurhangee/patent-ind-claim-en huggingface dataset:
Device of axis X for packaging a cosmetic product, comprising a base defining a storage compartment and a lid mounted movably in rotation on the base about the axis Y of a hinge between a closed configuration of the device and an open configuration of the device , a receptacle of axis Z, formed by assembly of a cup , containing the product P, delimited by a bottom and by a lateral wall , being arranged in the storage compartment, the axis Z of the receptacle being fixed relative to the base , the lateral wall of the receptacle comprises an elastically deformable material and the lateral wall enlarges through the effect of the base and the lid being brought closer together, forming a sealing gasket coming into contact with the lid in the closed configuration of the device characterized in that the cup includes a bottom wall and a lateral upright delimiting an interior space of cylindrical form, the upright ends in an edge bearing on the internal face of the lid in the closed configuration, the edge defines with an annular bead an annular groove for fastening the lateral wall .
A pneumatic tool comprising: a drive mechanism configured to drive by an air pressure of compressed air; a head valve configured to control supply of the compressed air to the drive mechanism; a trigger valve configured to actuate the head valve; a control valve configured to disable actuation of the trigger valve or the head valve; and a timer valve configured to be actuated based on an operation on a trigger and to disable actuation of the trigger valve or the head valve by actuating the control valve at a predetermined timing, characterized in that the timer valve has a valve body configured to act on the control valve and is provided with a throttle portion configured to regulate a flow rate of a fluid generated in conjunction with movement of the valve body a drive mechanism configured to drive by an air pressure of compressed air; a head valve configured to control supply of the compressed air to the drive mechanism; a trigger valve configured to actuate the head valve; a control valve configured to disable actuation of the trigger valve or the head valve; and a timer valve configured to be actuated based on an operation on a trigger and to disable actuation of the trigger valve or the head valve by actuating the control valve at a predetermined timing, characterized in that the timer valve has a valve body configured to act on the control valve and is provided with a throttle portion configured to regulate a flow rate of a fluid generated in conjunction with movement of the valve body
A method performed by a user equipment, the method comprising: communicating on a first cell and a second cell using different numerologies, wherein slot boundaries in the first cell and the second cell are not aligned; ascertaining that a power headroom report has been triggered on at least one of the first cell and the second cell; receiving an uplink grant corresponding to an uplink transmission on the first cell, the uplink transmission in a first slot, wherein the first slot on the first cell overlaps with multiple slots on the second cell; determining a first power headroom report reference slot corresponding to the uplink transmission in the first slot on the first cell; generating a first power headroom report for the first cell based on the first power headroom report reference slot; determining a second power headroom report reference slot, wherein the first power headroom report reference slot overlaps the second power headroom report reference slot, and wherein the second power headroom report reference slot is determined as the first slot on the second cell that fully overlaps the first power headroom report reference slot; generating a second power headroom report for the second cell based on the second power headroom report reference slot; and transmitting the first power headroom report and the second power headroom report in the uplink transmission on the first cell. communicating on a first cell and a second cell using different numerologies, wherein slot boundaries in the first cell and the second cell are not aligned; ascertaining that a power headroom report has been triggered on at least one of the first cell and the second cell; receiving an uplink grant corresponding to an uplink transmission on the first cell, the uplink transmission in a first slot, wherein the first slot on the first cell overlaps with multiple slots on the second cell; determining a first power headroom report reference slot corresponding to the uplink transmission in the first slot on the first cell; generating a first power headroom report for the first cell based on the first power headroom report reference slot; determining a second power headroom report reference slot, wherein the first power headroom report reference slot overlaps the second power headroom report reference slot, and wherein the second power headroom report reference slot is determined as the first slot on the second cell that fully overlaps the first power headroom report reference slot; generating a second power headroom report for the second cell based on the second power headroom report reference slot; and transmitting the first power headroom report and the second power headroom report in the uplink transmission on the first cell.
A method for tracking seeds in an assembly line grow pod having a plurality of carts , comprising: depositing a target seed in a selected cell which is a part of a tray located in a selected cart travelling on an assembly line grow pod ; characterised by tracking a position of the target seed in the selected cell by determining the position of the target seed in the selected cart and determining a position of the selected cart in the assembly line grow pod ; providing sustenance to the target seed in the selected cell ; determining a growth factor of the target seed in the selected cell ; and upon determination that the growth factor of the target seed in the selected cell is below a predetermined threshold, adjusting supply of the sustenance provided to the selected cell . depositing a target seed in a selected cell which is a part of a tray located in a selected cart travelling on an assembly line grow pod ; characterised by tracking a position of the target seed in the selected cell by determining the position of the target seed in the selected cart and determining a position of the selected cart in the assembly line grow pod ; providing sustenance to the target seed in the selected cell ; determining a growth factor of the target seed in the selected cell ; and upon determination that the growth factor of the target seed in the selected cell is below a predetermined threshold, adjusting supply of the sustenance provided to the selected cell .
A temperature monitoring apparatus, comprising an isolation plate , an aluminum bar for connection, a flexible printed circuit board and a temperature measurement assembly ; wherein a first mounting frame and a second mounting frame are on the isolation plate , the aluminum bar for connection is embedded into the first mounting frame , the flexible printed circuit board is laid on the surface of the isolation plate in a way that the flexible printed circuit board partially overlaps with the second mounting frame , the temperature measurement assembly is on the flexible printed circuit board and at an overlapping part of the flexible printed circuit board and the second mounting frame , a heat conducting pad of the temperature measurement assembly extends out of the second mounting frame , wherein the heat conducting pad is fixed on a part of the flexible printed circuit board that is exposed from the second mounting frame , and the temperature sensor is located in a second hollow part of the heat conducting pad ; wherein when the aluminum bar for connection is connected to a device to be monitored through a part of the aluminum bar for connection exposed from the first mounting frame , the heat conducting pad is attached to the device to be monitored. wherein a first mounting frame and a second mounting frame are on the isolation plate , the aluminum bar for connection is embedded into the first mounting frame , the flexible printed circuit board is laid on the surface of the isolation plate in a way that the flexible printed circuit board partially overlaps with the second mounting frame , the temperature measurement assembly is on the flexible printed circuit board and at an overlapping part of the flexible printed circuit board and the second mounting frame , a heat conducting pad of the temperature measurement assembly extends out of the second mounting frame , wherein the heat conducting pad is fixed on a part of the flexible printed circuit board that is exposed from the second mounting frame , and the temperature sensor is located in a second hollow part of the heat conducting pad ; wherein when the aluminum bar for connection is connected to a device to be monitored through a part of the aluminum bar for connection exposed from the first mounting frame , the heat conducting pad is attached to the device to be monitored.
An electronic smoking article comprising: a control body housing including a haptic feedback component , a microcontroller , an electrical power source , and a haptic driver adapted to convert one or more signals from the microcontroller to an output that directs the haptic feedback component to generate one or more different waveforms; and a cartridge housing adapted for removable connection to the control body housing , the cartridge housing including a heater , a reservoir containing an aerosol precursor composition, and a liquid transport element configured for transport of the aerosol precursor composition from the reservoir to the heater. a control body housing including a haptic feedback component , a microcontroller , an electrical power source , and a haptic driver adapted to convert one or more signals from the microcontroller to an output that directs the haptic feedback component to generate one or more different waveforms; and a cartridge housing adapted for removable connection to the control body housing , the cartridge housing including a heater , a reservoir containing an aerosol precursor composition, and a liquid transport element configured for transport of the aerosol precursor composition from the reservoir to the heater.
A map image display system comprising: a map data acquisition unit adapted to acquire map data that is divided into a plurality of areas and hierarchically structured into a plurality of layers based on a difference in an amount of road network information; an image display unit adapted to display a map image of a display target area including a road network on a display device based on the map data acquired by the map data acquisition unit; an area division unit adapted to divide the display target area into a plurality of division areas wherein parts of neighboring division areas overlap each other; an image generation unit adapted to generate a map image based on a different layer for each of the division areas generated by the division performed by the area division unit; characterized in that the map image display system further comprises a transmittance change unit adapted to, in an area where neighboring map images generated by the image generation unit overlap, gradually change the transmittance of one of the overlapped map images so that the transmittance of the outside of the division area becomes higher than the transmittance of the inside of the division area ; and a map image drawing unit adapted to draw the other of the overlapped map images on the display device and, after that, draw the one of the map images , whose transmittance has been changed by the transmittance change unit, on the display device with the one of the map images overlapped on the other. a map data acquisition unit adapted to acquire map data that is divided into a plurality of areas and hierarchically structured into a plurality of layers based on a difference in an amount of road network information; an image display unit adapted to display a map image of a display target area including a road network on a display device based on the map data acquired by the map data acquisition unit; an area division unit adapted to divide the display target area into a plurality of division areas wherein parts of neighboring division areas overlap each other; an image generation unit adapted to generate a map image based on a different layer for each of the division areas generated by the division performed by the area division unit; characterized in that the map image display system further comprises a transmittance change unit adapted to, in an area where neighboring map images generated by the image generation unit overlap, gradually change the transmittance of one of the overlapped map images so that the transmittance of the outside of the division area becomes higher than the transmittance of the inside of the division area ; and a map image drawing unit adapted to draw the other of the overlapped map images on the display device and, after that, draw the one of the map images , whose transmittance has been changed by the transmittance change unit, on the display device with the one of the map images overlapped on the other.
A system comprising: one or more processors ; and programming instructions configured to be executed by the one or more processors to perform operations including: receiving a search query ; determining a plurality of byte sequences of a fixed length that correspond to the search query ; searching an inverted index for each byte sequence of the plurality of byte sequences, wherein the inverted index specifies byte sequences of the fixed length and, for each specified byte sequence in the inverted index , the inverted index specifies one or more file identifiers of files that include the specified byte sequence as file contents; for each byte sequence of the plurality of byte sequences, obtaining, as a search result , file identifiers of files that include the byte sequence of the plurality of byte sequences as file contents; determining an intersection of the search results of the searching; and returning indications of files associated with file identifiers that are included in the intersection in response to the search query . one or more processors ; and programming instructions configured to be executed by the one or more processors to perform operations including: receiving a search query ; determining a plurality of byte sequences of a fixed length that correspond to the search query ; searching an inverted index for each byte sequence of the plurality of byte sequences, wherein the inverted index specifies byte sequences of the fixed length and, for each specified byte sequence in the inverted index , the inverted index specifies one or more file identifiers of files that include the specified byte sequence as file contents; for each byte sequence of the plurality of byte sequences, obtaining, as a search result , file identifiers of files that include the byte sequence of the plurality of byte sequences as file contents; determining an intersection of the search results of the searching; and returning indications of files associated with file identifiers that are included in the intersection in response to the search query . receiving a search query ; determining a plurality of byte sequences of a fixed length that correspond to the search query ; searching an inverted index for each byte sequence of the plurality of byte sequences, wherein the inverted index specifies byte sequences of the fixed length and, for each specified byte sequence in the inverted index , the inverted index specifies one or more file identifiers of files that include the specified byte sequence as file contents; for each byte sequence of the plurality of byte sequences, obtaining, as a search result , file identifiers of files that include the byte sequence of the plurality of byte sequences as file contents; determining an intersection of the search results of the searching; and returning indications of files associated with file identifiers that are included in the intersection in response to the search query .
A battery unit, in which a battery (B) is housed in a main body with an approximately rectangular parallelepiped elongated in a vertical direction, and a connection terminal is disposed on a bottom face of the main body , wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body , the connection terminal is disposed close to the one side where the grab portion is placed, and the main body has four side faces , of which the side face opposite to the side face on the side where the grab portion is placed is formed in a flat face shape, and the remaining three side faces are formed in a curved face shape. wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body , the connection terminal is disposed close to the one side where the grab portion is placed, and the main body has four side faces , of which the side face opposite to the side face on the side where the grab portion is placed is formed in a flat face shape, and the remaining three side faces are formed in a curved face shape.
A process for preparing a compound of formula 4: comprising reacting the di-chloro-naphthyridine compound of formula 2 with tert -butoxycarbonyl-protected amino-8-azabicyclo-[3.2.1]octane of formula 3 to provide the compound of formula 4.
A pharmaceutical composition of isolated microvesicles for use in the therapy for promoting or enhancing wound healing, wherein the isolated microvesicles are prepared with a method comprising the steps of: (a) obtaining a biological fluid containing microvesicles; (b) clarifying the biological fluid to remove cellular debris; (c) precipitating the microvesicles by adding a precipitating agent which is polyethylene glycol to the clarified biological fluid; (d) collecting the precipitated microvesicles; (e) washing the precipitated microvesicles to remove the precipitating agent; and (f) optionally suspending the microvesicles in a solution for storage or subsequent use-to produce an isolated preparation of microvesicles, wherein the biological fluid containing microvesicles is obtained from bone marrow-derived mesenchymal stem cells. (a) obtaining a biological fluid containing microvesicles; (b) clarifying the biological fluid to remove cellular debris; (c) precipitating the microvesicles by adding a precipitating agent which is polyethylene glycol to the clarified biological fluid; (d) collecting the precipitated microvesicles; (e) washing the precipitated microvesicles to remove the precipitating agent; and (f) optionally suspending the microvesicles in a solution for storage or subsequent use-to produce an isolated preparation of microvesicles,
A sintered metallic material having a lamellar structure and comprising at least one ferromagnetic or ferrimagnetic portion, said material having open-ended oriented porosities of dimension of between 1 and 100 μm, characterized by a density varying by less than 20% from one 1 cm 3 sample to another taken from a single-piece part made from said material.
A method for resolving a transmission conflict comprising: prioritizing, when two transmissions experience a conflict, a transmission of one transmission among the two transmissions according to quality of service, named QoS hereinafter, attributes respectively associated with the two transmissions , characterized by the two transmissions comprise a first uplink transmission and a second uplink transmission in which the first uplink transmission comprises an uplink data-related part and the second uplink transmission comprises a sidelink, named SL hereinafter, data-related part; prioritizing the transmission of the one transmission among the two transmissions according to the QoS attributes respectively associated with the two transmissions comprises: if a first priority associated with the first uplink transmission is not higher than a threshold, and a second priority associated with the second uplink transmission is higher than another threshold, prioritizing a transmission of the second uplink transmission. prioritizing, when two transmissions experience a conflict, a transmission of one transmission among the two transmissions according to quality of service, named QoS hereinafter, attributes respectively associated with the two transmissions , characterized by the two transmissions comprise a first uplink transmission and a second uplink transmission in which the first uplink transmission comprises an uplink data-related part and the second uplink transmission comprises a sidelink, named SL hereinafter, data-related part; prioritizing the transmission of the one transmission among the two transmissions according to the QoS attributes respectively associated with the two transmissions comprises: if a first priority associated with the first uplink transmission is not higher than a threshold, and a second priority associated with the second uplink transmission is higher than another threshold, prioritizing a transmission of the second uplink transmission.