mhurhangee/patent-ind-claim-en huggingface dataset:
A food storage appliance , comprising: a housing containing operative components of the food storage appliance; a first heat sealing element on a lower portion of the housing configured to heat seal a first end of a section of food storage container material forming a food storage container unsealed at a second end ; a vacuum chamber disposed in an upper portion of the housing connected to a vacuum- motor-assembly ; a second heat sealing element in the upper portion of the housing disposed adjacent to the vacuum chamber configured to heat seal the second end of the food storage container after being inserted into the vacuum chamber and being evacuated by: suction from the vacuum-motor assembly ; and an elongated cavity formed in the housing for receiving a roll of food storage container material for supplying a continuous sheet of food storage container material that can be unrolled from the roll in sections for forming multiple food storage containers that are to be heat sealed by the first heat sealing element on the first end prior to being cut from the roll and heat sealed by the second heat sealing clement on the second end after being cut from the roll ; characterized in that the cavity is open on at least one end for insertion of the roll of food storage container material, the cavity being formed by: a lower housing assembly having a substantially planar horizontal portion for placement on a surface and a substantially planar vertical portion attached perpendicular wise at a lower end to the horizontal portion ; and an upper housing attached cantilever fashion to an upper end of the vertical portion and extending over the cavity . a housing containing operative components of the food storage appliance; a first heat sealing element on a lower portion of the housing configured to heat seal a first end of a section of food storage container material forming a food storage container unsealed at a second end ; a vacuum chamber disposed in an upper portion of the housing connected to a vacuum- motor-assembly ; a second heat sealing element in the upper portion of the housing disposed adjacent to the vacuum chamber configured to heat seal the second end of the food storage container after being inserted into the vacuum chamber and being evacuated by: suction from the vacuum-motor assembly ; and an elongated cavity formed in the housing for receiving a roll of food storage container material for supplying a continuous sheet of food storage container material that can be unrolled from the roll in sections for forming multiple food storage containers that are to be heat sealed by the first heat sealing element on the first end prior to being cut from the roll and heat sealed by the second heat sealing clement on the second end after being cut from the roll ; a lower housing assembly having a substantially planar horizontal portion for placement on a surface and a substantially planar vertical portion attached perpendicular wise at a lower end to the horizontal portion ; and an upper housing attached cantilever fashion to an upper end of the vertical portion and extending over the cavity .
A method for electronic document handling utilizing a browser apparatus communicatively coupled to a document execution server , the browser apparatus including a display screen , a pointing apparatus , a data entry apparatus , and a processor with non-transient memory configured to execute a browsing program on the processor; the method comprising: downloading an unsigned electronic document from the document execution server to the browser apparatus ; downloading a front-end program including zoom instructions from the document execution server to the browser apparatus , wherein the front-end program is either separate from or part of the unsigned electronic document; displaying the unsigned electronic document on the display screen of the browser apparatus using the browsing program within the browser apparatus, wherein displaying the unsigned electronic document includes displaying fields to be filled in by the operator of the browser apparatus using the pointing apparatus and the data entry apparatus; and running the front-end program downloaded from the document execution server to zoom into or out of at least one of the displayed fields to facilitate data entry therein by changing a magnification of the unsigned electronic document displayed on the display screen . downloading an unsigned electronic document from the document execution server to the browser apparatus ; downloading a front-end program including zoom instructions from the document execution server to the browser apparatus , wherein the front-end program is either separate from or part of the unsigned electronic document; displaying the unsigned electronic document on the display screen of the browser apparatus using the browsing program within the browser apparatus, wherein displaying the unsigned electronic document includes displaying fields to be filled in by the operator of the browser apparatus using the pointing apparatus and the data entry apparatus; and running the front-end program downloaded from the document execution server to zoom into or out of at least one of the displayed fields to facilitate data entry therein by changing a magnification of the unsigned electronic document displayed on the display screen .
Process for producing superacid-acidified, in particular trifluoromethanesulfonic acid-acidified, (end-)equilibrated linear α,ω-acetoxy-bearing siloxanes, characterized in that (i) linear α,ω-hydroxy-bearing siloxanes, (ii) using superacid, particularly preferably perfluoroalkanesulfonic acid, especially preferably trifluoromethanesulfonic acid, as catalyst, (iii) are reacted with acetic anhydride and with addition of acetic acid. (i) linear α,ω-hydroxy-bearing siloxanes, (ii) using superacid, particularly preferably perfluoroalkanesulfonic acid, especially preferably trifluoromethanesulfonic acid, as catalyst, (iii) are reacted with acetic anhydride and with addition of acetic acid.
A process for synthesising methanol comprising the steps of (i) passing a feed gas comprising a make-up gas containing hydrogen and carbon dioxide to a methanol synthesis loop, (ii) recovering a product gas mixture containing methanol from the methanol synthesis loop, (iii) cooling the product gas mixture to below the dew point to condense crude methanol, (iv) separating the crude methanol from an unreacted gas mixture, (v) passing a portion of the unreacted gas mixture to the methanol synthesis loop and (vi) recovering a portion of the unreacted gas mixture as a purge gas stream, characterised by contacting the crude methanol and a portion of the purge gas in a stripping unit to strip dissolved gases from the crude methanol thereby forming a stripped crude methanol and an enriched gas mixture, and feeding at least a portion of the enriched gas mixture to the methanol synthesis loop.
A compound of formula (I): or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from CH 2 D, CHD 2 , and CD 3 ; and R 2 is selected from CH 2 D, CHD 2 , and CD 3 , wherein any atom not designated as deuterium in the compound is present at its natural isotopic abundance, for use in a method for treating a subject suffering from or susceptible to Parkinson's Disease. R 1 is selected from CH 2 D, CHD 2 , and CD 3 ; and R 2 is selected from CH 2 D, CHD 2 , and CD 3 , wherein any atom not designated as deuterium in the compound is present at its natural isotopic abundance, for use in a method for treating a subject suffering from or susceptible to Parkinson's Disease.
Cyclic peptide of formula X 1 -GQRETPEGAEAKPWY-X 2 I, wherein X 1 comprises an amino acid (sequence), with 1 to 4 members, comprising natural and unnatural amino acids, and X 2 comprises a natural amino acid, and wherein X 1 comprises the N-terminal amino acid left in position 1, and X 2 the C-terminal amino acid in the ultimate, right position, for use as a medicament for treating pulmonal edema, in the form of an aqueous aerosol for inhalation without additives and stabilizers, obtained from a lyophilisate of the cyclic peptide of formula I without additives and/or stabilizers. X 1 comprises an amino acid (sequence), with 1 to 4 members, comprising natural and unnatural amino acids, and X 2 comprises a natural amino acid, and wherein X 1 comprises the N-terminal amino acid left in position 1, and X 2 the C-terminal amino acid in the ultimate, right position, for use as a medicament for treating pulmonal edema, in the form of an aqueous aerosol for inhalation without additives and stabilizers, obtained from a lyophilisate of the cyclic peptide of formula I without additives and/or stabilizers.
A method for forming microchannels in a ceramic matrix composite (CMC) component , the method comprising: laying up a plurality of body plies for forming a body of the CMC component ; laying up a microchannel ply on the plurality of body plies , the microchannel ply having at least one void therein for forming at least one microchannel ; laying up a cover ply on the microchannel ply , the cover ply defining an outer layer of the CMC component ; processing the laid up body plies , microchannel ply , and cover ply to form the CMC component ; and machining at least one film cooling hole from an outer surface of the CMC component to supply a film of cooling fluid (F) from the at least one microchannel to the outer surface of the CMC component , characterized in that the method further comprises forming a film cooling cavity and a film supply conduit in the body plies , the film supply conduit providing a flow of cooling fluid (F) from the at least one microchannel to the film cooling cavity ; and wherein forming at least one film cooling hole comprises forming at least one film cooling hole from the outer surface of the CMC component to the film cooling cavity to supply the film of cooling fluid (F) from the film cooling cavity to the outer surface of the CMC component . laying up a plurality of body plies for forming a body of the CMC component ; laying up a microchannel ply on the plurality of body plies , the microchannel ply having at least one void therein for forming at least one microchannel ; laying up a cover ply on the microchannel ply , the cover ply defining an outer layer of the CMC component ; processing the laid up body plies , microchannel ply , and cover ply to form the CMC component ; and machining at least one film cooling hole from an outer surface of the CMC component to supply a film of cooling fluid (F) from the at least one microchannel to the outer surface of the CMC component , characterized in that the method further comprises forming a film cooling cavity and a film supply conduit in the body plies , the film supply conduit providing a flow of cooling fluid (F) from the at least one microchannel to the film cooling cavity ; and wherein forming at least one film cooling hole comprises forming at least one film cooling hole from the outer surface of the CMC component to the film cooling cavity to supply the film of cooling fluid (F) from the film cooling cavity to the outer surface of the CMC component .
Internal inspection device for determining a length of a tubular good , the internal inspection device comprising a first positioning sensor , a second positioning sensor , wherein the internal inspection device is elongated, the first positioning sensor being located on a first end side of the elongated internal inspection device, and the second positioning sensor being located on the other end side of the elongated inspection device, wherein the first positioning sensor is so configured to determine whether the first positioning sensor is located inside the tubular good and the second positioning sensor is so configured to determine whether the second positioning sensor is located inside the tubular good , a displacement sensor for measuring the displacement of the internal inspection device inside the tubular good between a first position and a second position, the internal inspection device further including an electronic computing the length of the tubular good by adding a distance measured by the displacement sensor and a predetermined length, wherein the predetermined length is the distance between the first and second positioning sensors .
A developing device comprising: a developing container accommodating a developer containing toner and carrier particles; a cylindrical developing sleeve (103; 103A) rotatable while carrying the developer in said developing container ; a magnet provided in said developing sleeve (103; 103A) and configured to generate a magnetic force for holding the developer; and a plurality of grooves (200; 300) provided at a developer carrying surface of said developing sleeve (103; 103A) and formed along a direction crossing a circumferential direction of said developing sleeve (103; 103A), characterized in that in a cross-section perpendicular to a rotational axis of said developing sleeve (103; 103A), each of said grooves (200; 300) is formed by a bottom portion (201; 301) contacting the carrier particle and a pair of side surface portions (210; 310) provided in both sides of said bottom portion (201; 301) with respect to the circumferential direction of said developing sleeve (103; 103A) and satisfies the following relationships: r < w < 2 ⁢ r , 2 × r < L , and r / 2 ≤ s < 2 ⁢ r , where r is a volume average particle size of the carrier particles, w is a length between both ends of said bottom portion (201; 301) measured in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), L is a width between said side surface portions (210; 310) at the surface of said developing sleeve (103; 103A) in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), and s is a depth of each of said grooves (200; 300). a developing container accommodating a developer containing toner and carrier particles; a cylindrical developing sleeve (103; 103A) rotatable while carrying the developer in said developing container ; a magnet provided in said developing sleeve (103; 103A) and configured to generate a magnetic force for holding the developer; and a plurality of grooves (200; 300) provided at a developer carrying surface of said developing sleeve (103; 103A) and formed along a direction crossing a circumferential direction of said developing sleeve (103; 103A), characterized in that in a cross-section perpendicular to a rotational axis of said developing sleeve (103; 103A), each of said grooves (200; 300) is formed by a bottom portion (201; 301) contacting the carrier particle and a pair of side surface portions (210; 310) provided in both sides of said bottom portion (201; 301) with respect to the circumferential direction of said developing sleeve (103; 103A) and satisfies the following relationships: r < w < 2 ⁢ r , 2 × r < L , and r / 2 ≤ s < 2 ⁢ r , where r is a volume average particle size of the carrier particles, w is a length between both ends of said bottom portion (201; 301) measured in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), L is a width between said side surface portions (210; 310) at the surface of said developing sleeve (103; 103A) in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), and s is a depth of each of said grooves (200; 300).
A fastener comprising: a head ; a shank connected to the head at a first end and forming a tip at a second end , the shank having a first portion proximate the head , a second portion adjacent to the tip , and a third portion between the first and second portions, the shank having a longitudinal axis (A1) extending from the head to the tip , the first portion having a substantially constant diameter along a length of the shank , the second portion having a substantially constant diameter along the length of the shank , and the third portion having a diameter that decreases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip ; a first helical thread formation having a thread form thereon formed from two portions disposed upon opposite lateral sides of the thread form , the thread form having a root , the root positioned along the second and third portions of the shank ; and a second helical thread formation between the first helical thread formation ; wherein an outer diameter of the first helical thread formation and an outer diameter of the second helical thread formation on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip . a head ; a shank connected to the head at a first end and forming a tip at a second end , the shank having a first portion proximate the head , a second portion adjacent to the tip , and a third portion between the first and second portions, the shank having a longitudinal axis (A1) extending from the head to the tip , the first portion having a substantially constant diameter along a length of the shank , the second portion having a substantially constant diameter along the length of the shank , and the third portion having a diameter that decreases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip ; a first helical thread formation having a thread form thereon formed from two portions disposed upon opposite lateral sides of the thread form , the thread form having a root , the root positioned along the second and third portions of the shank ; and a second helical thread formation between the first helical thread formation ; wherein an outer diameter of the first helical thread formation and an outer diameter of the second helical thread formation on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip .
A one-piece or multi-piece corner connector for connecting two mitered hollow profiles , wherein the corner connector comprises two sections (102; 104) abutting each other in a corner region , wherein the corner region is arranged in the area of the miter joint when the hollow profiles are connected, and wherein each of the two sections (102; 104) comprises a recess , wherein the recesses are only connected together by exactly one distribution channel which runs parallel to a bisecting line of an angle formed by the corner connector on a surface of the corner connector, thereby extending from one end of the surface to another end of the surface, and is thereby designed to run along the miter joint when the hollow profiles are connected.
Lighting apparatus for a helicopter deck, configured for being installed in connection with an identification marking , such as an H, triangle, cross figure or the like, and/or a touchdown and positioning mark ring on a landing and takeoff area of the helicopter deck (X), wherein the lighting apparatus consists of light units formed of one or more lamps operable by power transmitted from a power source in connection with the helicopter deck, wherein the light units can be coupled essentially immovably with an upper surface of the helicopter deck (X), characterized in that , the light units of the lighting apparatus can be coupled with the upper surface of the helicopter deck (X) by means of a horizontal fastening arrangement comprising fastening means being parallel with a plane of the helicopter deck and configured for being supported at outer edges of the helicopter deck.
Arrangement for compensating for the temperature dependence of a facet lens for determining the topography of an eye, consisting of an illumination unit, the facet lens, an image recording unit, optical elements for separating illumination beam path and detection beam path, and a control and evaluation unit, characterized in that temperature sensors are additionally present for determining the temperature of the facet lens, in that the temperature dependences of the emission angles of the beams, ascertained in advance for a facet lens design, are stored in the control and evaluation unit, and in that the control and evaluation unit is designed to consider the temperature of the facet lens transferred from the temperature sensors and the stored temperature dependences of the emission angles of the beams when evaluating the recordings of the image recording unit.
Indicator dressing, in particular for placing upon a wound, with a carrier element , which is provided, at least in regions, with marker materials, which, in a specifically microbiological contamination, changes its color, characterized in that - a placement side of the carrier element is designed by a biocompatible monofilament fabric made of monofilament threads during placing upon the wound. - in that the marker materials are applied in the form of letters and/or numbers. - in that a first marker material is provided, which, in a first specifically microbiological contamination, changes the color, and - in that at least a second marker material is provided, which changes the color in a second specifically microbiological contamination, which differs from the first microbiological contamination in regard of type and amount of the contamination. - a placement side of the carrier element is designed by a biocompatible monofilament fabric made of monofilament threads during placing upon the wound. - in that the marker materials are applied in the form of letters and/or numbers. - in that a first marker material is provided, which, in a first specifically microbiological contamination, changes the color, and - in that at least a second marker material is provided, which changes the color in a second specifically microbiological contamination, which differs from the first microbiological contamination in regard of type and amount of the contamination.
A device for preparing food ingredients (F), the device comprising: - a jar for receiving food ingredients (F) to be prepared; and - an accessory configured to rotate in the jar along a vertical axis (X) of the jar , the accessory comprising: - a central body extending vertically along the vertical axis (X), the central body comprising an upper end and a lower end ; - at least one blunt blade extending radially from the central body and being arranged proximate said lower end ; and - at least one wing extending radially from the central body and extending between the at least one blunt blade and proximate said upper end , the at least one wing being inclined downwards in direction of the tangential direction (D) of the rotation movement of the accessory , the at least one wing comprising at least one opening ; characterized in that the at least one blunt blade is disposed in a lower region of the jar , and the at least one wing is inclined towards the lower region of the jar at an angle (α) in the range [55; 65] degrees compared to a horizontal axis perpendicular to the vertical axis (X) to provide a downwardly orientated pushing force to push the food ingredients (F) towards the lower region of the jar where the at least one blunt blade is located to crush the food ingredients (F). - a jar for receiving food ingredients (F) to be prepared; and - an accessory configured to rotate in the jar along a vertical axis (X) of the jar , the accessory comprising: - a central body extending vertically along the vertical axis (X), the central body comprising an upper end and a lower end ; - at least one blunt blade extending radially from the central body and being arranged proximate said lower end ; and - at least one wing extending radially from the central body and extending between the at least one blunt blade and proximate said upper end , the at least one wing being inclined downwards in direction of the tangential direction (D) of the rotation movement of the accessory , the at least one wing comprising at least one opening ;