mhurhangee/patent-ind-claim-en huggingface dataset:
A formulation comprising a buffering agent for use in treating gout and related disorders, wherein the formulation comprising the buffering agent is topically and/or transdermally applied, wherein the formulation comprising the buffering agent is to be administered to a patient having abnormal tissue levels of uric acid and/or symptoms of gout, and wherein the buffering agent is sodium bicarbonate, and wherein the sodium bicarbonate is at a concentration from about 30% to 35% w/w of the formulation, wherein the gout-related disorder is osteoarthritis, rheumatoid arthritis or psoriatic arthritis, one or more of a recurrent gout attack, gouty arthritis, hyperuricaemia, or gout related cardiovascular disorders selected from hypertension, cardiovascular disease, and coronary heart disease.
An improved scrubber for fine particles polluted gas of oil and water vapour, comprising - a vertical cylindrical main tank with an inlet pipe for said gas towards - a precipitation chamber in said main tank for precipitation of oil droplets with fine particles from said gas in a lower portion of said main tank to - an oil sump for receiving said precipitated oil droplets and holding oil with said fine particles, said oil sump having a bottom funnel with an oil outlet , - an internal funnel sleeve extending from a lower intake sleeve above an upper level (HL) in the oil sump , and an upward widening funnel portion connecting said intake sleeve to an inner wall of said main tank , thus widening said internal funnel sleeve to full main tank width, - an oil mist catcher arranged between said internal funnel sleeve and - an outlet gas pipe for particle-free gas at the top of said oil mist catcher , - said oil mist catcher arranged for draining oil caught down trough a central funnel into said oil sump , characterized by - said inlet pipe comprises a centrifuge-effect helical channel , and a lower end of said inlet pipe extending down into said precipitation chamber and above the upper level (HL) of the oil sump . - a vertical cylindrical main tank with an inlet pipe for said gas towards - a precipitation chamber in said main tank for precipitation of oil droplets with fine particles from said gas in a lower portion of said main tank to - an oil sump for receiving said precipitated oil droplets and holding oil with said fine particles, said oil sump having a bottom funnel with an oil outlet , - an internal funnel sleeve extending from a lower intake sleeve above an upper level (HL) in the oil sump , and an upward widening funnel portion connecting said intake sleeve to an inner wall of said main tank , thus widening said internal funnel sleeve to full main tank width, - an oil mist catcher arranged between said internal funnel sleeve and - an outlet gas pipe for particle-free gas at the top of said oil mist catcher , - said oil mist catcher arranged for draining oil caught down trough a central funnel into said oil sump , characterized by - said inlet pipe comprises a centrifuge-effect helical channel , and a lower end of said inlet pipe extending down into said precipitation chamber and above the upper level (HL) of the oil sump .
A multiple-electrode submerged arc welding method comprising performing welding using the welding torch for use with a leading electrode in multiple-electrode submerged arc welding, using a flux-cored wire having a diameter of 3.2 mm or less as a leading electrode wire, characterised in that the welding torch comprises a contact tip , a connector for a power cable , a tube-shaped conductor disposed therebetween, and means for insulating the tube-shaped conductor from an electrode wire ; wherein the means for insulating the tube-shaped conductor from the electrode wire is a ceramic pipe and covers the whole of the inner wall of the tube-shaped conductor, the ceramic pipe has a Vickers hardness HV1 of 8 GPa or more, and the distance between a leading end of the contact tip and the connector for a power cable is 100 to 200 mm. the means for insulating the tube-shaped conductor from the electrode wire is a ceramic pipe and covers the whole of the inner wall of the tube-shaped conductor, the ceramic pipe has a Vickers hardness HV1 of 8 GPa or more, and the distance between a leading end of the contact tip and the connector for a power cable is 100 to 200 mm.
A fluid injection simulation system (100; 200; 300; 400) comprising: a processing unit ; a variable flow resistance module coupled to the processing unit ; a first pressure sensor ; wherein a fluid flows through the variable flow resistance module ; wherein the processing unit is configured to control the variable flow resistance module to achieve a fluid flow resistance that corresponds to a predetermined level of resistance; wherein the processing unit is configured to calculate a pressure difference over the variable flow resistance module based on measurements provided by the first pressure sensor ; wherein the processing unit is further configured to calculate a volumetric flow rate based on the pressure difference. a processing unit ; a variable flow resistance module coupled to the processing unit ; a first pressure sensor ; wherein a fluid flows through the variable flow resistance module ; wherein the processing unit is configured to control the variable flow resistance module to achieve a fluid flow resistance that corresponds to a predetermined level of resistance; wherein the processing unit is configured to calculate a pressure difference over the variable flow resistance module based on measurements provided by the first pressure sensor ; wherein the processing unit is further configured to calculate a volumetric flow rate based on the pressure difference.
A graded index multimode fiber comprising: (i) a silica based core co-doped with GeO 2 and P 2 O 5 ,. wherein the concentration of P 2 O 5 decreases with increasing radius and the maximum concentration of GeO 2 C GeMAX in the core is mole % < C GeMAX ≤ 10 mole %; said core having a dual alpha, defined by parameters α 1 and α 2 , where α 1 is associated with GeO 2 concentration the core and α 2 is associated with P 2 O 5 concentration in the core, where 1.8 ≤ α 1 ≤ 2.4 and 1.9 ≤ α 2 ≤ 2.4 at the wavelength (λ) situated in the range between 840 and 1100 nm; and (ii) a silica based cladding region surrounding said core, characterised in that the concentration of GeO 2 in the core decreases with increasing radius, a, wherein the maximum amount P 2 O 5 is between 0.5 to 10 mole % and said fiber has a numerical aperture between 0.185 and 0.23. (i) a silica based core co-doped with GeO 2 and P 2 O 5 ,. wherein the concentration of P 2 O 5 decreases with increasing radius and the maximum concentration of GeO 2 C GeMAX in the core is mole % < C GeMAX ≤ 10 mole %; said core having a dual alpha, defined by parameters α 1 and α 2 , where α 1 is associated with GeO 2 concentration the core and α 2 is associated with P 2 O 5 concentration in the core, where 1.8 ≤ α 1 ≤ 2.4 and 1.9 ≤ α 2 ≤ 2.4 at the wavelength (λ) situated in the range between 840 and 1100 nm; and (ii) a silica based cladding region surrounding said core, characterised in that the concentration of GeO 2 in the core decreases with increasing radius, a, wherein the maximum amount P 2 O 5 is between 0.5 to 10 mole % and said fiber has a numerical aperture between 0.185 and 0.23.
A self-aligning driveshaft coupler , comprising: an output shaft; a receiving clutch mounted to the output shaft and having a neck with a retaining groove; a locking clutch assembly mountable to an implement and having a collar and a yoke that rotate together, and a spring between the collar and the yoke ; characterized by a locking pin inwardly extending and pivotably attached to the yoke to move a projection on the locking pin in and out of the retaining groove; and by a plurality of drive pins extending axially from the collar , the spring biasing the drive pins into engagement with the receiving clutch when the locking pin projection is in the retaining groove and the output shaft and receiving clutch are rotated. an output shaft; a receiving clutch mounted to the output shaft and having a neck with a retaining groove; a locking clutch assembly mountable to an implement and having a collar and a yoke that rotate together, and a spring between the collar and the yoke ; characterized by a locking pin inwardly extending and pivotably attached to the yoke to move a projection on the locking pin in and out of the retaining groove; and by a plurality of drive pins extending axially from the collar , the spring biasing the drive pins into engagement with the receiving clutch when the locking pin projection is in the retaining groove and the output shaft and receiving clutch are rotated.
Sheet processing machine comprising a receiving area for collecting a sheet pile, characterized by further comprising a device for determining the height of the sheet pile, wherein the device comprises a manually displaceable first sensor element arranged at a first side of the receiving area , and an automatically displaceable second sensor element arranged at an opposite side of the receiving area such that the first and second sensor elements are arranged opposite each other along a width direction of the receiving area , the first sensor element and the second sensor element being displaceable along a length direction of the sheet receiving area , wherein the first sensor element is one of a light emitting source and a light receiving sensor and the second sensor element is the other one of a light emitting source and a light receiving sensor , the light emitting source and the light receiving sensor forming a light barrier along the width direction when facing each other. the device comprises a manually displaceable first sensor element arranged at a first side of the receiving area , and an automatically displaceable second sensor element arranged at an opposite side of the receiving area such that the first and second sensor elements are arranged opposite each other along a width direction of the receiving area , the first sensor element and the second sensor element being displaceable along a length direction of the sheet receiving area , wherein the first sensor element is one of a light emitting source and a light receiving sensor and the second sensor element is the other one of a light emitting source and a light receiving sensor , the light emitting source and the light receiving sensor forming a light barrier along the width direction when facing each other.
Assembly formed by an adapter forming attaching means of a wiper blade on a drive arm of a wiper system, and a support bracket positioned in extremity of said arm and arranged to form a housing for said adapter in its operating position, said bracket having support means for supporting the adapter , the adapter comprising a body cooperating with said support means , assembly in which the bracket and the adapter have a substantially parallelepiped shape and in which the support means of the bracket are slides on which stand lateral faces of the adapter, said bracket comprising, on one of its support means at least one locking device in translation of said adapter in its movement towards its operating position, said device being protrude with respect to said support means, and said adaptor comprising at least one means forming abutment being protrude with respect to said body, able to cooperate with said locking device in the case where the adaptor is not shaped for being mounted on said bracket and able to allow the translation of the adaptor until its operational position in the case where said adaptor is shaped for being mounted on said bracket , the assembly being characterized in that at least one of the lateral faces of the adaptor comprises an extension forming abutment extending below the level of said slides .
A data transmitter configured to divide data onto a plurality of sub-data packets and to transmit at least a part of the plurality of sub-data packets distributed in correspondence with a time/frequency hopping pattern , wherein there are transmission intermissions where no transmission takes place, between the sub-data packets ; characterized in that the data transmitter is configured to transmit a synchronization sub-data packet on a fixed synchronization frequency channel ; wherein the synchronization frequency channel and frequency channels in which the plurality of sub-data packets are mainly transmitted in correspondence with the time/frequency hopping pattern are different; wherein the synchronization sub-data packet comprises activation information using which a data receiver is able to establish whether the data transmitted by means of the plurality of sub-data packets are destined for the data receiver . characterized in that the data transmitter is configured to transmit a synchronization sub-data packet on a fixed synchronization frequency channel ; wherein the synchronization frequency channel and frequency channels in which the plurality of sub-data packets are mainly transmitted in correspondence with the time/frequency hopping pattern are different; wherein the synchronization sub-data packet comprises activation information using which a data receiver is able to establish whether the data transmitted by means of the plurality of sub-data packets are destined for the data receiver .
A relay device for receiving an input signal, and processing the input signal to transmit an output signal, the relay device comprising: a first channel (Ch1) terminal for receiving an input signal in accordance with a communication protocol, the input signal comprising a plurality of bits, a first signal (FFS) indicating a head of data and a second signal (FES) indicating a terminus of the data; a second channel (Ch2) terminal for transmitting an output signal in accordance with the communication protocol; a bit width distortion correction portion performing on the input signal bit width distortion correction for each bit unit, said bit width distortion correction portion being adapted for detecting the first signal indicating the head of the data, for generating a sampling signal using a clock signal having a frequency higher than that of the input signal to sample the input data of the input signal in bit units according to the first signal indicating the head of the detected data as a reference, and for generating an output signal on the basis of the sampled input signal, a ringing pulse eliminating portion performing on said output signal generated in the bit width distortion correction portion ringing pulse elimination processing for eliminating signal pulses present in the input signal after the terminus of the input signal, said ringing pulse eliminating portion being adapted for detecting the second signal indicating the terminus of the data and for fixing a signal level of the output signal to a predetermined level when the second signal has been detected, the predetermined level indicating an idle state. a first channel (Ch1) terminal for receiving an input signal in accordance with a communication protocol, the input signal comprising a plurality of bits, a first signal (FFS) indicating a head of data and a second signal (FES) indicating a terminus of the data; a second channel (Ch2) terminal for transmitting an output signal in accordance with the communication protocol; a bit width distortion correction portion performing on the input signal bit width distortion correction for each bit unit, said bit width distortion correction portion being adapted for detecting the first signal indicating the head of the data, for generating a sampling signal using a clock signal having a frequency higher than that of the input signal to sample the input data of the input signal in bit units according to the first signal indicating the head of the detected data as a reference, and for generating an output signal on the basis of the sampled input signal, a ringing pulse eliminating portion performing on said output signal generated in the bit width distortion correction portion ringing pulse elimination processing for eliminating signal pulses present in the input signal after the terminus of the input signal, said ringing pulse eliminating portion being adapted for detecting the second signal indicating the terminus of the data and for fixing a signal level of the output signal to a predetermined level when the second signal has been detected, the predetermined level indicating an idle state.
A storage container for a storage and dispensing station for small piece goods, comprising: a housing enclosing a receiving space for small piece goods including an on the inside circular cylindrical section and a housing bottom surface having a dispensing opening , a separating device arranged in the on the inside circular cylindrical section of the housing including a base body and a plurality of channels for receiving at least one small piece good, the channels being open to the outer periphery of the separating device and being defined by webs formed between these on the base body , and each channel having a peripheral wall and two radial walls , and including a base area facing the housing bottom surface , the base area having dispensing openings of the channels , and a retaining means including a positioning means and a retaining section , the positioning means holding the retaining section over the dispensing opening , characterized in that a plurality of horizontal radial grooves are arranged on the base area of the separating device, which are kept open towards the periphery of the separating device, so that the horizontal radial grooves prevent a drug portion from adhering to the base area and the electrostatic attraction is reduced by the reduced contact area. a housing enclosing a receiving space for small piece goods including an on the inside circular cylindrical section and a housing bottom surface having a dispensing opening , a separating device arranged in the on the inside circular cylindrical section of the housing including a base body and a plurality of channels for receiving at least one small piece good, the channels being open to the outer periphery of the separating device and being defined by webs formed between these on the base body , and each channel having a peripheral wall and two radial walls , and including a base area facing the housing bottom surface , the base area having dispensing openings of the channels , and a retaining means including a positioning means and a retaining section , the positioning means holding the retaining section over the dispensing opening , characterized in that a plurality of horizontal radial grooves are arranged on the base area of the separating device, which are kept open towards the periphery of the separating device, so that the horizontal radial grooves prevent a drug portion from adhering to the base area and the electrostatic attraction is reduced by the reduced contact area.
Process for producing a solid oxide fuel cell which has a mechanical support structure composed of an open-pored metal foam material, comprising the following steps: a) provision of the mechanical support structure composed of the open-pored metal foam material, b) production of an anode layer of an MEA of the solid oxide fuel cell , which anode layer does not penetrate into the metal foam material and has been applied in a gastight manner thereto, c) finishing of the MEA with an electrolyte membrane and a cathode layer , where the solid oxide material of the electrolyte membrane extends into the anode layer as far as the interface at which the anode layer adjoins the mechanical support structure, where the mechanical support structure is infiltrated with a curable infiltration material which fills the pores of the open-pored metal foam material of the support structure before application of the anode layer , characterized in that the support structure infiltrated with the infiltration material is, after curing thereof, smoothed on a surface to which the anode layer is to be applied. a) provision of the mechanical support structure composed of the open-pored metal foam material, b) production of an anode layer of an MEA of the solid oxide fuel cell , which anode layer does not penetrate into the metal foam material and has been applied in a gastight manner thereto, c) finishing of the MEA with an electrolyte membrane and a cathode layer , where the solid oxide material of the electrolyte membrane extends into the anode layer as far as the interface at which the anode layer adjoins the mechanical support structure,
A manual pressure type coffee maker, comprising an outer cup body , the outer cup body is provided with a cup cavity with an open end, and the outer cup body is provided with an inner container that can be inserted into and pulled out of the cup cavity from the open end, wherein the inner container is provided with at least an inner container cavity for containing brewing materials, the inner container is provided with at least a sealing ring that separates the cup cavity to form a closed space , and a bottom of the inner container cavity is provided with at least a filter communicated with the closed space , when the inner container is pulled outwards, negative pressure is formed in the closed space so that liquid in the inner container cavity is sucked into the closed space through the filter , characterised in that the outer cup body is provided with a driving device which can drive the inner container to be pulled out of the outer cup body .
Material of formula Li a Ti b (A x S 3-x ) c wherein A is a metalloid element chosen from selenium, tellurium and mixtures thereof, and the stoichiometric coefficients a, b, c and x are such that ∘ 0 < x < 2.2; ∘ 0.4 ≤ a ≤ 4.5; ∘ 0.9 ≤ b ≤ 1.1; and ∘ 0.9 ≤ c ≤ 1.1. ∘ 0 < x < 2.2; ∘ 0.4 ≤ a ≤ 4.5; ∘ 0.9 ≤ b ≤ 1.1; and ∘ 0.9 ≤ c ≤ 1.1.
An antenna feeder assembly of a multi-band antenna, comprising a first feeder supporting propagation of waves in a first frequency band and a second feeder supporting propagation of waves in a second frequency band lower than the first frequency band, wherein: the second feeder coaxially surrounds the first feeder ; and the first feeder comprises a dielectric member, the dielectric member comprising a dielectric emitting section , a dielectric radiating section , and an inner cavity; wherein the dielectric emitting section includes a wall and sub-wavelength elements arranged along the longitudinal direction of the first feeder on or in an external surface of the wall, characterized in that the sub-wavelength element has a dielectric constant different than the dielectric constant of the dielectric emitting section ; wherein the sub- wavelength element includes a hole piercing the wall in the radial direction. the second feeder coaxially surrounds the first feeder ; and the first feeder comprises a dielectric member, the dielectric member comprising a dielectric emitting section , a dielectric radiating section , and an inner cavity; wherein the dielectric emitting section includes a wall and sub-wavelength elements arranged along the longitudinal direction of the first feeder on or in an external surface of the wall, characterized in that the sub-wavelength element has a dielectric constant different than the dielectric constant of the dielectric emitting section ; wherein the sub- wavelength element includes a hole piercing the wall in the radial direction.