mhurhangee/ep-ind-claims huggingface dataset:
A kit of parts for use in treating a periodontal disease, selected from the group consisting of periimplantitis, gingivitis, periodontitis and periimplant mucositis, comprising: a) a 0.01 to 1 weight% sodium hypochlorite (NaClO) solution; b) a 0.01 to 1 weight%, chlorhexidine solution, wherein the solutions are sequentially administered to a site of microbial infection in a patient so that the sodium hypochlorite (NaClO) solution is administered before the chlorhexidine solution. a) a 0.01 to 1 weight% sodium hypochlorite (NaClO) solution; b) a 0.01 to 1 weight%, chlorhexidine solution,
Support assembly for a trailer coupling or a load carrier, with at least one carrier part which includes a cross-member and in particular side members connected to the cross-member, wherein the support assembly is designed for fitting to a rear section of a body of a vehicle and has fitted to the cross-member at least one mounting (15, 15') for a trailer coupling or for a coupling part of a load carrier, wherein at least one carrier part is made from a sheet metal blank which, to form the carrier part, is processed by forming at one or more points, characterised in that before forming the sheet metal blank is subjected in certain areas to a hardening process and/or a softening process, so that the sheet metal blank already hardened in certain areas or with reduced strength due to the softening process is formed into the carrier part or parts, wherein the hardening process and/or the softening process include partial cold treatment or heat treatment based on the end structure to be obtained.
Method for operating an internal combustion engine which comprises a diesel engine and comprises a fresh-gas tract via which fresh gas is able to be supplied to the diesel engine, wherein integrated into the fresh-gas tract are a compressor and, between the diesel engine and the compressor, a regulating flap, characterized in that, in the event of a transition from a first operating state of the diesel engine, with relatively high load, to a second operating state of the diesel engine, with relatively low load or with zero load, the regulating flap is moved into an at least partially closed position only if the difference in load between the first operating state and the second operating state is at least 10% and the transition from the first operating state to the second operating state occurs within a time period of 0.5 seconds.
Vacuum appliance, comprising a hose and at least one holder for the hose, the hose being a suction hose provided with circumferential ribs, the holder including at least one hose holding element (36, 38) which forms at least one hose receptacle for the hose, the hose being insertable into the hose receptacle for holding, and the hose being removable from the hose receptacle, the holder including at least one axially securing element (56, 58) for securing the hose against axial movement in the at least one hose receptacle, and at least one radially securing element, located at a distance from the at least one axially securing element (56, 58), for securing the hose against radial movement in the at least one hose receptacle, the holder including two hose holding elements (36, 38) located at a distance from one another and at least one axially securing element (56, 58) and/or at least one radially securing element being located on each of the two hose holding elements (36, 38), characterized in that the at least one axially securing element (56, 58) of one of the hose holding elements (36, 38) interacts with the at least one radially securing element of the respective other hose holding element (36, 38) for securing the hose against axial and radial movement relative to the holder (34; 84), the at least one radially securing element being an axial or axially parallel projection on the at least one hose holding element (36, 38), and the hose, when inserted into the at least one hose receptacle with deformation, being engageable initially with the at least one radially securing element and subsequently with the at least one axially securing element (56, 58).
A stretch fabric in which one yarn of warp and weft yarns is an inelastic yarn having a crimp ratio of 5% to 30% and at least a portion of the other yarn of warp and weft yarns comprises an elastic yarn having a crimp ratio of 0% to 5%, wherein the elastic yarn is made of a fiber having a stress at 20% extension percentage of 0.1cN/dtex to 0.8cN/dtex, wherein an extension percentage of the stretch fabric in a direction of applying a load is 5% to 30% when the load is applied at 340N/5cm in parallel to the one yarn, and wherein the crimp ratio, yarn stress at 20% extension and extension percent of the stretch fabric are measured as defined herein.
A device for treating human keratinous material, in particular with the aid of an electric current, comprising at least: - a reservoir containing a composition, in particular cosmetic or dermatological, to be applied to the keratinous material, and - an end fitting for the application of the composition contained in the reservoir, the end fitting comprising a plurality of application members and a distributor, the distributor comprising at least one storage cavity (36, 37) for the composition and supply orifices to conduct the composition from the storage cavity or cavities to the application members, the distributor being configured so that the flow rate of the composition arriving at the application members is identical to within 20% for at least two application members, better for each application member, the device being characterized in that at least two supply orifices have different cross sections, to compensate at least partly for the difference in the length of the path traversed by the composition to arrive at the corresponding housings. - a reservoir containing a composition, in particular cosmetic or dermatological, to be applied to the keratinous material, and - an end fitting for the application of the composition contained in the reservoir, the end fitting comprising a plurality of application members and a distributor, the distributor comprising at least one storage cavity (36, 37) for the composition and supply orifices to conduct the composition from the storage cavity or cavities to the application members,
A device having a block-shaped cleaning agent for the toilet area, a retaining device which may be fastened to a rim of a toilet bowl, and a container comprising said cleaning agent having a cleaning agent shaped-body phase and a gel phase, said cleaning agent serving the purpose of releasing fragrances and of gradually dissolving when flushed with water, characterised in that the container has at least two viewing openings (16, 17) facing in the direction of the interior of the toilet bowl which are spaced apart from each other and through which the gel phase is visible, and in that the colour of the gel phase changes in an essentially continuous manner from one side of the cleaning agent to the other side of the cleaning agent, such that the colour of the gel phase perceived behind the first viewing opening will be different from the colour of the gel phase perceived behind the second viewing opening.
Rocking mechanism for a chair, - having a base support which has a conical receptacle, with the aid of which it can be placed on a chair column of the chair, - having a seat support, which is pivotably connected to the base support via a pivot axis that extends transversely relative to the chair longitudinal direction and, seen in the chair longitudinal direction, is arranged off-centre, wherein the seat support can be pivoted both backwards and forwards, and - having a number of spring elements (18, 28), which interact with the seat support on the one hand and with the base support on the other hand, for guiding the seat support back from a pivoted position into an initial position, wherein the number of spring elements (18, 28), seen in the chair longitudinal direction, are arranged on both sides of the pivot axis and asymmetrically relative to the pivot axis, characterized in that the pivot axis, seen in the chair longitudinal direction, is arranged in the front area of the base support. - having a base support which has a conical receptacle, with the aid of which it can be placed on a chair column of the chair, - having a seat support, which is pivotably connected to the base support via a pivot axis that extends transversely relative to the chair longitudinal direction and, seen in the chair longitudinal direction, is arranged off-centre, - having a number of spring elements (18, 28), which interact with the seat support on the one hand and with the base support on the other hand, for guiding the seat support back from a pivoted position into an initial position,
A power transmission device for a supercharger, the power transmission device being configured to transmit a power of a reciprocating combustion engine to the supercharger that pressurizes intake air for the combustion engine, wherein power from the combustion engine is transmitted to the supercharger via a gear pair composed of an engine-side gear and a supercharger-side gear, the supercharger-side gear is supported to be movable in an axial direction of a rotation shaft of the supercharger, a pressing unit is provided which applies a pressing force in the axial direction to the supercharger-side gear, the engine-side gear is a ring gear included in a planetary gear mechanism, the supercharger-side gear is a plurality of planetary gears included in the planetary gear mechanism, the planetary gear transmits the power to the rotation shaft to which an impeller of the supercharger is fixed, characterized in that the engine-side gear and the supercharger-side gear are helical gears, the planetary gears are rotatably supported by a support shaft fixed to a supercharger casing, and the supercharger-side gear causes an axial force in a direction counter to a direction of a reverse suction force that acts on the impeller to be generated in the rotation shaft.
A shearing screw for clamping an electrical conductor within a cable connector, the shearing screw comprising: a first body having an outer thread for engaging the cable connector; a clamping surface for clamping the electrical conductor within the cable connector; a portion of the first body being configured to tear off; a tightener for fastening the shearing screw to the cable connector and for shearing the shearing screw; wherein: the tightener comprises a second body having an inner thread for engaging the outer thread of the first body and a bearing surface for engaging the cable connector so that a tensile force is introduced in the shearing screw for shearing the shearing screw, wherein a region of the inner thread or a region of the outer thread is adapted to form an impediment for preventing or hindering relative movement between the first body and the tightener, and wherein the shearing screw is characterized by the impediment being formed by a mismatched or punched thread (150, 180), wherein the impediment is adapted to yield when a clamping force transmitted into the shearing screw exceeds a threshold force. a first body having an outer thread for engaging the cable connector; a clamping surface for clamping the electrical conductor within the cable connector; a portion of the first body being configured to tear off; a tightener for fastening the shearing screw to the cable connector and for shearing the shearing screw;
An upright type vacuum cleaner comprising: a body (10, 30); a suction nozzle (20, 40) connected with the body (10, 30); a first wheel member (110, 210); and a second wheel member (120, 220, 300) formed larger than the first wheel member (110, 210) and the first wheel member (110, 210) is arranged in the suction nozzle (20, 40) and the second wheel member (120, 220, 300) is arranged in the body (10, 30), wherein the first wheel member (110, 210) comprising a main rotation member (111, 211) and auxiliary rotation members (112, 212) are installed in the suction nozzle, wherein the auxiliary rotation members (112, 212) are rotatably provided on the main rotation member (111, 211) to be rotated in a predetermined rotational direction different from a rotational direction of the main rotation member (111, 211), wherein the second wheel member (120, 220, 300) comprises: a main rotation member (121, 221, 310) rotatably provided in the body (10, 30) and auxiliary rotation members (122, 222, 320) rotatably provided on the main rotation member (121, 221, 310) to be rotated in a predetermined rotational direction different from a rotational direction of the main rotation member (121, 221, 310). a body (10, 30); a suction nozzle (20, 40) connected with the body (10, 30); a first wheel member (110, 210); and a second wheel member (120, 220, 300) formed larger than the first wheel member (110, 210) and the first wheel member (110, 210) is arranged in the suction nozzle (20, 40) and the second wheel member (120, 220, 300) is arranged in the body (10, 30), wherein the first wheel member (110, 210) comprising a main rotation member (111, 211) and auxiliary rotation members (112, 212) are installed in the suction nozzle, wherein the auxiliary rotation members (112, 212) are rotatably provided on the main rotation member (111, 211) to be rotated in a predetermined rotational direction different from a rotational direction of the main rotation member (111, 211), wherein the second wheel member (120, 220, 300) comprises: a main rotation member (121, 221, 310) rotatably provided in the body (10, 30) and auxiliary rotation members (122, 222, 320) rotatably provided on the main rotation member (121, 221, 310) to be rotated in a predetermined rotational direction different from a rotational direction of the main rotation member (121, 221, 310). a main rotation member (121, 221, 310) rotatably provided in the body (10, 30) and auxiliary rotation members (122, 222, 320) rotatably provided on the main rotation member (121, 221, 310) to be rotated in a predetermined rotational direction different from a rotational direction of the main rotation member (121, 221, 310).
A method for filtering a protein-containing liquid containing protein at a concentration of 20 mg/mL or more and 100 mg/mL or less, the method comprising a prefiltration step of filtering the protein-containing liquid by a prefilter having a pore size, determined as described in the description, of 0.08 μm to 0.25 μm and comprising a hydrophobic resin, and a virus removal step of filtering the protein-containing liquid by a virus removal membrane comprising a synthetic polymer, after the prefiltration step, wherein the protein-containing liquid before conducting the prefiltration step comprises, determined as described in the description, 0.25 g or more of a trimer or higher multimer of the proteins having an average diameter of less than 100 nm, per 1 m 2 of the virus removal membrane, wherein the prefilter comprises a material selected from the group consisting of a polyamide resin, a polysulfone-based resin and a fluororesin, wherein the virus removal membrane comprises polyvinylidene fluoride, wherein the hydrophobic resin hydrophobically interacts with and adsorbs the trimers or higher multimers of the proteins, wherein the virus removal membrane has hydrophilic graft chains by a graft polymerization method, and wherein the logarithmic removal rate for parvovirus by the virus removal membrane, determined as described in the description, is 4.0 or more. a prefiltration step of filtering the protein-containing liquid by a prefilter having a pore size, determined as described in the description, of 0.08 μm to 0.25 μm and comprising a hydrophobic resin, and a virus removal step of filtering the protein-containing liquid by a virus removal membrane comprising a synthetic polymer, after the prefiltration step, wherein the protein-containing liquid before conducting the prefiltration step comprises, determined as described in the description, 0.25 g or more of a trimer or higher multimer of the proteins having an average diameter of less than 100 nm, per 1 m 2 of the virus removal membrane, wherein the prefilter comprises a material selected from the group consisting of a polyamide resin, a polysulfone-based resin and a fluororesin, wherein the virus removal membrane comprises polyvinylidene fluoride, wherein the hydrophobic resin hydrophobically interacts with and adsorbs the trimers or higher multimers of the proteins, wherein the virus removal membrane has hydrophilic graft chains by a graft polymerization method, and wherein the logarithmic removal rate for parvovirus by the virus removal membrane, determined as described in the description, is 4.0 or more.
A method of controlling a system comprising the following steps: - launching a task, said task being associated with a worst case execution time; and - monitoring (S202, S203) the end of the task after a time slot allocated to the execution of the task; wherein said time slot is shorter than said worst case execution time, wherein said task is launched periodically according to a fixed period of time, wherein when the execution of the task does not end before the allocated time slot, the method further comprises outputting a value calculated based on a previous input value, and wherein the time slot is determined so that a statistical maximum number of consecutive tasks that do not end before the time slot is below a performance threshold. - launching a task, said task being associated with a worst case execution time; and - monitoring (S202, S203) the end of the task after a time slot allocated to the execution of the task;
A system for inspection of rotating wind turbine blade, comprising: a camera; a rotatable means designed to controllably rotate camera along axis, which is not camera's lens axis of rotational symmetry; at least one laser distance sensor, or dynamic vision sensors and a computer system; the camera, the rotatable means and the at least one laser distance sensor, or the dynamic vision sensors operably connected with the computer system; wherein the camera is adapted to be mounted on the rotatable means; laser distance sensors', or the dynamic vision sensors' optical axis is directed at a set distance from the camera's optical axis; wherein the computer system is configured: (i) to receive a signal from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors; (ii) to determine camera's activation time based on the signal received from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors and a pre-set adjustable delay time; (iii) to activate the camera to acquire an image of a blade area, which needs to be inspected; (iv) to calculate linear speed of the blade area, which needs to be inspected, on the basis of the signals received from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors; and (v) to adjust the camera's pre-set activation delay time based on the calculated linear speed of the blade area which needs to be inspected. (i) to receive a signal from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors; (ii) to determine camera's activation time based on the signal received from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors and a pre-set adjustable delay time; (iii) to activate the camera to acquire an image of a blade area, which needs to be inspected; (iv) to calculate linear speed of the blade area, which needs to be inspected, on the basis of the signals received from the laser distance sensor, or the laser distance sensors, or the dynamic vision sensors; and (v) to adjust the camera's pre-set activation delay time based on the calculated linear speed of the blade area which needs to be inspected.
Motor vehicle door handle arrangement with a handle, wherein the handle has at least one antenna chamber with an antenna arranged therein with a ferromagnetic core and a coil wound around the core, wherein the antenna has connection regions for coupling with contact pins (11, 12) to produce electrical contacts, wherein the antenna chamber has at least one recess in a wall for the passage of electroconductive contact pins (11, 12, 13), characterised in that the motor vehicle door handle arrangement has a connection piece produced by single or repeated plastic overmoulding of pre-fabricated electroconductive contact pins (11, 12, 13), and the connection piece is arranged in the recess of the wall of the antenna chamber in a form-fitting and/or force-fitting manner, sealing the antenna chamber, wherein the connection piece has an antenna chamber groove on the outer side, which groove forms a form-fit with the recess of the wall of the antenna chamber, and wherein the connection piece has a trough groove on the outer side, which forms a form-fit with a recess of the wall of a trough for receiving an electronic assembly, wherein the antenna chamber groove and the trough groove respectively span three outer sides of the connection piece and are oriented rotated 180° relative to one another.
A scroll compressor, comprising: a hermetic container; a driving motor installed at an inner space of the hermetic container, having a variable speed, and provided with a rotation shaft; a fixed scroll fixedly-coupled to an inner circumferential surface of the hermetic container at one side of the driving motor, and having a wrap of a predetermined height at one side surface thereof; an orbiting scroll having a wrap of a predetermined height at one side surface thereof so as to be engaged with the wrap of the fixed scroll, the orbiting scroll being eccentrically coupled to the rotation shaft of the driving motor, and forming a compression chamber which is consecutively moveable between the wraps while performing an orbiting motion with respect to the fixed scroll; and a sliding member configured to vary an orbiting radius of the orbiting scroll, characterized in that the fixed scroll and the orbiting scroll have a wrap height optimum for a value obtained by multiplying the wrap height by a driving speed of the driving motor to be within a range of 500 ~ 1000mmHz when the driving motor is operated at a driving speed of less than 35Hz. a hermetic container; a driving motor installed at an inner space of the hermetic container, having a variable speed, and provided with a rotation shaft; a fixed scroll fixedly-coupled to an inner circumferential surface of the hermetic container at one side of the driving motor, and having a wrap of a predetermined height at one side surface thereof; an orbiting scroll having a wrap of a predetermined height at one side surface thereof so as to be engaged with the wrap of the fixed scroll, the orbiting scroll being eccentrically coupled to the rotation shaft of the driving motor, and forming a compression chamber which is consecutively moveable between the wraps while performing an orbiting motion with respect to the fixed scroll; and a sliding member configured to vary an orbiting radius of the orbiting scroll, characterized in that the fixed scroll and the orbiting scroll have a wrap height optimum for a value obtained by multiplying the wrap height by a driving speed of the driving motor to be within a range of 500 ~ 1000mmHz when the driving motor is operated at a driving speed of less than 35Hz.