mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a web support used when applying a pattern to a nonwoven substance by jetting a high-pressure water stream on a web, comprising: a step of preparing a flat metal base material; a step for forming, by etching, a recess and a convexity corresponding to the pattern on a front surface of the base material and a water conduction hole that passes through the recess and the convexity and a back surface of the base material; and a step for forming the base material in a cylindrical main body section. a step of preparing a flat metal base material; a step for forming, by etching, a recess and a convexity corresponding to the pattern on a front surface of the base material and a water conduction hole that passes through the recess and the convexity and a back surface of the base material; and a step for forming the base material in a cylindrical main body section.
A trading card, comprising: a main portion (101, 103) having any character of a plurality of characters represented on at least one surface; and an electronic component for contactless communication, which is contained in the main portion, the electronic component including a storage portion which stores data related to a character represented on the main portion, wherein the data related to the character represented on the main portion includes identification information (106A to 106C, 112A to 112C) for specifying the character and identification information representing a series of applications in which the character is available, characterized in that the storage portion includes a first storage area in which writing of additional data is restricted and a second storage area in which writing of additional data is not restricted, the identification information (106A to 106C; 112A to 112C) for specifying the character and the identification information representing the series of applications in which the character is available being stored in the first storage area and a circuit which writes data received from an external apparatus through contactless communication into the second storage area of the storage portion. a main portion (101, 103) having any character of a plurality of characters represented on at least one surface; and an electronic component for contactless communication, which is contained in the main portion, the electronic component including a storage portion which stores data related to a character represented on the main portion, wherein the data related to the character represented on the main portion includes identification information (106A to 106C, 112A to 112C) for specifying the character and identification information representing a series of applications in which the character is available, characterized in that the storage portion includes a first storage area in which writing of additional data is restricted and a second storage area in which writing of additional data is not restricted, the identification information (106A to 106C; 112A to 112C) for specifying the character and the identification information representing the series of applications in which the character is available being stored in the first storage area and a circuit which writes data received from an external apparatus through contactless communication into the second storage area of the storage portion.
High-pressure homogenizer for particle-laden flowable substances, comprising a high-pressure chamber and a homogenizing unit fluidically downstream thereof, which relaxes the fluid to be homogenized, previously pressurized in the high-pressure chamber to more than 500 bar, under turbulence, and a plunger pump assigned to the homogenizing unit, whose plunger pressurizes the high-pressure chamber, wherein the high-pressure homogenizer comprises a low-pressure chamber surrounding the plunger shaft for cooling the plunger, carrying an operating pressure of PN ≤ 25 bar, and wherein the low-pressure chamber and the high-pressure chamber are separated by a seal penetrated by the plunger, characterized in that the seal is a throttle gap formed between the plunger shaft and a sleeve not contacting the plunger shaft, and for its length and radial annular gap height the condition S/L ≤ 0.0015 applies, that the front face of the sleeve on its side facing the high-pressure chamber transitions via a chamfer into the inner cylindrical surface of the sleeve, and that the chamfer consists, on its side facing the high-pressure chamber, of a first steeper chamfer section, preferably having a chamfer angle (Alpha 1) of approximately 45° relative to the longitudinal axis of the sleeve, followed on the side facing the sealing gap by a second chamfer section with a flatter chamfer angle (Alpha 2), preferably 30° or less. the seal is a throttle gap formed between the plunger shaft and a sleeve not contacting the plunger shaft, and for its length and radial annular gap height the condition S/L ≤ 0.0015 applies, that the front face of the sleeve on its side facing the high-pressure chamber transitions via a chamfer into the inner cylindrical surface of the sleeve, and that the chamfer consists, on its side facing the high-pressure chamber, of a first steeper chamfer section, preferably having a chamfer angle (Alpha 1) of approximately 45° relative to the longitudinal axis of the sleeve, followed on the side facing the sealing gap by a second chamfer section with a flatter chamfer angle (Alpha 2), preferably 30° or less.
A method for bonding a first polyolefinic material to a polyolefinic material characterized in that said first and second polyolefinic materials are moving at a speed of at least 50 m/min and at least a portion of said first polyolefinic material is pretreated with an atmospheric pressure plasma while it is moving to create a pretreated portion and an adhesive is applied to at least a portion of said pretreated portion, and said pretreated portion is brought into contact with said second polyolefinic material, wherein said method is applied for preparation of pals of a disposable absorbent article selected from diaper, sanitary napkin, pull up, adult diaper, pant, pantyliner and disposable underpad.
An obturator in combination with and adapted for insertion into an access sheath, comprising: an access sheath having an elongate tube and a handle disposed at the proximal end of the elongate tube, the handle extending radially outwardly of the elongate tube and forming a funnel having a proximal end and a distal end with the proximal end of the funnel defining an opening larger than and leading into the lumen of the elongate tube configured to funnel an instrument as it is inserted into the lumen of the sheath; an obturator comprising an elongate rod extending between a proximal end and a distal end; and a releasable mechanism disposed at the proximal end of the elongate rod of the obturator; characterized in that, the releasable mechanism has a cap that is sized and shaped to fit and configured to cover the opening and the flange of then funnel of the handle and lock with the handle of the access sheath. an access sheath having an elongate tube and a handle disposed at the proximal end of the elongate tube, the handle extending radially outwardly of the elongate tube and forming a funnel having a proximal end and a distal end with the proximal end of the funnel defining an opening larger than and leading into the lumen of the elongate tube configured to funnel an instrument as it is inserted into the lumen of the sheath; an obturator comprising an elongate rod extending between a proximal end and a distal end; and a releasable mechanism disposed at the proximal end of the elongate rod of the obturator; characterized in that, the releasable mechanism has a cap that is sized and shaped to fit and configured to cover the opening and the flange of then funnel of the handle and lock with the handle of the access sheath.
Method for checking the plausibility of driving by a motor vehicle being the wrong way along the carriageway on entering a directional carriageway, the method comprising the steps of: - recording at least one piece of bend information for a current road of the motor vehicle, the information being recorded using at least one sensor of the motor vehicle, the at least one sensor comprising an image sensor; - ascertaining at least one piece of bend information for a permissible road; - determining a variance between the recorded bend information and the ascertained bend information; and - checking the plausibility of driving being the wrong way along the carriageway if there is a variance or if a limit value for a variance is violated, - characterized in that a navigation system of the motor vehicle is used to detect whether the motor vehicle is on an opposite carriageway, and in that the bend information for the permissible road is ascertained by means of the navigation system of the motor vehicle. - recording at least one piece of bend information for a current road of the motor vehicle, the information being recorded using at least one sensor of the motor vehicle, the at least one sensor comprising an image sensor; - ascertaining at least one piece of bend information for a permissible road; - determining a variance between the recorded bend information and the ascertained bend information; and - checking the plausibility of driving being the wrong way along the carriageway if there is a variance or if a limit value for a variance is violated, - characterized in that a navigation system of the motor vehicle is used to detect whether the motor vehicle is on an opposite carriageway, and in that the bend information for the permissible road is ascertained by means of the navigation system of the motor vehicle.
Method for informing a driver when a distance and/or speed regulating system of a single-track motor vehicle is active, in which - the time curve of the yaw rate is determined, - the time curve of the yaw rate is used to determine the presence of a road section which has a plurality of tight corners, and - a driver warning is output in the presence of a road section which has a specified plurality of tight corners. - the time curve of the yaw rate is determined, - the time curve of the yaw rate is used to determine the presence of a road section which has a plurality of tight corners, and - a driver warning is output in the presence of a road section which has a specified plurality of tight corners.
An inspection device for parisons comprising at least a first conveying means having, on one side of it, a plurality of seats for receiving an array of respective parisons, wherein the first conveying means is movable between a first station for receiving the parisons and a second station for releasing the parisons and wherein the first conveying means is movable between the first and second stations (S1, S2) along a trajectory having at least one stretch which is transverse to the longitudinal axis of the parisons on the first conveying means, wherein the device comprises a first optical detection unit located at a fixed position and facing the first conveying means on the side of the latter which receives the parisons at least at the transverse stretch of the trajectory to inspect at least one portion of the parisons which faces the first optical detection unit, characterized in that it further comprises a second conveying means having, on one side of it, a plurality of respective seats for receiving an array of respective parisons and movable between the second station, where it receives a plurality of parisons from the first conveying means and a third station for unloading the parisons, where the second conveying means is configured to hold the parisons at the ends of the parisons opposite the portions of the parisons gripped by the first conveying means, the second conveying means being movable between the second and third stations (S2, S3) along a trajectory having at least one stretch which is transverse to the longitudinal axis of the parisons on the second conveying means, the device further comprising a second optical detection unit facing the second conveying means on the side of the latter which receives the parisons at least at the transverse stretch of the trajectory of the second conveying means to inspect at least one portion of the parisons which faces the second optical detection unit.
Use of a metal inhibitor for improving radiolabelling yields and reliability of radioactive metal-based radiotracer synthesis, wherein the radiolabelling is performed with: - a chelate-functionalized targeting agent, able to chelate the radioactive metal in the radiolabelling conditions, wherein the chelate functional group of the targeting agent is selected from the group comprising: DOTA, DOTAGA, TRITA, DO3A-Nprop, DTPA, tetra-tBu-DTPA, p-SCN-Bz-DTPA, MX-DTPA, CHX-DTPA, NOTA, TACN, TACN-TM, H3NOKA, NODASA, NODAGA, NOTP, NOTPME, PrP9, TRAP, - NOPO, TETA, HBED, DFO, EDTA, 6SS, B6SS, PLED, TAME, YM103, NTP(PRHP) 3, H 2 dedpa, H 2 dp-bb-NCS, H 2 dp-N-NCS; (4,6-MeO 2 sal) 2 -BAPEN and citrate; - a metal inhibitor selected from the group comprising: monosaccharides, disaccharides, and beta-cyclodextrin, which is a co-chelating agent, capable of inactivating metals other than the radioactive metal without interfering with the chelation between the radioactive metal and the said chelate-functionalized targeting agent, under the conditions of the labelling reaction; - a radioactive metal; and - an acetate buffer allowing to maintain the pH in the range 3-8, wherein said targeting agent is a peptide consisting essentially of 2 to 20 amino acids, and wherein said metal inhibitor and chelate-functionalized targeting agent are not chemically linked. - a chelate-functionalized targeting agent, able to chelate the radioactive metal in the radiolabelling conditions, wherein the chelate functional group of the targeting agent is selected from the group comprising: DOTA, DOTAGA, TRITA, DO3A-Nprop, DTPA, tetra-tBu-DTPA, p-SCN-Bz-DTPA, MX-DTPA, CHX-DTPA, NOTA, TACN, TACN-TM, H3NOKA, NODASA, NODAGA, NOTP, NOTPME, PrP9, TRAP, - NOPO, TETA, HBED, DFO, EDTA, 6SS, B6SS, PLED, TAME, YM103, NTP(PRHP) 3, H 2 dedpa, H 2 dp-bb-NCS, H 2 dp-N-NCS; (4,6-MeO 2 sal) 2 -BAPEN and citrate; - a metal inhibitor selected from the group comprising: monosaccharides, disaccharides, and beta-cyclodextrin, which is a co-chelating agent, capable of inactivating metals other than the radioactive metal without interfering with the chelation between the radioactive metal and the said chelate-functionalized targeting agent, under the conditions of the labelling reaction; - a radioactive metal; and - an acetate buffer allowing to maintain the pH in the range 3-8,
Device for winding a material web into a wound reel, having at least one roll (2, 3) on which the wound reel rests during winding and which rotates during winding, the roll (2, 3) being supported in a bearing device having a bearing (7, 8) at each roll end, characterized in that the bearing (7, 8) has a hydrostatic support having at least one first bearing pocket, which is fed with hydraulic fluid.
An active synchronization ring for controlling individual vane angles in a gas turbine engine, comprising: a synchronization ring (64, 102) for rotation about a central axis of the gas turbine engine in use; characterized by further comprising: a plurality of micro-actuators coupled to said synchronization ring (64, 102), configured to rotate about the central axis with said synchronization ring (64, 102), and each micro-actuator having an input for receiving an electrical control signal from a controller, each said micro-actuator being configured to apply a bending moment to said synchronization ring (64, 102) about an axis parallel with the central axis to counter distortion of the synchronization ring (64, 102). a synchronization ring (64, 102) for rotation about a central axis of the gas turbine engine in use; characterized by further comprising: a plurality of micro-actuators coupled to said synchronization ring (64, 102), configured to rotate about the central axis with said synchronization ring (64, 102), and each micro-actuator having an input for receiving an electrical control signal from a controller, each said micro-actuator being configured to apply a bending moment to said synchronization ring (64, 102) about an axis parallel with the central axis to counter distortion of the synchronization ring (64, 102). a plurality of micro-actuators coupled to said synchronization ring (64, 102), configured to rotate about the central axis with said synchronization ring (64, 102), and each micro-actuator having an input for receiving an electrical control signal from a controller, each said micro-actuator being configured to apply a bending moment to said synchronization ring (64, 102) about an axis parallel with the central axis to counter distortion of the synchronization ring (64, 102).
Method for monitoring the determination of an additional torque, wherein in a first pass, - a manual steering torque is measured, - a first additional torque is determined, - wherein a first setpoint assistance torque (SUMa) is determined by means of an assistance function in dependence on a sum of the manual steering torque and the first additional torque, characterized in that in a second pass - a further setpoint assistance torque (SUMb) is determined by means of the assistance function in dependence exclusively on the manual steering torque, - wherein a difference between the further setpoint assistance torque (SUMb) and the first setpoint assistance torque (SUMa) is determined, and - wherein a malfunction is detected if the difference is greater than a predetermined threshold value. - a manual steering torque is measured, - a first additional torque is determined, - wherein a first setpoint assistance torque (SUMa) is determined by means of an assistance function in dependence on a sum of the manual steering torque and the first additional torque, - a further setpoint assistance torque (SUMb) is determined by means of the assistance function in dependence exclusively on the manual steering torque, - wherein a difference between the further setpoint assistance torque (SUMb) and the first setpoint assistance torque (SUMa) is determined, and - wherein a malfunction is detected if the difference is greater than a predetermined threshold value.
A method of making a catalyst support material comprising: a. providing an anatase titania slurry; and b. combining the anatase titania slurry with i) low molecular weight form of silica and ii) a source of Mo to form a TiO 2 -MoO 3 -SiO 2 mixture, wherein the low molecular weight form of silica comprises a member selected from a group consisting of (a) forms of silica having a volume weighted median size of less than 4 nm and (b) forms of silica having average molecular weight of less than 44,000, and combinations thereof; and further comprising providing an amount of phosphate to the anatase titania slurry; wherein the catalyst support material comprises from about 86 % to about 94 % weight anatase titanium dioxide; from about 0.1% to about 10% weight MoO 3; from about 0.1% to about 10% weight SiO 2 in a low molecular weight form; and from about 0.01% to about 2.5% weight P. a. providing an anatase titania slurry; and b. combining the anatase titania slurry with i) low molecular weight form of silica and ii) a source of Mo to form a TiO 2 -MoO 3 -SiO 2 mixture, wherein
An absorbent sanitary article comprising a multilayer material comprising at least one first layer made of polymeric material having an upper face and a second layer made of closed cell foamed polymeric material having a lower face, wherein said upper face of said first layer is positioned externally so that in use it is in contact with the skin of a user and said lower face of said second layer is positioned towards the inside of said absorbent sanitary article in contact with other layers of polymeric material, characterised in that the multiplayer material comprises through holes which cross both the layers and occupy a surface of between 1 and 40% of the total surface of the upper face of said multilayer material and the mean area of each of said holes calculated at the base is between 0.05 and 0.5 cm 2 and the number of said through holes is between 1 and 40 per cm 2.
Apparatus for calibrating an x-ray computed tomography device, the apparatus comprising: • a plurality of objects formed from a material that is visible to x-rays, the plurality of objects being configured to receive x-rays without changing shape, each of the plurality of objects having substantially the same shape, the objects each having an object attenuation value to x-rays, each of the plurality of objects having a center point and being symmetrically shaped relative to its center point; • a base at least in part fixedly supporting the plurality of objects so that each of the plurality of objects contacts at least one of the other objects, the base having a base attenuation value to x-rays; and • a securing member applying a force to the plurality of objects, the securing member cooperating with the base to fixedly secure the plurality of objects to be substantially unmovable, the object attenuation value being greater than the base attenuation value, each of the plurality of objects being kinematically locked in place on the base. • a plurality of objects formed from a material that is visible to x-rays, the plurality of objects being configured to receive x-rays without changing shape, each of the plurality of objects having substantially the same shape, the objects each having an object attenuation value to x-rays, each of the plurality of objects having a center point and being symmetrically shaped relative to its center point; • a base at least in part fixedly supporting the plurality of objects so that each of the plurality of objects contacts at least one of the other objects, the base having a base attenuation value to x-rays; and • a securing member applying a force to the plurality of objects, the securing member cooperating with the base to fixedly secure the plurality of objects to be substantially unmovable,
A power laser fibre system emitting at a signal wavelength (λ) and comprising a plurality of single-mode fibres, distributed so as to generate modal coupling between said fibres, one of the fibres being an emergent fibre for the signal wavelength of the emission laser beam, each of said fibres comprising at least one outer sheath and one core, each of said fibres having a radial graded index at its core and comprising, at least on part of its length, a geometrical section having a graded fibre core radius that decreases between an input end of the section and an output end of the section, the core radius and index variation parameters between the sheath and the fibre at the input end being such that the normalised frequency V defined at the signal wavelength is less than the normalised cut-off frequency Vc, on the basis of which the fibre becomes single-mode.