mhurhangee/ep-ind-claims huggingface dataset:
Antioxidant ingredient with low calorie content obtainable by a process that comprises the following steps: (a) selecting as raw material at least one fruit and/or plant material with high antioxidant content, greater than 6 g/100 g dry matter; (b) obtaining juice and pulp by means of grinding, squeezing and/or pressing the raw material; (c) extracting sugars from the pulp obtained in the preceding step in order to produce a pulp with low calorie content, wherein the extraction of sugars of the pulp is carried out by washing the pulp with an ethanol and water dilution at a temperature below 50 °C and by stirring and/or countercurrent; (d) dehydrating the pulp by means of a method selected from air drying, low-temperature drying with application of vacuum and/or freeze- drying, wherein the low temperature drying is below 70°C; (e) milling the pulp in order to produce the antioxidant ingredient with low calorie content; wherein the low calorie content antioxidant ingredient contains less than 20kcal/100g. (a) selecting as raw material at least one fruit and/or plant material with high antioxidant content, greater than 6 g/100 g dry matter; (b) obtaining juice and pulp by means of grinding, squeezing and/or pressing the raw material; (c) extracting sugars from the pulp obtained in the preceding step in order to produce a pulp with low calorie content, wherein the extraction of sugars of the pulp is carried out by washing the pulp with an ethanol and water dilution at a temperature below 50 °C and by stirring and/or countercurrent; (d) dehydrating the pulp by means of a method selected from air drying, low-temperature drying with application of vacuum and/or freeze- drying, wherein the low temperature drying is below 70°C; (e) milling the pulp in order to produce the antioxidant ingredient with low calorie content;
A method for connection/disconnection of an electric vehicle at a charging terminal (112-116;200), said terminal comprising at least one sensor means arranged in order to detect the state of at least one element of said charging terminal (112-116;200), said method comprising the following steps: - measuring (306,314), by said sensor means, at least one value of at least one parameter relating to the state of an element of said charging terminal, - comparing (306,314) the value of said parameter with at least one predetermined value, and - reporting an anomaly, if the value is not equal to the predetermined value; said reporting step comprising transmitting one or more items of data to the vehicle, said item(s) of data being capable of controlling the triggering of an activation signal preventing the starting of the vehicle. - measuring (306,314), by said sensor means, at least one value of at least one parameter relating to the state of an element of said charging terminal, - comparing (306,314) the value of said parameter with at least one predetermined value, and - reporting an anomaly, if the value is not equal to the predetermined value; said reporting step comprising transmitting one or more items of data to the vehicle, said item(s) of data being capable of controlling the triggering of an activation signal preventing the starting of the vehicle.
A liner-based assembly comprising: a liner for storing a material the liner including at least two layers wherein at least one of the layers is an active layer; and an overpack within which the liner is positioned; characterized in that the active layer is in contact with the material and in that the assembly further comprises a purifying packet positioned between the liner and the overpack, wherein the active layer is configured for removing microbridging components in photoresists. a liner for storing a material the liner including at least two layers wherein at least one of the layers is an active layer; and an overpack within which the liner is positioned;
A method for extracting metal ions from water, comprising: a) disposing two electrically conductive electrodes in water, wherein said water comprises a target ion species in solution, wherein at least one of the electrically conductive electrodes is functionalized with amidoxime-based chemicals; and b) providing electrical current to said electrically conductive electrodes such that the one or more target ion species are deposited to metallic form or metal oxides at said functionalized electrode by one or more electrochemical reactions. a) disposing two electrically conductive electrodes in water, wherein said water comprises a target ion species in solution, wherein at least one of the electrically conductive electrodes is functionalized with amidoxime-based chemicals; and b) providing electrical current to said electrically conductive electrodes such that the one or more target ion species are deposited to metallic form or metal oxides at said functionalized electrode by one or more electrochemical reactions.
A method for validating an invasive temperature measurement system (102, 102a), comprising: Providing a first temperature data of the invasive temperature measurement system of a medium, the medium surrounded by a vessel wall enclosing the medium; Providing a second temperature data of a non-invasive temperature measurement system (200, 300), the non-invasive temperature measurement system (200, 300) thermally contacting an outside surface of the vessel wall enclosing the medium; Determining a temperature of the medium based on the second temperature data, medium properties and properties of the vessel wall, wherein the determination of the temperature of the medium is model based, and wherein the model includes a heat transfer characteristics of a boundary layer of the medium; and Comparing the first temperature data with the determined temperature of the medium to validate the invasive temperature measurement system (102, 102a). Providing a first temperature data of the invasive temperature measurement system of a medium, the medium surrounded by a vessel wall enclosing the medium; Providing a second temperature data of a non-invasive temperature measurement system (200, 300), the non-invasive temperature measurement system (200, 300) thermally contacting an outside surface of the vessel wall enclosing the medium; Determining a temperature of the medium based on the second temperature data, medium properties and properties of the vessel wall, wherein the determination of the temperature of the medium is model based, and wherein the model includes a heat transfer characteristics of a boundary layer of the medium; and Comparing the first temperature data with the determined temperature of the medium to validate the invasive temperature measurement system (102, 102a).
Conveying device for producing rod-shaped products of the tobacco processing industry, which conveying device comprises - at least one rotatory drivable pivot-mounted conveying drum comprising a plurality of recesses (3, 4) arranged on the outer circumference, at least one compressed-air line leading into each of the recesses, and - a stationary control flange comprising at least one second compressed-air line and/or at least one compressed-air chamber comprising at least one control edge past which the conveying drum is guided with the openings of the compressed-air lines for loading the recesses (3, 4) with overpressure and/or underpressure, characterized in that - an adjustable intermediate piece is provided on the control flange, on which intermediate piece the at least one control edge is located, and the relative position of which in relation to the control flange can be modified using an adjusting device. - at least one rotatory drivable pivot-mounted conveying drum comprising a plurality of recesses (3, 4) arranged on the outer circumference, at least one compressed-air line leading into each of the recesses, and - a stationary control flange comprising at least one second compressed-air line and/or at least one compressed-air chamber comprising at least one control edge past which the conveying drum is guided with the openings of the compressed-air lines for loading the recesses (3, 4) with overpressure and/or underpressure, - an adjustable intermediate piece is provided on the control flange, on which intermediate piece the at least one control edge is located, and the relative position of which in relation to the control flange can be modified using an adjusting device.
A method of detecting the presence of Neisseria gonorrhoeae in a sample, comprising a step of detecting a target sequence of NG01642 or a fragment thereof, wherein the target sequence or the the fragment thereof comprises at least 10 contiguous nucleotides contained in SEQ ID NO: 1 or its complement; at least 10 nucleotides contained in SEQ ID NO: 25 or its complement; or at least 10 nucleotides contained in SEQ ID NO: 2 or its complement, wherein optionally the target sequence comprises at least 30 contiguous nucleotides contained in SEQ ID NO: 25 or SEQ ID NO: 2.
A method for performing ultrasound scanning of a conduit, comprising: providing an ultrasound array having a plurality of ultrasound elements arrayed substantially parallel to a longitudinal axis of the conduit; positioning the ultrasound array to project ultrasound signals toward an external surface of the object at a first point about the circumference of the conduit; performing a full-matrix-capture scan of the first point about the circumference of the conduit, comprising: transmitting an ultrasound signal from a first ultrasound element in the ultrasound array; sensing and recording ultrasound signals received by each other ultrasound element in the ultrasound array; and repeating the steps of transmitting, sensing and recording, wherein the step of transmitting is performed in turn by each ultrasound element in the ultrasound array other than the first ultrasound element; repositioning the ultrasound array at a second point about the circumference of the conduit; performing a full-matrix-capture scan of the second point about the circumference of the conduit; and repeating the steps of repositioning and performing a full-matrix-capture scan. providing an ultrasound array having a plurality of ultrasound elements arrayed substantially parallel to a longitudinal axis of the conduit; positioning the ultrasound array to project ultrasound signals toward an external surface of the object at a first point about the circumference of the conduit; performing a full-matrix-capture scan of the first point about the circumference of the conduit, comprising: transmitting an ultrasound signal from a first ultrasound element in the ultrasound array; sensing and recording ultrasound signals received by each other ultrasound element in the ultrasound array; and repeating the steps of transmitting, sensing and recording, wherein the step of transmitting is performed in turn by each ultrasound element in the ultrasound array other than the first ultrasound element; transmitting an ultrasound signal from a first ultrasound element in the ultrasound array; sensing and recording ultrasound signals received by each other ultrasound element in the ultrasound array; and repeating the steps of transmitting, sensing and recording, wherein the step of transmitting is performed in turn by each ultrasound element in the ultrasound array other than the first ultrasound element; repositioning the ultrasound array at a second point about the circumference of the conduit; performing a full-matrix-capture scan of the second point about the circumference of the conduit; and repeating the steps of repositioning and performing a full-matrix-capture scan.
A power steering for a vehicle, comprising an input shaft which is rotatable about a steering axis, a steering column tube arranged around the input shaft, a sensor housing which is axially adjacent to the steering column tube and has a housing opening for the input shaft, and a shaft expansion element which is connected with the input shaft and has an outside diameter (d 1), the input shaft extending through the steering column tube and the housing opening into the interior of the sensor housing, an opening diameter (d O) of the housing opening being smaller than the outside diameter (d 1) of the shaft expansion element, characterized in that the shaft expansion element is formed by a sensor which encloses the input shaft, is fastened to the input shaft, and has a contact surface (34, 42) which, upon a movement of the input shaft in an axial direction, strikes against the edge of the housing opening.
An occlusive device for occluding a target area, comprising: an elongate member formed of a single layer sheet of mesh material having opposing first and second side edges (172,174) extending longitudinally along the member, the member having a length measured along its longitudinal axis and a member width measured perpendicular to the length wherein the width is less than the length, the member having dual stable positions of a collapsed preset configuration for delivery through a catheter to the target area and in which the member is folded at least once and curled about a line substantially parallel to the longitudinal axis of the member wherein in the collapsed configuration the first and second side edges (172,174) are curled toward each other, with a first distance defined between the edges, and an expanded, second preset configuration in which the member is biased to form a series of loops and the first and second side edges (172,174) uncurl to be spaced apart from each other a second distance greater than the first distance. an elongate member formed of a single layer sheet of mesh material having opposing first and second side edges (172,174) extending longitudinally along the member, the member having a length measured along its longitudinal axis and a member width measured perpendicular to the length wherein the width is less than the length, the member having dual stable positions of a collapsed preset configuration for delivery through a catheter to the target area and in which the member is folded at least once and curled about a line substantially parallel to the longitudinal axis of the member wherein in the collapsed configuration the first and second side edges (172,174) are curled toward each other, with a first distance defined between the edges, and an expanded, second preset configuration in which the member is biased to form a series of loops and the first and second side edges (172,174) uncurl to be spaced apart from each other a second distance greater than the first distance.
A method for preparing a sugar alcohol with a modified surface area and/or porosity while having flowability as a solid phase, the method, comprising: reacting the sugar alcohol in a solid state with a solvent, in which the sugar alcohol is not dissolved by the solvent and is reacted with the solvent as a solid dispersion; and removing the solvent therefrom, wherein the solvent is an organic solvent (S-1) or a water-mixed organic solvent (S-2), wherein the organic solvent (S-1), which has to be used by 30 mL or more to dissolve 1 g of the sugar alcohol, is a single or mixed solvent, and the water-mixed organic solvent (S-2) is a mixed solvent of water and the organic solvent (S-1), in which a ratio of water is less than 50% (v/v) of the total solvent. reacting the sugar alcohol in a solid state with a solvent, in which the sugar alcohol is not dissolved by the solvent and is reacted with the solvent as a solid dispersion; and removing the solvent therefrom, wherein the solvent is an organic solvent (S-1) or a water-mixed organic solvent (S-2), wherein the organic solvent (S-1), which has to be used by 30 mL or more to dissolve 1 g of the sugar alcohol, is a single or mixed solvent, and the water-mixed organic solvent (S-2) is a mixed solvent of water and the organic solvent (S-1), in which a ratio of water is less than 50% (v/v) of the total solvent. wherein the solvent is an organic solvent (S-1) or a water-mixed organic solvent (S-2), wherein the organic solvent (S-1), which has to be used by 30 mL or more to dissolve 1 g of the sugar alcohol, is a single or mixed solvent, and the water-mixed organic solvent (S-2) is a mixed solvent of water and the organic solvent (S-1), in which a ratio of water is less than 50% (v/v) of the total solvent.
A hollow molded article including a resin layer forming an inner surface, wherein droplets of an oily liquid are distributed on a surface of the resin layer, wherein the surface of the resin layer is formed of the matrix resin and a material having a lower critical surface tension as compared with the matrix resin, wherein said material is a dispersed resin or a bleedable organic additive, and wherein the hollow molded article is a direct blow-molded bottle having a closed mouth portion.
A surgical drape comprising: - an impervious section having absorbing properties; - an incision section comprising an incise foil; and - a transparent section adapted to allow a visual observation through the surgical drape of a substantial part of a patient for registration purposes that is covered by the surgical drape, characterized in that the incision section and the transparent section lie adjacent to each other and the transparent section is flanked by the impervious section. - an impervious section having absorbing properties; - an incision section comprising an incise foil; and - a transparent section
Insulating body of a plug-in connector, which insulating body has a plug-in body in which contact elements are arranged, • and which insulating body has a connection body which, in turn, comprises connection elements which can be electrically connected to conductor tracks of a printed circuit board and/or to individual conductors of a multicore cable which is to be connected, • wherein the plug-in body and the connection body are separate components which can be plug-connected, as a result of which the connection elements of the connection body can make electrical contact with the contact elements, • wherein the plug-in body has a shielding element which electromagnetically shields at least two contact elements from one another, • wherein the connection body has a shielding element which electromagnetically shields at least two connection elements from one another, and • wherein the shielding elements (15, 24) make electrical contact with one another and/or overlap in the axial direction, characterized in that the plug-in body and the connection body can be reversibly latched to one another by means of latching means (13, 14, 22), in that a conductor track (17, 25), which conductively connects the shielding elements (15, 24), is fitted on the latching means (13, 14, 22). • and which insulating body has a connection body which, in turn, comprises connection elements which can be electrically connected to conductor tracks of a printed circuit board and/or to individual conductors of a multicore cable which is to be connected, • wherein the plug-in body and the connection body are separate components which can be plug-connected, as a result of which the connection elements of the connection body can make electrical contact with the contact elements, • wherein the plug-in body has a shielding element which electromagnetically shields at least two contact elements from one another, • wherein the connection body has a shielding element which electromagnetically shields at least two connection elements from one another, and • wherein the shielding elements (15, 24) make electrical contact with one another and/or overlap in the axial direction,
Embolic protection device for delivery into an aortic arch, comprising a filter unit, a frame and a delivery device, wherein the filter unit is arranged on the frame, characterised in that the frame is formed from a wire and has a proximal region, which has a proximal end, and has a distal region, which comprises a distal end, wherein the frame has an oval two-dimensional region and wherein the proximal end is arranged in an inner region of the frame and is attached to the delivery device, wherein the proximal end comprises a first part and a second part, wherein the second part is formed on one end of the first part and wherein the first and second part, form the proximal end, wherein the proximal end extends above and/or below the plane of the frame and wherein the distal end demonstrates a compression of the wire inside the frame of the oval two-dimensional region.
A method for manufacturing blow-molded hollow plastic bodies, in which tubular preforms are simultaneously extruded from at least two adjacently arranged extrusion dies of a multiple extrusion head and fed to blow moulding cavities of a clamping unit, in which the preforms are expanded into hollow plastic bodies by means of blowing air after the blow moulding cavities have been closed, wherein the preforms exit through a die gap (s) of the extrusion dies, which is defined by a mandrel and a die body, and the die gap width (s) of the extrusion dies is varied during the extrusion due to actuations of the mandrels and/or the die bodies, characterized in that the melt distribution of the preforms exiting from the extrusion dies is respectively varied in the circumferential direction during the extrusion by deforming an elastic sleeve defining the die gap (s), wherein at least one program-controlled individual drive is assigned to each extrusion die and only acts upon the elastically deformable sleeve of the assigned extrusion die by means of a transmission element, and wherein the transmission elements respectively engage into a region between two adjacent extrusion dies and act upon the circumference of the elastically deformable sleeves in this region.
A floor element for a stall floor, having a walking surface and an underside situated opposite to this walking surface, two ends (11, 13) opposite to each other and two sides (15, 17), as well as a urine drainage slot grid (7, 9) provided in the walking surface and comprising main slots which are running parallel to each other and to the sides (5, 17) of the floor element and extend from one of the ends to the other end of the floor element and are sloping towards at least one end, and transverse slots located between the main slots and extending from one of the main slots to a neighbouring main slot, characterized in that the main slots have recesses at their ends which recesses extend over the entire thickness of the floor element, and in that the main slots are sloping from the middle towards the two ends (11, 13).