mhurhangee/ep-ind-claims huggingface dataset:
Multifunctionalized silicon nanoparticles comprising (a) a silicon core of a size of from 1 nm to 10 nm, (b) amine-terminated C 3 -C 18 aminoalkyl groups, amine-terminated 3-(2-amino-ethoxy)-propyl groups, amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or amine-terminated 2-(4-amino-methyl-phenyl)-ethyl groups, wherein the groups are covalently bound to the silicon core, (c) from 1 to 10 affinity binding agents covalently bound to amine-terminated C 3 -C 18 aminoalkyl groups, to amine-terminated 3-(2-amino-ethoxy)-propyl groups, to amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or to amine-terminated 2-(4-amino-methylphenyl)-ethyl groups, preferably via a linker, and (d) from 1 to 100 electrochemiluminescent compounds covalently bound to amine-terminated C 3 -C 18 aminoalkyl groups, to amine-terminated 3-(2-amino-ethoxy)-propyl groups, to amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or to amine-terminated 2-(4-aminomethyl-phenyl)-ethyl groups, preferably via a linker. (a) a silicon core of a size of from 1 nm to 10 nm, (b) amine-terminated C 3 -C 18 aminoalkyl groups, amine-terminated 3-(2-amino-ethoxy)-propyl groups, amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or amine-terminated 2-(4-amino-methyl-phenyl)-ethyl groups, wherein the groups are covalently bound to the silicon core, (c) from 1 to 10 affinity binding agents covalently bound to amine-terminated C 3 -C 18 aminoalkyl groups, to amine-terminated 3-(2-amino-ethoxy)-propyl groups, to amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or to amine-terminated 2-(4-amino-methylphenyl)-ethyl groups, preferably via a linker, and (d) from 1 to 100 electrochemiluminescent compounds covalently bound to amine-terminated C 3 -C 18 aminoalkyl groups, to amine-terminated 3-(2-amino-ethoxy)-propyl groups, to amine-terminated 3-[2-(2-amino-ethoxy)-ethoxy]-propyl groups or to amine-terminated 2-(4-aminomethyl-phenyl)-ethyl groups, preferably via a linker.
An apparatus for improving a perception of a sound signal, the apparatus comprising: a separation unit configured to separate the sound signal into at least one speech component and at least one noise component; and a spatial rendering unit configured to generate an auditory impression of the at least one speech component at a virtual position with respect to a user, when output via a transducer unit, and of the at least one noise component, when output via the transducer unit, wherein the virtual position is defined by a first azimuthal angle range (α1) with respect to a reference direction and the at least one noise component is defined by a second azimuthal angle range (α2) with respect to the reference direction, wherein the second azimuthal angle range (α2) is defined by one full circle; wherein the spatial rendering unit is further configured to obtain the second azimuthal angle range (α2) by reproducing the at least one noise component with a diffuse characteristic using decorrelation. a separation unit configured to separate the sound signal into at least one speech component and at least one noise component; and a spatial rendering unit configured to generate an auditory impression of the at least one speech component at a virtual position with respect to a user, when output via a transducer unit, and of the at least one noise component, when output via the transducer unit, wherein the virtual position is defined by a first azimuthal angle range (α1) with respect to a reference direction and the at least one noise component is defined by a second azimuthal angle range (α2) with respect to the reference direction, wherein the second azimuthal angle range (α2) is defined by one full circle; wherein the spatial rendering unit is further configured to obtain the second azimuthal angle range (α2) by reproducing the at least one noise component with a diffuse characteristic using decorrelation.
A discharge lamp ballast, comprising: a power converter that includes at least one switching element and is connected between a power source and a high intensity discharge lamp (DL1, DL2); and a control circuit that is configured to control an on/off state of the switching element so as to provide prescribed lamp power for the lamp (DL1, DL2) based on lamp power control after the start of the lamp (DL1, DL2); wherein the control circuit is configured to control the on/off state of the switching element so that at least one of an effective value and a peak value of the lamp power provided for the lamp (DL1, DL2) is increased more than that adjusted by constant lamp power control based on high power control after the start of the lamp (DL1, DL2), said constant lamp power control being control for adjusting the effective value of the lamp power provided for the lamp (DL1, DL2) to a prescribed power value, wherein the power converter comprises: a converter that includes the switching element and is configured to convert voltage from the power source into DC voltage; and an inverter that includes switching elements (Q22-Q25) and is configured to invert the DC voltage from the converter into square wave voltage; a detection means that is configured to detect at least one of lamp voltage, a lamp current and light output of the lamp (DL1, DL2) and wherein the control circuit is configured, for the constant lamp power control, to control the on/off state of the switching element so as to adjust the effective value of the lamp power provided for the lamp (DL1, DL2) to the prescribed power value, and wherein the control circuit is configured, for the high power control, to control the on/off state of the switching element so that at least one of the effective value and the peak value of the lamp power provided for the lamp (DL1, DL2) is increased more than that of the constant lamp power control, and control the on/off period of the switching element of the converter so that a lamp current provided by component of at least a half-period of the square wave voltage is increased while the number of half-period pulses of the square wave voltage reaches a specified number of times, characterized in that the ballast further comprises a flicker detection function that is configured to detect flicker generation on the lamp (DL1, DL2), wherein the flicker generation is detected based on at least one of values corresponding to the lamp voltage, values corresponding to the lamp current and values corresponding to the light output of the lamp (DL1, DL2), detected by the detection means, wherein the control circuit is configured to change the lamp power control to the high power control in case the flicker detection function detects flicker generation after the start of the lamp (DL1, DL2). a power converter that includes at least one switching element and is connected between a power source and a high intensity discharge lamp (DL1, DL2); and a control circuit that is configured to control an on/off state of the switching element so as to provide prescribed lamp power for the lamp (DL1, DL2) based on lamp power control after the start of the lamp (DL1, DL2);
An oxide semiconductor TFT array substrate, comprising: a thin film transistor, comprising a gate, a first part of a gate insulation layer on the gate, an active layer which is an oxide semiconductor layer on the first part of the gate insulation layer, a first part of an etch barrier layer on the active layer, and a source and a drain on the first part of the etch barrier layer; and a storage capacitance, comprising a first electrode plate, a second part of the gate insulation layer on the first electrode plate, a second part of the etch barrier layer on the second part of the gate insulation layer and a second electrode plate on the second part of the etch barrier layer, wherein the second part of the etch barrier layer above the first electrode plate has a thickness less than that of the first part of the etch barrier layer above the gate, and the thickness of the second part of the etch barrier layer is greater than 0. a thin film transistor, comprising a gate, a first part of a gate insulation layer on the gate, an active layer which is an oxide semiconductor layer on the first part of the gate insulation layer, a first part of an etch barrier layer on the active layer, and a source and a drain on the first part of the etch barrier layer; and a storage capacitance, comprising a first electrode plate, a second part of the gate insulation layer on the first electrode plate, a second part of the etch barrier layer on the second part of the gate insulation layer and a second electrode plate on the second part of the etch barrier layer, wherein the second part of the etch barrier layer above the first electrode plate has a thickness less than that of the first part of the etch barrier layer above the gate, and the thickness of the second part of the etch barrier layer is greater than 0.
A protection clip and a caliper body of a disc brake, wherein the caliper body includes a torque receiving part, the torque receiving part of the caliper body includes an attaching surface (74a, 74b) extending in a direction that is axial to a rotor of the disc brake, and a recess formed in the attaching surfaces (74a, 74b) and extending in a radial direction of an axis of the rotor, the protection clip includes a first claw portion for preventing separation of the protection clip, and a pressure receiving part that extends along the attaching surfaces, characterized in that the recess has an arc shape over the radial direction, the protection clip further includes a second claw portion for preventing separation of the protection clip, and the first claw portion and the second claw portion are inserted into the recess and fitted to transverse walls of the recess, so that the protection clip is not deviated in an axial direction of the rotor.
A control device for a construction machine, the control device comprising: an electronic joystick configured to generate a request signal for operation of a working device; a main controller configured to receive the request signal and generate a torque command and a pilot signal; an engine control unit configured to receive the torque command and generate an engine revolutions-per-minute command; an engine configured to be operated in compliance with the engine RPM command; a hydraulic motor/pump configured to be operated by the engine and discharge a working fluid or to be driven by an entering working fluid and output power; an auxiliary power device additionally installed on the engine or hydraulic motor/pump, and configured to provide auxiliary power to the engine or hydraulic motor/pump; and an engine load device including an air conditioner compressor powered by the engine; characterized in that when the auxiliary power is provided from the auxiliary power device, the main controller or the engine control unit controls the engine RPM of the engine to be lowered to a first engine RPM adapted for the maintenance of the engine in an ON state. an electronic joystick configured to generate a request signal for operation of a working device; a main controller configured to receive the request signal and generate a torque command and a pilot signal; an engine control unit configured to receive the torque command and generate an engine revolutions-per-minute command; an engine configured to be operated in compliance with the engine RPM command; a hydraulic motor/pump configured to be operated by the engine and discharge a working fluid or to be driven by an entering working fluid and output power; an auxiliary power device additionally installed on the engine or hydraulic motor/pump, and configured to provide auxiliary power to the engine or hydraulic motor/pump; and an engine load device including an air conditioner compressor powered by the engine;
A cutting machining tool (1; 100) for metal-containing materials, comprising a base material composed of cemented hard material which comprises hard material particles embedded in a ductile metallic binder, wherein the metallic binder is a Co-Ru alloy, the hard material particles are at least predominantly formed by tungsten carbide, a (Co + Ru) content of 5-17% by weight of the cemented hard material, an Ru content of 6-16% by weight of the (Co + Ru) content, a Cr content of 2-7.5% by weight of the (Co + Ru) content, a content of Ti, Ta and/or Nb of in each case < 0.2% by weight of the cemented hard material and a V content of < 0.3% by weight of the cemented hard material, preferably < 0.2% by weight, characterized by an average grain size of the tungsten carbide of 0.1 - 1.2 μm, measured as "linear intercept length", in accordance with the international standard ISO 4499-2:2008, wherein the Cr content is less than half of the Ru content.
A fluid distributor for a two-phase fluid flow system, comprising: a distributor housing; a distributor inlet at the distributor housing to admit a two-phase fluid flow to the fluid distributor; a nozzle section through which the two-phase fluid flow is directed; a plurality of flow distribution passages located downstream of the nozzle section; a plurality of flow outlets in the distributor housing, each flow outlet of the plurality of flow outlets coupled to one or more flow distribution passages, the plurality of flow distribution passages configured and arrayed such that the two-phase flow through the plurality of flow outlets is uniform, wherein each flow distribution passage includes a distribution passage inlet disposed at an inlet surface extending across the distributor housing downstream of the nozzle section; and a plurality of plenums in the housing, each plenum coupled to a flow outlet of the plurality of flow outlets and at least one flow distribution passage of the plurality of flow distribution passages, wherein two or more flow distribution passages of the plurality of flow distribution passages are coupled to the same plenum of the plurality of plenums, to flow the two phase flow into the plenum from the two or more distribution passages; and a passage inlet surface located downstream of the nozzle section wherein the number of distribution passage inlets coupled to the flow outlets via the plurality of plenums are unequal; the fluid distributor characterised in that each flow outlet of the plurality of flow outlets extends perpendicular to the distributor housing. a distributor housing; a distributor inlet at the distributor housing to admit a two-phase fluid flow to the fluid distributor; a nozzle section through which the two-phase fluid flow is directed; a plurality of flow distribution passages located downstream of the nozzle section; a plurality of flow outlets in the distributor housing, each flow outlet of the plurality of flow outlets coupled to one or more flow distribution passages, the plurality of flow distribution passages configured and arrayed such that the two-phase flow through the plurality of flow outlets is uniform, wherein each flow distribution passage includes a distribution passage inlet disposed at an inlet surface extending across the distributor housing downstream of the nozzle section; and a plurality of plenums in the housing, each plenum coupled to a flow outlet of the plurality of flow outlets and at least one flow distribution passage of the plurality of flow distribution passages, wherein two or more flow distribution passages of the plurality of flow distribution passages are coupled to the same plenum of the plurality of plenums, to flow the two phase flow into the plenum from the two or more distribution passages; and a passage inlet surface located downstream of the nozzle section wherein the number of distribution passage inlets coupled to the flow outlets via the plurality of plenums are unequal; the fluid distributor characterised in that each flow outlet of the plurality of flow outlets extends perpendicular to the distributor housing.
An apparatus for providing reduced pressure to a wound at a tissue site and facilitating growth of tissue within the wound, the apparatus comprising: a scaffold for implantation in the wound, the scaffold providing a structure for the growth of the tissue and having a channel therein in fluid communication with the wound; a chemical substance covering at least a portion of the channel, wherein the chemical substance contains microbubbles; and a manifold for providing the reduced pressure to the scaffold. a scaffold for implantation in the wound, the scaffold providing a structure for the growth of the tissue and having a channel therein in fluid communication with the wound; a chemical substance covering at least a portion of the channel, wherein the chemical substance contains microbubbles; and a manifold for providing the reduced pressure to the scaffold.
A pseudo-emotion generation method of generating a pseudo-emotion of a vehicle including a wheel (91, 92), the method comprising: obtaining a tire force which is an external force exerted on the wheel (91, 92) from a ground surface; deriving an emotion evaluation index as a rating of a pseudo-emotion of the vehicle; and generating the pseudo-emotion based on the derived emotion evaluation index, wherein the emotion evaluation index includes a positive evaluation index as a rating of a positive emotion, in deriving the emotion evaluation index, the positive evaluation index is derived based on the obtained tire force in such a manner that the larger a horizontal force included in the tire force is, the higher the positive evaluation index is, characterized in that in deriving the emotion evaluation index, the emotion evaluation index derived at a time point is corrected based on a past emotion evaluation index derived before the time point. obtaining a tire force which is an external force exerted on the wheel (91, 92) from a ground surface; deriving an emotion evaluation index as a rating of a pseudo-emotion of the vehicle; and generating the pseudo-emotion based on the derived emotion evaluation index, wherein the emotion evaluation index includes a positive evaluation index as a rating of a positive emotion, in deriving the emotion evaluation index, the positive evaluation index is derived based on the obtained tire force in such a manner that the larger a horizontal force included in the tire force is, the higher the positive evaluation index is, characterized in that in deriving the emotion evaluation index, the emotion evaluation index derived at a time point is corrected based on a past emotion evaluation index derived before the time point.
A method for an automatic and on-the-fly conversion of website's non-accessible documents to respective documents in an accessible format, comprising: a. inserting a first script within each web page of said website that contains one or more non accessible documents; b. upon loading of a web page from said website to a user's browser, executing said first script, which in turn identifies all original links within said web page to non-accessible documents, said script also substitutes a respective alternative link for each of said original links respectively, each of said alternative links leads to an alternative address, respectively, within a conversion server; c. upon clicking by a user of one of said alternative links, extracting by said conversion server the respective non-accessible document, and transferring the respective non accessible document to said conversion server; d. converting content of said non-accessible document to identical content of a respective document in an HTML format; e. adding to said HTML format document at least an accessibility ruler script, thereby creating an accessible document; f. optionally adding one or more additional scripts to said accessible document; and g. opening said accessible document with the user's browser, while simultaneously executing said accessibility ruler script and said additional scripts, if exist. a. inserting a first script within each web page of said website that contains one or more non accessible documents; b. upon loading of a web page from said website to a user's browser, executing said first script, which in turn identifies all original links within said web page to non-accessible documents, said script also substitutes a respective alternative link for each of said original links respectively, each of said alternative links leads to an alternative address, respectively, within a conversion server; c. upon clicking by a user of one of said alternative links, extracting by said conversion server the respective non-accessible document, and transferring the respective non accessible document to said conversion server; d. converting content of said non-accessible document to identical content of a respective document in an HTML format; e. adding to said HTML format document at least an accessibility ruler script, thereby creating an accessible document; f. optionally adding one or more additional scripts to said accessible document; and g. opening said accessible document with the user's browser, while simultaneously executing said accessibility ruler script and said additional scripts, if exist.
Counterweight block, in particular for a crane, comprising a multi-part connecting element and two sub-blocks (12, 14) which can be connected to one another by the connecting element, characterised in that the connecting element comprises supports (22, 24) that are anchored in each of the sub-blocks (12, 14) and are each connected to solid blocks of the connecting element.
A polyacetal resin composition comprising at least: 100 parts by mass of a polyacetal resin; 0.01 parts by mass or more and 1 part by mass or less of a hindered phenol antioxidant; 0.3 parts by mass or more and 5 parts by mass or less of a silicone oil; 0.1 parts by mass or more and 1.0 parts by mass or less of calcium carbonate; and 0.02 parts by mass or more and 0.2 parts by mass or less of a fatty acid, the calcium carbonate being non-surface treated precipitated calcium carbonate having an average particle diameter of 1 um or less, and the fatty acid being a fatty acid having 12 or more and 30 or less carbon atoms. 0.01 parts by mass or more and 1 part by mass or less of a hindered phenol antioxidant; 0.3 parts by mass or more and 5 parts by mass or less of a silicone oil; 0.1 parts by mass or more and 1.0 parts by mass or less of calcium carbonate; and 0.02 parts by mass or more and 0.2 parts by mass or less of a fatty acid, the calcium carbonate being non-surface treated precipitated calcium carbonate having an average particle diameter of 1 um or less, and the fatty acid being a fatty acid having 12 or more and 30 or less carbon atoms.
Ironing appliance comprising a water tank, an iron having a steam chamber for producing steam and a steam control member to be manually operated by a user and configured to control a water supply to the steam chamber when the steam control member is actuated, the iron further comprising an electric heating resistor configured to heat the steam chamber and a heating control circuit configured to control the power supply of the electric heating resistor, characterised in that the steam control member is connected to the heating control circuit and is configured to control the communication of an actuation signal to the heating control circuit when the steam control member is actuated, and in that the heating control circuit is configured to change the power supply of the electric heating resistor when an actuating signal is communicated to the heating control circuit.