mhurhangee/patent-ind-claim-en huggingface dataset:
Medical guidewire comprising: a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer surface of the core shaft ; and an inner flexible tube disposed in the outer flexible tube and including a distal end portion , the inner flexible tube surrounding the distal end portion of the core shaft , wherein a distal end of the core shaft is joined to a distal end of the outer flexible tube , wherein the inner flexible tube is disposed so that a distal end thereof is positioned between the distal end of the core shaft and a proximal end of the core shaft and the distal end of the inner flexible tube is separated from the distal end of the core shaft , characterized in that a first joint is formed so as to join the distal end of the inner flexible tube to the core shaft without joining the outer flexible tube , and at least one second joint is formed so as to join the outer flexible tube to the inner flexible tube without joining the core shaft , the at least one second joint being positioned between the first joint and a proximal end of the core shaft , and wherein the distal end portion of the inner flexible tube towards the distal end of the inner flexible tube has a smaller diameter towards the distal end . a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer surface of the core shaft ; and an inner flexible tube disposed in the outer flexible tube and including a distal end portion , the inner flexible tube surrounding the distal end portion of the core shaft , wherein a distal end of the core shaft is joined to a distal end of the outer flexible tube , wherein the inner flexible tube is disposed so that a distal end thereof is positioned between the distal end of the core shaft and a proximal end of the core shaft and the distal end of the inner flexible tube is separated from the distal end of the core shaft , characterized in that a first joint is formed so as to join the distal end of the inner flexible tube to the core shaft without joining the outer flexible tube , and at least one second joint is formed so as to join the outer flexible tube to the inner flexible tube without joining the core shaft , the at least one second joint being positioned between the first joint and a proximal end of the core shaft , and wherein the distal end portion of the inner flexible tube towards the distal end of the inner flexible tube has a smaller diameter towards the distal end .
A mixer for a food product, comprising a vessel , a stator arranged in the vessel , a rotor to rotate the food product relative the stator , the stator is displaceable relative the rotor by a movement along a stator guide , characterized in that the stator guide comprises an interior cavity being enclosed by a wall extending into the vessel , a first magnetizable material arranged inside the cavity , the stator comprises a second magnetizable material , wherein a magnetic field between the first and second magnetizable materials generates a force that moves the stator along the stator guide for displacement of the stator relative the rotor . an interior cavity being enclosed by a wall extending into the vessel , a first magnetizable material arranged inside the cavity ,
A method for fabricating non-planar transistors, comprising: forming a non-planar transistor having a plurality of transistor fins ; forming a conformal blocking material layer on the plurality of transistor fins such that at least one of the plurality of transistor fins is covered by the conformal blocking material layer for blocking implantation thereof and at least one of the plurality of transistor fins is not covered by the conformal blocking material layer; and performing an angled ion implantation on opposing sidewalls of the at least one transistor fin not covered by the conformal blocking material layer. forming a non-planar transistor having a plurality of transistor fins ; forming a conformal blocking material layer on the plurality of transistor fins such that at least one of the plurality of transistor fins is covered by the conformal blocking material layer for blocking implantation thereof and at least one of the plurality of transistor fins is not covered by the conformal blocking material layer; and performing an angled ion implantation on opposing sidewalls of the at least one transistor fin not covered by the conformal blocking material layer.
A ridable kart , comprising: a kart body including: an installation slot comprising an opening; a cover body rotatably connected with the kart body at one end of the opening of the installation slot ; a plurality of rear caster wheels which can swivel; a steering assembly connected with the kart body comprising: a front wheel , the front wheel including a hub motor arrangement having a hub motor integrated with the front wheel ; a steering wheel connected to the front wheel, the steering wheel configured to allow a user to turn the kart ; a battery configured to supply power to the hub motor ; and a controller configured to cause the battery to supply power to the hub motor , wherein the battery and the controller are secured within the installation slot . a kart body including: an installation slot comprising an opening; a cover body rotatably connected with the kart body at one end of the opening of the installation slot ; a plurality of rear caster wheels which can swivel; a steering assembly connected with the kart body comprising: a front wheel , the front wheel including a hub motor arrangement having a hub motor integrated with the front wheel ; a steering wheel connected to the front wheel, the steering wheel configured to allow a user to turn the kart ; a front wheel , the front wheel including a hub motor arrangement having a hub motor integrated with the front wheel ; a steering wheel connected to the front wheel, the steering wheel configured to allow a user to turn the kart ; a battery configured to supply power to the hub motor ; and a controller configured to cause the battery to supply power to the hub motor , wherein the battery and the controller are secured within the installation slot .
A timer processing method performed by a terminal device, comprising: receiving (S201) a first message from a network device, wherein the first message is used to indicate a downlink assignment or an uplink grant; and if an active downlink bandwidth part, BWP, of the terminal device is not a default downlink BWP, starting or restarting a timer when a scrambling identifier with which the first message is scrambled is a first scrambling identifier, wherein the timer is used by the terminal device to switch from the active downlink BWP to the default downlink BWP; wherein the first scrambling identifier is a cell radio network temporary identifier, C-RNTI, or a configured scheduling radio network temporary identifier, CS-RNTI. receiving (S201) a first message from a network device, wherein the first message is used to indicate a downlink assignment or an uplink grant; and if an active downlink bandwidth part, BWP, of the terminal device is not a default downlink BWP, starting or restarting a timer when a scrambling identifier with which the first message is scrambled is a first scrambling identifier, wherein the timer is used by the terminal device to switch from the active downlink BWP to the default downlink BWP; wherein the first scrambling identifier is a cell radio network temporary identifier, C-RNTI, or a configured scheduling radio network temporary identifier, CS-RNTI.
Skin-lightening cosmetic comprising an active ingredient which inhibits melanogenesis, characterized by an extract from rockweed ( Ascophyllum nodosum ) and an extract from purple-red alga ( Porphyridium cruentum ), the active ingredient which inhibits melanogenesis being an extract from rose root ( Rhodiola rosea).
A fan blade for a turbofan gas turbine engine, the fan blade comprising: a body having a pressure side , a suction side adjoining the pressure side along a leading edge and a trailing edge , the body having a base and a distal tip ; the suction side of the body further including one or more cavities ; the suction side defining an opening communicating with the one or more cavities , the opening having a perimeter ; the body further defining a slot , the slot extending underneath all or part of the perimeter away from the opening into the body ; a semi-flexible cover comprising fiber or resin and having a peripheral edge that may be received into the slot to help secure the cover to the body, thereby covering part or all of the one or more cavities , the cover having an inner surface configured to face the opening; and a filler material disposed within at least one of the one or more cavities , the body further including a lip extending inwardly toward the opening and terminating at the perimeter of the opening, the fan blade being characterised in that the body includes an inner wall that, with the lip , defines the slot , the inner wall having an upper surface upon which the cover is located when the cover is located in the opening and a peripheral edge of the cover is received in the slot . a body having a pressure side , a suction side adjoining the pressure side along a leading edge and a trailing edge , the body having a base and a distal tip ; the suction side of the body further including one or more cavities ; the suction side defining an opening communicating with the one or more cavities , the opening having a perimeter ; the body further defining a slot , the slot extending underneath all or part of the perimeter away from the opening into the body ; a semi-flexible cover comprising fiber or resin and having a peripheral edge that may be received into the slot to help secure the cover to the body, thereby covering part or all of the one or more cavities , the cover having an inner surface configured to face the opening; and a filler material disposed within at least one of the one or more cavities , the body further including a lip extending inwardly toward the opening and terminating at the perimeter of the opening, the fan blade being characterised in that the body includes an inner wall that, with the lip , defines the slot , the inner wall having an upper surface upon which the cover is located when the cover is located in the opening and a peripheral edge of the cover is received in the slot .
A circuit substrate comprising: a ceramic substrate including a first surface and a second surface; a first metal plate bonded to the first surface via a first bonding layer ; and a second metal plate bonded to the second surface via a second bonding layer , wherein the first bonding layer has a first portion protruding from between the first surface and the first metal plate and extending onto the first surface, wherein the second bonding layer has a second portion protruding from between the second surface and the second metal plate and extending onto the second surface, wherein at least one of the first bonding layer or the second bonding layer contains Ag, Cu and Ti, wherein a three-point bending strength of the ceramic substrate is 500 MPa or more, and wherein at least one of a ratio L1/H1 of a length L1 (μm) of the first portion to a thickness H1 (μm) thereof or a ratio L2/H2 of a length L2 (μm) of the second portion to a thickness H2 (μm) thereof is 0.5 or more and 3.0 or less, characterized in that at least one of an average value of first Vickers hardnesses of 10 places of the first portion or an average value of second Vickers hardnesses of 10 places of the second portion is 883 MPa (90 kgf/mm 2 ) or more and 2256 MPa (230 kgf/mm 2 ) or less. a ceramic substrate including a first surface and a second surface; a first metal plate bonded to the first surface via a first bonding layer ; and a second metal plate bonded to the second surface via a second bonding layer , wherein the first bonding layer has a first portion protruding from between the first surface and the first metal plate and extending onto the first surface, wherein the second bonding layer has a second portion protruding from between the second surface and the second metal plate and extending onto the second surface, wherein at least one of the first bonding layer or the second bonding layer contains Ag, Cu and Ti, wherein a three-point bending strength of the ceramic substrate is 500 MPa or more, and wherein at least one of a ratio L1/H1 of a length L1 (μm) of the first portion to a thickness H1 (μm) thereof or a ratio L2/H2 of a length L2 (μm) of the second portion to a thickness H2 (μm) thereof is 0.5 or more and 3.0 or less, characterized in that at least one of an average value of first Vickers hardnesses of 10 places of the first portion or an average value of second Vickers hardnesses of 10 places of the second portion is 883 MPa (90 kgf/mm 2 ) or more and 2256 MPa (230 kgf/mm 2 ) or less.
A polyethylene tape, fiber, or monofilament comprising an ethylene/alpha-olefin polymer having: a density greater than 0.945 g/cc as determined according to ASTM D-792; a melt index, I 2.16 , from 1.2 g/10 min to 2.0 g/10 min as determined according to ASTM D1238 at 190°C, 2.16 kg; a melt flow ratio, I 10 /I 2.16 , between 7.0 and 9.0, wherein I10 is determined according to ASTM D1238 at 190°C, 10.0 kg; and a molecular weight distribution, Mw/Mn, of less than 5.5, both of Mw and Mn being measured by gel permeation chromatography; wherein when the tape, fiber, or monofilament is machine direction oriented at a stretch ratio of at least 1:5, the tape, fiber, or monofilament exhibits the following properties: a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content. a density greater than 0.945 g/cc as determined according to ASTM D-792; a melt index, I 2.16 , from 1.2 g/10 min to 2.0 g/10 min as determined according to ASTM D1238 at 190°C, 2.16 kg; a melt flow ratio, I 10 /I 2.16 , between 7.0 and 9.0, wherein I10 is determined according to ASTM D1238 at 190°C, 10.0 kg; and a molecular weight distribution, Mw/Mn, of less than 5.5, both of Mw and Mn being measured by gel permeation chromatography; wherein when the tape, fiber, or monofilament is machine direction oriented at a stretch ratio of at least 1:5, the tape, fiber, or monofilament exhibits the following properties: a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content. a young's modulus, as measured according to EN ISO 527-3, of greater than 2,500 MPa; and a tensile energy, as measured according to EN ISO 527-3, of greater than 1.0 Joules; wherein the polyethylene tape, fiber, or monofilament refers to a tape, fiber, or monofilament that is made from 100% polyethylene out of the total polymer content.
A device comprising: circuitry configured to dynamically change an uplink/downlink configuration of a time division duplex, TDD, carrier, and notify of a radio resource for device-to-device communication for the uplink/downlink configuration, wherein the radio resource is a radio resource of at least one uplink subframe of the uplink/downlink configuration, the circuitry is further configured to: change the uplink/downlink configuration from one configuration among multiple configurations to another configuration among the multiple configurations, and characterised by being configured to notify of radio resource for device-to-device communication for each of the multiple configurations. dynamically change an uplink/downlink configuration of a time division duplex, TDD, carrier, and notify of a radio resource for device-to-device communication for the uplink/downlink configuration, wherein the radio resource is a radio resource of at least one uplink subframe of the uplink/downlink configuration, the circuitry is further configured to: change the uplink/downlink configuration from one configuration among multiple configurations to another configuration among the multiple configurations, and characterised by being configured to notify of radio resource for device-to-device communication for each of the multiple configurations. change the uplink/downlink configuration from one configuration among multiple configurations to another configuration among the multiple configurations, and characterised by being configured to notify of radio resource for device-to-device communication for each of the multiple configurations.
Method for welding a contact part to a connection part by ultrasonic welding, in which - a metallic connection part is placed between an anvil and a sonotrode (14a, b, c) onto the anvil , and - a metallic contact part is placed onto the connection part on the side of the connection part facing the sonotrode (14a, b, c), - the sonotrode (14a, b, c) is moved from an open position in the direction of the anvil into a welding position and thereby a contact surface of a sonotrode head pressing the contact part onto the connection part and - the sonotrode (14a, b, c) transmits an oscillation energy to the contact part via the contact surface by means of ultrasound, by means of which the connection part is welded to the contact part , characterized in - that when the sonotrode (14a, b, c) is moved in the direction of the welding position, a damping element arranged on the sonotrode head laterally next to the contact surface of the sonotrode head is pressed against the connection part and is elastically deformed thereby. - a metallic connection part is placed between an anvil and a sonotrode (14a, b, c) onto the anvil , and - a metallic contact part is placed onto the connection part on the side of the connection part facing the sonotrode (14a, b, c), - the sonotrode (14a, b, c) is moved from an open position in the direction of the anvil into a welding position and thereby a contact surface of a sonotrode head pressing the contact part onto the connection part and - the sonotrode (14a, b, c) transmits an oscillation energy to the contact part via the contact surface by means of ultrasound, by means of which the connection part is welded to the contact part , characterized in - that when the sonotrode (14a, b, c) is moved in the direction of the welding position, a damping element arranged on the sonotrode head laterally next to the contact surface of the sonotrode head is pressed against the connection part and is elastically deformed thereby.
An antenna assembly (400; 700; 1000; 1100), comprising: a metal layer configured to emit linearly polarized electromagnetic energy to a receiving dipole antenna (402; 702; 1004) implanted underneath a subject's skin ; and a feed port (412; 712) configured to connect the antenna assembly (400; 700; 1000; 1100) to a signal generator such that the antenna assembly (400; 700; 1000; 1100) receives an input signal from the signal generator and then transmits the input signal to the receiving dipole antenna (402; 702; 1004), wherein the antenna assembly (400; 700; 1000; 1100) is less than 200 um in thickness, and wherein the metal layer is operable as a dipole antenna with a reflection ratio of at least 6 dB, the reflection ratio corresponding to a ratio of a transmission power of the antenna assembly (400; 700; 1000; 1100) in transmitting the input signal and a reflection power seen by the antenna assembly (400; 700; 1000; 1100) resulting from electromagnetic emission of the input signal, and wherein the metal layer is a two-leaf structure that includes two leaves each having three vertices, wherein the two leaves adjoin each other at one vertex , and wherein the remaining vertices of each leaf (1102L; 1102R) are rounded as fillets , wherein the metal layer is operable to create a higher electric field than a metal layer configured as other than the two-leaf structure while maintaining a surface area identical to the two-leaf structure. a metal layer configured to emit linearly polarized electromagnetic energy to a receiving dipole antenna (402; 702; 1004) implanted underneath a subject's skin ; and a feed port (412; 712) configured to connect the antenna assembly (400; 700; 1000; 1100) to a signal generator such that the antenna assembly (400; 700; 1000; 1100) receives an input signal from the signal generator and then transmits the input signal to the receiving dipole antenna (402; 702; 1004), wherein the antenna assembly (400; 700; 1000; 1100) is less than 200 um in thickness, and wherein the metal layer is operable as a dipole antenna with a reflection ratio of at least 6 dB, the reflection ratio corresponding to a ratio of a transmission power of the antenna assembly (400; 700; 1000; 1100) in transmitting the input signal and a reflection power seen by the antenna assembly (400; 700; 1000; 1100) resulting from electromagnetic emission of the input signal, and wherein the metal layer is a two-leaf structure that includes two leaves each having three vertices, wherein the two leaves adjoin each other at one vertex , and wherein the remaining vertices of each leaf (1102L; 1102R) are rounded as fillets , wherein the metal layer is operable to create a higher electric field than a metal layer configured as other than the two-leaf structure while maintaining a surface area identical to the two-leaf structure.
Geometry-detecting machine for a slender body, comprising a fixed reference frame provided with at least one pair of constraint points for said slender body and sensor means for the spatial detection of the geometry of said slender body, characterised in that said constraint points are in the shape of vertical constraints points coupled in pairs by interconnecting means in turn making up vertical constraint points to be coupled in pairs on multiple layers until converging towards a single final constraint point .
Bottom bracket drive of a vehicle , in particular of a two-wheeled vehicle, comprising: - an electrical vehicle drive , - a gear mechanism , characterized in that the bottom bracket drive further comprises: - a shift link , - an electrical drive for operating the shift link , and - a damping device , - wherein the damping device damps the shifting jolt between the gear mechanism and the shift link . - an electrical vehicle drive , - a gear mechanism , - a shift link , - an electrical drive for operating the shift link , and - a damping device , - wherein the damping device damps the shifting jolt between the gear mechanism and the shift link .
A communication circuit arrangement comprising: a control circuit configured to: determine occupied spectrum of one or more cells; identify one or more overlapped uplink center frequencies of a target band that overlap with the occupied spectrum of the one or more cells; and select one or more target downlink center frequencies from a plurality of downlink center frequencies of the target band based on whether each of the one or more target downlink center frequencies is paired with an uplink center frequency of the one or more overlapped uplink center frequencies, the communication circuit arrangement further comprising a cell search circuit configured to perform cell search on the one or more target downlink center frequencies. determine occupied spectrum of one or more cells; identify one or more overlapped uplink center frequencies of a target band that overlap with the occupied spectrum of the one or more cells; and select one or more target downlink center frequencies from a plurality of downlink center frequencies of the target band based on whether each of the one or more target downlink center frequencies is paired with an uplink center frequency of the one or more overlapped uplink center frequencies, the communication circuit arrangement further comprising a cell search circuit configured to perform cell search on the one or more target downlink center frequencies.