mhurhangee/patent-ind-claim-en huggingface dataset:
A system of rotating motor for straightening wire, rod or reinforcing bar, and comprising hyperbolic rollers placed on bearings and shafts inside roller housings , said hyperbolic rollers being positioned at an angle with respect to the wire, rod or re-bar axis defined by the rotating motor , characterised in that said system of rotating motor comprises a system for cleaning, protecting and lubricating said hyperbolic rollers and bearings using air and oil, wherein: - said bearings are protected through rotational gasket seals , so as to define a bearings' area of hyperbolic rollers inside the rotational gasket seals ; - means for supplying air at a pressure higher than the atmospheric to said bearings' area inside said rotational gasket seals are provided, so that inflow of contaminants from the environment is inhibited, and the bearings are kept clean from foreign particles, - said system for cleaning, protecting and lubricating is adapted to supply air mixed with oil so that bearings are lubricated, where rotational gasket seals next to bearings of the hyperbolic rollers allow for air flow from the area between the bearings towards the surrounding area. - said bearings are protected through rotational gasket seals , so as to define a bearings' area of hyperbolic rollers inside the rotational gasket seals ; - means for supplying air at a pressure higher than the atmospheric to said bearings' area inside said rotational gasket seals are provided, so that inflow of contaminants from the environment is inhibited, and the bearings are kept clean from foreign particles, - said system for cleaning, protecting and lubricating is adapted to supply air mixed with oil so that bearings are lubricated, where rotational gasket seals next to bearings of the hyperbolic rollers allow for air flow from the area between the bearings towards the surrounding area.
Sampling device for plate elements in a sorting unit , comprising: - transport means , defining a plane (P0), and capable of moving (A) a plate element longitudinally from upstream to downstream, - an axis (R1), situated at the level of the transport means , and extending transversally, - a deviating part , mounted rotating with respect to the axis (R1), and having at least one end , such that during the rotation of the deviating part according to a first angular sector (S1), the horizontal projection of the end remains below the plane (P0), and during the rotation according to a second angular sector (S2) complementary to the first angular sector (S1), the horizontal projection of the end exceeds above the plane (P0), so as to deviate a plate element in a direction different from the plane (P0), and thus to sample the plate element . - transport means , defining a plane (P0), and capable of moving (A) a plate element longitudinally from upstream to downstream, - an axis (R1), situated at the level of the transport means , and extending transversally, - a deviating part , mounted rotating with respect to the axis (R1), and having at least one end , such that during the rotation of the deviating part according to a first angular sector (S1), the horizontal projection of the end remains below the plane (P0), and during the rotation according to a second angular sector (S2) complementary to the first angular sector (S1), the horizontal projection of the end exceeds above the plane (P0), so as to deviate a plate element in a direction different from the plane (P0), and thus to sample the plate element .
An auxiliary mounting device applicable to a telescopic baby safety door barrier , comprising: a base , provided with a sliding groove ; and two mounting jigs , slidably disposed in the sliding groove, wherein a first adjustment assembly for fixing the mounting jig is disposed between the mounting jig and the base, characterized in that the base is provided with a first strip-shaped sliding hole ; the first strip-shaped sliding hole communicates with the sliding groove; the first adjustment assembly comprises an adjustment rod and a lock member ; one end of the adjustment rod is connected to the mounting jig, and the other end of the adjustment rod is protruded out of the first strip-shaped sliding hole; the adjustment rod is in sliding fit with the first strip-shaped sliding hole; the lock member is in threaded connection with the adjustment rod; and by rotating the lock member, the lock member is abutted against the base; at least two locating posts are in sliding fit on the mounting jig, and a second adjustment assembly for fixing the at least two locating posts is disposed between the at least two locating posts and the mounting jig; the mounting jig is provided with a second strip-shaped sliding hole , and the at least two locating posts is slidably disposed in the second strip-shaped sliding hole. a base , provided with a sliding groove ; and two mounting jigs , slidably disposed in the sliding groove, wherein a first adjustment assembly for fixing the mounting jig is disposed between the mounting jig and the base, characterized in that the base is provided with a first strip-shaped sliding hole ; the first strip-shaped sliding hole communicates with the sliding groove; the first adjustment assembly comprises an adjustment rod and a lock member ; one end of the adjustment rod is connected to the mounting jig, and the other end of the adjustment rod is protruded out of the first strip-shaped sliding hole; the adjustment rod is in sliding fit with the first strip-shaped sliding hole; the lock member is in threaded connection with the adjustment rod; and by rotating the lock member, the lock member is abutted against the base; at least two locating posts are in sliding fit on the mounting jig, and a second adjustment assembly for fixing the at least two locating posts is disposed between the at least two locating posts and the mounting jig; the mounting jig is provided with a second strip-shaped sliding hole , and the at least two locating posts is slidably disposed in the second strip-shaped sliding hole.
An infrastructure equipment for forming part of a radio access network of a wireless communications network, the infrastructure equipment comprising a transmitter configured to transmit signals to one or more communications devices via a wireless access interface, a receiver configured to receive signals from the one or more communications devices via the wireless access interface, the infrastructure equipment forming, with the wireless access interface, a radio access network, and a controller configured with the transmitter to transmit a radio network identifier to a communications device, which is allocated by the infrastructure equipment for identifying the communications device when allocating communications resources of the wireless access interface for transmitting downlink data from the infrastructure equipment, and to transmit to the communications device: an indication of an acknowledgement preamble for use by the communications device in an inactive-connected state to indicate an acknowledgement of a received downlink data transmission, and an indication of a negative acknowledgement preamble for use by the communications device in an inactive-connected state to indicate a negative acknowledgement if a downlink data transmission is not received. an indication of an acknowledgement preamble for use by the communications device in an inactive-connected state to indicate an acknowledgement of a received downlink data transmission, and an indication of a negative acknowledgement preamble for use by the communications device in an inactive-connected state to indicate a negative acknowledgement if a downlink data transmission is not received.
A light emitting device comprising: a substrate ; a light source disposed on or above the substrate and including a light emitting element , the light source having an upper face serving as an emission face; a cover member made of a resin material containing a light reflecting substance, the cover member covering a lateral face of the light source ; a light transmissive member disposed on or above the light source ; a light reflecting layer disposed on or above the light transmissive member ; and a light transmissive cover member covering at least a lateral face of the light transmissive member and including an annular lens part, a thickness of a portion of the light transmissive cover member disposed above a perimeter of the light reflecting layer being larger than a thickness of a portion of the light transmissive cover member disposed above a portion of the light reflecting layer where an optical axis of the light emitting element passes through. a substrate ; a light source disposed on or above the substrate and including a light emitting element , the light source having an upper face serving as an emission face; a cover member made of a resin material containing a light reflecting substance, the cover member covering a lateral face of the light source ; a light transmissive member disposed on or above the light source ; a light reflecting layer disposed on or above the light transmissive member ; and a light transmissive cover member covering at least a lateral face of the light transmissive member and including an annular lens part, a thickness of a portion of the light transmissive cover member disposed above a perimeter of the light reflecting layer being larger than a thickness of a portion of the light transmissive cover member disposed above a portion of the light reflecting layer where an optical axis of the light emitting element passes through.
A method for changing, by a user equipment, UE, packet data convergence protocol, PDCP, version, the method comprising: receiving (S1010, S1110, S1210) a security mode command message, which includes a first security algorithm configuration for a PDCP of a first system and a second security algorithm configuration for a PDCP of a second system, from a base station, BS; deriving (S1020, S1120, S1220) a first security key for the PDCP of the first system, based on the first security algorithm configuration; based on the security mode command message being passed an integrity protection check based on the first security key, changing (S1030, S1130, S1230) the PDCP version from the PDCP of the first system to the PDCP of the second system; deriving (S1040, S1140, S1240) a second security key for the PDCP of the second system, based on the second security algorithm configuration; and transmitting (S1050, S1150, S1250) a security mode complete message, based on the second security key, to the BS. receiving (S1010, S1110, S1210) a security mode command message, which includes a first security algorithm configuration for a PDCP of a first system and a second security algorithm configuration for a PDCP of a second system, from a base station, BS; deriving (S1020, S1120, S1220) a first security key for the PDCP of the first system, based on the first security algorithm configuration; based on the security mode command message being passed an integrity protection check based on the first security key, changing (S1030, S1130, S1230) the PDCP version from the PDCP of the first system to the PDCP of the second system; deriving (S1040, S1140, S1240) a second security key for the PDCP of the second system, based on the second security algorithm configuration; and transmitting (S1050, S1150, S1250) a security mode complete message, based on the second security key, to the BS.
A reception apparatus comprising: a reception unit configured to receive a transmission signal, comprising a same frame a plurality of times, transmitted from a transmission side; and a correction unit configured to correct a symbol of unknown data to the receiver side included in each of the same frames of the transmission signal on a basis of a symbol of known data, which is a synchronization signal, to the receiver side included in each of the same frames the transmission signal received by the reception unit, wherein the frame in the transmission signal is arranged as follows: a symbol of the known data for a reception side at one or both of timings of immediately before and immediately after selection of a symbol of unknown data for the reception side, wherein the correction unit is configured to correct the symbol of the unknown data on the basis of the symbol of the known data which is located at one or both of immediately before and immediately after the symbol of the unknown data, wherein the reception unit is configured to receive the transmission signal, comprising the same frame a plurality of times, combine the received plurality of frames to generate a combined signal, and demodulate the combined signal. a reception unit configured to receive a transmission signal, comprising a same frame a plurality of times, transmitted from a transmission side; and a correction unit configured to correct a symbol of unknown data to the receiver side included in each of the same frames of the transmission signal on a basis of a symbol of known data, which is a synchronization signal, to the receiver side included in each of the same frames the transmission signal received by the reception unit, wherein the frame in the transmission signal is arranged as follows: a symbol of the known data for a reception side at one or both of timings of immediately before and immediately after selection of a symbol of unknown data for the reception side, wherein the correction unit is configured to correct the symbol of the unknown data on the basis of the symbol of the known data which is located at one or both of immediately before and immediately after the symbol of the unknown data, wherein the reception unit is configured to receive the transmission signal, comprising the same frame a plurality of times, combine the received plurality of frames to generate a combined signal, and demodulate the combined signal.
A fixing device , comprising: a first roller rotatable about a first axis of rotation; a second roller rotatable about a second axis of rotation; a fixing belt rotatably wound between the first roller and the second roller ; and auxiliary rings , characterized in that at least one of the rollers of the first roller and the second roller includes a rotation maintaining part configured to hold the fixing belt rotatably while in contact with the fixing belt and a restricting flange protruding from an outer peripheral surface of the rotation maintaining part at each of opposite end parts of the rotation maintaining part in a direction of an axis of rotation of the rotation maintaining part , and the auxiliary rings are located outside the opposite end parts of the rotation maintaining part in the direction of the axis of rotation of the rotation maintaining part at an outer periphery of the restricting flange so as to be in contact with the fixing belt when the fixing belt meanders, and are rotatable independently of the restricting flange . a first roller rotatable about a first axis of rotation; a second roller rotatable about a second axis of rotation; a fixing belt rotatably wound between the first roller and the second roller ; and auxiliary rings , characterized in that at least one of the rollers of the first roller and the second roller includes a rotation maintaining part configured to hold the fixing belt rotatably while in contact with the fixing belt and a restricting flange protruding from an outer peripheral surface of the rotation maintaining part at each of opposite end parts of the rotation maintaining part in a direction of an axis of rotation of the rotation maintaining part , and the auxiliary rings are located outside the opposite end parts of the rotation maintaining part in the direction of the axis of rotation of the rotation maintaining part at an outer periphery of the restricting flange so as to be in contact with the fixing belt when the fixing belt meanders, and are rotatable independently of the restricting flange .
Filter device , in particular oil or fuel filter, comprising a filter housing having a filter housing jar and a filter housing cover , in which filter housing an insert is arranged, on which or on the lower end disc of which an eccentrically arranged and axially projecting first positioning element is provided, by means of which it engages, when the filter device is installed, in a positioning contour on a side of the filter housing jar, wherein a guide ramp is provided on the filter housing jar , which cooperates with a guide device arranged on the insert , characterised in that - the guide ramp has the form of a ring segment and extends continuously over at most 270°, - the guide device has a second positioning element , - at least one web is arranged on the insert , which web forms the second positioning element , - at least two such webs with different axial longitudinal extents are arranged on the lower end disc of the insert or directly on the insert. - the guide ramp has the form of a ring segment and extends continuously over at most 270°, - the guide device has a second positioning element , - at least one web is arranged on the insert , which web forms the second positioning element , - at least two such webs with different axial longitudinal extents are arranged on the lower end disc of the insert or directly on the insert.
A method for weighing an object transported on a mover of an electromagnetic conveyor , the mover being moved along a stationary track of the electromagnetic conveyor in a direction of movement (x), the method comprising: lifting the object off the mover with a lifting device, whereby the object is separated from an object support of the mover ; setting down the object onto at least one transport plane of a weighing station arranged in a weighing region of the stationary track so that the object is supported by the at least one transport plane , wherein the at least one transport plane , which is located on at least one weigh cell , extends in the direction of movement (x) to support the object when in the weighing station ; actively driving the object while lifted off from the mover and while supported on the at least one transport plane with the mover that is moved along the track through the weighing region, wherein a driver is arranged on the mover to engage with the object ; weighing the object with the at least one weigh cell while the object is supported by the at least one transport plane of the weighing station and while the object is moved through the weighing station with a certain speed; and setting down the object on the mover after weighing in the weighing station for onward movement of the object along the stationary track with the mover . lifting the object off the mover with a lifting device, whereby the object is separated from an object support of the mover ; setting down the object onto at least one transport plane of a weighing station arranged in a weighing region of the stationary track so that the object is supported by the at least one transport plane , wherein the at least one transport plane , which is located on at least one weigh cell , extends in the direction of movement (x) to support the object when in the weighing station ; actively driving the object while lifted off from the mover and while supported on the at least one transport plane with the mover that is moved along the track through the weighing region, wherein a driver is arranged on the mover to engage with the object ; weighing the object with the at least one weigh cell while the object is supported by the at least one transport plane of the weighing station and while the object is moved through the weighing station with a certain speed; and setting down the object on the mover after weighing in the weighing station for onward movement of the object along the stationary track with the mover .
An occupant protection device for a vehicle, the occupant protection device comprising: a side collision prediction device configured to predict a collision with a side of a host vehicle and output a prediction result including determination about whether or not the predicted collision is an inevitable collision; a physical quantity detection device configured to detect a physical quantity related to the collision with the side of the host vehicle and output a detection value of the physical quantity; an airbag device configured to expand to protect an occupant of the vehicle when the airbag device is operated; and an electronic control unit configured to in a case where the detection value of the physical quantity exceeds a first threshold, perform first control for operating the airbag device , and characterised in that the electronic control unit is configured to, in a case where the detection value of the physical quantity exceeds a second threshold for a predetermined time from when the side collision prediction device determines that the collision is an inevitable collision, perform second control for operating the airbag device , the second threshold being a value smaller than the first threshold. a side collision prediction device configured to predict a collision with a side of a host vehicle and output a prediction result including determination about whether or not the predicted collision is an inevitable collision; a physical quantity detection device configured to detect a physical quantity related to the collision with the side of the host vehicle and output a detection value of the physical quantity; an airbag device configured to expand to protect an occupant of the vehicle when the airbag device is operated; and an electronic control unit configured to in a case where the detection value of the physical quantity exceeds a first threshold, perform first control for operating the airbag device , and characterised in that the electronic control unit is configured to, in a case where the detection value of the physical quantity exceeds a second threshold for a predetermined time from when the side collision prediction device determines that the collision is an inevitable collision, perform second control for operating the airbag device , the second threshold being a value smaller than the first threshold.
A sintering powder, wherein the particles making up the sintering powder comprise: a copper core; and a silver shell coating the core, wherein: the sintering powder further comprises an octylamine capping agent coating the shell wherein the capping agent comprises from 0.1 to 15% of the total weight of the sintering powder; and the particles have a D50 of from 1 to 30 nm, wherein the D50 value is determined by a dynamic light scattering method or a laser scattering method. a copper core; and a silver shell coating the core, the sintering powder further comprises an octylamine capping agent coating the shell wherein the capping agent comprises from 0.1 to 15% of the total weight of the sintering powder; and the particles have a D50 of from 1 to 30 nm, wherein the D50 value is determined by a dynamic light scattering method or a laser scattering method.
An electric component, comprising: a printed circuit board with each of both surfaces serving as a component mounting surface , wherein the component mounting surface has a predetermined region (A, B) on which electronic components are coated with a resin (P), a predetermined one of the electronic components in the region (A, B) is not covered with the resin (P) at a portion above a predetermined height (H) from the component mounting surface , and the printed circuit board has a screw hole , characterized in that : a pipe is provided as a plug that stops the resin (P) from flowing into the screw hole . a printed circuit board with each of both surfaces serving as a component mounting surface , wherein the component mounting surface has a predetermined region (A, B) on which electronic components are coated with a resin (P), a predetermined one of the electronic components in the region (A, B) is not covered with the resin (P) at a portion above a predetermined height (H) from the component mounting surface , and the printed circuit board has a screw hole , characterized in that : a pipe is provided as a plug that stops the resin (P) from flowing into the screw hole .