mhurhangee/patent-ind-claim-en huggingface dataset:
A method of automatic electric arc welding, comprising: determining a relative position of a welding torch to an actual weld path using a relative position sensor ; determining an absolute position of the welding torch using an absolute position sensor ; providing data feedback from the absolute position sensor and the relative position sensor to a weld controller ; characterised by the controller being configured to: calculate a correction vector based on the relative position of the welding torch to the actual weld path and the absolute position of the welding torch when the actual weld path is different from a planned weld path; and move the welding torch in accordance with the planned welding path and the correction vector. determining a relative position of a welding torch to an actual weld path using a relative position sensor ; determining an absolute position of the welding torch using an absolute position sensor ; providing data feedback from the absolute position sensor and the relative position sensor to a weld controller ; characterised by the controller being configured to: calculate a correction vector based on the relative position of the welding torch to the actual weld path and the absolute position of the welding torch when the actual weld path is different from a planned weld path; and move the welding torch in accordance with the planned welding path and the correction vector. calculate a correction vector based on the relative position of the welding torch to the actual weld path and the absolute position of the welding torch when the actual weld path is different from a planned weld path; and move the welding torch in accordance with the planned welding path and the correction vector.
A topical film-forming composition comprising, in a pharmaceutically acceptable medium: - 8% to 30% by weight of ethylcellulose; - 0.1% to 20% by weight of an auxiliary film-forming agent; - 0.1% to 5% by weight of one or more triacids, at least one of which is boric acid; and - 60% to 95% by weight of an organic solvent, the percentages being expressed by weight, relative to the total weight of the composition said auxiliary film-forming agent being chosen from vegetable oils. - 8% to 30% by weight of ethylcellulose; - 0.1% to 20% by weight of an auxiliary film-forming agent; - 0.1% to 5% by weight of one or more triacids, at least one of which is boric acid; and - 60% to 95% by weight of an organic solvent,
A method of decoding a video stream encoded using video point cloud coding, the method being performed by at least one processor and comprising: obtaining a geometry-reconstructed point cloud; dividing the geometry-reconstructed point cloud into a plurality of cells, wherein a cell of the plurality of cells comprises a first plurality of points; determining a plane representing the first plurality of points; generating a second plurality of points by projecting the first plurality of points onto the plane; obtaining a smoothed geometry-reconstructed point cloud based on the second plurality of points; and reconstructing a dynamic point cloud using the smoothed geometry-reconstructed point cloud; wherein the plane is determined based on an average position p of the plurality of points, wherein p is determined as follows: p ̅ = ∑ i = 1 N x i N wherein x i represents a point of the plurality of points having an index i, and N represents a number of the plurality of points; wherein a covariance matrix C of the plurality of points is determined as follows: C = ∑ i = 1 N x i − p ̅ x i − p ̅ T N wherein T represents a transverse operation, wherein eigenvalues of C are represented as λ 3 < λ 2 < λ 1 wherein eigenvectors of λ 3 , λ 2 , and λ 1 are represented as v 3 , v 2 , v 1 , and wherein the plane is determined based on p and v 3 ; wherein the plane passes through p and has a normal vector direction which is a same direction as a direction of v 3 . obtaining a geometry-reconstructed point cloud; dividing the geometry-reconstructed point cloud into a plurality of cells, wherein a cell of the plurality of cells comprises a first plurality of points; determining a plane representing the first plurality of points; generating a second plurality of points by projecting the first plurality of points onto the plane; obtaining a smoothed geometry-reconstructed point cloud based on the second plurality of points; and reconstructing a dynamic point cloud using the smoothed geometry-reconstructed point cloud; wherein the plane is determined based on an average position p of the plurality of points, wherein p is determined as follows: p ̅ = ∑ i = 1 N x i N wherein x i represents a point of the plurality of points having an index i, and N represents a number of the plurality of points; wherein a covariance matrix C of the plurality of points is determined as follows: C = ∑ i = 1 N x i − p ̅ x i − p ̅ T N wherein T represents a transverse operation, wherein eigenvalues of C are represented as λ 3 < λ 2 < λ 1 wherein eigenvectors of λ 3 , λ 2 , and λ 1 are represented as v 3 , v 2 , v 1 , and wherein the plane is determined based on p and v 3 ; wherein the plane passes through p and has a normal vector direction which is a same direction as a direction of v 3 .
A sound absorption component , comprising a hauling shell and sound absorbing particles that are packaged within the hauling shell , wherein the hauling shell is provided with an opening, the opening of the hauling shell is provided with an opening sealing member for sealing the sound absorbing particles , the material of the hauling shell is sound absorbing cotton, and the sound absorbing particles are formed by granulation of porous material raw powder; characterised in that the material of the opening sealing member is non-woven fabric, and the opening sealing member and the hauling shell are bound by hot melting or ultrasonic welding.
Method for transmitting a data record, comprising the following method steps: - detection (DTC) of a configuration change at a monitored device by means of a first computer unit of the monitored device , wherein the monitored device is a medical device, - first determination (DET-1) of a first data record by means of the first computer unit of the monitored device , wherein the first data record comprises at least one item of public device information and an item of configuration information , and wherein the item of public device information is uniquely assignable to the monitored device , - second determination (DET-2) of an item of visual information on the basis of the first data record by means of the first computer unit of the monitored device , - optical first transmission (TM-1) of the item of visual information from an output unit of the monitored device to an input unit of a mobile monitoring unit , - third determination (DET-3) of a second data record from the item of visual information by means of a second computer unit of the mobile monitoring unit , wherein from the second data record, at least the item of public device information and the item of configuration information are determinable, - second transmission (TM-2) of the second data record from an interface of the mobile monitoring unit to a central data acquisition unit . - detection (DTC) of a configuration change at a monitored device by means of a first computer unit of the monitored device , wherein the monitored device is a medical device, - first determination (DET-1) of a first data record by means of the first computer unit of the monitored device , wherein the first data record comprises at least one item of public device information and an item of configuration information , and wherein the item of public device information is uniquely assignable to the monitored device , wherein the first data record comprises at least one item of public device information and an item of configuration information , and wherein the item of public device information is uniquely assignable to the monitored device , - second determination (DET-2) of an item of visual information on the basis of the first data record by means of the first computer unit of the monitored device , - optical first transmission (TM-1) of the item of visual information from an output unit of the monitored device to an input unit of a mobile monitoring unit , - third determination (DET-3) of a second data record from the item of visual information by means of a second computer unit of the mobile monitoring unit , wherein from the second data record, at least the item of public device information and the item of configuration information are determinable, - second transmission (TM-2) of the second data record from an interface of the mobile monitoring unit to a central data acquisition unit .
A device for opening and closing an article, particularly of natural or artificial leather, comprising a clasp casing and an assembly button configured to cooperate with said clasp casing, which clasp casing is provided with a mechanism having a locked configuration in which said article can be closed and an unlocked configuration in which said article may be opened, characterized in that said mechanism comprises a housing rotatably mounted relative to said clasp casing , between a stable first position and a second position, at least one locking member (60 ; 82) movably mounted in said clasp casing and configured to be driven by said housing , and a latch mounted movably with respect to translation in said clasp casing and configured to cooperate with said housing said mechanism being configured such that: when said housing is in its stable first position and said assembly button is inserted into said clasp casing , said at least one locking member (60 ; 82) immobilizes said assembly button at least with respect to translation ; when said housing is caused to rotate and passes from its stable first position to its second position, said at least one locking member (60 ; 82) is displaced until said assembly button is released and said latch is translationally driven within said clasp casing until said assembly button is pushed out of said clasp casing ; when said housing is in its second position, said latch immobilizes said housing and said at least one locking member (60 ; 82) ; and when said assembly button is re-inserted into said clasp casing , said assembly button pushes said latch which releases said housing and said at least one locking member (60 ; 82), said housing is caused to rotate and passes from its second position to its stable first position and said at least one locking member (60 ; 82) is displaced until said assembly button is immobilized at least with respect to translation. when said housing is in its stable first position and said assembly button is inserted into said clasp casing , said at least one locking member (60 ; 82) immobilizes said assembly button at least with respect to translation ; when said housing is caused to rotate and passes from its stable first position to its second position, said at least one locking member (60 ; 82) is displaced until said assembly button is released and said latch is translationally driven within said clasp casing until said assembly button is pushed out of said clasp casing ; when said housing is in its second position, said latch immobilizes said housing and said at least one locking member (60 ; 82) ; and when said assembly button is re-inserted into said clasp casing , said assembly button pushes said latch which releases said housing and said at least one locking member (60 ; 82), said housing is caused to rotate and passes from its second position to its stable first position and said at least one locking member (60 ; 82) is displaced until said assembly button is immobilized at least with respect to translation.
An active energy ray-curable ink composition, comprising: an allylic polymer; a dispersant; and a pigment, the allylic polymer being produced by polymerizing an allylic compound represented by the following formula (I): wherein R 1 and R 2 each represent H or CH 3 ; X represents an a-valent group having an unsubstituted saturated or partially unsaturated four- to eight-membered cyclic backbone; and a represents 2 or 3. an allylic polymer; a dispersant; and a pigment, the allylic polymer being produced by polymerizing an allylic compound represented by the following formula (I): wherein R 1 and R 2 each represent H or CH 3 ; X represents an a-valent group having an unsubstituted saturated or partially unsaturated four- to eight-membered cyclic backbone; and a represents 2 or 3.
A negative active material for a rechargeable lithium battery, the negative active material comprising composite carbon particles including: a core particle including crystalline-based carbon; and a coating layer on the surface of the core particle and including amorphous carbon, wherein a peak intensity (I 1620 ) at 1620 cm- 1 ranges from 0.01 to 0.1, a peak intensity (I 1360 ) at 1360 cm- 1 ranges from 0.05 to 0.5, and a peak intensity (I 1580 ) at 1580 cm- 1 ranges from 0.1 to 0.8 in a Raman spectrum of the composite carbon particle, provided that the ratio (I 1360 /I 1620 ) of the peak intensity (I 1360 ) at 1360 cm- 1 to the peak intensity (I 1620 ) at 1620 cm- 1 ranges from 2 to 5 and the ratio (I 1620 /I 1580 ) of the peak intensity (I 1620 ) at 1620 cm- 1 to the peak intensity (I 1580 ) at 1580 cm- 1 ranges from 0.01 to 0.5 in the Raman spectrum of the composite carbon particle, wherein the Raman spectrum is measured using an Ar laser having a wavelength of 514 nm. a core particle including crystalline-based carbon; and a coating layer on the surface of the core particle and including amorphous carbon, wherein a peak intensity (I 1620 ) at 1620 cm- 1 ranges from 0.01 to 0.1, a peak intensity (I 1360 ) at 1360 cm- 1 ranges from 0.05 to 0.5, and a peak intensity (I 1580 ) at 1580 cm- 1 ranges from 0.1 to 0.8 in a Raman spectrum of the composite carbon particle, provided that the ratio (I 1360 /I 1620 ) of the peak intensity (I 1360 ) at 1360 cm- 1 to the peak intensity (I 1620 ) at 1620 cm- 1 ranges from 2 to 5 and the ratio (I 1620 /I 1580 ) of the peak intensity (I 1620 ) at 1620 cm- 1 to the peak intensity (I 1580 ) at 1580 cm- 1 ranges from 0.01 to 0.5 in the Raman spectrum of the composite carbon particle, wherein the Raman spectrum is measured using an Ar laser having a wavelength of 514 nm.
Blade of a wind turbine, the blade comprising - a down conductor which reaches from a tip of the blade to a termination block in the base part of the blade, the down conductor having attached thereto one or more fixture points distributed over the length of the down conductor , the termination block being the connection point between the down conductor of the blade and the subsequent further parts of a lightning protection system of the wind turbine, and the down conductor being suitable for conducting lightning currents, - a measuring cable connected with its first end to one of the fixture points , wherein a second end of the measuring cable is detachably connected to a termination block such that the measuring cable is in a defined electrical state while being connected to the termination block , wherein, when released from the termination block , the second end of the measuring cable is connectable by means of a connecting part for easy measurement to an electrical resistance measuring device , the connecting part being located in the base part of the blade for allowing the electrical resistance measurement device to be connected to the connecting part and the lower end of the down conductor such that the part of the down conductor between the fixture point and the lower end and the measurement cable are connected in series, wherein the lower end of the down conductor is located at the base part . - a down conductor which reaches from a tip of the blade to a termination block in the base part of the blade, the down conductor having attached thereto one or more fixture points distributed over the length of the down conductor , the termination block being the connection point between the down conductor of the blade and the subsequent further parts of a lightning protection system of the wind turbine, and the down conductor being suitable for conducting lightning currents, - a measuring cable connected with its first end to one of the fixture points , wherein a second end of the measuring cable is detachably connected to a termination block such that the measuring cable is in a defined electrical state while being connected to the termination block , wherein, when released from the termination block , the second end of the measuring cable is connectable by means of a connecting part for easy measurement to an electrical resistance measuring device , the connecting part being located in the base part of the blade for allowing the electrical resistance measurement device to be connected to the connecting part and the lower end of the down conductor such that the part of the down conductor between the fixture point and the lower end and the measurement cable are connected in series, wherein the lower end of the down conductor is located at the base part .
A resistance spot welding method, the method being characterised by the following steps : a pulsation process of clamping a sheet assembly of two or more overlapping steel sheets including at least one high-tensile steel sheet using a pair of welding electrodes that are connected to a spot welding power source employing an inverter direct current method, and performing a plurality of repetitions of current passing and current pass stopping, while pressing the steel sheets with the welding electrodes onto each other and forming a nugget at the interface between the steel sheets ; and a continuous current passing process in which, after the pulsation process, current is passed continuously for a longer period of time than a maximum current passing time of the pulsation process, while pressing the steel sheets with the welding electrodes onto each other and growing the nugget , such that the nugget grows to the specific standard nugget diameter at a lower current value than when a single current pass is employed, wherein the current value in the continuous current pass process is lower than the maximum current value in the pulsation process. a pulsation process of clamping a sheet assembly of two or more overlapping steel sheets including at least one high-tensile steel sheet using a pair of welding electrodes that are connected to a spot welding power source employing an inverter direct current method, and performing a plurality of repetitions of current passing and current pass stopping, while pressing the steel sheets with the welding electrodes onto each other and forming a nugget at the interface between the steel sheets ; and a continuous current passing process in which, after the pulsation process, current is passed continuously for a longer period of time than a maximum current passing time of the pulsation process, while pressing the steel sheets with the welding electrodes onto each other and growing the nugget , such that the nugget grows to the specific standard nugget diameter at a lower current value than when a single current pass is employed, wherein the current value in the continuous current pass process is lower than the maximum current value in the pulsation process.
A method performed by a wireless device in a wireless communication system , the method comprising: configuring the wireless device to perform measurements on a set of candidate links for supporting a network node in the wireless communication system to make a decision as to which of the candidate links is to be a target link for a link switch; characterized in that the method comprises at a physical layer, reporting measured candidate links one link subset at a time in order of the wireless device's preference for the target link, until the wireless device receives a target indication signal indicating which of the candidate links in the set is to be the target link, wherein any given link subset reports one or more candidate links which the wireless device has measured for the decision; and responsive to receiving the target indication signal, performing the link switch to the indicated target link. configuring the wireless device to perform measurements on a set of candidate links for supporting a network node in the wireless communication system to make a decision as to which of the candidate links is to be a target link for a link switch; characterized in that the method comprises at a physical layer, reporting measured candidate links one link subset at a time in order of the wireless device's preference for the target link, until the wireless device receives a target indication signal indicating which of the candidate links in the set is to be the target link, wherein any given link subset reports one or more candidate links which the wireless device has measured for the decision; and responsive to receiving the target indication signal, performing the link switch to the indicated target link.
An aerosol generating device (10; 110; 210) configured to operate with an aerosol generating substrate and comprising: - a device body (30; 130; 230) extending along a device axis (Y); - a cup-shaped heating chamber defining an open end and at least two heating walls arranged opposite and in parallel one to another, the cup-shaped heating chamber being configured to receive a heater part of the aerosol generating substrate through the open end ; - two heating elements , each heating element being adjacent and parallel to a respective heating wall of the heating chamber ; - a controller configured to operate separately each heating element with the same aerosol generating substrate , according to a heating profile chosen among a predetermined group of heating profiles, characterized in that said group of heating profiles comprising at least: a) a first heating profile comprising activation of both heating elements until reaching a first target temperature; b) a second heating profile comprising activation of one of the heating elements until reaching a second target temperature, the controller being configured to choose the first heating profile during a pre-heating mode of operation of the device (10; 110; 210) and the second heating profile during a floating mode of operation of the device (10; 110; 210). - a device body (30; 130; 230) extending along a device axis (Y); - a cup-shaped heating chamber defining an open end and at least two heating walls arranged opposite and in parallel one to another, the cup-shaped heating chamber being configured to receive a heater part of the aerosol generating substrate through the open end ; - two heating elements , each heating element being adjacent and parallel to a respective heating wall of the heating chamber ; - a controller configured to operate separately each heating element with the same aerosol generating substrate , according to a heating profile chosen among a predetermined group of heating profiles, characterized in that said group of heating profiles comprising at least: a) a first heating profile comprising activation of both heating elements until reaching a first target temperature; b) a second heating profile comprising activation of one of the heating elements until reaching a second target temperature, a) a first heating profile comprising activation of both heating elements until reaching a first target temperature; b) a second heating profile comprising activation of one of the heating elements until reaching a second target temperature, the controller being configured to choose the first heating profile during a pre-heating mode of operation of the device (10; 110; 210) and the second heating profile during a floating mode of operation of the device (10; 110; 210).