mhurhangee/ep-ind-claims huggingface dataset:
Method for evaluating a dental situation of a patient, said method having the following successive steps, implemented by a computer: 1) generating an initial model of at least one dental arch of the patient; 2) splitting the initial model in order to define a tooth model for each of at least some of the teeth represented on the initial model and thereby to obtain a split model; 3) defining an initial support curve in the split model; 4) fixing each tooth model virtually to the initial support curve, in such a way that the position and the orientation of said tooth model modify as the initial support curve is deformed; 5) modifying the split model by deformation of the initial support curve until a deformed support curve is obtained, so as to obtain a first deformed model, a "model" being a three-dimensional digital representation composed of a set of voxels; 6) taking one or more measurements of size on the first deformed model. 1) generating an initial model of at least one dental arch of the patient; 2) splitting the initial model in order to define a tooth model for each of at least some of the teeth represented on the initial model and thereby to obtain a split model; 3) defining an initial support curve in the split model; 4) fixing each tooth model virtually to the initial support curve, in such a way that the position and the orientation of said tooth model modify as the initial support curve is deformed; 5) modifying the split model by deformation of the initial support curve until a deformed support curve is obtained, so as to obtain a first deformed model, a "model" being a three-dimensional digital representation composed of a set of voxels; 6) taking one or more measurements of size on the first deformed model.
A power tool comprising: a housing; a brushless DC motor housed inside the housing, the motor comprising a stator assembly and a rotor assembly at least a portion of which is arranged pivotably inside the stator assembly, the rotor assembly including a rotor and a plurality of permanent magnets characterised in that the rotor assembly further includes a rotor lamination stack wherein the rotor is fixedly housed inside a center portion of the rotor lamination stack to pivot therewith, the rotor lamination stack housing the plurality of permanent magnets longitudinally arranged inside the lamination stack and extending beyond the longitudinal length of the rotor lamination stack in at least one direction towards at least one magnet sensor to facilitate sensing of the permanent magnet via the at least one magnet sensor, wherein the rotor assembly further comprises a magnet retaining cap arranged adjacent to a first end of the rotor lamination stack, the magnet retaining cap including a plurality of slots to receive portions of the plurality of permanent magnets extending beyond the longitudinal length of the rotor lamination stack. a housing; a brushless DC motor housed inside the housing, the motor comprising a stator assembly and a rotor assembly at least a portion of which is arranged pivotably inside the stator assembly, the rotor assembly including a rotor and a plurality of permanent magnets characterised in that the rotor assembly further includes a rotor lamination stack wherein the rotor is fixedly housed inside a center portion of the rotor lamination stack to pivot therewith, the rotor lamination stack housing the plurality of permanent magnets longitudinally arranged inside the lamination stack and extending beyond the longitudinal length of the rotor lamination stack in at least one direction towards at least one magnet sensor to facilitate sensing of the permanent magnet via the at least one magnet sensor, wherein the rotor assembly further comprises a magnet retaining cap arranged adjacent to a first end of the rotor lamination stack, the magnet retaining cap including a plurality of slots to receive portions of the plurality of permanent magnets extending beyond the longitudinal length of the rotor lamination stack.
A stator of an electromagnetic motor or generator comprising windings and a magnetic circuit, the stator including a circular or polygonal frame and winding support teeth, each winding resting on a tooth while surrounding at least partially a winding support (13, 14), each winding support (13, 14) comprising or being associated to snap-fitting means cooperating with complementary snap-fitting means carried by a tooth associated to the winding support (13, 14) so that the winding support (13, 14) is secured to the associated tooth, with, on the one hand, each tooth and, on the other hand, the intermediate and planar cover portions of each winding support (13, 14) being prismatic with two triangular faces or trapezoidal with a small base radially innermost to the frame and a large base radially outermost to the frame connected by two inclined lateral faces, characterised in that the outer contour of the planar cover portion internally delimits a triangular or quadrangular empty space carrying either at least one snap-fitting portion projecting towards the tooth while forming the snap-fitting means, the tooth including proximate to each lateral edge of its face opposite the winding a groove, the two grooves respectively accommodating one of the snap-fitting portions while forming the complementary snap-fitting means or a blocking element which is prismatic with two triangular faces or trapezoidal being inserted, the blocking element having an outer contour corresponding to the inner contour of the empty space with a clearance between the outer contour of the blocking element and the inner contour of the space just enough for an insertion of the blocking element into the empty space, the edges of the triangular face opposite the associated tooth of the blocking element or at least the two edges opposite the associated tooth of the inclined lateral faces of the trapezoidal shape of the blocking element carrying at least one snap-fitting portion projecting towards the tooth while forming the snap-fitting means, the tooth including proximate to each lateral edge of its face opposite the winding a groove, the two grooves respectively accommodating one of the snap-fitting portions while forming the complementary snap-fitting means.
Computer-implemented method for integrating at least a first communication terminal E1 assigned to a user as a preferred device (OND 1) into a static configuration of a telecommunication system and/or for dynamically assigning a first communication terminal E1 used as a preferred device (OND 1) or a second communication terminal E2 used as a preferred device (OND 2) for providing a one-number service using the preferred device (OND 1, OND 2) to which a one-number service number is assigned, wherein at least two communication terminals E1 and E2 (E1, E2) are statically assigned to the user; wherein the devices assigned to the user are bundled in a group (MULAP); wherein a call number of the group (MULAP) serves as the call number of the one-number service; wherein a third Computer Telephony Integration Layer, CTI Layer (CTI Layer 3) adapts to the respectively selected preferred device (OND1, OND2) and dynamically displays the link of the user with the respectively selected preferred device (OND1, OND2); wherein a second CTI layer (CTI layer 2) links a static virtual device E2 with the respective dynamically linked preferred device (OND 1, OND 2); wherein the second CTI layer (CTI layer 2) is arranged between a first CTI layer (CTI layer 1) and the third CTI layer (CTI layer 3); wherein the first CTI layer condenses a state of the preferably used terminal device E1 or E2 (V, V) for high-level applications to a state of the user (V). wherein the devices assigned to the user are bundled in a group (MULAP); wherein a call number of the group (MULAP) serves as the call number of the one-number service; wherein a third Computer Telephony Integration Layer, CTI Layer (CTI Layer 3) adapts to the respectively selected preferred device (OND1, OND2) and dynamically displays the link of the user with the respectively selected preferred device (OND1, OND2); wherein a second CTI layer (CTI layer 2) links a static virtual device E2 with the respective dynamically linked preferred device (OND 1, OND 2); wherein the second CTI layer (CTI layer 2) is arranged between a first CTI layer (CTI layer 1) and the third CTI layer (CTI layer 3); wherein the first CTI layer condenses a state of the preferably used terminal device E1 or E2 (V, V) for high-level applications to a state of the user (V).
A cassette for a printer that transfers ink applied on an ink sheet to a recording sheet by a thermal head for recording, the cassette comprising: a recording sheet housing for accommodating one or more recording sheets; a casing provided on a surface of the recording sheet housing and defining a first ink-sheet housing and a second ink-sheet housing, the first ink-sheet housing accommodating a first bobbin around which an ink sheet is wound, the second ink-sheet housing accommodating a second bobbin which takes up the ink sheet drawn from the first ink-sheet housing; an opening provided at the recording sheet housing between the first and second ink-sheet housings (20, 21); and characterized by further comprising: engagement means (35, 36) for engaging engagement portion (56, 57) of a printer, wherein the recording sheet housing protrudes along an axis of the first bobbin relative to the first and second ink-sheet housings (20, 21), and the engagement means (35, 36) is provided on a surface of the casing, the surface being substantially perpendicular to the axis of the first bobbin, the surface being located at a side where the recording sheet housing protrudes. a recording sheet housing for accommodating one or more recording sheets; a casing provided on a surface of the recording sheet housing and defining a first ink-sheet housing and a second ink-sheet housing, the first ink-sheet housing accommodating a first bobbin around which an ink sheet is wound, the second ink-sheet housing accommodating a second bobbin which takes up the ink sheet drawn from the first ink-sheet housing; an opening provided at the recording sheet housing between the first and second ink-sheet housings (20, 21); and characterized by further comprising: engagement means (35, 36) for engaging engagement portion (56, 57) of a printer, wherein the recording sheet housing protrudes along an axis of the first bobbin relative to the first and second ink-sheet housings (20, 21), and the engagement means (35, 36) is provided on a surface of the casing, the surface being substantially perpendicular to the axis of the first bobbin, the surface being located at a side where the recording sheet housing protrudes. engagement means (35, 36) for engaging engagement portion (56, 57) of a printer, wherein the recording sheet housing protrudes along an axis of the first bobbin relative to the first and second ink-sheet housings (20, 21), and the engagement means (35, 36) is provided on a surface of the casing, the surface being substantially perpendicular to the axis of the first bobbin, the surface being located at a side where the recording sheet housing protrudes.
A multi-core optical fiber transmission system using as a transmission line a multi-core optical fiber comprising: a plurality of cores each extending along a predetermined axis and arranged on a cross section perpendicular to the predetermined axis; and a cladding region integrally surrounding each of the cores, wherein where an average twist rate defined as an average value of absolute values of angles of rotations of the cores per unit length along a longitudinal direction of the multi-core optical fiber is γ (rad/m), the shortest distance between centers of the respective cores is Λ (m), a group index for a fundamental mode in each of the cores is n g, a longitudinal average defined as an average of bending radii along the longitudinal direction, of the multi-core optical fiber is R (m), the speed of light in vacuum is c (m/s), the ratio of the circumference of a circle to its diameter is n, characterized in that a symbol rate of signal modulation is f symbol (Baud), the number of taps N tap in execution of a spatially demultiplexing calculation by the MIMO technology is set to satisfy a relation defined by Expression below. N tap 12 f symbol ≤ 2 n g Λ cR L γπ ≤ N tap 8 f symbol
Blend containing at least two different polyolefins, characterized in that it contains as a further constituent an amorphous poly-alpha-olefin which is based on the monomers ethene, propene and 1-butene and has a viscosity at 190°C measured according to the method reported in the description of 200 mPa*s to 200 000 mPa*s, wherein it contains polyethylene and polypropylene as at least two different polyolefins and wherein the polyethylene has a melt flow index [MFI 2.16kg@190°C] determined according to the method ISO 1133 reported in the description of less than 10g/10min, preferably of 0.01 to 2g/10min, and the polypropylene has a melt flow index [MFI 2.16kg@230°C] determined according to the method reported in the description of less than 50g/10min, preferably of 0.01 to 25 g/10min.
A method for improving the operation of a workpiece stocker, the stocker comprising a housing for storing a plurality of workpieces, the housing being compartmentalized into a plurality of compartments; a robotic mechanism to transfer the workpieces from the housing to an IO station; and a plurality of emergency access ports for accessing the workpieces in the event of the robotic failure, characterized in that the compartments are open normally, and are sealable when a failure condition is detected, and the method comprising assessing that the robotic mechanism fails; sealing the compartments after determining the robotic failure, wherein one compartment is unsealed for emergency access while other compartments remain sealed, and emergency accessing a compartment without contaminating other compartments.
An electric vehicle charging system, comprising: a charging station which comprises: a power delivery system; a power transfer measurement unit; and a communication system for communicating with an electric vehicle; and a charging monitor mounted in an electric vehicle which comprises: a power transfer measurement unit; and a communication system for communicating with the charging station, wherein the electric vehicle charging system comprises a controller (26,34) which is adapted to control the power delivery from the charging station to the electric vehicle based on a comparison of power transfer measurements made by the charging station and by the electric vehicle charging monitor, the system further comprising a vehicle payment module and a station payment module, wherein the vehicle payment module is adapted to transfer funds to the station payment module, characterized in that the controller (26,34) is adapted to implement the power delivery in increments, and to implement the funds transfer in corresponding increments. a charging station which comprises: a power delivery system; a power transfer measurement unit; and a communication system for communicating with an electric vehicle; and a power delivery system; a power transfer measurement unit; and a communication system for communicating with an electric vehicle; and a charging monitor mounted in an electric vehicle which comprises: a power transfer measurement unit; and a communication system for communicating with the charging station, wherein the electric vehicle charging system comprises a controller (26,34) which is adapted to control the power delivery from the charging station to the electric vehicle based on a comparison of power transfer measurements made by the charging station and by the electric vehicle charging monitor, the system further comprising a vehicle payment module and a station payment module, wherein the vehicle payment module is adapted to transfer funds to the station payment module, characterized in that the controller (26,34) is adapted to implement the power delivery in increments, and to implement the funds transfer in corresponding increments. a power transfer measurement unit; and a communication system for communicating with the charging station, wherein the electric vehicle charging system comprises a controller (26,34) which is adapted to control the power delivery from the charging station to the electric vehicle based on a comparison of power transfer measurements made by the charging station and by the electric vehicle charging monitor, the system further comprising a vehicle payment module and a station payment module, wherein the vehicle payment module is adapted to transfer funds to the station payment module, characterized in that the controller (26,34) is adapted to implement the power delivery in increments, and to implement the funds transfer in corresponding increments.
A plug-side connector for electrically connecting an electronic apparatus to an external apparatus via a cable by fitting together with a receptacle-side connector that is provided in the electronic apparatus, said plug-side connector comprising: a shell part which is electrically conductive and forms an outer profile of said plug-side connector; a power supply terminal; a metal plate which serves as a ground plane; a first protection element which is provided between the metal plate and a ground electrode; and a second protection element which is provided between an outer jacket of the cable and the ground electrode, at least the power supply terminal and the metal plate being provided inside the shell part, the first protection element having a characteristic of having a lower impedance with respect to an alternating current and of having a higher impedance with respect to a direct current, and the second protection element having a characteristic of having a lower impedance with respect to an alternating current and of having a higher impedance with respect to a direct current. a shell part which is electrically conductive and forms an outer profile of said plug-side connector; a power supply terminal; a metal plate which serves as a ground plane; a first protection element which is provided between the metal plate and a ground electrode; and a second protection element which is provided between an outer jacket of the cable and the ground electrode, at least the power supply terminal and the metal plate being provided inside the shell part, the first protection element having a characteristic of having a lower impedance with respect to an alternating current and of having a higher impedance with respect to a direct current, and the second protection element having a characteristic of having a lower impedance with respect to an alternating current and of having a higher impedance with respect to a direct current.
A room-temperature-curable resin composition comprising: 0.001 to 20 parts by mass of a phosphazene skeleton-containing organosilicon compound shown by the following general formula, wherein, "R" represents a substituted or unsubstituted monovalent hydrocarbon group having 1 to 12 carbon atoms, "R 1 " and "R 2 " may be the same or different and represent a substituted or unsubstituted monovalent hydrocarbon group having 1 to 12 carbon atoms, "A" represents a single bond or a divalent hydrocarbon group having 1 to 6 carbon atoms, "Y" represents a hydrolysable group, and "n" is an integer satisfying 0 ≤ n ≤ 3; 100 parts by mass of a diorganopolysiloxane both terminals of which are blocked with hydroxyl groups or hydrolysable groups shown by the following general formula or, wherein, "R" has the same meaning as above, "X" represents an oxygen atom or a divalent hydrocarbon group having 1 to 8 carbon atoms, "Y"' represents a hydrolysable group, "b" is 0 or 1; and "m" is a number to make the viscosity of this organopolysiloxane at 25°C to be 100 to 1,000,000 mPa·s, as measured by a rotational viscometer, preferably an integer of 10 to 1,500, more preferably an integer of about 50 to 1,000; 0 to 15 parts by mass of a curing catalyst except for the component; 0 to 30 parts by mass of either or both of hydrolysable silane and a partial hydrolysis-condensate thereof except for the component; 0 to 1,000 parts by mass of a filler; and 0 to 30 parts by mass of an adhesion promoter. 0.001 to 20 parts by mass of a phosphazene skeleton-containing organosilicon compound shown by the following general formula, wherein, "R" represents a substituted or unsubstituted monovalent hydrocarbon group having 1 to 12 carbon atoms, "R 1 " and "R 2 " may be the same or different and represent a substituted or unsubstituted monovalent hydrocarbon group having 1 to 12 carbon atoms, "A" represents a single bond or a divalent hydrocarbon group having 1 to 6 carbon atoms, "Y" represents a hydrolysable group, and "n" is an integer satisfying 0 ≤ n ≤ 3; 100 parts by mass of a diorganopolysiloxane both terminals of which are blocked with hydroxyl groups or hydrolysable groups shown by the following general formula or, wherein, "R" has the same meaning as above, "X" represents an oxygen atom or a divalent hydrocarbon group having 1 to 8 carbon atoms, "Y"' represents a hydrolysable group, "b" is 0 or 1; and "m" is a number to make the viscosity of this organopolysiloxane at 25°C to be 100 to 1,000,000 mPa·s, as measured by a rotational viscometer, preferably an integer of 10 to 1,500, more preferably an integer of about 50 to 1,000; 0 to 15 parts by mass of a curing catalyst except for the component; 0 to 30 parts by mass of either or both of hydrolysable silane and a partial hydrolysis-condensate thereof except for the component; 0 to 1,000 parts by mass of a filler; and 0 to 30 parts by mass of an adhesion promoter.
Illumination system comprising: a light-emitting diode system comprising more than two LED groups (21, 22, 23, 24; L1, L2, L3, L4, 451A, 451B, 452A, 452B) and current distribution means, wherein each LED group includes one or more individual LEDs, the LED system having two input terminals (121, 122), wherein each of the LED groups is configured with a different group color point and a different group threshold voltage; a single controllable driver for providing working power to the LED system, the driver having two output terminals (131, 132) coupled to the two input terminals (121, 122) of the LED system, respectively; a control device for controlling the driver; wherein the control device is designed for controlling the driver DC output voltage (Vi); and wherein the current distribution means are responsive to the input voltage (Vi) at the input terminals (121, 122) of the LED system for drawing current from the driver and distributing the current among the different LED groups in dependence on the input voltage level (Vi). a light-emitting diode system comprising more than two LED groups (21, 22, 23, 24; L1, L2, L3, L4, 451A, 451B, 452A, 452B) and current distribution means, wherein each LED group includes one or more individual LEDs, the LED system having two input terminals (121, 122), wherein each of the LED groups is configured with a different group color point and a different group threshold voltage; a single controllable driver for providing working power to the LED system, the driver having two output terminals (131, 132) coupled to the two input terminals (121, 122) of the LED system, respectively; a control device for controlling the driver; wherein the control device is designed for controlling the driver DC output voltage (Vi); and wherein the current distribution means are responsive to the input voltage (Vi) at the input terminals (121, 122) of the LED system for drawing current from the driver and distributing the current among the different LED groups in dependence on the input voltage level (Vi).