mhurhangee/ep-ind-claims huggingface dataset:
Equipment attaching device for vehicles comprised of at least one connecting device, with which the equipment attaching device attaches to the vehicle's attachment bracket, and at least one connecting device to which at least one exchangeable piece of equipment may be attached, said equipment attaching device being comprised of at least one first frame assembly which via at least one bearing is pivotally arranged around a first axis of rotation in relation to at least one second frame assembly which via at least one second bearing is pivotally arranged around a second axis of rotation in relation to at least one third frame assembly characterised in that the connecting device is pivotally arranged around an axis of rotation which allows equipment attached to the connecting device to be tilted up or down and in that the bearings (10, 12) include at least one adjustment device for adjustment of the bearings (10,12) play and that the design includes at least one strain reducing device to reduce the torque affecting the bearing at the first axis of rotation and/or bearing at the second axis of rotation.
Mixer arrangement for mixing an additive with an exhaust gas stream, wherein the mixer arrangement comprises at least one overflow surface which is arranged in a mixing section of an exhaust pipe which jets the exhaust gas with the additive, and the exhaust pipe has a cross section and a main flow direction of the exhaust gas stream, wherein the at least one overflow surface is arranged centrally in the mixing section and is oriented along the main flow direction of the exhaust gas stream, wherein a multiplicity of closed depressions are provided in the overflow surface, which depressions induce vortices and transversely flowing filaments in the exhaust stream, characterized in that the at least one overflow surface is formed with a single-piece plate, wherein the plate has two overflow surfaces and a multiplicity of closed depressions on both sides.
A polymer actuator comprising: a power driver deformed upon receiving external electro stimuli; and electrodes (12A, 13A) disposed on upper and lower surface sides of the power driver in an opposite manner for applying positive and negative external electro stimuli to the power driver in a planar fashion; wherein the electrodes have different stimuli application regions to have different electrical field distributions for causing distribution of stress generated in the power driver to be eccentrically located on one of positive and negative sides, thereby bending and deforming the power driver onto a side on which the opposite stimuli application regions do not exist, characterized in that one of the electrodes is provided with an inclined surface that separates from the power driver in a spreading manner in a diametrical direction of an outer end of the power driver. a power driver deformed upon receiving external electro stimuli; and electrodes (12A, 13A) disposed on upper and lower surface sides of the power driver in an opposite manner for applying positive and negative external electro stimuli to the power driver in a planar fashion; wherein the electrodes have different stimuli application regions to have different electrical field distributions for causing distribution of stress generated in the power driver to be eccentrically located on one of positive and negative sides, thereby bending and deforming the power driver onto a side on which the opposite stimuli application regions do not exist, characterized in that one of the electrodes is provided with an inclined surface that separates from the power driver in a spreading manner in a diametrical direction of an outer end of the power driver.
A multimode optical fiber comprising: a graded index glass core comprising refractive index Δ1, a maximum refractive index delta Δ1 MAX, and a radius between 10 and 40 microns; and cladding region surrounding said core and an outer cladding comprising refractive index Δ4, characterised in that the said fiber exhibits an overfilled bandwidth at an operating wavelength situated in 900 nm to 1250 nm wavelength range greater than 2.5 GHz-km, and wherein the said cladding region comprises an inner cladding surrounding and in contact with the core, the inner cladding region comprising a refractive index Δ2 and a maximum refractive index Δ2 MAX, and a depressed-index annular portion surrounding the inner cladding portion, the depressed-index annular portion comprising a refractive index Δ3 and a minimum refractive index Δ3 MIN and a width of at least 1 micron, and wherein Δ1 MAX has a refractive index delta between 0.3% and 2%, Δ3 MIN has a refractive index delta between -0.1 % and -3% and Δ1 MAX > Δ2 MAX > Δ3 MIN. a graded index glass core comprising refractive index Δ1, a maximum refractive index delta Δ1 MAX, and a radius between 10 and 40 microns; and cladding region surrounding said core and an outer cladding comprising refractive index Δ4, characterised in that the said fiber exhibits an overfilled bandwidth at an operating wavelength situated in 900 nm to 1250 nm wavelength range greater than 2.5 GHz-km, and wherein the said cladding region comprises an inner cladding surrounding and in contact with the core, the inner cladding region comprising a refractive index Δ2 and a maximum refractive index Δ2 MAX, and a depressed-index annular portion surrounding the inner cladding portion, the depressed-index annular portion comprising a refractive index Δ3 and a minimum refractive index Δ3 MIN and a width of at least 1 micron, and wherein Δ1 MAX has a refractive index delta between 0.3% and 2%, Δ3 MIN has a refractive index delta between -0.1 % and -3% and Δ1 MAX > Δ2 MAX > Δ3 MIN.
A refrigerator comprising: an inner case comprising an ice making chamber formed in an interior of the inner case; an outer case coupled to an outside of the inner case; a body insulator foamed between the inner case and the outer case; and a refrigerant pipe having at least a portion disposed in the ice making chamber, to supply cooling energy to the ice making chamber; characterized by a refrigerant pipe insulator comprising a first insulator section and a second insulator section coupled to the first insulator section which together insulate a bent portion of the refrigerant pipe, wherein the inner case further comprises an opening allowing the refrigerant pipe insulator to extend therethrough, wherein at least a portion of each of the first insulator section and the second insulator section extend through the opening such that an inserted portion of the refrigerant pipe insulator is disposed in the ice making chamber, and a remaining or fixed portion of the first insulator section and the second insulator section are disposed between the inner case and the outer case, and wherein the refrigerant pipe insulator is supported by the body insulator foamed between the inner case and the outer case. an inner case comprising an ice making chamber formed in an interior of the inner case; an outer case coupled to an outside of the inner case; a body insulator foamed between the inner case and the outer case; and a refrigerant pipe having at least a portion disposed in the ice making chamber, to supply cooling energy to the ice making chamber; characterized by a refrigerant pipe insulator comprising a first insulator section and a second insulator section coupled to the first insulator section which together insulate a bent portion of the refrigerant pipe, wherein the inner case further comprises an opening allowing the refrigerant pipe insulator to extend therethrough, wherein at least a portion of each of the first insulator section and the second insulator section extend through the opening such that an inserted portion of the refrigerant pipe insulator is disposed in the ice making chamber, and a remaining or fixed portion of the first insulator section and the second insulator section are disposed between the inner case and the outer case, and wherein the refrigerant pipe insulator is supported by the body insulator foamed between the inner case and the outer case.
A method, executed by a digital video recorder (DVR, 110), comprising receiving at least a selection of a program available through the digital video recorder comprised in a home, characterized in that it further comprises: tagging at least one selected program with a tag from which a viewing location in said home can be obtained; and controlling a display of a title of said at least one selected program by devices connected to the digital video recorder that are positioned in viewing locations in said home according to said tag. tagging at least one selected program with a tag from which a viewing location in said home can be obtained; and controlling a display of a title of said at least one selected program by devices connected to the digital video recorder that are positioned in viewing locations in said home according to said tag.
A belt retractor having - a belt shaft which is rotatably mounted in a housing and onto which a safety belt can be wound, the housing being able to be fastened to the vehicle, and - an electric motor for driving the belt shaft to move rotationally, and - a gear mechanism which transmits the rotational movement from the electric motor to the belt shaft, - the gear mechanism can be driven in a deactivated state as an assembly to drive the belt shaft with a first torque, and - the belt retractor has a first part which, when a tensile force exerted by the safety belt is exceeded, is driven to move rotationally in a direction of rotation opposite to the direction of rotation of the electric motor, and characterized in that - a braking device is provided which brakes the rotational movement of the first part and thereby actuates a blocking device to block a second part of the gear mechanism, - the blocking device activating the gear mechanism by blocking the second part in order to transmit the rotational movement of the electric motor to the belt shaft in a reduction ratio. - a belt shaft which is rotatably mounted in a housing and onto which a safety belt can be wound, the housing being able to be fastened to the vehicle, and - an electric motor for driving the belt shaft to move rotationally, and - a gear mechanism which transmits the rotational movement from the electric motor to the belt shaft, - the gear mechanism can be driven in a deactivated state as an assembly to drive the belt shaft with a first torque, and - the belt retractor has a first part which, when a tensile force exerted by the safety belt is exceeded, is driven to move rotationally in a direction of rotation opposite to the direction of rotation of the electric motor, and characterized in that - a braking device is provided which brakes the rotational movement of the first part and thereby actuates a blocking device to block a second part of the gear mechanism, - the blocking device activating the gear mechanism by blocking the second part in order to transmit the rotational movement of the electric motor to the belt shaft in a reduction ratio.
A process for manufacturing a cross-linked hyaluronic acid product, comprising (a) initiating cross-linking of HA by reacting HA with one or more polyfunctional cross-linking agents in an aqueous solution to obtain an activated HA; (b) removing unreacted cross-linking agent(s) from the activated HA; and (c) finalizing the cross-linking of the activated HA by subjecting the activated HA to further cross-linking conditions without addition of any additional cross-linking agent to obtain a cross-linked HA product; wherein the finalizing cross-linking step (c) is performed in a suspension of a liquid precipitating medium and the activated HA in precipitated form. (a) initiating cross-linking of HA by reacting HA with one or more polyfunctional cross-linking agents in an aqueous solution to obtain an activated HA; (b) removing unreacted cross-linking agent(s) from the activated HA; and (c) finalizing the cross-linking of the activated HA by subjecting the activated HA to further cross-linking conditions without addition of any additional cross-linking agent to obtain a cross-linked HA product; wherein the finalizing cross-linking step (c) is performed in a suspension of a liquid precipitating medium and the activated HA in precipitated form.
A microbial particle counting system comprising: a microbial particle counting instrument configured to detect autofluorescence of a microbial particle in a sample as fluid, thereby counting the microbial particle in the sample containing an organic substance emitting fluorescence leading to background noise on the autofluorescence of the microbial particles targeted for counting; and a former-stage irradiator provided at a former stage of the microbial particle counting instrument to irradiate the sample with ultraviolet light, wherein the ultraviolet light contains first ultraviolet light having such a wavelength that a carbon-carbon covalent bond is disconnected, and the first ultraviolet light has a wavelength shorter than 200 nm, characterized in that the former-stage irradiator includes a single light source (22, 61) configured to irradiate the sample with the ultraviolet light containing the first ultraviolet light and second ultraviolet light having a wavelength longer than that of the first ultraviolet light within a UV-C wavelength range, and the former-stage irradiator irradiates the sample with the ultraviolet light without performing aeration for the sample by means of air irradiated with the ultraviolet light. a microbial particle counting instrument configured to detect autofluorescence of a microbial particle in a sample as fluid, thereby counting the microbial particle in the sample containing an organic substance emitting fluorescence leading to background noise on the autofluorescence of the microbial particles targeted for counting; and a former-stage irradiator provided at a former stage of the microbial particle counting instrument to irradiate the sample with ultraviolet light, wherein the ultraviolet light contains first ultraviolet light having such a wavelength that a carbon-carbon covalent bond is disconnected, and the first ultraviolet light has a wavelength shorter than 200 nm, characterized in that the former-stage irradiator includes a single light source (22, 61) configured to irradiate the sample with the ultraviolet light containing the first ultraviolet light and second ultraviolet light having a wavelength longer than that of the first ultraviolet light within a UV-C wavelength range, and the former-stage irradiator irradiates the sample with the ultraviolet light without performing aeration for the sample by means of air irradiated with the ultraviolet light.
An LCD array substrate comprising: a substrate and a plurality of gate lines (G n, G n+1, G n+2, G n+3) and data lines, wherein the gate lines (G n, G n+1, G n+2, G n+3) and the data lines are crossed with each other to form a plurality of pixel units and the gate lines (G n, G n+1, G n+2, G n+3) define the row and the data lines define the columns of the LCD array; each of the pixel units is provided with a pixel electrode (P n, P n+1, P n+2), a first thin-film transistor (T n, T n+1, T n+2, T n+3), and a connecting switch (K n, K n+1, K n+2, K n+3); the first thin-film transistor (T n, T n+1, T n+2, T n+3) is connected to the gate line, the data line, and the pixel electrode corresponding to the pixel unit; the connecting switch (K n) is connected to and controlled by the gate line (G n, G n+1, G n+2, G n+3) corresponding to the pixel unit and is disposed between the pixel electrode (Pn-1) of one pixel unit which is the pixel unit which is at the same column and at a preceding row in relation to the pixel unit where the connecting switch (K n) belongs and the pixel electrode (P n+1) of another pixel unit which is the pixel unit which is at the same column and at a following row in relation to the pixel unit where the connecting switch (K n) belongs; and characterized in that the connecting switch (K n) is adapted to electrically connect and disconnect the pixel electrode (Pn-1) of said one pixel unit and the pixel electrode (Pn+1) of said another pixel unit.
A system comprising a solid-fuel-based combustion heat generator system producing steam equipped with: - a set of sensors; - a setpoint adjustor within the heat generator system; - a steam distribution system; and - a boiler comprising a steam outlet through which the produced steam exits a boiler drum, the boiler being coupled to the steam distribution system so that steam produced within the boiler is routed toward the steam distribution system via the steam outlet; the system comprising: - a slow-speed controller; - an Instant Heat Release, IHR, virtual sensor configured to estimate an IHR of the heat generator system based on first values measured by one or more of the sensors, of at least the rate of steam flow in the steam outlet and the steam pressure in the boiler drum; and - a high-speed controller configured to receive from the slow-speed controller a current firing rate demand based on second values measured by one or more of the sensors, of an energy level of the steam in the steam distribution system, to receive the estimated IHR from the IHR virtual sensor, to make a comparison of the received current firing rate demand and the received estimated IHR, and to instruct the setpoint adjustor to adjust an underfire air flow within the heat generator system based on the comparison. - a set of sensors; - a setpoint adjustor within the heat generator system; - a steam distribution system; and - a boiler comprising a steam outlet through which the produced steam exits a boiler drum, the boiler being coupled to the steam distribution system so that steam produced within the boiler is routed toward the steam distribution system via the steam outlet; - a slow-speed controller; - an Instant Heat Release, IHR, virtual sensor configured to estimate an IHR of the heat generator system based on first values measured by one or more of the sensors, of at least the rate of steam flow in the steam outlet and the steam pressure in the boiler drum; and - a high-speed controller configured to receive from the slow-speed controller a current firing rate demand based on second values measured by one or more of the sensors, of an energy level of the steam in the steam distribution system, to receive the estimated IHR from the IHR virtual sensor, to make a comparison of the received current firing rate demand and the received estimated IHR, and to instruct the setpoint adjustor to adjust an underfire air flow within the heat generator system based on the comparison.
A method of processing media data, the method comprising: parsing, by a processor implemented in circuitry, a bitstream including data formatted according to Common Media Application Format, CMAF, the bitstream including a CMAF track file comprising a CMAF header including a file type, FTYP, box at the start of the CMAF header, and one or more CMAF fragments (230A, 230B) located in the bitstream after the CMAF header; detecting, by the processor and during the parsing, the FTYP value for the CMAF track file of the bitstream; determining, by the processor, the location of the CMAF header of the CMAF track file using the FTYP value; determining, by the processor, that one or more CMAF fragments (230A, 230B) follow the CMAF header; and processing, by the processor, one or more CMAF fragments (230A, 230B) of the CMAF track file, wherein processing the one or more CMAF fragments (230A, 230B) comprises: detecting one or more segment type, STYP, values in the bitstream, wherein the STYP value has a value "cmff" representative of the CMAF fragments (230A, 230B) containing the initial samples of the CMAF fragment; determining that each of the one or more STYP values corresponds to a start of a respective one of the CMAF fragments (230A, 230B); and processing each of the CMAF fragments (230A, 230B) starting from the corresponding STYP value. parsing, by a processor implemented in circuitry, a bitstream including data formatted according to Common Media Application Format, CMAF, the bitstream including a CMAF track file comprising a CMAF header including a file type, FTYP, box at the start of the CMAF header, and one or more CMAF fragments (230A, 230B) located in the bitstream after the CMAF header; detecting, by the processor and during the parsing, the FTYP value for the CMAF track file of the bitstream; determining, by the processor, the location of the CMAF header of the CMAF track file using the FTYP value; determining, by the processor, that one or more CMAF fragments (230A, 230B) follow the CMAF header; and processing, by the processor, one or more CMAF fragments (230A, 230B) of the CMAF track file, detecting one or more segment type, STYP, values in the bitstream, wherein the STYP value has a value "cmff" representative of the CMAF fragments (230A, 230B) containing the initial samples of the CMAF fragment; determining that each of the one or more STYP values corresponds to a start of a respective one of the CMAF fragments (230A, 230B); and processing each of the CMAF fragments (230A, 230B) starting from the corresponding STYP value.
A bearing, comprising: a bush body which can be freely expanded and contracted in radial direction; and an elastic ring mounted on the bush body; wherein: the bush body has a mounting groove formed in an outer peripheral surface in a circumferential direction for mounting the elastic ring; characterised in that the mounting groove has: a large-diameter part where a radius of a groove bottom of the mounting groove is a first radius; and a small-diameter part where a radius of the groove bottom is a second radius smaller than the first radius. a bush body which can be freely expanded and contracted in radial direction; and an elastic ring mounted on the bush body; wherein: the bush body has a mounting groove formed in an outer peripheral surface in a circumferential direction for mounting the elastic ring; characterised in that the mounting groove has: a large-diameter part where a radius of a groove bottom of the mounting groove is a first radius; and a small-diameter part where a radius of the groove bottom is a second radius smaller than the first radius. the bush body has a mounting groove formed in an outer peripheral surface in a circumferential direction for mounting the elastic ring; characterised in that the mounting groove has: a large-diameter part where a radius of a groove bottom of the mounting groove is a first radius; and a small-diameter part where a radius of the groove bottom is a second radius smaller than the first radius. a large-diameter part where a radius of a groove bottom of the mounting groove is a first radius; and a small-diameter part where a radius of the groove bottom is a second radius smaller than the first radius.
A method of post-polymerization modification of a polymer, comprising the steps of: (a) reacting a polymer with at least one nucleophile in a nucleophilic substitution reaction in the presence of a phase transfer catalyst; and (b) recovering a functionalized polymer; wherein the reaction is substantially free of a solvent and wherein the temperature of the nucleophilic substitution reaction is between about 70°C to about 160°C and the reaction time of the nucleophilic substitution reaction is about 10 minutes to about 30 minutes. (a) reacting a polymer with at least one nucleophile in a nucleophilic substitution reaction in the presence of a phase transfer catalyst; and (b) recovering a functionalized polymer;