mhurhangee/patent-ind-claim-en huggingface dataset:
A method for checking the quality of a product comprising at least two cardboard portions connected to each other such that a slot extends between the cardboard portions from one side of the product to the opposite side, with the slot being expected to extend perpendicularly with respect to an outer edge of the product , comprising the steps of: - capturing a two-dimensional image of the slot at one side of the product and of the slot at the opposite side of the product, - analyzing the images so as to recognize the slot , Characterized in that the method comprises - comparing the positions of the slot of one product at the opposite sides, - each of the position being measured along the outer edge of the product and expressed as a one-dimensional number, - making a determination whether or not a difference between the positions is within a predefined range of tolerance. - capturing a two-dimensional image of the slot at one side of the product and of the slot at the opposite side of the product, - analyzing the images so as to recognize the slot , - comparing the positions of the slot of one product at the opposite sides, - each of the position being measured along the outer edge of the product and expressed as a one-dimensional number, - making a determination whether or not a difference between the positions is within a predefined range of tolerance.
A base station , comprising: an antenna ; a radio coupled to the antenna; and a processor coupled to the radio; wherein the base station is configured to: determine, from capability information reported by a wireless device before an intermodulation issue associated with dual connectivity on Long-Term Evolution, LTE, and New Radio, NR, occurs, that the wireless device: does not support simultaneous transmission on dual uplink carriers due to a potential intermodulation issue associated with dual connectivity on LTE and NR for one or more band combinations; and supports reporting intermodulation issues associated with dual connectivity on LTE and NR; provide an indication that the wireless device is allowed to report the intermodulation issues; receive, from the wireless device, an indication that the intermodulation issue associated with dual connectivity on LTE and NR is occurring at the wireless device; and determine to configure the wireless device to use a single uplink carrier at a time based at least in part on the capability information and the indication of the intermodulation issue. an antenna ; a radio coupled to the antenna; and a processor coupled to the radio; does not support simultaneous transmission on dual uplink carriers due to a potential intermodulation issue associated with dual connectivity on LTE and NR for one or more band combinations; and supports reporting intermodulation issues associated with dual connectivity on LTE and NR; provide an indication that the wireless device is allowed to report the intermodulation issues; receive, from the wireless device, an indication that the intermodulation issue associated with dual connectivity on LTE and NR is occurring at the wireless device; and determine to configure the wireless device to use a single uplink carrier at a time based at least in part on the capability information and the indication of the intermodulation issue.
A power converting apparatus comprising: an input unit including an AC connection unit configured to receive an alternating current, AC, power from an external and a DC connection unit which receives a direct current, DC, power; a bridge diode unit composed of a plurality of diodes and connected to the input unit ; a capacitor (C) connected to a DC terminal which is an output terminal of the bridge diode unit ; a DC terminal voltage detection unit (S1) configured to detect a voltage of the DC terminal; a heater driven based on the voltage of the DC terminal; and a heater power supply unit , disposed between the capacitor (C) and the heater , configured to supply a voltage having a different magnitude to the heater according to a voltage detected by the DC terminal voltage detection unit (S1), the heater power supply unit comprises: a DC/DC converter configured to convert the voltage of the DC terminal and output the converted voltage to the heater ; and a relay unit configured to operate to supply the DC terminal voltage to the heater when the DC terminal voltage is a first voltage according to the AC power or to the DC/DC converter when the DC terminal voltage is a second voltage according to the DC power, wherein the second voltage is higher than the first voltage, wherein the heater has a maximum efficiency when the first voltage is supplied. an input unit including an AC connection unit configured to receive an alternating current, AC, power from an external and a DC connection unit which receives a direct current, DC, power; a bridge diode unit composed of a plurality of diodes and connected to the input unit ; a capacitor (C) connected to a DC terminal which is an output terminal of the bridge diode unit ; a DC terminal voltage detection unit (S1) configured to detect a voltage of the DC terminal; a heater driven based on the voltage of the DC terminal; and a heater power supply unit , disposed between the capacitor (C) and the heater , configured to supply a voltage having a different magnitude to the heater according to a voltage detected by the DC terminal voltage detection unit (S1), the heater power supply unit comprises: a DC/DC converter configured to convert the voltage of the DC terminal and output the converted voltage to the heater ; and a relay unit configured to operate to supply the DC terminal voltage to the heater when the DC terminal voltage is a first voltage according to the AC power or to the DC/DC converter when the DC terminal voltage is a second voltage according to the DC power, wherein the second voltage is higher than the first voltage, a DC/DC converter configured to convert the voltage of the DC terminal and output the converted voltage to the heater ; and a relay unit configured to operate to supply the DC terminal voltage to the heater when the DC terminal voltage is a first voltage according to the AC power or to the DC/DC converter when the DC terminal voltage is a second voltage according to the DC power, wherein the second voltage is higher than the first voltage, wherein the heater has a maximum efficiency when the first voltage is supplied.
A link management method, performed by a terminal device, wherein the method comprises: receiving transmission configuration indicator TCI information from a network device, wherein the TCI information is used to indicate M TCI states of a wake-up signal WUS, and M is a positive integer; and in the case that the terminal device is in an inactive-time of connected mode discontinuous reception DRX, performing a link management operation based on the M TCI states, wherein the link management operation comprises at least one of a beam failure detection operation and a radio link failure detection operation; characterized in that any two TCI states of the M TCI states correspond to a same control resource set CORESET configuration, a same search space SS configuration, and different slot-related configurations; or any two TCI states of the M TCI states correspond to a same CORESET configuration and different SS configurations, and each SS configuration has a separate slot-related configuration, wherein the slot-related configuration comprises one of the following: a slot-level period configuration and a slot offset configuration; or a slot-level period configuration, a slot offset configuration, and an in-slot symbol offset configuration. receiving transmission configuration indicator TCI information from a network device, wherein the TCI information is used to indicate M TCI states of a wake-up signal WUS, and M is a positive integer; and in the case that the terminal device is in an inactive-time of connected mode discontinuous reception DRX, performing a link management operation based on the M TCI states, wherein the link management operation comprises at least one of a beam failure detection operation and a radio link failure detection operation; characterized in that any two TCI states of the M TCI states correspond to a same control resource set CORESET configuration, a same search space SS configuration, and different slot-related configurations; or any two TCI states of the M TCI states correspond to a same CORESET configuration and different SS configurations, and each SS configuration has a separate slot-related configuration, wherein the slot-related configuration comprises one of the following: a slot-level period configuration and a slot offset configuration; or a slot-level period configuration, a slot offset configuration, and an in-slot symbol offset configuration. a slot-level period configuration and a slot offset configuration; or a slot-level period configuration, a slot offset configuration, and an in-slot symbol offset configuration.
System for reading out at least one position signal of a micromechanical capacitive sensor with at least one oscillating element that can be excited so as to move in an oscillating manner, comprising a detection circuit , the capacitive sensor and a control loop , wherein a first input connection of the detection circuit is connected to at least one output connection of the capacitive sensor and one output connection of the detection circuit is connected with a loop filter of the control loop , wherein the control loop is operable to feed back a feedback voltage depending on an output voltage of the control loop to a second input connection of the detection circuit , so that a feedback force is applied to the capacitive sensor , wherein the detection circuit comprises at least one further feedback branch ( R fb , C fb ) and is operable to modulate the output voltage of the control loop onto an input common mode voltage of the detection circuit.
A method of fabricating a fused product comprising LTM perovskite, L designating lanthanum (La), T being an element selected from strontium, calcium, magnesium, barium, and mixtures of these elements, possibly mixed with yttrium and/or ytterbium and/or cerium, and M designating manganese (Mn), said method comprising the following steps: a') mixing raw materials providing lanthanum, the element T, and manganese, so as to form a starting charge, the compounds providing the elements L, T, and M together representing more than 90% by weight of the ingredients of the starting charge; b') fusing the starting charge with an arc furnace or by induction to obtain a molten liquid; c') cooling said molten liquid until it has solidified completely, so as to obtain a fused product presenting the shape of a block having a thickness greater than 1 mm or the shape of a particle. a') mixing raw materials providing lanthanum, the element T, and manganese, so as to form a starting charge, the compounds providing the elements L, T, and M together representing more than 90% by weight of the ingredients of the starting charge; b') fusing the starting charge with an arc furnace or by induction to obtain a molten liquid; c') cooling said molten liquid until it has solidified completely, so as to obtain a fused product presenting the shape of a block having a thickness greater than 1 mm or the shape of a particle.
A dispensing apparatus for forming a mixture of materials continuously, wherein at least one material component is dispensed at a dispensing site from a dispensing container into a receiver to form the mixture of materials, wherein - the dispensing apparatus comprises more than one dispensing container , comprising powdery or granular material components, and more than one receiver , and at least one conveyor track for moving the receivers, - the material component is arranged to be dispensed from the dispensing container into the receiver , - each of the dispensing containers comprises a weighing device for weighing the material component in connection with dispensing and for achieving a correct amount of the material component in real time from the dispensing container into the receiver, - the receivers are arranged to move by means of the conveyor track to the dispensing sites, and further to a predetermined position after the last dispensing container, and - the dispensing apparatus comprises a control system for controlling dispensing of predetermined powdery or granular material components from the dispensing containers into the receivers on the basis of a predetermined recipe, and for controlling dispensing of at least two receivers simultaneously, characterized in that the dispensing apparatus comprises at least one receiver stopping device and the stopping device is a device for raising the receiver from the surface of the conveyor track during dispensing to the receiver such that it enables the use of the conveyor track during dispensing, and thereby the transfer of other receivers to unoccupied dispensing sites. - the dispensing apparatus comprises more than one dispensing container , comprising powdery or granular material components, and more than one receiver , and at least one conveyor track for moving the receivers, - the material component is arranged to be dispensed from the dispensing container into the receiver , - each of the dispensing containers comprises a weighing device for weighing the material component in connection with dispensing and for achieving a correct amount of the material component in real time from the dispensing container into the receiver, - the receivers are arranged to move by means of the conveyor track to the dispensing sites, and further to a predetermined position after the last dispensing container, and - the dispensing apparatus comprises a control system for controlling dispensing of predetermined powdery or granular material components from the dispensing containers into the receivers on the basis of a predetermined recipe, and for controlling dispensing of at least two receivers simultaneously,
An ultrasonic transducer, comprising a sound generation unit and a sound emitting surface , the sound generation unit being configured to generate an ultrasonic wave, wherein the sound emitting surface is a spherical surface having a first notch , a second notch and a third notch , wherein one great circle of a sphere corresponding to the sound emitting surface is a main great circle , the first notch and the second notch are respectively positioned at two intersections of the spherical surface and a diameter perpendicular to the main great circle, and the third notch connects the first notch with the second notch, wherein there is no sound emitting surface in the third notch; within certain distances from the main great circle respectively at both sides of the main great circle, a cross-section of the sound emitting surface parallel to the main great circle is in a shape of an arc, an opening of the arc corresponds to the third notch, and a central angle corresponding to the arc is larger than 180 degrees and smaller than 360 degrees; and the sound emitting surface is capable of reflecting ultrasound, and the ultrasonic wave generated by the sound generation unit is focused on a center of the sphere corresponding to the sound emitting surface. the sound emitting surface is a spherical surface having a first notch , a second notch and a third notch , wherein one great circle of a sphere corresponding to the sound emitting surface is a main great circle , the first notch and the second notch are respectively positioned at two intersections of the spherical surface and a diameter perpendicular to the main great circle, and the third notch connects the first notch with the second notch, wherein there is no sound emitting surface in the third notch; within certain distances from the main great circle respectively at both sides of the main great circle, a cross-section of the sound emitting surface parallel to the main great circle is in a shape of an arc, an opening of the arc corresponds to the third notch, and a central angle corresponding to the arc is larger than 180 degrees and smaller than 360 degrees; and the sound emitting surface is capable of reflecting ultrasound, and the ultrasonic wave generated by the sound generation unit is focused on a center of the sphere corresponding to the sound emitting surface.
A method of producing a road making material including the steps of: 1. heating plastics and bitumen such that the plastics melt, and 2. mixing the plastics coated bitumen with aggregate , wherein the ratio of plastics/bitumen to aggregate is approximately 4% - 10% by weight of plastic coated bitumen to aggregate, wherein plastics microbeads of 5μm to 1mm or pelletised plastics in the range 1mm to 10mm are used; and wherein the aggregate has a mesh size of 10mm or 14mm. 1. heating plastics and bitumen such that the plastics melt, and 2. mixing the plastics coated bitumen with aggregate , wherein the ratio of plastics/bitumen to aggregate is approximately 4% - 10% by weight of plastic coated bitumen to aggregate, wherein plastics microbeads of 5μm to 1mm or pelletised plastics in the range 1mm to 10mm are used; and wherein the aggregate has a mesh size of 10mm or 14mm.
A device comprising a processor , configured to: estimate a length of a cardiac refractory period; and selectively adjust a length of phrenic nerve electrical stimulation to be delivered to the patient based at least in part on the estimated length of the cardiac refractory period; wherein the processor is configured to estimate the length based at least in part on a cardiac signal of the patient; said processor further configured to monitor the cardiac signal by monitoring the cardiac signal over a plurality of cardiac cycles; wherein the processor is configured to update the estimated length of the cardiac refractory period at a plurality of times based at least in part on the cardiac signal monitored over the plurality of cardiac cycles; and to selectively adjust the length of the phrenic nerve electrical stimulation based on the updated estimated length. estimate a length of a cardiac refractory period; and selectively adjust a length of phrenic nerve electrical stimulation to be delivered to the patient based at least in part on the estimated length of the cardiac refractory period; wherein the processor is configured to estimate the length based at least in part on a cardiac signal of the patient; said processor further configured to monitor the cardiac signal by monitoring the cardiac signal over a plurality of cardiac cycles; wherein the processor is configured to update the estimated length of the cardiac refractory period at a plurality of times based at least in part on the cardiac signal monitored over the plurality of cardiac cycles; and to selectively adjust the length of the phrenic nerve electrical stimulation based on the updated estimated length.
Pedestrian protection device of a vehicle, comprising - a first bodywork element which is built into the vehicle and has a connecting section (1.1), - a second bodywork element designed with a hollow profile section (2.1) having at least two spaced hollow profile walls (2.11, 2.12), wherein the connecting section (1.1) of the first bodywork element is movably arranged in the hollow profile section (2.1) - an elastically deformable outer add-on part of the vehicle, which is connected to the second bodywork element , wherein the hollow profile section (2.1) can be moved on the connecting section (1.1) from the idle position (I) into the crash position (II) by a force (F) applied to the outer add-on part , and - a latching apparatus designed to releasably latch the connecting section (1.2) of the first bodywork element to the hollow profile section (2.1) in the crash position (II), the latching apparatus having at least one latching lug (3.1) arranged on the connecting section (1.1) and a latching projection (3.2) arranged in the hollow profile section (2.1), wherein, in order to form the latching projection (3.2), a hollow profile wall (2.11) has a shoulder (2.10) which increases the distance between the two hollow profile walls (2.11, 2.12), and the at least one latching lug (3.1) on the connecting section (1.1) is designed in such a way that the shoulder (2.10) can engage behind the latching lug (3.1) when the first bodywork element is moved into the crash position (II). - a first bodywork element which is built into the vehicle and has a connecting section (1.1), - a second bodywork element designed with a hollow profile section (2.1) having at least two spaced hollow profile walls (2.11, 2.12), wherein the connecting section (1.1) of the first bodywork element is movably arranged in the hollow profile section (2.1) - an elastically deformable outer add-on part of the vehicle, which is connected to the second bodywork element , wherein the hollow profile section (2.1) can be moved on the connecting section (1.1) from the idle position (I) into the crash position (II) by a force (F) applied to the outer add-on part , and - a latching apparatus designed to releasably latch the connecting section (1.2) of the first bodywork element to the hollow profile section (2.1) in the crash position (II), the latching apparatus having at least one latching lug (3.1) arranged on the connecting section (1.1) and a latching projection (3.2) arranged in the hollow profile section (2.1), wherein, in order to form the latching projection (3.2), a hollow profile wall (2.11) has a shoulder (2.10) which increases the distance between the two hollow profile walls (2.11, 2.12), and the at least one latching lug (3.1) on the connecting section (1.1) is designed in such a way that the shoulder (2.10) can engage behind the latching lug (3.1) when the first bodywork element is moved into the crash position (II).
A method for embossing an embossing pattern on an embossing surface of an embossing material with the following sequence: - arrangement of a stamp surface of a structure stamp arranged in a module-like frame opposite the embossing material , - moving an embossing element driven by an embossing element drive along the structure stamp over the structure stamp and in doing so embossing of the embossing material by applying the stamp surface to the embossing material , wherein the embossing element is constituted as an embossing roll . - arrangement of a stamp surface of a structure stamp arranged in a module-like frame opposite the embossing material , - moving an embossing element driven by an embossing element drive along the structure stamp over the structure stamp and in doing so embossing of the embossing material by applying the stamp surface to the embossing material , wherein the embossing element is constituted as an embossing roll .
A computer-implemented method of reducing ringdown artifacts in an ultrasound imaging system , comprising: obtaining a plurality of frames of samples including tissue information and a ringdown component; determining a reference frame based on the plurality of frames to approximate the ringdown component; subtracting the reference frame from a current frame of the plurality of frames to produce a difference frame ; computing a threshold mask from the difference frame; applying the threshold mask to the current frame to produce a masked current frame ; selecting between the masked current frame and the difference frame to obtain a ringdown-reduced frame to represent the tissue information; and forming an ultrasound image from the ringdown-reduced frame . obtaining a plurality of frames of samples including tissue information and a ringdown component; determining a reference frame based on the plurality of frames to approximate the ringdown component; subtracting the reference frame from a current frame of the plurality of frames to produce a difference frame ; computing a threshold mask from the difference frame; applying the threshold mask to the current frame to produce a masked current frame ; selecting between the masked current frame and the difference frame to obtain a ringdown-reduced frame to represent the tissue information; and forming an ultrasound image from the ringdown-reduced frame .