mhurhangee/ep-ind-claims huggingface dataset:
An automated computer-implemented method for generating a prosthesis from a three-dimensional, "3D", scan data, the method comprising: automatically extracting tooth information of a tooth included in the 3D scan data from the 3D scan data; automatically extracting a margin line of a prepared tooth; generating a plurality of two dimensional, "2D", images including the prepared tooth and an adjacent tooth adjacent to the prepared tooth, wherein the plurality of 2D images comprises a first 2D image including the prepared tooth and a first adjacent tooth of the prepared tooth, and a second 2D image including the prepared tooth and a second adjacent tooth of the prepared tooth, wherein a center of the first 2D image is the same as a center of the second 2D image, and wherein a projection direction of the first 2D image is different from a projection direction of the second 2D image; automatically generating a 3D temporary prosthesis data based on the plurality of 2D images; and deforming a single tooth model corresponding to the prepared tooth using the margin line and the 3D temporary prosthesis data to generate a 3D prosthesis data. automatically extracting tooth information of a tooth included in the 3D scan data from the 3D scan data; automatically extracting a margin line of a prepared tooth; generating a plurality of two dimensional, "2D", images including the prepared tooth and an adjacent tooth adjacent to the prepared tooth, wherein the plurality of 2D images comprises a first 2D image including the prepared tooth and a first adjacent tooth of the prepared tooth, and a second 2D image including the prepared tooth and a second adjacent tooth of the prepared tooth, wherein a center of the first 2D image is the same as a center of the second 2D image, and wherein a projection direction of the first 2D image is different from a projection direction of the second 2D image; automatically generating a 3D temporary prosthesis data based on the plurality of 2D images; and deforming a single tooth model corresponding to the prepared tooth using the margin line and the 3D temporary prosthesis data to generate a 3D prosthesis data.
A medical device for use with, including for supporting installation of, one or more tubular members which have lumens and for puncturing tissue at a tissue site, the medical device comprising: - an elongate member having a proximal section, a distal section and a rail section between the proximal and distal sections; - the rail section being configured to both act as as rail for said supporting of the installation of the one or more tubular member thereupon as well as being flexible for enabling it to be maneuvred to access to the tissue site; and - an active tip at a distal end of the distal section, the active tip configured to deliver electrical energy to create a puncture through the tissue; characterized by - the proximal section defining a proximal section curved portion configured to form a proximal coil for improved handling of the medical device, and the proximal section further defining a proximal section straight portion which is proximal of the proximal section curved portion, a proximal end of the proximal section straight portion being configured to puncture the tissue mechanically. - an elongate member having a proximal section, a distal section and a rail section between the proximal and distal sections; - the rail section being configured to both act as as rail for said supporting of the installation of the one or more tubular member thereupon as well as being flexible for enabling it to be maneuvred to access to the tissue site; and - an active tip at a distal end of the distal section, the active tip configured to deliver electrical energy to create a puncture through the tissue; characterized by - the proximal section defining a proximal section curved portion configured to form a proximal coil for improved handling of the medical device, and the proximal section further defining a proximal section straight portion which is proximal of the proximal section curved portion,
System composed of a hand-held tool with a battery interface, a hand-held tool battery and an auxiliary measuring device for a hand-held tool, wherein the hand-held tool has at least one measuring device interface which is provided for receiving at least data with measurement information of the auxiliary measuring device for the hand-held tool during operation, wherein the auxiliary measuring device for the hand-held tool has a hand-held tool interface and a power interface, characterized in that the auxiliary measuring device for the hand-held tool has a transmitter means, an inclination sensor and a distance measuring sensor, and the hand-held tool interface is provided for transmitting the data with measurement information about the hand-held tool battery to the hand-held tool by means of the transmitter means during operation.
Coupling unit (100, 200, 300, 400, 500, 600, 700, 800) for an industrial control system (1, 2, 3, 4, 5, 6, 7, 8), having a first module connection (120, 320, 680, 681, 682, 683, 684, 685) and a second module connection (130, 320, 680, 681, 682, 683, 684, 685) for making electrical contact with a first and a second control module (20, 22, 350, 651, 652, 653), a first field connection (150, 360) and a second field connection (155, 360) for making electrical contact with a first and a second industrial field device (10, 12), a data transmission medium for transmitting communication data, and a signal transmission medium having individual signal lines for transmitting field signals, the first module connection (120, 320, 680, 681, 682, 683, 684, 685) and the second module connection (130, 320, 680, 681, 682, 683, 684, 685) comprising electrical contact elements which form a communication signal region and a field signal region, contact elements of the communication signal region of the first and second module connections (120, 320, 680, 681, 682, 683, 684, 685) being connected to the data transmission medium in an electrically conductive manner, characterized in that the first module connection (120, 320, 680, 681, 682, 683, 684, 685), the second module connection (130, 320, 680, 681, 682, 683, 684, 685), the first field connection (150, 360), the second field connection (155, 360), the data transmission medium and the signal transmission medium are included in a bus board (91, 92, 93, 94, 95, 96, 97, 98), the signal transmission medium respectively connects the first and second module connections (120, 130, 320, 680, 681, 682, 683, 684, 685) to the first and second field connections (150, 155, 360) in an electrically conductive manner and is designed to carry out signal routing between the module connections (120, 130, 320, 680, 681, 682, 683, 684, 685) and the field connections (150, 155, 360) and to combine the individual signal lines of the signal transmission medium to form field-device-specific signal line bundles, with the result that the first field device can be connected to the first field connection (150, 360) via a first bundled field signal transmission medium and the second field device can be connected to the second field connection (155, 360) via a second bundled field signal transmission medium.
A method of heating a food product being conveyed on a cook belt in a spiral oven having a forward/reversing fan with a plurality of fan blades, the forward/reversing fan arranged above and concentric to the cook belt, and with heating elements located above the forward/reversing fan, the method comprising the steps of: producing a first airflow in a first rotational direction during a time "T1", said first airflow flowing between an upper and lower portion of a cooking chamber of a spiral oven wherein the first rotational direction is vertically upward along an inside edge of the cook belt and vertically downward along an outside edge of the cook belt; and producing a second airflow in a second rotational direction during a time "T2", said second airflow flowing between the upper and lower portion of the cooking chamber; the second rotational direction being inverted relative to that of the first rotational direction; the method including running the forward/reversing fan at a same rpm regardless of a direction of rotation of the forward/reversing fan; and wherein T1 and T2 comprise unequal amounts of time with T1 being in a range of about 60% to 90% of a total timed cycle T in which the airflow occurs and T being equal to the sum of T1 + T2. producing a first airflow in a first rotational direction during a time "T1", said first airflow flowing between an upper and lower portion of a cooking chamber of a spiral oven wherein the first rotational direction is vertically upward along an inside edge of the cook belt and vertically downward along an outside edge of the cook belt; and producing a second airflow in a second rotational direction during a time "T2", said second airflow flowing between the upper and lower portion of the cooking chamber; the second rotational direction being inverted relative to that of the first rotational direction; the method including running the forward/reversing fan at a same rpm regardless of a direction of rotation of the forward/reversing fan; and wherein T1 and T2 comprise unequal amounts of time with T1 being in a range of about 60% to 90% of a total timed cycle T in which the airflow occurs and T being equal to the sum of T1 + T2.
A pressure-limit control device to prevent an over-pressure condition of a respiratory treatment apparatus, the device comprising: a first circuit configured to detect a signal representative of a measure of pressure exceeding a first threshold, the first threshold representative of a first pressure limit, and to detect the exceeding of the first threshold by a second threshold, the second threshold representing a first time limit; and a second circuit configured to detect the signal representative of a measure of pressure exceeding a third threshold, the third threshold representative of a second pressure limit, and to detect the exceeding of the third threshold by a fourth threshold, the fourth threshold representing a second time limit; wherein the first and second pressure limits are different pressure limits and the first and second time limits are different time limits, and wherein a detection by either one of the first circuit and second circuit indicates an overpressure condition of the respiratory treatment apparatus. a first circuit configured to detect a signal representative of a measure of pressure exceeding a first threshold, the first threshold representative of a first pressure limit, and to detect the exceeding of the first threshold by a second threshold, the second threshold representing a first time limit; and a second circuit configured to detect the signal representative of a measure of pressure exceeding a third threshold, the third threshold representative of a second pressure limit, and to detect the exceeding of the third threshold by a fourth threshold, the fourth threshold representing a second time limit; wherein the first and second pressure limits are different pressure limits and the first and second time limits are different time limits, and wherein a detection by either one of the first circuit and second circuit indicates an overpressure condition of the respiratory treatment apparatus.
A thermal assembly improved for use in the cooling circuits of internal combustion engines and comprising a thermal actuator having at least one thermal element comprising a thermally sensitive component encapsulated inside a vessel, a cover positioned on said vessel and a piston provided in a manner movable outwardly from the inner section of said cover, characterized by comprising a bushing capsule wherein at least two thermal elements are placed back to back in opposite directions and which at least partially encircles the thermal elements and at least three protrusions embodied in a manner centering the thermal elements on the inner surface of said bushing capsule.
A composition for use in a method for providing broad spectrum photo-protection to skin comprising topically applying to the skin the composition comprising: (a) at least one antioxidant that boosts photo-protection from UVA radiation selected from polydatin, phloretin, resveratrol, and a mixture thereof, the at least one antioxidant having: (i) an oxygen radical absorbance capacity (ORAC) of at least 10,000 pmol TE/g (trolox per gram) as determined by an ORAC assay; and (ii) a hydroxyl radical absorbance capacity (HORAC) of at least 2,600 pmol GAE/g (gallic acid per gram) as determined by a HORAC assay; (b) at least one organic UV filter; wherein the methods used for the ORAC and HORAC assays are disclosed in the description; and (c) a cosmetically acceptable carrier; wherein the composition provides an increase in UVA PPD PF of at least 30 % relative to an otherwise identical composition without the antioxidant(s) of (a). (a) at least one antioxidant that boosts photo-protection from UVA radiation selected from polydatin, phloretin, resveratrol, and a mixture thereof, the at least one antioxidant having: (i) an oxygen radical absorbance capacity (ORAC) of at least 10,000 pmol TE/g (trolox per gram) as determined by an ORAC assay; and (ii) a hydroxyl radical absorbance capacity (HORAC) of at least 2,600 pmol GAE/g (gallic acid per gram) as determined by a HORAC assay; (i) an oxygen radical absorbance capacity (ORAC) of at least 10,000 pmol TE/g (trolox per gram) as determined by an ORAC assay; and (ii) a hydroxyl radical absorbance capacity (HORAC) of at least 2,600 pmol GAE/g (gallic acid per gram) as determined by a HORAC assay; (b) at least one organic UV filter; wherein the methods used for the ORAC and HORAC assays are disclosed in the description; and (c) a cosmetically acceptable carrier;
An ammunition projectile for a shotshell, comprising: a body comprising an upper section having a top pole comprising a substantially flat disc, a lower section having a bottom pole comprising a substantially flat disc, and an equator between the upper and lower sections; the top and bottom poles defining a vertical axis of the projectile; the body defining an exterior surface and a vertical diameter from the top pole to the bottom pole; a ring protruding from the equator of the body, characterized in that the ring height comprises about 28% - 40% of the vertical diameter of the body; and in that the upper section and the lower section each have a plurality of frustoconical walls at different angles relative to the vertical axis. a body comprising an upper section having a top pole comprising a substantially flat disc, a lower section having a bottom pole comprising a substantially flat disc, and an equator between the upper and lower sections; the top and bottom poles defining a vertical axis of the projectile; the body defining an exterior surface and a vertical diameter from the top pole to the bottom pole; a ring protruding from the equator of the body, characterized in that the ring height comprises about 28% - 40% of the vertical diameter of the body; and in that the upper section and the lower section each have a plurality of frustoconical walls at different angles relative to the vertical axis.
Plastic container having a bottom and four sidewalls (3, 4a, 4b) extending upwardly from the bottom to an open end of the container and a lid comprising two lid halves (5a, 5b) each attached by means of a hinge (6a, 6b) to the upper rim of two sidewalls (4a, 4b) opposite from each other, where the two lid halves (5a, 5b) are each pivotably rotatable about the hinge (6a, 6b) from an open position to a closed position, where in the closed position the two lid halves (5a, 5b) form a level and continuous surface over the open end of the container and the two lid halves (5a, 5b) each have an inner surface, which face the interior of the container when they are in their closed position, characterized in that each lid half (5a, 5b) comprises at its inner surface one hook arranged adjacent to the hinge (6a, 6b) of said lid half (5a, 5b) or two or more hooks arranged to form a row of hooks adjacent to and along the hinge (6a, 6b) of said lid half (5a, 5b), where each hook comprises a body extending parallel to and spaced apart from the inner surface of said lid half (5a, 5b).
A probe assembly, comprising: a multi-core optical fiber; a cannula, wherein the multi-core optical fiber extends at least partially through the cannula for transmitting laser light from a laser source to a target location; a gradient index (GRIN) lens housed in the cannula, wherein the multi-core optical fiber touches a proximal end of the GRIN lens; and a cylindrical window press-fitted to a distal end of the cannula, wherein a distal end of the GRIN lens touches a proximal end of the cylindrical window inside the cannula and wherein a distal end of the cylindrical window extends outside the cannula, wherein the GRIN lens is positioned between the multi-core optical fiber and the cylindrical window. a multi-core optical fiber; a cannula, wherein the multi-core optical fiber extends at least partially through the cannula for transmitting laser light from a laser source to a target location; a gradient index (GRIN) lens housed in the cannula, wherein the multi-core optical fiber touches a proximal end of the GRIN lens; and a cylindrical window press-fitted to a distal end of the cannula, wherein a distal end of the GRIN lens touches a proximal end of the cylindrical window inside the cannula and wherein a distal end of the cylindrical window extends outside the cannula, wherein the GRIN lens is positioned between the multi-core optical fiber and the cylindrical window.
Wide angle catoptric telescope comprising five successive mirrors out of axis noted respectively and in the order of succession, first mirror, second mirror, third mirror, fourth mirror and fifth mirror; in which: - the first mirror or entry mirror of said five mirrors is concave; the second mirror is convex, the third mirror is concave, the fourth mirror is convex, the fifth mirror is concave; - the image field is substantially plane; characterized in that: - the angular object field of the telescope is rectangular, the width of the rectangle being of the order of 1 degree and its length at least 100 degrees; - the entrance pupil of the telescope is real and situated in front of said first mirror, the distance separating the entrance pupil from the first mirror is substantially equal to the radius of curvature of said first mirror and the distance separating the second mirror from the first mirror is substantially equal to this radius of curvature of the first mirror; - if R1 is the radius of curvature at the top of the first mirror, the radius of curvature R2 at the top of the second mirror is substantially 0.5.R1, the radius of curvature at the apex of the third mirror is substantially 1.2.R1, the radius of curvature R4 at the apex of the fourth mirror is substantially 0.8.R1, the radius of curvature R5 at the apex of the fifth mirror is substantially 0.9.R1, the focal length of the telescope is 0.25.R1. - the first mirror or entry mirror of said five mirrors is concave; the second mirror is convex, the third mirror is concave, the fourth mirror is convex, the fifth mirror is concave; - the image field is substantially plane; - the angular object field of the telescope is rectangular, the width of the rectangle being of the order of 1 degree and its length at least 100 degrees; - the entrance pupil of the telescope is real and situated in front of said first mirror, the distance separating the entrance pupil from the first mirror is substantially equal to the radius of curvature of said first mirror and the distance separating the second mirror from the first mirror is substantially equal to this radius of curvature of the first mirror; - if R1 is the radius of curvature at the top of the first mirror, the radius of curvature R2 at the top of the second mirror is substantially 0.5.R1, the radius of curvature at the apex of the third mirror is substantially 1.2.R1, the radius of curvature R4 at the apex of the fourth mirror is substantially 0.8.R1, the radius of curvature R5 at the apex of the fifth mirror is substantially 0.9.R1, the focal length of the telescope is 0.25.R1.
A device for fixing at least one workpiece to at least one workpiece carrier with at least one adjustment and fixing element designed as a moulded article for detachable arrangement between the workpiece and the workpiece carrier, wherein at least one first moulded article surface is designed for the mounting of a first adhesive volume and for the fixing of an adhesive surface of the workpiece with the adjustment and fixing element, wherein at least a second moulded article surface of the adjustment and fixing element is designed for the mounting of a second adhesive volume and for the fixing of a supporting and adhesive surface of the workpiece carrier with the adjustment and fixing element, wherein the first moulded article surface is designed adjacent to the second moulded article surface, characterised in that - the device includes first and second spacer elements (30, 32) for the formation of a gap between the first moulded article surface and the workpiece and between the second moulded article surface and the workpiece carrier, and - the adjustment and fixing element includes at least one positioning fixture for positioning in the correct position on the workpiece carrier and the workpiece, wherein - the positioning fixture includes at least one first magnetic element, wherein the first magnetic element can be adhered magnetically for positioning on at least one second magnetic element which is designed in the area of the supporting and adhesive surface of the workpiece carrier. - the device includes first and second spacer elements (30, 32) for the formation of a gap between the first moulded article surface and the workpiece and between the second moulded article surface and the workpiece carrier, and - the adjustment and fixing element includes at least one positioning fixture for positioning in the correct position on the workpiece carrier and the workpiece, wherein - the positioning fixture includes at least one first magnetic element, wherein the first magnetic element can be adhered magnetically for positioning on at least one second magnetic element which is designed in the area of the supporting and adhesive surface of the workpiece carrier.
A home entertainment network, comprising: at least one network path; at least a first component having an internal host bus of a first bus width; at least a second component having an internal host bus of a second bus width, the second bus width being different from the first bus width; and each component (26,30) having a respective network interface (70,104) connecting each component (26,30) to the network path with at least one network communication port, each network interface (70,104) including also at least one data stream port (122,124), at least one host bus interface communicating with said internal host bus (74, 108) of the respective component and wherein each network interface (70,104) includes at least one switch (126,128) selectively connecting the at least one network communication port to either the at least one host bus interface or the at least one data stream port (122,124). at least one network path; at least a first component having an internal host bus of a first bus width; at least a second component having an internal host bus of a second bus width, the second bus width being different from the first bus width; and each component (26,30) having a respective network interface (70,104) connecting each component (26,30) to the network path with at least one network communication port, each network interface (70,104) including also at least one data stream port (122,124), at least one host bus interface communicating with said internal host bus (74, 108) of the respective component and wherein each network interface (70,104) includes at least one switch (126,128) selectively connecting the at least one network communication port to either the at least one host bus interface or the at least one data stream port (122,124).