mhurhangee/ep-ind-claims huggingface dataset:
Curing bladder for a tyre having a shape of revolution around a central axis and comprising a flexible wall made of crosslinked rubber, the surface of the wall being covered with a coating film made of a non-stick composition and, when the bladder is in a non-inflated state, the wall of said bladder exhibiting zones which are intended to be more stressed in deformation by elongation than other zones of said wall when the bladder is inflated in order to cause said bladder to change from the non-inflated state to an opened-out state in which the surface of the bladder comes into contact with the tyre, characterized in that, in the non-inflated state, the coating film has a predetermined thickness which, on the one hand, is between 5 μm and 100 μm and which, on the other hand, is variable over said surface so that the coating film is thicker in said zones of the wall which are intended to be more stressed in deformation by elongation than in said other zones of the wall, in order for said coating film to be able to exhibit an unvarying thickness in the opened-out state.
An article of footwear, comprising: an upper comprising a medial lacing portion and a lateral lacing portion; the medial lacing portion comprising a medial inner portion and a medial outer portion disposed opposite of the medial inner portion; the lateral lacing portion comprising a lateral inner portion and a lateral outer portion disposed opposite of the lateral inner portion; and an arch strap configured to provide support to an arch of a foot, the arch strap further comprising: a first end portion, a second end portion and an intermediate portion disposed between the first end portion and the second end portion; wherein the first end portion is folded over the lateral inner portion and the lateral outer portion to cover the lateral inner portion and the lateral outer portion to create a first eyestay for providing at least one passage to receive a portion of the lace and wherein the second end portion is folded over the medial inner portion and the medial outer portion to cover the medial inner portion and the medial outer portion to create a second eyestay for providing at least one passage to receive a portion of the lace, where the arch strap and the first and second eyestays (211, 212) are formed of a single piece, characterized in that the first eyestay and the second eyestay additionally include gaps (291, 292, 293, 294) to allow the lace to cross over and span a lacing gap disposed between the medial lacing portion and the lateral lacing portion. an upper comprising a medial lacing portion and a lateral lacing portion; the medial lacing portion comprising a medial inner portion and a medial outer portion disposed opposite of the medial inner portion; the lateral lacing portion comprising a lateral inner portion and a lateral outer portion disposed opposite of the lateral inner portion; and an arch strap configured to provide support to an arch of a foot, the arch strap further comprising: a first end portion, a second end portion and an intermediate portion disposed between the first end portion and the second end portion; wherein the first end portion is folded over the lateral inner portion and the lateral outer portion to cover the lateral inner portion and the lateral outer portion to create a first eyestay for providing at least one passage to receive a portion of the lace and wherein the second end portion is folded over the medial inner portion and the medial outer portion to cover the medial inner portion and the medial outer portion to create a second eyestay for providing at least one passage to receive a portion of the lace, where the arch strap and the first and second eyestays (211, 212) are formed of a single piece, characterized in that the first eyestay and the second eyestay additionally include gaps (291, 292, 293, 294) to allow the lace to cross over and span a lacing gap disposed between the medial lacing portion and the lateral lacing portion.
Method for the multisensory representation of an object with at least the following steps: - provision of multidimensional digital model data of the object, - production of an actual three-dimensional object model based on at least part of the multidimensional digital model data of the object, - recording of a position of the actual three-dimensional object model, - display of at least part (DD, ID) of the multidimensional digital model data of the object virtually on the object model depending on the position of the object model by means of an AR display device (30, 30', 30"); and wherein it is recorded as a status of the actual object model whether the object model is still complete or whether parts of the object model have been removed and wherein the multidimensional digital model data is adjusted to the actual status of the actual object model. - provision of multidimensional digital model data of the object, - production of an actual three-dimensional object model based on at least part of the multidimensional digital model data of the object, - recording of a position of the actual three-dimensional object model, - display of at least part (DD, ID) of the multidimensional digital model data of the object virtually on the object model depending on the position of the object model by means of an AR display device (30, 30', 30"); and wherein it is recorded as a status of the actual object model whether the object model is still complete or whether parts of the object model have been removed and wherein the multidimensional digital model data is adjusted to the actual status of the actual object model.
Wheel steering assembly for a motor vehicle for pivoting a single steerable vehicle wheel which is arranged on a vehicle chassis such that it can be pivoted about a steering axis, the wheel steering assembly comprising a steering motor apparatus which has a steering motor and by way of which the vehicle wheel can be pivoted about the steering axis by rotation angles (12, 13, 14) which are predefined by way of electric control signals, it being possible for a wheel pivoting lever to be coupled to the vehicle wheel, it being possible for the wheel pivoting lever to be pivoted about the steering axis, and it being possible for the steering motor apparatus to be fastened to the vehicle chassis, and the said steering motor apparatus comprising a motor pivoting lever which can be pivoted about a pivot axis by means of the steering motor, and a pivotable end region of the motor pivoting lever and a pivotable end region of the wheel pivoting lever being connected to one another by means of an articulated coupling rod, with the result that a pivoting movement of the motor pivoting lever, which pivoting movement is brought about by the pivoting motor, brings about a pivoting movement of the wheel pivoting lever, characterized in that the coupling rod is articulated on the motor pivoting lever and on the wheel pivoting lever in each case by means of a ball joint.
A method of displaying an execution result of an application on a device including a touchscreen, the method comprising: displaying a plurality of icons, which correspond to a plurality of applications, on the touchscreen; receiving a first user input corresponding to a first icon from among the plurality of icons; displaying a first window, which corresponds to the first icon and shows an execution result of a corresponding application, in a nearby area of the first icon in response to the first user input; receiving a second user input corresponding to the first window; and displaying a plurality of windows (5008, 5010, 5012, 5014) that are arranged adjacent to each other on the touchscreen, as the second user input is received, wherein the first window is displayed to overlap with the other windows from among the plurality of windows; and displaying a second window related to the first window to be visually distinguished from the other windows (5008, 5010, 5014) from among the plurality of windows; wherein at least one of data of a first application executed in the first window and data of a second application executed in the second window is shared by the first application and the second application, and wherein the method further comprises receiving a user input of dragging the first window; moving the first window in response to the user input; and displaying a preview of information, when the first application and the second application are executed to work with each other, in the first window, if the first window is moved to a location where the second window is displayed. displaying a plurality of icons, which correspond to a plurality of applications, on the touchscreen; receiving a first user input corresponding to a first icon from among the plurality of icons; displaying a first window, which corresponds to the first icon and shows an execution result of a corresponding application, in a nearby area of the first icon in response to the first user input; receiving a second user input corresponding to the first window; and displaying a plurality of windows (5008, 5010, 5012, 5014) that are arranged adjacent to each other on the touchscreen, as the second user input is received, wherein the first window is displayed to overlap with the other windows from among the plurality of windows; and displaying a second window related to the first window to be visually distinguished from the other windows (5008, 5010, 5014) from among the plurality of windows; wherein at least one of data of a first application executed in the first window and data of a second application executed in the second window is shared by the first application and the second application, and wherein the method further comprises receiving a user input of dragging the first window; moving the first window in response to the user input; and displaying a preview of information, when the first application and the second application are executed to work with each other, in the first window, if the first window is moved to a location where the second window is displayed.
A process for the synthesis of N-substituted cyclic alkylene ureas by reacting in the presence of a basic catalyst, a multifunctional aliphatic amine A having at least two amino groups which may be primary or secondary, at least one of which is a primary amino group, -NH 2, and at least one of which is a secondary amino group, >NH, the other hydrogen group whereof having been substituted by a hydrocarbyl group, and an aliphatic organic carbonate component C selected from the group consisting of dialkyl carbonates CD and of alkylene carbonates CA, wherein the ratio of the sum n (ps) of the amount of substance n (-NH 2) of those primary amino groups -NH 2 in the multifunctional amine A which are consumed by formation of a cyclic structure, and of the amount of substance n (>NH) of those secondary amino groups >NH in the multifunctional amine A which are consumed by formation of a cyclic structure, to the sum n of the amount of substance n of carbonate groups of a dialkyl carbonate CD and the amount of substance n of carbonate groups in an alkylene carbonate CA, is at least more than 2.
A method for producing bags from fabric material, which comprises small stretched plastic tapes, wherein the method comprises at least the following steps: - coating the fabric material, - printing on the fabric material, - checking the fabric material at least for flaws in the fabric using a testing device (12, 13), - producing tube portions from the fabric material with a transverse cutting device and forming bottoms onto the ends of the tube portions in order to produce bags in a processing machine, - discharging a tube portion or a bag from the production flow if the fabric material of this tube portion or this bag contains a flaw, - wherein the fabric material is checked for flows in a contactless manner, characterized in that after checking the area of the fabric material, which contains these flaws, it is marked with markings (16, 17), that in the processing machine by means of a readout device for the markings (16, 17) the tube portions are identified, which contain the at least one flaw, wherein the identification is made before or after the transverse cutting device. - coating the fabric material, - printing on the fabric material, - checking the fabric material at least for flaws in the fabric using a testing device (12, 13), - producing tube portions from the fabric material with a transverse cutting device and forming bottoms onto the ends of the tube portions in order to produce bags in a processing machine, - discharging a tube portion or a bag from the production flow if the fabric material of this tube portion or this bag contains a flaw, - wherein the fabric material is checked for flows in a contactless manner, characterized in
A combination of cytokines, growth factors, chemotactic factors, stem cell stimulating factors, complement proteins, immunoglobulins and antibacterial/antiviral factors, consisting essentially of: Cytokines (pg/mg): Val min Val max IL-1a 0.80 2.90 IL-1b 0.02 0.09 IL-2 0.75 5.00 IL-4 0.04 0.17 IL-6 0.10 1.20 IL-8 0.50 2.50 IL-9 0.50 3.60 IL-10 0.50 2.80 IL-12 0.50 2.00 IL-15 1.10 4.30 IL-17 15.00 150.00 INF gamma 3.00 30.00 TNFα 15.00 30.00 IL-1 Ra 10.00 30.00 Total 47.81 264.56 Growth factors (pg/mg): Val min Val max TGF-β1 150.00 300.00 IGF-1 300.00 800.00 NGF 1.00 10.00 PDGF 5.00 100.00 EGF 4.80 9.40 BMP2 15.00 50.00 b.FGF 100.00 200.00 FGF-2 5.00 20.00 HGF 40.00 80.00 VEGF 50.00 300.00 Total 670.80 1869.40 Stem cell stimulating factors (pg/mg): Val min Val max G-CSF 10.00 20.00 GM-CSF 100.00 1000.00 LIF 15.00 50.00 SCF 1.00 10.00 SDF-1 10.00 40.00 Total 136.00 1.120.00 Chemotactic factors (pg/mg): Val min Val max EOTAXIN 1.00 15.00 MCP-1 1.00 5.00 Total 2.00 20.00 Antibacterial/antiviral factors (μg/mg): Transferrin 0.50 1.00 Lactoferrin 0.80 2.50 Lysozyme 10.00 40.00 Lactoperoxydase 10.00 30.00 total 21.30 73.5 Complement proteins (pg/mg): Val min Val max C3A 0.20 0.70 C4A 0.90 2.00 Total 1.10 2.70 Immunoglobulins (mg/mg): Val min Val max IgG 0.20 0.50 IgA 0.10 0.20 IgM 0.05 0.15 Total 0.35 0.85 characterized in that it is in form of powder. Cytokines (pg/mg): Val min Val max IL-1a 0.80 2.90 IL-1b 0.02 0.09 IL-2 0.75 5.00 IL-4 0.04 0.17 IL-6 0.10 1.20 IL-8 0.50 2.50 IL-9 0.50 3.60 IL-10 0.50 2.80 IL-12 0.50 2.00 IL-15 1.10 4.30 IL-17 15.00 150.00 INF gamma 3.00 30.00 TNFα 15.00 30.00 IL-1 Ra 10.00 30.00 Total 47.81 264.56 Growth factors (pg/mg): Val min Val max TGF-β1 150.00 300.00 IGF-1 300.00 800.00 NGF 1.00 10.00 PDGF 5.00 100.00 EGF 4.80 9.40 BMP2 15.00 50.00 b.FGF 100.00 200.00 FGF-2 5.00 20.00 HGF 40.00 80.00 VEGF 50.00 300.00 Total 670.80 1869.40 Stem cell stimulating factors (pg/mg): Val min Val max G-CSF 10.00 20.00 GM-CSF 100.00 1000.00 LIF 15.00 50.00 SCF 1.00 10.00 SDF-1 10.00 40.00 Total 136.00 1.120.00 Chemotactic factors (pg/mg): Val min Val max EOTAXIN 1.00 15.00 MCP-1 1.00 5.00 Total 2.00 20.00 Antibacterial/antiviral factors (μg/mg): Transferrin 0.50 1.00 Lactoferrin 0.80 2.50 Lysozyme 10.00 40.00 Lactoperoxydase 10.00 30.00 total 21.30 73.5 Complement proteins (pg/mg): Val min Val max C3A 0.20 0.70 C4A 0.90 2.00 Total 1.10 2.70 Immunoglobulins (mg/mg): Val min Val max IgG 0.20 0.50 IgA 0.10 0.20 IgM 0.05 0.15 Total 0.35 0.85
A sealing device for a pouch-type battery comprising: an upper sealing block having a two-stage upper sealing groove, the two-stage upper sealing groove including a first upper step configured to form a first surface of the pouch-type battery case and a second upper step disposed between the first upper step and a lower sealing block; and the lower sealing block having a two-stage lower sealing groove, the two-stage lower sealing groove including a first lower step configured to form a second surface of the pouch-type battery case and a second lower step disposed between the first lower step and the upper sealing block, wherein the upper sealing block is configured to contact a first surface of an electrode lead sealing part of the pouch-type battery, and the lower sealing block is configured to contact a second surface of the electrode lead sealing part of the pouch-type battery, wherein the lower sealing block is spaced apart from and facing the upper sealing block, and characterized in that Condition 1 is satisfied, 6.5 ≤ B 2 − B 1 B 1 × 100 ≤ 15 % in which B1 denotes an average depth difference between the first upper step and the second upper step in the upper sealing block, and B2 denotes an average depth difference between the first lower step and the second lower step in the lower sealing block. an upper sealing block having a two-stage upper sealing groove, the two-stage upper sealing groove including a first upper step configured to form a first surface of the pouch-type battery case and a second upper step disposed between the first upper step and a lower sealing block; and the lower sealing block having a two-stage lower sealing groove, the two-stage lower sealing groove including a first lower step configured to form a second surface of the pouch-type battery case and a second lower step disposed between the first lower step and the upper sealing block, wherein the upper sealing block is configured to contact a first surface of an electrode lead sealing part of the pouch-type battery, and the lower sealing block is configured to contact a second surface of the electrode lead sealing part of the pouch-type battery, wherein the lower sealing block is spaced apart from and facing the upper sealing block, and characterized in that Condition 1 is satisfied, 6.5 ≤ B 2 − B 1 B 1 × 100 ≤ 15 % in which B1 denotes an average depth difference between the first upper step and the second upper step in the upper sealing block, and B2 denotes an average depth difference between the first lower step and the second lower step in the lower sealing block.
Device for adjusting the height of a loading platform for the cargo compartment of a vehicle, in which, in an adjustment process, the loading platform can be placed at least in a first upper placement position in the height direction (z) of the vehicle and in a second lower placement position in the height direction (z) of the vehicle, wherein the device has at least one support element which is adjustably mounted at a bearing point and, in a use position, supports the loading platform in its upper placement position, and wherein the support element has associated with it a spring element with which the support element is flexibly elastically prestressed in the direction of the use position with a prestressing force (Fv), wherein the support element is a flap hinged at the bearing point so as to be pivotable about a pivot axis, wherein the bearing point is provided in a side wall delimiting the cargo compartment in a transverse direction (y) of the vehicle, and wherein the support element has an actuation contour upon whose actuation the support element can be set into its non-use position, wherein the support element has a supporting web on which the loading platform can be supported in its upper placement position, wherein an outer edge of the loading platform overlaps the supporting web with an excess length (Δy 1), wherein the supporting web of the support element merges into the actuating contour in the longitudinal vehicle direction (x), and the actuating contour is expanded in the contour profile in the longitudinal vehicle direction (x) by a transverse offset (Δy 2) until it is laterally outside of the outer edge of the loading platform.
A motor controller for driving a motor, said motor controller comprising: a power converter configured to output an output current for driving the motor; characterised by a driver configured to drive the power converter based on a flux command on which an exploration signal is superimposed; a current detector configured to detect the output current output from the power converter that has been driven by the driver; and a flux command generator configured to generate the flux command so as to reduce a current component, among current components included in the output current detected by the current detector, that corresponds to the exploration signal. a power converter configured to output an output current for driving the motor; characterised by a driver configured to drive the power converter based on a flux command on which an exploration signal is superimposed; a current detector configured to detect the output current output from the power converter that has been driven by the driver; and a flux command generator configured to generate the flux command so as to reduce a current component, among current components included in the output current detected by the current detector, that corresponds to the exploration signal.
A fastener element (10, 30) made of metal for a slide fastener including a coupling head (11, 31) and a pair of leg portions (13, 33) bifurcated and extended from the coupling head (11, 31) via a hip (12, 32) and having a coupling concave portion provided on a first surface of the coupling head (11, 31) and a coupling convex portion projecting from a second surface of the coupling head (11, 31), the fastener element being characterized in that an outer margin portion on the first surface side of the coupling head (11, 31) has a first margin portion disposed in a center region of a tip end side of the coupling head (11, 31) and formed by the first surface meeting an outer side face of the coupling head (11, 31), and a pair of second margin portions (17b, 37b) are disposed one on either side of the first margin portion and formed as a downward inclined surface from the first surface to the outer side face and one end on a first margin portion side of each of the second margin portions (17b, 37b) is arranged on an inside of both end positions of a width direction of the coupling concave portion in the element width direction with respect to the coupling concave portion.
A light emission diode assembly, comprising a LED die, a phosphor layer, a filter layer and a light scattering layer provided between the phosphor layer and the filter layer in the path of the light emitted by the LED die, whereby - the difference in refractive index Δn between the light scattering layer and the material of the filter layer adjacent to the light scattering layer is Δn ≥0.2 and; - the difference in refractive index Δn between the light scattering layer and the material of the layer adjacent to the light scattering layer in the direction of the LED is Δn ≥0.2; - and the product of the thickness of the light scattering layer D and the refractive index n of the light scattering layer is 1900 nm ≥ n * D ≥ 400 nm - the difference in refractive index Δn between the light scattering layer and the material of the filter layer adjacent to the light scattering layer is Δn ≥0.2 and; - the difference in refractive index Δn between the light scattering layer and the material of the layer adjacent to the light scattering layer in the direction of the LED is Δn ≥0.2; - and the product of the thickness of the light scattering layer D and the refractive index n of the light scattering layer is 1900 nm ≥ n * D ≥ 400 nm