mhurhangee/patent-ind-claim-en huggingface dataset:
A gas cylinder actuator with safety device for uncontrolled return of the piston-stem, which comprises: - a tubular containment jacket , - two opposing heads for closing said tubular jacket , a first head which is provided with a through hole for passage and for translation guidance with respect to an axis of symmetry (X) for a piston-stem , and a second, opposing head , - a piston-stem , which comprises a stem portion and a piston portion , - sealing means which are arranged so as to act against said stem portion at said passage and guidance hole , - a chamber for pressurized gas being defined between said tubular jacket , said heads and said piston-stem , said gas cylinder actuator further comprising, between said first head and said piston portion , a bushing , which is coupled to said tubular jacket with means of preventing translation with respect to said axis (X), and is designed to encounter said piston portion , said bushing being configured to at least be deformed in the event of impact with said piston portion owing to the uncontrolled return of said piston-stem , so as to allow the passage of said piston portion and the formation of a gas discharge passage between the piston-stem , the sealing means and the passage and guidance hole , characterized in that the sealing means are constituted by an annular gasket which is pressed between an outer surface of the stem portion and a facing portion of the internal surface of the jacket . - a tubular containment jacket , - two opposing heads for closing said tubular jacket , a first head which is provided with a through hole for passage and for translation guidance with respect to an axis of symmetry (X) for a piston-stem , and a second, opposing head , - a piston-stem , which comprises a stem portion and a piston portion , - sealing means which are arranged so as to act against said stem portion at said passage and guidance hole , - a chamber for pressurized gas being defined between said tubular jacket , said heads and said piston-stem , said gas cylinder actuator further comprising, between said first head and said piston portion , a bushing , which is coupled to said tubular jacket with means of preventing translation with respect to said axis (X), and is designed to encounter said piston portion , said bushing being configured to at least be deformed in the event of impact with said piston portion owing to the uncontrolled return of said piston-stem , so as to allow the passage of said piston portion and the formation of a gas discharge passage between the piston-stem , the sealing means and the passage and guidance hole , characterized in that the sealing means are constituted by an annular gasket which is pressed between an outer surface of the stem portion and a facing portion of the internal surface of the jacket .
A system for producing a multiple layer material , comprising first and second corrugation rolls for providing a corrugated profile having a plurality of crests , wherein the system further comprises first and second press rolls for applying a material sheet to crests of the corrugated profile , and a plurality of heating members arranged between the press rolls for welding the material sheet to the crests of the corrugated profile to form the multiple layer material , characterised in that a guiding plate is arranged between the corrugation rolls and the heating members , wherein the guiding plate is arranged with a profile engaging side having a plurality of crests corresponding to the crests of the corrugated profile , and wherein a cooling arrangement is provided for cooling the guiding plate .
A gesture-based object measurement method comprising: • collecting image information of a to-be-measured object; • collecting information about a gesture (step 300); • when the gesture meets a set condition, determining a measurement positioning point of the to-be-measured object according to the gesture (step 310); • obtaining three-dimensional coordinate values obtained after the measurement positioning point is mapped to three-dimensional space (step 320); • determining a gesture type of the gesture; • searching a preset correspondence among a plurality of correspondences between a gesture type and a measurement parameter for a preset measurement parameter corresponding to the determined gesture type, and using the preset measurement parameter as a measurement parameter of the to-be-measured object (step 330); and • calculating a value of the preset measurement parameter of the to-be-measured object according to the preset measurement parameter and the three-dimensional coordinate values (step 340). • collecting image information of a to-be-measured object; • collecting information about a gesture (step 300); • when the gesture meets a set condition, determining a measurement positioning point of the to-be-measured object according to the gesture (step 310); • obtaining three-dimensional coordinate values obtained after the measurement positioning point is mapped to three-dimensional space (step 320); • determining a gesture type of the gesture; • searching a preset correspondence among a plurality of correspondences between a gesture type and a measurement parameter for a preset measurement parameter corresponding to the determined gesture type, and using the preset measurement parameter as a measurement parameter of the to-be-measured object (step 330); and • calculating a value of the preset measurement parameter of the to-be-measured object according to the preset measurement parameter and the three-dimensional coordinate values (step 340).
Applicator for applying a cosmetic, makeup or care product (P) to the eyelashes and/or eyebrows, having a moulded applicator member having: - a core that extends along a longitudinal axis (X), - spikes carried by the core , and - reinforcing sails for the spikes , which are connected by their base to the core , extend parallel to the longitudinal axis (X) of the core and are disposed in a plurality of longitudinal rows , at least one first longitudinal row being offset axially with respect to a second longitudinal row . - a core that extends along a longitudinal axis (X), - spikes carried by the core , and - reinforcing sails for the spikes , which are connected by their base to the core , extend parallel to the longitudinal axis (X) of the core and are disposed in a plurality of longitudinal rows , at least one first longitudinal row being offset axially with respect to a second longitudinal row .
A vacuum cleaner filter bag comprising a wall, that encloses an inner space and consists of an air-permeable material, as well as an inlet opening formed in the wall, wherein the air-permeable material comprises at least one layer of a non-woven fabric, that comprises a dust-like and/or fiber-like recycled material from the production of textiles, in particular cotton textiles, and/or from clipping wool and/or seed fibers, and wherein the at least one layer of non-woven fabric comprising at least one dust-like and/or fiber-like recycled material comprises or consists of up to 95 weight-% of dust-like and/or fiber-like recycled material and/or seed fibers and at least 5 weight-% of binding fibers.
A non-volatile storage system comprising: a memory array that includes a plurality of bit lines and a plurality of sense blocks ; a plurality of bit line select transistors (M0, M1,...Ml 5) arranged in a bit line select transistor array , each bit line select transistor coupled between a corresponding one of the bit lines and a corresponding one of the sense blocks, the bit line select transistor array comprising a first bit line select transistor (M0) adjacent an edge of the bit line select transistor array; characterized by , a first dummy bit line select transistor (MDE1) adjacent the first bit line select transistor, wherein: the first bit line select transistor has a first transistor width (W1); and the first dummy bit line select transistor has a second transistor width (W2) greater than the first transistor width. a memory array that includes a plurality of bit lines and a plurality of sense blocks ; a plurality of bit line select transistors (M0, M1,...Ml 5) arranged in a bit line select transistor array , each bit line select transistor coupled between a corresponding one of the bit lines and a corresponding one of the sense blocks, the bit line select transistor array comprising a first bit line select transistor (M0) adjacent an edge of the bit line select transistor array; characterized by , a first dummy bit line select transistor (MDE1) adjacent the first bit line select transistor, wherein: the first bit line select transistor has a first transistor width (W1); and the first dummy bit line select transistor has a second transistor width (W2) greater than the first transistor width. the first bit line select transistor has a first transistor width (W1); and the first dummy bit line select transistor has a second transistor width (W2) greater than the first transistor width.
Hand-held power tool device having a drive unit (12a; 12b; 12c) which has at least one drive shaft (14a; 14b; 14c), and having at least one rotary impact mechanism (16a; 16b; 16c) which has at least one intermediate shaft (18a; 18b; 18c) which is oriented so as to be at least substantially aligned with the drive shaft (14a; 14b; 14c), and having at least one bearing (20a; 20b; 20c) for supporting the drive shaft (14a; 14b; 14c), wherein the bearing is arranged at least partially in a plane (22a; 22b; 22c) intersecting the intermediate shaft (18a; 18b; 18c) that extends at least substantially perpendicularly to the intermediate shaft (18a; 18b; 18c), and having an intermediate shaft bearing (48a; 48b; 48c) for supporting the intermediate shaft (18a; 18b; 18c), wherein the bearing is arranged radially between the drive shaft (14a; 14b; 14c) and the intermediate shaft (18a; 18b; 18c), characterized in that the intermediate shaft (18a; 18b; 18c) is, at least sectionally, arranged radially between the bearing and the intermediate shaft bearing (48a; 48b; 48c).
A fingerprint information processing method for an electronic device including a minimum fingerprint sensing area, the method comprising: a) acquiring a fingerprint image from the fingerprint sensing area, the fingerprint image comprising a plurality of ridge images; b) calculating (S520) an intensity variation value at an image of a ridge in a plurality of directions for each pixel of the fingerprint image, wherein the intensity variation value is defined as an intensity difference value with respect to a neighboring pixel for each pixel of the fingerprint image; c) selecting (S530, S540) pixels, each of which the intensity variation value is a threshold value or more, as feature point candidates; d) applying (S560) noise filtering to a region including the feature point candidates and neighboring pixels thereof; and, e) selecting (S570, S590, S600) candidates, each of which the intensity variation value after the noise filtering is within a threshold range, among the feature point candidates as final feature points. a) acquiring a fingerprint image from the fingerprint sensing area, the fingerprint image comprising a plurality of ridge images; b) calculating (S520) an intensity variation value at an image of a ridge in a plurality of directions for each pixel of the fingerprint image, wherein the intensity variation value is defined as an intensity difference value with respect to a neighboring pixel for each pixel of the fingerprint image; c) selecting (S530, S540) pixels, each of which the intensity variation value is a threshold value or more, as feature point candidates; d) applying (S560) noise filtering to a region including the feature point candidates and neighboring pixels thereof; and, e) selecting (S570, S590, S600) candidates, each of which the intensity variation value after the noise filtering is within a threshold range, among the feature point candidates as final feature points.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, information indicating a subcarrier spacing corresponding to a frame structure among a plurality of frame structures; and transmitting, to the terminal, scheduling information based on a transmission time interval, TTI, of the frame structure, as a unit of a scheduling, wherein the plurality of frame structures include a first frame structure and a second frame structure , wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure , and wherein the subcarrier spacing of the first frame structure is 15kHz and the subcarrier spacing of the second frame structure is 30kHz, and wherein a first TTI of the first frame structure and a second TTI of the second frame structure each include 14 symbols, and duration of the first TTI is 1ms and duration of the second TTI is 0.5 ms, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of other symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of other symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI. transmitting, to a terminal, information indicating a subcarrier spacing corresponding to a frame structure among a plurality of frame structures; and transmitting, to the terminal, scheduling information based on a transmission time interval, TTI, of the frame structure, as a unit of a scheduling, wherein the plurality of frame structures include a first frame structure and a second frame structure , wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure , and wherein the subcarrier spacing of the first frame structure is 15kHz and the subcarrier spacing of the second frame structure is 30kHz, and wherein a first TTI of the first frame structure and a second TTI of the second frame structure each include 14 symbols, and duration of the first TTI is 1ms and duration of the second TTI is 0.5 ms, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of other symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of other symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI.
Add-on module for data backup for a field device, wherein the add-on module comprises - a coupling device configured to couple the add-on module to the field device, wherein the add-on module can be plugged onto or connected to the field device during operation of the field device; - data interface device configured to provide a first data transmission connection between the field device and the add-on module and to provide a second data transmission connection, which is a radio communication, between the add-on module and a cloud-based system; and - a backup device configured to transmit backup data for data backup for the field device to the cloud-based system using the first data transmission connection and the second data transmission connection; characterised in that the backup device is configured to copy the backup data back to the field device as individual parameters, as parameter blocks for linearisation or for interference signal suppression, as measured value memory, as event memory, as trailing pointers, as configuration data, as field device information, as diagnostic data or as certificates by plugging in the add-on module in a restore mode. - a coupling device configured to couple the add-on module to the field device, wherein the add-on module can be plugged onto or connected to the field device during operation of the field device; - data interface device configured to provide a first data transmission connection between the field device and the add-on module and to provide a second data transmission connection, which is a radio communication, between the add-on module and a cloud-based system; and - a backup device configured to transmit backup data for data backup for the field device to the cloud-based system using the first data transmission connection and the second data transmission connection;
Elevator and access system of an environment comprising at least one elevator group with at least one elevator car movable along a vertical pathway and an elevator control being connected with an access control of the environment, which elevator and access system further comprises - at least one access door to the environment, which access door has a door lock controlled by the access control , whereby in connection with the access door a first access I/O device controlling the door lock is located , which device is configured to communicate with the access control , and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control , whereby the elevator control and the access control are connected with a public communication network, via which the access control is configured to communicate with at least one first mobile phone holding access rights in the environment, whereby the at least one first mobile phone is configured to communicate with the access control either to unlock the door lock and/or the hatch lock or to forward access data for the first and/or second access I/O devices to a delivery communication device for unlocking the door lock and/or the hatch lock. further comprises - at least one access door to the environment, which access door has a door lock controlled by the access control , whereby in connection with the access door a first access I/O device controlling the door lock is located , which device is configured to communicate with the access control , and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control , - at least one access door to the environment, which access door has a door lock controlled by the access control , whereby in connection with the access door a first access I/O device controlling the door lock is located , which device is configured to communicate with the access control , and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control , whereby the elevator control and the access control are connected with a public communication network, via which the access control is configured to communicate with at least one first mobile phone holding access rights in the environment, whereby the at least one first mobile phone is configured to communicate with the access control either to unlock the door lock and/or the hatch lock or to forward access data for the first and/or second access I/O devices to a delivery communication device for unlocking the door lock and/or the hatch lock.
A polarizer protective film comprising a polymeric film; and a coating layer formed on at least one surface of the polymeric film, wherein the coating layer has a plurality of concave embossed patterns and a surface roughness (Ra) of 2.0 nm to 20.0 nm.
A molten salt fission reactor comprising: a reactor core comprising a plurality of fuel tubes , each fuel tube containing: a fuel salt , the fuel salt being a molten salt of one or more fissile isotopes; a gas interface of the fuel salt, which is a surface of the fuel salt in contact with a gas space during operation of the reactor; a fuel salt cooling system configured to cool the fuel salt, the fuel salt cooling system comprising a coolant tank containing a coolant liquid in which the fuel tubes are at least partially immersed, and a heat exchanger for extracting heat from the coolant liquid; characterised in that : the fuel salt cooling system is configured such that during operation of the reactor, for all points within the fuel salt within each fuel tube except at the respective gas interface: T 2 > 1 − R He ΔH He ∗ ln P 1 P 2 + 1 T 1 where: T 1 is the temperature of the fuel salt at the gas interface; T 2 is the temperature of the fuel salt at the measured point; P 1 is the absolute pressure at the gas interface; P 2 is the absolute pressure at the measured point; R He is the gas constant of Helium; ΔH He is the enthalpy of solution of Helium in the fuel salt a reactor core comprising a plurality of fuel tubes , each fuel tube containing: a fuel salt , the fuel salt being a molten salt of one or more fissile isotopes; a gas interface of the fuel salt, which is a surface of the fuel salt in contact with a gas space during operation of the reactor; a fuel salt , the fuel salt being a molten salt of one or more fissile isotopes; a gas interface of the fuel salt, which is a surface of the fuel salt in contact with a gas space during operation of the reactor; a fuel salt cooling system configured to cool the fuel salt, the fuel salt cooling system comprising a coolant tank containing a coolant liquid in which the fuel tubes are at least partially immersed, and a heat exchanger for extracting heat from the coolant liquid; a coolant tank containing a coolant liquid in which the fuel tubes are at least partially immersed, and a heat exchanger for extracting heat from the coolant liquid; characterised in that : the fuel salt cooling system is configured such that during operation of the reactor, for all points within the fuel salt within each fuel tube except at the respective gas interface: T 2 > 1 − R He ΔH He ∗ ln P 1 P 2 + 1 T 1 where: T 1 is the temperature of the fuel salt at the gas interface; T 2 is the temperature of the fuel salt at the measured point; P 1 is the absolute pressure at the gas interface; P 2 is the absolute pressure at the measured point; R He is the gas constant of Helium; ΔH He is the enthalpy of solution of Helium in the fuel salt T 1 is the temperature of the fuel salt at the gas interface; T 2 is the temperature of the fuel salt at the measured point; P 1 is the absolute pressure at the gas interface; P 2 is the absolute pressure at the measured point; R He is the gas constant of Helium; ΔH He is the enthalpy of solution of Helium in the fuel salt
A process for manufacturing a silver ion coated object having improved antimicrobial properties, comprising: an irradiating process for irradiating microwaves to a target object immersed into a silver ion solution or to a target object in a sprayed state with a silver ion solution sprayed onto it, such that the silver ion solution is spread out onto the whole surface of the target object, characterized in that the object stays immersed in or soaked with the silver ion solution during the microwave irradiation, and the object is dried after the microwave irradiation. an irradiating process for irradiating microwaves to a target object immersed into a silver ion solution or to a target object in a sprayed state with a silver ion solution sprayed onto it, such that the silver ion solution is spread out onto the whole surface of the target object, characterized in that the object stays immersed in or soaked with the silver ion solution during the microwave irradiation, and the object is dried after the microwave irradiation.