mhurhangee/ep-ind-claims huggingface dataset:
A tensioning device for tensioning tensioning means such as chains, straps, ropes, threaded rods or the like, comprising at least one tubular tensioning nut (4a, 4b) and at least one threaded bolt that is inserted into and interacts with the tensioning nut (4a, 4b), wherein the tensioning nut (4a, 4b) is longitudinally divided into at least two tensioning nut halves (4a, 4b) and has at least one guide opening (5a, 5b) that interacts with a guide pin in order to radially act upon both tensioning nut halves (4a, 4b), characterized in that the guide opening (5a, 5b) is realized in two parts with a guiding region and a spreading region, wherein the guiding region has a clear width that is adapted to the guide pin, and wherein the spreading region is realized in a tapered manner in the direction of a partition plane of the tensioning nut (4a, 4b) such that a relative movement between the stationary guide pin and the guide opening (5a, 5b) in the tensioning nut (4a, 4b) corresponds to both tensioning nut halves (4a, 4b) being radially acted upon in the radial direction perpendicular to the longitudinal direction. the tensioning nut (4a, 4b) is longitudinally divided into at least two tensioning nut halves (4a, 4b) and has at least one guide opening (5a, 5b) that interacts with a guide pin in order to radially act upon both tensioning nut halves (4a, 4b), characterized in that the guide opening (5a, 5b) is realized in two parts with a guiding region and a spreading region, wherein the guiding region has a clear width that is adapted to the guide pin, and wherein the spreading region is realized in a tapered manner in the direction of a partition plane of the tensioning nut (4a, 4b) such that a relative movement between the stationary guide pin and the guide opening (5a, 5b) in the tensioning nut (4a, 4b) corresponds to both tensioning nut halves (4a, 4b) being radially acted upon in the radial direction perpendicular to the longitudinal direction.
Aqueous UV-curable dispersion at least comprising a reaction product formed from a) at least one polyisocyanate having an average isocyanate functionality of at least 2.2, of which preferably at least one polyisocyanate is an oligomeric polyisocyanate having urethane, biuret, allophanate, iminooxadiazinedione and/or isocyanurate structural units, b) at least one monohydroxy-functional compound containing acryloyl groups, c) at least one component that contains nonionically hydrophilizing groups and has at least one isocyanate-reactive group, d) at least one diol, triol, diamine and/or triamine, the at least one diol, triol, diamine and/or triamine preferably having a molecular weight of < 400 g/mol, characterized in that the reaction product has no ionogenic or ionically hydrophilizing groups. a) at least one polyisocyanate having an average isocyanate functionality of at least 2.2, of which preferably at least one polyisocyanate is an oligomeric polyisocyanate having urethane, biuret, allophanate, iminooxadiazinedione and/or isocyanurate structural units, b) at least one monohydroxy-functional compound containing acryloyl groups, c) at least one component that contains nonionically hydrophilizing groups and has at least one isocyanate-reactive group, d) at least one diol, triol, diamine and/or triamine, the at least one diol, triol, diamine and/or triamine preferably having a molecular weight of < 400 g/mol,
A spinning preparation machine - having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, - having a drafting system that is arranged upstream of the consolidating means in a running direction of the roving and that serves for drafting the fiber bundle before the latter enters the consolidating means, - having winding device that is arranged downstream of the consolidating means in the aforesaid running direction and that serves for winding the roving onto a tube, and, - having a movably mounted traversing element arranged in the region of the winding device that serves for guiding the roving while the latter is being wound onto the tube, wherein in a side view of the spinning preparation machine, the consolidating means is arranged vertically between at least one feed roller of the drafting system and the traversing element mounted vertically therebelow, characterized in that the feed roller and the traversing element, in the aforesaid side view, are arranged on the same side of the consolidating means so that when the spinning preparation machine is operating, the roving experiences a change in direction after exiting the consolidating means and prior to being wound onto the tube, and that the spinning preparation machine comprises a tube transfer device that serves for transferring tubes from a tube transport device to the winding device and/or vice versa, wherein the traversing element, in the aforesaid side view, is arranged horizontally between the consolidating means and the tube transfer device.. - having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, - having a drafting system that is arranged upstream of the consolidating means in a running direction of the roving and that serves for drafting the fiber bundle before the latter enters the consolidating means, - having winding device that is arranged downstream of the consolidating means in the aforesaid running direction and that serves for winding the roving onto a tube, and, - having a movably mounted traversing element arranged in the region of the winding device that serves for guiding the roving while the latter is being wound onto the tube,
An intraocular lens insertion device comprising: a device main body (10;80) that has an insertion tube to be inserted into an incision formed in an ocular tissue and is formed in a substantially cylindrical shape; a housing portion (12;82) that is provided integrally or separately in the device main body (10;80) and is able to dispose the intraocular lens in the device main body by housing the intraocular lens; and a plunger (30;70) that is pushed to the device main body and presses the intraocular lens housed in the housing portion by a leading end, thereby releasing the intraocular lens from the leading end (10a;80a) of the insertion tube (15;85) into an eyeball, the intraocular lens being inserted into the eyeball by releasing the intraocular lens from the leading end (10a;80a) of the insertion tube inserted into the eyeball from the incision into the eyeball, characterised in that at the leading end of the plunger (30;70), a protruding portion which protrudes to a front side in an insertion direction of the intraocular lens so as to be able to place an optical axis rear side of a lens main body of the intraocular lens, when inserting the intraocular lens, and a notch portion opening to the optical axis rear side to hold a support portion of the intraocular lens, are provided. a device main body (10;80) that has an insertion tube to be inserted into an incision formed in an ocular tissue and is formed in a substantially cylindrical shape; a housing portion (12;82) that is provided integrally or separately in the device main body (10;80) and is able to dispose the intraocular lens in the device main body by housing the intraocular lens; and a plunger (30;70) that is pushed to the device main body and presses the intraocular lens housed in the housing portion by a leading end, thereby releasing the intraocular lens from the leading end (10a;80a) of the insertion tube (15;85) into an eyeball, the intraocular lens being inserted into the eyeball by releasing the intraocular lens from the leading end (10a;80a) of the insertion tube inserted into the eyeball from the incision into the eyeball, characterised in that at the leading end of the plunger (30;70), a protruding portion which protrudes to a front side in an insertion direction of the intraocular lens so as to be able to place an optical axis rear side of a lens main body of the intraocular lens, when inserting the intraocular lens, and a notch portion opening to the optical axis rear side to hold a support portion of the intraocular lens, are provided.
Soil compactor, comprising a compactor structure and at least one roller unit (20, 22) rotatably supported on the compactor structure about a roller axis of rotation (A 1, A 2), wherein in association to at least one roller unit (20, 22) a roller heater (32, 34) is provided, wherein the roller heater (32, 34) comprises a liquid fuel-operated heating device with a burner region, a fuel pump for supplying liquid fuel from a fuel tank to the burner region and a combustion air blower for supplying combustion air to the burner region, characterized in that the roller heater (32, 34) further comprises a heating element which absorbs combustion exhaust gas expelled from the burner region and emits heat in the direction of the roller unit (20, 22).
Method for analysing a medical imaging data set comprising: - providing the medical imaging data set; - providing an information data set compiling personal information of a patient; - assigning a probability value for a negative finding to the medical imaging data set, wherein the probability value is based on the medical imaging data set and the information data set and represents a probability for successively identifying no abnormality by analysing the medical imaging data set in detail; - comparing the probability value to a threshold value; - providing a further probability value based on the information data set; and - providing the medical imaging data set automatically either - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step based on the probability value only when the difference between the threshold value and the further probability value is smaller than a further threshold. - providing the medical imaging data set; - providing an information data set compiling personal information of a patient; - assigning a probability value for a negative finding to the medical imaging data set, wherein the probability value is based on the medical imaging data set and the information data set and represents a probability for successively identifying no abnormality by analysing the medical imaging data set in detail; - comparing the probability value to a threshold value; - providing a further probability value based on the information data set; and - providing the medical imaging data set automatically either - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step based on the probability value only when the difference between the threshold value and the further probability value is smaller than a further threshold. - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step
An ink set comprising: a first ink that is white and comprises water, hollow resin particles, and at least one organic solvent; and a second ink that comprises water and at least one organic solvent and is to be applied on a first image formed with the first ink to form a second image, wherein an average thickness difference (A-B) between an average thickness of the first image before the second ink is applied and an average thickness of a white region in the first image after the second image is formed is 1 μm or greater but 3 μm or less; and wherein a solubility parameter of a mixture solution of the at least one organic solvent and water contained in the first ink and a solubility parameter of a mixture solution of the at least one organic solvent and water contained in the second ink are both 17.0 (cal/cm 3) 0.5 or greater but 20.2 (cal/cm 3) 0.5 or less. a first ink that is white and comprises water, hollow resin particles, and at least one organic solvent; and a second ink that comprises water and at least one organic solvent and is to be applied on a first image formed with the first ink to form a second image, wherein an average thickness difference (A-B) between an average thickness of the first image before the second ink is applied and an average thickness of a white region in the first image after the second image is formed is 1 μm or greater but 3 μm or less; and wherein a solubility parameter of a mixture solution of the at least one organic solvent and water contained in the first ink and a solubility parameter of a mixture solution of the at least one organic solvent and water contained in the second ink are both 17.0 (cal/cm 3) 0.5 or greater but 20.2 (cal/cm 3) 0.5 or less.
A connector system comprising a chassis and cable assemblies, each of the cable assemblies comprising a first header connector and a second header connector, the first header connector comprising a housing holding a plurality of contacts, the housing of the first header connector having a first mating interface, the second header connector comprising a housing holding a plurality of contacts, the housing of the second header connector having a second mating interface facing in an opposite direction from the first mating interface, characterised in that: the chassis has a framework of panels (118, 120) defining a plurality of cells each extending between a first end and a second end, wherein the cable assemblies are received in corresponding said cells; the first header connector of each cable assembly is coupled to the framework at the first end of the corresponding cell, and the second header connector of each cable assembly is coupled to the framework at the second end of the corresponding cell; each cable assembly further comprises a cable bundle having a plurality of cables extending between the first and second header connectors; and the cables of the cable bundle are connected between corresponding contacts of the first header connector and corresponding contacts of the second header connector. the chassis has a framework of panels (118, 120) defining a plurality of cells each extending between a first end and a second end, wherein the cable assemblies are received in corresponding said cells; the first header connector of each cable assembly is coupled to the framework at the first end of the corresponding cell, and the second header connector of each cable assembly is coupled to the framework at the second end of the corresponding cell; each cable assembly further comprises a cable bundle having a plurality of cables extending between the first and second header connectors; and the cables of the cable bundle are connected between corresponding contacts of the first header connector and corresponding contacts of the second header connector.
A dish washing machine, comprising: a washing tub with an open front; a basket (14a, 14b) configured to be inserted into or drawn out from the washing tub through the open front of the washing tub; a door configured to open or close the open front of the washing tub; at least one guide rail configured to mount the basket (14a, 14b) on the door when the basket (14a, 14b) is drawn out from the washing tub while the door is open; and a lifting device configured to raise and lower the at least one guide rail between a raised position and a lowered position, respectively, wherein the lifting device includes at least one link member (130, 230) pivotably provided at the door, wherein the at least one link member (130, 230) includes a pair of link members (131, 132, 231, 232) arranged to at least partially overlap each other when the at least one guide rail is in the lowered position, characterized in that the lifting device further includes a link connecting member connecting the pair of link members (131, 132) which is accommodated in an inner space provided between the pair of link members (131, 132) arranged to overlap each other and wherein said link connection member is surrounded by said pair of link members (131, 132). a washing tub with an open front; a basket (14a, 14b) configured to be inserted into or drawn out from the washing tub through the open front of the washing tub; a door configured to open or close the open front of the washing tub; at least one guide rail configured to mount the basket (14a, 14b) on the door when the basket (14a, 14b) is drawn out from the washing tub while the door is open; and a lifting device configured to raise and lower the at least one guide rail between a raised position and a lowered position, respectively, wherein the lifting device includes at least one link member (130, 230) pivotably provided at the door, wherein the at least one link member (130, 230) includes a pair of link members (131, 132, 231, 232) arranged to at least partially overlap each other when the at least one guide rail is in the lowered position, characterized in that the lifting device further includes a link connecting member connecting the pair of link members (131, 132) which is accommodated in an inner space provided between the pair of link members (131, 132) arranged to overlap each other and wherein said link connection member is surrounded by said pair of link members (131, 132).
Product for oral administration intended for a pet, comprising extracts of Punica granatum (pomegranate), characterised in that it further comprises: - Soy Isoflavone extracts; - L-Carnitine; and - Taurine. - Soy Isoflavone extracts; - L-Carnitine; and - Taurine.
A method of selecting an intraocular lens configured to be implanted in a patient's eye, the method comprising: obtaining at least one characteristic of the patient's eye using a diagnostic instrument; and selecting an IOL having an optical power that reduces optical errors in an image produced at a peripheral retinal location of the patient's eye disposed at a distance from the fovea, wherein the IOL is configured to produce an image by focusing light incident on the patient's eye at an oblique angle with respect to an optical axis intersecting the patient's eye at the peripheral retinal location, wherein the oblique angle is between about 1 degree and about 25 degrees, wherein the optical power of the IOL is based on the obtained characteristic, characterized in that: a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil. obtaining at least one characteristic of the patient's eye using a diagnostic instrument; and selecting an IOL having an optical power that reduces optical errors in an image produced at a peripheral retinal location of the patient's eye disposed at a distance from the fovea, wherein the IOL is configured to produce an image by focusing light incident on the patient's eye at an oblique angle with respect to an optical axis intersecting the patient's eye at the peripheral retinal location, wherein the oblique angle is between about 1 degree and about 25 degrees, wherein the optical power of the IOL is based on the obtained characteristic, characterized in that: a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil. a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil.
Aerosol device which contains a cosmetic composition comprising: (i) one or more sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, (ii) a water-insoluble mineral compound which is calcium carbonate, (iii) one or more C 2-4 monoalcohols, and (iv) one or more propellants. (i) one or more sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, (ii) a water-insoluble mineral compound which is calcium carbonate, (iii) one or more C 2-4 monoalcohols, and (iv) one or more propellants.
Method for providing a secured replica pseudo-random noise signal from a receiver-end provision unit to a receiver unit, wherein a replica pseudo-random noise code is in the form of a code sequence that can be used in a correlation method at the receiver end in order to be able to detect or decode a received signal from a transmitter when the transmitter has used a pseudo-random noise code associated with the replica pseudo-random noise code to modulate the received signal, wherein the replica pseudo-random noise code is modulated with a noise signal by the receiver-end provision unit in order to generate the secured replica pseudo-random noise signal.
An optoelectronic sensor for distance measurement, comprising: a light source which is configured to convert a transmission signal into transmission light and to transmit the transmission light into an environment; a light receiver which receives transmission light reflected by objects in the environment as reception light, wherein the light receiver has an optical routing layer, wherein the light receiver has an image sensor comprising a plurality of sensor elements, wherein the sensor elements are configured to convert reception light into reception signals, wherein at least two sensor elements are part of a sensor element group, wherein the routing layer is configured to supply the reception light successively and/or alternately to the sensor elements of the sensor element group, wherein the routing layer comprises a plurality of partitions which are each associated with a sensor element group, wherein each of the plurality of partitions supplies the reception light at least substantially only to the sensor elements of the sensor element group associated with a partition. a light source which is configured to convert a transmission signal into transmission light and to transmit the transmission light into an environment; a light receiver which receives transmission light reflected by objects in the environment as reception light, wherein the light receiver has an optical routing layer, wherein the light receiver has an image sensor comprising a plurality of sensor elements, wherein the sensor elements are configured to convert reception light into reception signals, wherein at least two sensor elements are part of a sensor element group, wherein the routing layer is configured to supply the reception light successively and/or alternately to the sensor elements of the sensor element group, wherein the routing layer comprises a plurality of partitions which are each associated with a sensor element group, wherein each of the plurality of partitions supplies the reception light at least substantially only to the sensor elements of the sensor element group associated with a partition.