mhurhangee/ep-ind-claims huggingface dataset:
A method, executable by a computing device, the method comprising: identifying a statistical evaluation for a member amongst multiple members within a cluster that is dedicated to a microservice; based on the statistical evaluation, identifying one of the multiple members within the cluster experiencing a soft failure, wherein a soft failure is a degradation of a system and/or component over time; in response to the identification of the one of the members within the cluster experiencing a soft failure: determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, collecting metric data from each of the multiple members; storing the metric data within a data store; and retrieving the metric data from the data store to calculate the statistical evaluation for each member, characterized in that the method further comprises: performing a recycle on each member in the cluster on a random basis so that the metric data provides a baseline measurement for each of the multiple members and wherein each of the multiple members performs a recycle at different times. identifying a statistical evaluation for a member amongst multiple members within a cluster that is dedicated to a microservice; based on the statistical evaluation, identifying one of the multiple members within the cluster experiencing a soft failure, wherein a soft failure is a degradation of a system and/or component over time; in response to the identification of the one of the members within the cluster experiencing a soft failure: determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, determining which action among multiple actions should be performed at the one of the members within the cluster experiencing a soft failure; and performing the action such that the cluster continues to execute the microservice, collecting metric data from each of the multiple members; storing the metric data within a data store; and retrieving the metric data from the data store to calculate the statistical evaluation for each member, characterized in that the method further comprises: performing a recycle on each member in the cluster on a random basis so that the metric data provides a baseline measurement for each of the multiple members and wherein each of the multiple members performs a recycle at different times.
An applicator for applying a cosmetic or care product, comprising: - an applicator member for applying the product, defining at least two different applicator faces (A1, A2,... An) that are configured to apply the composition to the eyelashes or the eyebrows; - a handle of the applicator, extending along a longitudinal axis of the handle; and - a stem connecting the applicator member and the handle, extending along a longitudinal axis of the stem; the longitudinal axis of the handle having a non-adjustable orientation relative to the longitudinal axis of the stem, the applicator comprising marker means not on the applicator member itself and to be positioned facing the user during application, the applicator member having a predefined angular position relative to the marker means, such that the positioning of the applicator given by the marker means corresponds to the use of a predefined applicator face, the applicator being characterized in that the marker means include several marks, the positioning of each of the marks corresponding to one of the applicator faces (A1, A2,... An). - an applicator member for applying the product, defining at least two different applicator faces (A1, A2,... An) that are configured to apply the composition to the eyelashes or the eyebrows; - a handle of the applicator, extending along a longitudinal axis of the handle; and - a stem connecting the applicator member and the handle, extending along a longitudinal axis of the stem;
Bicycle-mirror holder (100; 100'; 100") at least comprising: - a handlebar-fastening element for fastening on a bicycle handlebar; - a mirror-retaining element (30; 30'; 30") with a mirror-arm mount (33; 33'; 33"); - a form-fitting pivoting-angle-arresting means for defining a starting-angle position of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element; characterized - in that an intermediate element (20; 20'; 20") is arranged between the handlebar-fastening element and the mirror-retaining element (30; 30'; 30"); - in that the bicycle-mirror holder (100; 100'; 100") incorporates, • in a plane between the handlebar-fastening element and the intermediate element (20; 20'; 20") or • in a plane between the intermediate element (20; 20'; 20") and the mirror-retaining element (30; 30'; 30"), a friction-fit clamping means, which counteracts rotation of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element, - in that the form-fitting pivoting-angle-arresting means for defining a starting-angle position of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element is formed in the respectively other plane; and - in that the handlebar-fastening element can be connected to a bracket element, which engages around the bicycle handlebar. - a handlebar-fastening element for fastening on a bicycle handlebar; - a mirror-retaining element (30; 30'; 30") with a mirror-arm mount (33; 33'; 33"); - a form-fitting pivoting-angle-arresting means for defining a starting-angle position of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element; - in that an intermediate element (20; 20'; 20") is arranged between the handlebar-fastening element and the mirror-retaining element (30; 30'; 30"); - in that the bicycle-mirror holder (100; 100'; 100") incorporates, • in a plane between the handlebar-fastening element and the intermediate element (20; 20'; 20") or • in a plane between the intermediate element (20; 20'; 20") and the mirror-retaining element (30; 30'; 30"), a friction-fit clamping means, which counteracts rotation of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element, • in a plane between the handlebar-fastening element and the intermediate element (20; 20'; 20") or • in a plane between the intermediate element (20; 20'; 20") and the mirror-retaining element (30; 30'; 30"), a friction-fit clamping means, which counteracts rotation of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element, - in that the form-fitting pivoting-angle-arresting means for defining a starting-angle position of the mirror-retaining element (30; 30'; 30") in relation to the handlebar-fastening element is formed in the respectively other plane; and - in that the handlebar-fastening element can be connected to a bracket element, which engages around the bicycle handlebar.
A GaAs single crystal having Δx not smaller than 0.3 cm -1 and not greater than 20 cm -1 which is expressed in an expression 1 below, where x i is a first peak wave number representing a Raman shift of a first peak attributed to oscillation of a longitudinal optical phonon of GaAs in a Raman spectrum measured at an ith point in measurement of Raman spectra at s points in a plane, x BL is a peak wave number representing a Raman shift of an emission line peak of neon, and i and s are each a natural number greater than 0 Δ x 1 = ∑ i = 1 s x i − x BL s the GaAs single crystal being a semi-insulating GaAs single crystal having a carrier concentration not higher than 10 7 /cm 3.
Mixture comprising a) at least one fragrance of the formula where R1 = OC-R2, CH 2 OR3, C1-C8 open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, with R2 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 2-10 C atoms, with R3 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 1-8 C atoms, b) at least one fragrance, different from the fragrances of component a, characterized in that the weight ratio of all components a to all components b is from 1:10 to 1:10000. a) at least one fragrance of the formula where R1 = OC-R2, CH 2 OR3, C1-C8 open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, with R2 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 2-10 C atoms, with R3 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 1-8 C atoms, R1 = OC-R2, CH 2 OR3, C1-C8 open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, with R2 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 2-10 C atoms, with R3 = an open-chain or branched aliphatic radical, optionally substituted and/or unsaturated, having 1-8 C atoms, b) at least one fragrance, different from the fragrances of component a,
A cutting tool for producing a narrow trench in the ground for laying cables or the like, comprising a carrier device which has a hub region for connecting the cutting tool to a rotary drive and a peripheral region, wherein arranged in the peripheral region of the carrier device are cutting segments spaced from each other in the axial direction, the carrier device has a peripheral surface at which are arranged raised portions (12, 13) which project from the peripheral surface in the radial direction and on which the cutting segments are arranged, and arranged between the raised portions (12, 13) and the cutting segments arranged thereon are passages for carrying a cooling fluid, preferably cooling water, characterised in that the carrier device together with the raised portions (12, 13) is in one piece.
A process for preparing a maltose containing syrup comprising the successive steps of a) Carrying out liquefaction of a starch milk b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and wherein in step b) the saccharification is taking place in presence of from 1% to 4% of residual activity of total amount of alpha-amylase applied in the liquefaction of step a); and wherein after step c) additional alpha-amylase is added at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter. a) Carrying out liquefaction of a starch milk b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and
Pallet with a substantially rectangular basic structure and with four lateral surfaces bordering the basic structure, of which two lateral surfaces in each instance are arranged on opposite sides of the basic structure and aligned parallel to one another, wherein the pairs of opposite lateral surfaces have different lengths, wherein the direction of the longer lateral surfaces is designated as the longitudinal direction, wherein the basic structure exhibits an upper side and an underside (4, 5) which are flat, disregarding stiffening structures, and wherein feet for supporting the basic structure are arranged on the underside, wherein at least one recess for receiving a display extension is arranged on at least two of the four lateral surfaces, wherein the basic structure exhibits a plurality of slot-shaped receptacles serving to receive a fastening means, which each exhibit at least two lateral walls, the height of which corresponds to at least twice the minimum width of the slot, wherein some of the receptacles are arranged close to edges of the lateral surfaces and run parallel to said edges, and other of the receptacles are arranged at a distance from the edges, wherein two receptacles arranged at a distance from the edges are arranged along a centre line of the basic structure running in the longitudinal direction and spaced from one another.
A surgical system for an eye, the system comprising: a laser having an output surface, the output surface comprising a first sensing element (72, 74); and a patient interface having a first end and a second end, the first end of the patient interface configured to couple to the laser, the second end configured to couple to the eye, the patient interface comprising: an interface lens having a first surface and a second surface, the first surface of the interface lens configured to contact the eye; and a second sensing element (71, 76) coupled to the second surface of the interface lens, the laser operable to couple the output surface with the second surface of the interface lens; the system further comprising a detector coupled to the first sensing element, the detector either configured to determine when the first sensing element contacts the second sensing element, or configured to sense a resistance change associated with the first sensing element, the resistance change indicating a position of the output surface with the interface lens; wherein the first sensing element comprises a plurality of electrically conductive contacts, and wherein the second sensing element comprises an electrically conductive coating (71, 76). a laser having an output surface, the output surface comprising a first sensing element (72, 74); and a patient interface having a first end and a second end, the first end of the patient interface configured to couple to the laser, the second end configured to couple to the eye, the patient interface comprising: an interface lens having a first surface and a second surface, the first surface of the interface lens configured to contact the eye; and a second sensing element (71, 76) coupled to the second surface of the interface lens, the laser operable to couple the output surface with the second surface of the interface lens; an interface lens having a first surface and a second surface, the first surface of the interface lens configured to contact the eye; and a second sensing element (71, 76) coupled to the second surface of the interface lens, the laser operable to couple the output surface with the second surface of the interface lens; the system further comprising a detector coupled to the first sensing element, the detector either configured to determine when the first sensing element contacts the second sensing element, or configured to sense a resistance change associated with the first sensing element, the resistance change indicating a position of the output surface with the interface lens; wherein the first sensing element comprises a plurality of electrically conductive contacts, and wherein the second sensing element comprises an electrically conductive coating (71, 76).
A mounting bracket for mounting an airbag to a component of a vehicle, the airbag having an inflator and a cushion received over an end of the inflator, the mounting bracket comprising: a first clamping element; a second clamping element; an elongate member coupled between the first clamping element and the second clamping element; and one or more mounting portions (103a, 103b) for mounting the mounting bracket to the component, wherein the one or more mounting portions (103a, 103b) are disposed on at least one of the first clamping element, the second clamping element or the elongate member; wherein the first clamping element and the second clamping element are spaced apart along a length of the elongate member such that, in use, the first clamping element and the second clamping element are arranged to clamp the inflator; and wherein each of the first clamping element and the second clamping element comprise an open-ended sleeve member (124a, 124b) having a first end portion and a second end portion circumferentially spaced apart from the first end portion; characterised in that the first end portion comprises a first protrusion (107a, 107b) facing the second end portion and in that the second end portion comprises a second protrusion (108a, 108b) facing the first end portion and which is offset from the first protrusion (107a, 107b). a first clamping element; a second clamping element; an elongate member coupled between the first clamping element and the second clamping element; and one or more mounting portions (103a, 103b) for mounting the mounting bracket to the component, wherein the one or more mounting portions (103a, 103b) are disposed on at least one of the first clamping element, the second clamping element or the elongate member; wherein the first clamping element and the second clamping element are spaced apart along a length of the elongate member such that, in use, the first clamping element and the second clamping element are arranged to clamp the inflator; and wherein each of the first clamping element and the second clamping element comprise an open-ended sleeve member (124a, 124b) having a first end portion and a second end portion circumferentially spaced apart from the first end portion; characterised in that the first end portion comprises a first protrusion (107a, 107b) facing the second end portion and in that the second end portion comprises a second protrusion (108a, 108b) facing the first end portion and which is offset from the first protrusion (107a, 107b).
Mounting device for connecting two support beams (20, 30, 40) of a rack, in particular of a carton flow bed rack, comprising: - an attachment plate comprising: - a through-hole arrangeable adjacent an opening of a first of the two support beams and - at least one first engaging element for engaging with a recess (31, 32) of a second (30; 40) of the two support beams when the attachment plate is arranged with a first flat side facing the first support beam; and - an eccentric stud insertable into the through-hole of the attachment plate and the opening of the first support beam; wherein - turning the eccentric stud adjusts a position of the first engaging element in the recess (31, 32) of the second support beam (30; 40) - the eccentric stud is insertable through the through-hole and the opening of the first support beam in an insertion direction, wherein a circumference of the eccentric stud varies along the insertion direction from an insertion end of the eccentric stud to a base end of the eccentric stud; characterized in that - the eccentric stud comprises a mounting section adjoining the insertion end and arranged in the opening of the first support beam in an operating position, wherein the insertion end comprises at least partially a larger circumference than the mounting section. - an attachment plate comprising: - a through-hole arrangeable adjacent an opening of a first of the two support beams and - at least one first engaging element for engaging with a recess (31, 32) of a second (30; 40) of the two support beams when the attachment plate is arranged with a first flat side facing the first support beam; and - a through-hole arrangeable adjacent an opening of a first of the two support beams and - at least one first engaging element for engaging with a recess (31, 32) of a second (30; 40) of the two support beams when the attachment plate is arranged with a first flat side facing the first support beam; and - an eccentric stud insertable into the through-hole of the attachment plate and the opening of the first support beam; wherein - turning the eccentric stud adjusts a position of the first engaging element in the recess (31, 32) of the second support beam (30; 40) - the eccentric stud is insertable through the through-hole and the opening of the first support beam in an insertion direction, wherein a circumference of the eccentric stud varies along the insertion direction from an insertion end of the eccentric stud to a base end of the eccentric stud; characterized in that - the eccentric stud comprises a mounting section adjoining the insertion end and arranged in the opening of the first support beam in an operating position, wherein the insertion end comprises at least partially a larger circumference than the mounting section.
An insulation stripping head for a rotating insulation stripping apparatus for conductors which can be arranged along a main axis, in particular conductors having multilayer insulation, e.g. coaxial cables, optical fibers, insulated wires or the like, comprising: at least one insulation stripping blade, at least one centering or retaining jaw in the immediate vicinity of the insulation stripping blade, pivotably mounted actuators for the at least one insulation stripping blade and at least one centering or retaining jaw, one end of each actuator carries an insulation stripping blade or a centering or retaining jaw, respectively, at least one control element arranged around the main axis and being in connection with the other end of each of said actuators; both the at least one insulation stripping blade and at least one centering or retaining jaw can be moved in the closing or opening direction at least over a certain distance, independently of one another, toward the main axis and away therefrom by the aid of the at least one control element and the respective actuators, so that both the insulation stripping blade and the centering or retaining jaw can be moved in the direction of the main axis; the insulation stripping blade or blades being rotatable under motor power around the main axis; the cutting depth of the insulation stripping blade or blades being electromechanically or electronically adjustable, characterized in that the actuators are formed as drive shafts each being turnable around its axis which is parallel or at an acute angle, preferably almost parallel, to the main axis; each insulation stripping blade and each centering or retaining jaw coordinated with the (respective) insulation stripping blade being drivable electromechanically or by a motor in the closing and opening direction by means of said drive shafts; at least the drive shaft or shafts of the insulation stripping blade or of the insulation stripping blades is or are motor driven so as to be rotatable together with the insulation stripping blade or blades around the main axis.