mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for preparing a foam from a liquid, in particular a food liquid, such as milk or a milk-based liquid, comprising a support base, a container for containing an amount of said liquid, the container being arrangeable in a working position on the support base, a stirrer adapted to be removably positioned in the container to rotate about an axis of rotation (Z-Z), and electrically-operated driving means, positioned outside the container and arranged to be magnetically coupled with the stirrer to drive the latter in rotation about said axis of rotation (Z-Z), so as to stir the liquid in the container and form said foam, wherein the stirrer comprises a member provided with permanent magnets and stirring means connected to said member; wherein said driving means comprise a stator which is disposed around said member of the stirrer at least when the container is placed in the working position on the support base and is arranged, when coupled with a power supply, to generate a rotating magnetic field about said axis of rotation (Z-Z) to cause rotation of said member, whereby said member operates as a rotor to drive in rotation said stirring means, wherein the container is provided with positioning means (5b, 5a) and the stirrer is coupled with said positioning means (5b, 5a), characterized in that the container has a flat bottom wall from which an annular lateral wall extends upward and wherein the stirrer is operatively positioned on said bottom wall and has outer transverse sizes which are close to the inner transverse sizes of a portion of the lateral wall of the container adjacent to the bottom wall.
Encoder having an assembly comprising: - a main body, - a pair of bearings (3a, 3b) arranged with respect to the axial direction in staggered manner, each of the bearings (3a, 3b) comprising an outer ring and a rolling body, the outer ring and the rolling body are in contact at a contact point and - a rotary shaft to which a coding plate is fitted, wherein the main body comprises a stress-relief groove which is arranged in the circumferential direction around the bearings (3a, 3b) forming a predetermined gap (t) between the main body and the bearings (3a, 3b), wherein furthermore a line extending radially from the contact point intersects the outer bearing surface at a point where the gap (t) is located. wherein a heat-curable adhesive layer is formed between the main body and the bearings (3a, 3b). - a main body, - a pair of bearings (3a, 3b) arranged with respect to the axial direction in staggered manner, each of the bearings (3a, 3b) comprising an outer ring and a rolling body, the outer ring and the rolling body are in contact at a contact point and - a rotary shaft to which a coding plate is fitted,
A method of producing a CO shift catalyst which reforms carbon monoxide in gas, the CO shift catalyst comprising: (a) an active ingredient including one of molybdenum (Mo) and iron (Fe) in an amount of 0.1 to 25 percent by weight as a main component, and one of nickel (Ni) and ruthenium (Ru) in an amount of 0.01 to 10 percent by weight as an accessory component, and (b) a complex oxide including two or more kinds from among titanium (Ti), zirconium (Zr) and aluminum (Al) as a support for supporting the active ingredient, characterized in that the method comprises firing the complex oxide and the active ingredient at a temperature equal to or higher than 550°C and equal to or lower than 850°C. (a) an active ingredient including one of molybdenum (Mo) and iron (Fe) in an amount of 0.1 to 25 percent by weight as a main component, and one of nickel (Ni) and ruthenium (Ru) in an amount of 0.01 to 10 percent by weight as an accessory component, and (b) a complex oxide including two or more kinds from among titanium (Ti), zirconium (Zr) and aluminum (Al) as a support for supporting the active ingredient,
A refrigerator comprising a main body, a storage space formed in the main body and having an opened front portion, and partitions coupled to an inner surface of the storage space to divide the storage space into a plurality of storage chambers (51, 53), wherein the partitions include a first partition horizontally coupled to the storage space to divide the storage space into an upper storage chamber and a lower storage chamber, and a second partition vertically coupled to a bottom surface of the first partition and the storage space to divide the lower storage chamber into a left chamber and a right chamber, wherein an insulator is provided to fill the first partition and the second partition, characterized in that the second partition is connected with the first partition wherein a lower plate is provided in the first partition with a coupling part to which the second partition is coupled, and the coupling part is formed with communication holes communicating with the second partition so that the insulator filling the first partition is adapted to move into the second partition and fills the same, the first partition includes further an upper plate coupled to the lower plate, an prefabricated insulator disposed between the lower plate and the upper plate, and a reinforcing frame coupled between the lower plate and the upper plate to reinforce the first partition, the reinforcing frame includes support parts at both portions of the reinforcing frame extend toward the space between the upper plate and the lower plate, a plurality of side surfaces of a front portion of the prefabricated insulator have a shape corresponding to the shape of the support parts so as to provide a space to accommodate the support parts, and the insulator is provided between the plurality of side surfaces of the front portion of the prefabricated insulator and the respective support parts of the reinforcing frame.
An apparatus for stacking battery plates comprising a delivery conveyor for supplying battery plates sequentially along a delivery path; the delivery conveyor including a plurality of spaced apart plate carriers each configured to support at least one battery plate in use, the plate carriers defining a series of gaps between adjacent plate carriers, wherein each gap is larger than the battery plate, a stop mechanism, configured to selectively intercept the delivery path at a plurality of indexed stop positions without impeding the delivery conveyor; wherein when the stop mechanism intercepts the delivery path at a selected one of the stop positions in use, it interrupts the movement of the battery plates on the delivery conveyor causing the battery plate(s) to move off the respective plate carrier and pass through the subsequent gap of the conveyor; a plate stacking mechanism for receiving battery plates as they are moved off the delivery conveyor by the stop mechanism; and, characterised in that, a plate stacking mechanism is provided adjacent to each stop position. a delivery conveyor for supplying battery plates sequentially along a delivery path; the delivery conveyor including a plurality of spaced apart plate carriers each configured to support at least one battery plate in use, the plate carriers defining a series of gaps between adjacent plate carriers, wherein each gap is larger than the battery plate, the delivery conveyor including a plurality of spaced apart plate carriers each configured to support at least one battery plate in use, the plate carriers defining a series of gaps between adjacent plate carriers, wherein each gap is larger than the battery plate, a stop mechanism, configured to selectively intercept the delivery path at a plurality of indexed stop positions without impeding the delivery conveyor; wherein when the stop mechanism intercepts the delivery path at a selected one of the stop positions in use, it interrupts the movement of the battery plates on the delivery conveyor causing the battery plate(s) to move off the respective plate carrier and pass through the subsequent gap of the conveyor; a plate stacking mechanism for receiving battery plates as they are moved off the delivery conveyor by the stop mechanism; and, characterised in that, a plate stacking mechanism is provided adjacent to each stop position.
An engine control apparatus for controlling an engine, comprising: a stuck detecting unit configured to detect a stuck state in which a detected value of a cylinder pressure sensor for detecting a combustion state of an engine does not change during a determination period based on a drive cycle of the engine; a count processing unit configured to count up a counter when the stuck state is detected by the stuck detecting unit during the determination period; a stuck value storage control unit configured to allow a storage unit to store the detected value by the cylinder pressure sensor when the stuck state has been detected as a stuck value in a case where the stuck state is detected by the stuck detecting unit during the determination period; and an abnormality determination unit configured to determine that the cylinder pressure sensor has a stuck abnormality when the count value by the count processing unit becomes equal to or more than an abnormality determination threshold, wherein the count processing unit does not count up the counter and does not reset the counter when the maximum value of the detected value of the cylinder pressure sensor detected during the determination period is lower than a value stored in the storage unit and the stuck state has not been detected by the stuck detecting unit during the determination period. a stuck detecting unit configured to detect a stuck state in which a detected value of a cylinder pressure sensor for detecting a combustion state of an engine does not change during a determination period based on a drive cycle of the engine; a count processing unit configured to count up a counter when the stuck state is detected by the stuck detecting unit during the determination period; a stuck value storage control unit configured to allow a storage unit to store the detected value by the cylinder pressure sensor when the stuck state has been detected as a stuck value in a case where the stuck state is detected by the stuck detecting unit during the determination period; and an abnormality determination unit configured to determine that the cylinder pressure sensor has a stuck abnormality when the count value by the count processing unit becomes equal to or more than an abnormality determination threshold, wherein the count processing unit does not count up the counter and does not reset the counter when the maximum value of the detected value of the cylinder pressure sensor detected during the determination period is lower than a value stored in the storage unit and the stuck state has not been detected by the stuck detecting unit during the determination period.
A method comprising: receiving, onto a resource-using electronic device, resource-sharing information associated with a resource-sharing electronic device through wireless near field communication, wherein the resource-sharing information comprises an indication of a location to obtain a resource-sharing scheme to enable the resource-using electronic device to use a hardware resource of the resource-sharing electronic device; determining, on the resource-using electronic device, the resource-sharing scheme for using the hardware resource of the resource-sharing electronic device based at least in part on the resource-sharing information, wherein determining the resource-sharing scheme comprises downloading the resource-sharing scheme onto the resource-using electronic device from the location; and using, by the resource-using electronic device, the hardware resource of the resource-sharing electronic device according to the resource-sharing scheme. receiving, onto a resource-using electronic device, resource-sharing information associated with a resource-sharing electronic device through wireless near field communication, wherein the resource-sharing information comprises an indication of a location to obtain a resource-sharing scheme to enable the resource-using electronic device to use a hardware resource of the resource-sharing electronic device; determining, on the resource-using electronic device, the resource-sharing scheme for using the hardware resource of the resource-sharing electronic device based at least in part on the resource-sharing information, wherein determining the resource-sharing scheme comprises downloading the resource-sharing scheme onto the resource-using electronic device from the location; and using, by the resource-using electronic device, the hardware resource of the resource-sharing electronic device according to the resource-sharing scheme.
A method for measuring a component to be measured, wherein the method comprises reacting in the presence of a fatty acid alkanolamide, a component to be measured in a specimen with a first antibody which binds to the component to be measured; then reacting a labeled second antibody, in which a label is bound to a second antibody that binds to the component to be measured, to form an immunocomplex comprising the first antibody, the component to be measured, and the labeled second antibody; and measuring the amount of the label in the formed immunocomplex, wherein the component to be measured is a MxA protein.
A composition for lowering the peak-torque of a part or a precision machine, said composition containing from 0.01 to 5% by weight of an extreme pressure agent comprising at least one member selected from the group consisting of neutral phosphate esters and neutral phosphite esters in a solvent comprising at least one member selected from the group consisting of hydrocarbons and ethers, wherein the boiling point of the solvent is 180°C or below.
Thermoplastic film for a laminated glass pane with a wedge insert - which has, in the vertical direction at least in sections, a wedge-angle profile with a continuous nonlinear change in thickness, - wherein the wedge-angle profile has a first section (A 1), which has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, - wherein the wedge-angle profile has a second section (A 2), which adjoins the first section (A 1), wherein the second section (A 2) has, for preventing ghost images in reflection, a variable wedge angle, wherein the wedge angle from a lower end to an upper end is a function of the distance to the lower end or to the upper end, wherein the function is at least a second degree function, wherein the second section (A 2) substantially minimizes ghost images of a head-up display, - wherein the wedge-angle profile has a third section (A 3), which adjoins the second section (A 2), wherein the third section (A 3) has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, wherein a wedge angle in the third section (A 3) is substantially equal to or greater than the wedge angle at the lower end of the first section (A 1) - wherein the third section (A 3) has a greater distance from a lower edge than the second section (A 2), and wherein in the vertical direction, the wedge angle at the lower edge is smaller than the wedge angle at the upper edge. - which has, in the vertical direction at least in sections, a wedge-angle profile with a continuous nonlinear change in thickness, - wherein the wedge-angle profile has a first section (A 1), which has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, - wherein the wedge-angle profile has a second section (A 2), which adjoins the first section (A 1), wherein the second section (A 2) has, for preventing ghost images in reflection, a variable wedge angle, wherein the wedge angle from a lower end to an upper end is a function of the distance to the lower end or to the upper end, wherein the function is at least a second degree function, wherein the second section (A 2) substantially minimizes ghost images of a head-up display, - wherein the wedge-angle profile has a third section (A 3), which adjoins the second section (A 2), wherein the third section (A 3) has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, wherein a wedge angle in the third section (A 3) is substantially equal to or greater than the wedge angle at the lower end of the first section (A 1) - wherein the third section (A 3) has a greater distance from a lower edge than the second section (A 2),
A method, comprising: at an electronic device with a touch-sensitive display: while displaying a user interface that includes a first region that corresponds to a first software application and a second region that corresponds to a second software application that is distinct from the first software application, wherein a boundary region of the first region is included in the first region and located between a non-boundary region of the first region and the second region in the user interface: receiving a first touch input, on the touch-sensitive display, that originates from a first location on the touch-sensitive display that corresponds to the first region of the user interface and extends to a second location on the touch-sensitive display that corresponds to the second region of the user interface, wherein the first location is in the boundary region of the first region; in response to detecting the first touch input at the first location on the touch-sensitive display, sending a touch began event to the first software application; and, subsequent to sending the touch began event to the first software application: in response to detecting that the first touch input is no longer associated with the first region of the user interface on the touch-sensitive display, sending a touch cancel event to the first software application; and, in response to detecting that the first touch input has entered the second region of the user interface on the touch-sensitive display, sending a touch began event to the second software application. receiving a first touch input, on the touch-sensitive display, that originates from a first location on the touch-sensitive display that corresponds to the first region of the user interface and extends to a second location on the touch-sensitive display that corresponds to the second region of the user interface, wherein the first location is in the boundary region of the first region; in response to detecting the first touch input at the first location on the touch-sensitive display, sending a touch began event to the first software application; and, subsequent to sending the touch began event to the first software application: in response to detecting that the first touch input is no longer associated with the first region of the user interface on the touch-sensitive display, sending a touch cancel event to the first software application; and, in response to detecting that the first touch input has entered the second region of the user interface on the touch-sensitive display, sending a touch began event to the second software application. in response to detecting that the first touch input is no longer associated with the first region of the user interface on the touch-sensitive display, sending a touch cancel event to the first software application; and, in response to detecting that the first touch input has entered the second region of the user interface on the touch-sensitive display, sending a touch began event to the second software application.
A gate system for an overhead lifting rail system, comprising: a first gate comprising: a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; and a second gate comprising: a rail portion for suspending a lifting carriage; and a bridging element support portion; wherein: upon the first gate engaging with the second gate, a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates. a first gate comprising: a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; and a second gate comprising: a rail portion for suspending a lifting carriage; and a bridging element support portion; a rail portion for suspending a lifting carriage; and a bridging element support portion; wherein: upon the first gate engaging with the second gate, a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates. upon the first gate engaging with the second gate, a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates.
A method of controlling or preventing infestation of a plant by a plant-parasitic nematode of the genus Aphelenchoides spp., comprising applying to a crop of plants, the locus thereof, or propagation material thereof, the compound cyclobutrifluram.
Computer implemented method for processing an image according to one reframing method to obtain a reframed image for which the format ratio is equal to a target format ratio, the method comprises the following: - analyzing (100, 101) the saliency of said image by associating a saliency value with each pixel of said image, - automatically analyzing (100, 102) said image by cognitive analysis, the method being characterized in: - selecting said reframing method from a set of reframing methods among a dynamic reframing method without deformation, a dynamic reframing method with deformation, a fixed reframing method without deformation and a zoom-out type reframing method, according to the result of said analysis steps, and - reframing said image using the selected reframing method. - analyzing (100, 101) the saliency of said image by associating a saliency value with each pixel of said image, - automatically analyzing (100, 102) said image by cognitive analysis, - selecting said reframing method from a set of reframing methods among a dynamic reframing method without deformation, a dynamic reframing method with deformation, a fixed reframing method without deformation and a zoom-out type reframing method, according to the result of said analysis steps, and - reframing said image using the selected reframing method.