mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a scanning module including an intraoral three dimensional scanner; and a processing module coupled to the scanning module to: receive a plurality of three-dimensional scans of a dentition; register a distorted scan to a previous scan and the subsequent scan, determine whether an amount of movement between the previous scan, the distorted scan, and the subsequent scan is within a registration threshold, estimate a first motion trajectory from the previous scan to the subsequent scan based on the registration; estimate a second motion trajectory during a scanning time of the distorted scan; calculate a corrected scan for the distorted scan by compensating for the motion trajectory during the scanning time of the distorted scan, and reject a distorted scan in response to the amount of movement being outside the registration threshold. a scanning module including an intraoral three dimensional scanner; and a processing module coupled to the scanning module to: receive a plurality of three-dimensional scans of a dentition; register a distorted scan to a previous scan and the subsequent scan, determine whether an amount of movement between the previous scan, the distorted scan, and the subsequent scan is within a registration threshold, estimate a first motion trajectory from the previous scan to the subsequent scan based on the registration; estimate a second motion trajectory during a scanning time of the distorted scan; calculate a corrected scan for the distorted scan by compensating for the motion trajectory during the scanning time of the distorted scan, and reject a distorted scan in response to the amount of movement being outside the registration threshold. receive a plurality of three-dimensional scans of a dentition; register a distorted scan to a previous scan and the subsequent scan, determine whether an amount of movement between the previous scan, the distorted scan, and the subsequent scan is within a registration threshold, estimate a first motion trajectory from the previous scan to the subsequent scan based on the registration; estimate a second motion trajectory during a scanning time of the distorted scan; calculate a corrected scan for the distorted scan by compensating for the motion trajectory during the scanning time of the distorted scan, and reject a distorted scan in response to the amount of movement being outside the registration threshold.
An exercise device for physical training of a user, comprising a platform having a top surface exercise area with a plurality of positioning markings for a plurality of different user hand and/or feet position combinations according to a predetermined training program, characterised in that the platform comprises an optically readable code for access to a database of predetermined training programs, and that the platform is provided with an individual identification code for identification of the platform and for retrieving a specific predetermined training program related to said code from the database of training programs.
A wireless access point comprising a wireless network interface, and memory for storing a private device list, the wireless access point being connected to one or more communication networks, and the wireless access point being configured to transmit a first identity and a second identity over the wireless network interface of the wireless access point, store, within the memory, a unique identifier of a mobile terminal in the private device list in response to the mobile terminal making a connection to the wireless access point via the first identity, and to prevent a mobile terminal from making a connection to the wireless access point via the second identity if the unique identifier of the mobile terminal is stored in the private device list.
A method for determining E. coli in a sample employing at least a first admixture and a first reference admixture, the method comprising following steps: a) for providing the first admixture, admixing a first part of the sample with ∘ M13 phage, ∘ Cu ion, and ∘ a reagent comprising a lanthanide ion, b) for providing the first reference admixture, admixing a second part of the sample with ∘ a wild type M13 phage ∘ the Cu ion, ∘ a reagent comprising a lanthanide ion, c) detecting at predetermined time point signal derived from the lanthanide ion of the first admixture and signal derived from the lanthanide ion of the first reference admixture with time-gated luminescence measurement, d) comparing the signal derived from the lanthanide ion of the first admixture to the signal derived from the lanthanide ion of the first reference admixture, and e) determining the E. coli in the sample based on the comparing, in proviso that binding constant of the M13 phage towards the Cu ion and binding constant of the M13 phage towards the E. coli is larger than that of the wild type M13 phage. a) for providing the first admixture, admixing a first part of the sample with ∘ M13 phage, ∘ Cu ion, and ∘ a reagent comprising a lanthanide ion, ∘ M13 phage, ∘ Cu ion, and ∘ a reagent comprising a lanthanide ion, b) for providing the first reference admixture, admixing a second part of the sample with ∘ a wild type M13 phage ∘ the Cu ion, ∘ a reagent comprising a lanthanide ion, ∘ a wild type M13 phage ∘ the Cu ion, ∘ a reagent comprising a lanthanide ion, c) detecting at predetermined time point signal derived from the lanthanide ion of the first admixture and signal derived from the lanthanide ion of the first reference admixture with time-gated luminescence measurement, d) comparing the signal derived from the lanthanide ion of the first admixture to the signal derived from the lanthanide ion of the first reference admixture, and e) determining the E. coli in the sample based on the comparing,
A hypericin synthesized and purified by a process comprising the following steps: (a) photoconverting protohypericin to crude hypericin using a micro-reactor comprising a LED light source either as batch or continuous mode; (b) treating crude hypericin with at least one salt forming reagent in a solvent at a pre-precipitation temperature, filtering the treated hypericin while providing at least one cooling ramp to reach a post-precipitation temperature, wherein a precipitate is formed and washing and filtering the precipitate in a washing solvent, and (c) drying of the purified hypericin product with nitrogen, water vapor or air under vacuum, wherein the purified hypericin product is a mono-sodium salt in the form of a trihydrate having the following structure (a) photoconverting protohypericin to crude hypericin using a micro-reactor comprising a LED light source either as batch or continuous mode; (b) treating crude hypericin with at least one salt forming reagent in a solvent at a pre-precipitation temperature, filtering the treated hypericin while providing at least one cooling ramp to reach a post-precipitation temperature, wherein a precipitate is formed and washing and filtering the precipitate in a washing solvent, and (c) drying of the purified hypericin product with nitrogen, water vapor or air under vacuum,
Tyre having a tread comprising a central portion straddling an equatorial plane and two shoulder portions (L2, L3), the central portion being separated from the shoulder portions of the tread by two first circumferential grooves (3, 6), at least two second circumferential grooves (4, 5) being present in said central portion, characterized in that: - said second circumferential grooves (4, 5) define a central circumferential rib comprising a plurality of sipes; said sipes extend into the central rib in a direction substantially perpendicular to said equatorial plane; - said central rib has a void to rubber ratio less than 0.1; - said second circumferential grooves (4, 5) extend in an undulating pattern substantially in phase with each other along the circumferential extension of the tyre. - said second circumferential grooves (4, 5) define a central circumferential rib comprising a plurality of sipes; said sipes extend into the central rib in a direction substantially perpendicular to said equatorial plane; - said central rib has a void to rubber ratio less than 0.1; - said second circumferential grooves (4, 5) extend in an undulating pattern substantially in phase with each other along the circumferential extension of the tyre.
Counting shots device for a light firearm, comprising: - a generator device being a linear type electromagnetic induction generator, suitable to transform into an electric signal part of the energy linked to an acceleration applied to the firearm by an event, wherein the generator device comprises a coil and a mass which is a permanent magnet smoothly housed in a housing, wherein the device exploits the power that is generated on mass as a result of acceleration; and - a processing unit activated and powered by the electric signal generated by the generator device, and suitable to analyse the same electric signal in terms of voltage versus time, wherein the processing unit comprises a memory on which are stored electrical signal default values, in term of voltage; the processing unit, once activated by the electric signal, being programmed to sample the values of the voltage signal, wherein the processing unit processes and compares said sampled values with the default values stored in the memory, so that if this comparison indicates that the signal falls within the default values the processing unit considers that the signal has been generated by a shot, estimates a parameter indicative of the energy released during the shot and counts it recording it in the memory. - a generator device being a linear type electromagnetic induction generator, suitable to transform into an electric signal part of the energy linked to an acceleration applied to the firearm by an event, wherein the generator device comprises a coil and a mass which is a permanent magnet smoothly housed in a housing, wherein the device exploits the power that is generated on mass as a result of acceleration; and - a processing unit activated and powered by the electric signal generated by the generator device, and suitable to analyse the same electric signal in terms of voltage versus time, wherein the processing unit comprises a memory on which are stored electrical signal default values, in term of voltage; the processing unit, once activated by the electric signal, being programmed to sample the values of the voltage signal, wherein the processing unit processes and compares said sampled values with the default values stored in the memory, so that if this comparison indicates that the signal falls within the default values the processing unit considers that the signal has been generated by a shot, estimates a parameter indicative of the energy released during the shot and counts it recording it in the memory.
A method for autonomously maneuvering a tow vehicle towards a trailer for autonomous hitching between the trailer and the tow vehicle, the method comprising: receiving, at a data processing hardware, images from one or more cameras positioned on a back portion of the tow vehicle and in communication with the data processing hardware; receiving, at the data processing hardware, sensor data from an inertial measurement unit in communication with the data processing hardware and supported by the tow vehicle; sending, from the data processing hardware to a drive system supported by the tow vehicle, instruction to autonomously maneuver the tow vehicle along a tow vehicle path in a reverse direction causing the tow vehicle to hitch with the trailer; characterized by that the method further comprises: determining, at the data processing hardware, a pixel-wise intensity difference between a current received image and a previous received image; determining, at the data processing hardware, a camera pose and a trailer pose with respect to a world coordinate system, the camera pose and the trailer pose based on the images, the sensor data, and the pixel-wise intensity difference; and determining, at the data processing hardware, the tow vehicle path based on the camera pose and the trailer pose. receiving, at a data processing hardware, images from one or more cameras positioned on a back portion of the tow vehicle and in communication with the data processing hardware; receiving, at the data processing hardware, sensor data from an inertial measurement unit in communication with the data processing hardware and supported by the tow vehicle; sending, from the data processing hardware to a drive system supported by the tow vehicle, instruction to autonomously maneuver the tow vehicle along a tow vehicle path in a reverse direction causing the tow vehicle to hitch with the trailer; characterized by that the method further comprises: determining, at the data processing hardware, a pixel-wise intensity difference between a current received image and a previous received image; determining, at the data processing hardware, a camera pose and a trailer pose with respect to a world coordinate system, the camera pose and the trailer pose based on the images, the sensor data, and the pixel-wise intensity difference; and determining, at the data processing hardware, the tow vehicle path based on the camera pose and the trailer pose. determining, at the data processing hardware, a pixel-wise intensity difference between a current received image and a previous received image; determining, at the data processing hardware, a camera pose and a trailer pose with respect to a world coordinate system, the camera pose and the trailer pose based on the images, the sensor data, and the pixel-wise intensity difference; and determining, at the data processing hardware, the tow vehicle path based on the camera pose and the trailer pose.
A method for establishing and controlling operational parameters of a dispenser employing a first cartridge containing material to be dispensed, comprising: installing the first cartridge into the dispenser; enabling a learn mode at the dispenser for setting a dispense cycle for the dispenser; reading a tag on the first cartridge, to identify a parameter associated with the first cartridge, storing the identified parameter in the dispenser; setting the dispense cycle as a function of the parameter associated with the first cartridge; installing a second cartridge into the dispenser; reading a tag on the second cartridge to identify at least one parameter associated with the second cartridge; enabling the dispenser to be operable with the second cartridge if the identified parameter of the second cartridge is acceptable based on the stored parameter associated with the first cartridge; and inhibiting operation of the dispenser if the identified parameter of the second cartridge is rejected. installing the first cartridge into the dispenser; enabling a learn mode at the dispenser for setting a dispense cycle for the dispenser; reading a tag on the first cartridge, to identify a parameter associated with the first cartridge, storing the identified parameter in the dispenser; setting the dispense cycle as a function of the parameter associated with the first cartridge; installing a second cartridge into the dispenser; reading a tag on the second cartridge to identify at least one parameter associated with the second cartridge; enabling the dispenser to be operable with the second cartridge if the identified parameter of the second cartridge is acceptable based on the stored parameter associated with the first cartridge; and inhibiting operation of the dispenser if the identified parameter of the second cartridge is rejected.
Blade removal device for removing a circular blade of a slice cutting machine for cutting slices from, in particular, strand-shaped material to be cut, preferably food, the blade removal device having a carrier which can be arranged with a contact side on one side of the circular blade, the blade removal device having in the carrier rotatably mounted fastening elements (19a, 19b) which can be rotated about a respective axis of rotation (31a, 31b) of the fastening elements (19a, 19b) relative to the carrier from a mounting position for mounting the blade removal device on the circular blade into a holding position for holding the circular blade on the blade removal device, characterized in that the blade removal device has a rotary handle which is rotatably mounted on the carrier and can be rotated relative to the carrier from a closed position to an open position in order to open a closure of the circular blade and of the drive of the circular blade, wherein the closure is open in the open position of the rotary handle and is closed in the closed position, wherein in the mounting position the fastening elements (19a, 19b) are designed to engage in recesses (50a, 50b) of the rotary handle in the closed position, and wherein the recesses (50a, 50b) and the fastening elements (19a, 19b) are disengaged in the open position of the rotary handle.
A floor scrubber and a self-cleaning device matched with the same, the floor scrubber comprises a housing connected to a handle, a motor is arranged in the housing, and a scrubbing disc is arranged below the housing and is driven by the motor to rotate; the self-cleaning device comprises a barrel, the barrel is connected to a support member used for supporting the floor scrubber, and a wiper member is arranged in the barrel; when the floor scrubber is placed in the barrel to be dried, the support member supports the floor scrubber, and the wiper member abuts against the scrubbing disc; and when the scrubbing disc rotates or the wiper member moves, water and/or dirt on the scrubbing disc are/is wiped off by the wiper member, characterized in that the wiper member is a roller which is rotatably arranged in the barrel with a self axis as a rotation axis.
Method for manufacturing a fibre reinforced composite by means of vacuum assisted resin transfer moulding, comprising the steps of placing fibre material in a mould, placing a flow distribution medium (4, 6, 14) onto the fibre material, and covering the fibre material and the flow distribution medium (4, 6, 14) with a vacuum foil for forming a closed mould cavity between the mould and the vacuum foil, wherein a flow distribution medium (4, 6, 14) with a thickness (h) depending on the pressure gradient over the vacuum foil is used wherein the flow distribution medium (4, 6, 14) comprises material having a load bearing capacity between 0.3 kg/cm 2 and 0.7 kg/cm 2.
A luminaire, comprising a pot-shaped housing which has a base surface and on which illuminants (7, 19) and associated electrical components are mounted; and into which a luminaire member comprising a frosted opal glass or a corresponding plastic engages in a shape matched manner and is releasably fastened to the housing, wherein the luminaire member includes a base region which at least substantially corresponds to an axial extension of the housing and which consists of a fastening section engaging into the pot-shaped housing and of a radial light section disposed between the fastening section and a slanted surface of the luminaire member, wherein furthermore the slanted surface expands continuously starting from the radial light section belonging to the base region and merges either directly or via a vertical wall section into a front surface extending approximately perpendicular to the central axis of the luminaire member; and the slanted surface includes an angle of less than 50° with the base surface of the housing; and the illuminant or illuminants (7, 19) is or are positioned and/or designed beneath the cross-sectional plane corresponding to the start of the slanted surface such that both the radial light section and the front surface are illuminated with direct light by the illuminants (7, 19) substantially over their whole area and the total slanted surface is substantially only disposed in the sidelight region of the illuminants (7, 19) to achieve a lower light density in comparison with the front surface such that it only has a subsidiary appearance in a technical light aspect, but contributes to a clear differentiation between direct light and indirect light.
A method for producing a plurality of digital data sets representing a series of discrete tooth arrangements progressing from an initial to a final arrangement, said method comprising: providing a digital data set representing an initial tooth arrangement; providing a digital data set representing a final tooth arrangement; producing a plurality of successive digital data sets based on the provided digital data sets, wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the final tooth arrangement wherein a movie feature is used to automatically animate the movement from the initial to target states. providing a digital data set representing an initial tooth arrangement; providing a digital data set representing a final tooth arrangement; producing a plurality of successive digital data sets based on the provided digital data sets, wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the final tooth arrangement
A protective sheet comprising: a weather-resistant film A, an adhesive layer 1, a film B, an adhesive layer 2, a film C in the stated order, the film C having a thickness of 60 μm or more, wherein the width W A of the weather-resistant film, the width W B of the film B, and the width W C of the film C have a relationship of W A >W C >W B, wherein the width of a film means the length in the lateral direction to the longitudinal direction of a winded off film when the protective sheet is provided in a roll shape and the length of the short side of a film when the protective sheet is provided in a sheet shape.
A method of fabricating a product, comprising: locating a resin soaked sheet having a decorative motif on a board; placing the resin soaked sheet and board into a press machine (22, 24, 26) having a press plate with a three dimensional surface; and curing the resin at a predetermined temperature while pressing the resin soaked sheet and board with the press plate at a predetermined pressure such that a laminated product is produced; wherein the produced laminated product has a surface texture that is embossed in registration with the decorative motif; and wherein the press plate is manufactured such that said three dimensional surface matches the decorative motif when the press plate is heated to said predetermined temperature, and further including milling a hollow in a surface of the board. locating a resin soaked sheet having a decorative motif on a board; placing the resin soaked sheet and board into a press machine (22, 24, 26) having a press plate with a three dimensional surface; and curing the resin at a predetermined temperature while pressing the resin soaked sheet and board with the press plate at a predetermined pressure such that a laminated product is produced; wherein the produced laminated product has a surface texture that is embossed in registration with the decorative motif; and wherein the press plate is manufactured such that said three dimensional surface matches the decorative motif when the press plate is heated to said predetermined temperature, and further including milling a hollow in a surface of the board.
An isolated anti-FGFR3 antagonist antibody, wherein the antibody comprises HVR-L1 comprising sequence RASQDVDTSLA (SEQ ID NO:87), HVR-L2 comprising sequence SASFLYS (SEQ ID NO:88), HVR-L3 comprises sequence QQSTGHPQT (SEQ ID NO:89), HVR-H1 comprising sequence GFTFTSTGIS (SEQ ID NO:84), HVR-H2 comprising sequence GRIYPTSGSTNYADSVKG (SEQ ID NO:85), and HVR-H3 comprising sequence ARTYGIYDLYVDYTEYVMDY (SEQ ID NO:86).