mhurhangee/ep-ind-claims huggingface dataset:
Set of dental implant and prosthetic components, comprising a dental implant, a transepithelial sleeve, a first screw, an upper part and a second screw, wherein an upper end of the dental implant and a lower end of the transepithelial sleeve are coupleable together via a first connection, wherein an upper end of the transepithelial sleeve and a lower end of the upper part are coupleable via a second connection, wherein the first screw is configured to extend through the transepithelial sleeve and thread to a blind threaded hole of the dental implant securing the transepithelial sleeve against the dental implant, and wherein the second screw is configured extend through the upper part and thread to a blind threaded hole of the first screw securing the upper part to the transepithelial sleeve, wherein: - the first connection, between the lower end of the transepithelial sleeve and the upper end of the dental implant, is anti-rotational; and - the second connection, between the upper end of the transepithelial sleeve and the lower end of the upper part, is anti-rotational; and wherein the set of dental implant and prosthetic components is characterised in that: - an anti-rotational geometry of the first connection and an anti-rotational geometry of the second connection have similar shapes and are aligned in the direction of a central longitudinal axis of the dental implant, it is understood by similar shapes, that the connections have a cross-section with the same number of outward and inward portions and substantially the same geometry of the outward and inward portions. - the first connection, between the lower end of the transepithelial sleeve and the upper end of the dental implant, is anti-rotational; and - the second connection, between the upper end of the transepithelial sleeve and the lower end of the upper part, is anti-rotational; - an anti-rotational geometry of the first connection and an anti-rotational geometry of the second connection have similar shapes and are aligned in the direction of a central longitudinal axis of the dental implant, it is understood by similar shapes, that the connections have a cross-section with the same number of outward and inward portions and substantially the same geometry of the outward and inward portions.
An imaging device comprising: an optical system including three optical regions (12A, 12B, 12C) that each transmit light in a different polarization direction, wherein the optical regions (12A, 12B, 12C) of the optical system have different focal lengths or are configured to focus on objects at different distances; an imaging element including a plurality of pixel units each of which is a set of N pixels (102A, 102B, 102C, 102D) that receive light in the different polarization directions, where N is an integer satisfying N ≥ 3; a storage unit that stores a coefficient group configured by a matrix A of 3 rows and N columns in which each element is represented by aij, where i is an integer satisfying 1 ≤ i ≤ 3 and j is an integer satisfying 1 ≤ j ≤ N; and an arithmetic unit that acquires the coefficient group from the storage unit and calculates three pixel signals X1, X2, and X3 corresponding to each of the optical regions (12A, 12B, 12C) of the optical system from N pixel signals x1, x2,..., xN obtained from each of the pixel units of the imaging element using the following expression X 1 X 2 X 3 = a 11 a 12 ⋯ a 1 N a 21 a 22 ⋯ a 2 N a 31 a 32 ⋯ a 3 N ∗ x 1 x 2 ⋮ xN an optical system including three optical regions (12A, 12B, 12C) that each transmit light in a different polarization direction, wherein the optical regions (12A, 12B, 12C) of the optical system have different focal lengths or are configured to focus on objects at different distances; an imaging element including a plurality of pixel units each of which is a set of N pixels (102A, 102B, 102C, 102D) that receive light in the different polarization directions, where N is an integer satisfying N ≥ 3; a storage unit that stores a coefficient group configured by a matrix A of 3 rows and N columns in which each element is represented by aij, where i is an integer satisfying 1 ≤ i ≤ 3 and j is an integer satisfying 1 ≤ j ≤ N; and an arithmetic unit that acquires the coefficient group from the storage unit and calculates three pixel signals X1, X2, and X3 corresponding to each of the optical regions (12A, 12B, 12C) of the optical system from N pixel signals x1, x2,..., xN obtained from each of the pixel units of the imaging element using the following expression X 1 X 2 X 3 = a 11 a 12 ⋯ a 1 N a 21 a 22 ⋯ a 2 N a 31 a 32 ⋯ a 3 N ∗ x 1 x 2 ⋮ xN
A headlight having one light source module for a high beam and a low beam, the headlight including a light source unit configured to irradiate a first beam having a characteristic of linearly polarized light, the headlight characterized by: a first optical unit configured to output a second beam having a characteristic of a circularly polarized light or an elliptically polarized light when the first beam is incident; a second optical unit configured to output the first beam directly incident from the light source unit to a first path by projecting the first beam, to output a first component of the second beam incident from the first optical unit to the first path by separating the second beam and projecting the first component, and to output a second component to a second path by reflecting the second component; a first light output unit configured to output the beam provided from the first path to an outside; a second light output unit configured to output the beam provided from the second path to an outside; and a controller configured to adjust a light quantity irradiated from the light source unit in response to a low beam mode or a high beam mode, and to control a beam output of the first light output unit and the second light output unit by allowing the first optical unit to be arranged selectively on a light path between the light source unit and the second optical unit, wherein the controller outputs a beam through the first light output unit and the second light output unit under a high beam mode, and outputs a beam only through the first light output unit in a low beam mode. a first optical unit configured to output a second beam having a characteristic of a circularly polarized light or an elliptically polarized light when the first beam is incident; a second optical unit configured to output the first beam directly incident from the light source unit to a first path by projecting the first beam, to output a first component of the second beam incident from the first optical unit to the first path by separating the second beam and projecting the first component, and to output a second component to a second path by reflecting the second component; a first light output unit configured to output the beam provided from the first path to an outside; a second light output unit configured to output the beam provided from the second path to an outside; and a controller configured to adjust a light quantity irradiated from the light source unit in response to a low beam mode or a high beam mode, and to control a beam output of the first light output unit and the second light output unit by allowing the first optical unit to be arranged selectively on a light path between the light source unit and the second optical unit, wherein the controller outputs a beam through the first light output unit and the second light output unit under a high beam mode, and outputs a beam only through the first light output unit in a low beam mode.
A method for inhibiting scale accretion in water-containing systems, comprising: adding water, sulfuric acid, and molecular clusters of polyammonium bisulfate ("PABS clusters") to a water-based liquid in a water-containing system to form a treated water-containing system, wherein a concentration of the PABS clusters in the treated water-containing system is from about 0.01 ppm to about 10,000 ppm, and wherein the PABS clusters comprise ammonium bisulfate, sulfuric acid, and water according to Formula I ((R a NH 4-a) 2 SO 4) x • (H 2 SO 4) y •(H 2 O) z •((R a NH 4-a)HSO 4) n wherein each R independently is alkyl or aryl; a is 1, 2, or 3; x is at least 1, y is 0 to 5; and z is 0 to 5; and n is 1 to 20, and optionally wherein adding the water, the sulfuric acid, and the PABS clusters to a water-containing system comprises adding an aqueous formulation comprising the water, the sulfuric acid, and the PABS clusters to the water-containing system. adding water, sulfuric acid, and molecular clusters of polyammonium bisulfate ("PABS clusters") to a water-based liquid in a water-containing system to form a treated water-containing system, wherein a concentration of the PABS clusters in the treated water-containing system is from about 0.01 ppm to about 10,000 ppm, and wherein the PABS clusters comprise ammonium bisulfate, sulfuric acid, and water according to Formula I ((R a NH 4-a) 2 SO 4) x • (H 2 SO 4) y •(H 2 O) z •((R a NH 4-a)HSO 4) n
Process for preparing a semi-crystalline semi-aromatic polyamide from diamine and dicarboxylic acid, comprising (i) dosing a liquid diamine to an agitated powder comprising an aromatic dicarboxylic acid, thereby forming a powder comprising a diamine/dicarboxylic acid salt (DD-salt), and (ii) solid-state polymerizing the DD-salt, thereby obtaining the polyamide, wherein the dicarboxylic acid comprises an aromatic dicarboxylic acid selected from terephthalic acid, 2,6-naphthalene dicarboxylic acid and biphenyl-4,4'-dicarboxylic acid, and the liquid diamine comprises a mixture of at least two aliphatic diamines selected from C2-C10 diamines. (i) dosing a liquid diamine to an agitated powder comprising an aromatic dicarboxylic acid, thereby forming a powder comprising a diamine/dicarboxylic acid salt (DD-salt), and (ii) solid-state polymerizing the DD-salt, thereby obtaining the polyamide,
A spring and damping unit for a vehicle bonnet adjustable in a passenger-protecting position, the unit being directly or indirectly pivotable on the bonnet and on a vehicle body and comprising a gas-pressure damper and piston in a cylinder, from which a piston rod, biased towards the exterior, projects through the gaseous medium and through an axial opening in the cylinder, the piston rod being adapted to assist opening the bonnet, also comprising an actuator adapted, when activated by a sensor device, to move the bonnet into a raised passenger-protecting position, wherein the piston rod or cylinder or a component connected thereto is axially adjustable to a limited extent between abutments relative to a supporting part supporting the unit between stops in an axial direction of the cylinder or piston rod, characterised in that the component or supporting part is a spherical head mounted in a socket or a link head comprising a socket for a spherical head, and the spherical head or link head is at least indirectly connected to the piston rod or cylinder, and the socket is channel-shaped in the axial direction, with the result that the spherical head in the socket is axially adjustable to a limited extent so that the spring and damping unit is uncoupled only in an initial region of the travel of the bonnet from the closed position into the passenger protecting position, whereas the spring and damping unit is operative when the bonnet is raised by the actuator into the passenger-protecting position of the damper.
A method for preparing alkali cellulose, comprising: a contact filtration step of bringing a pulp into contact with an alkali metal hydroxide solution on a moving filtration plane, while being vacuum-filtered thereon, to collect a contact product remaining on the filtration plane, and a draining step of draining the collected contact product to obtain a cake. a contact filtration step of bringing a pulp into contact with an alkali metal hydroxide solution on a moving filtration plane, while being vacuum-filtered thereon, to collect a contact product remaining on the filtration plane, and a draining step of draining the collected contact product to obtain a cake.
A connecting plug comprising a locking pin arranged at the connector face of the connecting plug, the locking pin comprising at least one latching element (14, 41) and a counter-piece (25, 43), wherein the at least one latching element (14, 41) is configured for engaging with at least one counter-latching element of a second connector part, wherein the locking pin comprises a spring element configured for resiliently pressing the at least one latching element (14, 41) and the counter-piece (25, 43) against each other, wherein the counter-piece (25, 43) is shaped and configured for pressing the at least one latching element (14, 41) in a radially outward direction of the locking pin and for positively locking the at least one latching element (14, 41) in the engaged position as soon as the at least one latching element (14, 41) is engaged with the at least one counter-latching element, wherein the connecting plug further comprises an actuating member, the actuating member being configured for unlocking, upon actuation, the engagement between the at least one latching element (14, 41) and the at least one counter-latching element and for releasing the at least one latching element (14, 41), characterised in that the actuating member is configured to be actuated by pulling the actuating member in the axial direction of the connecting plug opposite to the direction in which the connecting plug mates with the second connector part. a locking pin arranged at the connector face of the connecting plug, the locking pin comprising at least one latching element (14, 41) and a counter-piece (25, 43), wherein the at least one latching element (14, 41) is configured for engaging with at least one counter-latching element of a second connector part, wherein the locking pin comprises a spring element configured for resiliently pressing the at least one latching element (14, 41) and the counter-piece (25, 43) against each other, wherein the counter-piece (25, 43) is shaped and configured for pressing the at least one latching element (14, 41) in a radially outward direction of the locking pin and for positively locking the at least one latching element (14, 41) in the engaged position as soon as the at least one latching element (14, 41) is engaged with the at least one counter-latching element, wherein the connecting plug further comprises an actuating member, the actuating member being configured for unlocking, upon actuation, the engagement between the at least one latching element (14, 41) and the at least one counter-latching element and for releasing the at least one latching element (14, 41), characterised in that the actuating member is configured to be actuated by pulling the actuating member in the axial direction of the connecting plug opposite to the direction in which the connecting plug mates with the second connector part.
Pull-out guide, in particular for domestic appliances, comprising a stationary guide rail and a running rail which is movably mounted relative to the guide rail and on which a moving push element is supported, wherein at least one stop (5, 5', 13, 20, 25, 30, 40) for limiting the movement of the push element relative to the running rail is provided on the running rail, whereby the at least one stop (5, 5', 13, 20, 25, 30, 40) for the push element is designed in a resilient manner, characterized in that the resilient stop (5, 5', 13, 20, 25, 30, 40) on one side of the running rail is provided integrally with a latching mechanism for releasably fixing the running rail in a pulled-out position.
Device for dispensing and preparing baby food, in particular baby milk, with at least one first connector for connecting to at least one source of baby food concentrate, a second connector for connecting to at least one source of liquid, in particular to a source of water, in particular at least one heating device, and at least one outlet for filling a baby food concentrate and/or the liquid into a baby bottle, wherein at least one first disposable bag and/or bag and tube set and/or tube set and/or tube (62, 63) or tube section is provided for storing and/or conducting the baby food concentrate, characterized in that at least one preparation device is provided for preparing the baby food from the liquid and the baby food concentrate, that at least one second disposable bag and/or bag and tube set and/or tube set and/or tube (62, 63) or tube section is provided for storing and/or conducting the liquid, that a metering device is provided that is configured for metering the concentrate and/or the liquid, and that the metering device - comprises at least one first clamp (16, 17) displaceably arranged on the first tube (62, 63) or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps (18, 19) arranged on the second tube (62, 63) or tube section, whereby the liquid is conveyed gravimetrically to the second clamps (18, 19). at least one first connector for connecting to at least one source of baby food concentrate, a second connector for connecting to at least one source of liquid, in particular to a source of water, in particular at least one heating device, and at least one outlet for filling a baby food concentrate and/or the liquid into a baby bottle, wherein at least one first disposable bag and/or bag and tube set and/or tube set and/or tube (62, 63) or tube section is provided for storing and/or conducting the baby food concentrate, that at least one second disposable bag and/or bag and tube set and/or tube set and/or tube (62, 63) or tube section is provided for storing and/or conducting the liquid, that a metering device is provided that is configured for metering the concentrate and/or the liquid, and that the metering device - comprises at least one first clamp (16, 17) displaceably arranged on the first tube (62, 63) or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps (18, 19) arranged on the second tube (62, 63) or tube section, - comprises at least one first clamp (16, 17) displaceably arranged on the first tube (62, 63) or tube section and/or a conveying screw or a wheel for metering different quantities of the baby food concentrate, and - at least two second clamps (18, 19) arranged on the second tube (62, 63) or tube section, whereby the liquid is conveyed gravimetrically to the second clamps (18, 19).
Pump having a DC pump drive motor with an electrically controllable stator winding and a rotor which is mounted such that it can be driven in rotation in the field of the stator winding, and which has a motor shaft, a permanent-magnet ring and a holder, which is mounted on the motor shaft and on which the permanent-magnet ring is held, wherein the holder, in order to form a drum-shaped receptacle for the permanent-magnet ring, has a circular ring-cylindrical sleeve segment, which is permanently connected to the motor shaft and two circular disks (18a, 18b) laterally delimiting the permanent-magnet ring are arranged on axially opposing front faces of the sleeve segment, of which circular disks at least one circular disk (18a, 18b) has a circular disk wall facing the permanent-magnet ring, and having a rotation prevention means, which is embodied to secure the permanent-magnet ring against rotation about the axis of the rotor on the holder, wherein the rotation prevention means is formed of at least one securing projection (20a, 20b, 20c) engaging in a form-fit manner into at least one securing recess (19a, 19b, 19c) in each case, characterised in that the securing recess (19a, 19b, 19c) is formed of a half-lens-shaped depression in an annular front wall of the permanent magnet ring and the securing projection (20a, 20b, 20c) is formed of a corresponding half-lens-shaped depression on the circular disk wall, of the at least one circular disk (18a, 18b) of the holder, facing the permanent-magnet ring.
A gas turbine engine ceramic matrix composite component comprising: first and second outer layers (20, 24) of plies, and an intermediate layer of plies between the first and second outer layers (20, 24) of plies; the intermediate layer of plies being offset relative to the first and second outer layers (20, 24) of plies; wherein the offset forms a protrusion on one side of the CMC component and a recess in an opposite side of the CMC component such that when two CMC components are assembled together, the protrusion of the one CMC component engages the recess of the other CMC component to form an edge seal between the CMC components, characterized in that the intermediate layer of plies is matrix infiltrated, and the protrusion of the intermediate layer of plies has less matrix infiltration than other portions of the intermediate layer of plies. first and second outer layers (20, 24) of plies, and an intermediate layer of plies between the first and second outer layers (20, 24) of plies; the intermediate layer of plies being offset relative to the first and second outer layers (20, 24) of plies; wherein the offset forms a protrusion on one side of the CMC component and a recess in an opposite side of the CMC component such that when two CMC components are assembled together, the protrusion of the one CMC component engages the recess of the other CMC component to form an edge seal between the CMC components, characterized in that the intermediate layer of plies is matrix infiltrated, and the protrusion of the intermediate layer of plies has less matrix infiltration than other portions of the intermediate layer of plies.
Method for transmitting data via a serial communications bus in which the data is transmitted with a transmission frame, wherein the transmission frame has at least one arbitration field and one data field, wherein the arbitration field serves to regulate the bus access according to the CSMA-CR method, corresponding to carrier sense multiple access with collision resolution, by prioritizing the messages with the aid of an identifier, wherein a low bit rate is configured for the arbitration phase, and an increased bit rate is configured for the transmission of the data in the data field, wherein the data field, within a fixed upper limit that is greater than 64 bytes, has a variable length for an arbitrary number of bytes, characterized in that an end field is also provided in the transmission frame, and at least one end-of-frame code is entered in the end field, wherein the end-of-frame code has a length of 11 bits, in order to force an infringement of a new bit-stuffing rule by sending the end-of-frame code so that participants that were not correctly synchronized recognize this fact. wherein the transmission frame has at least one arbitration field and one data field, wherein the arbitration field serves to regulate the bus access according to the CSMA-CR method, corresponding to carrier sense multiple access with collision resolution, by prioritizing the messages with the aid of an identifier, wherein a low bit rate is configured for the arbitration phase, and an increased bit rate is configured for the transmission of the data in the data field, wherein the data field, within a fixed upper limit that is greater than 64 bytes, has a variable length for an arbitrary number of bytes, characterized in that an end field is also provided in the transmission frame, and at least one end-of-frame code is entered in the end field, wherein the end-of-frame code has a length of 11 bits, in order to force an infringement of a new bit-stuffing rule by sending the end-of-frame code so that participants that were not correctly synchronized recognize this fact.