mhurhangee/ep-ind-claims huggingface dataset:
A method of context-aware caller redirection from a telephony environment to a messaging environment, the method comprising: receiving telephony information from a telephony system, the telephony information including a caller identifier corresponding to a caller device and call context provided by the caller device during a telephone call between the caller device and the telephony system; selecting a selected messaging operator of a plurality of messaging operators based on the call context; generating a messaging interface for the selected messaging operator, the messaging interface including the caller identifier, the call context, and an input interface; receiving a caller message from the caller device via a messaging service; updating the messaging interface to include the caller message in response to receipt of the caller message; triggering transmission of an operator message to the caller device via the messaging service, the operator message input by the selected messaging operator via the input interface of the messaging interface; and updating the messaging interface to include the operator message in response to triggering transmission of the operator message. receiving telephony information from a telephony system, the telephony information including a caller identifier corresponding to a caller device and call context provided by the caller device during a telephone call between the caller device and the telephony system; selecting a selected messaging operator of a plurality of messaging operators based on the call context; generating a messaging interface for the selected messaging operator, the messaging interface including the caller identifier, the call context, and an input interface; receiving a caller message from the caller device via a messaging service; updating the messaging interface to include the caller message in response to receipt of the caller message; triggering transmission of an operator message to the caller device via the messaging service, the operator message input by the selected messaging operator via the input interface of the messaging interface; and updating the messaging interface to include the operator message in response to triggering transmission of the operator message.
An expression cassette for expressing a gene of interest in Trichoderma spp. cells, the expression cassette being comprised of a contiguous DNA sequence comprising: a region encoding a gene of interest desired to be expressed; one or more regulatory sequences sufficient to cause the expression of the gene of interest upon introduction of the expression vector into the Trichoderma spp. cells; and an insulator sequence upstream and/or downstream of the contiguous DNA sequence, wherein the insulator sequence reduces histone binding; wherein upon introduction of the expression cassette into the Trichoderma spp. cells, the presence of the insulator sequence increases the expression of the gene of interest compared to the level of expression obtained using an equivalent expression cassette lacking the insulator sequences. a region encoding a gene of interest desired to be expressed; one or more regulatory sequences sufficient to cause the expression of the gene of interest upon introduction of the expression vector into the Trichoderma spp. cells; and an insulator sequence upstream and/or downstream of the contiguous DNA sequence, wherein the insulator sequence reduces histone binding;
A drawer pull-out guide, comprising: - a first guide rail and at least one second guide rail displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies (24a, 24b, 25, 26), wherein the at least one running carriage is displaceably supported between the first guide rail and the at least one second guide rail, wherein the at least one running carriage includes at least two rolling bodies (24a, 24b) rotatable about a rotational axis, the at least two rolling bodies (24a, 24b) - in a view onto a plane perpendicular to a longitudinal direction of the guide rails (9, 10) - being arranged so as to be laterally offset to one another, wherein each of the at least two rolling bodies (24a, 24b) has a cylindrical form and is rotationally supported about a horizontally extending rotational axis in a mounted position of the drawer pull-out guide, - wherein the rotational axes of the at least two rolling bodies (24a, 24b) are arranged in a same running plane, and that the least two rolling bodies (24a, 24b) each have a same diameter, characterized in that the running carriage includes at least four rolling bodies (24a, 24b, 25, 26) which are each rotatably supported about a rotational axis, wherein at least two rotational axes of the at least four rolling bodies (24a, 24b, 25, 26) are arranged in a same running plane, and a third rotational axis and a fourth rotational axis of the at least four rolling bodies (24a, 24b, 25, 26) are arranged in running planes (B, C) separate from the running plane, wherein each of the rolling bodies (24a, 24b, 25, 26) arranged in different running planes (A, B, C) is rotatably supported about a horizontally extending rotational axis. - a first guide rail and at least one second guide rail displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies (24a, 24b, 25, 26), wherein the at least one running carriage is displaceably supported between the first guide rail and the at least one second guide rail, wherein the at least one running carriage includes at least two rolling bodies (24a, 24b) rotatable about a rotational axis, the at least two rolling bodies (24a, 24b) - in a view onto a plane perpendicular to a longitudinal direction of the guide rails (9, 10) - being arranged so as to be laterally offset to one another, wherein each of the at least two rolling bodies (24a, 24b) has a cylindrical form and is rotationally supported about a horizontally extending rotational axis in a mounted position of the drawer pull-out guide, - wherein the rotational axes of the at least two rolling bodies (24a, 24b) are arranged in a same running plane, and that the least two rolling bodies (24a, 24b) each have a same diameter,
Motor-driven rotary pump comprising a pump casing and an electric motor, having a separating can or split tube made of a synthetic material with a coaxial, annular flange made of a synthetic material encompassing an open end, in which an area of the separating can or split tube lies between the motor stator and the rotor, and the flange lies between the motor housing and the pump casing so that it serves as an annular flange, separating the pump chamber that houses the impeller from the chamber of the electric motor that houses the motor stator with its windings, in which the full or partial surfaces on both sides of the flange are electrically conductive and there is a conductive connection between the conductive surfaces (4a, 4b) on both sides of the flange.
A method in connection with a continuous material web, the material web running from an unwinder to a winder, at least one of the (un)winders being a centre winder, wherein the centre winder is controlled by an electric drive provided with a torque control, the method comprising giving an initial value for density (p)of a material on the centre winder, calculating a moment of inertia (Jp) for a roll of material on the centre winder, determining tightness (T meas) of the material web by a mechanical sensor, producing, by a tightness controller, a correction term for torque calculation (T cont) on the basis of a material web tightness reference (T ref), the determined material web tightness (T meas) and the moment of inertia (Jp) of the roll of material on the centre winder, calculating a torque reference (Tq ref) on the basis of the correction term (T cont) produced by the tightness controller and the calculated moment of inertia (Jp) of the roll of material on the centre winder, and controlling the torque of the centre winder on the basis of the torque reference (Tq ref), characterized in that the method comprises correcting the density value of the material on the centre winder on the basis of the correction term produced by the tightness controller.
Embossing tool, comprising: - a rotary embossing roll with an axis of rotation in its longitudinal direction and raised embossing protrusions (18; 18a, 18b) arranged on the operative surface area of the embossing roll; - the embossing roll comprising a least two segments (14; 14a - 14h) forming at least a part of the operative surface area of the embossing roll; - each segment (14; 14a - 14h) being provided with at least one raised embossing protrusion (18; 18a, 18b) characterized in that the radial position and angular orientation of at least one segment (14; 14a - 14h) is adjustable by means of at least two spaced apart, independently provided adjustment devices. - a rotary embossing roll with an axis of rotation in its longitudinal direction and raised embossing protrusions (18; 18a, 18b) arranged on the operative surface area of the embossing roll; - the embossing roll comprising a least two segments (14; 14a - 14h) forming at least a part of the operative surface area of the embossing roll; - each segment (14; 14a - 14h) being provided with at least one raised embossing protrusion (18; 18a, 18b) characterized in that the radial position and angular orientation of at least one segment (14; 14a - 14h) is adjustable by means of at least two spaced apart, independently provided adjustment devices.
A method for distinguishing between a blood sample and an aqueous non-blood sample, the method comprising: (a) applying a first test potential between a first electrode and a second electrode when a sample is introduced into an electrochemical cell and measuring a first current transient; (b) applying a second test potential between a first electrode and a second electrode, the second test potential being sufficient to oxidize a reduced mediator at the second electrode and measuring a second current transient; (c) measuring a capacitance of the electrochemical cell; (d) applying a third test potential between a first electrode and a second electrode, the third test potential being sufficient to oxidize a reduced mediator at the first electrode, and measuring a third current transient; (e) calculating, based on the first current transient, a first reference value; (f) calculating, based on the second and third current transients, a second reference value; (g) calculating, based on at least the measured capacitance, a capacitance index, which is a ratio of the measured capacitance and an average capacitance of electrochemical cells of the same type; (h) calculating, based on the first reference value and the capacitance index, a third reference value; and (i) determining, based on the second and third reference values, whether the sample is a blood sample or an aqueous non-blood sample. (a) applying a first test potential between a first electrode and a second electrode when a sample is introduced into an electrochemical cell and measuring a first current transient; (b) applying a second test potential between a first electrode and a second electrode, the second test potential being sufficient to oxidize a reduced mediator at the second electrode and measuring a second current transient; (c) measuring a capacitance of the electrochemical cell; (d) applying a third test potential between a first electrode and a second electrode, the third test potential being sufficient to oxidize a reduced mediator at the first electrode, and measuring a third current transient; (e) calculating, based on the first current transient, a first reference value; (f) calculating, based on the second and third current transients, a second reference value; (g) calculating, based on at least the measured capacitance, a capacitance index, which is a ratio of the measured capacitance and an average capacitance of electrochemical cells of the same type; (h) calculating, based on the first reference value and the capacitance index, a third reference value; and (i) determining, based on the second and third reference values, whether the sample is a blood sample or an aqueous non-blood sample.
Device for machining a workpiece plate with a rotating tool, with a cooling ring surrounding the tool coaxially to its axis of rotation and the cooling ring being connected to a pressure line for a cooling liquid to form a cooling liquid crown directed towards the circumference of the tool and with at least one sliding surface for the workpiece plate formed by the cooling ring, provided in a circumferential section of the cooling liquid crown for the workpiece plate, characterized in that the cooling ring has spray channels (7, 14) which are distributed over its circumference, are aligned towards the circumference of the tool and open out in the sliding surface region in the sliding surface and are each connected by a throttle to an annular channel which is connected to the pressure line for the cooling liquid.
Cooking appliance with a cooktop, at least two heating elements, at least one lighting element, and a resiliently acting pressing device which has a supporting section, wherein the cooktop is made of a glass or glassceramic material, the at least two heating elements and the at least one lighting element being arranged in the region below the underside of the cooktop, the heating elements bear indirectly or directly against the underside of the cooktop by means of the resiliently acting pressing device, the supporting section being supported on a housing by means of spring elements or the supporting section itself having a spring action, the lighting element or elements and the heating elements are arranged on the common support section of the pressing device in such a way that they can be adjusted when the cooktop is deflected and/or vibrated, characterized in that each one of said heating elements comprises an induction coil, and said cooking apparatus is adapted for surface induction application, wherein a plurality of induction coils of heating elements are mounted on said support section.
A method for evaluating a test flavor-improving agent, characterized in that said method comprises the steps of: giving subjects a solution prepared by adding a known flavor-improving agent to an aqueous solution of a taste substance selected from the group consisting of sweet substances, salty substances, acid substances, bitter substances, and umami substances and measuring a change in signal strength around the temple area caused by the drinking of the solution with an apparatus for in vivo optical measurement; selecting a subject showing a change in signal strength around the temple area by the addition of the known flavor-improving agent in the step; and giving a solution prepared by adding a test flavor-improving agent to an aqueous solution of the taste substance to the subject selected in the step as an object, measuring a change in signal strength around the temple area caused by the drinking of the solution with an apparatus for in vivo optical measurement, and evaluating the flavor-improving effect of the test flavor-improving agent from the change in signal strength as an index, wherein the test flavor-improving agent is an olfactory sense-stimulating substance and wherein the known flavor-improving agent is a substance that shows a flavor-improving effect on the taste substance to which the agent is added, and the test flavor-improving agent is a chemical substance or biological substance that is a target of the evaluation of a flavor-improving effect in the method. giving subjects a solution prepared by adding a known flavor-improving agent to an aqueous solution of a taste substance selected from the group consisting of sweet substances, salty substances, acid substances, bitter substances, and umami substances and measuring a change in signal strength around the temple area caused by the drinking of the solution with an apparatus for in vivo optical measurement; selecting a subject showing a change in signal strength around the temple area by the addition of the known flavor-improving agent in the step; and giving a solution prepared by adding a test flavor-improving agent to an aqueous solution of the taste substance to the subject selected in the step as an object, measuring a change in signal strength around the temple area caused by the drinking of the solution with an apparatus for in vivo optical measurement, and evaluating the flavor-improving effect of the test flavor-improving agent from the change in signal strength as an index,
Albumin binding polypeptide comprising an amino acid sequence selected from i) LAX 3 AKEAANA ELDX 14 YGVSDF YKRLIDKAKT VEGVEALKDA ILAALP wherein independently of each other X 3 is selected from E and S; and X 14 is selected from A, S, C and K; and ii) an amino acid sequence which has at least 95 % identity to the sequence defined in i). i) LAX 3 AKEAANA ELDX 14 YGVSDF YKRLIDKAKT VEGVEALKDA ILAALP wherein independently of each other X 3 is selected from E and S; and X 14 is selected from A, S, C and K; and X 3 is selected from E and S; and X 14 is selected from A, S, C and K; ii) an amino acid sequence which has at least 95 % identity to the sequence defined in i).
A method of processing playback content control commands generated at a client device and communicated by a backend server to the client device and a controlled device to control media content playback at the controlled device, the method comprising: sending, by the client device, a playback content control command to the backend server, wherein the backend server is configured to communicate the playback content control command to the client device, to update the playback state on the client device, and to the controlled device; upon the client device sending the playback content control command, initiating, at the client device, a buffer time period; and ignoring, at the client device, any playback content control commands from the backend server during the buffer time period. sending, by the client device, a playback content control command to the backend server, wherein the backend server is configured to communicate the playback content control command to the client device, to update the playback state on the client device, and to the controlled device; upon the client device sending the playback content control command, initiating, at the client device, a buffer time period; and ignoring, at the client device, any playback content control commands from the backend server during the buffer time period.
A luminaire (610, 710, 810), in particular continuous line module, having a luminaire housing (612, 712, 812) for at least one lighting means and a power supply arrangement (600, 700, 800) with phase selection for the luminaire arranged in the luminaire housing, the power supply arrangement comprising: a driver device (614, 714, 814) for one or more lighting means, comprising a digital interface (642, 742, 842) for data connection of the driver device to a central controller via a digital data bus, in particular via a DALI bus; a connector (622, 722, 822) for connection to a multi-phase supply line (620, 720, 820) having a plurality of phase conductors (L1, L2, L3); and a phase selection device for selectively connecting the driver device to one particular phase conductor of the multi-phase supply line; characterized in that the phase selection device is configured as an electronically controllable phase selection switch (630, 730, 830) and has a control input (632, 732) so that the phase conductor, which is intended for single-phase supply to the driver device, can be selected by electronic control via the control input; and that the driver device has an electronic control unit (740, 840) for controlling the phase selection switch (730, 830) via its control input or is connected to an electronic control unit for controlling the phase selection switch via the control input of the phase selection switch; wherein the electronic control unit (640, 740, 840) enables the power supply circuit (600, 700, 800) to be connected to the digital data bus (644, 744, 844). a driver device (614, 714, 814) for one or more lighting means, comprising a digital interface (642, 742, 842) for data connection of the driver device to a central controller via a digital data bus, in particular via a DALI bus; a connector (622, 722, 822) for connection to a multi-phase supply line (620, 720, 820) having a plurality of phase conductors (L1, L2, L3); and a phase selection device for selectively connecting the driver device to one particular phase conductor of the multi-phase supply line; characterized in that the phase selection device is configured as an electronically controllable phase selection switch (630, 730, 830) and has a control input (632, 732) so that the phase conductor, which is intended for single-phase supply to the driver device, can be selected by electronic control via the control input; and that the driver device has an electronic control unit (740, 840) for controlling the phase selection switch (730, 830) via its control input or is connected to an electronic control unit for controlling the phase selection switch via the control input of the phase selection switch; wherein the electronic control unit (640, 740, 840) enables the power supply circuit (600, 700, 800) to be connected to the digital data bus (644, 744, 844).
An electrochemical cell, comprising a plurality of prismatic electrode stacks, each prismatic electrode stack having a prismatic plane defined as the largest side of the prismatic electrode stack, the plurality of prismatic electrode stacks being arranged side-by-side such that the prismatic planes are parallel to each other, each prismatic electrode stack extending in the prismatic plane and having a plurality of positive electrode plates and a plurality of negative electrode plates stacked alternately with intervening separators therebetween, the positive electrode plates and the negative electrode plates being laterally offset so that end leads of the positive electrode plates extend from one side of the electrode stack and end leads of the negative electrode plates extend from an opposite side of the electrode stack; a one-piece positive bus strap common to the plurality of prismatic electrode stacks and joined to the end leads of the positive electrode plates of each stack and a one-piece negative bus strap common to the plurality of prismatic electrode stacks and joined to the end leads of the negative electrode plates of each stack, wherein said positive and negative bus straps and connecting portions of said end leads of the positive and negative electrode plates are disposed parallel to each other and perpendicular to the prismatic plane of the prismatic electrode stack, whereby said end leads of the positive electrode plates are joined to said one-piece positive bus strap at said connecting portions and said end leads of the negative electrode plates are joined to the one-piece negative bus strap at said connecting portions; characterized in that the positive and negative bus straps are joined to the respective end leads of the positive and negative electrode plates by welds, wherein each stack has welds separate from the welds of the other stacks and a case accommodating the prismatic electrode stacks, the bus straps and liquid electrolyte.