mhurhangee/ep-ind-claims huggingface dataset:
An outboard motor of the combustion engine stroke piston type, including a crankshaft system, (Ks) with a crankshaft (3; 4) standing upright in a machine housing of the combustion engine, which crankshaft comprises a flywheel (7, 8) on an upper end region (6, 6'), which flywheel (7, 8) is covered by a cover that encloses said flywheel (7, 8) starting from an upper side of the combustion engine, wherein the crankshaft system (Ks) comprises two parallel crankshafts (3 and 4), which, on their upper end regions (6, 6'), are each provided with flywheels (7 and 8), wherein the flywheels (7 and 8) are arranged offset to one another when viewed in the axial direction (A-A) of the crankshafts (3 and 4) and overlap each other in a circular-segment-type manner, and that the cover encloses both flywheels (7 and 8) over a substantial region, characterized in that the cover is held in position on pivot axles (11 and 12) of the flywheels (7 and 8) and in that first and second holding means (14 and 15) are effective for the cover between a shell wall of the cover enclosing the flywheels (7 and 8) and the pivot axles (11 and 12) of the flywheels (7 and 8), said holding means including first and second connection bushings (16 and 17), wherein said connection bushings (16 and 17) are fastened, on one side, to the shell wall and, on the other side, to outer rings (18 and 19) of roller bearings (20 and 21), with inner rings (22 and 23) of the roller bearings (20 and 21) being co-rotationally connected to the pivot axles (11 and 12) of the flywheels (7 and 8).
An apparatus, comprising: a processor component; a wireless transceiver to receive a wireless signal from a computing device; and wireless docking logic to be executed on the processor component configured to: receive signal strength indicator, RSSI, information from the wireless signal, determine if the RSSI information exceeds a first threshold, establish a speculative connection with the computing device and receive wireless data packets and an ultrasound signal from the computing device if the RSSI information exceeds the first threshold, determine a proximity to the computing device based on the wireless data packets and ultrasound signal, and establish a non-speculative connection with the computing device if the RSSI information exceeds a second threshold and the proximity does not exceed a proximity threshold, wherein the speculative connection comprises a non-permanent connection. a processor component; a wireless transceiver to receive a wireless signal from a computing device; and wireless docking logic to be executed on the processor component configured to: receive signal strength indicator, RSSI, information from the wireless signal, determine if the RSSI information exceeds a first threshold, establish a speculative connection with the computing device and receive wireless data packets and an ultrasound signal from the computing device if the RSSI information exceeds the first threshold, determine a proximity to the computing device based on the wireless data packets and ultrasound signal, and establish a non-speculative connection with the computing device if the RSSI information exceeds a second threshold and the proximity does not exceed a proximity threshold, wherein the speculative connection comprises a non-permanent connection.
An arc evaporation coating source comprising: a target of a coating material to be evaporated, a ferromagnetic yoke for influencing the evaporisation of the coating material to be evaporated, and at least one permanent-magnetic body for influencing the evaporation of the coating material to be evaporated, the ferromagnetic yoke being arranged in contact with the target, the permanent-magnetic body being fastened to the target by way of the ferromagnetic yoke, the permanent-magnetic body being accommodated in the ferromagnetic yoke on a side of the yoke that is facing the target, characterized in that the ferromagnetic yoke and the target being connected to one another by way of a threaded connection. a target of a coating material to be evaporated, a ferromagnetic yoke for influencing the evaporisation of the coating material to be evaporated, and at least one permanent-magnetic body for influencing the evaporation of the coating material to be evaporated, the ferromagnetic yoke being arranged in contact with the target, the permanent-magnetic body being fastened to the target by way of the ferromagnetic yoke, the permanent-magnetic body being accommodated in the ferromagnetic yoke on a side of the yoke that is facing the target, characterized in that the ferromagnetic yoke and the target being connected to one another by way of a threaded connection.
A multi battery pack system comprising a master battery pack; and a plurality of slave battery packs, the multi battery pack system having a charge mode and a discharge mode and comprising output terminals (V+,V-), wherein each battery pack has a cell group composed of a plurality of cells connected in series, the master battery pack receives a total voltage from each slave battery and calculates a target total voltage using a total voltage of the master battery pack and total voltages of all slave battery packs whenever a predetermined time period passes, sends the calculated target total voltage to each slave battery pack, compares the target total voltage with the total voltage of the master battery pack, and then connects or disconnects the cell group of the master battery pack and the output terminals according to the comparison result; and wherein the slave battery packs include at least on slave battery pack, which sends a total voltage of the slave battery pack according to a request of the master battery pack, receives a target total voltage from the master battery pack, compares the target total voltage with the total voltage of the slave battery pack, and then connects or disconnects the cell group of the slave battery pack and the output terminals according to the comparison result, wherein in case of the discharge mode, a battery pack is connected if it has a total voltage larger or equal than the target voltage, and in case of the charge mode, a battery pack is connected if it has a total voltage smaller or equal than the target voltage.
Method for constructing a patient-specific surgical guide comprising at least one contact element comprising a contact surface intended to match an anatomical structure to be treated and at least one guiding element for guiding a surgical instrument to treat said anatomical structure, said method comprising: - receiving a 3D medical image of the anatomical structure of the patient; - determining, in said 3D medical image, at least one region of interest containing a portion of the external surface of the anatomical structure intended to match a respective contact element of the surgical guide; - segmenting the 3D medical image only in said determined region of interest so as to locally reconstruct the external surface of the anatomical structure; - computing the contact surface of the contact element from said reconstructed local surface of the anatomical structure; - constructing the at least one contact element to include the contact surface. - defining the position of the at least one guiding element with respect to the anatomical structure; - constructing the surgical guide by generating a rigid body including the at least one guiding element and said at least one contact element. - receiving a 3D medical image of the anatomical structure of the patient; - determining, in said 3D medical image, at least one region of interest containing a portion of the external surface of the anatomical structure intended to match a respective contact element of the surgical guide; - segmenting the 3D medical image only in said determined region of interest so as to locally reconstruct the external surface of the anatomical structure; - computing the contact surface of the contact element from said reconstructed local surface of the anatomical structure; - constructing the at least one contact element to include the contact surface. - defining the position of the at least one guiding element with respect to the anatomical structure; - constructing the surgical guide by generating a rigid body including the at least one guiding element and said at least one contact element.
Snowshoe comprising a footwear supporting plate, said plate having a lattice-like configuration formed by a plurality of hollow prismatic structures (18a, 18b), characterized in that said structures (18a, 18b) are interconnected with one another in a partially superimposed manner and in that the main axis (x) of each of said structures (18a, 18b) is inclined with respect to a middle surface of the plate in such a manner that the projection of said main axis (x) on a longitudinal vertical plane forms an angle (α) comprised between 20° and 70° with a normal direction (z) perpendicular to said middle surface of the plate.
A method for the selective post-emergent control of undesirable vegetation in the presence of a crop selected from the group consisting of sunflowers, sorghum, yellow mustard, spring Juncea canola, spring kale, spring turnip, spring rutabaga, spring Winfred forage brassica, or sugar beet which comprises applying a herbicidally effective amount of 4-amino-3-chloro-6-(4-chloro-2-fluoro-3-methoxyphenyl)pyridine-2-carboxylic acid or an agriculturally acceptable ester or salt thereof.
An applique assembly comprising: a glass sheet having a thickness of less than about 3 mm; the glass sheet being selected from the group consisting of an alkali-borosilicate glass, an aluminoborosilicate glass, and an alkali-aluminoborosilicates glass; the applique assembly characterized by: a substrate comprising a first non-planar surface defining a recess; and the glass sheet configured to fit within the recess; wherein the glass sheet is cold formed to conform to the first non-planar surface. a substrate comprising a first non-planar surface defining a recess; and the glass sheet configured to fit within the recess; wherein the glass sheet is cold formed to conform to the first non-planar surface.
Tracked piste groomer having a device for controlling movements of a front-side mounted implement of a tracked piste groomer, comprising a kinematic system which is constructed from a plurality of actuating cylinders (9 to 11) and is transferable by means of a control unit into various functional positions which comprise pivoting movements of the mounted implement about a vertical axis, a transverse axis and a longitudinal axis, and also parallel shifting in the vertical direction, characterized in that the kinematic system is additionally configured in such a manner that the mounted implement is shiftable in a translatory and/or parallel manner in a horizontal plane in the transverse direction and/or longitudinal direction relative to a vehicle frame of the tracked piste groomer, wherein the kinematic system is configured as a self-supporting hexapod system, and in that the hexapod system has six actuating cylinders (9 to 11) which are arranged in the manner of a hexapod with one end region on the vehicle frame and are coupled with an opposite end region to a support which is provided for the fastening of the mounted implement.
An adjustable anatomical support and seat cushion assembly for wheelchairs comprising: a generally rectangular, resilient seat cushion member and a generally rectangular, planar base member, characterized in that the seat cushion member is formed of a plurality of layers of thermoplastic honeycomb material; the planar base member is formed of at least one layer of a thermoplastic honeycomb material, the base member being disposed beneath the seat cushion member and having a rear edge thereof pivotally attached to a corresponding rear edge of the seat cushion member at a hinge, the base member being rotatable between a non-parallel disposition relative to the seat cushion member, and a parallel disposition relative to the seat cushion member; and the adjustable anatomical support and seat cushion assembly for wheelchairs further comprises: a plurality of prescriptively sized and shaped pelvic obliquity elements, pommel elements and/or wedge elements affixed to a surface of the base member generally facing the seat cushion member, the pelvic obliquity elements, pommel elements and/or wedge elements being operative to engage and deform the seat cushion member when the base member is rotated from the non-parallel disposition relative to the seat cushion member into the parallel disposition relative to the seat cushion member, the plurality of prescriptively sized and shaped pelvic obliquity elements, pommel elements and/or wedge elements being removable from the base member. a generally rectangular, resilient seat cushion member and a generally rectangular, planar base member, characterized in that the seat cushion member is formed of a plurality of layers of thermoplastic honeycomb material; the planar base member is formed of at least one layer of a thermoplastic honeycomb material, the base member being disposed beneath the seat cushion member and having a rear edge thereof pivotally attached to a corresponding rear edge of the seat cushion member at a hinge, the base member being rotatable between a non-parallel disposition relative to the seat cushion member, and a parallel disposition relative to the seat cushion member; and the adjustable anatomical support and seat cushion assembly for wheelchairs further comprises: a plurality of prescriptively sized and shaped pelvic obliquity elements, pommel elements and/or wedge elements affixed to a surface of the base member generally facing the seat cushion member, the pelvic obliquity elements, pommel elements and/or wedge elements being operative to engage and deform the seat cushion member when the base member is rotated from the non-parallel disposition relative to the seat cushion member into the parallel disposition relative to the seat cushion member, the plurality of prescriptively sized and shaped pelvic obliquity elements, pommel elements and/or wedge elements being removable from the base member.
The present invention is related to the method of curing the leaves of the green-leaved plants under sun, characterized in that it comprises the following process steps; - filling the leaves of the said green-leaved plants into the curing string bag before being left for drying, and - curing the said leaves inside the string bag under the sun. - filling the leaves of the said green-leaved plants into the curing string bag before being left for drying, and - curing the said leaves inside the string bag under the sun.
A method to balance a thermal flow system with a flow network supplying a heat transferring fluid to a plural of consumers at a supply flow rate and a supply temperature, and where a control equipment is connected for each consumer configured to regulate the flow rate of heat transferring fluid delivered to said consumer, the method being to regulate said control equipment such that the associated consumer receives a maximum flow rate draw off of heating fluid corresponding to a set fraction of the total supply flow rate, characterized in that - wherein the method further includes energy mode of regulation of a control being to set each control equipment such that each consumer receives an individual maximum energy from the heat transfer fluid according to a pre-set individual energy fraction of the total energy supply, - wherein the method includes volume mode of regulation of the control equipment when there is deficiency of supply energy in relation to a total energy demand, the volume mode of regulation being to set each control equipment such that each consumer receives an individual maximum flow rate of heat transfer fluid according to a pre-set individual flow volume rate fraction of the total supply volume fluid, where in case of undersupply situation, or in case of the hydraulic capacity of the network being exhausted, the maximum flow rate draw off is limited by the volume mode regulation, and in case of oversupply situation the maximum flow rate draw off is limited by the energy mode regulation. - wherein the method further includes energy mode of regulation of a control being to set each control equipment such that each consumer receives an individual maximum energy from the heat transfer fluid according to a pre-set individual energy fraction of the total energy supply, - wherein the method includes volume mode of regulation of the control equipment when there is deficiency of supply energy in relation to a total energy demand, the volume mode of regulation being to set each control equipment such that each consumer receives an individual maximum flow rate of heat transfer fluid according to a pre-set individual flow volume rate fraction of the total supply volume fluid, where in case of undersupply situation, or in case of the hydraulic capacity of the network being exhausted, the maximum flow rate draw off is limited by the volume mode regulation, and in case of oversupply situation the maximum flow rate draw off is limited by the energy mode regulation.
A method of manufacturing a rotation detector that comprises a semiconductor chip, a nonmagnetic case body, a biasing permanent magnet and a nonmagnetic cap fixed to the case body, wherein the case body has a joint surface (25t, 26t); and the cap has an inside surface in contact with the joint surface (25t, 26t), the method comprising: assembling the semiconductor chip, the case body and the biasing permanent magnet into a unit: fixing the cap to the case body so that the inside surface of the cap can be in contact with the joint surface (25t, 26t); irradiating a laser beam at portions behind the inside surface of the cap under a prescribed pressure to melt materials of the case body and the cap; and cooling the melted materials to re-crystallize; characterized in that fixing the cap to the case body includes accommodating the semiconductor chip and the biasing permanent magnet in the cap, the joint surface (25t, 26t) of the case body is tapered; and the inside surface of the cap is shaped conical to be in close contact with the joint surface (25t, 26t); at least one groove is formed at a portion of the case body adjacent to the joint surface (25t, 26t) so as to form a space between the joint surface (25t, 26t) and the inside surface when the cap is fixed to the case body; and the prescribed pressure of irradiating laser is a pressure to make melted materials flow to the space. assembling the semiconductor chip, the case body and the biasing permanent magnet into a unit: fixing the cap to the case body so that the inside surface of the cap can be in contact with the joint surface (25t, 26t); irradiating a laser beam at portions behind the inside surface of the cap under a prescribed pressure to melt materials of the case body and the cap; and cooling the melted materials to re-crystallize; fixing the cap to the case body so that the inside surface of the cap can be in contact with the joint surface (25t, 26t); irradiating a laser beam at portions behind the inside surface of the cap under a prescribed pressure to melt materials of the case body and the cap; and cooling the melted materials to re-crystallize; fixing the cap to the case body includes accommodating the semiconductor chip and the biasing permanent magnet in the cap, the joint surface (25t, 26t) of the case body is tapered; and the inside surface of the cap is shaped conical to be in close contact with the joint surface (25t, 26t); at least one groove is formed at a portion of the case body adjacent to the joint surface (25t, 26t) so as to form a space between the joint surface (25t, 26t) and the inside surface when the cap is fixed to the case body; and the prescribed pressure of irradiating laser is a pressure to make melted materials flow to the space.
An implantable radiopaque stent (10; 22) comprising: a plurality of radiopaque filaments (18; 24, 26; 36; 38; 42) arranged for permanent attachment to a hollow tubular structure in a linear direction traverse to a longitudinal length of the hollow tubular structure, the tubular structure having a tubular wall that defines an inner surface and an outer surface and opposing first open end and second open end, wherein the plurality of radiopaque filaments (18; 24, 26; 36; 38; 42) improves external imaging of the tubular structure on fluoroscope or x-ray imaging equipment, wherein the tubular structure is covered with a polymeric material, wherein the filaments (18; 24, 26; 36; 38; 42) terminate at the second end, and wherein the filaments (18; 24, 26; 36; 38; 42) at the first end are arranged in a series of closed loops with each loop having an apex defined by a bend in one of the filaments (18; 24, 26; 36; 38; 42) and having an opposed base defined by crossing of adjacent filaments, and further wherein the apices of adjacent closed loops are longitudinally offset from one and the other, characterized in that the polymeric material further includes radiopaque particles, the stent further comprises non-radiopaque filaments, and the radiopaque filaments are all arranged in the same linear direction. wherein the tubular structure is covered with a polymeric material, wherein the filaments (18; 24, 26; 36; 38; 42) terminate at the second end, and wherein the filaments (18; 24, 26; 36; 38; 42) at the first end are arranged in a series of closed loops with each loop having an apex defined by a bend in one of the filaments (18; 24, 26; 36; 38; 42) and having an opposed base defined by crossing of adjacent filaments, and further wherein the apices of adjacent closed loops are longitudinally offset from one and the other, characterized in that the polymeric material further includes radiopaque particles, the stent further comprises non-radiopaque filaments, and the radiopaque filaments are all arranged in the same linear direction.
Ground calcined alumina with additive for input in the composition of a precursor for a refractory material, characterised in that it comprises an oxyranyl-alkyl-silane, with chemical formula C 9 H 20 O 5 Si.
A user equipment UE capability reporting method, wherein the method comprises: obtaining, by UE, first information, wherein the first information is used to indicate a UE capability supported by a target access network device; and reporting, by the UE, second information based on the UE capability supported by the target access network device and a UE capability of the UE, wherein the second information comprises capability information, other than UE capability information stored in a source access network device, in target capability information, and the target capability information is UE capability information of a lower UE capability in the UE capability of the UE and the UE capability supported by the target access network device. obtaining, by UE, first information, wherein the first information is used to indicate a UE capability supported by a target access network device; and reporting, by the UE, second information based on the UE capability supported by the target access network device and a UE capability of the UE, wherein the second information comprises capability information, other than UE capability information stored in a source access network device, in target capability information, and the target capability information is UE capability information of a lower UE capability in the UE capability of the UE and the UE capability supported by the target access network device.