mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system to optimize tracking of a radiotherapy target as part of treatment planning, said computer system configured to perform a method comprising: simulating a treatment time image from treatment planning CT images and data, as digital reconstructed radiograph (DRR) or digital tomosynthesis (DTS) images, wherein the simulated treatment time image corresponds with an imaging angle of a plurality of imaging angles from which the radiotherapy target is to be imaged during treatment; generating a template from the treatment planning CT images and data by forward projection of voxels inside a volume of interest, wherein the template is for the imaging angle from which the radiotherapy target is to be imaged during treatment; template matching by calculating a similarity measure as match score between the template and simulated treatment time image to quantify the trackability of tumors as part of treatment planning; wherein the template matching further comprises: calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient. simulating a treatment time image from treatment planning CT images and data, as digital reconstructed radiograph (DRR) or digital tomosynthesis (DTS) images, wherein the simulated treatment time image corresponds with an imaging angle of a plurality of imaging angles from which the radiotherapy target is to be imaged during treatment; generating a template from the treatment planning CT images and data by forward projection of voxels inside a volume of interest, wherein the template is for the imaging angle from which the radiotherapy target is to be imaged during treatment; template matching by calculating a similarity measure as match score between the template and simulated treatment time image to quantify the trackability of tumors as part of treatment planning; wherein the template matching further comprises: calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient. calculating the match score at different pixel offsets between the template and the simulated treatment time image for the imaging angle producing a match score surface; analysing the match score surface to calculate a peak-to-side lobe ratio and resulting in a visibility score; and classifying the simulated treatment time image as having a suitable angle for tracking the tumor if the resulting visibility score is sufficient.
A laundry treating apparatus comprising: a cabinet ; a drum made of a metal material and disposed in the cabinet , wherein the drum receives a laundry therein; and an induction module spaced apart from an outer circumferential surface of the drum , wherein the induction module has a coil formed by turns of a wire , wherein the induction module inductively heats the drum using a magnetic field generated by applying a current to the coil , wherein the induction module includes a rectangular shaped base housing for accommodating the coil , wherein the base housing has straight sections (A1) and corner sections (A2), wherein the base housing includes ribs protruding upwards from the base housing to define a slot for accommodating the coil therein, characterised in that a thickness of each of the ribs in each corner section (A2) is greater than a thickness of each of the ribs in each straight section (A1), and a thermal-fusing line for thermally fusing the ribs is defined in each of the corner sections (A2), wherein the thermal-fusing line extends across each corner section (A2). a cabinet ; a drum made of a metal material and disposed in the cabinet , wherein the drum receives a laundry therein; and an induction module spaced apart from an outer circumferential surface of the drum , wherein the induction module has a coil formed by turns of a wire , wherein the induction module inductively heats the drum using a magnetic field generated by applying a current to the coil , wherein the induction module includes a rectangular shaped base housing for accommodating the coil , wherein the base housing has straight sections (A1) and corner sections (A2), wherein the base housing includes ribs protruding upwards from the base housing to define a slot for accommodating the coil therein, characterised in that a thickness of each of the ribs in each corner section (A2) is greater than a thickness of each of the ribs in each straight section (A1), and a thermal-fusing line for thermally fusing the ribs is defined in each of the corner sections (A2), wherein the thermal-fusing line extends across each corner section (A2).
Rotary resonator mechanism comprising an oscillating weight , a flexible guide comprising at least two crossing flexible blades connecting a stationary support to the oscillating weight , the resonator mechanism extending substantially in one plane to allow the oscillating weight to rotate about a virtual pivot, the flexible guide extending along a main axis of symmetry , the blades crossing on the main axis of symmetry when the mechanism is in the rest position, the mechanism comprising a translation table , characterised in that the translation table is arranged in series between the flexible guide and the oscillating weight , the translation table being joined to the flexible blades and to the oscillating weight .
A liner for a ski boot, said liner comprising a tongue comprising: a. an outer generally stiff layer , said layer being substantially saddle-shaped; b. an inner padding layer for providing contact to a dorsal surface of a foot, the inner padding layer having at least a first portion and a second portion , wherein the second portion is arranged to cover at least a part of a dorsalis pedis artery on the dorsal surface of the foot, wherein the second portion is a cavity or provided in a material that is softer than the material of the first portion ; and c. a support layer arranged outside the outer generally stiff layer , the support layer at least partially overlapping the second portion of the inner padding layer. a. an outer generally stiff layer , said layer being substantially saddle-shaped; b. an inner padding layer for providing contact to a dorsal surface of a foot, the inner padding layer having at least a first portion and a second portion , wherein the second portion is arranged to cover at least a part of a dorsalis pedis artery on the dorsal surface of the foot, wherein the second portion is a cavity or provided in a material that is softer than the material of the first portion ; and c. a support layer arranged outside the outer generally stiff layer , the support layer at least partially overlapping the second portion of the inner padding layer.
A switching device for driving a switching element having a control terminal (G), a high potential side terminal (D) and a low potential side terminal (S), comprising: a drive circuit for switching the switching element by controlling control voltage applied to the control terminal (G); a variable capacitance circuit having a first terminal connected to the control terminal (G) and a second terminal connected to an output terminal (P) of the drive circuit , and capable of switching at least between a first capacitance value and a second capacitance value different from the first capacitance value; and a controller configured to control a capacitance value between the control terminal (G) and the output terminal (P) via the variable capacitance circuit , wherein the controller is configured to control the capacitance value between the control terminal (G) and the output terminal (P) based on at least one of a current value of current flowing through the switching element , or voltage value of voltage between the high potential side terminal (D) and the low potential side terminal (S) . a drive circuit for switching the switching element by controlling control voltage applied to the control terminal (G); a variable capacitance circuit having a first terminal connected to the control terminal (G) and a second terminal connected to an output terminal (P) of the drive circuit , and capable of switching at least between a first capacitance value and a second capacitance value different from the first capacitance value; and a controller configured to control a capacitance value between the control terminal (G) and the output terminal (P) via the variable capacitance circuit , wherein the controller is configured to control the capacitance value between the control terminal (G) and the output terminal (P) based on at least one of a current value of current flowing through the switching element , or voltage value of voltage between the high potential side terminal (D) and the low potential side terminal (S) .
A radio resource control, RRC, message processing system, wherein the system comprises a serving node , an anchor node , and a mobility management entity , the serving node is configured to set up a connection to the anchor node, and the anchor node is configured to set up a connection to the mobility management entity; the serving node is further configured to: receive a radio resource control, RRC, message from a user equipment, UE, wherein the RRC message is carried by a signaling radio bearer, SRB0 or an SRB 1 or an SRB 2; and wherein when the RRC message is carried by the SRB0, the serving node is configured to generate, by using an RRC layer entity of the serving node, another RRC message carried by the SRB0 for the UE and/or the anchor node and when the RRC message is carried by the SRB 1 or the SRB2, the serving node is configured to send the RRC message to the anchor node; the anchor node is configured to: process, by using a first Packet Data Convergence Protocol, PDCP, layer entity, the RRC message carried by the SRB 1 and send a processed RRC message to an RRC layer entity of the anchor node; or process, by using a second PDCP layer entity, the RRC message carried by the SRB2 and send a processed RRC message to the RRC layer entity of the anchor node. receive a radio resource control, RRC, message from a user equipment, UE, wherein the RRC message is carried by a signaling radio bearer, SRB0 or an SRB 1 or an SRB 2; and wherein when the RRC message is carried by the SRB0, the serving node is configured to generate, by using an RRC layer entity of the serving node, another RRC message carried by the SRB0 for the UE and/or the anchor node and when the RRC message is carried by the SRB 1 or the SRB2, the serving node is configured to send the RRC message to the anchor node; process, by using a first Packet Data Convergence Protocol, PDCP, layer entity, the RRC message carried by the SRB 1 and send a processed RRC message to an RRC layer entity of the anchor node; or process, by using a second PDCP layer entity, the RRC message carried by the SRB2 and send a processed RRC message to the RRC layer entity of the anchor node.
A wearable device comprising: a communicator configured to receive notification messages from a device connected to the wearable device via wireless communication; a display configured to display at least one notification message; and a controller configured to determine the at least one notification message to be displayed on the display from among the received notification messages, based on notification message output setting information stored in the wearable device. a communicator configured to receive notification messages from a device connected to the wearable device via wireless communication; a display configured to display at least one notification message; and a controller configured to determine the at least one notification message to be displayed on the display from among the received notification messages, based on notification message output setting information stored in the wearable device.
A method of directional drilling, the method comprising: advancing a wedge from a drilling rig to a kick-off point in a parent hole while supporting the wedge distally with respect to a tubular drill string via a substantially rigid link that extends along a central longitudinal axis through an annular cutting head to connect the wedge to the drill string ; locking the wedge at the kick-off point in the parent hole at a desired azimuth; breaking the connection made by the link between the drill string and the locked wedge ; withdrawing at least part of the link through the cutting head after breaking the connection; and without withdrawing the drill string , advancing the drill string to drill a daughter hole that branches from the parent hole on the azimuth determined by the wedge . advancing a wedge from a drilling rig to a kick-off point in a parent hole while supporting the wedge distally with respect to a tubular drill string via a substantially rigid link that extends along a central longitudinal axis through an annular cutting head to connect the wedge to the drill string ; locking the wedge at the kick-off point in the parent hole at a desired azimuth; breaking the connection made by the link between the drill string and the locked wedge ; withdrawing at least part of the link through the cutting head after breaking the connection; and without withdrawing the drill string , advancing the drill string to drill a daughter hole that branches from the parent hole on the azimuth determined by the wedge .
A maintenance method for a gas turbine electric power plant comprising a shaft extending along a longitudinal axis (A) and a bearing assembly arranged about the shaft ; the bearing assembly comprising a plurality of actuators , at least one original thrust ring (29, 38; 30) and at least one annular seat centered on the axis (A) and engaged by the respective original thrust ring (29, 38; 30); wherein the original thrust ring (29; 30) is defined by two original thrust half-rings which are substantially identical; the original thrust ring (29, 38; 30) comprising a wall provided with a thrust face adapted to receive a thrust from at least one actuator and with at least one abutting face adapted to cooperate against a respective abutment of the annular seat ; the method comprising the steps of : • determining at least one distance between a rotor part of the plant and a stator part of the plant ; • replacing the original thrust half-rings with respective spare thrust half-rings having thickness (NR), intended as the axial length between the thrust face and at least one abutting face of the wall , different from the thickness (N) of the original thrust half-rings ; the respective spare thrust half-rings being selected between a plurality of spare half-thrust rings having different thickness (NR) at least on the basis of the distance determined between a rotor part of the plant and a stator part of the plant . • determining at least one distance between a rotor part of the plant and a stator part of the plant ; • replacing the original thrust half-rings with respective spare thrust half-rings having thickness (NR), intended as the axial length between the thrust face and at least one abutting face of the wall , different from the thickness (N) of the original thrust half-rings ; the respective spare thrust half-rings being selected between a plurality of spare half-thrust rings having different thickness (NR) at least on the basis of the distance determined between a rotor part of the plant and a stator part of the plant .
A dispersion liquid for water purification, comprising: water; a powder of Corchorus olitorius; and a polymeric flocculant, wherein the powder of Corchorus olitorius and the polymeric flocculant are contained in a total amount of from 0.01% by mass through 0.5% by mass relative to the water, wherein the dispersion liquid for water purification has a viscosity of from 20 mPa·S through 500 mPa·S, and wherein a median diameter of a solid in the dispersion liquid for water purification is from 150 micrometers through 350 micrometers. water; a powder of Corchorus olitorius; and a polymeric flocculant, wherein the powder of Corchorus olitorius and the polymeric flocculant are contained in a total amount of from 0.01% by mass through 0.5% by mass relative to the water, wherein the dispersion liquid for water purification has a viscosity of from 20 mPa·S through 500 mPa·S, and wherein a median diameter of a solid in the dispersion liquid for water purification is from 150 micrometers through 350 micrometers.
An apparatus for measuring current flow through at least one wire, the apparatus comprising: a housing comprising an opening for receiving the at least one wire ; a plurality of magnetic sensor pairs arranged along a contour within the housing, each magnetic sensor pair configured to generate signals when the at least one wire that carries current extends through the opening, the signals including: a first signal indicative of a magnetic field in a first direction, and a second signal indicative of a magnetic field in a second direction; characterized by a hardware processor configured to: compute a plurality of constants related to integrals around the contour, where the constants are computed based on the signals generated by two or more of the plurality of magnetic sensor pairs; and derive a measure of a current in the at least one wire based on the constants. a housing comprising an opening for receiving the at least one wire ; a plurality of magnetic sensor pairs arranged along a contour within the housing, each magnetic sensor pair configured to generate signals when the at least one wire that carries current extends through the opening, the signals including: a first signal indicative of a magnetic field in a first direction, and a second signal indicative of a magnetic field in a second direction; a first signal indicative of a magnetic field in a first direction, and a second signal indicative of a magnetic field in a second direction; characterized by a hardware processor configured to: compute a plurality of constants related to integrals around the contour, where the constants are computed based on the signals generated by two or more of the plurality of magnetic sensor pairs; and derive a measure of a current in the at least one wire based on the constants. compute a plurality of constants related to integrals around the contour, where the constants are computed based on the signals generated by two or more of the plurality of magnetic sensor pairs; and derive a measure of a current in the at least one wire based on the constants.
A compound represented by formula I, pharmaceutically acceptable salt or tautomer thereof; wherein R 1 represents H, F, Cl, Br or NH 2 ; R 2 represents H, F, Cl or Br; R 3 represents H, F, Cl, Br or NH 2 ; R 4 represents H, F, Cl or Br; R 5 represents H, F, Cl or Br; R 6 represents H or CH 3 ; and R 7 represents wherein R 7 is not if: R 1 , R 2 , R 3 , R 4 , and R 5 are all H, and the compound represented by formula I is not a pharmaceutically acceptable salt thereof. wherein R 1 represents H, F, Cl, Br or NH 2 ; R 2 represents H, F, Cl or Br; R 3 represents H, F, Cl, Br or NH 2 ; R 4 represents H, F, Cl or Br; R 5 represents H, F, Cl or Br; R 6 represents H or CH 3 ; and R 7 represents wherein R 7 is not if: R 1 , R 2 , R 3 , R 4 , and R 5 are all H, and the compound represented by formula I is not a pharmaceutically acceptable salt thereof. R 1 , R 2 , R 3 , R 4 , and R 5 are all H, and the compound represented by formula I is not a pharmaceutically acceptable salt thereof.
An adjustable scoop comprising a sheet of flexible material having a periphery configured so that the sheet may be bent from a flat configuration to form a scoop having a curved body , two handles , a base and a cross member , the scoop comprising in a flat configuration: a body having an upper edge ; two handles extending outwardly from opposite sides of the body ; a base portion extending downwardly from a lower side of the body ; and a cross member extending downwardly from the base portion , characterised in that an array of slots is provided on each side of the body or handles which allow the cross member to be secured to the body at each of a plurality of locations so that the body, base and cross member form a receptacle having one of a plurality of volumetric capacities for particulate material, thereby providing the scoop with an adjustable volumetric capacity. a body having an upper edge ; two handles extending outwardly from opposite sides of the body ; a base portion extending downwardly from a lower side of the body ; and a cross member extending downwardly from the base portion , characterised in that an array of slots is provided on each side of the body or handles which allow the cross member to be secured to the body at each of a plurality of locations so that the body, base and cross member form a receptacle having one of a plurality of volumetric capacities for particulate material, thereby providing the scoop with an adjustable volumetric capacity.