mhurhangee/ep-ind-claims huggingface dataset:
A filter device with at least one filter element, through which a fluid to be cleaned can flow at a predefinable fluid operating pressure, and which element can be accommodated in a housing, wherein the fluid pressure prevailing at the respective filter element can have pressure peaks or general pressure increases which are damaging to the respective filter element, in particular to the filter material thereof, which pressure peaks and increases can be reduced and/or levelled out by means of a compensation device acting directly on the respective filter element and which has at least one flexible compensation element which makes possible an increase in the volume of the fluid chamber of the housing in accordance with a pressure peak or pressure increase, wherein the flexible compensation element is arranged between the outside of the filter material of the filter element and the adjacent inner wall of the housing, wherein the flexible compensation element is formed by an at least partial casing of the outside of the respective filter element located in the housing, wherein the casing has the form of a circular-cylindrical bowl, characterised in that the inside of the bowl rests against a fluid-permeable support tube, and that the support tube in turn rests against the outside of the filter material of the relevant filter element as the outer support tube thereof.
An acrylated urethane represented by the structure: wherein n is 3; Acrylate is an acrylate-containing group or methacrylate-containing group; W and Y are each the residues of independently selected polyisocyanates; X is the residue of an alcohol compound comprising at least two hydroxyl groups; and Z is the residue of an alcohol compound comprising at least three hydroxyl groups which is selected from the group consisting of amino alcohols, thioether alcohols, phosphino alcohols and mixtures thereof.
A clamp device in which a main clamp body comprises a pair of tightening grooves each being delimited by a pair of groove-delimiting wall sections (17, 18); the tightening grooves each having a U- or V-shaped transverse cross-section; and first and second lobe parts disposed in the vicinity of end portions of the tightening grooves; the main clamp body presenting a ring shape when a bolt and a nut are mounted in position on the lobe parts disposed facing each other; the bolt and the nut when screw-tightened relative to each other developing a force of fastening together at least two objects placed within the tightening grooves; wherein, each of the first and second lobe parts comprises: a pair of sidewall sections respectively contiguous to the pair of groove-delimiting wall sections (17, 18) that delimit the tightening groove; a curved outer end wall section interconnecting the pair of sidewall sections at an outer end of each lobe part; and a seat surface wall section contiguous to the pair of sidewall sections and to the outer end wall section; the seat surface wall section providing a seat surface for the bolt or the nut; and an arcuately shaped fulcrum part being formed on the curved outer end wall section of each lobe part so as to extend along a curving direction of the outer end wall section, characterized in that each of the first and second lobe parts comprises end portions (54a, 54b) reaching the sidewall section in the fulcrum part projecting from the sidewall section. a pair of sidewall sections respectively contiguous to the pair of groove-delimiting wall sections (17, 18) that delimit the tightening groove; a curved outer end wall section interconnecting the pair of sidewall sections at an outer end of each lobe part; and a seat surface wall section contiguous to the pair of sidewall sections and to the outer end wall section; the seat surface wall section providing a seat surface for the bolt or the nut; and an arcuately shaped fulcrum part being formed on the curved outer end wall section of each lobe part so as to extend along a curving direction of the outer end wall section,
An electrode for a battery, the electrode comprising: (a) an electrode portion comprising: (i) a sleeve (12a, b, c) and (ii) active material (13a, b, c) disposed within the region bounded by the sleeve; and (b) a plug (100; 300; 400; 500; 600; 700) comprising a plug member (101a, b; 201; 301a, b; 401a, b; 501a, b; 601a, b) disposed within the region bounded by the sleeve, the plug member being provided with one or more projections (104a, b, c; 204a, b; 304a, b, c; 504a, b, c; 604a, b, c, d; 702a) which engage with the sleeve to inhibit removal of the plug from the sleeve, wherein the plug forms a seal with the sleeve so to inhibit egress of active material from the electrode portion wherein the plug comprises first and second plug members (101a, b; 201; 301a, b; 401a, b; 501a, b; 601a, b) adjacent to one another, the first plug member comprising a deformable projection (104a, b, c; 204a, b; 304a, b, c; 504a, b, c; 604a, b, c, d; 702a) which is adjacent to a deformable projection (104a, b, c; 204a, b; 304a, b, c; 504a, b, c; 604a, b, c, d; 702a) provided on the second plug member, the adjacent deformable projections being deformable so that attempted withdrawal of the plug members from the respective sleeves causes deformation of the adjacent deformable projections so that the adjacent deformable projections interfere with one another. (a) an electrode portion comprising: (i) a sleeve (12a, b, c) and (ii) active material (13a, b, c) disposed within the region bounded by the sleeve; and (i) a sleeve (12a, b, c) and (ii) active material (13a, b, c) disposed within the region bounded by the sleeve; and (b) a plug (100; 300; 400; 500; 600; 700) comprising a plug member (101a, b; 201; 301a, b; 401a, b; 501a, b; 601a, b) disposed within the region bounded by the sleeve, the plug member being provided with one or more projections (104a, b, c; 204a, b; 304a, b, c; 504a, b, c; 604a, b, c, d; 702a) which engage with the sleeve to inhibit removal of the plug from the sleeve, wherein the plug forms a seal with the sleeve so to inhibit egress of active material from the electrode portion
Endoscopic device for generating acoustic waves, comprising an endoscope having a sheath and defining a center axis, the sheath containing - a first transducer for generating a first beam of acoustic energy radiating outwards of the endoscope sheath of a predetermined exit angle, - a second transducer for generating a second beam (50, 55) of acoustic energy radiating outwards of the endoscope sheath at an angle different to the exit angle of the first transducer, wherein, in a first position of the second transducer, the first beam and the second beam are intersecting at a first intersecting angle outside of the endoscope thus defining a first position of a focus spot, wherein the second transducer is mounted to a first slider configured to move the second transducer linearly parallel to the center axis with respect to the first transducer from the first position to a second position so as to displace the second beam and hence the intersection of the first beam and the second beam to provide a second position of the focus spot, wherein, from its second position, the second transducer radiates the second beam basically at the same angle as from the first position, so that the second beam is intersecting with the first beam at the same intersecting angle as the first intersecting angle. - a first transducer for generating a first beam of acoustic energy radiating outwards of the endoscope sheath of a predetermined exit angle, - a second transducer for generating a second beam (50, 55) of acoustic energy radiating outwards of the endoscope sheath at an angle different to the exit angle of the first transducer, wherein, in a first position of the second transducer, the first beam and the second beam are intersecting at a first intersecting angle outside of the endoscope thus defining a first position of a focus spot, wherein the second transducer is mounted to a first slider configured to move the second transducer linearly parallel to the center axis with respect to the first transducer from the first position to a second position so as to displace the second beam and hence the intersection of the first beam and the second beam to provide a second position of the focus spot, wherein, from its second position, the second transducer radiates the second beam basically at the same angle as from the first position, so that the second beam is intersecting with the first beam at the same intersecting angle as the first intersecting angle.
A method for creating a covert barcode, comprising: concatenating data to be represented in the covert barcode; partitioning the concatenated data into n-bit segments to establish formatted data; encoding the formatted data by assigning a respective code to each n-bit segment; and creating the covert barcode by printing the covert barcode onto a substrate as a photoluminescent material using the encoded data and including within the covert barcode a format field that includes a format code that indicates a format for the encoded data and including within the barcode the format code within a first bit segment of the barcode. concatenating data to be represented in the covert barcode; partitioning the concatenated data into n-bit segments to establish formatted data; encoding the formatted data by assigning a respective code to each n-bit segment; and creating the covert barcode by printing the covert barcode onto a substrate as a photoluminescent material using the encoded data and including within the covert barcode a format field that includes a format code that indicates a format for the encoded data and including within the barcode the format code within a first bit segment of the barcode.
A therapeutic composition comprising the combination of at least one harmine component, and at least one isovanillin component, said at least one isovanillin component selected from the group consisting of isovanillin, vanillin, orthovanillin, and pharmaceutically acceptable salts thereof, said at least one harmine component selected from the group consisting of harmine, harmaline, harmane, harmalol, harmol, and pharmaceutically acceptable salts thereof, said at least one isovanillin component being present in an amount greater than the amount of the at least one harmine component, the weight amount of said at least one isovanillin component being from about 25 to 95% by weight based upon the total weight of the harmine and isovanillin components taken as 100% by weight, the combination of the at least one harmine component and the at least one isovanillin component exhibiting anti-cancer activity.
A computer-implemented method for enabling recovery of one or more digital assets held on a blockchain by a user under a public key Pk after a corresponding private key Sk for accessing the one or more digital assets is lost, the computer implemented method comprising: setting access for the one or more digital assets held on the blockchain under the public key Pk and accessible using the corresponding private key Sk of the user such that the one or more digital assets are also accessible using a private key x shared by a congress on the blockchain network, the congress comprising a group of users on the blockchain network, each member of the congress having a private key share x i, the private key share x i to be used in a threshold signature scheme in which at least a threshold of private key shares must be used to generate a valid signature through the combination of partial signatures of the congress to access the one or more digital assets on behalf of the user, whereby if the private key Sk is lost then the congress can be notified by the user to access the one or more digital assets using the threshold signature scheme on behalf of the user, the user proving their identity to the congress by providing a recovery password RPw, wherein a recovery deposit is set that needs to be provided when an attempt to recover the one or more digital assets is made. setting access for the one or more digital assets held on the blockchain under the public key Pk and accessible using the corresponding private key Sk of the user such that the one or more digital assets are also accessible using a private key x shared by a congress on the blockchain network, the congress comprising a group of users on the blockchain network, each member of the congress having a private key share x i, the private key share x i to be used in a threshold signature scheme in which at least a threshold of private key shares must be used to generate a valid signature through the combination of partial signatures of the congress to access the one or more digital assets on behalf of the user, whereby if the private key Sk is lost then the congress can be notified by the user to access the one or more digital assets using the threshold signature scheme on behalf of the user, the user proving their identity to the congress by providing a recovery password RPw, wherein a recovery deposit is set that needs to be provided when an attempt to recover the one or more digital assets is made.
A method for fixation of an insulation element to a structural element, the structural element having a first and a second side, the method comprising: a) providing an insulation element comprising an insulation material and comprising a first and a second major surfaces; b) positioning the insulation element with its first major surface proximal to the second side of the structural element; c) providing a spacer fastening device comprising a hollow shank and a fastening screw received in the cavity of the hollow shank, wherein the hollow shank and the fastening screw are adapted to be locked relative to each other in an axial longitudinal direction of the fastening screw, wherein the lock between the hollow shank and the fastening screw in the spacer fastening device is achieved by retaining the head of the fastening screw between a neck formed in the cavity of the hollow shank and a stopper fastened over the fastening screw head, the fastening screw comprising a threaded tip for engagement with the structural element, and the hollow shank comprising a helical thread running on its outside; d) inserting the spacer fastening device, with the threaded tip first, from the second major surface into the insulation element; e) rotating simultaneously both the hollow shank and the fastening screw, so as to produce their advance towards the structural element, until the whole length of the helical thread is inserted into the insulation element; f) rotating the fastening screw, without rotating the hollow shank, to adjust the distance between the second major surface of the insulation element and the second side of the structural element. a) providing an insulation element comprising an insulation material and comprising a first and a second major surfaces; b) positioning the insulation element with its first major surface proximal to the second side of the structural element; c) providing a spacer fastening device comprising a hollow shank and a fastening screw received in the cavity of the hollow shank, wherein the hollow shank and the fastening screw are adapted to be locked relative to each other in an axial longitudinal direction of the fastening screw, wherein the lock between the hollow shank and the fastening screw in the spacer fastening device is achieved by retaining the head of the fastening screw between a neck formed in the cavity of the hollow shank and a stopper fastened over the fastening screw head, the fastening screw comprising a threaded tip for engagement with the structural element, and the hollow shank comprising a helical thread running on its outside; d) inserting the spacer fastening device, with the threaded tip first, from the second major surface into the insulation element; e) rotating simultaneously both the hollow shank and the fastening screw, so as to produce their advance towards the structural element, until the whole length of the helical thread is inserted into the insulation element; f) rotating the fastening screw, without rotating the hollow shank, to adjust the distance between the second major surface of the insulation element and the second side of the structural element.
A method for correcting direct current, DC, offset error of a received signal in a direct conversion receiver, the method comprising: providing a plurality of DC offset correction, DCOC, algorithms, the DC offset correction algorithms being adapted to remove DC offset errors in baseband in-phase and quadrature-phase signals received within a baseband signal path of the direct conversion receiver; selecting individual DC offset correction algorithms from the plurality of DC offset correction algorithms as determined by calculating a signal quality estimate of the received signal; and setting a criterion for the signal quality estimate of the received signal to control transitioning between the plurality of DC offset correction algorithms. providing a plurality of DC offset correction, DCOC, algorithms, the DC offset correction algorithms being adapted to remove DC offset errors in baseband in-phase and quadrature-phase signals received within a baseband signal path of the direct conversion receiver; selecting individual DC offset correction algorithms from the plurality of DC offset correction algorithms as determined by calculating a signal quality estimate of the received signal; and setting a criterion for the signal quality estimate of the received signal to control transitioning between the plurality of DC offset correction algorithms.
An apparatus for converting nitrogen dioxide to nitric oxide comprising a receptacle including an inlet, an outlet, a surface-active material coated with an aqueous solution of antioxidant and an absorbent, wherein the inlet is configured to receive a gas flow and fluidly communicate the gas flow to the outlet through the surface-active material and the absorbent such that nitrogen dioxide in the gas flow is converted to nitric oxide; wherein the apparatus further comprises a NO 2 scavenger selected from the group consisting of proline and diphenylamine; and a recuperator coupled to the outlet, the recuperator converting nitrogen dioxide into nitric oxide prior to delivery to a patient, the recuperator including an exit shell including an outlet; an inside shell wherein the inside shell includes perforated inner and outer tubes with fixed annulus; a surface-active material coated with an aqueous solution of ascorbic acid, an absorbent and a top cap including an annular ring around the top cap and an inlet wherein the inlet is configured to receive a gas flow and fluidly communicate the gas flow to the outlet through the surface-active material such that nitrogen dioxide in the gas flow is converted to nitric oxide.
Disperse azo dyes of formula: X Y Z R 1 R 2 R 3 m n CH3 CN CN NHR 3 H COCH 3 1 1 Cl CN CN NHR 3 H SO 2 CH 3 1 1 Cl NO 2 H CH3 H -------- 1 1 Cl CN CN OH H -------- 1 1
A process for the preparation of polyethylene by polymerizing in a slurry ethylene and optionally one or more C 3 to C 10 alpha-olefins at a temperature from 60°C to 95°C and a pressure from 0.15 MPa to 3 MPa in a reactor system comprising a polymerization reactor and one or more first heat exchangers located outside the polymerization reactor where the slurry in the polymerization reactor is cooled by withdrawing slurry from the polymerization reactor, cooling the slurry in the one or more first heat exchangers and returning the cooled slurry to the polymerization reactor, wherein the one or more first heat exchangers are cooled by a first coolant having a temperature of 29°C or higher.
A mobile transport system for transporting objects in a technical facility, comprising a middle frame, a pair of first support wheels, a pair of second support wheels, a pair of drive wheels and a lower frame which is pivotable relative to the middle frame about a swing axis running in a transverse direction, wherein the drive wheels are secured to the lower frame, the second support wheels are secured to the lower frame, and the first support wheels are secured to a rocker lever which is pivotable relative to the middle frame about a tilt axis running in a longitudinal direction, and characterised in that a distance of the second support wheels in a longitudinal direction from the drive wheels is greater than a distance of the first support wheels in a longitudinal direction from the drive wheels. a middle frame, a pair of first support wheels, a pair of second support wheels, a pair of drive wheels and a lower frame which is pivotable relative to the middle frame about a swing axis running in a transverse direction, wherein the drive wheels are secured to the lower frame, the second support wheels are secured to the lower frame, and the first support wheels are secured to a rocker lever which is pivotable relative to the middle frame about a tilt axis running in a longitudinal direction, and characterised in that a distance of the second support wheels in a longitudinal direction from the drive wheels is greater than a distance of the first support wheels in a longitudinal direction from the drive wheels.
A control apparatus, comprising: acquisition means configured to acquire requested delay information related to an amount of delay permissible by a terminal device connected to a first base station and communication delay information predicted for communication via a second base station; and setting means configured to set a threshold value for determining whether or not the terminal device reports, to the first base station, wireless quality measurement results of the second base station for handover to this second base station based on the communication delay information of the second base station and the requested delay information, wherein the communication delay information is based on communication delay measured during communication performed in the second base station in the past, and the communication delay information is associated with a time period during which the communication delay has been measured, wherein the control apparatus is characterized by further comprising determination means configured to determine to use the communication delay information associated with a time period corresponding to a current time, and wherein the setting means is configured to set the threshold value using the communication delay information that is determined to be used. acquisition means configured to acquire requested delay information related to an amount of delay permissible by a terminal device connected to a first base station and communication delay information predicted for communication via a second base station; and setting means configured to set a threshold value for determining whether or not the terminal device reports, to the first base station, wireless quality measurement results of the second base station for handover to this second base station based on the communication delay information of the second base station and the requested delay information, wherein the communication delay information is based on communication delay measured during communication performed in the second base station in the past, and the communication delay information is associated with a time period during which the communication delay has been measured, wherein the control apparatus is characterized by further comprising determination means configured to determine to use the communication delay information associated with a time period corresponding to a current time, and wherein the setting means is configured to set the threshold value using the communication delay information that is determined to be used.