mhurhangee/ep-ind-claims huggingface dataset:
A filter assembly comprising: a filter media comprising a first end, a second end opposing the first end, and a filter body extending between the first end and the second end, wherein the filter media is arranged about a central media opening and wherein the filter media and the central media opening extend in an axial direction (a); an endcap coupled to the filter media along the first end, wherein the endcap defines an endcap opening, and wherein the endcap opening is in fluid communication with the central media opening; and a disposal container extendable over the second end to sealably contain the filter body, wherein the disposal container is disposed around the endcap, wherein the disposal container comprises a first end and a second end opposing the first end, and wherein the first end is fixedly coupled to the endcap and the second end is open, wherein the disposal container does not extend over the endcap opening, and wherein the disposal container has a non-extended state and an extended state, wherein the first end and the second end of the disposal container are disposed adjacent the endcap in the non-extended state, wherein the second end of the disposal container extends beyond the second end of the filter media in the extended state, wherein the second end of the disposal container, in the extended state, is configured to be closed with a constraint to encapsulate the filter media of the filter assembly and particles thereon. a filter media comprising a first end, a second end opposing the first end, and a filter body extending between the first end and the second end, wherein the filter media is arranged about a central media opening and wherein the filter media and the central media opening extend in an axial direction (a); an endcap coupled to the filter media along the first end, wherein the endcap defines an endcap opening, and wherein the endcap opening is in fluid communication with the central media opening; and a disposal container extendable over the second end to sealably contain the filter body, wherein the disposal container is disposed around the endcap, wherein the disposal container comprises a first end and a second end opposing the first end, and wherein the first end is fixedly coupled to the endcap and the second end is open, wherein the disposal container does not extend over the endcap opening, and wherein the disposal container has a non-extended state and an extended state, wherein the first end and the second end of the disposal container are disposed adjacent the endcap in the non-extended state, wherein the second end of the disposal container extends beyond the second end of the filter media in the extended state, wherein the second end of the disposal container, in the extended state, is configured to be closed with a constraint to encapsulate the filter media of the filter assembly and particles thereon.
An olefin oligomerization process comprising: a) contacting i) a metal compound, ii) a diphosphino aminyl ligand, and iii) a metal alkyl comprising an aluminoxane to form a mixture; b) aging the mixture for at least 20 minutes in the substantial absence of an olefin monomer to form an aged mixture; c) contacting the aged mixture with an olefin monomer; and d) forming an olefin oligomer product under conditions suitable for forming an olefin oligomer product, wherein "substantial absence of an olefin monomer" means a molar ratio of olefin monomer to the metal compound up to 5:1, and wherein the mixture consists essentially of the metal compound, the diphosphino aminyl ligand, the metal alkyl comprising an aluminoxane and optionally a hydrocarbon solvent.
A case turner comprising: a pair of conveyor belts (14, 16) advancing side by side in a conveying direction and tilted downward toward each other; a drive system advancing the pair of conveyor belts with a speed differential between each of the conveyor belts; characterised in that each of the conveyor belts have article-supporting rollers freely rotatable on axes parallel to the conveying direction. a pair of conveyor belts (14, 16) advancing side by side in a conveying direction and tilted downward toward each other; a drive system advancing the pair of conveyor belts with a speed differential between each of the conveyor belts; characterised in that each of the conveyor belts have article-supporting rollers freely rotatable on axes parallel to the conveying direction.
A ferroelectric material; comprising a mixed crystal comprising AIN and at least one nitride of a transition metal; wherein the proportion of the nitride of the transition metal is selected such that a direction of an initial or spontaneous polarity (140, 142, 260, 640, 740, 740a, 740b, 780) of the ferroelectric material is switchable by applying a switchover voltage, the switchover voltage being below a breakdown voltage of the ferroelectric material, wherein the ratio of a number of transition metal atoms to a sum of the number of transition metal atoms and a number of aluminum atoms ranges between greater than or equal to 0.3 and less than or equal to 0.36. a mixed crystal comprising AIN and at least one nitride of a transition metal; wherein the proportion of the nitride of the transition metal is selected such that a direction of an initial or spontaneous polarity (140, 142, 260, 640, 740, 740a, 740b, 780) of the ferroelectric material is switchable by applying a switchover voltage, the switchover voltage being below a breakdown voltage of the ferroelectric material, wherein the ratio of a number of transition metal atoms to a sum of the number of transition metal atoms and a number of aluminum atoms ranges between greater than or equal to 0.3 and less than or equal to 0.36.
Nitrocellulose-based propellant composition comprising: (a) a nitrate ester-based propellant comprising nitrocellulose; and (b) a stabiliser comprising a non-aromatic compound consisting of a general ionone formula (12-I), (12-II), (12-III) or (12-IV): Wherein R 1 represents a ketone, hydroxyl, carboxyl, aldehyde or an (un)saturated alkyl group, preferably -C CH 3 (corresponding to alpha, beta, gamma and pseudo ionone). (a) a nitrate ester-based propellant comprising nitrocellulose; and (b) a stabiliser comprising a non-aromatic compound consisting of a general ionone formula (12-I), (12-II), (12-III) or (12-IV): Wherein R 1 represents a ketone, hydroxyl, carboxyl, aldehyde or an (un)saturated alkyl group, preferably -C CH 3 (corresponding to alpha, beta, gamma and pseudo ionone).
A drive assembly for a rail transport system for conveying bulk materials via a plurality of cars adapted to form a train, each car having a pair of side drive plates and a trough arrangement for carrying the bulk materials on a rail, said drive assembly comprising: at least one drive unit comprising a motor and a drive tire, wherein the motor is adapted to rotate the drive tire to frictionally contact a side drive plate of at least one of the cars for imparting a driven moment to the car, a mounting plate situated between the motor and the drive tire, and a support structure adapted to carry the mounting plate, characterised in that the support structure is adapted to carry the mounting plate such that drive force from the drive unit and squeeze force between the drive tire and side plate are reacted through the mounting plate to the support structure, and wherein the mounting plate and support structure define a plurality of apertures (70, 80) that when aligned and connected via a pin arrangement inserted through corresponding apertures in the mounting plate and the support structure can be used to selectively control the squeeze force between the drive tire and side plate. at least one drive unit comprising a motor and a drive tire, wherein the motor is adapted to rotate the drive tire to frictionally contact a side drive plate of at least one of the cars for imparting a driven moment to the car, a mounting plate situated between the motor and the drive tire, and a support structure adapted to carry the mounting plate, characterised in that the support structure is adapted to carry the mounting plate such that drive force from the drive unit and squeeze force between the drive tire and side plate are reacted through the mounting plate to the support structure, and wherein the mounting plate and support structure define a plurality of apertures (70, 80) that when aligned and connected via a pin arrangement inserted through corresponding apertures in the mounting plate and the support structure can be used to selectively control the squeeze force between the drive tire and side plate.
A process for preparing a chocolate product comprising: (a) providing unconched chocolate ingredients; and (b) mixing said unconched chocolate ingredients with conched chocolate to form a chocolate product; and optionally moulding said chocolate product; and characterised in that the unconched chocolate ingredients comprise fat and one or more sweeteners and one or more components selected from milk and cocoa liquor; and in that the conched chocolate is added in the range of 10% to 35% (w/w) of the unconched chocolate ingredients and conched chocolate mixture; and in that the method comprises preparing a chocolate product having an average particle size of less than 80μm and having a percentage total fat in the range of 20% to 35%. (a) providing unconched chocolate ingredients; and (b) mixing said unconched chocolate ingredients with conched chocolate to form a chocolate product; and
A hearing assistive system, comprising - a personal communication device having a user interface being adapted for user interaction, a processor controlling the user interface and being adapted to run an application program, a short range radio, and an output transducer, and - a head-worn device having an input transducer adapted for converting sound into an electric signal applied to a processor outputting an amplified and conditioned audio signal via an output transducer; - wherein the application program is adapted to generate and output a data packet on an audio carrier via the output transducer of the personal communication device; - wherein the head-worn device comprises an audio signaling block for detecting and decoding the data packet received by the input transducer; - wherein the head-worn device comprises a controller for controlling the operation of a short range radio; wherein the audio signaling block is adapted - to detect a radio pair command included in the data packet, and - to instruct the controller to enter, from a radio disabled mode, at which the short range radio is disabled, pairing mode for the short range radio when the radio pair command has been detected in said data packet. - a personal communication device having a user interface being adapted for user interaction, a processor controlling the user interface and being adapted to run an application program, a short range radio, and an output transducer, and - a head-worn device having an input transducer adapted for converting sound into an electric signal applied to a processor outputting an amplified and conditioned audio signal via an output transducer; - wherein the application program is adapted to generate and output a data packet on an audio carrier via the output transducer of the personal communication device; - wherein the head-worn device comprises an audio signaling block for detecting and decoding the data packet received by the input transducer; - wherein the head-worn device comprises a controller for controlling the operation of a short range radio; wherein the audio signaling block is adapted - to detect a radio pair command included in the data packet, and - to instruct the controller to enter, from a radio disabled mode, at which the short range radio is disabled, pairing mode for the short range radio when the radio pair command has been detected in said data packet.
A fluorescence imaging system for an operating room comprising an operating room illuminating device capable of emitting white light and a fluorescence imaging device, said fluorescence imaging device comprising: - a light source capable of emitting excitation radiation (L E) to excite a fluorescent marker in a range of emission wavelengths (L F) of between 600 and 900 nm, - a detector adapted to detect the fluorescent radiation (L F) emitted by said marker under the effect of excitation by said light source, - a filter (F D) of the detector comprising a band-pass or high-pass filter (F D1) adapted to block the excitation radiation (L E) and to transmit to the detector those photons having a wavelength included in the range of wavelengths of fluorescent radiation (L F) emitted by said marker, the system further comprising - a low-pass filter (F B) placed in front of the illuminating device and having a cut-off wavelength (λ Bmax) below the emission range (L F) of the fluorescent marker, said low-pass filter (F B) nonetheless being able to exhibit attenuation peaking or fluctuations at wavelengths above the emission range (L F) of the fluorescent marker, the system being characterized in that the filter (F D) of the detector comprises a low-pass filter (F D2) combined with the band-pass or high-pass filter (F D1) so that, in a range of wavelengths (Z D) extending from an upper cut-off wavelength (λ max) below the wavelength on and after which attenuation peaking or fluctuations of the low-pass filter of the illuminating device are observed, the product of attenuation by the filter (F D) of the detector and of attenuation by the low-pass filter (F B) of the illuminating device leads to an attenuation by a factor of at least 10 6. - a light source capable of emitting excitation radiation (L E) to excite a fluorescent marker in a range of emission wavelengths (L F) of between 600 and 900 nm, - a detector adapted to detect the fluorescent radiation (L F) emitted by said marker under the effect of excitation by said light source, - a filter (F D) of the detector comprising a band-pass or high-pass filter (F D1) adapted to block the excitation radiation (L E) and to transmit to the detector those photons having a wavelength included in the range of wavelengths of fluorescent radiation (L F) emitted by said marker, - a low-pass filter (F B) placed in front of the illuminating device and having a cut-off wavelength (λ Bmax) below the emission range (L F) of the fluorescent marker, said low-pass filter (F B) nonetheless being able to exhibit attenuation peaking or fluctuations at wavelengths above the emission range (L F) of the fluorescent marker,
A light system comprising: a plurality of light towers (12, 14, 18) including a first light tower and a second light tower, each of the first light tower and the second light tower comprising: a light source configured to illuminate an area adjacent the respective one of the plurality of light towers (12, 14, 18); a rechargeable battery configured to provide electrical power to the light source; a control system programmed to control the flow of power to and from the rechargeable battery; the light system further comprising a power/network cord electrically connecting the first light tower to the second light tower; a power source selectively configured to provide electrical power; and a power recharge cord arranged to electrically connect the first light tower to the power source, the power recharge cord configured to provide electrical power from the power source to the first light tower and from the first light tower to the second light tower via the power/network cord, characterised in that each control system is programmed to selectively activate the power source to initiate a recharge cycle for the respective rechargeable battery. a light source configured to illuminate an area adjacent the respective one of the plurality of light towers (12, 14, 18); a rechargeable battery configured to provide electrical power to the light source; a control system programmed to control the flow of power to and from the rechargeable battery; the light system further comprising a power/network cord electrically connecting the first light tower to the second light tower; a power source selectively configured to provide electrical power; and a power recharge cord arranged to electrically connect the first light tower to the power source, the power recharge cord configured to provide electrical power from the power source to the first light tower and from the first light tower to the second light tower via the power/network cord, characterised in that each control system is programmed to selectively activate the power source to initiate a recharge cycle for the respective rechargeable battery.
A coated pane comprising a glass substrate and a coating on the glass substrate, the coating comprising both an indium tin oxide film and a tin oxide film, the tin oxide film being located further from the glass pane than is the indium tin oxide film, the indium tin oxide film having a thickness of between 1100 angstroms and 1500 angstroms, the tin oxide film having a thickness of between 100 angstroms and 700 angstroms, the indium tin oxide film having a sheet resistance of less than 20 ohms/square, and the coated pane having a visible transmission of greater than 75%, the coating being devoid of a metal layer.
Method for managing bandwidth distribution on a transmission medium between data in circuit form and data in packet form, a processing unit supplying said data in circuit form to a modem which manages the transmissions on said medium and is dynamically configurable to carry out on said medium a framing, multiplexing, coding and modulation scheme adapted to transmission conditions, characterised in that the processing unit carries out the following steps: - detection of a configuration change at the level of at least one exchange interface of data in circuit form; - insertion into a frame, concatenating said data in circuit form and bound for the modem, signalling information representative of a request for a change of bandwidth distribution between said data in circuit form and said data in packet form; and, upon receipt of a positive response to said request: - reconfiguration of the modem while preserving the coding and modulation scheme and while declaring a flow of data in circuit form that is defined as a function of said detected configuration change. - detection of a configuration change at the level of at least one exchange interface of data in circuit form; - insertion into a frame, concatenating said data in circuit form and bound for the modem, signalling information representative of a request for a change of bandwidth distribution between said data in circuit form and said data in packet form; - reconfiguration of the modem while preserving the coding and modulation scheme and while declaring a flow of data in circuit form that is defined as a function of said detected configuration change.
An OW emulsion concentrate having a stable pH value and containing no free fatty acids for producing skin cosmetics, comprising A) in the oil phase a) 4-12 % by weight, in relation to the emulsion concentrate, of an emulsifier mixture based on glyceryl stearate citrate, cetearyl alcohol and glyceryl caprylate, b) up to 2 % by weight, preferably 0.5-2 % by weight, in relation to the emulsion concentrate, of a caprylic acid ester, c) optionally native and/or synthetic cosmetic oils, d) optionally fatty alcohols having 12-20 C atoms, e) optionally vegetable butter, B) in the water phase a) 2-6 % by weight, in relation to the emulsion concentrate, of one or more foaming surfactants, b) optionally moisturiser, c) lactic acid and/or salts thereof for setting the pH value of the emulsion concentrate to 4.5 to 6. A) in the oil phase a) 4-12 % by weight, in relation to the emulsion concentrate, of an emulsifier mixture based on glyceryl stearate citrate, cetearyl alcohol and glyceryl caprylate, b) up to 2 % by weight, preferably 0.5-2 % by weight, in relation to the emulsion concentrate, of a caprylic acid ester, c) optionally native and/or synthetic cosmetic oils, d) optionally fatty alcohols having 12-20 C atoms, e) optionally vegetable butter, a) 4-12 % by weight, in relation to the emulsion concentrate, of an emulsifier mixture based on glyceryl stearate citrate, cetearyl alcohol and glyceryl caprylate, b) up to 2 % by weight, preferably 0.5-2 % by weight, in relation to the emulsion concentrate, of a caprylic acid ester, c) optionally native and/or synthetic cosmetic oils, d) optionally fatty alcohols having 12-20 C atoms, e) optionally vegetable butter, B) in the water phase a) 2-6 % by weight, in relation to the emulsion concentrate, of one or more foaming surfactants, b) optionally moisturiser, c) lactic acid and/or salts thereof for setting the pH value of the emulsion concentrate to 4.5 to 6. a) 2-6 % by weight, in relation to the emulsion concentrate, of one or more foaming surfactants, b) optionally moisturiser, c) lactic acid and/or salts thereof for setting the pH value of the emulsion concentrate to 4.5 to 6.
A vector comprising: a modified transposase gene operably-linked to a first promoter, wherein the nucleotide sequence 3' to the first promoter comprises a Kozak sequence, and wherein a plurality of the first twenty codons of the modified transposase gene are modified from the wild-type sequence by changing the nucleotide at the third base position of the codon to an adenine or thymine without modifying the amino acid encoded by the codon; one or more genes of interest operably-linked to one or more additional promoters, wherein the additional promoter is a hybrid promoter constructed by ligating the chicken ovalbumin regulatory elements to the 5' end of the CMV enhancer and promoter, wherein the one or more genes of interest encodes a protein of interest selected from the group consisting of erythropoietin, bone morphogenic protein, high density lipoprotein, platelet derived growth factor, enterokinase, vascular endothelial cell derived growth factor, luteinizing hormone, trastuzumab and etanercept and wherein the one or more genes of interest and their one or more operably-linked promoters are flanked by transposase insertion sequences recognized by a transposase encoded by the modified transposase gene; and one or more insulator elements located between the transposase insertion sequences and the one or more genes of interest, wherein the vector is any one of SEQ ID NOs: 32, 33, 37, 38, 51 and 52. a modified transposase gene operably-linked to a first promoter, wherein the nucleotide sequence 3' to the first promoter comprises a Kozak sequence, and wherein a plurality of the first twenty codons of the modified transposase gene are modified from the wild-type sequence by changing the nucleotide at the third base position of the codon to an adenine or thymine without modifying the amino acid encoded by the codon; one or more genes of interest operably-linked to one or more additional promoters, wherein the additional promoter is a hybrid promoter constructed by ligating the chicken ovalbumin regulatory elements to the 5' end of the CMV enhancer and promoter, wherein the one or more genes of interest encodes a protein of interest selected from the group consisting of erythropoietin, bone morphogenic protein, high density lipoprotein, platelet derived growth factor, enterokinase, vascular endothelial cell derived growth factor, luteinizing hormone, trastuzumab and etanercept and wherein the one or more genes of interest and their one or more operably-linked promoters are flanked by transposase insertion sequences recognized by a transposase encoded by the modified transposase gene; and one or more insulator elements located between the transposase insertion sequences and the one or more genes of interest, wherein the vector is any one of SEQ ID NOs: 32, 33, 37, 38, 51 and 52.