mhurhangee/patent-ind-claim-en huggingface dataset:
Fishing lure for imitating the swimming of a fish, comprising: - a rigid head consisting of a flat rear section and of a means for fastening a fishing line , - a fishhook comprising a shank fastened at the rear section of the head and extending according to a longitudinal axis (D1) of the lure, - a flexible body extending between a front end and a rear end , the front end being flat and pressed against said rear section of the rigid head , the front end having a cross-section substantially equal to the rear section of the rigid head , the flexible body comprising, - a first cylindrical portion extending substantially according to the longitudinal axis (D1) of the lure and comprising a recess , and a second curved portion extending between the first portion and the rear end, wherein the longitudinal axis (D1) separates the lure into an upper portion and a lower portion, the upper portion comprises the fishhook , the means for fastening the fishing line and the second portion of the flexible body , the lower portion comprises the recess , and - an upwards deflector extending in a plane transverse with respect to the flexible body, the deflector being fastened to the rear end of the flexible body and increasing the curvature of the second portion upwards with respect to a central line of curvature of the second portion of the flexible body . - a rigid head consisting of a flat rear section and of a means for fastening a fishing line , - a fishhook comprising a shank fastened at the rear section of the head and extending according to a longitudinal axis (D1) of the lure, - a flexible body extending between a front end and a rear end , the front end being flat and pressed against said rear section of the rigid head , the front end having a cross-section substantially equal to the rear section of the rigid head , the flexible body comprising, - a first cylindrical portion extending substantially according to the longitudinal axis (D1) of the lure and comprising a recess , and a second curved portion extending between the first portion and the rear end, wherein the longitudinal axis (D1) separates the lure into an upper portion and a lower portion, the upper portion comprises the fishhook , the means for fastening the fishing line and the second portion of the flexible body , the lower portion comprises the recess , and - an upwards deflector extending in a plane transverse with respect to the flexible body, the deflector being fastened to the rear end of the flexible body and increasing the curvature of the second portion upwards with respect to a central line of curvature of the second portion of the flexible body .
An apparatus comprising: a transformer comprising: a core comprising at least a first core leg (L1), first windings disposed around the first core leg, a first inner semiconductive shield manufactured as a single component or formed combining separately-manufactured elements , said first inner semiconductive shield comprising a first semiconductive shield leg disposed around the first windings, wherein the first semiconductive shield leg is formed using semiconductive material and is electrically connected to the first windings, a second outer semiconductive shield manufactured as a single component or formed combining separately-manufactured elements , said second outer semiconductive shield comprising a second semiconductive shield leg disposed around the first semiconductive shield leg , wherein the second semiconductive shield leg is formed using semiconductive material and second windings disposed around the second semiconductive shield leg, wherein the second semiconductive shield leg is electrically connected to the second windings, wherein the first inner semiconductive shield comprising the first semiconductive shield leg and second outer semiconductive shield comprising the first semiconductive shield leg are configured and disposed to form an area (C) there between in which a first electrical field is formed. a transformer comprising: a core comprising at least a first core leg (L1), first windings disposed around the first core leg, a first inner semiconductive shield manufactured as a single component or formed combining separately-manufactured elements , said first inner semiconductive shield comprising a core comprising at least a first core leg (L1), first windings disposed around the first core leg, a first inner semiconductive shield manufactured as a single component or formed combining separately-manufactured elements , said first inner semiconductive shield comprising a first semiconductive shield leg disposed around the first windings, wherein the first semiconductive shield leg is formed using semiconductive material and is electrically connected to the first windings, a second outer semiconductive shield manufactured as a single component or formed combining separately-manufactured elements , said second outer semiconductive shield comprising a second semiconductive shield leg disposed around the first semiconductive shield leg , wherein the second semiconductive shield leg is formed using semiconductive material and second windings disposed around the second semiconductive shield leg, wherein the second semiconductive shield leg is electrically connected to the second windings, wherein the first inner semiconductive shield comprising the first semiconductive shield leg and second outer semiconductive shield comprising the first semiconductive shield leg are configured and disposed to form an area (C) there between in which a first electrical field is formed.
Planar securing means, more particularly securing net, for securing a load during its transportation on the loading area of a vehicle, with a flexible securing surface that is variable in size, and fastening devices , provided at edge of the securing surface , for detachably fixing the securing surface to the side walls of the vehicle, characterised in that a gathering device (8 to 11, H) is provided, which transforms the flexible securing surface (1. 2) at least from an extended securing position into a folded-up storage position and vice versa, wherein the gathering device (8 to 11, H) comprises at last one gathering rope connected to a lower end of the securing surface in the securing position and at the end of the gathering rope a handle (H) is provided, and wherein the handle (H) is equipped with a fastening element for detachably fixing, for example, to the side wall . a gathering device (8 to 11, H) is provided, which transforms the flexible securing surface (1. 2) at least from an extended securing position into a folded-up storage position and vice versa, wherein the gathering device (8 to 11, H) comprises at last one gathering rope connected to a lower end of the securing surface in the securing position and at the end of the gathering rope a handle (H) is provided, and wherein the handle (H) is equipped with a fastening element for detachably fixing, for example, to the side wall .
A transmission timing information sending method used in a base station, comprising: sending a higher layer signaling to a terminal, wherein the higher layer signaling is used to configure at least one transmission timing set, wherein each of the at least one transmission timing set comprises at least one transmission timing value, and each of the at least one transmission timing set is related to at least one of the following factors: a subcarrier width, and a terminal capability; and sending a downlink control information, DCI, to the terminal, wherein the DCI is used to indicate a transmission timing value in the at least one transmission timing set, and the transmission timing value indicates a slot used by the terminal to send data or feedback information, the feedback information comprising at least one of acknowledgement information and negative acknowledgement information. sending a higher layer signaling to a terminal, wherein the higher layer signaling is used to configure at least one transmission timing set, wherein each of the at least one transmission timing set comprises at least one transmission timing value, and each of the at least one transmission timing set is related to at least one of the following factors: a subcarrier width, and a terminal capability; and sending a downlink control information, DCI, to the terminal, wherein the DCI is used to indicate a transmission timing value in the at least one transmission timing set, and the transmission timing value indicates a slot used by the terminal to send data or feedback information, the feedback information comprising at least one of acknowledgement information and negative acknowledgement information.
A fixing system for securing a fixing device into a hole in plasterboard, the fixing system comprising: a body having an anchor receiving aperture therein, the anchor receiving aperture having an aperture axis; a plurality of passages , each extending within the body , spaced from the anchor receiving aperture ; a respective shaft provided within each passage , each shaft being rotatably movable within the passage ; a respective retaining member rigidly coupled to each shaft, each retaining member configured to be pivotally movable about the axis of the respective shaft between an extended position, in which the fixing device is retainable in said hole, and a retracted position, in which the fixing device is removably insertable into said hole; and an activation tool, comprising an activation member arrangable such that rotation of the activation tool about an activation axis causes each retaining member to move from the retracted position to the extended position substantially simultaneously; characterized in that each shaft is individually rotatable in order to move its respective retaining member from the retracted position to the extended position. a body having an anchor receiving aperture therein, the anchor receiving aperture having an aperture axis; a plurality of passages , each extending within the body , spaced from the anchor receiving aperture ; a respective shaft provided within each passage , each shaft being rotatably movable within the passage ; a respective retaining member rigidly coupled to each shaft, each retaining member configured to be pivotally movable about the axis of the respective shaft between an extended position, in which the fixing device is retainable in said hole, and a retracted position, in which the fixing device is removably insertable into said hole; and an activation tool, comprising an activation member arrangable such that rotation of the activation tool about an activation axis causes each retaining member to move from the retracted position to the extended position substantially simultaneously; characterized in that each shaft is individually rotatable in order to move its respective retaining member from the retracted position to the extended position.
A method comprising: receiving data for a borehole trajectory in a formation, a length of pipe, and a bottom hole assembly that comprises a mud motor and a bit ; receiving a mode transition limit; generating a sequence for operation of the mud motor using a model of at least the bit, wherein the model comprises a physics-based model that represents interaction between the bit and the formation using a numerical computation technique, wherein the sequence comprises a sliding mode and a rotary mode for drilling the borehole in the formation a distance less than or equal to the length of pipe, wherein the mode transition limit is less than five mode transitions; and drilling the borehole according to the sequence using the bottom hole assembly that comprises the mud motor and the bit . receiving data for a borehole trajectory in a formation, a length of pipe, and a bottom hole assembly that comprises a mud motor and a bit ; receiving a mode transition limit; generating a sequence for operation of the mud motor using a model of at least the bit, wherein the model comprises a physics-based model that represents interaction between the bit and the formation using a numerical computation technique, wherein the sequence comprises a sliding mode and a rotary mode for drilling the borehole in the formation a distance less than or equal to the length of pipe, wherein the mode transition limit is less than five mode transitions; and drilling the borehole according to the sequence using the bottom hole assembly that comprises the mud motor and the bit .
An apparatus for analyzing a body fluid sample from a sampler, the apparatus comprising: - a sampler bed comprising a plurality of slots , each slot being configured to receive a sampler containing a body fluid sample; - an analyzing unit configured to analyze body fluid samples; - at least one inlet configured to withdraw a body fluid sample from a sampler from any of the slots for provision of the withdrawn body fluid sample to the analyzing unit; and - at least one display unit comprising at least one display area ; the apparatus being configured to display graphical information simultaneously within a plurality of primary zones of the at least one display area , wherein the plurality of primary zones comprises a primary zone for each slot, and CHARACTERISED IN THAT each of the primary zones individually faces a respective slot , and wherein the graphical information comprises a respective primary graphical information part within each primary zone , and wherein each respective primary graphical information part relates to the respective slot faced by the respective primary zone . - a sampler bed comprising a plurality of slots , each slot being configured to receive a sampler containing a body fluid sample; - an analyzing unit configured to analyze body fluid samples; - at least one inlet configured to withdraw a body fluid sample from a sampler from any of the slots for provision of the withdrawn body fluid sample to the analyzing unit; and - at least one display unit comprising at least one display area ; the apparatus being configured to display graphical information simultaneously within a plurality of primary zones of the at least one display area , wherein the plurality of primary zones comprises a primary zone for each slot, and CHARACTERISED IN THAT each of the primary zones individually faces a respective slot , and wherein the graphical information comprises a respective primary graphical information part within each primary zone , and wherein each respective primary graphical information part relates to the respective slot faced by the respective primary zone .
A charge control-type inkjet printer , comprising: a printing head including a nozzle unit for discharging ink; a pressure reduction valve configured to adjust a pressure of ink to be supplied to a nozzle unit of the printing head ; an ink container configured to contain ink to be supplied to the nozzle unit of the printing head , wherein the charge control-type inkjet printer is characterized by an imaging unit configured to image the ink discharged from the nozzle unit and being in a particulate state; and an image processing unit configured to process an image of the ink discharged from the nozzle unit and being in a particulate state, the image of the ink being obtained by imaging by the imaging unit, and configured to set an inspection area in the obtained image from which a region for specifying a particle shape and a region for detecting foreign matter are extracted. a printing head including a nozzle unit for discharging ink; a pressure reduction valve configured to adjust a pressure of ink to be supplied to a nozzle unit of the printing head ; an ink container configured to contain ink to be supplied to the nozzle unit of the printing head , wherein the charge control-type inkjet printer is characterized by an imaging unit configured to image the ink discharged from the nozzle unit and being in a particulate state; and an image processing unit configured to process an image of the ink discharged from the nozzle unit and being in a particulate state, the image of the ink being obtained by imaging by the imaging unit, and configured to set an inspection area in the obtained image from which a region for specifying a particle shape and a region for detecting foreign matter are extracted.
Method for determining a deviation value of a health parameter of at least one component of a gas turbine , the method comprising measuring a pressure value and a temperature value at a measuring point of the component , determining a corrected pressure value on the basis of a predetermined pressure correction factor of the component , determining a corrected temperature value on the basis of a predetermined temperature correction factor of the component , determining an estimated actual value of the health parameter of the component at least on the basis of the corrected pressure value and the corrected temperature value, providing a nominal value of the health parameter of the component which is predicted on the basis of at least one predetermined input parameter, determining a deviation value by comparing the estimated actual value of the health parameter and the nominal value of the health parameter, characterized in that determining the pressure correction factor by determining a ratio between an upstream pressure value at an upstream station located upstream of the measuring point of the component and a downstream pressure value at a downstream station located downstream of the measuring point of the component .
A method, performed in a wireless communication system, for scheduling beam quality measurement signals to be transmitted from one or more access points to a plurality of wireless devices , the method comprising: - obtaining (S1), for each of the plurality of wireless devices , information defining a time period when the transmission of beam quality measurement signals from the one or more access points to the plurality of wireless device is to be performed, - obtaining (S2), for each of the plurality of wireless devices , candidate beams for transmission of beam quality measurement signals from the one or more access points to the wireless device , - scheduling (S5) transmission of common beam quality measurement signals, usable by at least two of the plurality of wireless devices , during overlaps of the obtained time periods, in at least two of the obtained candidate beams that are at least partly overlapping, and - providing (S6) information about the scheduled beam quality measurement signals to the access points and/or wireless devices . - obtaining (S1), for each of the plurality of wireless devices , information defining a time period when the transmission of beam quality measurement signals from the one or more access points to the plurality of wireless device is to be performed, - obtaining (S2), for each of the plurality of wireless devices , candidate beams for transmission of beam quality measurement signals from the one or more access points to the wireless device , - scheduling (S5) transmission of common beam quality measurement signals, usable by at least two of the plurality of wireless devices , during overlaps of the obtained time periods, in at least two of the obtained candidate beams that are at least partly overlapping, and - providing (S6) information about the scheduled beam quality measurement signals to the access points and/or wireless devices .
A process for producing monochloroacetic acid from glycolic acid, the process comprising: in an absorption step, contacting a liquid medium comprising glycolic acid and water with a hydrogen chloride-containing gas stream, resulting in the formation of a liquid medium into which hydrogen chloride has been absorbed, and in a reaction step, reacting the glycolic acid with the absorbed hydrogen chloride at a temperature of from about 120 °C to about 180 °C and at an absolute pressure of from about 0.5 MPa to about 2 MPa, thereby providing a liquid medium comprising monochloroacetic acid, wherein the hydrogen chloride-containing gas stream is provided during at least part of the absorption step and at least part of the reaction step in a continuous manner or intermittently in at least 2 portions. in an absorption step, contacting a liquid medium comprising glycolic acid and water with a hydrogen chloride-containing gas stream, resulting in the formation of a liquid medium into which hydrogen chloride has been absorbed, and in a reaction step, reacting the glycolic acid with the absorbed hydrogen chloride at a temperature of from about 120 °C to about 180 °C and at an absolute pressure of from about 0.5 MPa to about 2 MPa, thereby providing a liquid medium comprising monochloroacetic acid, wherein the hydrogen chloride-containing gas stream is provided during at least part of the absorption step and at least part of the reaction step in a continuous manner or intermittently in at least 2 portions.
A system comprising an apparatus , an electronic device , and a charger configured to receive a mains power supply and to charge a battery of the electronic device , when connected to the electronic device, the apparatus configured to provide an indication to the electronic device to indicate when the charger is disconnected from the mains power supply , the apparatus further configured to: request a decrease of the power output of the charger by a first predetermined amount; measure a first power output of the charger; request an increase of the power output of the charger by a second predetermined amount; measure a second power output of the charger; provide the indication based on a determination of a failure of the request to increase the power output of the charger to the battery of the electronic device, the failure comprising determining that the second power output of the charger measured after the requested increase fails to increase by the second predetermined amount within a threshold amount from the first power output measured of the charger after the requested decrease; J and provide signalling to the electronic device indicating that the charger is disconnected from the mains power supply based on said determination, for causing the electronic device to indicate that the charger is disconnected from the mains power supply to a user of the electronic device. request a decrease of the power output of the charger by a first predetermined amount; measure a first power output of the charger; request an increase of the power output of the charger by a second predetermined amount; measure a second power output of the charger; provide the indication based on a determination of a failure of the request to increase the power output of the charger to the battery of the electronic device, the failure comprising determining that the second power output of the charger measured after the requested increase fails to increase by the second predetermined amount within a threshold amount from the first power output measured of the charger after the requested decrease; J and provide signalling to the electronic device indicating that the charger is disconnected from the mains power supply based on said determination, for causing the electronic device to indicate that the charger is disconnected from the mains power supply to a user of the electronic device.
A device for debonding a structure from a main surface region of a carrier , comprising a tape for laminating to the structure ; a first holder and a second holder for spanning the tape and to keep a tension of the tape , wherein at least the second holder is movable into a lifted position vertically offset to the main surface region of the carrier ; and a deflecting-element for providing a deflection-line arranged between the first holder and the second holder for deflecting the tape in response to moving the second holder into the lifted position , wherein the deflecting-element is arranged to be movable parallel to the carrier for moving the deflection-line parallel to the carrier and for debonding the structure , laminated to the tape , from the carrier .