mhurhangee/ep-ind-claims huggingface dataset:
Blasting medium for the blasting of a component, wherein the component comprises Al and/or Mg, especially an Al and/or Mg alloy, wherein the blasting medium comprises an AlSc alloy, characterized in that the blasting medium comprises particles of the AlSc alloy with a size of 45 μm or more.
A vehicle having an underside comprising: a vehicle body having an underside, the vehicle body defining a wheel arch (8, 9), the wheel arch forming an opening in the underside of the vehicle body and forming an opening in a side of the vehicle body, the opening in the underside of the vehicle body comprising an inner surface located opposite to the opening in the side of the vehicle body, the inner surface comprising a projection; a wheel assembly having a rotation axis, the wheel assembly being positioned in the wheel arch and extending through the opening to the underside of the vehicle; a suspension linkage running within the wheel arch, the suspension linkage coupling the wheel assembly to the vehicle body to permit motion of the rotation axis of the wheel assembly relative to the vehicle body, the suspension linkage comprising a first suspension link coupled between the vehicle body and the wheel assembly; and a cover panel coupled to the first suspension link so that the cover panel moves with the first suspension link, the cover panel extending across at least part of the opening so that when the vehicle is in forward motion the cover panel directs a rearward moving airflow across the opening and the cover panel being contoured to fit over the projection. a vehicle body having an underside, the vehicle body defining a wheel arch (8, 9), the wheel arch forming an opening in the underside of the vehicle body and forming an opening in a side of the vehicle body, the opening in the underside of the vehicle body comprising an inner surface located opposite to the opening in the side of the vehicle body, the inner surface comprising a projection; a wheel assembly having a rotation axis, the wheel assembly being positioned in the wheel arch and extending through the opening to the underside of the vehicle; a suspension linkage running within the wheel arch, the suspension linkage coupling the wheel assembly to the vehicle body to permit motion of the rotation axis of the wheel assembly relative to the vehicle body, the suspension linkage comprising a first suspension link coupled between the vehicle body and the wheel assembly; and a cover panel coupled to the first suspension link so that the cover panel moves with the first suspension link, the cover panel extending across at least part of the opening so that when the vehicle is in forward motion the cover panel directs a rearward moving airflow across the opening and the cover panel being contoured to fit over the projection.
A formulation prepared via mixing a plurality of components to provide an aqueous solution or dispersion, the components comprising a hypobromite salt, a chlorite salt, water, a pH adjusting agent, and a viscosity enhancer, wherein the resulting formulation has a pH of from about 4 to about 9.
A stator core, for a magnetic levitation bearing, comprising an annular yoke, wherein: the annular yoke has an inner circumferential wall and an outer circumferential wall; a plurality of pole pillars are disposed on the inner circumferential wall, and each of the plurality of pole pillars extends towards an axis of the inner circumferential wall; and there is a distance D between an axis of the outer circumferential wall and the axis of the inner circumferential wall, and D≠0 is satisfied; wherein, in a projection of the annular yoke projected on any radial plane of the annular yoke, the inner circumferential wall has a circle center O, the outer circumferential wall has a circle center S, the distance D is a distance between the circle center O and the circle center S, and the stator core is symmetrical with respect to a straight line OS connecting the circle center O and the circle center S; a straight line passing through the circle center O and perpendicular to the straight line OS is a first straight line, the first straight line divides the annular yoke into a first yoke part and a second yoke part, and an area A 1 of the first yoke part is greater than an area A 2 of the second yoke part; characterized in that a circumferential width W 1 of each of pole pillars on the first yoke part is greater than a circumferential width W 2 of each of pole pillars on the second yoke part. the annular yoke has an inner circumferential wall and an outer circumferential wall; a plurality of pole pillars are disposed on the inner circumferential wall, and each of the plurality of pole pillars extends towards an axis of the inner circumferential wall; and there is a distance D between an axis of the outer circumferential wall and the axis of the inner circumferential wall, and D≠0 is satisfied; wherein, in a projection of the annular yoke projected on any radial plane of the annular yoke, the inner circumferential wall has a circle center O, the outer circumferential wall has a circle center S, the distance D is a distance between the circle center O and the circle center S, and the stator core is symmetrical with respect to a straight line OS connecting the circle center O and the circle center S; a straight line passing through the circle center O and perpendicular to the straight line OS is a first straight line, the first straight line divides the annular yoke into a first yoke part and a second yoke part, and an area A 1 of the first yoke part is greater than an area A 2 of the second yoke part; characterized in that a circumferential width W 1 of each of pole pillars on the first yoke part is greater than a circumferential width W 2 of each of pole pillars on the second yoke part.
An intaglio printing plate, comprising a metallic substrate and a protective coating deposited on the substrate by physical vapor deposition, wherein the protective coating consists of a functionally graded material comprising a ceramic phase and a metallic phase, wherein the ceramic phase is harder than the metallic phase, Charaterized in that the percentage of the metallic phase within the functionally graded material increases in a direction towards the substrate, and (i) wherein the ceramic phase constitutes a matrix phase of the functionally graded material and the metallic phase constitutes nanoparticles distributed therein, the variation of the percentage of the metallic phase resulting from a varying concentration of the nanoparticles; or (ii) wherein both the ceramic phase and the metallic phase constitute a plurality of alternating layers of the functionally graded material, the variation of the percentage of the metallic phase resulting from varying thicknesses of the layers, wherein the thickness of the individual layers is between 1 and 20 nm. (i) wherein the ceramic phase constitutes a matrix phase of the functionally graded material and the metallic phase constitutes nanoparticles distributed therein, the variation of the percentage of the metallic phase resulting from a varying concentration of the nanoparticles; or (ii) wherein both the ceramic phase and the metallic phase constitute a plurality of alternating layers of the functionally graded material, the variation of the percentage of the metallic phase resulting from varying thicknesses of the layers, wherein the thickness of the individual layers is between 1 and 20 nm.
A Network Gateway Service, NGS, (22, 23, 80) in a Service Based Architecture, SBA, domain (21, 31), deployed in a core network of a telecommunications system (20, 30), wherein said NGS (22, 23, 80) is arranged for operational message handling with communication entities (2, 3, 4) of said telecommunications system external of said SBA domain (21, 31) in accordance with communication interface protocols of said telecommunications system (20, 30), and wherein said NGS (22, 23, 80) is further arranged for service message handling in said SBA domain (21, 31) with at least one of an Access and Mobility Function, AMF, and a Session Management Function, SMF, of said SBA domain (21, 31) wherein said communication entities at least comprise a Radio Access Network, RAN, and a User Equipment, UE, operatively connected to said RAN, characterized in that said operational message handling with said RAN is provided in accordance with core network control plane interface N2 functionality between said RAN and said NGS (22, 23, 80) and wherein said operational message handling with said UE is provided in accordance with core network control plane interface N1 functionality between said UE and said NGS (22, 23, 80).
A bill storage comprising: a plurality of bill receipt portions provided therein; a bill inlet-outlet, which is provided on an upper surface of the bill storage near to a front surface thereof and through which bills are taken out or received from outside; a taking-out and accumulating mechanism part (41b, 42b, 43b, 44b) provided on each of the receipt portions to perform actions, in which bills are taken out and in which bills are accumulated in the bill receipt portions, wherein at least a first bill receipt portion and a second bill receipt portion are arranged in a state of being vertically stacked in this order from a side of the bill inlet-outlet, said bill inlet-outlet is provided near a predetermined side, being the front surface, wherein a first taking-out and accumulating mechanism part (41b, 42b, 43b, 44b) provided on the upper first bill receipt portion is arranged on another side opposed to said predetermined side, and a second taking-out and accumulating mechanism part (41c, 42c, 43c, 44c) provided on the lower second bill receipt portion is provided on the predetermined side, the and second bill receipt portions are offset with regard to each other, the second bill receipt portion is arranged toward the back side of the bill storage, the first bill receipt portion is arranged toward the front surface of the bill storage. a plurality of bill receipt portions provided therein; a bill inlet-outlet, which is provided on an upper surface of the bill storage near to a front surface thereof and through which bills are taken out or received from outside; a taking-out and accumulating mechanism part (41b, 42b, 43b, 44b) provided on each of the receipt portions to perform actions, in which bills are taken out and in which bills are accumulated in the bill receipt portions, wherein at least a first bill receipt portion and a second bill receipt portion are arranged in a state of being vertically stacked in this order from a side of the bill inlet-outlet, said bill inlet-outlet is provided near a predetermined side, being the front surface, wherein a first taking-out and accumulating mechanism part (41b, 42b, 43b, 44b) provided on the upper first bill receipt portion is arranged on another side opposed to said predetermined side, and a second taking-out and accumulating mechanism part (41c, 42c, 43c, 44c) provided on the lower second bill receipt portion is provided on the predetermined side, the and second bill receipt portions are offset with regard to each other, the second bill receipt portion is arranged toward the back side of the bill storage, the first bill receipt portion is arranged toward the front surface of the bill storage.
A three-dimensional sterilisable model of a human skull in life size, comprising an parietal part and a posterior part, characterized in that it further comprises a frontal part and additionally a base part onto which the frontal part, the parietal part and the occipital part are detachably arranged, characterized further in that it is the model of a child's skull.
A semiconductor integrated circuit, IC, comprising an inductor structure, the inductor structure comprising: a coil of conductive material comprising at least one turn; a current return encompassing the coil; and a connector connecting the coil and the current return, wherein the connector connects a midpoint of the coil to the current return; wherein the current return is formed of a plurality of interconnected metal layers (510, 515, 520, 525) of the semiconductor integrated circuit; and wherein a same metal layer is used to form at least a portion of the coil, at least one metal layer of the current return, and the connector as a continuous portion of metal. a coil of conductive material comprising at least one turn; a current return encompassing the coil; and a connector connecting the coil and the current return, wherein the connector connects a midpoint of the coil to the current return; wherein the current return is formed of a plurality of interconnected metal layers (510, 515, 520, 525) of the semiconductor integrated circuit; and wherein a same metal layer is used to form at least a portion of the coil, at least one metal layer of the current return, and the connector as a continuous portion of metal.
An integrated circuit assembled with an electromagnetic radiation detector, the integrated circuit comprising a device for processing signals from the detector, the processing device being covered with at least one protective metallic plate against electromagnetic radiation, placed between said detector and said processing device, said conducting device including one or more opeings, the surface occupied by the metallic plate being more important than the total surface occupied by the openings, conducting pads through the apertures providing an electrical connection between the processing device and the detector, the conducting pads being electrically connected by conducting vias to contacts of the integrated circuit, the conducting pads being electrically connected to the detector by metallic contacts, wherein, at the openings of the metallic layer, the conducting pads and the metallic plate are separated from space sufficiently small to enable capacitive coupling between the conducting pads and the metallic plate, characterized in that the openings have an arrangement provided so that the spacing between two opening is at least 5 times higher than the diameter of the conducting pads so as to nullify the mutual capacitance between the conducting pads
A method for controlling a filling operation of a vehicular liquid storage system comprising a tank equipped with a fill level limiting valve, the method comprising: - detecting the start of a first filling event; - measuring a first fill level of said tank; characterized in that - verifying whether said measured first fill level has reached a predetermined fill level; - if said verifying is positive, starting a first timer for a first amount of time based on an estimate of an unused capacity of said tank; - upon expiry of said first timer, closing said fill level limiting valve. - detecting the start of a first filling event; - measuring a first fill level of said tank; - verifying whether said measured first fill level has reached a predetermined fill level; - if said verifying is positive, starting a first timer for a first amount of time based on an estimate of an unused capacity of said tank; - upon expiry of said first timer, closing said fill level limiting valve.
An anode for a lithium ion capacitor, comprising: a carbon composition comprising: a coconut shell sourced carbon in from 85 to 95 wt%; a conductive carbon in from 1 to 10 wt%; and a binder in from 3 to 8 wt%; and an electrically conductive substrate, characterized in that the coconut shell sourced carbon composition has a disorder peak to graphitic peak intensity ratio by Raman analysis of from 1.40 to 1.85; a hydrogen content of from 0.01 to 0.25 wt%; a nitrogen content of from 0.03 to 0.55 wt%; and an oxygen content of from 0.01 to 2 wt% by elemental analysis. a carbon composition comprising: a coconut shell sourced carbon in from 85 to 95 wt%; a conductive carbon in from 1 to 10 wt%; and a binder in from 3 to 8 wt%; and an electrically conductive substrate, characterized in that the coconut shell sourced carbon composition has a disorder peak to graphitic peak intensity ratio by Raman analysis of from 1.40 to 1.85; a hydrogen content of from 0.01 to 0.25 wt%; a nitrogen content of from 0.03 to 0.55 wt%; and an oxygen content of from 0.01 to 2 wt% by elemental analysis.
A ground anchor system (100; 200) configured for introducing into a borehole (101; 201), and comprising a plurality of straps each having a length dimension extending along a central longitudinal axis (B; C) of the ground anchor system (100; 200), each of said straps having a width dimension taken along a major axis and a thickness dimension taken along a minor axis, said major axis and said minor axis being disposed at a transverse plane (B'; C') of the ground anchor system (100; 200) and intersecting at a middle point; wherein said middle point of each of said straps is intersected by an imaginary line (116; 216) extending through the longitudinal axis (B; C) at said transverse plane (B'; C'), said imaginary line (116; 216) forms an angle smaller than 90° with the major axis of the respective strap.
Enclosed electric machine comprising a stator which is arranged in a housing tube, the stator having a stator laminated core which has a stator winding and cooling channels for guiding a cooling fluid, and comprising a rotor having a rotor laminated core, which is connected in a rotationally fixed manner to a rotor shaft, and permanent magnets or short-circuit rods arranged therein, and comprising end shields (13, 14) which are arranged on both sides and connected to the rotor shaft via corresponding bearings (18, 19), a fan being provided on the rotor, and cooling channels being arranged in the rotor laminated core, which channels are connected to corresponding return lines in the rotor, cooling channels for guiding a cooling fluid being arranged in at least the end shield that is arranged on the axial side of the rotor opposite the fan, which cooling channels in the at least one end shield (13, 14) are connected in parallel or in series to the cooling channels in the stator, characterised in that air conducting elements (22a, 22b) are provided for separating the cooling air flow from the stator, so that a closed cooling air flow is formed, separately from the cooling of the stator, via the end shield that is arranged on the axial side of the rotor opposite the fan, and in that the cooling channels in the at least one end shield (13, 14) are connected to the cooling channels in the stator via hose or pipe connections.
A microstructured surface comprising: a plurality of microfeatures disposed on a substrate and defining a space located between inner surfaces of the plurality of microfeatures, wherein the inner surfaces between the plurality of microfeatures are at least partially hydrophobic; a gas generator comprising a first electrode of an electrode pair electrically connected to a second electrode of the electrode pair and not coupled to a source of external power, wherein the first electrode and the second electrode of the electrode pair have respective standard electrode potentials that generate gas by spontaneous electrochemical reaction when contacted by an electrolyte solution, wherein at least the first electrode is disposed within the space located between inner surfaces of the plurality of microfeatures and configured to generate a gas by a spontaneous electrochemical reaction when part of the space located between the microfeatures is filled with the electrolyte solution and not generate a gas when not filled with the electrolyte solution while the microstructured surface is submerged in the electrolyte solution, and wherein the difference between the standard electrode potential of the electrolyte and the standard electrode potential of the second electrode is, in magnitude, larger than an overpotential for gas generation at the first electrode, and wherein the overpotential for gas generation at the first electrode is, in magnitude, smaller than the overpotential for gas generation at the second electrode.
An ostomy appliance comprising: a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side, a first half of a coupling attached to the distal side of the wafer, and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall, an inlet hole defined around a central axis of the inlet hole and located in the proximal wall, and an adhesive flange attached to the proximal wall around the inlet hole, wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall, wherein in use of the ostomy appliance, the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer, and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer, characterised in that the adhesive flange is floatingly attached to the proximal wall of the bag. a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side, a first half of a coupling attached to the distal side of the wafer, and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall, an inlet hole defined around a central axis of the inlet hole and located in the proximal wall, and an adhesive flange attached to the proximal wall around the inlet hole, wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall, wherein in use of the ostomy appliance, the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer, and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer, characterised in that the adhesive flange is floatingly attached to the proximal wall of the bag.