mhurhangee/ep-ind-claims huggingface dataset:
Connecting element for connecting at least one flexible tube, wherein - the connecting element comprises a main body and at least one ring sleeve, - the main body includes a central portion and at least one mandrel extending away from said central portion, - a duct extends between the mandrels via the central portion or within the mandrel to the central portion, respectively, - the at least one mandrel is enclosed by the at least one ring sleeve, - the ring sleeve is rotatable, in particular around a predetermined rotation angle, relative to the mandrel between an opened state and a closed state, - the mandrel is inserted or insertable into the flexible tube, while said flexible tube is enclosed or enclosable, respectively, by the corresponding ring sleeve, and - the ring sleeve includes an internal structure engaged or engageable with the flexible tube encasing the at least one mandrel, so that a form fit between the flexible tube and the mandrel is obtained in the closed state, characterized in that the cross-section of the at least one mandrel is non-circular, in particular elliptic or oval or polygonal. - the connecting element comprises a main body and at least one ring sleeve, - the main body includes a central portion and at least one mandrel extending away from said central portion, - a duct extends between the mandrels via the central portion or within the mandrel to the central portion, respectively, - the at least one mandrel is enclosed by the at least one ring sleeve, - the ring sleeve is rotatable, in particular around a predetermined rotation angle, relative to the mandrel between an opened state and a closed state, - the mandrel is inserted or insertable into the flexible tube, while said flexible tube is enclosed or enclosable, respectively, by the corresponding ring sleeve, and - the ring sleeve includes an internal structure engaged or engageable with the flexible tube encasing the at least one mandrel, so that a form fit between the flexible tube and the mandrel is obtained in the closed state,
A compound of formula, wherein R 1 is C 3-7 cycloalkyl; dioxothiadiazolidinyl, said dioxothiadiazolidinyl being unsubstituted or substituted by benzyl; dioxothiazolidinyl; oxomorpholinyl; oxooxazolidinyl, said oxooxazolidinyl being once or twice substituted by C 1-6 alkyl; oxopyrrolidinyl, said oxopyrrolidinyl being unsubstituted or substituted by cyano or C 1-6 alkyloxadiazolyl; phenyl, said phenyl being once or twice substituted by halogen; or pyridinyl, said pyridinyl being once or twice substituted by halogen; R 2 is H or C 1-6 alkyl; R 3 is phenyl, said phenyl being once, twice or three times substituted by substituents independently selected from cyano, halogen, C 1-6 alkyl and haloC 1-6 alkyl; pyridinyl, said pyridinyl being once or twice substituted by halogen; or thienyl; R 4 is H or C 1-6 alkyl; R 5 is H or C 1-6 alkyl; or pharmaceutically acceptable salt, enantiomer or diastereomer thereof. R 1 is C 3-7 cycloalkyl; dioxothiadiazolidinyl, said dioxothiadiazolidinyl being unsubstituted or substituted by benzyl; dioxothiazolidinyl; oxomorpholinyl; oxooxazolidinyl, said oxooxazolidinyl being once or twice substituted by C 1-6 alkyl; oxopyrrolidinyl, said oxopyrrolidinyl being unsubstituted or substituted by cyano or C 1-6 alkyloxadiazolyl; phenyl, said phenyl being once or twice substituted by halogen; or pyridinyl, said pyridinyl being once or twice substituted by halogen; R 2 is H or C 1-6 alkyl; R 3 is phenyl, said phenyl being once, twice or three times substituted by substituents independently selected from cyano, halogen, C 1-6 alkyl and haloC 1-6 alkyl; pyridinyl, said pyridinyl being once or twice substituted by halogen; or thienyl; R 4 is H or C 1-6 alkyl; R 5 is H or C 1-6 alkyl;
A method of enhancing dialog intelligibility in an audio signal, comprising, for each frame of the audio signal: determining, by a speech classifier, a speech confidence score that the frame includes speech content; determining, by a music classifier, a music confidence score that the frame includes music correlated content; in response to said speech confidence score, applying, by a dialog enhancement module, a user selected gain of selected frequency bands of the audio signal to obtain a dialog enhanced audio signal, the method is characterised in that the user selected gain is smoothed by an adaptive smoothing algorithm, an impact of past frames in said smoothing algorithm being determined by a smoothing factor, said smoothing factor being selected in response to said music confidence score, and having a relatively higher value for content having a relatively higher music confidence score and a relatively lower value for speech content having a relatively lower music confidence score, so as to increase the impact of past frames on the dialog enhancement of music correlated content. determining, by a speech classifier, a speech confidence score that the frame includes speech content; determining, by a music classifier, a music confidence score that the frame includes music correlated content; in response to said speech confidence score, applying, by a dialog enhancement module, a user selected gain of selected frequency bands of the audio signal to obtain a dialog enhanced audio signal, the method is characterised in that the user selected gain is smoothed by an adaptive smoothing algorithm, an impact of past frames in said smoothing algorithm being determined by a smoothing factor, said smoothing factor being selected in response to said music confidence score, and having a relatively higher value for content having a relatively higher music confidence score and a relatively lower value for speech content having a relatively lower music confidence score, so as to increase the impact of past frames on the dialog enhancement of music correlated content.
A plate-type heat exchanger, wherein a housing of the heat exchanger comprises a plurality of rectangular plate-like components, and the rectangular plate-like components are box-like components each having the same shape and having a standing wall section along a peripheral edge, and one of the box-like components is layered on another of the box-like components reversed in the horizontal direction to form a layered structure having an upper layer component and a lower layer component such that an upper portion of a standing wall section of the lower layer component of the layered structure is fit into a lower portion of a standing wall section of the upper layer component of the layered structure, and the angle (θ) of the standing wall sections with respect to the vertical direction of an upper side-flat portion is 15° ≤ θ ≤ 30°, and a portion of a contact region between the upper portion of the standing wall section of the lower layer component and the lower portion of the standing wall section of the upper layer component is joined by solid phase diffusion bonding, wherein a portion of the contact region between the upper portion of the standing wall section of the lower layer component and the lower portion of the standing wall of the upper layer component is joined by braze bonding.
A method of providing an alternate communication path between a central monitoring station and a connected security system, the connected security system including a control panel that communicates with the central monitoring station via a primary communication path and a plurality of connected electronic devices that have a signal connection with the control panel to enable the control panel to monitor and/or control the plurality of connected electronic devices, the method comprising the steps of: utilizing a user input device of the control panel to program or define one or more of the plurality of connected devices to be triggered to initiate the alternate communication path; the control panel or any of the plurality of connected electronic devices automatically detecting a failure in the primary communication path; responsive to the control panel or any of the plurality of connected electronic devices detecting the failure in the primary communication path, the one or more of the plurality of connected electronic devices automatically establishing the alternate communication path between the one or more of the plurality of connected electronic devices and the central monitoring station, the alternate communication path bypassing the control panel; a first of the plurality of connected electronic devices detecting a first event during the failure in the primary communication path; and the one or more of the plurality of connected electronic devices transmitting a first signal to the central monitoring station via the alternate communication path, the first signal alerting the central monitoring station of the first event. utilizing a user input device of the control panel to program or define one or more of the plurality of connected devices to be triggered to initiate the alternate communication path; the control panel or any of the plurality of connected electronic devices automatically detecting a failure in the primary communication path; responsive to the control panel or any of the plurality of connected electronic devices detecting the failure in the primary communication path, the one or more of the plurality of connected electronic devices automatically establishing the alternate communication path between the one or more of the plurality of connected electronic devices and the central monitoring station, the alternate communication path bypassing the control panel; a first of the plurality of connected electronic devices detecting a first event during the failure in the primary communication path; and the one or more of the plurality of connected electronic devices transmitting a first signal to the central monitoring station via the alternate communication path, the first signal alerting the central monitoring station of the first event.
Process for producing a pipeline, wherein the pipeline is formed in a corrugator and encloses a free flow cross section for a fluid with a wall, in that in each case two molding jaws form a pipeline section in an enclosing manner and open in opposite opening directions out of a parting plane and thereby demold the pipeline, wherein a connection location for connecting a functional element is formed in at least one pipeline section, in that the parting plane of the molding jaws extends centrally through the connection location and at least one connection point having an opening for fluidically connecting a connection line to the flow cross section of the pipeline is formed in the wall of the pipeline characterized in that the connection location is formed perpendicularly to the parting plane in the wall of the pipeline and the connection point is formed offset by 90° to the connection location in the wall, viewed with respect to the flow cross section of the pipeline.
A coupler for a fluid transport system, comprising a handle being continuous around the coupler, the coupler having a first end and a second end, the handle having a width measured in line with the longitudinal axis and a non-constant radius with respect to the central longitudinal axis of the coupler, wherein the handle comprises a plurality of regions being proximal the first end of the coupler, and a plurality of regions being distal the first end of the coupler, wherein the handle further comprises a plurality of regions of reduced radius and a plurality of regions of greater radius with respect to the central longitudinal axis of the coupler; and the regions of reduced radius and the regions of greater radius form undulations with respect to the non-constant radius of the handle; and wherein the entire width of the handle is proximal the first end of the coupler at the regions being proximal the first end and the entire width of the handle is distal the first end of the coupler at the regions being distal the first end of the coupler. the handle further comprises a plurality of regions of reduced radius and a plurality of regions of greater radius with respect to the central longitudinal axis of the coupler; and the regions of reduced radius and the regions of greater radius form undulations with respect to the non-constant radius of the handle; and wherein the entire width of the handle is proximal the first end of the coupler at the regions being proximal the first end and the entire width of the handle is distal the first end of the coupler at the regions being distal the first end of the coupler.
An optoelectronic device having at least one semiconductor body, which comprises an active region for producing electromagnetic radiation, and having a housing comprising a filter element, which is arranged after the active region in the emission direction and selectively transmits a primary radiation component having a predetermined primary-radiation property, wherein - a secondary radiation component having a secondary-radiation property that differs from the primary-radiation property is reflected by the filter element, wherein both the primary-radiation property and the secondary-radiation property are the direction and/or the polarization of the radiation component, - the filter element reflects the secondary radiation component back into the semiconductor body, - the secondary radiation component is subject to a deflection process or an absorption and re-emission process in the semiconductor body, - the deflected or re-emitted radiation impinges on the filter element, - a reflection layer is arranged on an opposite side of the active region from the filter element, and wherein the filter element is spaced apart from the semiconductor body, and the distance between filter element and semiconductor body is greater than 0 μm and less than 0.1 mm. - a secondary radiation component having a secondary-radiation property that differs from the primary-radiation property is reflected by the filter element, wherein both the primary-radiation property and the secondary-radiation property are the direction and/or the polarization of the radiation component, - the filter element reflects the secondary radiation component back into the semiconductor body, - the secondary radiation component is subject to a deflection process or an absorption and re-emission process in the semiconductor body, - the deflected or re-emitted radiation impinges on the filter element, - a reflection layer is arranged on an opposite side of the active region from the filter element,
A method comprising: obtaining touch information comprising force information regarding a pressure applied by a user as a user input to a pressure sensitive input device; and classifying, based on the force information, an intent of the user input as being a key strike referring to user selection of a particular key on a keyboard, with different locations of the keyboard being associated with different keys, in response to the user input, or as a mouse click referring to the pressing of a button associated with a mouse or a track pad; wherein the classifying includes defining an initial impact time duration beginning when pressure applied as the user input rises to a start threshold amount, and ending when the pressure applied as the user input drops to a local minimum or a stop threshold amount; and wherein the key strike is characterized by a sharp rise in force followed by a sharp decrease in force as the finger rebounds from the surface, and the mouse click is characterized by a slow rise in force followed by a sharp decrease in force, the sharp or slow rise and the sharp decrease in force occurring during the initial impact time duration and the initial impact time duration of a mouse click is longer than that of a key strike. obtaining touch information comprising force information regarding a pressure applied by a user as a user input to a pressure sensitive input device; and classifying, based on the force information, an intent of the user input as being a key strike referring to user selection of a particular key on a keyboard, with different locations of the keyboard being associated with different keys, in response to the user input, or as a mouse click referring to the pressing of a button associated with a mouse or a track pad; wherein the classifying includes defining an initial impact time duration beginning when pressure applied as the user input rises to a start threshold amount, and ending when the pressure applied as the user input drops to a local minimum or a stop threshold amount; and wherein the key strike is characterized by a sharp rise in force followed by a sharp decrease in force as the finger rebounds from the surface, and the mouse click is characterized by a slow rise in force followed by a sharp decrease in force, the sharp or slow rise and the sharp decrease in force occurring during the initial impact time duration and the initial impact time duration of a mouse click is longer than that of a key strike.
A method for treating a bioprosthetic tissue comprising: contacting the bioprosthetic tissue with one of a nucleophile or an electrophile in the presence of a catalytic system, wherein the catalytic system comprises at least one or a combination of a fluoride-based salt, a cesium-based salt, a potassium-based salt, and a rubidium-based salt, and wherein the catalytic system further comprises at least one pyridinium salt, wherein the nucleophile comprises one or more functional groups selected from the group consisting of: an amine, a hydroxyl and a sulfhydryl, or wherein the electrophile comprises one or more carbonyl functional groups. contacting the bioprosthetic tissue with one of a nucleophile or an electrophile in the presence of a catalytic system, wherein the catalytic system comprises at least one or a combination of a fluoride-based salt, a cesium-based salt, a potassium-based salt, and a rubidium-based salt, and wherein the catalytic system further comprises at least one pyridinium salt, wherein the nucleophile comprises one or more functional groups selected from the group consisting of: an amine, a hydroxyl and a sulfhydryl, or wherein the electrophile comprises one or more carbonyl functional groups.
A power tool for driving a fastener into a workpiece, the power tool comprising: a housing; an electric motor disposed in the housing and drivably connected to an output spindle to impart rotary motion thereto; and a controller disposed in the housing, the controller configured to monitor the power tool; characterized in that the controller is configured to monitor the power tool by monitoring a parameter of the power tool, to determine if a cam-out criterion indicative of the power tool becoming disengaged from a fastener has been met, and to modify operation of the power tool in response to the cam-out criterion having been met, wherein the parameter comprises at least one of: (i) a decrease in current supplied to the motor, which current decrease exceeds a threshold decrease; (ii) an increase in rotational speed of the motor, which speed increase is greater than a certain amount within a certain period of time; (iii) a decrease in torque on the output spindle in a particular period of time. a housing; an electric motor disposed in the housing and drivably connected to an output spindle to impart rotary motion thereto; and a controller disposed in the housing, the controller configured to monitor the power tool; characterized in that the controller is configured to monitor the power tool by monitoring a parameter of the power tool, to determine if a cam-out criterion indicative of the power tool becoming disengaged from a fastener has been met, and to modify operation of the power tool in response to the cam-out criterion having been met, wherein the parameter comprises at least one of: (i) a decrease in current supplied to the motor, which current decrease exceeds a threshold decrease; (ii) an increase in rotational speed of the motor, which speed increase is greater than a certain amount within a certain period of time; (iii) a decrease in torque on the output spindle in a particular period of time.
A non-woven material comprising: an inorganic fiber and a bi-component bonding fiber; the inorganic fiber selected from the group consisting of rock wool, slag wool, and mixtures thereof; the inorganic fiber having a shot content up to about 60 percent; the bi-component bonding fiber having a low melting point component and a high melting point component formed in unitary fiber filaments; the low melting point component melting point being from about 25°C to about 50°C less than the high melting point component melting point to enable the low melting point component to melt and bind to the inorganic fiber while the high melting point component remains intact; and the material being in mat form with a basis weight of about 3,000 gsm or greater; wherein the non-woven material includes 30 to 95% rock wool or slag wool; wherein the non-woven material includes 0.1 to 70% of bi-component bonding fiber; wherein the bi-component bonding fibers have a Denier of 1 to 72 grams/9,000 meters; wherein the inorganic fibers have a Denier of 0.7 to 1.7 grams/9,000 meters; wherein the bi-component bonding fiber has a strength similar to that of the inorganic fiber, said strength being from about 1 gram force to about 10 grams force (0.00980665 to 0.0980665 N) and having an elongation less than 20% at break both as measured per Din EN SSO 5079 or ASTM D3217; and wherein the non-woven material has a noise reduction coefficient of about 0.55 or more per ASTM C423, a flame spread index of about 25 or less, and a smoke development index of about 50 or less both per ASTM E84. an inorganic fiber and a bi-component bonding fiber; the inorganic fiber selected from the group consisting of rock wool, slag wool, and mixtures thereof; the inorganic fiber having a shot content up to about 60 percent; the bi-component bonding fiber having a low melting point component and a high melting point component formed in unitary fiber filaments; the low melting point component melting point being from about 25°C to about 50°C less than the high melting point component melting point to enable the low melting point component to melt and bind to the inorganic fiber while the high melting point component remains intact; and the material being in mat form with a basis weight of about 3,000 gsm or greater; wherein the non-woven material includes 30 to 95% rock wool or slag wool; wherein the non-woven material includes 0.1 to 70% of bi-component bonding fiber; wherein the bi-component bonding fibers have a Denier of 1 to 72 grams/9,000 meters; wherein the inorganic fibers have a Denier of 0.7 to 1.7 grams/9,000 meters; wherein the bi-component bonding fiber has a strength similar to that of the inorganic fiber, said strength being from about 1 gram force to about 10 grams force (0.00980665 to 0.0980665 N) and having an elongation less than 20% at break both as measured per Din EN SSO 5079 or ASTM D3217; and wherein the non-woven material has a noise reduction coefficient of about 0.55 or more per ASTM C423, a flame spread index of about 25 or less, and a smoke development index of about 50 or less both per ASTM E84.
A capsule for preparing a beverage, the capsule comprising a cup-shaped body, which is adapted to contain a dose of a substance to be brewed, has a longitudinal axis, and comprises a lateral wall coaxial with the axis, a bottom wall, and a tubular appendage, which extends from the bottom wall towards the inside of the capsule and defines a beverage outflow channel; the capsule is also provided with a cover to close the cup-shaped body, and the tubular appendage has a first axial end facing the cover and defining the inlet of the beverage outflow channel, and a second axial end defining the outlet of the beverage outflow channel; the capsule is characterised in that it further comprises a membrane firmly connected to the first end of the tubular appendage and provided with a plurality of through slots configured to widen when the pressure inside the capsule reaches a predetermined threshold pressure as a consequence of a pressurised fluid being injected into the capsule.