mhurhangee/ep-ind-claims huggingface dataset:
Method for calibrating an image capturing device which is arranged on a motor vehicle (11, 11') at mounting height above the road surface and which is capable of capturing images of an environment of the motor vehicle (11, 11') at time intervals, wherein (i) a provisional value is assumed for the mounting height, (ii) at least one measurement path in the road surface is defined with a defined path length, (iii) the measurement path is projected onto the image plane of the image capturing device by means of a perspective projection using the provisional value of the mounting height to determine two measurement positions in the image that correspond to a path start and a path end of the measurement path, (iv) at least one object is identified at the two measurement positions at different times in successive captured images by means of an image processing system, (v) a calculated path length of the measurement path is determined from the time difference between the different times and the current speed of the motor vehicle (11, 11'), (vi) an actual value of the mounting height is determined from the provisional value of the mounting height based on a comparison of the defined path length with the calculated path length, and (vii) the image capturing device is calibrated using the actual value of the mounting height. (i) a provisional value is assumed for the mounting height, (ii) at least one measurement path in the road surface is defined with a defined path length, (iii) the measurement path is projected onto the image plane of the image capturing device by means of a perspective projection using the provisional value of the mounting height to determine two measurement positions in the image that correspond to a path start and a path end of the measurement path, (iv) at least one object is identified at the two measurement positions at different times in successive captured images by means of an image processing system, (v) a calculated path length of the measurement path is determined from the time difference between the different times and the current speed of the motor vehicle (11, 11'), (vi) an actual value of the mounting height is determined from the provisional value of the mounting height based on a comparison of the defined path length with the calculated path length, and (vii) the image capturing device is calibrated using the actual value of the mounting height.
A method performed in a radio resource management node for congestion management of a transport network comprised in a wireless communications network, the wireless communications network further comprising a base station (110; 138) receiving data being transported via a data transport path (132; 404a,d) of the transport network and transmitting the received data to one or more wireless devices being served by the base station (110; 138), the method comprising: - obtaining (302; 409; 501) by the radio resource management node an indicator indicating at least a risk for occurrence of downlink data congestion in the data transport path (132; 404a,d), and - controlling (304; 411; 502) by the radio resource management node, to reduce said at least risk, the base station (110; 401a) to reduce and/or limit a throughput rate of data being transmitted to the one or more wireless devices, which data is received by the base station (110; 401a) via the data transport path (132; 404a,d) characterized in, - that the obtaining of the indicator comprises receiving from a measuring node an indicator based on a measurement protocol applied to data transport between an upstream node and a downstream node located in the data transport path (132; 404a,d), wherein the indicator is a load level indicator indicating a level of data load; and - that the controlling of the base station comprises controlling the base station to reduce and/or limit the throughput rate in response to that the indicated level of data load is equal to or larger than a threshold (T;Y; Y2) associated with the data transport path. - obtaining (302; 409; 501) by the radio resource management node an indicator indicating at least a risk for occurrence of downlink data congestion in the data transport path (132; 404a,d), and - controlling (304; 411; 502) by the radio resource management node, to reduce said at least risk, the base station (110; 401a) to reduce and/or limit a throughput rate of data being transmitted to the one or more wireless devices, which data is received by the base station (110; 401a) via the data transport path (132; 404a,d) - that the obtaining of the indicator comprises receiving from a measuring node an indicator based on a measurement protocol applied to data transport between an upstream node and a downstream node located in the data transport path (132; 404a,d), wherein the indicator is a load level indicator indicating a level of data load; and - that the controlling of the base station comprises controlling the base station to reduce and/or limit the throughput rate in response to that the indicated level of data load is equal to or larger than a threshold (T;Y; Y2) associated with the data transport path.
A recombinant polynucleotide comprising a coding sequence, a promoter configured to initiate the transcription of the coding sequence, and a matrix attachment region nucleic acid sequences having at least 75% sequence identity to SEQ ID NO: 4 wherein the MAR is capable to attach to a mammalian nuclear matrix.
A wear part having high wear resistance and strength, comprising: a body composed of cemented carbide particles cast with a low-carbon steel alloy, wherein said low-carbon steel alloy has a carbon content corresponding to a carbon equivalent Ceq=wt%C+0.3(wt%Si+wt%P) of 0.1 to 1.5 weight percent wherein at least one oxidation protection coating is disposed on the cemented carbide particles. a body composed of cemented carbide particles cast with a low-carbon steel alloy, wherein said low-carbon steel alloy has a carbon content corresponding to a carbon equivalent Ceq=wt%C+0.3(wt%Si+wt%P) of 0.1 to 1.5 weight percent wherein at least one oxidation protection coating is disposed on the cemented carbide particles.
A cathode material for use in thermal batteries, the cathode material comprising: at least one of a metal sulfide and a metal oxide; and a bi-metal sulfide wherein the cathode material comprises at least 1 wt% Li 2 O. at least one of a metal sulfide and a metal oxide; and a bi-metal sulfide
A method for wireless communications at a user equipment, comprising: determining that a random access channel uplink transmission is asynchronous, the random access channel uplink transmission comprising a preamble and a payload; determining a mapping for resources of the preamble and resources of the payload based at least in part on determining that the random access channel uplink transmission is asynchronous; determining a first radio frequency resource for transmitting the preamble and a second radio frequency resource for transmitting the payload based at least in part on the mapping; and transmitting the preamble over the first radio frequency resource and the payload over the second radio frequency resource. determining that a random access channel uplink transmission is asynchronous, the random access channel uplink transmission comprising a preamble and a payload; determining a mapping for resources of the preamble and resources of the payload based at least in part on determining that the random access channel uplink transmission is asynchronous; determining a first radio frequency resource for transmitting the preamble and a second radio frequency resource for transmitting the payload based at least in part on the mapping; and transmitting the preamble over the first radio frequency resource and the payload over the second radio frequency resource.
A transformant of a fungus belonging to Aspergillus which is characterized by: that a transformation marker gene with deficiency of the 5' terminal coding region is integrated in a forward direction into the outside of the 5' terminal of a target region subject to duplicated translocation wherein the target region is located in a long arm of a first chromosome, or said marker gene is integrated in a reverse direction into the outside of the 3' terminal of a target region subject to duplicated translocation wherein the target region is located in a short arm of the first chromosome; that the same transformation marker gene with deficiency of 3' terminal coding region is integrated in a forward direction into the outside of the 5' terminal of a region to be replaced with one of said target regions wherein the region to be replaced is located in a long arm of a second chromosome, or said marker gene is integrated in a reverse direction into the outside of the 3' terminal of a region to be replaced with one of said target regions wherein the region to be replaced is located in a short arm of the second chromosome; that a homologous sequence region of about 100 bp ∼ about 2 kb is present in common in a middle portion of the coding region of both of the transformation marker genes; and that a restriction enzyme recognition site is comprised in the homologous sequence region in the transformation marker gene integrated into the second chromosome. that a transformation marker gene with deficiency of the 5' terminal coding region is integrated in a forward direction into the outside of the 5' terminal of a target region subject to duplicated translocation wherein the target region is located in a long arm of a first chromosome, or said marker gene is integrated in a reverse direction into the outside of the 3' terminal of a target region subject to duplicated translocation wherein the target region is located in a short arm of the first chromosome; that the same transformation marker gene with deficiency of 3' terminal coding region is integrated in a forward direction into the outside of the 5' terminal of a region to be replaced with one of said target regions wherein the region to be replaced is located in a long arm of a second chromosome, or said marker gene is integrated in a reverse direction into the outside of the 3' terminal of a region to be replaced with one of said target regions wherein the region to be replaced is located in a short arm of the second chromosome; that a homologous sequence region of about 100 bp ∼ about 2 kb is present in common in a middle portion of the coding region of both of the transformation marker genes; and that a restriction enzyme recognition site is comprised in the homologous sequence region in the transformation marker gene integrated into the second chromosome.
A hair straightening apparatus, comprising: two jaws, pivotally connected by a hinge; two ironing plates, each installed in a different jaw of said jaws, and a heating mechanism of said ironing plates; said jaws having an open state in which said ironing plates are drawn from each other, and a closed state in which said ironing plates attach each other; a group of electromagnets installed on one of said jaws, and a corresponding magnetic object installed in the other jaw, wherein said corresponding magnetic object is in a form of a ferromagnetic plate or in a form of another group of electromagnets; an on/off button, for activating / deactivating electric power supply to said electromagnets, wherein said power supply is sufficient for turning said jaws from said open state to said closed state; and wherein the hair straightening apparatus further comprises a controller, for controllably changing a state of said jaws from open to close and vice versa by changing an intensity of said power supply to said electromagnets according to a program embedded therein. two jaws, pivotally connected by a hinge; two ironing plates, each installed in a different jaw of said jaws, and a heating mechanism of said ironing plates; said jaws having an open state in which said ironing plates are drawn from each other, and a closed state in which said ironing plates attach each other; a group of electromagnets installed on one of said jaws, and a corresponding magnetic object installed in the other jaw, wherein said corresponding magnetic object is in a form of a ferromagnetic plate or in a form of another group of electromagnets; an on/off button, for activating / deactivating electric power supply to said electromagnets, wherein said power supply is sufficient for turning said jaws from said open state to said closed state; and wherein the hair straightening apparatus further comprises a controller, for controllably changing a state of said jaws from open to close and vice versa by changing an intensity of said power supply to said electromagnets according to a program embedded therein.
An information processing method, the method performed by a terminal device, the method comprising: receiving, by the terminal device, first Downlink Control Information, DCI, on a first active Bandwidth Part, BWP, of a first component carrier, CC, wherein the first DCI is transmitted on a resource indicated by a first Control Resource Set, CORESET, corresponding to the first active BWP, and a first Physical Downlink Shared Channel, PDSCH, scheduled by the first DCI is carried on a second active BWP of a second CC, wherein the first CORESET belongs to a first CORESET pool, and at least one CORESET among CORESETs corresponding to the first active BWP is configured with a corresponding pool index, wherein the method further comprises: determining, by the terminal device, a first target Transmission Configuration Indication, TCI, state, wherein the first target TCI state is used to receive the first PDSCH, characterized in that when the first CC and the second CC are different CCs, and the first DCI does not carry a TCI state indication field or a scheduling time interval of the first DCI is smaller than a first threshold, the first target TCI state comprises: a TCI state with a lowest identity among active TCI states corresponding to a downlink data channel on the second active BWP. receiving, by the terminal device, first Downlink Control Information, DCI, on a first active Bandwidth Part, BWP, of a first component carrier, CC, wherein the first DCI is transmitted on a resource indicated by a first Control Resource Set, CORESET, corresponding to the first active BWP, and a first Physical Downlink Shared Channel, PDSCH, scheduled by the first DCI is carried on a second active BWP of a second CC, wherein the first CORESET belongs to a first CORESET pool, and at least one CORESET among CORESETs corresponding to the first active BWP is configured with a corresponding pool index, wherein the method further comprises: determining, by the terminal device, a first target Transmission Configuration Indication, TCI, state, wherein the first target TCI state is used to receive the first PDSCH, characterized in that when the first CC and the second CC are different CCs, and the first DCI does not carry a TCI state indication field or a scheduling time interval of the first DCI is smaller than a first threshold, the first target TCI state comprises: a TCI state with a lowest identity among active TCI states corresponding to a downlink data channel on the second active BWP.
A method of overboarding and lowering a load from a vessel in an offshore environment using a vessel-mounted slewing crane, characterised in that the method comprises placing first and second crane-mounted guide members between respective spaced locations on the load and a supporting structure of the crane upstanding above a deck of the vessel and, while the guide members act in compression to restrain horizontal movement of the load toward a slewing axis of the crane: using the crane to lift the load above the deck; slewing a boom of the crane to move the load from above the deck into an outboard over-water position while moving the guide members with the boom; extending the guide members differentially to control orientation of the load relative to the boom of the crane; and using the crane to lower the load from the outboard position into the water while lowering the guide members with the load. using the crane to lift the load above the deck; slewing a boom of the crane to move the load from above the deck into an outboard over-water position while moving the guide members with the boom; extending the guide members differentially to control orientation of the load relative to the boom of the crane; and using the crane to lower the load from the outboard position into the water while lowering the guide members with the load.
An array antenna device comprising: a waveguide having a plurality of first circular holes provided in a first surface, and a plurality of connection shaft insertion holes provided in a second surface facing the first surface; a plurality of first linear conductors respectively inserted into the plurality of first holes so that first ends are arranged inside the waveguide and second ends are arranged outside the waveguide; a plurality of disc-shaped conductor plates each having a second circular hole and disposed substantially parallel to the first surface outside the waveguide so that the plurality of first linear conductors are respectively inserted in to the second holes; a plurality of second linear conductors having first ends respectively connected to second ends of the plurality of first linear conductors and arranged substantially parallel to the first surface; a plurality of antenna elements respectively connected to second ends of the plurality of second linear conductors; a plurality of connection shafts respectively inserted into the plurality of connection shaft insertion holes and having first ends respectively connected to first ends of the plurality of first linear conductors; a plurality of rotation devices for rotating each of the plurality of connection shafts; and a control device for individually controlling rotation of the plurality of rotation devices. a waveguide having a plurality of first circular holes provided in a first surface, and a plurality of connection shaft insertion holes provided in a second surface facing the first surface; a plurality of first linear conductors respectively inserted into the plurality of first holes so that first ends are arranged inside the waveguide and second ends are arranged outside the waveguide; a plurality of disc-shaped conductor plates each having a second circular hole and disposed substantially parallel to the first surface outside the waveguide so that the plurality of first linear conductors are respectively inserted in to the second holes; a plurality of second linear conductors having first ends respectively connected to second ends of the plurality of first linear conductors and arranged substantially parallel to the first surface; a plurality of antenna elements respectively connected to second ends of the plurality of second linear conductors; a plurality of connection shafts respectively inserted into the plurality of connection shaft insertion holes and having first ends respectively connected to first ends of the plurality of first linear conductors; a plurality of rotation devices for rotating each of the plurality of connection shafts; and a control device for individually controlling rotation of the plurality of rotation devices.
A method for manufacturing tin oxide powder for replenishing a tin component to a tin-alloy plating solution comprising steps of: preparing an aqueous acidic solution containing Sn 2+ ions; neutralizing the aqueous acidic solution at a liquid temperature of 30 to 50°C and at a pH range of 6 to 8 in a nitrogen gas atmosphere by adding an aqueous alkaline solution to prepare a slurry of tin hydroxide; dehydrating the prepared slurry in a nitrogen gas atmosphere to prepare a slurry of tin oxide; separating the slurry of tin oxide into a solid and a liquid to obtain tin oxide; treating the above obtained tin oxide with an aqueous antioxidant solution having a concentration of 0.1 to 5% by mass; and vacuum drying the tin oxide treated with the aqueous antioxidant solution; wherein the aqueous alkaline solution is an aqueous ammonia solution, an ammonium bicarbonate solution, or mixture thereof, and the antioxidant is at least one selected from the group consisting of hydroquinone, catechol, resorcinol, pyrogallol, gallic acid, glucose, galactose, fructose, ribose, xylose, maltose, lactose, hydrazine sulfate, carbohydrazide and sodium cyanotrihydroborate. preparing an aqueous acidic solution containing Sn 2+ ions; neutralizing the aqueous acidic solution at a liquid temperature of 30 to 50°C and at a pH range of 6 to 8 in a nitrogen gas atmosphere by adding an aqueous alkaline solution to prepare a slurry of tin hydroxide; dehydrating the prepared slurry in a nitrogen gas atmosphere to prepare a slurry of tin oxide; separating the slurry of tin oxide into a solid and a liquid to obtain tin oxide; treating the above obtained tin oxide with an aqueous antioxidant solution having a concentration of 0.1 to 5% by mass; and vacuum drying the tin oxide treated with the aqueous antioxidant solution; wherein the aqueous alkaline solution is an aqueous ammonia solution, an ammonium bicarbonate solution, or mixture thereof, and the antioxidant is at least one selected from the group consisting of hydroquinone, catechol, resorcinol, pyrogallol, gallic acid, glucose, galactose, fructose, ribose, xylose, maltose, lactose, hydrazine sulfate, carbohydrazide and sodium cyanotrihydroborate.
An aqueous coating composition comprising a branched alkyl alcohol ethoxylate oligomer of formula where m is 1 to 3 and n is an average number such that Mn is from 1030 to 2400, determined by gel permeation chromatography, at least one latex polymer and water.
A method in a wireless device capable of using a synchronization signal block, SSB, for synchronization, the method comprising: receiving, from a network node, an indication whether an additional synchronization signal is available for use, wherein the indication is received via downlink control information, DCI, wherein the indication is received during paging; in response to the indication indicating that the additional synchronization signal is available for use, performing synchronization using the additional synchronization signal; and in response to the indication indicating that the additional synchronization signal is not available for use, performing synchronization using the SSB without the additional synchronization signal. receiving, from a network node, an indication whether an additional synchronization signal is available for use, wherein the indication is received via downlink control information, DCI, wherein the indication is received during paging; in response to the indication indicating that the additional synchronization signal is available for use, performing synchronization using the additional synchronization signal; and in response to the indication indicating that the additional synchronization signal is not available for use, performing synchronization using the SSB without the additional synchronization signal.