mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic jar device comprising: an outer sleeve including an inner bore; an inner sleeve partially disposed within the inner bore of the outer sleeve, wherein the inner sleeve includes an inner bore; a mechanical lock (66, 68) engaging the outer sleeve and the inner sleeve in a default position to prevent axial movement of the inner sleeve relative to the outer sleeve, wherein disabling the mechanical lock (66, 68) allows axial movement between the inner sleeve and the outer sleeve to generate an impact force when the inner sleeve reaches an activated position; an upward block configured to limit the upward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock (66, 68) is disabled; a downward block configured to limit the downward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock (66, 68) is disabled; the hydraulic jar device characterized in that the hydraulic jar device further comprises a top sub connected above an upper end of the outer sleeve, wherein the top sub is configured to be attached below a tubular string or a coiled tubing string, wherein the upward block is formed by a lower end of the top sub disposed within the inner bore of the outer sleeve and configured to engage an upper end of the inner sleeve, and wherein the upward axial movement of the inner sleeve relative to the outer sleeve is limited by the upper end of the inner sleeve contacting the lower end of the top sub. an outer sleeve including an inner bore; an inner sleeve partially disposed within the inner bore of the outer sleeve, wherein the inner sleeve includes an inner bore; a mechanical lock (66, 68) engaging the outer sleeve and the inner sleeve in a default position to prevent axial movement of the inner sleeve relative to the outer sleeve, wherein disabling the mechanical lock (66, 68) allows axial movement between the inner sleeve and the outer sleeve to generate an impact force when the inner sleeve reaches an activated position; an upward block configured to limit the upward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock (66, 68) is disabled; a downward block configured to limit the downward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock (66, 68) is disabled; the hydraulic jar device characterized in that the hydraulic jar device further comprises a top sub connected above an upper end of the outer sleeve, wherein the top sub is configured to be attached below a tubular string or a coiled tubing string, wherein the upward block is formed by a lower end of the top sub disposed within the inner bore of the outer sleeve and configured to engage an upper end of the inner sleeve, and wherein the upward axial movement of the inner sleeve relative to the outer sleeve is limited by the upper end of the inner sleeve contacting the lower end of the top sub.
A measuring device for measuring the crimp height of a crimp in a crimp connector, comprising a measuring knife provided with a resilient tool, whereby this tool consists of a plate-shaped tool which is centrally placed in the measuring knife and which is perpendicular to the orientation of the measuring knife.
Method for extracting a pile element from a ground, characterized in that - a position and/or location of the pile element in the ground is determined by means of a detection unit, - a first bore with a first drilling tool is carried out to an upper end of the pile element, depending on the determined position and/or location, whereby the first bore is carried out as cased bore with an outer guide tube; - when extracting the first drilling tool the guide tube remains in the ground, - a second drilling tool with a hollow drill shank is brought to the pile element through the guide tube, - the pile element is at least partially overdrilled by the second drilling tool, and the pile element is taken up in the drill shank, and - the overdrilled pile element is extracted from the ground. - a position and/or location of the pile element in the ground is determined by means of a detection unit, - a first bore with a first drilling tool is carried out to an upper end of the pile element, depending on the determined position and/or location, whereby the first bore is carried out as cased bore with an outer guide tube; - when extracting the first drilling tool the guide tube remains in the ground, - a second drilling tool with a hollow drill shank is brought to the pile element through the guide tube, - the pile element is at least partially overdrilled by the second drilling tool, and the pile element is taken up in the drill shank, and - the overdrilled pile element is extracted from the ground.
Coupling assembly for the drive train of a vehicle, having a clutch housing, provided with a clutch device that has: drive-proximal clutch units which are operatively connected to a drive-proximal clutch unit carrier which is rotationally fixed in relation to the clutch housing; output-proximal clutch units which, by way of an output-proximal clutch unit carrier, are operatively connected to an output; as well as a contact pressure installation by way of which an operative connection between the drive-proximal clutch units and the output-proximal clutch units is able to be established or cancelled; wherein the clutch device is assigned separating elements for clutch units, said separating elements acting on respectively mutually adjacent clutch units of the respective same clutch unit group so as to impinge the clutch units of this clutch unit group with axial forces in diverging directions; wherein the clutch device is furthermore provided with at least one conveying element for conveying medium contained in the clutch housing, said conveying element in the clutch housing being positioned so as to be substantially rotationally fixed in relation to said clutch housing; wherein the at least one conveying element conjointly with the separating elements for coupling units forms at least one separating conveyor unit (82a, 82b; 82) of a separating conveyor installation, and characterized in that the at least one separating conveyor unit (82a, 82b; 82) for forming the at least one conveying element is provided with at least one blade row. drive-proximal clutch units which are operatively connected to a drive-proximal clutch unit carrier which is rotationally fixed in relation to the clutch housing; output-proximal clutch units which, by way of an output-proximal clutch unit carrier, are operatively connected to an output; as well as a contact pressure installation by way of which an operative connection between the drive-proximal clutch units and the output-proximal clutch units is able to be established or cancelled; wherein the clutch device is assigned separating elements for clutch units, said separating elements acting on respectively mutually adjacent clutch units of the respective same clutch unit group so as to impinge the clutch units of this clutch unit group with axial forces in diverging directions; wherein the clutch device is furthermore provided with at least one conveying element for conveying medium contained in the clutch housing, said conveying element in the clutch housing being positioned so as to be substantially rotationally fixed in relation to said clutch housing; wherein the at least one conveying element conjointly with the separating elements for coupling units forms at least one separating conveyor unit (82a, 82b; 82) of a separating conveyor installation, and characterized in that the at least one separating conveyor unit (82a, 82b; 82) for forming the at least one conveying element is provided with at least one blade row.
An inner assembly for a modular surgical drive hub, the inner assembly comprising: a drive adapter, an inner blade adapter, and a compression member, the inner blade adapter mounted within the drive adapter and biased in a distal direction by the compression member, the drive adapter and the inner blade adapter comprising a key-way and a key for transmitting rotational force from the drive adapter to the inner blade adapter; wherein the drive adapter comprises a channel to receive debris from an inner blade and to pass the debris to a slough chamber; wherein the inner assembly is configured to be inserted into and removed from the modular surgical drive hub via an open proximal end of a housing of the modular surgical drive hub; wherein the inner assembly is further configured to be removably retained within the modular surgical drive hub. a drive adapter, an inner blade adapter, and a compression member, the inner blade adapter mounted within the drive adapter and biased in a distal direction by the compression member, the drive adapter and the inner blade adapter comprising a key-way and a key for transmitting rotational force from the drive adapter to the inner blade adapter; wherein the drive adapter comprises a channel to receive debris from an inner blade and to pass the debris to a slough chamber; wherein the inner assembly is configured to be inserted into and removed from the modular surgical drive hub via an open proximal end of a housing of the modular surgical drive hub; wherein the inner assembly is further configured to be removably retained within the modular surgical drive hub.
A fastener device (24, 200, 300) for a medical device comprising: a flexible clamp (102, 103, 110) forming a clamp aperture, wherein the flexible clamp includes a clamp protrusion (112, 113A, 113B) configured to facilitate actuation of the flexible clamp; a rigid body, wherein the rigid body connects to and surrounds the flexible clamp; and an actuator configured to actuate on the clamp protrusion to change a perimeter of the clamp aperture, wherein the change of the perimeter of the clamp aperture by the actuator is configured to apply a compressive force about a perimeter of an electrical contact of a medical lead (16, 26A, 26B) in the clamp aperture to electrically and mechanically connect the medical lead to the fastener device, characterised in that: the flexible clamp and rigid body are formed from a unitary construction. a flexible clamp (102, 103, 110) forming a clamp aperture, wherein the flexible clamp includes a clamp protrusion (112, 113A, 113B) configured to facilitate actuation of the flexible clamp; a rigid body, wherein the rigid body connects to and surrounds the flexible clamp; and an actuator configured to actuate on the clamp protrusion to change a perimeter of the clamp aperture, wherein the change of the perimeter of the clamp aperture by the actuator is configured to apply a compressive force about a perimeter of an electrical contact of a medical lead (16, 26A, 26B) in the clamp aperture to electrically and mechanically connect the medical lead to the fastener device, characterised in that: the flexible clamp and rigid body are formed from a unitary construction.
Epicyclic wheel mechanism with at least three shafts, configured as a belt or flexible drive mechanism, with a planetary carrier for receiving and mounting planetary wheels (4, 6), which planetary carrier is connected via a mechanism or fixedly to a first shaft so as to rotate with it, and with two sun wheels (5, 10) which are arranged concentrically with respect to the planetary carrier and are connected fixedly to in each case one of the further shafts (11, 12) so as to rotate with it, - the shafts which are connected to the sun wheels (5, 10) and the axles of the planetary wheels (4, 6) being oriented spatially in parallel, - at least two belt drives being provided, and each of the sun wheels (5, 10) being connected via one of the belt drives to the planetary wheels (4, 6), - the belt drives being connected to one another in a manner which is coupled in terms of rotational speed via at least one common planetary wheel which is wrapped around by their belts (3, 7), characterized in that one of the belt drives which connects a sun wheel to the planetary wheels is configured with a circulating belt on the front and rear side in such a way that, in relation to the planetary carrier, the associated sun wheel rotates in an opposite direction to the rotational direction of the planetary wheels (4, 6), the belt running around the planetary wheels (4, 6) on the front side and the sun wheel on the rear side, whereas the other belt drive has a belt which runs around the planetary wheels and the associated sun wheel on the front side. - the shafts which are connected to the sun wheels (5, 10) and the axles of the planetary wheels (4, 6) being oriented spatially in parallel, - at least two belt drives being provided, and each of the sun wheels (5, 10) being connected via one of the belt drives to the planetary wheels (4, 6), - the belt drives being connected to one another in a manner which is coupled in terms of rotational speed via at least one common planetary wheel which is wrapped around by their belts (3, 7),
Method for text-dependent speaker recognition using a speaker model obtained by adaptation of a Universal Background Model; wherein the speaker model is a speaker adapted Hidden Markov Model comprising channel correction, characterised in that conditional dependencies between parent and children variables used in the model are described by a Bayesian network; and wherein in the Bayesian network observed variables are feature vectors x nmt of utterance m of speaker n and time index t, and hidden variables are a speaker factor y n for each speaker n, channel factors u nm of the utterance m of speaker n, and an active component z nmt generating the feature vector x nmt,.
An installation element for connecting an electronic component to control gear of a luminaire comprising a body member, comprising: a base portion supporting a printed circuit; an electronic component supported by a first region of the base portion; an electrical connector device supported by a second region of the base portion, the second region of the base portion spaced from the first region of the base portion, and the electrical connector device electrically connected to the electronic component and electrically connectable to the control gear of the luminaire, whereby to electrically connect the installation element to the luminaire; and characterised by a securing arrangement supported by a third region of the base portion, the third region of the base portion separate from the first region and second region, between the first region and the second region of the base portion in a length direction, and the securing arrangement (308 having a shorter arm in a different direction than the length direction to be attachable to the body member of the luminaire, whereby to mount the installation element to the luminaire; and wherein the base portion is flexible to allow the base portion to be manipulated into a condition in which the first region and the second region extend in different planes, whereby to position the electronic component in a different plane to the electrical connector device. a base portion supporting a printed circuit; an electronic component supported by a first region of the base portion; an electrical connector device supported by a second region of the base portion, the second region of the base portion spaced from the first region of the base portion, and the electrical connector device electrically connected to the electronic component and electrically connectable to the control gear of the luminaire, whereby to electrically connect the installation element to the luminaire; and characterised by a securing arrangement supported by a third region of the base portion, the third region of the base portion separate from the first region and second region, between the first region and the second region of the base portion in a length direction, and the securing arrangement (308 having a shorter arm in a different direction than the length direction to be attachable to the body member of the luminaire, whereby to mount the installation element to the luminaire; and wherein the base portion is flexible to allow the base portion to be manipulated into a condition in which the first region and the second region extend in different planes, whereby to position the electronic component in a different plane to the electrical connector device.
An aqueous hair leave-on composition for hair frizz reduction comprising: from 0.15% to 12.0% of a moisture control material or mixture of moisture control materials, by total weight of the leave-on composition, wherein the moisture control material is selected from the group consisting of salicylic acid, 5-chlorosalicylic acid, 2,4-dihydroxybenzoic acid, and mixtures thereof, wherein the moisture control material comprises salicylic acid in combination with 2,4-dihydroxybenzoic acid.
A method of determining a corrected concentration ( C a) of a first analyte (a) in sweat excreted by apocrine glands at a first skin location (i) having apocrine glands and eccrine glands, which eccrine glands do not excrete sweat containing the first analyte, or excrete sweat having such a low concentration of first analyte in comparison with the sweat excreted by the apocrine glands that it can be neglected, or excrete sweat at a concentration of first analyte which is prima facie significantly different from the concentration of the first analyte in the sweat excreted by the apocrine glands that the two concentrations can be easily distinguished, the method comprising: measuring a first concentration C a i of the first analyte in sweat excreted at the first skin location; measuring a second concentration C e i of a second analyte (e) in sweat excreted at the first skin location (i), said second analyte being in sweat excreted by the eccrine glands; measuring at least one parameter of sweat excreted by eccrine glands at a second skin location (ii) having eccrine glands but no apocrine glands, wherein the at least one parameter includes a third concentration C e ii of the second analyte in sweat excreted at the second skin location ( ii); using said at least one parameter to determine a dilution factor D a i which quantifies dilution of the first analyte by sweat excreted by the eccrine glands at the first skin location by calculating said dilution factor from the second concentration C e i and the third concentration C e ii using the following equation: D a i = 1 − C e i C e ii and determining the corrected concentration ( C a) from the first concentration C a i and the dilution factor D a i using the following equation: C a = C a i D a i measuring a first concentration C a i of the first analyte in sweat excreted at the first skin location; measuring a second concentration C e i of a second analyte (e) in sweat excreted at the first skin location (i), said second analyte being in sweat excreted by the eccrine glands; measuring at least one parameter of sweat excreted by eccrine glands at a second skin location (ii) having eccrine glands but no apocrine glands, wherein the at least one parameter includes a third concentration C e ii of the second analyte in sweat excreted at the second skin location ( ii); using said at least one parameter to determine a dilution factor D a i which quantifies dilution of the first analyte by sweat excreted by the eccrine glands at the first skin location by calculating said dilution factor from the second concentration C e i and the third concentration C e ii using the following equation: D a i = 1 − C e i C e ii and determining the corrected concentration ( C a) from the first concentration C a i and the dilution factor D a i using the following equation: C a = C a i D a i
A device for driving mechanical safety systems, comprising a housing, wherein at least one movable piston is arranged in the housing, which piston is connected to a first toothed rack, wherein the first toothed rack is operatively connected to a pinion, wherein a second toothed rack is movably arranged in the housing, which second toothed rack is also operatively connected to the pinion, and comprising a safety lever and a shift claw which is fastened to the second toothed rack and can actuate the safety lever during the movement of the second toothed rack.
A medical drape comprising: a base drape portion having a front side, a back side, and a perimeter comprising a first side edge, a second side edge, a top edge, and a bottom edge, the first and second edges being positioned opposite one another, the top and the bottom edges being positioned opposite one another, the base drape portion defining perforations; an insert drape portion removably attached to the base drape portion, the insert drape portion having a perimeter and a procedure access area disposed within the perimeter; and a securement element attaching the base drape portion to the insert drape portion, the securement element including a non-refastenable adhesive; wherein the perimeter of the base drape portion is larger than the perimeter of the insert drape portion, the base drape portion defining the perforations adjacent to a securement area such that the insert drape portion and the base drape portion can be separated at the perforations. a base drape portion having a front side, a back side, and a perimeter comprising a first side edge, a second side edge, a top edge, and a bottom edge, the first and second edges being positioned opposite one another, the top and the bottom edges being positioned opposite one another, the base drape portion defining perforations; an insert drape portion removably attached to the base drape portion, the insert drape portion having a perimeter and a procedure access area disposed within the perimeter; and a securement element attaching the base drape portion to the insert drape portion, the securement element including a non-refastenable adhesive; wherein the perimeter of the base drape portion is larger than the perimeter of the insert drape portion, the base drape portion defining the perforations adjacent to a securement area such that the insert drape portion and the base drape portion can be separated at the perforations.
A compound of formula R-L-CO-X wherein R is a C 10-24, preferably C 17-19, unsaturated hydrocarbon group which may carry up to three substituents, said hydrocarbon group comprising at least 4 non-conjugated double bonds; L is a linking group forming a bridge of 1 to 5 atoms between the R group and the carbonyl CO wherein L comprises at least one heteroatom, e.g. O, S, N, or SO; and X is CHal 3 or a salt thereof for use in the treatment of glomerulonephritis.
A method for determining chiral indices of at least one tubular crystalline molecule, wherein the method comprises the following calibration-free steps: obtaining an electron diffraction pattern of at least one tubular crystalline molecule; determining three or more properties, including two distances between non-equatorial layer lines and the equatorial layer line and the pseudo-periodicity of the diffraction intensity along the equatorial layer line of the electron diffraction pattern; calculating non-tilt-corrected chiral indices using the three or more properties, including two distances between non-equatorial layer lines and the equatorial layer line and the pseudo-periodicity of the diffraction intensity along the equatorial layer line, of the electron diffraction pattern; and tilt-correcting said non tilt-corrected chiral indices. obtaining an electron diffraction pattern of at least one tubular crystalline molecule; determining three or more properties, including two distances between non-equatorial layer lines and the equatorial layer line and the pseudo-periodicity of the diffraction intensity along the equatorial layer line of the electron diffraction pattern; calculating non-tilt-corrected chiral indices using the three or more properties, including two distances between non-equatorial layer lines and the equatorial layer line and the pseudo-periodicity of the diffraction intensity along the equatorial layer line, of the electron diffraction pattern; and tilt-correcting said non tilt-corrected chiral indices.