mhurhangee/patent-ind-claim-en huggingface dataset:
A hollow fiber membrane module comprising: a hollow fiber membrane bundle which is composed of hollow fiber membranes of a polysulfone or polyethersulfone material, each hollow fiber membrane having, on a surface thereof which is to be in contact with blood, a hydrophilic copolymerization polymer having a relaxation time of adsorbed water of 2.5 × 10 -8 seconds or shorter and 5.0 × 10 -10 or longer at -40°C, wherein the relaxation time of adsorbed water in the hydrophilic copolymerization polymer is obtained by a dielectric relaxation measurement as measured according to the method as disclosed in the description; a main body case in which the hollow fiber membrane bundle is stored; partitioning walls which enable the hollow fiber membrane bundle to be held in a liquid-tight state at both ends of the main body case while keeping the hollow part edge faces in an opened state; and headers which are respectively attached to both ends of the main body case and through which blood can be introduced and led out; wherein the hollow fiber membrane filling rate in each of zones A to H, which are zones produced by dividing a zone lying between a position corresponding to the inner diameter D0 of each of the headers and a position 1 mm apart from the aforementioned position toward the inner periphery into equal 8 parts equiangular with the center of axis of the main body case as its center in an edge face of each of the partitioning walls on a side facing each of the headers , falls within the range from 13 to 40%, and wherein the filling rate in the body part of the main body case falls within the range from 53% to 64%, wherein the hollow fiber membrane filling rate in each of zones A to H at the edge faces and the filling rate in the body part are respectively measured as described in the description.
A method of decoding an encoded audio signal, comprising: receiving, by a decoder , an input bitstream ; dividing the input bitstream into a base signal bitstream and transformation parameter data ; decoding, by a base signal decoder the base signal bitstream to generate base signals representing a first presentation of the audio signal; wherein said transformation parameter data is for transforming said base signals to output signals representing a second presentation of the audio signal; processing the base signals by an analysis filterbank to generate frequency-domain signals having a plurality of subbands; applying, by a first matrix multiplication unit a complex-valued convolution matrix to a first subband of the frequency-domain signals; applying, by a second matrix multiplication unit complex-valued matrix coefficients to a second subband of the frequency-domain signals; applying, by a third matrix multiplication unit real-valued matrix coefficients to one or more remaining subbands of the frequency-domain signals; and converting, by a synthesis filterbank , output signals from the matrix multiplication units into a time-domain output , wherein said transformation parameter data includes coefficients of said complex-valued convolution matrix, said complex-valued matrix coefficients, and said real-valued matrix coefficients. receiving, by a decoder , an input bitstream ; dividing the input bitstream into a base signal bitstream and transformation parameter data ; decoding, by a base signal decoder the base signal bitstream to generate base signals representing a first presentation of the audio signal; wherein said transformation parameter data is for transforming said base signals to output signals representing a second presentation of the audio signal; processing the base signals by an analysis filterbank to generate frequency-domain signals having a plurality of subbands; applying, by a first matrix multiplication unit a complex-valued convolution matrix to a first subband of the frequency-domain signals; applying, by a second matrix multiplication unit complex-valued matrix coefficients to a second subband of the frequency-domain signals; applying, by a third matrix multiplication unit real-valued matrix coefficients to one or more remaining subbands of the frequency-domain signals; and converting, by a synthesis filterbank , output signals from the matrix multiplication units into a time-domain output , wherein said transformation parameter data includes coefficients of said complex-valued convolution matrix, said complex-valued matrix coefficients, and said real-valued matrix coefficients.
Method for attaching counterweights to a shaft , comprising at least one balancing device that is movable longitudinally to the shaft that is arranged in a device for measuring imbalance, and a fastening device for fastening the counterweights to the shaft , comprising the steps of: a. receiving the shaft in bearing means of the device for measuring imbalance, which bearing means is arranged on a machine bed, such that said shaft is rotatable about an axis of rotation ; b. rotating the shaft about the axis of rotation , determining the imbalance of the shaft , and calculating, by means of an evaluation unit, balancing masses and angular positions for at least two balancing planes associated with a specified balancing region in each case; c. displaying a position of at least one balancing device relative to the balancing planes associated with the balancing regions on a display unit that is connected, for data exchange, to a control unit , a sensor that is fixed to the balancing device detecting position data and routing the position data to the control unit which determines the position of the balancing device relative to the balancing regions ; d. moving the balancing device into one of the displayed balancing regions , and displaying, on the display unit , the balancing region approached by the balancing device and the balancing mass associated with said region; e. fitting the fastening device with a counterweight corresponding to the displayed balancing mass; and f. initiating the process for fastening the counterweight to the shaft . a. receiving the shaft in bearing means of the device for measuring imbalance, which bearing means is arranged on a machine bed, such that said shaft is rotatable about an axis of rotation ; b. rotating the shaft about the axis of rotation , determining the imbalance of the shaft , and calculating, by means of an evaluation unit, balancing masses and angular positions for at least two balancing planes associated with a specified balancing region in each case; c. displaying a position of at least one balancing device relative to the balancing planes associated with the balancing regions on a display unit that is connected, for data exchange, to a control unit , a sensor that is fixed to the balancing device detecting position data and routing the position data to the control unit which determines the position of the balancing device relative to the balancing regions ; d. moving the balancing device into one of the displayed balancing regions , and displaying, on the display unit , the balancing region approached by the balancing device and the balancing mass associated with said region; e. fitting the fastening device with a counterweight corresponding to the displayed balancing mass; and f. initiating the process for fastening the counterweight to the shaft .
A self-steering rolling contact rocker fitting that is part of a sideframe pedestal to axle bearing interface assembly to be mounted between a wheelset and a sideframe of a rail road freight car truck , said rolling contact rocker fitting having a rolling contact rocking surface that, when mounted, has a longitudinal direction curvature, whereby the rolling contact rocker fitting is operable to rock lengthwise relative to the sideframe.
A liquid container for a motor vehicle, - having a container wall , which delimits with respect to surroundings (U) a storage volume for storing liquid, - having a heating element , which is arranged in the storage volume , and - having a housing , wherein the housing encloses the heating element in a liquid-tight manner with respect to the storage volume . - a cable leadthrough , wherein at least one cable for the supply of energy to the heating element is led from the heating element into the surroundings (U) of the liquid container , - wherein the cable leadthrough has a first passage opening , which is formed on the housing , and has a second passage opening , which is formed on the container wall , and - wherein, in the region of the cable leadthrough , the housing and the container wall are connected in a liquid-tight manner, - the housing and the container wall are welded to one another by means of a welding ring (92, characterized in that - the container wall has a wall collar , - which delimits the second passage opening and - extends in the direction of the surroundings (U) in a manner facing away from the heating element , - wherein the wall collar is welded to the housing by means of the welding ring , - the housing has a housing collar , - which delimits the first passage opening and - extends in the direction of the surroundings (U) in a manner facing away from the heating element and, - at least sectionally, extends within the second passage opening , wherein the housing collar is welded to the container wall by means of the welding ring . - having a container wall , which delimits with respect to surroundings (U) a storage volume for storing liquid, - having a heating element , which is arranged in the storage volume , and - having a housing , wherein the housing encloses the heating element in a liquid-tight manner with respect to the storage volume . - a cable leadthrough , wherein at least one cable for the supply of energy to the heating element is led from the heating element into the surroundings (U) of the liquid container , - wherein the cable leadthrough has a first passage opening , which is formed on the housing , and has a second passage opening , which is formed on the container wall , and - wherein, in the region of the cable leadthrough , the housing and the container wall are connected in a liquid-tight manner, - the housing and the container wall are welded to one another by means of a welding ring (92, characterized in that - the container wall has a wall collar , - which delimits the second passage opening and - extends in the direction of the surroundings (U) in a manner facing away from the heating element , - wherein the wall collar is welded to the housing by means of the welding ring , - the housing has a housing collar , - which delimits the first passage opening and - extends in the direction of the surroundings (U) in a manner facing away from the heating element and, - at least sectionally, extends within the second passage opening , wherein the housing collar is welded to the container wall by means of the welding ring .
A heat-conducting sheet, comprising a plurality of unit layers each comprising a silicone resin, the plurality of unit layers being laminated so as to be adhered with each other, at least one of the plurality of unit layers comprising a heat-conducting filler; characterized in that the heat-conducting sheet having a compression ratio of 20 to 65% as measured when the heat-conducting sheet is compressed at 0.276 MPa from the direction perpendicular to adhesion surfaces of the plurality of unit layers adhered with each other.
A method for checking documents of value, in particular for recognizing forged documents of value, with the steps: - illuminating a document of value with clocked excitation light (E) of at least one light source, which is switched on in at least one first time interval (T on ) and is switched off in at least one second time interval (T off ), - detecting a first luminescence intensity (L 1 ) solely within the first time interval (T on ), detecting a second luminescence intensity (L 2 ) solely within the second time interval (T off ), - linking the second luminescence intensity (L 2 ) with the first luminescence intensity (L 1 ) for determining a corrected second luminescence intensity (P 2 ) of the document of value or a partial area (A, P) of the document of value, wherein upon the linking the second luminescence intensity (L 2 ) is corrected with the help of a scaled first luminescence intensity by subtracting the scaled first luminescence intensity from the second luminescence intensity (L 2 ), - checking the value document as to its phosphorescence properties on the basis of the corrected second luminescence intensity, wherein the corrected second luminescence intensity is compared with a threshold value (Th); wherein the value document for the check thereof is transported along a transport direction through a capture region of a sensor employed for checking. - illuminating a document of value with clocked excitation light (E) of at least one light source, which is switched on in at least one first time interval (T on ) and is switched off in at least one second time interval (T off ), - detecting a first luminescence intensity (L 1 ) solely within the first time interval (T on ), detecting a second luminescence intensity (L 2 ) solely within the second time interval (T off ), - linking the second luminescence intensity (L 2 ) with the first luminescence intensity (L 1 ) for determining a corrected second luminescence intensity (P 2 ) of the document of value or a partial area (A, P) of the document of value, wherein upon the linking the second luminescence intensity (L 2 ) is corrected with the help of a scaled first luminescence intensity by subtracting the scaled first luminescence intensity from the second luminescence intensity (L 2 ), - checking the value document as to its phosphorescence properties on the basis of the corrected second luminescence intensity, wherein the corrected second luminescence intensity is compared with a threshold value (Th);
Method for working the ground with a construction apparatus which has at least one rotary drive unit for rotationally driving a ground working tool, - wherein the ground working tool is introduced into a ground having different ground layers across a ground depth, which are cut through, - wherein at least one sound measuring means is provided, with which a sound generated when working the ground with the rotationally driven ground working tool is recorded and forwarded as measured sound value, and - wherein a control and evaluation unit is provided which determines the type of the worked ground layer based on the measured sound values, characterized in that the measured sound values are recorded and saved across the ground depth, in that based on the ground types determined across the ground depth when working the ground a ground profile is determined and saved by the control and evaluation unit and in that by the control and evaluation unit preferred operating parameters are determined for the ground profile across the ground depth and stored as a dataset in a database. - wherein the ground working tool is introduced into a ground having different ground layers across a ground depth, which are cut through, - wherein at least one sound measuring means is provided, with which a sound generated when working the ground with the rotationally driven ground working tool is recorded and forwarded as measured sound value, and - wherein a control and evaluation unit is provided which determines the type of the worked ground layer based on the measured sound values, characterized in that the measured sound values are recorded and saved across the ground depth, in that based on the ground types determined across the ground depth when working the ground a ground profile is determined and saved by the control and evaluation unit and in that by the control and evaluation unit preferred operating parameters are determined for the ground profile across the ground depth and stored as a dataset in a database.
A bulk electrochemical metal and/or alloy test system , comprising: a separator station configured to separate bulk provided pieces of metal and/or alloy ; a conveyor system configured to move the individual pieces of metal and/or alloy in a particular direction; a moving system configured to move the individual pieces of metal and/or alloy from the conveyor system; a holding station configured to receive and hold the individual pieces of metal and/or alloy received from the moving system; an electrochemical probe system configured to perform tests on the individual pieces of metal and/or alloy at the holding station to identify the metal and/or alloy composition of the individual pieces of metal and/or alloy; and a second moving system configured to remove the tested individual pieces of metal and/or alloy from the holding station to a location based on the results of the tests. a separator station configured to separate bulk provided pieces of metal and/or alloy ; a conveyor system configured to move the individual pieces of metal and/or alloy in a particular direction; a moving system configured to move the individual pieces of metal and/or alloy from the conveyor system; a holding station configured to receive and hold the individual pieces of metal and/or alloy received from the moving system; an electrochemical probe system configured to perform tests on the individual pieces of metal and/or alloy at the holding station to identify the metal and/or alloy composition of the individual pieces of metal and/or alloy; and a second moving system configured to remove the tested individual pieces of metal and/or alloy from the holding station to a location based on the results of the tests.
A method for heat strengthening or tempering glass sheets, in which one or more glass sheets (hereinafter glass load) are heated in a furnace to a tempering temperature and the glass load is transferred at a transfer speed (W) away from the furnace into a quenching unit, in which the actual quenching is conducted by blasting cooling air onto both surfaces of the glass sheets, and in which by an initial blasting unit, located between the furnace and the quenching unit, is blasted compressed air as an initial blasting onto the leading and trailing edges of the glass sheet, characterized in that the initial blasting is directed onto the surface of that side of the glass sheet, to the direction of which normal it is desired to straighten the end in order to decrease end-edge kink, and that the initial blasting distance from the leading edge of the glass sheet towards the trailing edge of the glass sheet, (S Fi = Wt F1 ), and from the trailing edge of the glass sheet towards the leading edge of the glass sheet, (S Ri = Wt R1 ), is 10 - 250 mm.
A method for providing actionable objects on landing pages of content items, comprising: identifying , by a data processing system , a content item for serving on a computing device , the content item associated with a network address of a landing page ; identifying, by the data processing system , a particular type of content in the content of the landing page by analyzing the content of the landing page associated with the content item in order to determine if the landing page is optimized for rendering on the computing device; generating , by the data processing system , an actionable object to be rendered with content of the landing page based on the particular type of content of the landing page , the actionable object configured to cause the computing device to launch on the computing device an application associated with a functional extension generating information from the content provider of the landing page or from the landing page itself or from other sources associated with the landing page, the functional extension being used for optimizing the landing page on the computing device; generating, by the data processing system , an information resource including the content of the landing page and the actionable object ; and providing , by the data processing system , the information resource to render the content of the landing page and the actionable object on a display of the computing device responsive to an action taken on the content item when served on the computing device , the computing device launching the application responsive to an actuation of the actionable object . identifying , by a data processing system , a content item for serving on a computing device , the content item associated with a network address of a landing page ; identifying, by the data processing system , a particular type of content in the content of the landing page by analyzing the content of the landing page associated with the content item in order to determine if the landing page is optimized for rendering on the computing device; generating , by the data processing system , an actionable object to be rendered with content of the landing page based on the particular type of content of the landing page , the actionable object configured to cause the computing device to launch on the computing device an application associated with a functional extension generating information from the content provider of the landing page or from the landing page itself or from other sources associated with the landing page, the functional extension being used for optimizing the landing page on the computing device; generating, by the data processing system , an information resource including the content of the landing page and the actionable object ; and providing , by the data processing system , the information resource to render the content of the landing page and the actionable object on a display of the computing device responsive to an action taken on the content item when served on the computing device , the computing device launching the application responsive to an actuation of the actionable object .
A container for processing bank notes, which are in particular in the form of separate units, having a housing , which is closed on five sides, with an open side, for receiving bank notes standing on their longitudinal edges, characterized in that the container has separating elements and is subdivided by means of the separating elements and/or can be subdivided in a variable manner, wherein the separating elements are configured in a meandering way so that they have free recesses toward the interstices formed between them, wherein separating elements of the same kind are arranged also at the end and at the beginning of the container or the container has comb-like structures on the walls parallel to the separating elements , which have free recesses toward the interstice formed with the next separating element , wherein the recesses, which are free toward the interstices, are arranged to engage a gripper having a comb-like structure to remove bank notes from an interstice of the container.
A method for producing an L-amino acid comprising: (i) cultivating an L-amino acid-producing bacterium of the family Enterobacteriaceae in a culture medium to produce the L-amino acid in the culture medium, the bacterial cells, or both; and (ii) collecting said L-amino acid from the culture medium, the bacterial cells, or both, wherein said bacterium has been modified to attenuate expression of a gshA gene, and wherein said L-amino acid is a branched-chain L-amino acid. (i) cultivating an L-amino acid-producing bacterium of the family Enterobacteriaceae in a culture medium to produce the L-amino acid in the culture medium, the bacterial cells, or both; and (ii) collecting said L-amino acid from the culture medium, the bacterial cells, or both,