mhurhangee/patent-ind-claim-en huggingface dataset:
A method drilling a borehole with an apparatus having at least one actuator for steering the apparatus , the method comprising: advancing the borehole by imparting rotation (R) to the apparatus about an axis (A); obtaining angular rate readings of the rotation of the apparatus about the axis (A) at zero-crossing points; obtaining angular position readings of the apparatus about the axis (A) during the rotation (R); orienting the angular position readings obtained at the zero-crossing points to a toolface of the apparatus ; determining angular positions of the apparatus about the axis (A) by adjusting the angular rate readings based at least on the angular position readings orientated to the toolface of the apparatus ; determining actuations of the at least one actuator during the rotation (R) for steering the apparatus towards a target direction (D) relative to the determined angular positions; and deviating the apparatus in the advancing borehole in response to the determined actuations of the at least one actuator . advancing the borehole by imparting rotation (R) to the apparatus about an axis (A); obtaining angular rate readings of the rotation of the apparatus about the axis (A) at zero-crossing points; obtaining angular position readings of the apparatus about the axis (A) during the rotation (R); orienting the angular position readings obtained at the zero-crossing points to a toolface of the apparatus ; determining angular positions of the apparatus about the axis (A) by adjusting the angular rate readings based at least on the angular position readings orientated to the toolface of the apparatus ; determining actuations of the at least one actuator during the rotation (R) for steering the apparatus towards a target direction (D) relative to the determined angular positions; and deviating the apparatus in the advancing borehole in response to the determined actuations of the at least one actuator .
A computer-implemented security method comprising: based on processed network traffic data: determining that network traffic originates from an attacker that is a malicious or unauthorised third party; determining a risk classification associated with a sophistication of the attacker; and determining a decoy configuration based on the risk classification; and upon receipt of a valid information request from a user, providing the determined risk classification and decoy configuration to the user, wherein determining the risk classification uses supervised learning pattern recognition and wherein the supervised learning pattern recognition comprises using multi-layer perceptrons. based on processed network traffic data: determining that network traffic originates from an attacker that is a malicious or unauthorised third party; determining a risk classification associated with a sophistication of the attacker; and determining a decoy configuration based on the risk classification; and determining that network traffic originates from an attacker that is a malicious or unauthorised third party; determining a risk classification associated with a sophistication of the attacker; and determining a decoy configuration based on the risk classification; and upon receipt of a valid information request from a user, providing the determined risk classification and decoy configuration to the user, wherein determining the risk classification uses supervised learning pattern recognition and wherein the supervised learning pattern recognition comprises using multi-layer perceptrons.
A method of controlling a refrigerator, the refrigerator comprising an ice making compartment , a dispenser , an ice making duct communicating with the ice making compartment and the dispenser to take out ice, the making duct is provided with a duct cap for opening and closing the making duct , the method comprising: determining (S30) whether ice needs to be made; and performing (S40, S50, S60) any one of a plurality of ice making modes according to a classification of the use time and the non-use time when ice needs to be made; characterized in that the method further comprises: detecting opening/closing (S10) of the ice making duct, through which ice is taken out; storing (S20) an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying (S20) each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time. determining (S30) whether ice needs to be made; and performing (S40, S50, S60) any one of a plurality of ice making modes according to a classification of the use time and the non-use time when ice needs to be made; characterized in that the method further comprises: detecting opening/closing (S10) of the ice making duct, through which ice is taken out; storing (S20) an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying (S20) each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time. detecting opening/closing (S10) of the ice making duct, through which ice is taken out; storing (S20) an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying (S20) each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time.
A protector with a sensor comprising: a hollow part having core wires , a plurality of conductive parts and a space provided therein, the plurality of conductive parts having the core wires embedded therein respectively, the space being positioned between the plurality of conductive parts; and an installation base member formed on said hollow part , wherein: said plurality of conductive parts include a conductive part on a lower part of the hollow part and a conductive part on an upper part of the hollow part , the conductive part on the lower part of the hollow part being formed on a side of said installation base member , and said hollow part includes an oblique side on an inner-cabin side and an oblique side on an outer-cabin side, the oblique side on the inner-cabin side extending from an inner-cabin side end to a tip , the oblique side on the outer-cabin side extending from an outer-cabin side end to said tip , the inner-cabin side end being connected with said installation base member , the outer-cabin side end being connected with said installation base member , wherein said conductive part on the lower part of the hollow part has a convex shape and said conductive part on the upper part of the hollow part has a concave shape in cross section of said hollow part , and a distance is uniform between said conductive part on the lower part of the hollow part and the conductive part on the upper part of the hollow part , characterized in that the conductive part on the upper part of the hollow part is being separated from the side of said installation base member by the space , and that said hollow part has a triangular shaped cross section. said plurality of conductive parts include a conductive part on a lower part of the hollow part and a conductive part on an upper part of the hollow part , the conductive part on the lower part of the hollow part being formed on a side of said installation base member , and said hollow part includes an oblique side on an inner-cabin side and an oblique side on an outer-cabin side, the oblique side on the inner-cabin side extending from an inner-cabin side end to a tip , the oblique side on the outer-cabin side extending from an outer-cabin side end to said tip , the inner-cabin side end being connected with said installation base member , the outer-cabin side end being connected with said installation base member , wherein said conductive part on the lower part of the hollow part has a convex shape and said conductive part on the upper part of the hollow part has a concave shape in cross section of said hollow part , and a distance is uniform between said conductive part on the lower part of the hollow part and the conductive part on the upper part of the hollow part , characterized in that the conductive part on the upper part of the hollow part is being separated from the side of said installation base member by the space , and that said hollow part has a triangular shaped cross section.
A combined measurement catheter intended to be introduced into and passed through a main inner respiratory gas channel of a breathing assistance device , said breathing assistance device including a distal end intended to be placed on or introduced into the airways of a person and a proximal end intended to be arranged outside of the person and opposite to the distal end , said catheter having a proximal end and a distal end between which extends internally a lumen of said catheter , said catheter having at its proximal end, on the one hand, a device for connection to the proximal end of the breathing assistance device and, on the other hand, a gaseous connection of the lumen of the catheter to a measurement device, the catheter being configured so that, once introduced into the main channel and connected to the breathing assistance device, its distal end is positioned towards the distal end of the breathing assistance device or, at least, on the distal side of one/several injected oxygen jets in the main channel of the breathing assistance device in the case where the breathing assistance device would include oxygen injection means in its main channel , characterized in that said catheter includes, at its proximal end , a connector for gaseous connection of the lumen of the catheter to a gaseous composition measurement apparatus and to a gaseous pressure measurement apparatus , and in that , in the connector for gaseous connection, the passage cross-section of the gaseous connection for the gaseous composition measurement apparatus is smaller than the passage cross-section of the gaseous connection for the pressure measurement apparatus .
An infrared touch display screen, comprising a frame , a display panel assembly , a light-filter strip and a circuit board assembly , wherein the display panel assembly comprises a protective layer , the circuit board assembly comprises a circuit board and infrared lamp tubes arranged on the circuit board ; the infrared lamp tubes are located at a front side of the circuit board ; the protective layer is located in a space enclosed by the frame , the frame comprises a first portion for mounting the light-filter strip and a second portion for mounting the circuit board assembly , the first portion is located at a front side of the protective layer , the second portion is located outside the protective layer and the first portion , the light-filter strip is located between the first portion and the protective layer , a front side of the light-filter strip is connected with the first portion , and a back side of the light-filter strip abuts against the protective layer ; a position of the circuit board corresponds to a position of the protective layer in a direction parallel to the protective layer, positions of the infrared lamp tubes correspond to a position of the light-filter strip in a direction parallel to the protective layer, and an extending direction of the infrared lamp tubes is parallel to the protective layer ; wherein the protective layer is located at a front-most side of the display panel assembly .
Method for producing an apparatus for measuring current strengths by means of a resistor arrangement , wherein the method comprises the following steps: a) providing a resistor arrangement comprising at least two connection elements and at least one resistor element which is arranged with respect to the direction of the current flow between the connection elements , wherein the at least one resistor element , on the one hand, and the connection elements , on the other hand, comprise different, electrically conductive materials, b) forming at least one contact pin made from the material of at least one connection element , c) positioning a printed circuit board which has at least one strip conductor and at least one through-hole on the resistor arrangement in such a manner that the at least one contact pin protrudes through the through-hole and at the side of the printed circuit board facing away from the resistor arrangement has an overhang over the printed circuit board , d) laterally expanding the contact pin at least in the region of the overhang thereof by means of deformation of the material so that the printed circuit board is mechanically fixed to the resistor arrangement , e) producing an electrically conductive connection between the contact pin and at least one strip conductor of the printed circuit board . a) providing a resistor arrangement comprising at least two connection elements and at least one resistor element which is arranged with respect to the direction of the current flow between the connection elements , wherein the at least one resistor element , on the one hand, and the connection elements , on the other hand, comprise different, electrically conductive materials, b) forming at least one contact pin made from the material of at least one connection element , c) positioning a printed circuit board which has at least one strip conductor and at least one through-hole on the resistor arrangement in such a manner that the at least one contact pin protrudes through the through-hole and at the side of the printed circuit board facing away from the resistor arrangement has an overhang over the printed circuit board , d) laterally expanding the contact pin at least in the region of the overhang thereof by means of deformation of the material so that the printed circuit board is mechanically fixed to the resistor arrangement , e) producing an electrically conductive connection between the contact pin and at least one strip conductor of the printed circuit board .
A communication method, comprising: receiving (S210), by a terminal device , indication information from a network device , wherein the indication information indicates resource configuration information of a first uplink carrier and resource configuration information of a second uplink carrier, the first uplink carrier and the second uplink carrier are different uplink carriers in a cell of the network device , and the first uplink carrier and the second uplink carrier are corresponding to one downlink carrier in the cell, and the second uplink carrier is a supplementary uplink, SUL, carrier for the first uplink carrier in the cell, wherein the resource configuration information of the first uplink carrier or the resource configuration information of the second uplink carrier includes a dedicated random access resource, the dedicated random access resource corresponding to the first uplink carrier or the second uplink carrier; determining (S220), by the terminal device , a target carrier based on the indication information indicating the resource configuration information of the first uplink carrier or the resource configuration information of the second uplink carrier including the dedicated random access resource; and initiating (S220), by the terminal device , random access by using the target carrier. receiving (S210), by a terminal device , indication information from a network device , wherein the indication information indicates resource configuration information of a first uplink carrier and resource configuration information of a second uplink carrier, the first uplink carrier and the second uplink carrier are different uplink carriers in a cell of the network device , and the first uplink carrier and the second uplink carrier are corresponding to one downlink carrier in the cell, and the second uplink carrier is a supplementary uplink, SUL, carrier for the first uplink carrier in the cell, wherein the resource configuration information of the first uplink carrier or the resource configuration information of the second uplink carrier includes a dedicated random access resource, the dedicated random access resource corresponding to the first uplink carrier or the second uplink carrier; determining (S220), by the terminal device , a target carrier based on the indication information indicating the resource configuration information of the first uplink carrier or the resource configuration information of the second uplink carrier including the dedicated random access resource; and initiating (S220), by the terminal device , random access by using the target carrier.
Smoke treatment module presented as a single enclosure comprising one inlet and one outlet , respectively comprising an inlet for the smoke to be treated, and a treated smoke outlet, the said enclosure comprising at least three elements including a cooling boiler connected to the smoke inlet , a reagent storage and dosing device , and a filter connected to the smoke outlet , the said boiler and the said filter being separated by an enclosure volume defined by the enclosure walls, the boiler outlet and the filter inlet, and the said reagent storage and dosing device , arranged for adding the reagents into the said volume .
A transport frame for transporting strand-shaped elements or flat elements , having at least one angle bracket which has a carrying leg and a supporting leg , the transport frame being configured such that the weight of the flat elements to be transported rests predominantly on the carrying leg(s) during transport, two, three or more supporting legs being attached to one part of the transport frame between a pivoted-out position and a pivoted-in position, the carrying legs being able to accommodate flat elements in the pivoted-out position and being in contact with the supporting legs in the pivoted-in position, characterized in that the two, three or more supporting legs are of different lengths.
Radiation-curable coating composition, especially for producing a scratch-resistant coating on polycarbonate surfaces, comprising at least one urethane acrylate prepared from an isocyanurate trimer of 1,6-hexamethylene diisocyanate and butanediol monoacrylate, the isocyanurate trimer having an NCO content of 19.6 to 24.0 wt% and an equivalent weight of 175 to 214, the urethane acrylate having a weight ratio of the isocyanurate trimer to the butanediol monoacrylate of 1.0:0.65 to 1.0:0.9, characterized in that the coating composition comprises i) 45.0 to 59.0 wt% of the at least one urethane acrylate, ii) 25.0 to 37.0 wt% of at least one tetrafunctional polyester acrylate monomer, iii) 8.0 to 12.0 wt% of at least one diol diacrylate ester and/or of at least one monoacrylate ester, iv) 2.3 to 3.5 wt% of at least one photoinitiator, v) 2.1 to 3.1 wt% of at least one reactive acryloyltriazole UV absorber, vi) 1.5 to 2.0 wt% of at least one nonreactive UV absorber, vii) 0.7 to 1.0 wt% of at least one sterically hindered amine, viii) 0.4 to 0.9 wt% of at least one flow control additive, the weight percentage ranges being based on the sum of the solids contents of the stated components i) to viii) and their sum making 100 wt%.
A method comprising: receiving a higher-layer signaling containing configuration of one or more bandwidth parts, BWPs, per cell by a user equipment, UE , in a wireless communication network , wherein each BWP of the one or more BWPs includes one or more contiguous physical resource blocks, PRBs; receiving a first configuration of a second-part of a broadcast system information, SI, embedded in a first-part of the broadcast SI carried in a downlink, DL, broadcast channel by the user equipment, UE , wherein the first configuration includes at least a DL bandwidth for the second-part of the broadcast SI; receiving, by the UE , a second configuration of one or more DL control resource set, CORESET, with common search space, CSS, in the first-part of the broadcast SI; determining, by the UE , time-frequency radio resources; and receiving the broadcast SI based on a DL scheduler in the CSS of the one or more DL CORESET, the method being characterized in that the second configuration of the one or more DL control resource set, CORESET, includes at least one of a time duration and periodicity for each DL CORESET; and determining time-frequency radio resources comprises determining time-frequency radio resources of each DL CORESET of the one or more DL CORESET with CSS based on the DL bandwidth for the second-part of the broadcast SI and the configuration for the corresponding DL CORESET. receiving a higher-layer signaling containing configuration of one or more bandwidth parts, BWPs, per cell by a user equipment, UE , in a wireless communication network , wherein each BWP of the one or more BWPs includes one or more contiguous physical resource blocks, PRBs; receiving a first configuration of a second-part of a broadcast system information, SI, embedded in a first-part of the broadcast SI carried in a downlink, DL, broadcast channel by the user equipment, UE , wherein the first configuration includes at least a DL bandwidth for the second-part of the broadcast SI; receiving, by the UE , a second configuration of one or more DL control resource set, CORESET, with common search space, CSS, in the first-part of the broadcast SI; determining, by the UE , time-frequency radio resources; and receiving the broadcast SI based on a DL scheduler in the CSS of the one or more DL CORESET, the method being characterized in that the second configuration of the one or more DL control resource set, CORESET, includes at least one of a time duration and periodicity for each DL CORESET; and determining time-frequency radio resources comprises determining time-frequency radio resources of each DL CORESET of the one or more DL CORESET with CSS based on the DL bandwidth for the second-part of the broadcast SI and the configuration for the corresponding DL CORESET.
A method for producing an insert structured to acoustically and/or thermally insulate component parts of a vehicle provided with an internal combustion engine; said method being characterized in that it comprises the steps of: providing a forming casing having an inner seat shaped according to the shape of the insert to be produced delimited by at least one perforated wall provided with through holes communicating with said seat ; providing, on the outside of said forming casing , penetrating means structured to penetrate into said seat of said forming casing through said openings ; placing a given amount of fibres (F) inside the seat of said casing ; making said penetrating means penetrate into the seat of the casing exclusively through said openings in said perforated wall to cause displacements on the fibres (F) confined inside the seat in order to interweave/twist the fibres (F) together and join/compact them; said forming casing being made of a rigid material that cannot be penetrated/crossed by said penetrating means .