mhurhangee/patent-ind-claim-en huggingface dataset:
A laser welding system for welding around a circumference of a workpiece , the system comprising: a laser beam source configured to direct a laser beam ; an assembly including a unitary optical reflector having at least two optical reflecting surface portions on a first side surface and a second side surface, respectively , of the optical reflector, the first and second side surfaces of the optical reflector being arranged at a fixed obtuse angle relative to each other, the workpiece being moveable relative to the optical reflector, which is fixed, along an axis that is transverse to a longitudinal axis of the workpiece to adjust a vertical distance between the optical reflector and the workpiece, the first and second side surfaces defining a curve that is transverse to the longitudinal axis; and a drive mechanism controlled by a processor and configured to move the laser beam source along the optical reflector to thereby produce a 360 degree circumferential weld around the workpiece. a laser beam source configured to direct a laser beam ; an assembly including a unitary optical reflector having at least two optical reflecting surface portions on a first side surface and a second side surface, respectively , of the optical reflector, the first and second side surfaces of the optical reflector being arranged at a fixed obtuse angle relative to each other, the workpiece being moveable relative to the optical reflector, which is fixed, along an axis that is transverse to a longitudinal axis of the workpiece to adjust a vertical distance between the optical reflector and the workpiece, the first and second side surfaces defining a curve that is transverse to the longitudinal axis; and a drive mechanism controlled by a processor and configured to move the laser beam source along the optical reflector to thereby produce a 360 degree circumferential weld around the workpiece.
A medical imaging system comprising: a microwave antenna array comprising a transmitting antenna and a plurality of receiving antennae , wherein the transmitting antenna is configured to transmit microwave signals so as to illuminate a body part of a patient and the receiving antennae are configured to receive the microwave signals following scattering within the body part ; a processor configured to process the scattered microwave signals and generate an output indicative of the internal structure of the body part to identify a target within the body part ; and a delivery device comprising a delivery needle for implanting a marker at the site of the target, the delivery device being movable relative to the microwave antenna array ; characterised in that : the delivery needle has an integrated coaxial feed line for supplying microwave signals to the tip of the needle , such that the delivery needle itself is configured to radiate microwave signals; the receiving antennae are further configured to receive microwave signals radiated by the delivery needle ; and the processor is further configured to use the received microwave signals radiated by the delivery needle to monitor a position of the delivery needle as it is guided to the target within the body part . a microwave antenna array comprising a transmitting antenna and a plurality of receiving antennae , wherein the transmitting antenna is configured to transmit microwave signals so as to illuminate a body part of a patient and the receiving antennae are configured to receive the microwave signals following scattering within the body part ; a processor configured to process the scattered microwave signals and generate an output indicative of the internal structure of the body part to identify a target within the body part ; and a delivery device comprising a delivery needle for implanting a marker at the site of the target, the delivery device being movable relative to the microwave antenna array ; characterised in that : the delivery needle has an integrated coaxial feed line for supplying microwave signals to the tip of the needle , such that the delivery needle itself is configured to radiate microwave signals; the receiving antennae are further configured to receive microwave signals radiated by the delivery needle ; and the processor is further configured to use the received microwave signals radiated by the delivery needle to monitor a position of the delivery needle as it is guided to the target within the body part . the delivery needle has an integrated coaxial feed line for supplying microwave signals to the tip of the needle , such that the delivery needle itself is configured to radiate microwave signals; the receiving antennae are further configured to receive microwave signals radiated by the delivery needle ; and the processor is further configured to use the received microwave signals radiated by the delivery needle to monitor a position of the delivery needle as it is guided to the target within the body part .
A wireless communication method, characterized by comprising: when a terminal device accesses a target network device, maintaining, by the terminal device, a data radio bearer, DRB, connection with a source network device, and suspending a signaling radio bearer, SRB, connection with the source network device; after the terminal device fails to switch to the target network device, sending (S410), by the terminal device, indication information to the source network device, wherein the indication information is used to indicate that the terminal device fails to switch to the target network device; determining, by the terminal device, that the SRB connection between the terminal device and the source network device is resumed; and falling back, by the terminal device, to the source network device to continue using the DRB connection and the SRB connection with the source network device for communication. when a terminal device accesses a target network device, maintaining, by the terminal device, a data radio bearer, DRB, connection with a source network device, and suspending a signaling radio bearer, SRB, connection with the source network device; after the terminal device fails to switch to the target network device, sending (S410), by the terminal device, indication information to the source network device, wherein the indication information is used to indicate that the terminal device fails to switch to the target network device; determining, by the terminal device, that the SRB connection between the terminal device and the source network device is resumed; and falling back, by the terminal device, to the source network device to continue using the DRB connection and the SRB connection with the source network device for communication.
A feeder maintenance device comprising: an attachment section configured to have a feeder attached, the feeder being provided with a feeding mechanism that feeds a storage member that stores a component and being used in a mounting device which mounts the component on a board; a cleaning section configured to clean a specified section including the feeding mechanism of the feeder ; characterized by: a measurement section configured to measure backlash of the feeding mechanism by determining whether an inspection is passed based on whether the backlash value calculated in backlash inspection is within a specified threshold; and a control section configured to control the cleaning section and to control the measurement section so as to measure the backlash of the feeding mechanism after controlling the cleaning section so as to clean the specified position using the cleaning section . an attachment section configured to have a feeder attached, the feeder being provided with a feeding mechanism that feeds a storage member that stores a component and being used in a mounting device which mounts the component on a board; a cleaning section configured to clean a specified section including the feeding mechanism of the feeder ; characterized by: a measurement section configured to measure backlash of the feeding mechanism by determining whether an inspection is passed based on whether the backlash value calculated in backlash inspection is within a specified threshold; and a control section configured to control the cleaning section and to control the measurement section so as to measure the backlash of the feeding mechanism after controlling the cleaning section so as to clean the specified position using the cleaning section . a measurement section configured to measure backlash of the feeding mechanism by determining whether an inspection is passed based on whether the backlash value calculated in backlash inspection is within a specified threshold; and a control section configured to control the cleaning section and to control the measurement section so as to measure the backlash of the feeding mechanism after controlling the cleaning section so as to clean the specified position using the cleaning section .
A watch type mobile terminal for controlling an external device, comprising: a wrist band ; a main system including a circuit board for operating the watch type mobile terminal ; a main frame connected to the wrist band and encasing the main system ; characterized in that the watch type mobile terminal further comprises: a fob detachably connected to the main system , wherein the fob is configured such that a control authority for controlling the external device is set in the fob ; and a display detachably connected to the fob ; wherein each of the main system , the fob and the display includes a wireless communication unit, and wherein the fob is configured such that, when the fob is coupled to the main system and separated from the display , a first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob , and when the fob is separated from the main system and coupled to the display , a second control authority different from the first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob , wherein the first control authority granted to the fob is a control authority to control every function of the external device, and wherein the second control authority granted to the fob is a control authority to limit a function of the external device. a wrist band ; a main system including a circuit board for operating the watch type mobile terminal ; a main frame connected to the wrist band and encasing the main system ; characterized in that the watch type mobile terminal further comprises: a fob detachably connected to the main system , wherein the fob is configured such that a control authority for controlling the external device is set in the fob ; and a display detachably connected to the fob ; a fob detachably connected to the main system , wherein the fob is configured such that a control authority for controlling the external device is set in the fob ; and a display detachably connected to the fob ; wherein each of the main system , the fob and the display includes a wireless communication unit, and wherein the fob is configured such that, when the fob is coupled to the main system and separated from the display , a first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob , and when the fob is separated from the main system and coupled to the display , a second control authority different from the first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob , wherein the first control authority granted to the fob is a control authority to control every function of the external device, and wherein the second control authority granted to the fob is a control authority to limit a function of the external device.
A method of treating comminuted waste material, the method comprising: a) heating comminuted waste material in a first, second and third zone of a rotatable heating chamber using one or more heating means to generate a combustible gas, b) measuring or determining the temperature in the first, second and third zone of the rotatable heating chamber ; c) comparing the measured or determined temperature in the first, second and/or third zone of the rotatable heating chamber with a predetermined temperature range for each of the first, second and third zone ; and d) adjusting the amount of heat applied by the one or more heating means to the first, second and third zone of the rotatable heating chamber to maintain the temperature in each of the first, second and third zone of the rotatable heating chamber within the predetermined temperature range for each of the first, second and third zone ; wherein the first zone has a first temperature T1, the second zone has a second temperature T2 and the third zone has a third temperature T3 and wherein the second and third temperatures T2 and T3 are higher than the first temperature T1. a) heating comminuted waste material in a first, second and third zone of a rotatable heating chamber using one or more heating means to generate a combustible gas, b) measuring or determining the temperature in the first, second and third zone of the rotatable heating chamber ; c) comparing the measured or determined temperature in the first, second and/or third zone of the rotatable heating chamber with a predetermined temperature range for each of the first, second and third zone ; and d) adjusting the amount of heat applied by the one or more heating means to the first, second and third zone of the rotatable heating chamber to maintain the temperature in each of the first, second and third zone of the rotatable heating chamber within the predetermined temperature range for each of the first, second and third zone ; wherein the first zone has a first temperature T1, the second zone has a second temperature T2 and the third zone has a third temperature T3 and wherein the second and third temperatures T2 and T3 are higher than the first temperature T1.
Device for measuring forces, comprising: at least one sensor ; at least one force input device configured to elastically deform in relation to an external force acting on the device ; and a casing coupled to the sensor and the force input device , wherein the sensor is configured such that, when the force is applied to the device , the sensor detects the force in relation to the elastic deformation of the force input device , wherein the casing is configured to accommodate the sensor in the casing in at least two different positions, wherein the casing comprises a circular cylindrical shape of a predetermined height (HI); the device for measuring forces characterised in that a first side of the casing comprises a recess of a predetermined depth (H2), wherein a second side of the casing comprises a first recess (106b1) of a predetermined depth (H3) and a second recess (106b3) of a predetermined depth (H4); wherein the casing comprises a step (106a3) of a predetermined height (H5), and a recess (106a4) of a predetermined length (L6), and wherein the casing further comprises an elongated hole (106a5) of a predetermined depth (H6). at least one sensor ; at least one force input device configured to elastically deform in relation to an external force acting on the device ; and a casing coupled to the sensor and the force input device , wherein the sensor is configured such that, when the force is applied to the device , the sensor detects the force in relation to the elastic deformation of the force input device , wherein the casing is configured to accommodate the sensor in the casing in at least two different positions, wherein the casing comprises a circular cylindrical shape of a predetermined height (HI); the device for measuring forces characterised in that a first side of the casing comprises a recess of a predetermined depth (H2), wherein a second side of the casing comprises a first recess (106b1) of a predetermined depth (H3) and a second recess (106b3) of a predetermined depth (H4); wherein the casing comprises a step (106a3) of a predetermined height (H5), and a recess (106a4) of a predetermined length (L6), and wherein the casing further comprises an elongated hole (106a5) of a predetermined depth (H6).
An LPA (Lipoprotein(a)) RNA interference (RNAi) agent comprising a sense strand and an antisense strand, wherein the antisense strand comprises the sequence of any one of SEQ ID NO:1280, SEQ ID NO:1282, SEQ ID NO:1246, SEQ ID NO:1242, SEQ ID NO:1244, or SEQ ID NO:1254, and wherein the sense strand comprises a sequence that is complementary to the sequence of the antisense strand.
A method for uniquely identifying buried utilities or utilities that are hidden from direct view or access in a multi-utility region, the method comprising: sensing magnetic fields upon moving a magnetic field sensing locating device over a multi-utility region comprising a plurality of said utilities; identifying utility data pertaining to the plurality of said utilities from the sensed magnetic fields, wherein the utility data comprises a plurality of location data points each indicative of location information pertaining to at least one of the said utilities and one or more characteristics of the at least one of the said utilities; generating a plurality of clusters based on the identified location data points, wherein each of the clusters includes a set of location data points sharing common characteristics of one or more of depth, orientation and alignment; characterized in that the method further comprises : identifying one or more patterns , including one or more of: a frequency spectrum, a power spectrum, a harmonics pattern, a rebroadcast frequencies pattern, a spectral signature, relative changes in the frequency and power spectrum, and phase or relative phase to other measured signals, exhibited by each of the plurality of clusters; generating a cluster quality metric for the plurality of clusters ; classifying the clusters, based on the one or more patterns and the cluster quality metric, to uniquely identify the said utilities; and correlating the location data points in the clusters, spatially and in a time domain, based at least on timestamps associated with the location data points, to trace location of the uniquely identified said utilities. sensing magnetic fields upon moving a magnetic field sensing locating device over a multi-utility region comprising a plurality of said utilities; identifying utility data pertaining to the plurality of said utilities from the sensed magnetic fields, wherein the utility data comprises a plurality of location data points each indicative of location information pertaining to at least one of the said utilities and one or more characteristics of the at least one of the said utilities; generating a plurality of clusters based on the identified location data points, wherein each of the clusters includes a set of location data points sharing common characteristics of one or more of depth, orientation and alignment; identifying one or more patterns , including one or more of: a frequency spectrum, a power spectrum, a harmonics pattern, a rebroadcast frequencies pattern, a spectral signature, relative changes in the frequency and power spectrum, and phase or relative phase to other measured signals, exhibited by each of the plurality of clusters; generating a cluster quality metric for the plurality of clusters ; classifying the clusters, based on the one or more patterns and the cluster quality metric, to uniquely identify the said utilities; and correlating the location data points in the clusters, spatially and in a time domain, based at least on timestamps associated with the location data points, to trace location of the uniquely identified said utilities.
Method for capturing a visual field of a person having a scotoma, said method comprising the following steps: continuously capturing the eye alignment of the person by means of a capturing unit, sampling the visual field of the person point by point in order to determine points suitable and not suitable for sight in the visual field of the person, finding the scotoma as a region with a multiplicity of points not suitable for sight, calculating an outer boundary line of the scotoma, calculating an outer enveloping curve , which surrounds the outer boundary line of the scotoma at a predetermined distance, displaying the outer enveloping curve on a display unit with the continuously captured eye alignment being taken into account in such a way that the outer enveloping curve is perceivable as a frame of the scotoma by the person in the case of any alignment of the eye of the person onto the display unit . continuously capturing the eye alignment of the person by means of a capturing unit, sampling the visual field of the person point by point in order to determine points suitable and not suitable for sight in the visual field of the person, finding the scotoma as a region with a multiplicity of points not suitable for sight, calculating an outer boundary line of the scotoma, calculating an outer enveloping curve , which surrounds the outer boundary line of the scotoma at a predetermined distance, displaying the outer enveloping curve on a display unit with the continuously captured eye alignment being taken into account in such a way that the outer enveloping curve is perceivable as a frame of the scotoma by the person in the case of any alignment of the eye of the person onto the display unit .
Brake disk for a wheel brake of a land vehicle, having a main body , formed from grey cast iron, having at least one axial friction side , at least one anti-corrosion layer applied to the axial friction side , and at least one anti-abrasion layer applied to the anti-corrosion layer , characterized in that the anti-corrosion layer based on iron is produced from a non-rusting and acid-resistant steel having a boron content of at most 0.01% by weight, a maximum nickel content of 0.1% by weight, a maximum copper content and/or a maximum cobalt content and/or a maximum tungsten content of 0.1% by weight, and has a carbide reinforcement.
A power tool , comprising: a cutting unit that performs a cutting action; and a cutting action input unit for turning the cutting action on and off, wherein the cutting action input unit , when turned on, causes the cutting unit to move in a direction (A) of an end position of the cutting action, characterized in that the cutting action input unit , when turned off, causes the cutting unit to stop moving in a case where it is detected that the cutting action has not ended at a time when the cutting action input unit is turned off, and to move in a direction (B) of a standby position prior to a start of the cutting action in a case where it is detected that the cutting action has ended at the time when the cutting action input unit is turned off. a cutting unit that performs a cutting action; and a cutting action input unit for turning the cutting action on and off, wherein the cutting action input unit , when turned on, causes the cutting unit to move in a direction (A) of an end position of the cutting action, characterized in that the cutting action input unit , when turned off, causes the cutting unit to stop moving in a case where it is detected that the cutting action has not ended at a time when the cutting action input unit is turned off, and to move in a direction (B) of a standby position prior to a start of the cutting action in a case where it is detected that the cutting action has ended at the time when the cutting action input unit is turned off.