mhurhangee/patent-ind-claim-en huggingface dataset:
A suture anchor kit comprising: a suture anchor having at least one suture limb extending therefrom, the suture anchor comprising a distal end for entering bone, an opposite proximal end , a threaded outer surface , and a side between the distal end and proximal end ; a suture anchor passing tool adapted to grasp the suture anchor side; and characterised in that : the suture anchor has a hexagonal opening at its proximal end ; and further comprising: a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor , and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof. a suture anchor having at least one suture limb extending therefrom, the suture anchor comprising a distal end for entering bone, an opposite proximal end , a threaded outer surface , and a side between the distal end and proximal end ; a suture anchor passing tool adapted to grasp the suture anchor side; and characterised in that : the suture anchor has a hexagonal opening at its proximal end ; and further comprising: a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor , and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof. a driver having an elongated shaft, a hexagonal cross section near a distal end of the driver for mating with the hexagonal opening of said suture anchor , and terminating at the distal end of the driver with threads and a sharp point; and an awl head having a threaded opening at a proximal end thereof for mating with the threads of the driver, and a conical section at a distal end thereof.
A vehicle radar system comprising a transceiver arrangement that is arranged to generate and transmit at least a first radar signal cycle and a following second radar signal cycle , where, for the first radar signal cycle , a corresponding first received signal and corresponding first received signal information is obtained, and for a following second radar signal cycle , a corresponding second received signal and corresponding second received signal information is obtained, wherein the vehicle radar system comprises a control unit arranged to calculate a difference between the first received signal information and the second received signal information , characterized in that the first received signal information is constituted by received digital Intermediate Frequency, IF, signals for a first radar signal cycle stored in a first memory and the second received signal information is constituted by received digital IF signals for a second radar signal cycle Z stored in a second memory .
A method for implementing a multi-power distributed power storage and generation system comprising: feeding power generated by a plurality of solar arrays of a solar power plant directly to a common bus ; discharging, by a plurality of bi-directional DC/DC converters of a DC storage plant , power from at least one of a plurality of battery banks , respectively, directly to the common bus ; feeding a voltage on the common bus to a single input port invertor ; monitoring , by a system controller , a power demand of an external load; maintaining constant power output from the DC storage plant in a maximum power point tracking, MPPT, region of the solar power plant using the power droop method enabling local control of power output from the DC storage plant based on the power demand of the external load; ramping down an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is higher than the MPPT region ; ramping up an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is lower than the MPPT region ; and maintaining maximum power output of the solar power plant . feeding power generated by a plurality of solar arrays of a solar power plant directly to a common bus ; discharging, by a plurality of bi-directional DC/DC converters of a DC storage plant , power from at least one of a plurality of battery banks , respectively, directly to the common bus ; feeding a voltage on the common bus to a single input port invertor ; monitoring , by a system controller , a power demand of an external load; maintaining constant power output from the DC storage plant in a maximum power point tracking, MPPT, region of the solar power plant using the power droop method enabling local control of power output from the DC storage plant based on the power demand of the external load; ramping down an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is higher than the MPPT region ; ramping up an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is lower than the MPPT region ; and maintaining maximum power output of the solar power plant .
Guide assembly comprising: - a translation guide ; - a door leaf for a lift, movable along the translation guide and comprising at least a support element placed at one end of said leaf; - at least one runner , slidably housed in the translation guide , characterised in that said at least one runner is defining one or more connection seats to the support element , wherein said seat/s and said element can be coupled with at least two different orientations of the runner with respect to the door leaf ; wherein, for each orientation, the runner delimits at least a different friction surface with respect to the translation guide , the friction surfaces being non-equidistant from the support element so that the relative position between the door leaf and the translation guide can be changed by means of the different orientations of said runner . - a translation guide ; - a door leaf for a lift, movable along the translation guide and comprising at least a support element placed at one end of said leaf; - at least one runner , slidably housed in the translation guide , characterised in that said at least one runner is defining one or more connection seats to the support element , wherein said seat/s and said element can be coupled with at least two different orientations of the runner with respect to the door leaf ;
A friction clutch , at least having a counterplate , a pressure plate that can be moved along a common rotational axis with respect to the counterplate and a plurality of clutch discs arranged between the counterplate and the pressure plate , wherein the friction clutch is a multiple disc clutch additionally having at least one intermediate plate arranged between the counterplate and the pressure plate or is a multi-plate clutch additionally having at least one multiple plate arranged between the counterplate and the pressure plate ; wherein i. a clutch disc is arranged in each case between the pressure plate and the intermediate plate and between the counterplate and the intermediate plate ; or ii. clutch discs arranged between the pressure plate and the counterplate are arranged spaced apart from each other in each case by means of a multiple plate ; wherein the friction clutch is designed in such a way that, at least when the friction clutch is disengaged, starting from the pressure plate and towards the counterplate , each of the clutch discs can be moved away from the adjacent component one after the other, or at least when the friction clutch is engaged, starting from the counterplate and towards the pressure plate , each of the clutch discs can be moved towards the adjacent component in each case one after the other, characterised in that a) the pressure plate is connected to the intermediate plate via at least one first spring element and the intermediate plate is connected to the counterplate via at least one second spring element ; wherein the pressure plate is arranged spaced apart from the intermediate plate and the intermediate plate is arranged spaced apart from the counterplate by a spring force of the spring element when the friction clutch is disengaged; or b) the pressure plate is connected to the at least one multiple plate via at least one first spring element , wherein the spring force of the first spring element causes the at least one multiple plate to be arranged spaced apart from the pressure plate when the friction clutch is disengaged. i. a clutch disc is arranged in each case between the pressure plate and the intermediate plate and between the counterplate and the intermediate plate ; or ii. clutch discs arranged between the pressure plate and the counterplate are arranged spaced apart from each other in each case by means of a multiple plate ; a) the pressure plate is connected to the intermediate plate via at least one first spring element and the intermediate plate is connected to the counterplate via at least one second spring element ; wherein the pressure plate is arranged spaced apart from the intermediate plate and the intermediate plate is arranged spaced apart from the counterplate by a spring force of the spring element when the friction clutch is disengaged; or b) the pressure plate is connected to the at least one multiple plate via at least one first spring element , wherein the spring force of the first spring element causes the at least one multiple plate to be arranged spaced apart from the pressure plate when the friction clutch is disengaged.
Aircraft fuselage having a curved shape with a vertical symmetry plane and a central longitudinal axis and comprising a pressurized cabin and an unpressurized rear section separated by a rear pressure bulkhead ; the pressurized cabin comprising a floor dividing the space of the pressurized cabin into upper and lower compartments ; the rear pressure bulkhead comprises flat portions forming one or more kinks between them, characterized in that one of said kinks being contiguous to the rear border of the floor , and wherein the rear pressure bulkhead further comprises: - upper and lower flat portions forming a kink contiguous to the rear border of the floor , the upper flat portion being perpendicular to the central longitudinal axis, the lower flat portion forming an angle α with the floor comprised between 30-60o, or - upper, middle and lower flat portions forming a first kink between the upper and middle flat portions and a second kink between the middle and lower flat portions contiguous to the rear border of the floor ; the middle flat portion being coplanar with the floor , the upper flat portion being perpendicular to the central longitudinal axis, the lower flat portion forming an angle β with the floor comprised between 30-60o. - upper and lower flat portions forming a kink contiguous to the rear border of the floor , the upper flat portion being perpendicular to the central longitudinal axis, the lower flat portion forming an angle α with the floor comprised between 30-60o, or - upper, middle and lower flat portions forming a first kink between the upper and middle flat portions and a second kink between the middle and lower flat portions contiguous to the rear border of the floor ; the middle flat portion being coplanar with the floor , the upper flat portion being perpendicular to the central longitudinal axis, the lower flat portion forming an angle β with the floor comprised between 30-60o.
Encapsulated fragrance composition, said fragrance composition comprising from about 1.00 wt% to about 10.00 wt%, based on the weight of the fragrance composition, of an accord comprising: (i) about 90.00 wt% to about 100 wt%, based on the weight of the accord, of at least one compound selected from menthol, menthyl acetate, isopulegol, pulegone, pulegol, peppermint cyclohexanone, and dihydromyrcene; (ii) about 0 wt% to about 10.00 wt%, based on the weight of the accord, of at least one compound selected from citroxide, elemicin, elemol, geranic oxide, vanillyl ethyl ether, vanillyl butyl ether, caryophyllene beta and zingiberene alpha; wherein the accord comprises at least two compounds, wherein at least one of menthol and isopulegol is present in the accord, and wherein the sum of (i) + (ii) makes up 100 wt% of the accord. (i) about 90.00 wt% to about 100 wt%, based on the weight of the accord, of at least one compound selected from menthol, menthyl acetate, isopulegol, pulegone, pulegol, peppermint cyclohexanone, and dihydromyrcene; (ii) about 0 wt% to about 10.00 wt%, based on the weight of the accord, of at least one compound selected from citroxide, elemicin, elemol, geranic oxide, vanillyl ethyl ether, vanillyl butyl ether, caryophyllene beta and zingiberene alpha;
A spunbonded electret web comprising polylactic acid fibers, wherein at least some of the polylactic acid fibers are meltspun, drawn, charged fibers that comprise from about 0.1 wt. % to about 5.0 wt. % charging additive, and wherein the web is a through-air bonded web and wherein the meltspun, drawn polylactic acid fibers comprise polylactic acid with a mass ratio of L-lactic acid monomer units to D-lactic acid monomer units of from about 97:3 to about 100:0.
Encapsulated printed circuit board assembly suitable for electrical connection to a high- or medium-voltage power conductor in a power distribution network of a national grid, the printed circuit board assembly comprising a) a printed circuit board (PCB) , delimited by a peripheral edge and having a first major surface and an opposed second major surface , and comprising a high-tension pad , on the first major surface, wherein in use the high-tension pad is on a voltage of at least one kilovolt, b) an electrically insulating encapsulation body in surface contact with, and enveloping, the high-tension pad and at least a portion of the peripheral edge adjacent to the high-tension pad, c) a conductive low-voltage shielding layer , arranged on a first surface region of an external surface of the encapsulation body, said conductive low-voltage shielding layer being suitable for being held on electrical ground or on a low voltage to shield at least a low-voltage portion of the PCB, wherein the high-tension pad extends to the peripheral edge of the PCB . a) a printed circuit board (PCB) , delimited by a peripheral edge and having a first major surface and an opposed second major surface , and comprising a high-tension pad , on the first major surface, wherein in use the high-tension pad is on a voltage of at least one kilovolt, b) an electrically insulating encapsulation body in surface contact with, and enveloping, the high-tension pad and at least a portion of the peripheral edge adjacent to the high-tension pad, c) a conductive low-voltage shielding layer , arranged on a first surface region of an external surface of the encapsulation body, said conductive low-voltage shielding layer being suitable for being held on electrical ground or on a low voltage to shield at least a low-voltage portion of the PCB,
A fingerprint identification system, comprising: a main control unit and a fingerprint module , wherein the fingerprint module is connected to the main control unit , and the fingerprint module comprises: a fingerprint sensor , a match on chip, MOC, and a key member , and the key member is connected to the fingerprint sensor ; the key member is configured to generate an interrupt signal according to a touch operation of a user on the key member , to wake up the main control unit ; the MOC and/or the fingerprint sensor , when in a power-off state, is configured to receive a first control instruction sent by the main control unit , and enter a power-up state according to the first control instruction; the fingerprint sensor is configured to collect fingerprint information of a verification target, and output the fingerprint information to the MOC ; the MOC is configured to authenticate the fingerprint information, and output an authentication result to the main control unit ; characterized in that when the MOC performs a fingerprint identification process, the MOC is further configured to control the key member to be in a power-down state; and when the main control unit does not receive the authentication result sent by the MOC within a preset period of time, and at least one of the MOC and/or the fingerprint sensor is in the power-up state, the MOC and/or the fingerprint sensor is further configured to receive a second control instruction sent by the main control unit , and enter the power-down state according to the second control instruction. the key member is configured to generate an interrupt signal according to a touch operation of a user on the key member , to wake up the main control unit ; the MOC and/or the fingerprint sensor , when in a power-off state, is configured to receive a first control instruction sent by the main control unit , and enter a power-up state according to the first control instruction; the fingerprint sensor is configured to collect fingerprint information of a verification target, and output the fingerprint information to the MOC ; the MOC is configured to authenticate the fingerprint information, and output an authentication result to the main control unit ; characterized in that when the MOC performs a fingerprint identification process, the MOC is further configured to control the key member to be in a power-down state; and when the main control unit does not receive the authentication result sent by the MOC within a preset period of time, and at least one of the MOC and/or the fingerprint sensor is in the power-up state, the MOC and/or the fingerprint sensor is further configured to receive a second control instruction sent by the main control unit , and enter the power-down state according to the second control instruction.
An Augmented Reality (AR)-device , comprising • a visual sensor configured for capturing an environment of the AR-device; • a display configured for providing □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data ; • a computer configured for □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; characterised in that the AR-data further comprise remeasurement indications which are • based on an evaluation of the measured data in terms of quality, and • spatially linked to the reference system at corresponding locations of the environment where the measured data lack a target quality, wherein the AR-data further comprise remeasurement instructions which are • based on an analysis of the remeasurement indications in context of the structure of the environment, and • spatially linked to the reference system at corresponding locations of the environment where a surveying instrument is required to be set up for a remeasurement. • a visual sensor configured for capturing an environment of the AR-device; • a display configured for providing □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data ; □ a real view of the environment, wherein a reference system is linked to the environment, and □ overlays onto the real view according to AR-data, wherein the AR-data are spatially linked to a reference system, and comprise designed data and measured data ; • a computer configured for □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; characterised in that the AR-data further comprise remeasurement indications which are □ reading and controlling the visual sensor, □ determining a pose of the AR-device relative to the reference system, □ at least one of receiving, generating and storing the AR-data, and □ generating the overlays; • based on an evaluation of the measured data in terms of quality, and • spatially linked to the reference system at corresponding locations of the environment where the measured data lack a target quality, wherein the AR-data further comprise remeasurement instructions which are • based on an analysis of the remeasurement indications in context of the structure of the environment, and • spatially linked to the reference system at corresponding locations of the environment where a surveying instrument is required to be set up for a remeasurement.
A method comprising: while a streaming device is streaming a media program from a multimedia device (108-1, ..., 108-N) to a client device (106-1, ..., 106-M), the streaming device : sending a first portion of the media program to the client device (106-1, ..., 106-M), the first portion having been adapted by the streaming device for a first playing mode of the client device (106-1, ..., 106-M) with one or more first adaptation operations specific to the first playing mode; in response to receiving an indication of a user command from the client device (106-1, ..., 106-M) specifying a second different playing mode of the client device (106-1, ..., 106-M), altering a received portion of the media program received from the multimedia device (108-1, ..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1, ..., 108-N), to the client device (106-1, ..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1, ..., 106-M) with one or more second different adaptation operations specific to the second playing mode. sending a first portion of the media program to the client device (106-1, ..., 106-M), the first portion having been adapted by the streaming device for a first playing mode of the client device (106-1, ..., 106-M) with one or more first adaptation operations specific to the first playing mode; in response to receiving an indication of a user command from the client device (106-1, ..., 106-M) specifying a second different playing mode of the client device (106-1, ..., 106-M), altering a received portion of the media program received from the multimedia device (108-1, ..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1, ..., 108-N), to the client device (106-1, ..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1, ..., 106-M) with one or more second different adaptation operations specific to the second playing mode. altering a received portion of the media program received from the multimedia device (108-1, ..., 108-N) to generate a second different portion of the media program; and sending the second different portion of the media program, as altered from the received portion of the media program received from the multimedia device (108-1, ..., 108-N), to the client device (106-1, ..., 106-M), the second portion having been adapted by the streaming device for the second playing mode of the client device (106-1, ..., 106-M) with one or more second different adaptation operations specific to the second playing mode.