mhurhangee/patent-ind-claim-en huggingface dataset:
A cryptocurrency mining furnace comprising: a furnace housing having an air flow path extending from a housing air inlet downstream to a housing air outlet ; at least three separate mining computers , each mining computer having at least one cryptocurrency mining board , each mining computer positioned in the furnace housing in the air flow path upstream of the housing air outlet; a transformer positioned in the furnace housing upstream of the mining computers and downstream of the housing air inlet, the transformer electrically connected to each of the mining computers to power each of the mining computers; and a principal fan positioned in the furnace housing in the air flow path downstream of the transformer and upstream of the mining computers to induce air flow along the air flow path through the transformer and each of the mining computers. a furnace housing having an air flow path extending from a housing air inlet downstream to a housing air outlet ; at least three separate mining computers , each mining computer having at least one cryptocurrency mining board , each mining computer positioned in the furnace housing in the air flow path upstream of the housing air outlet; a transformer positioned in the furnace housing upstream of the mining computers and downstream of the housing air inlet, the transformer electrically connected to each of the mining computers to power each of the mining computers; and a principal fan positioned in the furnace housing in the air flow path downstream of the transformer and upstream of the mining computers to induce air flow along the air flow path through the transformer and each of the mining computers.
A glass panel system comprising: - a lower guide track and an upper guide track which are substantially horizontal and parallel; and - two or more glass panels including a first glass panel , each of which is placed in a vertical position between the lower guide track and the upper guide track and coupled to the lower and upper guide tracks in such a way that the first glass panel is movable along the lower and upper guide tracks in their longitudinal direction (X1, X2); characterized by - a railing placed by a side of the first glass panel ; - a guide track placed by the side of the first glass panel in such a way that the guide track is fastened to the railing or the guide track constitutes the railing , the guide track being substantially horizontal and parallel with the upper and lower guide tracks , wherein the guide track is, in the vertical direction (Z), spaced from the upper and lower guide tracks and the upper and lower edges of the first glass panel ; and - a locking element fastened to the first glass panel and coupled to the guide track along which the locking element moves when the first glass panel is moving; wherein the locking element , when coupled to the guide track , supports the first glass panel and prevents movement caused by bending of the first glass panel in either one lateral direction or two opposite lateral directions (Y1, Y2) with respect to the guide track . - a lower guide track and an upper guide track which are substantially horizontal and parallel; and - two or more glass panels including a first glass panel , each of which is placed in a vertical position between the lower guide track and the upper guide track and coupled to the lower and upper guide tracks in such a way that the first glass panel is movable along the lower and upper guide tracks in their longitudinal direction (X1, X2); characterized by - a railing placed by a side of the first glass panel ; - a guide track placed by the side of the first glass panel in such a way that the guide track is fastened to the railing or the guide track constitutes the railing , the guide track being substantially horizontal and parallel with the upper and lower guide tracks , wherein the guide track is, in the vertical direction (Z), spaced from the upper and lower guide tracks and the upper and lower edges of the first glass panel ; and - a locking element fastened to the first glass panel and coupled to the guide track along which the locking element moves when the first glass panel is moving; wherein the locking element , when coupled to the guide track , supports the first glass panel and prevents movement caused by bending of the first glass panel in either one lateral direction or two opposite lateral directions (Y1, Y2) with respect to the guide track .
A ladder tube for use in a ladder section of a collapsible ladder which comprises several ladder sections (5, 5a-5j), where each ladder section comprises two ladder tubes arranged parallel to each other and interconnected by a rung to form the respective ladder section, and where each ladder tube is telescopically inserted into a ladder tube of a lower ladder section to form the collapsible ladder , wherein the ladder tube has a cross-sectional shape comprising one straight section , characterized in that the cross-sectional shape of the ladder tube further comprises a first additional section connected to a first end of the straight section at an angle larger than 90 degrees, a second additional section connected to a second end of the straight section at an angle larger than 90 degrees, a third additional section connected to the first additional section , a fourth additional section connected to the second additional section , and a fifth additional section interconnecting the third and fourth additional sections , and wherein the first, second, third, fourth and fifth additional sections (18a-18e) have convex shapes.
A drive, comprising a geared motor, wherein the geared motor has an electric motor and a gear unit, wherein an angular sensor and also an electromagnetically actuatable brake, the brake coil of which is connected to the housing of the electric motor and hence also to the stator housing part , is arranged on that side of the electric motor which faces away from the gear unit, wherein the rotor shaft is mounted in a bearing flange by way of a bearing and is sealed off from the bearing flange by means of a shaft sealing ring provided on the bearing flange , wherein oil is provided on the output side, wherein a thrower ring is connected non-rotatably to the rotor shaft , with which ring a discharge ring connected to a housing part is associated, wherein the thrower ring is arranged axially on that side of the shaft sealing ring which faces the rotor of the electric motor, wherein the rotor-shaft axis is oriented substantially parallel to the gravitational axis, wherein the thrower ring has on its surface which faces the shaft sealing ring such an incline that the radial distance of the surface with increasing axial distance from the shaft sealing ring increases monotonically or strictly monotonically up to that surface point which is at the greatest radial distance, wherein a discharge ring is provided, wherein the discharge ring forms a channel which runs around in the peripheral direction, in which the thrown-off oil is collected, wherein a bore is arranged radially outwards from said channel, which bore opens into a duct of a nipple screw-connected to the bearing flange , wherein a hose for further discharging of the oil is provided on the outside of the nipple , wherein a sensor for detecting the oil which has emerged is provided on the discharge ring , on the duct or on the bore , so that in the event of oil which has emerged and been discharged said sensor can be operated as a leakage sensor, wherein the gear unit is arranged higher than the brake.
Micro-fragmented fat or a composition comprising micro-fragmented fat for use in the treatment of a systemic inflammatory, immune or chronic disease/condition or to improve the detrimental health effects thereof, said disease/condition being caused by sepsis; wherein the micro-fragmented fat contains clusters of fat having size ranging from 200 to 2500 μm, more preferably from 300 to 1500 μm, more preferably from 400 to 900 μm; and wherein said clusters of fat comprise Mesenchymal Stem Cells (MSCs) and pericytes and Adipose Stem Cells preferably maintaining their natural/intact stromal vascular niche.
A process for reducing the sulfur content of a hydrocarbon stream, the process comprising: fractionating a full range cracked naphtha in a catalytic distillation reactor system into a light naphtha fraction and a combined medium and heavy naphtha fraction and concurrently contacting the light naphtha fraction with a hydrogenation catalyst in the catalytic distillation reactor system to convert at least a portion of the dienes and mercaptans to thioethers and to hydrogenate at least a portion of the dienes; fractionating the combined medium and heavy naphtha fraction in a naphtha splitter into a heavy naphtha fraction and a medium naphtha fraction having a boiling range, end point temperature minus initial boiling point temperature, of less than 66°C (150°F); hydrodesulfurizing the heavy naphtha fraction ; mixing the medium naphtha fraction with hydrogen and a gas oil to form a mixture; contacting the mixture with a hydrodesulfurization catalyst in a hydrodesulfurization reactor to produce a reactor effluent comprising hydrogen sulfide, unreacted hydrogen, and a medium naphtha fraction having a reduced sulfur concentration; and separating the medium naphtha fraction having a reduced sulfur concentration from the gas oil, the unreacted hydrogen, and hydrogen sulfide. fractionating a full range cracked naphtha in a catalytic distillation reactor system into a light naphtha fraction and a combined medium and heavy naphtha fraction and concurrently contacting the light naphtha fraction with a hydrogenation catalyst in the catalytic distillation reactor system to convert at least a portion of the dienes and mercaptans to thioethers and to hydrogenate at least a portion of the dienes; fractionating the combined medium and heavy naphtha fraction in a naphtha splitter into a heavy naphtha fraction and a medium naphtha fraction having a boiling range, end point temperature minus initial boiling point temperature, of less than 66°C (150°F); hydrodesulfurizing the heavy naphtha fraction ; mixing the medium naphtha fraction with hydrogen and a gas oil to form a mixture; contacting the mixture with a hydrodesulfurization catalyst in a hydrodesulfurization reactor to produce a reactor effluent comprising hydrogen sulfide, unreacted hydrogen, and a medium naphtha fraction having a reduced sulfur concentration; and separating the medium naphtha fraction having a reduced sulfur concentration from the gas oil, the unreacted hydrogen, and hydrogen sulfide.
A cold rolled and annealed steel sheet comprising by weight: 0.6 < C < 1.3%, 18 ≤ Mn < 30%, 7 ≤ Al < 12%, Si ≤ 2.0 % S ≤ 0.015%, P ≤ 0.1%, N ≤ 0.1%, possibly one or more optional elements chosen among Ni, Cr and Cu in an individual amount of up to 3% and possibly one or more elements chosen among B, Ta, Zr, Nb, V, Ti, Mo, and W in a cumulated amount of up to 2.0%, the remainder of the composition being iron and inevitable impurities resulting from the elaboration, the microstructure of said sheet comprising at least 0.1% of intragranular kappa carbides, wherein at least 80% of such kappa carbides have an average size below 30 nm, optionally up to 10% of granular ferrite, the remainder being made of austenite, the average grain size and average aspect ratio of the austenite being respectively below 6 μm and comprised between 2 and 10 and the average grain size and average aspect ratio of the ferrite, when present, being respectively below 5 μm and below 3.0, the density of said steel sheet being equal or below 7.2 and its tensile elongation being at least 5.0%, said steel sheet having an ultimate tensile strength of at least 1300 MPa and a yield strength of at least 1200 MPa, wherein the microstructure and the strength are measured according to the description. 0.6 < C < 1.3%, 18 ≤ Mn < 30%, 7 ≤ Al < 12%, Si ≤ 2.0 % S ≤ 0.015%, P ≤ 0.1%, N ≤ 0.1%,
A composition which is a powder composition comprising a mixed powder of the formula Fe a Co b Cu c Sn d Ni e B f Cr g C h Wherein, based on (a+b+c+d+e+f+g+h) = 100 (wt.-%), a - h indicate the content of the individual elements (wt.-%): a is 0-85.0 b is 0-85.0 with (a+b) being 40.0-85.0 c is 10.0-50.0 d is 0.1-17.5 with (c+d) being 10.1-55.0 [100* d /( c + d )] being 1.0-35.0 e is 0.01-15.0 f is 0.02-1.0 g is 0.10-4.0 h is 0.01-1.0 wherein the content of the composition of formula is ≥ 98 wt.-% of the entire composition. a is 0-85.0 b is 0-85.0 with (a+b) being 40.0-85.0 c is 10.0-50.0 d is 0.1-17.5 with (c+d) being 10.1-55.0 [100* d /( c + d )] being 1.0-35.0 e is 0.01-15.0 f is 0.02-1.0 g is 0.10-4.0 h is 0.01-1.0
An injection device comprising: a housing arranged to contain a liquid medicament or a medicament cartridge; an electrical coil arranged around an inner surface or an outer surface of the housing; an electricity storage apparatus electrically connected to the electrical coil; a removable cap that is arranged to be releasably attached to the housing; and a magnet arranged to be movable axially within a defined space with respect to the electrical coil to induce electrical voltage in the electrical coil and to generate current to charge the electricity storage apparatus, wherein the defined space is arranged at a wall of the removable cap. a housing arranged to contain a liquid medicament or a medicament cartridge; an electrical coil arranged around an inner surface or an outer surface of the housing; an electricity storage apparatus electrically connected to the electrical coil; a removable cap that is arranged to be releasably attached to the housing; and a magnet arranged to be movable axially within a defined space with respect to the electrical coil to induce electrical voltage in the electrical coil and to generate current to charge the electricity storage apparatus, wherein the defined space is arranged at a wall of the removable cap.
A method for preventing fraudulent use of a Mobile Subscriber Integrated Services Digital Network Number (MSISDN) of a mobile phone terminal in a wireless network, comprising the steps of: associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part (MAP) message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider, the method comprising the further steps of: generating a first and a second one time password and temporarily storing the first and second one time passwords; and if the obtained IMSI matches the stored IMSI, sending the first one time password to the mobile phone terminal enabling one level of access to the secure resource, or if the obtained IMSI does not match the stored IMSI, sending the second one time password to the mobile phone terminal enabling a second level of access to the secure resource. associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part (MAP) message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider, the method comprising the further steps of: generating a first and a second one time password and temporarily storing the first and second one time passwords; and if the obtained IMSI matches the stored IMSI, sending the first one time password to the mobile phone terminal enabling one level of access to the secure resource, or if the obtained IMSI does not match the stored IMSI, sending the second one time password to the mobile phone terminal enabling a second level of access to the secure resource. generating a first and a second one time password and temporarily storing the first and second one time passwords; and if the obtained IMSI matches the stored IMSI, sending the first one time password to the mobile phone terminal enabling one level of access to the secure resource, or if the obtained IMSI does not match the stored IMSI, sending the second one time password to the mobile phone terminal enabling a second level of access to the secure resource.
A tire comprising: a tread portion being provided with a pair of crown main grooves extending continuously in a zigzag manner in a tire circumferential direction and a pair of shoulder main grooves extending continuously in a zigzag manner in the tire circumferential direction, the shoulder main grooves being arranged outwardly of the crown main grooves in a tire axial direction; and the pair of crown main grooves having a number (P1) of zigzag pitches (PL1) in a range of from 0.21 to 0.32 times a number (P2) of zigzag pitches (PL2) of the pair of shoulder main grooves , wherein the tread portion is sectioned into a crown land portion , a pair of middle land portions and a pair of shoulder land portions by the pair of crown main grooves and the pair of shoulder main grooves , characterized in that each of the shoulder land portions is provided with shoulder lateral grooves connecting the shoulder main groove and a tread edge (Te) and shoulder sipes extending from the shoulder main groove toward the tread edge (Te), the shoulder sipes are in communication with first outer peak points of an axially outer groove edge of the shoulder main groove . a tread portion being provided with a pair of crown main grooves extending continuously in a zigzag manner in a tire circumferential direction and a pair of shoulder main grooves extending continuously in a zigzag manner in the tire circumferential direction, the shoulder main grooves being arranged outwardly of the crown main grooves in a tire axial direction; and the pair of crown main grooves having a number (P1) of zigzag pitches (PL1) in a range of from 0.21 to 0.32 times a number (P2) of zigzag pitches (PL2) of the pair of shoulder main grooves , wherein the tread portion is sectioned into a crown land portion , a pair of middle land portions and a pair of shoulder land portions by the pair of crown main grooves and the pair of shoulder main grooves , characterized in that each of the shoulder land portions is provided with shoulder lateral grooves connecting the shoulder main groove and a tread edge (Te) and shoulder sipes extending from the shoulder main groove toward the tread edge (Te), the shoulder sipes are in communication with first outer peak points of an axially outer groove edge of the shoulder main groove .
A method for preparing a metal complex catalyst, the method comprising: (A) obtaining a precipitate by bringing a metal precursor solution comprising a zinc (Zn) precursor, a ferrite (Fe) precursor, and water into contact with a basic aqueous solution; (B) obtaining a zinc ferrite catalyst by filtering and calcining the precipitate; and (C) supporting an acid onto the zinc ferrite catalyst, wherein in Step (C), the acid is phosphoric acid and a content of the acid is 0.05 wt% to 0.2 wt% based on 100 wt% of the zinc ferrite catalyst. (A) obtaining a precipitate by bringing a metal precursor solution comprising a zinc (Zn) precursor, a ferrite (Fe) precursor, and water into contact with a basic aqueous solution; (B) obtaining a zinc ferrite catalyst by filtering and calcining the precipitate; and (C) supporting an acid onto the zinc ferrite catalyst,
Apparatus for digital microscopy comprising an equipment base , a stand with a camera head , and an objective unit , characterized in that the apparatus has a modular construction, all the modules being connected to one another by releasable connections; in that the equipment base , the stand with a camera head , and the objective unit each constitute modules; in that the stand with the camera head and the equipment base are releasably connected to one another; in that the objective unit is releasably connected to the camera head ; in that the camera head is attached to the stand in such a way that the equipment base is not situated in the image region of the camera head ; and in that the releasable connections are pluggable, positively locking connections and/or magnetic connections. in that the apparatus has a modular construction, all the modules being connected to one another by releasable connections; in that the equipment base , the stand with a camera head , and the objective unit each constitute modules; in that the stand with the camera head and the equipment base are releasably connected to one another; in that the objective unit is releasably connected to the camera head ; in that the camera head is attached to the stand in such a way that the equipment base is not situated in the image region of the camera head ; and in that the releasable connections are pluggable, positively locking connections and/or magnetic connections.