mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-fuel-combustion burner for use in a burner portion of a solid-fuel-combustion boiler and for input of pulverized solid fuel and air into a furnace , the solid-fuel-combustion burner comprising: a fuel burner for input of pulverized fuel and primary air into the furnace ; and a secondary port for ejecting secondary air from the outer periphery of the fuel burner , wherein a split member as an inner flame stabilization member is disposed at a front side of a passage of the fuel burner , and a part of an end portion adjacent to the secondary port at the outer periphery of the split member is removed in order to suppress an outer peripheral ignition by removing the part of the split member serving as the ignition source, and wherein the split member of which the part of the end portion adjacent to the secondary port at the outer periphery is removed is formed such that, when L1 denotes a passage width from an axis center of a primary port of the fuel burner and L2 denotes the length of the split member , obtained by removing the part of the end portion, from the axis center, the dimensional ratio of L2/L1 > 0.2, preferably L2/L1 > 0.6, is fulfilled. a fuel burner for input of pulverized fuel and primary air into the furnace ; and a secondary port for ejecting secondary air from the outer periphery of the fuel burner , wherein a split member as an inner flame stabilization member is disposed at a front side of a passage of the fuel burner , and a part of an end portion adjacent to the secondary port at the outer periphery of the split member is removed in order to suppress an outer peripheral ignition by removing the part of the split member serving as the ignition source, and wherein the split member of which the part of the end portion adjacent to the secondary port at the outer periphery is removed is formed such that, when L1 denotes a passage width from an axis center of a primary port of the fuel burner and L2 denotes the length of the split member , obtained by removing the part of the end portion, from the axis center, the dimensional ratio of L2/L1 > 0.2, preferably L2/L1 > 0.6, is fulfilled.
A method of determining a measure of gaping in a fish fillet item , the method comprising the steps of: • Obtaining three-dimensional profile data of a first area of the fish fillet item; • Obtaining optical imaging data of a second area of the fish fillet item, wherein the first area and the second area are overlapping at least within an overlap area; • determining the measure of gaping in the fish fillet item based on the i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area, wherein the method is an automated method. • Obtaining three-dimensional profile data of a first area of the fish fillet item; • Obtaining optical imaging data of a second area of the fish fillet item, wherein the first area and the second area are overlapping at least within an overlap area; • determining the measure of gaping in the fish fillet item based on the i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area, i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area,
A method of performing operations related to Vehicle to Everything, V2X, message transmission to a User Equipment, UE, by a network node in a wireless communication system, the method comprising: receiving, by the network node, a Notify Broadcast Area message indicating first broadcast area for a V2X message; and receiving, by the network node, the V2X message after receiving the Notify Broadcast Area message, wherein the network node is related to a Multimedia Broadcast Multicast Service, MBMS, bearer for a second broadcast area, wherein the network node determines a first evolved Node B, eNB, that will transmit the V2X message to the UE based on the Notify Broadcast Area message without updating the second broadcast area related to the MBMS bearer. receiving, by the network node, a Notify Broadcast Area message indicating first broadcast area for a V2X message; and receiving, by the network node, the V2X message after receiving the Notify Broadcast Area message, wherein the network node is related to a Multimedia Broadcast Multicast Service, MBMS, bearer for a second broadcast area, wherein the network node determines a first evolved Node B, eNB, that will transmit the V2X message to the UE based on the Notify Broadcast Area message without updating the second broadcast area related to the MBMS bearer.
Electroless shower toilet attachment having a flushing device, wherein the flushing device has a sliding rail , a spring element and a base , wherein the sliding rail is disposed on the base , and wherein the flushing device furthermore has: - a shower arm which is movable along the sliding rail in a reciprocating manner between an initial position and a water outlet position, wherein a front end of the shower arm is provided with a water outlet opening for washing a bottom and a water outlet opening for washing a vulva; - two hydraulic drive components for displacing the shower arm from the initial position along the sliding rail into the water outlet position; - a water path hose for washing the bottom, which connects the water outlet opening for washing the bottom to one of the hydraulic drive components ; and - a water path hose for washing the vulva, which connects the water outlet opening for washing the vulva to the further hydraulic drive component ; - wherein the spring element is connected to the shower arm ; - wherein the respective hydraulic drive component drives the shower arm so as to move the latter into the water outlet position when the hydraulic drive component is supplied water from a water source, wherein the water from the water source by way of the water path hose for washing the bottom or by way of the water path hose for washing the vulva is sprayed from the respective water outlet opening for washing the bottom or the water outlet opening for washing the vulva; and - wherein the spring element retracts the shower arm from the water outlet position back into the initial position once the supply from the water source is interrupted. - a shower arm which is movable along the sliding rail in a reciprocating manner between an initial position and a water outlet position, wherein a front end of the shower arm is provided with a water outlet opening for washing a bottom and a water outlet opening for washing a vulva; - two hydraulic drive components for displacing the shower arm from the initial position along the sliding rail into the water outlet position; - a water path hose for washing the bottom, which connects the water outlet opening for washing the bottom to one of the hydraulic drive components ; and - a water path hose for washing the vulva, which connects the water outlet opening for washing the vulva to the further hydraulic drive component ; - wherein the spring element is connected to the shower arm ; - wherein the respective hydraulic drive component drives the shower arm so as to move the latter into the water outlet position when the hydraulic drive component is supplied water from a water source, wherein the water from the water source by way of the water path hose for washing the bottom or by way of the water path hose for washing the vulva is sprayed from the respective water outlet opening for washing the bottom or the water outlet opening for washing the vulva; and - wherein the spring element retracts the shower arm from the water outlet position back into the initial position once the supply from the water source is interrupted.
A method for creating a chemical link between liquid biological samples and their associated digital information, which comprises, sample tagging a liquid biological sample with a chemical nanosignature composition which comprises a combination of at least one quantum dot reference and at least 2, 3, 4, 5 or more quantum dot tracers, wherein said link is created by using the following ratio: Tracer Fluo . Intensity Reference Fluo Intensity to normalized the fluorescence intensity of each tracer of the composition and arrayed said normalized values into a unique 2, 3, 4, 5, 6 or more digit number/signature, wherein said digit number/signature shall be read and be entered into a database at point of manufacture or point of application in order to create a chemical link between the liquid biological sample tagged with the composition, and its associated digital information.
A safety system for a vehicle seat in a commercial vehicle operating a vehicle seat motion actuation when the commercial vehicle is colliding with an obstacle, comprising: - at least one actuator unit that comprises at least one seat actuator to move the vehicle seat from a driving position to a safety position - at least one control unit connected to said actuator unit to control the at least one seat actuator - at least one proximity sensor connected to said control unit and configured to detect an obstacle before the commercial vehicle collides it characterized in that the control unit is provided with a calculator device retrieving specific data (Dw, Dw', Ds, Do) to determine the requested seat's motion speed profile and the requested seat's motion triggering moment to control, upon receiving an imminent and unavoidable collision alert signal (A2) from the proximity sensor , the at least one seat actuator to move the vehicle seat to the safety position. - at least one actuator unit that comprises at least one seat actuator to move the vehicle seat from a driving position to a safety position - at least one control unit connected to said actuator unit to control the at least one seat actuator - at least one proximity sensor connected to said control unit and configured to detect an obstacle before the commercial vehicle collides it
An apparatus embedded within a receiver configured to receive signal packets each comprising known sequence bits and unknown information data sent by a transmitter using Gaussian Frequency Shift Keying, GFSK, the apparatus comprises a signal detection unit configured to detect presence of the known sequence bits in a received signal packet, the signal detection unit is being fed with the received signal packet y(t) from a frequency demodulator of the receiver, the apparatus further comprises a frequency offset estimation unit configured to estimate a frequency offset Δf ̃ between a local oscillator of the transmitter and a local oscillator of the receiver and a timing estimation unit configured to estimate a time position where an expected known signal portion of the received signal packet was detected at the receiver, wherein the expected known signal portion equals the known sequence of bits, characterized in, that the apparatus further comprises an interference construction unit configured to calculate modulation symbols x 0 ...x M-1 out of the known sequence bits b 0 ...b M-1 and to construct inter-symbol interference terms c 0 ...c M-1 with M ≥ 0 presenting the length of the known sequence, whereas the interference construction unit is connected to the signal detection unit and the frequency offset estimation unit for inputting the inter-symbol interference terms c 0 ...c M-1 to the signal detection unit and the modulation symbols x 0 ... x M- 1 to the signal detection unit and the frequency offset estimation unit , whereas outputs of the frequency offset estimation unit are connected to the signal detection unit and the timing estimation unit , and outputs of the signal detection unit are connected to the frequency offset estimation unit , the timing estimation unit and a modulation amplitude estimation unit which is also comprised by the apparatus, the timing estimation unit is further configured for outputting estimations of the frequency offset, a time offset corresponding to the estimated time position and a modulation amplitude from the modulation amplitude estimation unit as synchronization parameters to be used for subsequent demodulation of the unknown information data.
A single handheld integrated therapy and imaging device, the device comprising: a hollow elongated cannula with a proximal portion and a distal portion; a therapeutic element coupled to the distal portion of the hollow elongated cannula; an imaging cannula externally coupled to the hollow elongated cannula; an imaging assembly coupled to the imaging cannula and configured to provide visualization of the therapeutic element in a nasal cavity; wherein the imaging cannula comprises an articulating region configured to articulate the imaging assembly in degrees of freedom relative to an insertion axis of the hollow elongated cannula into the nasal cavity, and wherein the imaging assembly is arranged proximally from the therapeutic element and the imaging assembly is dimensioned to fit within profile dimensions of the therapeutic element such that the therapeutic element protects the imaging assembly from nasal tissue during insertion of the device into a nasal cavity. a hollow elongated cannula with a proximal portion and a distal portion; a therapeutic element coupled to the distal portion of the hollow elongated cannula; an imaging cannula externally coupled to the hollow elongated cannula; an imaging assembly coupled to the imaging cannula and configured to provide visualization of the therapeutic element in a nasal cavity; wherein the imaging cannula comprises an articulating region configured to articulate the imaging assembly in degrees of freedom relative to an insertion axis of the hollow elongated cannula into the nasal cavity, and wherein the imaging assembly is arranged proximally from the therapeutic element and the imaging assembly is dimensioned to fit within profile dimensions of the therapeutic element such that the therapeutic element protects the imaging assembly from nasal tissue during insertion of the device into a nasal cavity.
A substrate for flexible device having a nickel-plated metal sheet including a nickel-plating layer formed on at least one surface of a metal sheet or a nickel-based sheet, and a glass layer of an electrically-insulating layered bismuth-based glass on the nickel-plating layer or the nickel-based sheet, wherein an oxide layer having a roughened surface is formed on a surface of the nickel-plating layer or a surface of the nickel-based sheet, and the glass layer is formed on the oxide layer, the bismuth-based glass contains 70 to 84% by weight of Bi 2 O 3 , 10 to 12% by weight of ZnO, and 6 to 12% by weight of B 2 O 3 , the oxide layer has a surface having arithmetic mean roughness (Ra) in a range of 30 to 100 nm and maximum height roughness (Rz) in a range of 420 to 900 nm, and the oxide layer has a thickness in a range of 40 to 1200 nm. wherein an oxide layer having a roughened surface is formed on a surface of the nickel-plating layer or a surface of the nickel-based sheet, and the glass layer is formed on the oxide layer, the bismuth-based glass contains 70 to 84% by weight of Bi 2 O 3 , 10 to 12% by weight of ZnO, and 6 to 12% by weight of B 2 O 3 , the oxide layer has a surface having arithmetic mean roughness (Ra) in a range of 30 to 100 nm and maximum height roughness (Rz) in a range of 420 to 900 nm, and the oxide layer has a thickness in a range of 40 to 1200 nm.
Internal combustion engine having an engine block and a cylinder head , at least one crankcase and at least one cylinder which is attached to at least one intake line being arranged in the internal combustion engine , the crankcase being connected to the at least one intake line via a crankcase breather line , having, furthermore, a compressor for compressing air in the intake line , the crankcase breather line being branched and being attached to at least one first connector point on the intake line downstream of the compressor , and a line branch which is connected to at least one second connector point upstream of the compressor branching off at a branching point , characterized in that at least 75% of the crankcase breather line is arranged within the engine block and/or within the cylinder head , and in that that part of the line branch which is arranged outside the engine block and the cylinder head is at most 20 cm long.
Exercise apparatus comprising a pedal assembly coupled to a braking device, characterized in that it consists of a housing without a saddle or any other seat, said housing being traversed by a transverse main axis positioned at a height between 120 and 170 millimeters from the ground plane, said main axis being coupled on either side of said housing to a disc flange carrying an offset transverse axis , said offset axes being diametrically opposed to said main transverse axis , each of said offset axes being articulated relative to a connecting part with a pedal formed by a plate articulated relative to said connecting part by a pivot parallel to the longitudinal axis of said plate to allow movement of said plate between a horizontal active position and a storage position where it is folded against the vertical face of said housing, said main axis driving an inertia rotor housed in said housing .
A cast steel railway crossing having a body with a top running surface and a bottom support surface; said body having a first hardness and a first UTS; said top running surface having been exposed to a first Explosive Device Hardening cycle to achieve a second hardness greater than said first hardness; said bottom support surface having been exposed to a second Explosive Device Hardening cycle to achieve a second UTS greater than said first UTS; wherein said second hardness is greater than 240 BHN, and said second UTS is greater than 840 MPa. said body having a first hardness and a first UTS; said top running surface having been exposed to a first Explosive Device Hardening cycle to achieve a second hardness greater than said first hardness; said bottom support surface having been exposed to a second Explosive Device Hardening cycle to achieve a second UTS greater than said first UTS; wherein said second hardness is greater than 240 BHN, and said second UTS is greater than 840 MPa.
A method for detecting objects using a plurality of RFID data carriers DT , each RFID data carrier DT being allocated to one object and in particular being designed as a tag, the plurality of RFID data carriers DT forming a population of RFID data carriers having an arbitrary distribution of the RFID data carriers in a data carrier environment U , and using a plurality of mobile readers R , the plurality of mobile readers R having a first interface S1 for establishing a first data connection with an RFID data carrier DT to receive object data or position data which is stored on the RFID data carrier DT and a second interface S2 for establishing a second data connection with at least one network interface NS and for contactlessly transferring an object data set or a position data set to the network interface NS , wherein the network interface NS serves to establish a network data connection with a network server, characterized in that the readers R are in an active operating mode while each reader R is moved along an arbitrary movement path between at least two different positions within the data carrier environment in such a manner that the relative positions of the readers are constantly changing and the readers R are receiving object data or position data from the stationarily disposed RFID data carriers DT within whose range the readers R are located, such that, as a function of the position of the readers R , there is performed a data carrier allocation in the readers R between an RFID data carrier DT and the reader R thereby creating an object data set or a position data set which comprises the object data or the position data and a reader identification, and such that the object data set or the position data set is subsequently transferred to the network interface NS which is within the transmission range of the readers R , wherein the data carrier allocation between the RFID data carriers DT and the readers R and thus the object data set or the position data set is changing as a function of the relative position of the readers R .
A packaging method for a circuit die comprising: i) providing a circuit component comprising a circuit die electrically connected to a substrate and having a first surface and a second surface; ii) disposing a spacer on the first surface of the circuit die ; iii) encapsulating the circuit component with a molding material so that the molding material forms a continuous top surface that covers and fully encapsulates the circuit die , the spacer , and at least a portion of a top surface of the substrate ; iv) removing at least a portion of the molding material over the spacer to create a recessed region within the molding material exposing a top surface of the spacer ; v) depositing an adhesive layer over the exposed top surface of the spacer and the remaining top surface of the molding material ; vi) disposing over and attaching to the adhesive layer a heat spreader , the heat spreader having a top surface and a bottom surface , wherein the top surface and the bottom surface have respective downsets , wherein the downset of the bottom surface is shaped to fill the recessed region over the adhesive layer , and the downset of the top surface is sized and positioned to align with the recessed region ; and vii) electrically connecting external contacts to the substrate . i) providing a circuit component comprising a circuit die electrically connected to a substrate and having a first surface and a second surface; ii) disposing a spacer on the first surface of the circuit die ; iii) encapsulating the circuit component with a molding material so that the molding material forms a continuous top surface that covers and fully encapsulates the circuit die , the spacer , and at least a portion of a top surface of the substrate ; iv) removing at least a portion of the molding material over the spacer to create a recessed region within the molding material exposing a top surface of the spacer ; v) depositing an adhesive layer over the exposed top surface of the spacer and the remaining top surface of the molding material ; vi) disposing over and attaching to the adhesive layer a heat spreader , the heat spreader having a top surface and a bottom surface , wherein the top surface and the bottom surface have respective downsets , wherein the downset of the bottom surface is shaped to fill the recessed region over the adhesive layer , and the downset of the top surface is sized and positioned to align with the recessed region ; and vii) electrically connecting external contacts to the substrate .
Container, in particular in ampoule form, and consisting wholly or predominantly of one or more plastic materials, having a container body for holding a filling material which can be withdrawn via a releasable container mouth after removal of a closure part which, along a separation point , is detachably connected to a neck part of the container body in an unopened position, wherein, in the unopened position, a conically extending wall of the neck part on the container body and a conically extending wall of the closure part adjoin the separation point , and these walls define at least part of an annular space which opens out at its one end into the environment and at its other end into the separation point , wherein the conical wall of the neck part and the wall of the closure part are configured in the manner of truncated cones , characterised in that the conical walls , placed one inside the other, define the annular space .