mhurhangee/patent-ind-claim-en huggingface dataset:
An inhaler comprising: • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece through which the medicament is inhaled by a user, • an indexing wheel for indexing the blister strip and an opening mechanism for opening the blisters, • an actuator which is movable between a first position and a second position in order to operate the indexing wheel and the opening mechanism, • a coupling mechanism for coupling the actuator to the indexing wheel so that the indexing wheel rotates together with the actuator during part of the motion of the actuator, characterized in that the coupling mechanism comprises a shuttle that rotates on the same axis as, and translates axially relative to, the indexing wheel. • a housing which contains a blister strip having a plurality of blisters which contain powdered medicament for inhalation, • a mouthpiece through which the medicament is inhaled by a user, • an indexing wheel for indexing the blister strip and an opening mechanism for opening the blisters, • an actuator which is movable between a first position and a second position in order to operate the indexing wheel and the opening mechanism, • a coupling mechanism for coupling the actuator to the indexing wheel so that the indexing wheel rotates together with the actuator during part of the motion of the actuator,
A battery module comprising: at least one secondary battery ; and a cartridge receiving at least a portion of the secondary battery and configured to be stacked in at least one direction, the cartridge comprising a heat insulating member , wherein the cartridge further comprises: a rest part configured to receive a lower portion of a secondary battery ; a lateral part standing on an edge of the rest part ; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part , and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge , such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part . at least one secondary battery ; and a cartridge receiving at least a portion of the secondary battery and configured to be stacked in at least one direction, the cartridge comprising a heat insulating member , wherein the cartridge further comprises: a rest part configured to receive a lower portion of a secondary battery ; a lateral part standing on an edge of the rest part ; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part , and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge , such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part . a rest part configured to receive a lower portion of a secondary battery ; a lateral part standing on an edge of the rest part ; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part , and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge , such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part .
A remote control system of a vehicle based on a terminal , comprising a message broker including: - a first rubric (R1) for receiving at least one first message published by the terminal , said first message (M1) comprising a command, - a second rubric (R2) for receiving at least one second message (M2) intended for the vehicle , said system being characterized in that it further comprises an actuator able to receive the first message (M1) and able to perform a verification on the first message (M1) and, if the verification of the first message (M1) is positive, to publish the second message (M2), in the second rubric (R2) so as to transmit the command to the vehicle, the second message (M2) comprising said command. - a first rubric (R1) for receiving at least one first message published by the terminal , said first message (M1) comprising a command, - a second rubric (R2) for receiving at least one second message (M2) intended for the vehicle ,
A Radio Resource Control, RRC, configuration method performed by a user equipment, UE, characterized by comprising: receiving an RRC configuration message from a first base station, wherein the RRC configuration message comprises first RRC configuration content and a channel configuration parameter; configuring a first RRC connection between the user equipment and the first base station in response to the first RRC configuration content, and establishing a second RRC connection to a second base station based on the channel configuration parameter; receiving second RRC configuration content from the second base station via the second RRC connection; configuring the RRC connection to the second base station in response to the second RRC configuration content; wherein when a radio link fails in the RRC connection between the UE and the first base station, the method further comprises sending an instruction message and a signal measurement report to the second base station; receiving access configuration information corresponding to a third base station from the second base station; and establishing an RRC connection to the third base station based on the access configuration information. receiving an RRC configuration message from a first base station, wherein the RRC configuration message comprises first RRC configuration content and a channel configuration parameter; configuring a first RRC connection between the user equipment and the first base station in response to the first RRC configuration content, and establishing a second RRC connection to a second base station based on the channel configuration parameter; receiving second RRC configuration content from the second base station via the second RRC connection; configuring the RRC connection to the second base station in response to the second RRC configuration content; wherein when a radio link fails in the RRC connection between the UE and the first base station, the method further comprises sending an instruction message and a signal measurement report to the second base station; receiving access configuration information corresponding to a third base station from the second base station; and establishing an RRC connection to the third base station based on the access configuration information.
An electric pressure cooker , comprising:a cooker body , wherein the cooker body is provided with a magnetic sensitive switch and a magnetic member , and the magnetic member can move between a first position and a second position relative to the magnetic sensitive switch so that a control circuit of the electric pressure cooker can be powered on or powered off; and a cooker cover , which is arranged on the cooker body and can rotate relative to the cooker body so that the magnetic member can move between the first position and the second position; with. a housing ; an inner cooker , wherein the inner cooker is arranged in the housing , an accommodating cavity is defined between the housing and the inner cooker , and the magnetic sensitive switch is arranged in the accommodating cavity ; and a housing cover , sleeved outside the inner cooker and closing the accommodating cavity ; further comprising a mounting member , wherein the magnetic member is arranged on the mounting member , the mounting member can move up and down relative to the housing cover , characterized by the upper end of the mounting member penetrates through the housing cover so as to match the cooker cover .
Method for casting cast parts (G), in which a molten metal is poured into a casting mould which encloses a cavity forming the cast part which is to be produced, wherein the casting mould , designed as a lost mould, consists of one or more casting mould parts or cores which are formed of a mould material which consists of a core sand, a binder and, optionally, one or more additives for adjusting particular properties of the mould material, comprising the following working steps: - provision of the casting mould ; - enclosure of the casting mould in a housing forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mould ; - filling the filling space with a free-flowing filling material (F); - pouring the molten metal into the casting mould , - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments (B); characterised in that the filling material (F) poured into the filling space has such a low bulk density that the filling material packing formed by the filling material (F) following filling of the filling space can be permeated by a gas flow (S1, S2) and that, on filling the filling space , the filling material (F) has a minimum temperature (Tmin) to at least 500°C starting out from which the temperature of the filling material (F) rises as a result of process heat which is generated through the heat radiated from the casting mould and through the heat released during the combustion of the binder, to above a boundary temperature (Tbound) at which the binder evaporating from the casting mould and coming into contact with the filling material (F) ignites and begins to combust. - provision of the casting mould ; - enclosure of the casting mould in a housing forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mould ; - filling the filling space with a free-flowing filling material (F); - pouring the molten metal into the casting mould , - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments (B); - wherein, as a result of the pouring of the molten metal, the casting mould begins to radiate heat, the consequence of the input of heat caused by the hot molten metal, and - wherein, as a consequence of the input of heat caused by the molten metal, the binder of the mould material begins to vaporise and combust, so that it loses its effect and the casting mould disintegrates into fragments (B);
A gas turbine engine blade comprising: a platform having a gaspath side and a non-gaspath side ; an airfoil extending radially from the gaspath side of the platform , the airfoil defining a leading end and a trailing end ; a root configured to secure the blade , the root extending radially from the non-gaspath side of the platform , the root defining forward and aft axial faces , and a radial channel in the aft axial face , the radial channel leading to an inlet orifice in the root ; and a cooling passage extending from the inlet orifice , through the root , and into the platform characterised in that the radial channel opens to a radially inner face of the root and extends radially from the radially inner face of the root to the inlet orifice . a platform having a gaspath side and a non-gaspath side ; an airfoil extending radially from the gaspath side of the platform , the airfoil defining a leading end and a trailing end ; a root configured to secure the blade , the root extending radially from the non-gaspath side of the platform , the root defining forward and aft axial faces , and a radial channel in the aft axial face , the radial channel leading to an inlet orifice in the root ; and a cooling passage extending from the inlet orifice , through the root , and into the platform characterised in that the radial channel opens to a radially inner face of the root and extends radially from the radially inner face of the root to the inlet orifice .
A touch-type display panel comprising: an array substrate including: sub-pixels (SP, 340) defined by gate lines (GL) and data lines (DL); a plurality of touch electrodes arranged in a matrix and disposed to cover a plurality of the sub-pixels (SP); a touch driving line unit including two or more touch driving lines assigned to each touch electrode and connected to a touch driver and to each respective touch electrode ; and a connection line disposed between each two touch electrodes that are adjacent in a direction of the two or more touch driving lines , and configured to electrically connect the two or more touch driving lines assigned to each touch electrode . sub-pixels (SP, 340) defined by gate lines (GL) and data lines (DL); a plurality of touch electrodes arranged in a matrix and disposed to cover a plurality of the sub-pixels (SP); a touch driving line unit including two or more touch driving lines assigned to each touch electrode and connected to a touch driver and to each respective touch electrode ; and a connection line disposed between each two touch electrodes that are adjacent in a direction of the two or more touch driving lines , and configured to electrically connect the two or more touch driving lines assigned to each touch electrode .
A process for preparing a set of particles, by aerosol pyrolysis, wherein the particles are spherical, inorganic, micrometric, and individualised, comprising the following steps, in a reactor: - nebulization at a temperature of 10 to 40 °C of a liquid solution containing a precursor to one or more inorganic material(s), from which the particles are to be formed, at a given molar concentration in a solvent, which is used to obtain a spray of droplets of the solution, - heating of the spray to a temperature sufficient to ensure the evaporation of the solvent and the formation of particles, at a temperature of 40 to 120°C, - heating of the particles to a temperature of 120 to 400°C sufficient to ensure the decomposition of the precursor to form the inorganic material, - optionally, densification of the particles at a temperature between 200 and 1000°C, - optionally, quenching of the particles, and - recovery of the particles thus formed. - nebulization at a temperature of 10 to 40 °C of a liquid solution containing a precursor to one or more inorganic material(s), from which the particles are to be formed, at a given molar concentration in a solvent, which is used to obtain a spray of droplets of the solution, - heating of the spray to a temperature sufficient to ensure the evaporation of the solvent and the formation of particles, at a temperature of 40 to 120°C, - heating of the particles to a temperature of 120 to 400°C sufficient to ensure the decomposition of the precursor to form the inorganic material, - optionally, densification of the particles at a temperature between 200 and 1000°C, - optionally, quenching of the particles, and - recovery of the particles thus formed.
A signal processing method, applied to a base station, comprising: transmitting a third indication message to a terminal device, wherein the third indication message is to trigger the terminal device to transmit uplink pilot signals; receiving M uplink pilot signals transmitted by the terminal device according to an acquired precoding manner of the uplink pilot signals, and measuring the M uplink pilot signals respectively, where M is an integer greater than or equal to 2, and a transmission manner of the M uplink pilot signals is semi-persistent transmission or aperiodic transmission; the method characterized by acquiring a precoding manner of the M uplink pilot signals; and determining a feedback manner of the feedback information on the M uplink pilot signals according to the precoding manner of the uplink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the M uplink pilot signals. transmitting a third indication message to a terminal device, wherein the third indication message is to trigger the terminal device to transmit uplink pilot signals; receiving M uplink pilot signals transmitted by the terminal device according to an acquired precoding manner of the uplink pilot signals, and measuring the M uplink pilot signals respectively, where M is an integer greater than or equal to 2, and a transmission manner of the M uplink pilot signals is semi-persistent transmission or aperiodic transmission; the method characterized by acquiring a precoding manner of the M uplink pilot signals; and determining a feedback manner of the feedback information on the M uplink pilot signals according to the precoding manner of the uplink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the M uplink pilot signals.
A vehicle fuel system comprising a fuel tank configured with a fuel accessory and a fuel vapor treating device, the fuel accessory comprising a housing configured with a confined space , at least one fluid inlet port extending into said confined space , at least one fluid outlet port extending from said confined space , said at least one fluid outlet port having a corresponding outlet port inlet opening in said confined space, and at least one liquid drain port extending from the confined space , wherein an inlet flow path defined by said inlet port extends tangentially relative to a wall portion in said confined space , wherein the fluid inlet port and the fluid outlet port extend at different axial elevations within the housing , wherein the at least one liquid drain port extends below the at least one fluid outlet port , wherein said at least one fluid inlet port is axially below the outlet port inlet opening ; wherein said at least one fluid outlet port is coupled to said fuel vapor treating device; and wherein said at least one liquid drain port is coupled to the fuel tank. a housing configured with a confined space , at least one fluid inlet port extending into said confined space , at least one fluid outlet port extending from said confined space , said at least one fluid outlet port having a corresponding outlet port inlet opening in said confined space, and at least one liquid drain port extending from the confined space , wherein an inlet flow path defined by said inlet port extends tangentially relative to a wall portion in said confined space , wherein the fluid inlet port and the fluid outlet port extend at different axial elevations within the housing , wherein the at least one liquid drain port extends below the at least one fluid outlet port , wherein said at least one fluid inlet port is axially below the outlet port inlet opening ; wherein said at least one fluid outlet port is coupled to said fuel vapor treating device; and wherein said at least one liquid drain port is coupled to the fuel tank.
A display method applied to an electronic device having a foldable screen, a camera and a foldable rotating shaft, the foldable screen comprises a first display area and a second display area , wherein the first display area and the second display area are on two different sides of the foldable rotating shaft, the camera and the first display area are on a same side of the foldable rotating shaft, a first plane on which the first display area located and a second plane on which the second display area located is different when the electronic device is in a bent state, wherein the method comprises: receiving an input of a user; starting the camera of the electronic device in response to the input of the user; when the electronic device is in the bent state and an angle between the first plane and the horizontal plane is less than a preset angle, displaying a shooting preview interface of the camera on the second display area of the foldable screen and without displaying the shooting preview interface of the camera on the first display area; and in response to the electronic device change from the bent state to a unfolded state, displaying the shooting preview interface of the camera on the first display area of the foldable screen and the second display area of the foldable screen. receiving an input of a user; starting the camera of the electronic device in response to the input of the user; when the electronic device is in the bent state and an angle between the first plane and the horizontal plane is less than a preset angle, displaying a shooting preview interface of the camera on the second display area of the foldable screen and without displaying the shooting preview interface of the camera on the first display area; and in response to the electronic device change from the bent state to a unfolded state, displaying the shooting preview interface of the camera on the first display area of the foldable screen and the second display area of the foldable screen.
A thermal transfer sheet , wherein a back face layer is provided on one surface of a substrate and a transfer layer is provided on the other surface of the substrate , the transfer layer has a single-layer structure or a layered structure comprising a protective layer , the back face layer contains spherical particles and a siloxane crosslinked resin, and when the surface of the back face layer is observed using a scanning electron microscope (SEM) at a magnification of 5000 times, a proportion of a total of the projected areas of the spherical particles is 1.8% or more and 20% or less based on the area of the entire observed surface, wherein the spherical particles are spherical silicone resin, and the siloxane crosslinked resin is obtained by crosslinking an alkoxysilyl group-containing resin. a back face layer is provided on one surface of a substrate and a transfer layer is provided on the other surface of the substrate , the transfer layer has a single-layer structure or a layered structure comprising a protective layer , the back face layer contains spherical particles and a siloxane crosslinked resin, and when the surface of the back face layer is observed using a scanning electron microscope (SEM) at a magnification of 5000 times, a proportion of a total of the projected areas of the spherical particles is 1.8% or more and 20% or less based on the area of the entire observed surface, wherein the spherical particles are spherical silicone resin, and the siloxane crosslinked resin is obtained by crosslinking an alkoxysilyl group-containing resin.