mhurhangee/patent-ind-claim-en huggingface dataset:
A control circuit comprising: a transistor controller that is configured to control a voltage at a gate terminal (N3) of a field effect transistor in accordance with a difference in voltage between a source terminal (N2) and a drain terminal (N1) of the field effect transistor connected so that a body diode is in a forward direction; and a current controller that is configured to reduce an operating current for operating the transistor controller when a load connected via the source terminal (N2) of the field effect transistor is light, and is configured to increase the operating current when the load is heavy, characterised in that the current controller comprises: a VGS detection circuit that is configured to detect the voltage at the gate terminal (N3) of the field effect transistor , and is configured to determine whether the load is light or heavy, based on the voltage at the gate terminal (N3) of the field effect transistor . a transistor controller that is configured to control a voltage at a gate terminal (N3) of a field effect transistor in accordance with a difference in voltage between a source terminal (N2) and a drain terminal (N1) of the field effect transistor connected so that a body diode is in a forward direction; and a current controller that is configured to reduce an operating current for operating the transistor controller when a load connected via the source terminal (N2) of the field effect transistor is light, and is configured to increase the operating current when the load is heavy, characterised in that the current controller comprises: a VGS detection circuit that is configured to detect the voltage at the gate terminal (N3) of the field effect transistor , and is configured to determine whether the load is light or heavy, based on the voltage at the gate terminal (N3) of the field effect transistor .
A method for working a combustor float wall panel for a gas turbine engine, the combustor float wall panel having existing cooling pins and a contour characterised by : providing a supplemental body to the combustor float wall panel ; and attaching at least one cooling pin to the supplemental body , the at least one cooling pin being longer than the existing cooling pins of the combustor float wall panel. providing a supplemental body to the combustor float wall panel ; and attaching at least one cooling pin to the supplemental body , the at least one cooling pin being longer than the existing cooling pins of the combustor float wall panel.
Polymer composition obtainable by free-radical polymerization of A) 95-40% by weight of alkyl (meth)acrylate comprising Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of B) 5-60% by weight of an ethylene copolymer, in which the alkyl (meth)acrylates Ai) have the general formula H 2 C = C(R 2 ) - COOR 3 where R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms. A) 95-40% by weight of alkyl (meth)acrylate comprising Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of B) 5-60% by weight of an ethylene copolymer, in which the alkyl (meth)acrylates Ai) have the general formula H 2 C = C(R 2 ) - COOR 3 where R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms. R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms.
A computer program, including instructions that, when executed, cause a computer system to at least: process a connection request to establish a connection, the connection request received at a first node of a firewall cluster having three or more nodes, some of the nodes to perform a firewall application and others of the nodes to perform an intrusion protection task, the first node to perform a firewall task; share state information, associated with the established connection, with at least a second node in the firewall cluster; reassign, in response to failure of a third node configured to perform an intrusion protection task, the first node to perform the intrusion protection task, and assign the second node in the firewall cluster to process the established connection based on the shared state information; wherein the state information associates an identified user with the established connection. process a connection request to establish a connection, the connection request received at a first node of a firewall cluster having three or more nodes, some of the nodes to perform a firewall application and others of the nodes to perform an intrusion protection task, the first node to perform a firewall task; share state information, associated with the established connection, with at least a second node in the firewall cluster; reassign, in response to failure of a third node configured to perform an intrusion protection task, the first node to perform the intrusion protection task, and assign the second node in the firewall cluster to process the established connection based on the shared state information; wherein the state information associates an identified user with the established connection.
A suspended device fixed to a ceiling for displaying and storing food products comprising: a support rod ; and a compartment that comprises a base , a top surface , a transparent housing , which compartment opens and closes through vertical movement of the base , wherein the support rod is connected to ceiling and the compartment , characterized in that said compartment comprises an temperature control system for stored products , and the top surface of the base has at least one external lighting device . a support rod ; and a compartment that comprises a base , a top surface , a transparent housing , which compartment opens and closes through vertical movement of the base , wherein the support rod is connected to ceiling and the compartment , characterized in that said compartment comprises an temperature control system for stored products , and the top surface of the base has at least one external lighting device .
An optical device forming an outgoing electromagnetic wave from an incident electromagnetic wave, wherein the optical device comprises at least one unit cell (UC; UC1, UC2), said unit cell comprising: - at least two subwavelength optical elements (1, 2, ..., N), each of them belonging to a different set (MS1, MS2, ..., MS n ) of subwavelength optical elements, a set of subwavelength optical elements being characterized by a type of optical response to an incident electromagnetic wave; and - a nanojet microlens enabling selective excitation of the subwavelength optical elements belonging to a given set, in response to said electromagnetic wave incident on said unit cell; said subwavelength optical elements being in a focal plane of said nanojet microlens. said unit cell comprising: - at least two subwavelength optical elements (1, 2, ..., N), each of them belonging to a different set (MS1, MS2, ..., MS n ) of subwavelength optical elements, a set of subwavelength optical elements being characterized by a type of optical response to an incident electromagnetic wave; and - a nanojet microlens enabling selective excitation of the subwavelength optical elements belonging to a given set, in response to said electromagnetic wave incident on said unit cell; - at least two subwavelength optical elements (1, 2, ..., N), each of them belonging to a different set (MS1, MS2, ..., MS n ) of subwavelength optical elements, a set of subwavelength optical elements being characterized by a type of optical response to an incident electromagnetic wave; and - a nanojet microlens enabling selective excitation of the subwavelength optical elements belonging to a given set, in response to said electromagnetic wave incident on said unit cell; said subwavelength optical elements being in a focal plane of said nanojet microlens.
A computer-implemented method for determining a pose of a subject within an environment based, at least in part, on depth information, the method comprising: identifying a plurality of candidate regions each including at least a portion of a pose component of a subject from base depth data representing the environment based, at least in part, on at least one depth connectivity criterion, and wherein each candidate region is disconnected from any other candidate regions in depth; determining a first region from a subset of the candidate regions based, at least in part, on an estimation regarding a first pose component of the subject; selecting one or more second regions from the subset of candidate regions to associate with the first region based, at least in part, on relative locations of the first region and the one or more second regions; identifying the first pose component and at least one second pose component of the subject from a collective region including the first region and the one or more associated second regions; determining a spatial relationship between the identified first pose component and the identified at least one second pose component; and causing generation of a controlling command for execution by a mobile platform based, at least in part, on the determined spatial relationship. identifying a plurality of candidate regions each including at least a portion of a pose component of a subject from base depth data representing the environment based, at least in part, on at least one depth connectivity criterion, and wherein each candidate region is disconnected from any other candidate regions in depth; determining a first region from a subset of the candidate regions based, at least in part, on an estimation regarding a first pose component of the subject; selecting one or more second regions from the subset of candidate regions to associate with the first region based, at least in part, on relative locations of the first region and the one or more second regions; identifying the first pose component and at least one second pose component of the subject from a collective region including the first region and the one or more associated second regions; determining a spatial relationship between the identified first pose component and the identified at least one second pose component; and causing generation of a controlling command for execution by a mobile platform based, at least in part, on the determined spatial relationship.
Method for automatic management of communication in progress between at least two communication terminals: a communication terminal (T1) requesting the establishment of a communication and at least one communication terminal (T2...Tn) which is a recipient of the requested communication, the communication in progress comprising several audio streams (f1, f2...fn) originating from the communication terminals (T1, T2...Tn), characterized in that the management method (PG) comprises: • an automatic triggering (CCL) of a closure of the communication in progress, the triggering being performed as soon as a voice sound level (nsv) detected on one of the audio streams (f1, f2...fn) of the communication in progress for a predetermined duration (Δ) during the communication in progress is below a predetermined threshold, • a determination of the automatic maintaining (CMT) of a communication in progress as a function of at least one predetermined parameter (pp) of mode of use of a communication terminal of the communication in progress, the determination of maintaining (CMT) ordering (cnt) the prevention of any automatic communication closure of the communication in progress. • an automatic triggering (CCL) of a closure of the communication in progress, the triggering being performed as soon as a voice sound level (nsv) detected on one of the audio streams (f1, f2...fn) of the communication in progress for a predetermined duration (Δ) during the communication in progress is below a predetermined threshold, • a determination of the automatic maintaining (CMT) of a communication in progress as a function of at least one predetermined parameter (pp) of mode of use of a communication terminal of the communication in progress, the determination of maintaining (CMT) ordering (cnt) the prevention of any automatic communication closure of the communication in progress.
An authentication system using a flash of a smart mobile comprising: the smart mobile having the flash which emits light, wherein emission speed and frequency of the light emitted from the smart mobile are controllable, wherein the light emitted from the smart mobile is a one-time password; a light receiver receiving the light emitted from the smart mobile to convert into data; and an authentication server receiving data converted at the light receiver from the light receiver , generating authentication information from the data to transmit to the smart mobile and transmitting the authentication information to the smart mobile . the smart mobile having the flash which emits light, wherein emission speed and frequency of the light emitted from the smart mobile are controllable, wherein the light emitted from the smart mobile is a one-time password; a light receiver receiving the light emitted from the smart mobile to convert into data; and an authentication server receiving data converted at the light receiver from the light receiver , generating authentication information from the data to transmit to the smart mobile and transmitting the authentication information to the smart mobile .
A chip having a tunable inductor arrangement arranged thereon, the tunable inductor arrangement comprising: four winding parts (W1-W4); and a switch arrangement (S1-S6) switchable between a first switch setting that interconnects the four winding parts as two parallel pairs of winding parts, with the two parallel pairs of winding parts being connected in series between first and second inputs (INP, INN) of the tunable inductor arrangement; and a second switch setting that interconnects the four winding parts in series between the first and second inputs (INP, INN) of the tunable inductor arrangement, and wherein: the four winding parts are interleaved on the chip such that magnetic fields of the four winding parts are common. four winding parts (W1-W4); and a switch arrangement (S1-S6) switchable between a first switch setting that interconnects the four winding parts as two parallel pairs of winding parts, with the two parallel pairs of winding parts being connected in series between first and second inputs (INP, INN) of the tunable inductor arrangement; and a second switch setting that interconnects the four winding parts in series between the first and second inputs (INP, INN) of the tunable inductor arrangement, and wherein: the four winding parts are interleaved on the chip such that magnetic fields of the four winding parts are common.
A pigment textile printing ink jet ink composition comprising: a pigment; a resin particle; a nonionic fluorine-based surfactant; and water, wherein the resin particle is a polycarbonate-based urethane resin particle, the urethane resin containing a blocked isocyanate group as a crosslinkable group. a pigment; a resin particle; a nonionic fluorine-based surfactant; and water, wherein the resin particle is a polycarbonate-based urethane resin particle, the urethane resin containing a blocked isocyanate group as a crosslinkable group.
A time-of-flight mass spectrometer having an ion source, a flight path , a single reflector with the potential distribution of a Cassini ion trap within the flight path, and an ion detector , wherein the single reflector is one halved Cassini ion trap with a housing , several inner electrodes and a terminating equipotential plate with electrodes , the electrodes of the equipotential plate tracing the equipotential surfaces of the potential distribution of the Cassini ion trap at the location of the equipotential plate.
A chip package comprising: a base re-distribution layer having an opening formed therein in a center area of the base re-distribution layer ; an adhesive layer applied to one side of the base re-distribution layer , the adhesive layer having a window formed therein free of adhesive material; a die having a front surface affixed to the base re-distribution layer by way of the adhesive layer , wherein the die is aligned with the window formed in the adhesive layer such that only a perimeter of the front surface of the die is in contact with the adhesive layer ; a plurality of vias and a plurality of metal interconnects formed in the base re-distribution layer to electrically connect the base re-distribution layer to the die ; and a shield element positioned between the base re-distribution layer and the adhesive layer and generally aligned with the opening formed in the base re-distribution layer and the window of the adhesive layer such that only a perimeter of the shield element is attached to the adhesive layer , the shield element being separated from the die by an air gap ; wherein the shield element is configured to be selectively removable from the adhesive layer so as to expose the front surface of the die . a base re-distribution layer having an opening formed therein in a center area of the base re-distribution layer ; an adhesive layer applied to one side of the base re-distribution layer , the adhesive layer having a window formed therein free of adhesive material; a die having a front surface affixed to the base re-distribution layer by way of the adhesive layer , wherein the die is aligned with the window formed in the adhesive layer such that only a perimeter of the front surface of the die is in contact with the adhesive layer ; a plurality of vias and a plurality of metal interconnects formed in the base re-distribution layer to electrically connect the base re-distribution layer to the die ; and a shield element positioned between the base re-distribution layer and the adhesive layer and generally aligned with the opening formed in the base re-distribution layer and the window of the adhesive layer such that only a perimeter of the shield element is attached to the adhesive layer , the shield element being separated from the die by an air gap ; wherein the shield element is configured to be selectively removable from the adhesive layer so as to expose the front surface of the die .
A cryogenic balloon ablation assembly comprising: a cryogenic ablation catheter comprising: a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft , the balloon having an inner surface defining a balloon interior; and a delivery tube assembly comprising: a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft , and a diffuser , within the balloon , fluidly coupled to the delivery tube , the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft , characterized in that the delivery tube is housed within the pressure detecting tube . a cryogenic ablation catheter comprising: a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft , the balloon having an inner surface defining a balloon interior; and a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft , the balloon having an inner surface defining a balloon interior; and a delivery tube assembly comprising: a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft , and a diffuser , within the balloon , fluidly coupled to the delivery tube , the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft , characterized in that the delivery tube is housed within the pressure detecting tube . a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft , and a diffuser , within the balloon , fluidly coupled to the delivery tube , the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft , characterized in that the delivery tube is housed within the pressure detecting tube .
A vibration presentation device enabled to give feedback on operations in form of vibrations of an operating surface , comprising: a touch detector configured to detect coordinates of a detection point and to detect a tracing operation performed on the operating surface , the touch detector being of an infrared or electrostatic capacitance type; a vibration applier configured to apply vibrations to the operating surface ; an acceleration detector configured to detect contact with the operation surface by determining acceleration (G) associated with displacement of the operating surface for determining contact by a detection target with the operating surface ; and a controller configured to discard an acceleration value detected by the acceleration detector during a period of vibration application (T) in which the controller controls the vibration applier to apply vibrations to the operating surface , wherein the controller includes a contact threshold value and determines that the detection target is in contact with the operating surface if an acceleration value detected by the acceleration detector is not less than the contact threshold value when comparing the acceleration value detected by the acceleration detector with the contact threshold value . a touch detector configured to detect coordinates of a detection point and to detect a tracing operation performed on the operating surface , the touch detector being of an infrared or electrostatic capacitance type; a vibration applier configured to apply vibrations to the operating surface ; an acceleration detector configured to detect contact with the operation surface by determining acceleration (G) associated with displacement of the operating surface for determining contact by a detection target with the operating surface ; and a controller configured to discard an acceleration value detected by the acceleration detector during a period of vibration application (T) in which the controller controls the vibration applier to apply vibrations to the operating surface , wherein the controller includes a contact threshold value and determines that the detection target is in contact with the operating surface if an acceleration value detected by the acceleration detector is not less than the contact threshold value when comparing the acceleration value detected by the acceleration detector with the contact threshold value .