mhurhangee/patent-ind-claim-en huggingface dataset:
A watch-type mobile terminal comprising: an wireless communication unit configured to perform a communication with an external device; a controller configured to execute a contact application; a touch screen configured to output a contact list when the contact application is executed; and a bezel configured to sense at least one rotation input, characterized in that the controller is further configured to: sense a touch input signal on the touch screen, wherein the touch input signal is a drag touch input on touch screen, scroll the contact list to search for a specific contact in response to the touch input signal, sense a rotation input, being a drag touch input, via the bezel , and control a scroll pop-up for searching for the specific contact to be output on the contact list of the contact application when the rotation input's speed corresponds to a speed faster than a predetermined speed. an wireless communication unit configured to perform a communication with an external device; a controller configured to execute a contact application; a touch screen configured to output a contact list when the contact application is executed; and a bezel configured to sense at least one rotation input, characterized in that the controller is further configured to: sense a touch input signal on the touch screen, wherein the touch input signal is a drag touch input on touch screen, scroll the contact list to search for a specific contact in response to the touch input signal, sense a rotation input, being a drag touch input, via the bezel , and control a scroll pop-up for searching for the specific contact to be output on the contact list of the contact application when the rotation input's speed corresponds to a speed faster than a predetermined speed. sense a touch input signal on the touch screen, wherein the touch input signal is a drag touch input on touch screen, scroll the contact list to search for a specific contact in response to the touch input signal, sense a rotation input, being a drag touch input, via the bezel , and control a scroll pop-up for searching for the specific contact to be output on the contact list of the contact application when the rotation input's speed corresponds to a speed faster than a predetermined speed.
A fluid delivery pen comprises (i) a cartridge cover ; (ii) a pen cap (PC); (iii) concentrically arranged an inner body (IB) and an outer body (OB); said cartridge cover comprises a cartridge containing fluid ; said inner body (IB) comprises a drive mechanism for dose delivery; said drive mechanism comprises a hollow piston rod , at least one driving means for rotating a drive shaft and a drive shaft keyway (DSK); said hollow piston rod has helical thread on its inner surface; said drive shaft has helical rib on its outer surface; the helical thread of the piston rod mates with the helical rib of the drive shaft forming a thread connection and being axially restrained in the proximal direction relative to the outer body (OB); the fluid delivery pen further comprises a dose setting mechanism; said dose setting mechanism comprises concentrically arranged (i) a dose dial tube (DDT); (ii) a clutch tube (CT) and (iii) a thumb pad (TP); said clutch tube (CT) is located inside the dose dial tube (DDT); said clutch tube (CT) comprises one way ratchet (CT1) on its proximal end; said dose dial tube (DDT) and clutch tube (CT) are located in between the inner body (IB) and the outer body (OB); said dose dial tube (DDT) comprises ratchet teeth (DDT10) on its inner surface; the fluid delivery pen is characterized in that the said dose setting mechanism further comprises a ratchet cap ; said ratchet cap comprises a one way ratchet and a one way ratchet teeth ; the mating of one way ratchet with the ratchet teeth (DDT10) produce a click of higher audibility during upward dose setting; the mating of one way ratchet teeth with one way ratchet (CT1) produce a click of lower audibility during downward dose setting, wherein the size of one way ratchet of the ratchet cap is larger than the size of one way ratchet (CT1) of the clutch tube (CT).
An ultrasound imaging apparatus comprising: an ultrasound probe (P) comprising a connector ; a main body (M) comprising a slot connectable to the connector ; a display provided on the main body (M); and a controller configured to output a warning message to the display based on at least one current flowing from the ultrasound probe (P) being out of a predetermined range when the connector and the slot are connected, and wherein the controller is composed of at least one processor comprised in the main body; characterized in that the controller is configured to: output a warning message (M7) to the display when a current identifying an ID of the ultrasound probe (P) is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range. an ultrasound probe (P) comprising a connector ; a main body (M) comprising a slot connectable to the connector ; a display provided on the main body (M); and a controller configured to output a warning message to the display based on at least one current flowing from the ultrasound probe (P) being out of a predetermined range when the connector and the slot are connected, and wherein the controller is composed of at least one processor comprised in the main body; characterized in that the controller is configured to: output a warning message (M7) to the display when a current identifying an ID of the ultrasound probe (P) is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range. output a warning message (M7) to the display when a current identifying an ID of the ultrasound probe (P) is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range.
A spark plug comprising: an insulator having an axial bore extending in an axial direction (OD); a center electrode disposed at one end of the axial bore ; a metal terminal disposed at the other end of the axial bore ; and a connecting portion that electrically connects the center electrode with the metal terminal within the axial bore ; wherein the connecting portion includes a resistor , characterized in that a center electrode-side resistance (R1) of the resistor is larger than a metal terminal-side resistance (R2) of the resistor , the center electrode-side resistance (R1) being a resistance of a portion of the resistor that extends from a center thereof toward the center electrode in the axial direction (OD), the metal terminal-side resistance (R2) being a resistance of a portion of the resistor that extends from the center thereof toward the metal terminal ; wherein the center electrode-side resistance (R1) is the resistance of a portion of the resistor extending from the center (B) of the resistor to an interface A, and wherein the metal terminal-side resistance (R2) is the resistance of a portion of the resistor extending from the center (B) of the resistor to an interface C; wherein the interface A is between a lower seal member and the resistor , and the interface C is between an upper seal member and the resistor . an insulator having an axial bore extending in an axial direction (OD); a center electrode disposed at one end of the axial bore ; a metal terminal disposed at the other end of the axial bore ; and a connecting portion that electrically connects the center electrode with the metal terminal within the axial bore ; wherein the connecting portion includes a resistor , characterized in that a center electrode-side resistance (R1) of the resistor is larger than a metal terminal-side resistance (R2) of the resistor , the center electrode-side resistance (R1) being a resistance of a portion of the resistor that extends from a center thereof toward the center electrode in the axial direction (OD), the metal terminal-side resistance (R2) being a resistance of a portion of the resistor that extends from the center thereof toward the metal terminal ; wherein the center electrode-side resistance (R1) is the resistance of a portion of the resistor extending from the center (B) of the resistor to an interface A, and wherein the metal terminal-side resistance (R2) is the resistance of a portion of the resistor extending from the center (B) of the resistor to an interface C; wherein the interface A is between a lower seal member and the resistor , and the interface C is between an upper seal member and the resistor .
A vehicle silencer for a supercharger duct of a combustion engine with a turbocharger , comprising: at least a first housing part with a first outer casing and a second housing part with a second outer casing , which housing parts are coupled to one another in a connecting area and form an outer casing of the vehicle silencer ; a resonator inner element , which is mounted in a form-fitting manner in at least one of the housing parts and comprises at least one chamber dividing wall , and at least one first inner pipe section adjoining an inner perimeter of the chamber dividing wall , wherein at least one first and one second resonator chamber are formed by the two housing parts and the resonator inner element , wherein the first resonator chamber is delimited on the inside partially by the first inner pipe section of a resonator inner element , or by an outer casing surface of the first inner pipe section and by a first wall surface of the chamber dividing wall , wherein the second resonator chamber is delimited by a second wall surface of the chamber dividing wall relative to the first resonator chamber , wherein the resonator inner element adjoining an outer perimeter of the chamber dividing wall comprises at least one first outer pipe section , which is designed to be coaxial to the first inner pipe section of the resonator inner element , characterized in that an annulus is formed between the outer pipe section and the first outer casing and/or the second outer casing . at least a first housing part with a first outer casing and a second housing part with a second outer casing , which housing parts are coupled to one another in a connecting area and form an outer casing of the vehicle silencer ; a resonator inner element , which is mounted in a form-fitting manner in at least one of the housing parts and comprises at least one chamber dividing wall , and at least one first inner pipe section adjoining an inner perimeter of the chamber dividing wall , wherein at least one first and one second resonator chamber are formed by the two housing parts and the resonator inner element , wherein the first resonator chamber is delimited on the inside partially by the first inner pipe section of a resonator inner element , or by an outer casing surface of the first inner pipe section and by a first wall surface of the chamber dividing wall , wherein the second resonator chamber is delimited by a second wall surface of the chamber dividing wall relative to the first resonator chamber , wherein the resonator inner element adjoining an outer perimeter of the chamber dividing wall comprises at least one first outer pipe section , which is designed to be coaxial to the first inner pipe section of the resonator inner element , characterized in that an annulus is formed between the outer pipe section and the first outer casing and/or the second outer casing .
A method for sorting aluminium alloys in aluminium scrap, characterized in that the aluminium scraps are supplied to a measuring station, a contact between the aluminium scraps and a sensor for measuring the electric conductivity is established there, the electric conductivity of the aluminium scraps is measured and in dependence on the measurement result the aluminium scraps will be transported onwards on a track provided for this.
A device for applying vibrations to passenger cars with different track widths and different wheel widths, which device comprises a platform on which the passenger car can be placed, wherein the platform has rollers on which a front or rear pair of wheels of the passenger car can be positioned, wherein each roller has for each wheel positioned thereon at least two tracks with a different surface relief, all this such that in a first position on the device the passenger car is located with the wheels on a first pair of the tracks and in a second position on the device it is located with the wheels on another pair of the tracks and so that by rotating the rollers under the wheels vibrations are applied to the passenger car by the relief of the roller, wherein each track has a width which is greater than a greatest of the different wheel widths and wherein there is a distance between corresponding tracks, measured on the outer sides of each track, between each of the first and second pair of the tracks, which distance is substantially equal to a greatest of the different track widths, wherein the track width is defined as the distance between the outer sides of the wheels of the passengers car and corresponds to the distance between a left-hand side of a left wheel and the corresponding right-hand side of a right wheel.
A vehicle drive device comprising: a rotary electric machine having a stator core , a rotor core rotatably supported with respect to the stator core , and a tubular rotor shaft connected to the rotor core so as to rotate integrally with the rotor core , and serving as a driving force source for a wheel (W); a drive transmission mechanism provided in a power transmission path (P) for connecting the rotor shaft and the wheel (W); a first hydraulic pump driven by a driving force transmitted through the power transmission path (P); a second hydraulic pump driven by a driving force source independent of the power transmission path (P); and a first oil passage that supplies oil discharged from the first hydraulic pump to a rotor bearing (B1) that supports the rotor shaft such that the rotor shaft is rotatable, wherein the rotor shaft is disposed so as to project from the rotor core to both sides in an axial direction (L), and the rotor bearing (B1) includes a first rotor bearing (B1a) that supports a portion of the rotor shaft that projects from the rotor core to one side (L1) in the axial direction (L) such that the portion is rotatable, and a second rotor bearing (B1b) that supports a portion of the rotor shaft that projects from the rotor core to another side (L2) in the axial direction (L) such that the portion is rotatable, characterized by a second oil passage that supplies oil discharged from the second hydraulic pump to an inner peripheral surface of the rotor shaft . a rotary electric machine having a stator core , a rotor core rotatably supported with respect to the stator core , and a tubular rotor shaft connected to the rotor core so as to rotate integrally with the rotor core , and serving as a driving force source for a wheel (W); a drive transmission mechanism provided in a power transmission path (P) for connecting the rotor shaft and the wheel (W); a first hydraulic pump driven by a driving force transmitted through the power transmission path (P); a second hydraulic pump driven by a driving force source independent of the power transmission path (P); and a first oil passage that supplies oil discharged from the first hydraulic pump to a rotor bearing (B1) that supports the rotor shaft such that the rotor shaft is rotatable, wherein the rotor shaft is disposed so as to project from the rotor core to both sides in an axial direction (L), and the rotor bearing (B1) includes a first rotor bearing (B1a) that supports a portion of the rotor shaft that projects from the rotor core to one side (L1) in the axial direction (L) such that the portion is rotatable, and a second rotor bearing (B1b) that supports a portion of the rotor shaft that projects from the rotor core to another side (L2) in the axial direction (L) such that the portion is rotatable, characterized by a second oil passage that supplies oil discharged from the second hydraulic pump to an inner peripheral surface of the rotor shaft .
A method for optimized network function, NF, discovery and routing using an NF repository function, NRF, and a service communication proxy, SCP, the method comprising: at the SCP, receiving a discovery request message or generating a discovery request message based on a received service request message with a 3gpp-Sbi-Discovery header; modifying , by the SCP, the discovery request message to identify as unhealthy at least one endpoint and service name combination associated with a producer NF instance capable of providing a service identified in the discovery or service request message; forwarding , by the SCP, the discovery request message to the NRF; at the NRF, creating a list of service profiles of producer NF instances capable of providing the service identified in the discovery or service request message; excluding, by the NRF and from the list, at least one service profiles of at least one producer NF instance corresponding to the at least one endpoint and service name combination identified as unhealthy in the discovery request message; and forwarding , by the NRF and to the SCP, a discovery response message including the list of service profiles of producer NF instances. at the SCP, receiving a discovery request message or generating a discovery request message based on a received service request message with a 3gpp-Sbi-Discovery header; modifying , by the SCP, the discovery request message to identify as unhealthy at least one endpoint and service name combination associated with a producer NF instance capable of providing a service identified in the discovery or service request message; forwarding , by the SCP, the discovery request message to the NRF; at the NRF, creating a list of service profiles of producer NF instances capable of providing the service identified in the discovery or service request message; excluding, by the NRF and from the list, at least one service profiles of at least one producer NF instance corresponding to the at least one endpoint and service name combination identified as unhealthy in the discovery request message; and forwarding , by the NRF and to the SCP, a discovery response message including the list of service profiles of producer NF instances.
A device for separating a gummed paper and a lining paper of a double-sided tape, comprising: a housing comprising a chamber for accommodating a double-sided tape coil ; a first rotating structure and a second rotating structure , both the first rotating structure and the second rotating structure are disposed at least partially within the housing ; characterized in that , the device further comprises: a control part disposed in the chamber , wherein the double-sided tape coil is rotatable around the control part ; and a sliding groove provided on the housing for accommodating the first rotating structure , wherein, when the first rotating structure abuts against the second rotating structure , the first rotating structure is positioned in a first limiting part of the sliding groove . a housing comprising a chamber for accommodating a double-sided tape coil ; a first rotating structure and a second rotating structure , both the first rotating structure and the second rotating structure are disposed at least partially within the housing ; characterized in that , the device further comprises: a control part disposed in the chamber , wherein the double-sided tape coil is rotatable around the control part ; and a sliding groove provided on the housing for accommodating the first rotating structure , a control part disposed in the chamber , wherein the double-sided tape coil is rotatable around the control part ; and a sliding groove provided on the housing for accommodating the first rotating structure , wherein, when the first rotating structure abuts against the second rotating structure , the first rotating structure is positioned in a first limiting part of the sliding groove .
A system for cleaning dishes, comprising a dishwasher for batch-wise washing of pre-rinsed dishes , which dishwasher is provided with an outlet for used dishwater, the system further comprising a device for batch-wise pre-rinsing of dishes, which device comprises a spray means (70a-b) for spraying a rinsing liquid, wherein the spray means (70a-b) is arranged in a rinsing chamber , which is adapted to receive and enclose a batch of dishes , the rinsing chamber being adapted to be opened after the dishes has been rinsed for removal of the pre-rinsed dishes , an inlet for rinsing liquid that has been used in a washing or rinsing process of a separate dishwasher and an overflow pipe which is connectable to a drain , wherein said inlet for rinsing liquid is connected to the outlet for used dishwater of the dishwasher . the system further comprising a device for batch-wise pre-rinsing of dishes, which device comprises a spray means (70a-b) for spraying a rinsing liquid, wherein the spray means (70a-b) is arranged in a rinsing chamber , which is adapted to receive and enclose a batch of dishes , the rinsing chamber being adapted to be opened after the dishes has been rinsed for removal of the pre-rinsed dishes , an inlet for rinsing liquid that has been used in a washing or rinsing process of a separate dishwasher and an overflow pipe which is connectable to a drain , wherein said inlet for rinsing liquid is connected to the outlet for used dishwater of the dishwasher .