mhurhangee/patent-ind-claim-en huggingface dataset:
A footwear device for enhancing an entertainment experience comprising: a first actuator operable to impart a vibration to the footwear device based on a desired frequency band of reproduced sound included in the entertainment experience; a control unit operable to receive a vibration signal associated with the reproduced sound and to provide control signals for driving the first actuator based on the vibration signal; an amplifier operable to amplify the control signals provided to the first actuator ; and a power supply connected to the control unit , the first actuator and the amplifier to provide power thereto, characterized in that the first actuator is mounted in the footwear device in a first position, the footwear device is embodied as a piece of footwear and the first actuator is integrated within a sole of the footwear device , the vibration signal also includes enhanced information that is different from the audible information to enhance or increase or maximize vibration of the footwear device , and based on the vibration signal the sole of the footwear device vibrates in a way that mimics the ground vibration that would have occurred if it were a live event that produced the given or reproduced sound. a first actuator operable to impart a vibration to the footwear device based on a desired frequency band of reproduced sound included in the entertainment experience; a control unit operable to receive a vibration signal associated with the reproduced sound and to provide control signals for driving the first actuator based on the vibration signal; an amplifier operable to amplify the control signals provided to the first actuator ; and a power supply connected to the control unit , the first actuator and the amplifier to provide power thereto, characterized in that the first actuator is mounted in the footwear device in a first position, the footwear device is embodied as a piece of footwear and the first actuator is integrated within a sole of the footwear device , the vibration signal also includes enhanced information that is different from the audible information to enhance or increase or maximize vibration of the footwear device , and based on the vibration signal the sole of the footwear device vibrates in a way that mimics the ground vibration that would have occurred if it were a live event that produced the given or reproduced sound.
Conveying device for conveying objects and/or persons, with a transport platform on which the object and/or the person can be positioned, with at least four drive motors (M1 - M4) which move the transport platform , having at least six connecting cables (S1 - S8) which connect the transport platform to the drive motors (M1 - M4), the transport platform being movable into a desired position by winding up or unwinding the respective connecting cables (S1 - S8) by means of the drive motors (M1 - M4), with a controller that controls the drive motors (M1 - M4), characterized by at least two angle sensors (WS2, WS4), wherein one angle sensor (WS2, WS4) each is arranged at a respective connecting cable end (S2, S4) on the transport platform and each angle sensor (WS2, WS4) communicates an angle (α, β) between the respective connecting cable (S2, S4) and a respective orthogonal edge of the transport platform as an angle signal to the controller.
A method of a terminal in a wireless communication system, the method comprising: receiving, on a first cell on which the terminal is camped, first system information including public land mobile network, PLMN, information: receiving from the first cell second system information including closed subscriber group, CSG, cell information; comparing the PLMN information included in the first system information with PLMN information previously received on a second cell on which the terminal was previously camped; and selecting a cell to be camped on among a plurality of cells based on the closed subscriber group, CSG, cell information if the PLMN information included in the first system information is identical to the PLMN information previously received. receiving from the first cell second system information including closed subscriber group, CSG, cell information; comparing the PLMN information included in the first system information with PLMN information previously received on a second cell on which the terminal was previously camped; and selecting a cell to be camped on among a plurality of cells based on the closed subscriber group, CSG, cell information if the PLMN information included in the first system information is identical to the PLMN information previously received.
A method of detecting the presence of a cold end coating, the method comprising: applying a composition for detecting the presence of a cold end coating, the composition including at least one UV optical brightener selected from the group consisting of stilbenes, coumarines, azolines, CBS-X (CAS# 27344-41-8), CXDP (CAS# 10128-55-9), and combinations thereof onto a glass surface; directing UV light to the surface after applying the composition; and reviewing the surface for one or more visual indicators; or applying a composition for detecting the presence of a cold end coating, the composition including a forensic indicator selected from the group consisting of ninhydrin, ninhydrin derivatives, potassium permanganate, 1,8-diazafluorene-9-one, 1,2-indanedione, and combinations thereof onto a glass surface in question; and reviewing the surface for development and visual indication of the forensic indicator. applying a composition for detecting the presence of a cold end coating, the composition including at least one UV optical brightener selected from the group consisting of stilbenes, coumarines, azolines, CBS-X (CAS# 27344-41-8), CXDP (CAS# 10128-55-9), and combinations thereof onto a glass surface; directing UV light to the surface after applying the composition; and reviewing the surface for one or more visual indicators; or applying a composition for detecting the presence of a cold end coating, the composition including a forensic indicator selected from the group consisting of ninhydrin, ninhydrin derivatives, potassium permanganate, 1,8-diazafluorene-9-one, 1,2-indanedione, and combinations thereof onto a glass surface in question; and reviewing the surface for development and visual indication of the forensic indicator.
A thermosetting resin composition comprising an epoxy compound, a gallium compound, and a silanol source compound, wherein the silanol source compound having a silicon atom that is bonded to a hydroxy group comprises a monosilane compound and/or an organo polysiloxane represented by following Formula : (R 21 3 SiO 1/2 ) a2 (R 22 2 SiO 2/2 ) b2 (R 23 SiO 3/2 ) c2 (SiO 4/2 ) d2 (O 1/2 H) e2 , where said R 21 , R 22 , and R 23 each independently represent a C 1-10 hydrocarbon group, and said a2, b2, c2, and d2 are each an integer of 0 or more and satisfy the condition of a2 + b2 + c2 + d2 ≥ 3, and said e2 is a natural number of 1 or more and represents the number of a hydroxy group(s) directly bonded to a silicon atom (silanol). the silanol source compound having a silicon atom that is bonded to a hydroxy group comprises a monosilane compound and/or an organo polysiloxane represented by following Formula : (R 21 3 SiO 1/2 ) a2 (R 22 2 SiO 2/2 ) b2 (R 23 SiO 3/2 ) c2 (SiO 4/2 ) d2 (O 1/2 H) e2 , where said R 21 , R 22 , and R 23 each independently represent a C 1-10 hydrocarbon group, and said a2, b2, c2, and d2 are each an integer of 0 or more and satisfy the condition of a2 + b2 + c2 + d2 ≥ 3, and said e2 is a natural number of 1 or more and represents the number of a hydroxy group(s) directly bonded to a silicon atom (silanol).
A method in a wireless device of adjusting timing of transmissions in a new radio, NR, architecture, the method comprising: determining at least a first timing adjustment parameter based on at least a first numerology parameter (S134); and adjusting the timing of an uplink transmission based on the first timing adjustment parameter (S136). determining at least a first timing adjustment parameter based on at least a first numerology parameter (S134); and adjusting the timing of an uplink transmission based on the first timing adjustment parameter (S136).
A composition for use in the antibacterial and/or anti-inflammatory treatment of acne comprising 1, 2-decanediol and Salix alba bark extract wherein the Salix alba bark extract comprises a total concentration of salicylic derivatives expressed as salicin of not less than 20 % (w/w).
Driver circuitry for driving a power semiconductor switch , the power semiconductor switch having a control input and main terminals, the driver circuitry comprising: control terminal driver circuitry configured to be coupled to the control input of the power semiconductor switch and provide a drive signal thereto; a sense terminal configured to be coupled to a main terminal of the power semiconductor switch; a current mirror coupled to the sense terminal to mirror a current input into the sense terminal during turn-off; a first current comparator coupled to compare a current signal received from the current mirror to a first current threshold and output a first signal representative of a result of the comparison, wherein the first current threshold represents a highest voltage of the main terminal during turn-off; and a second voltage comparator coupled to compare a signal received from the sense terminal to a turn-on threshold and output a second signal representative of a result of the comparison, wherein the turn-on threshold represents a highest voltage of the main terminal during turn-on, wherein the first comparator, the second voltage comparator, and the switching circuitry are in a single semiconductor package, wherein the sense terminal is a terminal of the package. control terminal driver circuitry configured to be coupled to the control input of the power semiconductor switch and provide a drive signal thereto; a sense terminal configured to be coupled to a main terminal of the power semiconductor switch; a current mirror coupled to the sense terminal to mirror a current input into the sense terminal during turn-off; a first current comparator coupled to compare a current signal received from the current mirror to a first current threshold and output a first signal representative of a result of the comparison, wherein the first current threshold represents a highest voltage of the main terminal during turn-off; and a second voltage comparator coupled to compare a signal received from the sense terminal to a turn-on threshold and output a second signal representative of a result of the comparison, wherein the turn-on threshold represents a highest voltage of the main terminal during turn-on, wherein the first comparator, the second voltage comparator, and the switching circuitry are in a single semiconductor package, wherein the sense terminal is a terminal of the package.
Electric motor for a fluid pump, in particular an oil pump, comprising a housing in which a stator , a rotor and a tapping plate are arranged, - the tapping plate having interconnection contacts for electrically connecting to windings of the stator , - the tapping plate being formed and/or overmoulded by a plastics material, - the stator being encased by an overmould that forms a bearing seat for the rotor , characterised in that - the tapping plate has connection elements for connecting to a control electronics and/or positioning electronics, and in that - the housing has a receiving space for the control electronics and/or positioning electronics, said receiving space being separated from the stator by a partition. - the tapping plate having interconnection contacts for electrically connecting to windings of the stator , - the tapping plate being formed and/or overmoulded by a plastics material, - the stator being encased by an overmould that forms a bearing seat for the rotor , characterised in that - the tapping plate has connection elements for connecting to a control electronics and/or positioning electronics, and in that - the housing has a receiving space for the control electronics and/or positioning electronics, said receiving space being separated from the stator by a partition.
A method of operating a multi-beam charged particle microscope with high throughput and high resolution, comprising - a first image acquisition of a first image patch 17.1 in a first time interval Ts1 and - a second image acquisition of a second image patch 17.2 in a second time interval Ts2, and - a third time interval Tr for moving a wafer stage from a first center position (21.1) of the first image patch (17.1) to a second center position (21.2) of the second image patch 17.2, such that at least one of the first and second time interval Ts1 or Ts2 has an overlap with the third time interval Tr, characterized by - deriving control signals for scanning deflection units of the multi-beam charged particle microscope to compensate the movement of the wafer stage during the time overlap; wherein, when the first time interval TS1 has an overlap with the third time interval Tr, the method further comprises a computation of a start time of the third time interval Tr of wafer movement during the first time interval Ts1 of image acquisition of the first image patch 17.1, such that a position deviation of the first center position of the first image patch 17.1 from a line of sight of the multi-beam charged particle microscope or a movement velocity of the wafer stage are below a predetermined threshold, and wherein, when the second time interval TS2 has an overlap with the third time Tr, the method further comprises computation of a start time of the second time interval Ts2 of the second image acquisition during the time interval Tr of wafer stage movement, such that a position deviation of the second center position 21.2 of the second image patch 17.2 from a line of sight of the multi-beam charged particle microscope or a movement velocity of the wafer stage are below a predetermined threshold. - a first image acquisition of a first image patch 17.1 in a first time interval Ts1 and - a second image acquisition of a second image patch 17.2 in a second time interval Ts2, and - a third time interval Tr for moving a wafer stage from a first center position (21.1) of the first image patch (17.1) to a second center position (21.2) of the second image patch 17.2, such that at least one of the first and second time interval Ts1 or Ts2 has an overlap with the third time interval Tr, - deriving control signals for scanning deflection units of the multi-beam charged particle microscope to compensate the movement of the wafer stage during the time overlap; wherein, when the first time interval TS1 has an overlap with the third time interval Tr, the method further comprises a computation of a start time of the third time interval Tr of wafer movement during the first time interval Ts1 of image acquisition of the first image patch 17.1, such that a position deviation of the first center position of the first image patch 17.1 from a line of sight of the multi-beam charged particle microscope or a movement velocity of the wafer stage are below a predetermined threshold, and
A system for magnetic tracking of an intra-body probe, the system comprising: a location pad , an intra-body probe , and a control console ; wherein the location pad comprises: a housing having a flat surface; and at least five field generators , which are fixed to the housing and are configured to generate respective magnetic fields having respective axes that are perpendicular to the flat surface such that a magnitude of a composite magnetic field, comprising the superposition of the respective magnetic fields generated by the at least five field generators, is substantially constant as a function of coordinates parallel to the flat surface; wherein the intra-body probe is a tool for inserting into a patient, and comprises a position sensor, the position sensor being capable of generating electrical signals in response to magnetic fields generated by the field generators; and wherein the control console is operatively linkable to the location pad and to the intra-body probe , and is adapted to determine a position of the position sensor based on electrical signals received from the position sensor. a location pad , an intra-body probe , and a control console ; wherein the location pad comprises: a housing having a flat surface; and at least five field generators , which are fixed to the housing and are configured to generate respective magnetic fields having respective axes that are perpendicular to the flat surface such that a magnitude of a composite magnetic field, comprising the superposition of the respective magnetic fields generated by the at least five field generators, is substantially constant as a function of coordinates parallel to the flat surface; wherein the intra-body probe is a tool for inserting into a patient, and comprises a position sensor, the position sensor being capable of generating electrical signals in response to magnetic fields generated by the field generators; and wherein the control console is operatively linkable to the location pad and to the intra-body probe , and is adapted to determine a position of the position sensor based on electrical signals received from the position sensor. a housing having a flat surface; and at least five field generators , which are fixed to the housing and are configured to generate respective magnetic fields having respective axes that are perpendicular to the flat surface such that a magnitude of a composite magnetic field, comprising the superposition of the respective magnetic fields generated by the at least five field generators, is substantially constant as a function of coordinates parallel to the flat surface; wherein the intra-body probe is a tool for inserting into a patient, and comprises a position sensor, the position sensor being capable of generating electrical signals in response to magnetic fields generated by the field generators; and wherein the control console is operatively linkable to the location pad and to the intra-body probe , and is adapted to determine a position of the position sensor based on electrical signals received from the position sensor.
A computer-implemented method, comprising: receiving a number specified by a user for a minimum character length for a password as a selector display condition for displaying a password reveal selector ; displaying a password entry box configured for input of password characters of a password, the password entry box including the password reveal selector for user-selection to reveal the password, the password reveal selector initially concealed from view when the password entry box is displayed; receiving the password characters in the password entry box , the password characters obfuscated when displayed in the password entry box ; displaying the password reveal selector according to the selector display condition, the selector display condition including the password reveal selector being displayed if a parameter is at least a minimum number , the parameter indicating a maximum number of the password characters the password entry box is implemented to receive, and if at least the number specified by the user of the password characters are received; receiving the user-selection of the password reveal selector ; and revealing the password in the password entry box for a duration of time after the user-selection of the password reveal selector is received. receiving a number specified by a user for a minimum character length for a password as a selector display condition for displaying a password reveal selector ; displaying a password entry box configured for input of password characters of a password, the password entry box including the password reveal selector for user-selection to reveal the password, the password reveal selector initially concealed from view when the password entry box is displayed; receiving the password characters in the password entry box , the password characters obfuscated when displayed in the password entry box ; displaying the password reveal selector according to the selector display condition, the selector display condition including the password reveal selector being displayed if a parameter is at least a minimum number , the parameter indicating a maximum number of the password characters the password entry box is implemented to receive, and if at least the number specified by the user of the password characters are received; receiving the user-selection of the password reveal selector ; and revealing the password in the password entry box for a duration of time after the user-selection of the password reveal selector is received.
An apparatus for receiving an at least partially flexible vessel adapted for receiving a fluid, comprising: an overpack including a base having a floor and an upstanding sidewall forming an interior for receiving the vessel; and a partition removably positioned in the interior of the overpack , the partition extending generally transverse to the sidewall and generally aligned with the floor to form an interior compartment in the interior of the overpack for receiving the vessel , characterized in that the base of the overpack includes a door for providing access to an exterior compartment of the base, wherein said exterior compartment is spaced from the interior compartment. an overpack including a base having a floor and an upstanding sidewall forming an interior for receiving the vessel; and a partition removably positioned in the interior of the overpack , the partition extending generally transverse to the sidewall and generally aligned with the floor to form an interior compartment in the interior of the overpack for receiving the vessel , characterized in that the base of the overpack includes a door for providing access to an exterior compartment of the base, wherein said exterior compartment is spaced from the interior compartment.
A hybrid automatic repeat request, HARQ, process disabling method, comprising: obtaining , by a receiving device, indication data, wherein the indication data is used to indicate to disable a HARQ process; and disabling , by the receiving device, the HARQ process, characterized in that , the indication data comprises a network identifier number; and the disabling, by the receiving device, the HARQ process comprises: determining , by the receiving device based on a preset mapping relationship, that the network identifier number indicates to disable the HARQ process, and disabling , by the receiving device, the HARQ process. obtaining , by a receiving device, indication data, wherein the indication data is used to indicate to disable a HARQ process; and disabling , by the receiving device, the HARQ process, characterized in that , the indication data comprises a network identifier number; and the disabling, by the receiving device, the HARQ process comprises: determining , by the receiving device based on a preset mapping relationship, that the network identifier number indicates to disable the HARQ process, and disabling , by the receiving device, the HARQ process.
A pneumatic release actuator for an evacuation slide, comprising: a housing ; a cylinder disposed within the housing ; a plunger disposed within the cylinder ; a seal disposed within the cylinder ; and a spring disposed within the housing and configured to apply a force to the plunger , and characterized in that the pneumatic release actuator is configured to pull a pin of said evacuation slide and release the slide from a soft cover . a housing ; a cylinder disposed within the housing ; a plunger disposed within the cylinder ; a seal disposed within the cylinder ; and a spring disposed within the housing and configured to apply a force to the plunger , and characterized in that the pneumatic release actuator is configured to pull a pin of said evacuation slide and release the slide from a soft cover .