mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for managing memory partitions in a computing system comprising: generating a first entry for a first partition table associated with a first instance of a software application , wherein the first entry is associated with a first memory partition (A_1, A_2) that includes a first memory extent (100-199); determining that a first data block referenced by the first memory partition is shared with a second instance of the software application; and generating a second entry for a second partition table associated with a second instance of the software application, wherein the second entry is associated with the first memory partition that includes the first memory extent. generating a first entry for a first partition table associated with a first instance of a software application , wherein the first entry is associated with a first memory partition (A_1, A_2) that includes a first memory extent (100-199); determining that a first data block referenced by the first memory partition is shared with a second instance of the software application; and generating a second entry for a second partition table associated with a second instance of the software application, wherein the second entry is associated with the first memory partition that includes the first memory extent.
Tank for storing a liquid , comprising: - a container for storing said liquid , which container is constituted on its inner surface by a material which is less reducing than copper, the container having at least a first wall, especially a side wall , bottom wall or top wall , - at least one bactericidal means providing a contact surface with said liquid , said contact surface being constituted by copper or a copper alloy, characterised in that : - the contact surface is the surface of a rigid member which is arranged inside said container , - the container comprises, for each rigid member , a passage allowing said rigid member to pass between the inside and the outside of the container , in the form of an orifice drilled in the first wall , - at least one bactericidal means comprises a rigid member which is in the form of a hollow element, especially in the form of a conduit having an inner contact surface and an outer contact surface with the water. - a container for storing said liquid , which container is constituted on its inner surface by a material which is less reducing than copper, the container having at least a first wall, especially a side wall , bottom wall or top wall , - at least one bactericidal means providing a contact surface with said liquid , said contact surface being constituted by copper or a copper alloy, - the contact surface is the surface of a rigid member which is arranged inside said container , - the container comprises, for each rigid member , a passage allowing said rigid member to pass between the inside and the outside of the container , in the form of an orifice drilled in the first wall , - at least one bactericidal means comprises a rigid member which is in the form of a hollow element, especially in the form of a conduit having an inner contact surface and an outer contact surface with the water.
An agent for use in the prevention or treatment of a skin disease selected from the group consisting of senile xerosis, asteatosis, ichthyosis vulgaris, Netherton syndrome and type B peeling skin syndrome, comprising a JAK inhibitor as an active ingredient, wherein the JAK inhibitor is a compound represented by the following chemical structural formula: or a pharmaceutically acceptable salt thereof.
A method for wireless communications by a transmission reception point , comprising: determining a configuration of channel state information reference signals, CSI-RSs, wherein the configuration indicates a set of resource elements, REs, to be used for CSI-RSs and a first mapping of CSI-RS ports to the set of REs; sending an indication of the configuration of the CSI-RSs; and transmitting the CSI-RSs according to the determined configuration; characterized in that : the configuration indicates a combination of one orthogonal frequency division multiplexed, OFDM, symbol CSI-RSs and two OFDM symbols CSI-RSs in a slot. determining a configuration of channel state information reference signals, CSI-RSs, wherein the configuration indicates a set of resource elements, REs, to be used for CSI-RSs and a first mapping of CSI-RS ports to the set of REs; sending an indication of the configuration of the CSI-RSs; and transmitting the CSI-RSs according to the determined configuration;
A method for producing 2-amino-6-methylnicotinic acid represented by the following formula [I]: the method comprising: (a) reacting 2-chloro-3-cyano-6-methylpyridine represented by the following formula [II]: in an aqueous solution of ammonia to obtain a reaction solution containing 2-amino-6-methylnicotinamide represented by the following formula [III]: and (b) removing the ammonia from the reaction solution, and subsequently reacting the 2-amino-6-methylnicotinamide represented by the formula [III] with a base to produce the 2-amino-6-methylnicotinic acid represented by the formula [I], wherein the 2-amino-6-methylnicotinic acid represented by the formula [I] is produced by one-pot synthesis from the 2-chloro-3-cyano-6-methylpyridine represented by the formula [II] . (a) reacting 2-chloro-3-cyano-6-methylpyridine represented by the following formula [II]: in an aqueous solution of ammonia to obtain a reaction solution containing 2-amino-6-methylnicotinamide represented by the following formula [III]: and (b) removing the ammonia from the reaction solution, and subsequently reacting the 2-amino-6-methylnicotinamide represented by the formula [III] with a base to produce the 2-amino-6-methylnicotinic acid represented by the formula [I], wherein the 2-amino-6-methylnicotinic acid represented by the formula [I] is produced by one-pot synthesis from the 2-chloro-3-cyano-6-methylpyridine represented by the formula [II] .
A user equipment, UE, operable to support dual connectivity, the UE comprising computer circuitry configured to: receive a first radio resource control, RRC, reconfiguration message from a macro evolved node B, MeNB, the first RRC reconfiguration message indicating to modify radio resource information of a secondary cell associated with a secondary eNB, SeNB; send a dedicated preamble to the SeNB indicating that the UE has completed an RRC reconfiguration procedure and that the radio resource information of the secondary cell has been modified, wherein the UE does not receive a random access response, RAR, from the SeNB after sending the dedicated preamble to the SeNB; determine that the dedicated preamble is successfully transmitted to the SeNB when the UE receives downlink or uplink scheduling with a cell radio network temporary identifier, C-RNTI, during a random access response window; and perform an uplink transmission to the SeNB having modified radio resource information, the UE supporting dual connectivity to the MeNB and the SeNB. receive a first radio resource control, RRC, reconfiguration message from a macro evolved node B, MeNB, the first RRC reconfiguration message indicating to modify radio resource information of a secondary cell associated with a secondary eNB, SeNB; send a dedicated preamble to the SeNB indicating that the UE has completed an RRC reconfiguration procedure and that the radio resource information of the secondary cell has been modified, wherein the UE does not receive a random access response, RAR, from the SeNB after sending the dedicated preamble to the SeNB; determine that the dedicated preamble is successfully transmitted to the SeNB when the UE receives downlink or uplink scheduling with a cell radio network temporary identifier, C-RNTI, during a random access response window; and perform an uplink transmission to the SeNB having modified radio resource information, the UE supporting dual connectivity to the MeNB and the SeNB.
An orthopaedic gait assistive device, comprising: a leaf spring ; characterized in that it further comprises a cam system, comprising: a cam profile having a curved outer edge comprising a concave portion ; and a cam follower coupled to the leaf spring and positioned within the concave portion when the assistive device is in an equilibrium position. a cam profile having a curved outer edge comprising a concave portion ; and a cam follower coupled to the leaf spring and positioned within the concave portion when the assistive device is in an equilibrium position.
A method of manufacturing a spouted pouch aseptically filled with contents, the method comprising: a supplying process of at least supplying a part of a spout and a stopper of the spouted pouch , to which the spout tightly stopped by the stopper is attached and an interior of which is sterilized in a sealed state, into an aseptic chamber ; a sterilizing process of at least sterilizing a part of a surface of the spout and a surface of the stopper after the supplying process; a stopper opening process of removing the stopper from the spout after the sterilizing process; a filling process of filling the spouted pouch with the contents from the spout after the stopper opening process; a tightly re-stopping process of attaching any stopper removed in the stopper opening process to the spout after the filling process; and a capping process of mounting a cap on the spout to cover the stopper after the tightly re-stopping process, wherein the sterilizing process, the stopper opening process, the filling process, and the tightly re-stopping process are performed in the aseptic chamber , characterized in that in the capping process, the stopper is fitted into an interior of the cap , and thereby when the cap is removed from the spout , the stopper is removed in a state in which it is fitted into the interior of the cap without remaining in the spout . a supplying process of at least supplying a part of a spout and a stopper of the spouted pouch , to which the spout tightly stopped by the stopper is attached and an interior of which is sterilized in a sealed state, into an aseptic chamber ; a sterilizing process of at least sterilizing a part of a surface of the spout and a surface of the stopper after the supplying process; a stopper opening process of removing the stopper from the spout after the sterilizing process; a filling process of filling the spouted pouch with the contents from the spout after the stopper opening process; a tightly re-stopping process of attaching any stopper removed in the stopper opening process to the spout after the filling process; and a capping process of mounting a cap on the spout to cover the stopper after the tightly re-stopping process, wherein the sterilizing process, the stopper opening process, the filling process, and the tightly re-stopping process are performed in the aseptic chamber , characterized in that in the capping process, the stopper is fitted into an interior of the cap , and thereby when the cap is removed from the spout , the stopper is removed in a state in which it is fitted into the interior of the cap without remaining in the spout .
A remote controller comprising: a wireless communication unit adapted to wirelessly communicate with a wireless device transmitting sensor information serving as an environmental index for an air-conditioning target space for an air-conditioning apparatus , wherein the wireless communication unit is further adapted to wirelessly communicate with an information terminal transmitting user-set operation information of a user of the air-conditioning apparatus ; an air-conditioning control unit adapted to transmit the sensor information and the user-set operation information to a main body of the air-conditioning apparatus ; and a mode switching unit adapted to switch between a client mode, in which the sensor information is acquired from the wireless device , and a server mode, in which the user-set operation information is received from the information terminal and the mode switching unit provides air-conditioning control information corresponding to the user-set operation information to the information terminal , wherein the mode switching unit is adapted to transmit and receive information via the wireless communication unit by switching between the client mode and the server mode in accordance with which one of the wireless device and the information terminal the wireless communication unit wirelessly communicates. a wireless communication unit adapted to wirelessly communicate with a wireless device transmitting sensor information serving as an environmental index for an air-conditioning target space for an air-conditioning apparatus , wherein the wireless communication unit is further adapted to wirelessly communicate with an information terminal transmitting user-set operation information of a user of the air-conditioning apparatus ; an air-conditioning control unit adapted to transmit the sensor information and the user-set operation information to a main body of the air-conditioning apparatus ; and a mode switching unit adapted to switch between a client mode, in which the sensor information is acquired from the wireless device , and a server mode, in which the user-set operation information is received from the information terminal and the mode switching unit provides air-conditioning control information corresponding to the user-set operation information to the information terminal , wherein the mode switching unit is adapted to transmit and receive information via the wireless communication unit by switching between the client mode and the server mode in accordance with which one of the wireless device and the information terminal the wireless communication unit wirelessly communicates.
Handheld rehabilitation device comprising • a housing (h), • an actuator, • a battery, • a microcontroller and • an opening mechanism including at least one opening plate rotatably connected to the housing (h) by means of radial bearings from a closed position to an open position around at least one axis of rotation up to a maximum angle of rotation (α), wherein the actuator, the battery and the microcontroller are included inside the housing (h), wherein the microcontroller controls the speed and the maximum angle of rotation (α) of the opening mechanism, wherein the at least one opening plate rotates between the closed position and the open position by means of the actuator. • a housing (h), • an actuator, • a battery, • a microcontroller and • an opening mechanism including at least one opening plate rotatably connected to the housing (h) by means of radial bearings from a closed position to an open position around at least one axis of rotation up to a maximum angle of rotation (α), wherein the actuator, the battery and the microcontroller are included inside the housing (h), wherein the microcontroller controls the speed and the maximum angle of rotation (α) of the opening mechanism, wherein the at least one opening plate rotates between the closed position and the open position by means of the actuator.
A telecommunications enclosure comprising: a housing including a base and a dome that connects to the base , the base of the housing defining a main opening that extends through the base from an outer end of the base to an inner end of the base , wherein the inner end of the base connects with an open end of the dome at a sealed interface, wherein latches of the base are used to latch the dome to the base ; an insert assembly that fits within the housing , the insert assembly including a sealing unit that fits within the base and that defines a plurality of cable ports , the insert assembly also including a frame attached to the sealing unit and a telecommunications component mounted to the frame , wherein the frame is housed within the dome when the sealing unit is fitted within the base ; a mounting bracket for mounting the housing at a desired mounting location; wherein the mounting bracket has a first securement interface for attaching the mounting bracket to the base of the housing , wherein when the mounting bracket is attached to the base by the first securement interface the insert assembly can be removed from the housing without detaching the base from the mounting bracket ; and the mounting bracket has a second securement interface for attaching the mounting bracket to the insert assembly , wherein when the mounting bracket is attached to the insert assembly by the second securement interface the base and the dome can be removed from the insert assembly without detaching the insert assembly from the mounting bracket . a housing including a base and a dome that connects to the base , the base of the housing defining a main opening that extends through the base from an outer end of the base to an inner end of the base , wherein the inner end of the base connects with an open end of the dome at a sealed interface, wherein latches of the base are used to latch the dome to the base ; an insert assembly that fits within the housing , the insert assembly including a sealing unit that fits within the base and that defines a plurality of cable ports , the insert assembly also including a frame attached to the sealing unit and a telecommunications component mounted to the frame , wherein the frame is housed within the dome when the sealing unit is fitted within the base ; a mounting bracket for mounting the housing at a desired mounting location; wherein the mounting bracket has a first securement interface for attaching the mounting bracket to the base of the housing , wherein when the mounting bracket is attached to the base by the first securement interface the insert assembly can be removed from the housing without detaching the base from the mounting bracket ; and the mounting bracket has a second securement interface for attaching the mounting bracket to the insert assembly , wherein when the mounting bracket is attached to the insert assembly by the second securement interface the base and the dome can be removed from the insert assembly without detaching the insert assembly from the mounting bracket .
Device for actuating a joint of a human, an animal or a robot, comprising: - a mechanical joint ; - a motor for providing torque to the mechanical joint; and - an elongated, lengthwise flexible and torsionally elastic body , whereby the device is configured for transmitting torque from the motor to the mechanical joint via the body, wherein the device further comprises a sensor cluster configured for determining torsional deformation information of the body, whereby the device is configured for driving the motor based at least in part on output from said sensor cluster, characterized in that, the device comprises a flexible drive shaft , the flexible drive shaft comprising a rotatable, elongated, lengthwise flexible and torsionally elastic inner shaft , an outer casing , a distal end, a proximal end, and a connector on each of the distal and proximal ends, whereby said body is said rotatable inner shaft. - a mechanical joint ; - a motor for providing torque to the mechanical joint; and - an elongated, lengthwise flexible and torsionally elastic body ,
A method for using a dynamic virtual articulator for occlusion modeling when changing an initial position of lower jaw or its fragments, teeth positions relative to each other, position and shape of artificial teeth, the method is implemented using a computer and comprises the following stages: providing a virtual articulator comprising a virtual three-dimensional model of an upper jaw and dental arch, and a virtual three-dimensional model of a lower jaw and dental arch, replicating the upper jaw and upper teeth, and the lower jaw and lower teeth of a patient, respectively, and providing simulation movements of virtual upper jaw and virtual lower jaw relative to each other for simulation modeling of dynamic occlusion, wherein during such movements penetrable or impenetrable contacts between teeth of the virtual upper jaw and virtual lower jaw occur; characterized in that providing the virtual articulator includes providing virtual three-dimensional models of temporo-mandibular joints, replicating mandible heads, mandibular fossa and articular eminences of temporal bones of the patient, and simulation movements of the virtual jaws relative to each other are preceded by clinical or virtual setting of initial and terminal positions, and virtual surfaces of the mandible heads and virtual surfaces of the articular eminences and mandibular fossa of the patient's temporal bones are separated. providing a virtual articulator comprising a virtual three-dimensional model of an upper jaw and dental arch, and a virtual three-dimensional model of a lower jaw and dental arch, replicating the upper jaw and upper teeth, and the lower jaw and lower teeth of a patient, respectively, and providing simulation movements of virtual upper jaw and virtual lower jaw relative to each other for simulation modeling of dynamic occlusion, wherein during such movements penetrable or impenetrable contacts between teeth of the virtual upper jaw and virtual lower jaw occur; characterized in that providing the virtual articulator includes providing virtual three-dimensional models of temporo-mandibular joints, replicating mandible heads, mandibular fossa and articular eminences of temporal bones of the patient, and simulation movements of the virtual jaws relative to each other are preceded by clinical or virtual setting of initial and terminal positions, and virtual surfaces of the mandible heads and virtual surfaces of the articular eminences and mandibular fossa of the patient's temporal bones are separated.