mhurhangee/ep-ind-claims huggingface dataset:
Tubular heater device comprising a tubular jacket and a heating conductor extending within the tubular jacket, wherein insulating material is provided between heating conductor and tubular jacket and the heating conductor includes an electrical connector in a connecting section of the tubular heater device, wherein in the vicinity of the connecting section the insulating material is blended with silicone or includes silicone in order to prevent water or moisture from penetrating into the tubular jacket or into the tubular heater device, respectively, characterized in that the silicone has an RTI value of at least 150.
A method in a wireless device operating in dual connectivity with a plurality of network nodes in a wireless communication network, the method comprising: determining a synchronization type associated with a dual connectivity operation; determining a maximum timing advance value based on the determined synchronization type; receiving a timing advance value from a network node of a plurality of network nodes; determining an adapted timing advance value using the received timing advance value and the determined maximum timing advance value; and transmitting an uplink radio signal using the adapted timing advance value. determining a synchronization type associated with a dual connectivity operation; determining a maximum timing advance value based on the determined synchronization type; receiving a timing advance value from a network node of a plurality of network nodes; determining an adapted timing advance value using the received timing advance value and the determined maximum timing advance value; and transmitting an uplink radio signal using the adapted timing advance value.
An apparatus comprising: at least one processor and at least one memory including a computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: determine power setting for a physical downlink control channel information unit based on resource consumption and available power resources, characterized by causing the apparatus further to: in response to allowed transmission power being exceeded, adjust the power setting symbol -wise by allocating power first to physical downlink control channel information units needing the power most or by distributing the power evenly over the physical downlink control channel information units.
A wiring substrate (1; 1A; 1B) comprising: a substrate, the substrate being tetragonal when viewed from above; a first insulating layer formed on the substrate; a plurality of wiring patterns formed on a first surface of the first insulating layer; a second insulating layer formed on the first surface of the first insulating layer, wherein the second insulating layer covers the wiring patterns and includes a first opening that partially exposes adjacent ones of the wiring patterns as a pad; and the wiring substrate being characterized by a projection (70; 70A; 71; 71A; 72) formed in a peripheral portion of the wiring substrate (1; 1A; 1B) located outward from where the wiring patterns and the first opening are arranged, wherein the projection (70; 70A; 71; 71A; 72) rises in a thickness direction of the substrate, the projection (70; 70A; 71; 71A; 72) is arranged along a side of the substrate, and the substrate and the first and second insulating layers (20,50) are raised to form the projection (70;70A;71;71A;72) in the peripheral portion of the wiring substrate (1;1A;1B) so that the cross-sectional height of the entire wiring substrate (1; 1A; 1B) is increased by rising parts of the substrate and the first and second insulating layers (20;50). a substrate, the substrate being tetragonal when viewed from above; a first insulating layer formed on the substrate; a plurality of wiring patterns formed on a first surface of the first insulating layer; a second insulating layer formed on the first surface of the first insulating layer, wherein the second insulating layer covers the wiring patterns and includes a first opening that partially exposes adjacent ones of the wiring patterns as a pad; and the wiring substrate being characterized by a projection (70; 70A; 71; 71A; 72) formed in a peripheral portion of the wiring substrate (1; 1A; 1B) located outward from where the wiring patterns and the first opening are arranged, wherein the projection (70; 70A; 71; 71A; 72) rises in a thickness direction of the substrate, the projection (70; 70A; 71; 71A; 72) is arranged along a side of the substrate, and the substrate and the first and second insulating layers (20,50) are raised to form the projection (70;70A;71;71A;72) in the peripheral portion of the wiring substrate (1;1A;1B) so that the cross-sectional height of the entire wiring substrate (1; 1A; 1B) is increased by rising parts of the substrate and the first and second insulating layers (20;50).
A blind fastener for installation in a workpiece, the fastener comprising a shell; the shell including a core, a head at a head end of the shell, a tail end remote from the head end, and a radially expandable portion between the head end and the tail end; whereby, when the shell is inserted into a suitable aperture in the workpiece and a force is applied to the shell to urge the tail end of the shell towards the workpiece, the reaction force is supported by the head end of the shell, and the radially expandable portion of the shell is thereby caused to deform radially outwards and axially towards the shell head, to form a blind bulb which abuts a blind face of the workpiece and forms a blindside footprint; wherein at least one helical groove is provided in an external wall of the radially expandable portion of the shell, such that the blindside footprint is formed of at least one lobe; characterised in that the depth of the at least one helical groove decreases from the head end to the tail end of the shell; and that the difference between the outer radius of the shell and the inner radius of the shell is substantially constant along the length of the radially expandable portion of the shell,_the inner radius being decreased at points along the shell where the shell has been deformed during formation of the at least one helical groove in the external wall.
An air turbine starter (10, 210, 410, 610) comprising: a housing having a primary inlet and primary outlet to define a primary air flow path from the primary inlet to the primary outlet; a gear box, located within a gearbox section and having a drive shaft and an output shaft (80, 680), with a gear train, including a carrier (82, 282, 482, 682), operably coupling the drive shaft and the output shaft (80, 680); a turbine having a rotor coupled to the drive shaft and a plurality of circumferentially spaced blades extending from the rotor; a first bearing assembly rotatably supporting the drive shaft relative to the housing; and a second bearing assembly (76, 476, 676) rotatably supporting at least one of the carrier (82, 282, 482, 682) or the output shaft (80, 680) relative to at least one of the drive shaft or housing, wherein the air turbine starter (10, 210, 410, 610) includes a third bearing assembly (102, 302) configured to rotatably support the carrier (82, 282, 482, 682) and located between the carrier (82, 282, 482, 682) and a second portion (104, 304, 504, 704) of the housing; characterised in that: the first bearing assembly is located at a first radial distance (94, 294, 694) and the second bearing assembly (76, 476, 676) is located at a second radial distance (100, 300, 500, 700), wherein the first radial distance (94, 294, 694) is greater than or equal to the second radial distance (100, 300, 500, 700). a housing having a primary inlet and primary outlet to define a primary air flow path from the primary inlet to the primary outlet; a gear box, located within a gearbox section and having a drive shaft and an output shaft (80, 680), with a gear train, including a carrier (82, 282, 482, 682), operably coupling the drive shaft and the output shaft (80, 680); a turbine having a rotor coupled to the drive shaft and a plurality of circumferentially spaced blades extending from the rotor; a first bearing assembly rotatably supporting the drive shaft relative to the housing; and a second bearing assembly (76, 476, 676) rotatably supporting at least one of the carrier (82, 282, 482, 682) or the output shaft (80, 680) relative to at least one of the drive shaft or housing, wherein the air turbine starter (10, 210, 410, 610) includes a third bearing assembly (102, 302) configured to rotatably support the carrier (82, 282, 482, 682) and located between the carrier (82, 282, 482, 682) and a second portion (104, 304, 504, 704) of the housing; the first bearing assembly is located at a first radial distance (94, 294, 694) and the second bearing assembly (76, 476, 676) is located at a second radial distance (100, 300, 500, 700), wherein the first radial distance (94, 294, 694) is greater than or equal to the second radial distance (100, 300, 500, 700).
A pivot assembly (30,32) for packaging, comprising a substantially circular aperture formed in a first panel, wherein the pivot assembly comprises a second panel, wherein the first and second panels laying parallel to and in contact with one another such that the first panel can rotate with respect to the second panel about an axis of said aperture, characterised in that first and second tabs (56,58) are integrally formed in and extending from the second panel, wherein the first and second tabs of the second panel are adapted to be inserted through said aperture of the first panel.
A method for automatically releasing a resource occupied by a process in a background of a terminal, comprising: determining whether the process is in a cache state in an Android system when the process is transferred to the background; closing all of monitoring of a hardware resource if the process is in the cache state, wherein the hardware resource is in a system of the terminal, the process registers to the hardware resource, and the process comprises BLUETOOTH, a GPS monitor, or WiFi; determining whether the process is in a running state if the process is not in the cache state; maintaining a current state if the process is not in the running state; determining whether a maintaining time of the running state reaches an upper limit of a preset time threshold value if the process is in the running state; releasing the hardware resource occupied by the process automatically if the maintaining time of the running state reaches the upper limit of the preset time threshold value; and maintaining the current state if the maintaining time of the running state does not reach the upper limit of the preset time threshold value. determining whether the process is in a cache state in an Android system when the process is transferred to the background; closing all of monitoring of a hardware resource if the process is in the cache state, wherein the hardware resource is in a system of the terminal, the process registers to the hardware resource, and the process comprises BLUETOOTH, a GPS monitor, or WiFi; determining whether the process is in a running state if the process is not in the cache state; maintaining a current state if the process is not in the running state; determining whether a maintaining time of the running state reaches an upper limit of a preset time threshold value if the process is in the running state; releasing the hardware resource occupied by the process automatically if the maintaining time of the running state reaches the upper limit of the preset time threshold value; and maintaining the current state if the maintaining time of the running state does not reach the upper limit of the preset time threshold value.
Boot-type orthopaedic or sports footwear usable for controlled walking and adapted to stiffen a lower extremity of a leg of an individual, comprising: • a sole having an upper resting base for a foot; • a substantially vertical rear element for facilitating the positioning of the foot on the upper base of the sole; • a first pair of rear half-hulls (14, 15), each of which comprises a lower edge hinged to a rear lateral edge of the sole so that each of the rear half-hulls (14, 15) can rotate from an open position in which the half-hulls (14, 15) are spread completely apart relative to the sole, to a closed position in which the two half-hulls (14, 15) are reciprocally joined to each other along an edge on a plane passing through the centreline of the sole, and are further connected to an edge of the rear element so as to be able to cover the ankle and the calcaneal-tibial-tarsal zone of a leg of the individual; characterised in that it further comprises: • a second pair of front half-hulls (16, 17), each of which comprises a lower edge hinged to a front lateral edge of the sole so that each of the front half-hulls (16, 17) can rotate from an open position in which the half-hulls (16, 17) are spread completely apart relative to the sole, to a the closed position in which the two half-hulls (16, 17) are reciprocally joined to each other along an edge on a plane passing through the centreline of the sole, and are further connected to the rear half-hulls (14, 15) so as to be able to cover an upper part of the foot. • a sole having an upper resting base for a foot; • a substantially vertical rear element for facilitating the positioning of the foot on the upper base of the sole; • a first pair of rear half-hulls (14, 15), each of which comprises a lower edge hinged to a rear lateral edge of the sole so that each of the rear half-hulls (14, 15) can rotate from an open position in which the half-hulls (14, 15) are spread completely apart relative to the sole, to a closed position in which the two half-hulls (14, 15) are reciprocally joined to each other along an edge on a plane passing through the centreline of the sole, and are further connected to an edge of the rear element so as to be able to cover the ankle and the calcaneal-tibial-tarsal zone of a leg of the individual; • a second pair of front half-hulls (16, 17), each of which comprises a lower edge hinged to a front lateral edge of the sole so that each of the front half-hulls (16, 17) can rotate from an open position in which the half-hulls (16, 17) are spread completely apart relative to the sole, to a the closed position in which the two half-hulls (16, 17) are reciprocally joined to each other along an edge on a plane passing through the centreline of the sole, and are further connected to the rear half-hulls (14, 15) so as to be able to cover an upper part of the foot.
A laser emitter circuit (306, 406, 706, 1106) comprising: a laser diode (302, 402); a driver circuit configured to generate a drive signal; a resonant circuit (310, 410, 1110) coupled to the driver circuit and the laser diode, wherein the resonant circuit is configured to: use the drive signal of the driver circuit to generate a continuous wave sinusoidal drive current, and supply the continuous wave sinusoidal drive current to the laser diode, wherein the laser emitter circuit further comprises a bias circuit coupled to the laser diode, wherein the bias circuit is configured to supply a bias current to the laser diode. a laser diode (302, 402); a driver circuit configured to generate a drive signal; a resonant circuit (310, 410, 1110) coupled to the driver circuit and the laser diode, wherein the resonant circuit is configured to: use the drive signal of the driver circuit to generate a continuous wave sinusoidal drive current, and supply the continuous wave sinusoidal drive current to the laser diode, wherein the laser emitter circuit further comprises a bias circuit coupled to the laser diode, wherein the bias circuit is configured to supply a bias current to the laser diode. use the drive signal of the driver circuit to generate a continuous wave sinusoidal drive current, and supply the continuous wave sinusoidal drive current to the laser diode, wherein the laser emitter circuit further comprises a bias circuit coupled to the laser diode, wherein the bias circuit is configured to supply a bias current to the laser diode.
A spinal marking system comprising: a marker having a threaded member and a flexible member connected to the threaded member, the flexible member having a length longer than that of the threaded member; and a navigation tool having a shaft configured to connect to the threaded member, the navigation tool also having a navigation array connected to the shaft, the navigation array having a plurality of fiducials that are configured to communicate with a robotic system; the spinal marking system being characterized in that: the threaded member has a male engagement portion; the spinal marking system further comprises an insertion body having a head and a shaft extending from the head, the head having a threaded inner surface for engagement with threads of a driver, the shaft of the insertion body having a female engagement portion configured to receive the male engagement portion of the threaded member so that the insertion body is removably connectable to the marker via the male and female engagement portions; and the navigation tool is configured to be connected to the male engagement portion of the threaded member. a marker having a threaded member and a flexible member connected to the threaded member, the flexible member having a length longer than that of the threaded member; and a navigation tool having a shaft configured to connect to the threaded member, the navigation tool also having a navigation array connected to the shaft, the navigation array having a plurality of fiducials that are configured to communicate with a robotic system; the threaded member has a male engagement portion; the spinal marking system further comprises an insertion body having a head and a shaft extending from the head, the head having a threaded inner surface for engagement with threads of a driver, the shaft of the insertion body having a female engagement portion configured to receive the male engagement portion of the threaded member so that the insertion body is removably connectable to the marker via the male and female engagement portions; and the navigation tool is configured to be connected to the male engagement portion of the threaded member.
An ink container adapted to supply an ink composition to an ink jet recording apparatus including a recording head for discharging the ink composition, the ink container comprising: the ink composition; an ink chamber containing the ink composition, the ink chamber having a wall and one or more supports connected to an inside of the wall to support the wall; and an ink pouring port adapted to allow the ink composition to be poured into the ink chamber, wherein the one or more supports include a support located within the ink chamber such that the support comes into contact with the ink composition in a case where the ink chamber is filled with the ink composition at 50% of the volume of the ink chamber in the posture of the ink container when supplying the ink composition to the recording head, and characterized in that the one or more supports are located such that in use of the ink container, in a case where the ink chamber is filled with the ink composition up to 50% of the volume of the ink chamber, a total area of the one or more supports in contact with the ink composition is smaller than a total area of the one or more supports in contact with atmosphere. the ink composition; an ink chamber containing the ink composition, the ink chamber having a wall and one or more supports connected to an inside of the wall to support the wall; and an ink pouring port adapted to allow the ink composition to be poured into the ink chamber, wherein the one or more supports include a support located within the ink chamber such that the support comes into contact with the ink composition in a case where the ink chamber is filled with the ink composition at 50% of the volume of the ink chamber in the posture of the ink container when supplying the ink composition to the recording head, and characterized in that the one or more supports are located such that in use of the ink container, in a case where the ink chamber is filled with the ink composition up to 50% of the volume of the ink chamber, a total area of the one or more supports in contact with the ink composition is smaller than a total area of the one or more supports in contact with atmosphere.
An elevator device comprising a safety gear which is provided onto an elevator car and an electrically operated actuator which activates the safety gear, wherein the elevator device has a braking state detecting switch to detect a braking state of the safety gear; the braking state detecting switch is actuated by a mechanism which is mobilized by a braking element of the safety gear; displacement of the braking element when power supply is lost keeps the braking state detecting switch in an off state; displacement of the braking element in a braking by the safety gear turns on the braking state detecting switch; the braking state detecting switch is provided onto a body part of the safety gear; the mechanism includes a cam to actuate the braking state detecting switch and a pin (45,82) to which the cam is attached; and the pin (45,82) is driven by the braking element, characterized in that: the braking state detecting switch is provided inside the body part; one end of the pin is fixed to the braking element; and the cam is attached to the other end of the pin. wherein the elevator device has a braking state detecting switch to detect a braking state of the safety gear; the braking state detecting switch is actuated by a mechanism which is mobilized by a braking element of the safety gear; displacement of the braking element when power supply is lost keeps the braking state detecting switch in an off state; displacement of the braking element in a braking by the safety gear turns on the braking state detecting switch; the braking state detecting switch is provided onto a body part of the safety gear; the mechanism includes a cam to actuate the braking state detecting switch and a pin (45,82) to which the cam is attached; and the pin (45,82) is driven by the braking element, characterized in that: the braking state detecting switch is provided inside the body part; one end of the pin is fixed to the braking element; and the cam is attached to the other end of the pin. the braking state detecting switch is provided inside the body part; one end of the pin is fixed to the braking element; and the cam is attached to the other end of the pin.
A boiler having a device for selective non-catalytic reduction, the device comprising a lance carrying a hose having at least one nozzle, and further comprising a lance positioning system, the lance positioning system comprising a lance support beam and a chariot movable on the support beam, wherein the lance is connected to the chariot, the lance positioning system further comprising a drum for carrying the hose and a hose drive mechanism for driving the hose inside the lance, wherein the hose drive mechanism is supported by the chariot and comprises opposing wheels through which the hose passes through and a motor for driving the wheels, wherein the hose and the nozzle hang from the lance in an inner space of the boiler, whereby the nozzle position is vertically adjustable by driving the wheels of the hose drive mechanism, thereby pushing or pulling the hose through the lance. and further comprising a lance positioning system, the lance positioning system comprising a lance support beam and a chariot movable on the support beam, wherein the lance is connected to the chariot, the lance positioning system further comprising a drum for carrying the hose and a hose drive mechanism for driving the hose inside the lance, wherein the hose drive mechanism is supported by the chariot and comprises opposing wheels through which the hose passes through and a motor for driving the wheels, wherein the hose and the nozzle hang from the lance in an inner space of the boiler, whereby the nozzle position is vertically adjustable by driving the wheels of the hose drive mechanism, thereby pushing or pulling the hose through the lance.