mhurhangee/ep-ind-claims huggingface dataset:
In a location-based services system for WiFi-enabled devices, a method performed by a WiFi-enabled device of calculating the position of WiFi-enabled devices comprising the acts of: a) receiving, by the WiFi-enabled device, signals from WiFi access points and identifying therefrom observed WiFi access points; b) accessing a reference database to obtain information specifying a recorded location for each observed WiFi access point; the method further comprising c) using the recorded location information for each of the observed WiFi access points in conjunction with predefined rules that include rules that identify a cluster of WiFi access points, determine a reference point based on a position of the WiFi access points in the cluster, and compare the recorded location information for each of the observed WiFi access points to the reference point, wherein observed WiFi access points having a recorded location within a predefined threshold distance of the reference point are included in a set of WiFi access points and observed WiFi access points in excess of the predefined threshold distance of the reference point are excluded from the set; and d) using the recorded location information of only the WiFi access points included in the set and omitting the recorded location information of the excluded WiFi access points to calculate the geographical position of the WiFi-enabled device. a) receiving, by the WiFi-enabled device, signals from WiFi access points and identifying therefrom observed WiFi access points; b) accessing a reference database to obtain information specifying a recorded location for each observed WiFi access point; the method further comprising c) using the recorded location information for each of the observed WiFi access points in conjunction with predefined rules that include rules that identify a cluster of WiFi access points, determine a reference point based on a position of the WiFi access points in the cluster, and compare the recorded location information for each of the observed WiFi access points to the reference point, wherein observed WiFi access points having a recorded location within a predefined threshold distance of the reference point are included in a set of WiFi access points and observed WiFi access points in excess of the predefined threshold distance of the reference point are excluded from the set; and d) using the recorded location information of only the WiFi access points included in the set and omitting the recorded location information of the excluded WiFi access points to calculate the geographical position of the WiFi-enabled device.
A process for the preparation of an antifungal agent of formula wherein X 1 is a residue according to formula wherein Z 1 and Z 2 are independently F or Cl, preferably F, wherein -X- is -O- or -CH 2 -, preferably -CH 2 -, and wherein the dotted line in formula stands for the bond between X 1 and the NH group in formula and the bond between X 1 and the N atom in formula, and wherein X 2 is a linear or branched, optionally substituted alkyl residue, said process comprising providing a mixture comprising a compound of formula a protic solvent system, and a suitable base; heating the mixture of to obtain a mixture comprising the antifungal agent of formula. wherein Z 1 and Z 2 are independently F or Cl, preferably F, wherein -X- is -O- or -CH 2 -, preferably -CH 2 -, and wherein the dotted line in formula stands for the bond between X 1 and the NH group in formula and the bond between X 1 and the N atom in formula, and wherein X 2 is a linear or branched, optionally substituted alkyl residue, said process comprising providing a mixture comprising a compound of formula a protic solvent system, and a suitable base; heating the mixture of to obtain a mixture comprising the antifungal agent of formula. providing a mixture comprising a compound of formula a protic solvent system, and a suitable base; heating the mixture of to obtain a mixture comprising the antifungal agent of formula.
An object cutting method comprising the steps of: irradiating, in a state where a first-side end face (10a, 10b, 10a, 10b, 10a, 10a) of a sheet-like first object (10A-10F) to be processed and a second-side end face (1b, 1a, 1b, 1a, 1b, 1b) of a sheet-like second object (1A-1F) to be processed are bonded to each other, the first object (10A-10F) with laser light, so as to form a modified region in the first object along a line to cut for cutting the second object (1A-1F) into a plurality of chips; generating a stress in the first object (10A-10F) so as to cause a fracture generated from the modified region acting as a start point to reach a second-side end face (10b, 10a, 10b, 10a, 10b, 10b) of the first object (10A-10F) and a first-side end face (1a, 1b, 1a, 1b, 1a, 1a) of the second object (1A-1F) and thereby cut the second object along the line; characterized by the step of removing cut pieces of the first object from cut pieces of the second object, so as to yield the chips. irradiating, in a state where a first-side end face (10a, 10b, 10a, 10b, 10a, 10a) of a sheet-like first object (10A-10F) to be processed and a second-side end face (1b, 1a, 1b, 1a, 1b, 1b) of a sheet-like second object (1A-1F) to be processed are bonded to each other, the first object (10A-10F) with laser light, so as to form a modified region in the first object along a line to cut for cutting the second object (1A-1F) into a plurality of chips; generating a stress in the first object (10A-10F) so as to cause a fracture generated from the modified region acting as a start point to reach a second-side end face (10b, 10a, 10b, 10a, 10b, 10b) of the first object (10A-10F) and a first-side end face (1a, 1b, 1a, 1b, 1a, 1a) of the second object (1A-1F) and thereby cut the second object along the line; characterized by the step of removing cut pieces of the first object from cut pieces of the second object, so as to yield the chips.
A cooling device comprising - a body, - a compressor that is situated inside the body, that performs the refrigeration cycle and that has a casing covering the compressor, - an evaporation tray that is disposed on the casing and whereto the water condensed on the evaporator is transferred, - a shaft in form of an upright member that extends upwards vertically from the upper surface of the casing, - a first spring that is mounted by fitting around the shaft, - an evaporation tray that has an opening through which the shaft passes, characterized in that - the first spring is arranged between the casing and the evaporation tray - a nut is screwed to the end portion of the shaft and enables the first spring to be compressed by applying pressure on the opening. - a body, - a compressor that is situated inside the body, that performs the refrigeration cycle and that has a casing covering the compressor, - an evaporation tray that is disposed on the casing and whereto the water condensed on the evaporator is transferred, - a shaft in form of an upright member that extends upwards vertically from the upper surface of the casing, - a first spring that is mounted by fitting around the shaft, - an evaporation tray that has an opening through which the shaft passes, - the first spring is arranged between the casing and the evaporation tray - a nut is screwed to the end portion of the shaft and enables the first spring to be compressed by applying pressure on the opening.
A mutant microorganism having the ability to produce putrescine, wherein at least one gene selected from the group consisting of a speE gene encoding spermidine synthase, a speG gene encoding spermidine N-acetyltransferase, an argI gene encoding ornithine carbamoyltransferase chain I-monomer and a puuP gene encoding putrescine importer, which are involved in the putrescine degradation or utilization pathway, is inactivated or deleted; and wherein at least one gene selected from the group consisting of a puuA gene encoding γ-glutamylputrescine synthase, a ygjG gene encoding putrescine transaminase and an argF gene encoding ornithine carbamoyltransferase F is further inactivated or deleted; and wherein a promoter of at least one gene selected from the group consisting of an argECBH gene encoding an operon for arginine biosynthesis, an argD gene encoding acetylornithine aminotransferase, and a speF-potE gene encoding inducible ornithine decarboxylase and putrescine/ornithine antiporter is replaced with a promoter selected from the group consisting of a trc promoter, a tac promoter, a T7 promoter, a lac promoter and a trp promoter; and selected from the group consisting of Bacillus sp. and Escherichia sp..
Method for producing flexible packaging products, more particularly packaging bags, where the packaging products are formed by welding together two film layers, characterized in that film sections formed of film layers are separated from a film web (7a; 7b) and delivered to a transport device where they are positively fixed at least at one edge by means of a fixing device to achieve a positive fit, in that film sections are transported by means of the transport device in a transport direction to at least one welding station while maintaining the positive fit, in that the film layers are welded together in the latter, and in that the film sections are subsequently further transported while maintaining the positive fit.
A V-belt continuously variable transmission including a fixed sheave member fixedly mounted on a pulley shaft, a movable sheave member mounted on the pulley shaft to be movable relative to the fixed sheave member, a V-belt wound between the fixed and movable sheave members (15, 21), a centrifugal weight for imparting thrust force to the movable sheave member by action of centrifugal force corresponding to a rotating speed of the pulley shaft; an actuator drivable by a motor for imparting thrust force to the movable sheave member, and a control section for controlling the motor, the control section controlling the motor in a plurality of gear change modes including at least first and second gear change modes, characterized in that in the first gear change mode, the control section controls the motor in such a manner that the actuator generates additional thrust force to be added to the thrust force of the centrifugal weight at the time of shift-up, and in the second gear change mode, the control section controls the motor in such a manner that the actuator generates resistant thrust force to resist the thrust force of the centrifugal weight at the time of shift-up.
A laundry treatment appliance comprising a rotary drum in which the laundry is placeable, an electric motor rotating the rotary drum and a front door allowing access into the rotary drum for loading or unloading laundry through an access opening, the front door being openable around a door hinge in the manner that a lock mechanism releasably secures an engagement end such that the front door is lockable and unlockable, the lock mechanism comprising a handle covered by a handle cover and in mechanical communication with a hook lever that is drivable by the handle, whereby the engagement end is actuable to lock or unlock the front door characterized in that; - a support plate is provided in the form of a sheet-like planar element to be mounted to a surface of the handle cover facing the handle whereby the handle cover is reinforced and supported against external forces. - a support plate is provided in the form of a sheet-like planar element to be mounted to a surface of the handle cover facing the handle whereby the handle cover is reinforced and supported against external forces.
A method for the production of a moisture curable composition whereby the reactive end groups of a reactive polymer are reacted with a cross-linking agent for forming a prepolymer, whereby into a mixing vessel at least a part of the ingredients is introduced and mixed, whereby they react with each other as needed in the mixing vessel and whereby, at least during part of the method, the content of the mixing vessel is put under a vacuum pressure, whereby the mixing vessel is provided with an outlet mouth, and whereby during the filling, the mixing and/or the reaction the outlet mouth is sealed by means of a plastic foil.
An antenna of a mobile communication base station, comprising: an RET drive unit, an RAS drive unit, and an RAB drive unit that drive electrical and mechanical apparatuses for adjusting Remote Electrical Tilt RET, Remote Azimuth Steering RAS, and Remote Azimuth Beam-width RAB, respectively, each of which comprises a drive motor; and a multifunctional device that is adapted to communicate with a main system of the base station to receive control signals for the RET, RAS, and RAB control and controls the driving of the RET drive unit, the RAS drive unit, and the RAB drive unit, characterized in that the multifunctional device is adapted to regard the main system of the base station as a primary device according to the Antenna Interface Standards Group, AISG, and is adapted to rule and control the RET, the RAS, and the RAB by transmitting/receiving a High-level Data-Link Control HDLC message to/from the main system of the base station, and wherein the multifunctional device is adapted to receive the HDLC message from the primary device, is adapted to identify whether the received HDLC message corresponds to an Information Frame I-Frame format, is adapted to extract a procedure ID from the corresponding I-Frame, is adapted to identify whether the current I-Frame is associated with a vendor procedure set in advance as a vendor specific procedure, by identifying the extracted procedure ID, is adapted to identify a vendor procedure code that is information set in advance to control the RAS or the RAB, is adapted to control the RAS or the RAB set in advance according to the identified vendor procedure code, and is adapted to inform the primary device of a result obtained by controlling the RAS or the RAB through a response message.
A waist pad bumper system for use with a self-contained breathing apparatus (SCBA) comprising: a backplate operable to attach to a cylinder to hold the cylinder in place on a user's back; a waist pad operable to attach to the backplate and operable to fit around a user's waist to hold the backplate, and therefore the cylinder, in place on the user's back; a soft rubber gasket located between the waist pad and the backplate operable to compress to cushion the movement of the backplate with respect to the waist pad; a hard rubber gasket located between the waist pad and the backplate operable to compress to cushion the movement of the backplate with respect to the waist pad; one or more magnets located on the waist pad; and one or more magnets located on the backplate operable to interact with the one or more magnets located on the waist pad, wherein the magnets of the waist pad have the same polarization as the magnets of the backplate and therefore repel each other. a backplate operable to attach to a cylinder to hold the cylinder in place on a user's back; a waist pad operable to attach to the backplate and operable to fit around a user's waist to hold the backplate, and therefore the cylinder, in place on the user's back; a soft rubber gasket located between the waist pad and the backplate operable to compress to cushion the movement of the backplate with respect to the waist pad; a hard rubber gasket located between the waist pad and the backplate operable to compress to cushion the movement of the backplate with respect to the waist pad; one or more magnets located on the waist pad; and one or more magnets located on the backplate operable to interact with the one or more magnets located on the waist pad, wherein the magnets of the waist pad have the same polarization as the magnets of the backplate and therefore repel each other.
Process for preparing a porous material, at least comprising the steps of: a) providing a mixture comprising (i) a composition comprising components suitable to form an organic gel and (ii) a solvent mixture, b) reacting the components in the composition in the presence of the solvent mixture to form a gel, and c) drying of the gel obtained in step b), wherein the solvent mixture is a mixture of at least two solvents and the solvent mixture has a Hansen solubility parameter δ H in the range of 3.0 to 5.0 MPa -1, determined using the parameter δ H of each solvent of the solvent mixture. a) providing a mixture comprising (i) a composition comprising components suitable to form an organic gel and (ii) a solvent mixture, (i) a composition comprising components suitable to form an organic gel and (ii) a solvent mixture, b) reacting the components in the composition in the presence of the solvent mixture to form a gel, and c) drying of the gel obtained in step b),
Circuit breaker for the interruptible connection of at least two sections of line, comprising at least one pair of vacuum tubes, which respectively comprise a fixed switching contact and a movable switching contact, the switching contacts (6, 7) of the at least one pair of vacuum tubes being electrically connected in series, and the movable switching contacts of the vacuum tubes being coupled to a common actuator and able to be simultaneously switched by a movement of the actuator, the vacuum tubes being arranged in a common housing, a dead-tank circuit breaker housing or a live-tank circuit breaker housing, characterized in that the vacuum tubes are respectively arranged in a feedthrough, through which in each case one of the sections of line is fed into the housing, the feedthroughs being arranged at an angle to one another in a housing top of the housing, an actuating element being arranged between and under the feedthroughs. the vacuum tubes being arranged in a common housing, a dead-tank circuit breaker housing or a live-tank circuit breaker housing, characterized in that the vacuum tubes are respectively arranged in a feedthrough, through which in each case one of the sections of line is fed into the housing, the feedthroughs being arranged at an angle to one another in a housing top of the housing, an actuating element being arranged between and under the feedthroughs.
Analysis device for testing an in particular biological sample by means of a receivable cartridge, the analysis device comprising a receiving unit for receiving, positioning and/or holding the cartridge and a connection unit for mechanically, electrically, thermally and/or fluidically connecting the cartridge, wherein the receiving unit can be moved relative to the connection unit in order to hold the cartridge in a clamped manner between said receiving unit and said connection unit and/or to connect the cartridge to the connection unit and/or to position the cartridge on said connection unit, characterised in that the analysis device comprises an actuator unit for mechanically actuating or forcing open one or more valves of the cartridge, and in that the actuator unit and the receiving unit can be moved together in a first period of movement and can be moved relative to one another (in a movement direction) in a second period of movement.
Wiper blade device with a wiper strip unit which comprises a wind deflector element, a wiper lip and a wiper strip element which comprises a longitudinal guide channel for a carrier element, wherein the wiper strip element creates a form fit with the wind deflector element in a mounted state, characterized in that the wind deflector element exhibits at least one terminating element (62, 64) which creates a form fit with the wiper strip element in a mounted state and prevents a movement of the wind deflector element relative to the wiper strip element in a longitudinal direction.
A peptide having a length of no more than 50 amino acids and comprising at least 33 contiguous amino acids from the amino acid sequence of the human PRAME protein, wherein the peptide comprises at least one HLA class II epitope and at least one HLA class I epitope from the amino acid sequence of the human PRAME protein and wherein the peptide comprises SEQ ID NO 6.
Coupling device for an agricultural machine, in particular a mower, including a coupling support that can be mounted on a three-point hitch of a tractor and at least one arm articulated to the coupling support and protruding from the coupling support in a direction parallel to the direction of advance of the tractor, the said arm carrying, in an articulated manner, a chassis provided to carry a work element, characterized in that the coupling device additionally comprises an upper connecting-rod, a lower connecting-rod and a central connecting-rod, that each of the upper connecting-rod and lower connecting-rod is articulated to the coupling support and to the central connecting-rod so as to form, projected in a vertical plane parallel to the direction of advance, a deformable quadrilateral, and that the central connecting-rod is articulated to the chassis.
An applicator (180, 380, 680) comprising: (i) a container (120, 340, 630) that is movable within the applicator (180, 380, 680) and comprises a frangible membrane (108, 342), wherein the container is made of an acrylonitrile copolymer or a multi-layer sheet with an acrylonitrile copolymer as the inner-most layer of the sheet and wherein the container (120, 340 630) contains an irradiation sterilized adhesive comprising a cyanoacrylate monomer, a free radical stabilizer in an amount of 200 ppm to 15,000 ppm, and an anionic stabilizer in an amount of 10 ppm to 200 ppm, and (ii) a body (130, 320, 620) comprising a porous applicator tip (110, 310, 616), a cutting device (104, 330) configured to break the frangible membrane (108, 342) thus allowing flow of the adhesive towards the porous applicator tip (110, 310, 616), and a flexible grasping portion (118, 322, 626) for controlling the flow rate of the adhesive. (i) a container (120, 340, 630) that is movable within the applicator (180, 380, 680) and comprises a frangible membrane (108, 342), wherein the container is made of an acrylonitrile copolymer or a multi-layer sheet with an acrylonitrile copolymer as the inner-most layer of the sheet and wherein the container (120, 340 630) contains an irradiation sterilized adhesive comprising a cyanoacrylate monomer, a free radical stabilizer in an amount of 200 ppm to 15,000 ppm, and an anionic stabilizer in an amount of 10 ppm to 200 ppm, and (ii) a body (130, 320, 620) comprising a porous applicator tip (110, 310, 616), a cutting device (104, 330) configured to break the frangible membrane (108, 342) thus allowing flow of the adhesive towards the porous applicator tip (110, 310, 616), and a flexible grasping portion (118, 322, 626) for controlling the flow rate of the adhesive.