mhurhangee/ep-ind-claims huggingface dataset:
A variable volume machine, in particular for use as a pump, a compressor, a turbine, or a rotary internal combustion machine, including a first disc and a second disc, wherein the first disc comprises a surface with ridges and furrows, wherein the second disc comprises a wall with helical cuts, characterized in that the first disc comprises a central hole, that a cam is placed in the central hole of the first disc, that the cam comprises an inlet port, an outlet port, and a semicircular slit, that the wall with helical cuts of the second disc is slipping through the semicircular slit of the cam and is appressed to the surface with ridges and furrows of the first disc to form a sealed cavity between the first disc and the second disc, that one of the ridges of the first disc divides the cavity into a suction compartment and an expulsion compartment, and that the volume of the suction compartment can be increased and the volume of the expulsion compartment can be decreased by rotating the first disc and rotating the second disc simultaneously while the cam is stationary or by rotating and revolving the second disc and rotating the cam while the first disc is stationary.
A laundry treatment apparatus comprising: a first cabinet; a first drum provided inside the first cabinet for receiving laundry therein; a first drive unit for rotating the first drum; a first controller for controlling the first drive unit; a second cabinet located under the first cabinet and having an introduction/discharge opening; a drawer provided so as to be discharged from the second cabinet through the introduction/discharge opening; a second drum provided inside the drawer for receiving laundry therein; a second drive unit for rotating the second drum; a second controller for controlling the second drive unit; and a remote controller for transmitting a control signal to the second controller via wireless communication; characterized by a connector for allowing the second controller to control an operation of the second drive unit only when the first cabinet is seated on an upper surface of the second cabinet, wherein the connector is configured to open or close a circuit for supplying power to the second drive unit based on whether the first cabinet is located above the second cabinet, or the connector is configured to open or close a control circuit, which connects the second controller and the second drive unit to each other, based on whether or not the first cabinet is located above the second cabinet. a first cabinet; a first drum provided inside the first cabinet for receiving laundry therein; a first drive unit for rotating the first drum; a first controller for controlling the first drive unit; a second cabinet located under the first cabinet and having an introduction/discharge opening; a drawer provided so as to be discharged from the second cabinet through the introduction/discharge opening; a second drum provided inside the drawer for receiving laundry therein; a second drive unit for rotating the second drum; a second controller for controlling the second drive unit; and a remote controller for transmitting a control signal to the second controller via wireless communication; characterized by a connector for allowing the second controller to control an operation of the second drive unit only when the first cabinet is seated on an upper surface of the second cabinet, wherein the connector is configured to open or close a circuit for supplying power to the second drive unit based on whether the first cabinet is located above the second cabinet, or the connector is configured to open or close a control circuit, which connects the second controller and the second drive unit to each other, based on whether or not the first cabinet is located above the second cabinet.
Electrohydraulic forming device comprising a tank having a tank inner wall and inside of which are positioned a mould, a first electrode, and a second electrode, characterised in that a free first reflector is placed in the tank and surrounds the mould, the first electrode, and the second electrode.
Waterproof-breathable film of a composition not comprising any polymer carrying polyether units and comprising one or more polymers, at least one of which is a copolymer of ethylene and of a comonomer carrying a carboxylic acid functional group or one of its derivatives, in which the amount by weight of comonomer carrying the carboxylic acid functional group or a derivative of this acid in the said copolymer is greater than or equal to 21%, for example from 21 to 40%, preferably from 23 to 30%, and also a slip additive chosen from fatty acids comprising from 8 to 80 carbon atoms and their derivatives comprising from 8 to 80 carbon atoms, such as the salts, esters or amides, or one of their mixtures, the film having a thickness ranging from 2 to 30 μm, preferably from 5 to 24 μm, for example from 10 to 20 μm.
An interlayer film for a laminated glass, wherein said interlayer film for a laminated glass comprises a part A containing a resin composition A or a resin A and a part B containing a resin composition B or a resin B, the part A and the part B are horizontally arranged in the form of belts with an interface between them which is inclined or orthogonal to the horizontal, and said interlayer film for a laminated glass has a difference between temperatures Ta and Tb of 10°C or larger when the temperature Ta is a temperature at which the resin composition A or the resin A shows a maximum loss tangent of a dynamic viscoelasticity at a frequency of 1 Hz, and the temperature Tb is a temperature at which the resin composition B or the resin B shows a maximum loss tangent of a dynamic viscoelasticity at a frequency of 1 Hz.
A method for using a dynamic virtual articulator for occlusion modeling when changing an initial position of lower jaw or its fragments, teeth positions relative to each other, position and shape of artificial teeth, the method is implemented using a computer and comprises the following stages: providing a virtual articulator comprising a virtual three-dimensional model of an upper jaw and dental arch, and a virtual three-dimensional model of a lower jaw and dental arch, replicating the upper jaw and upper teeth, and the lower jaw and lower teeth of a patient, respectively, and providing simulation movements of virtual upper jaw and virtual lower jaw relative to each other for simulation modeling of dynamic occlusion, wherein during such movements penetrable or impenetrable contacts between teeth of the virtual upper jaw and virtual lower jaw occur; characterized in that providing the virtual articulator includes providing virtual three-dimensional models of temporo-mandibular joints, replicating mandible heads, mandibular fossa and articular eminences of temporal bones of the patient, and simulation movements of the virtual jaws relative to each other are preceded by clinical or virtual setting of initial and terminal positions, and virtual surfaces of the mandible heads and virtual surfaces of the articular eminences and mandibular fossa of the patient's temporal bones are separated. providing a virtual articulator comprising a virtual three-dimensional model of an upper jaw and dental arch, and a virtual three-dimensional model of a lower jaw and dental arch, replicating the upper jaw and upper teeth, and the lower jaw and lower teeth of a patient, respectively, and providing simulation movements of virtual upper jaw and virtual lower jaw relative to each other for simulation modeling of dynamic occlusion, wherein during such movements penetrable or impenetrable contacts between teeth of the virtual upper jaw and virtual lower jaw occur; characterized in that providing the virtual articulator includes providing virtual three-dimensional models of temporo-mandibular joints, replicating mandible heads, mandibular fossa and articular eminences of temporal bones of the patient, and simulation movements of the virtual jaws relative to each other are preceded by clinical or virtual setting of initial and terminal positions, and virtual surfaces of the mandible heads and virtual surfaces of the articular eminences and mandibular fossa of the patient's temporal bones are separated.
Method for assisting the driving of a vehicle comprising analysis means analysing the environment in at least one zone located in front of said vehicle in order to detect at least lane delimitations and traffic signs and to deliver environment data representative of said detected traffic signs and delimitations and control means controlling its driving in an automated manner on a traffic lane (VC, SVj) defined by delimitations as a function of said environment data, characterised in that it comprises a step in which i) said environment data is analysed in order to determine a variation in speed limitation correlated temporally to a variation in a number of traffic lanes and ii) in the presence of such a determination, it is considered that the said vehicle is located in the vicinity of at least one compulsory passage zone (ZPj) and at least one alert is generated, requiring either that a driver of the said vehicle regain control of the driving of the latter during the crossing of this compulsory passage zone (ZPj) or that the said control means implement an automated driving strategy specific to the crossing of this compulsory passage zone (ZPj), characterised in that in the said step a variation in speed limit correlated temporally to a variation in the number of traffic lanes is determined when the latter occurs in the middle of a reduction in the speed limit or in an interval of predefined distances after a last speed limit sign.
A transmitter for use in a frequency modulation ultra-wideband, FM-UWB, communication system, comprising: a detector configured to generate a pulse signal when an edge of a digital signal is detected; a frequency-shift keying, FSK, modulator configured to modulate the digital signal into a first modulation signal based on a value of the digital signal; and a frequency modulation, FM, modulator configured to modulate the first modulation signal into a second modulation signal based on a frequency of the first modulation signal when the pulse signal is generated. a detector configured to generate a pulse signal when an edge of a digital signal is detected; a frequency-shift keying, FSK, modulator configured to modulate the digital signal into a first modulation signal based on a value of the digital signal; and a frequency modulation, FM, modulator configured to modulate the first modulation signal into a second modulation signal based on a frequency of the first modulation signal when the pulse signal is generated.
A coater bar for use in a solid imaging apparatus having at least one moving portion therein, the coater bar comprising: a first scraping edge extending generally along a y-axis within the solid imaging apparatus; a second layering edge extending generally along the y-axis within the solid imaging apparatus; and a connection portion adapted to connect the coater bar with the moving portion, wherein the connection portion defines at least two connection positions, and wherein a first connection position causes the first scraping edge to be the lowermost portion of the coater bar and the second connection position causes the second layering edge to be the lowermost portion of the coater bar. a first scraping edge extending generally along a y-axis within the solid imaging apparatus; a second layering edge extending generally along the y-axis within the solid imaging apparatus; and a connection portion adapted to connect the coater bar with the moving portion, wherein the connection portion defines at least two connection positions, and wherein a first connection position causes the first scraping edge to be the lowermost portion of the coater bar and the second connection position causes the second layering edge to be the lowermost portion of the coater bar.
Electrode stack arrangement having at least one anode layer, at least one cathode layer and at least one separator layer which is arranged between this at least one anode layer and this at least one cathode layer and at least one fixing means (310, 410) which fixes at least two layers of the electrode stack relative to each other, wherein this at least one fixing means (310, 410) is formed as a glue bead or glue dot which is applied to one side of the electrode stack, characterised in that the glue bead or glue dot consists at least partially of polypropylene.
A structure of an upper for improving a fitting property of a heel portion of the upper of a shoe, wherein: the upper includes an inner skin placed on a wear's skin side, and an outer skin placed on an opposite side from the inner skin, wherein a sponge member is housed between the inner skin and the outer skin in the heel portion; and the sponge member includes a medial side portion covering a medial side of a calcaneal bone (Ca), and a lateral side portion covering a lateral side of the calcaneal bone (Ca); characterised in that, in a developed view where the sponge member is unfolded into a planar shape, a level of a lateral first centroid of a portion corresponding to the lateral side portion is set to be higher than a level of a medial first centroid of a portion corresponding to the medial side portion. the upper includes an inner skin placed on a wear's skin side, and an outer skin placed on an opposite side from the inner skin, wherein a sponge member is housed between the inner skin and the outer skin in the heel portion; and the sponge member includes a medial side portion covering a medial side of a calcaneal bone (Ca), and a lateral side portion covering a lateral side of the calcaneal bone (Ca); characterised in that, in a developed view where the sponge member is unfolded into a planar shape, a level of a lateral first centroid of a portion corresponding to the lateral side portion is set to be higher than a level of a medial first centroid of a portion corresponding to the medial side portion.
A method of reworking an area of a structure having first and second sides (22a, 22b), comprising: forming a resin flow hole through the structure in the rework area, from the first side of the structure to the second side of the structure; placing a fiber preform on the first side of the structure; impregnating the fiber preform with resin; and controlling the resin flow wavefront by flowing resin through the preform and into the resin flow hole. forming a resin flow hole through the structure in the rework area, from the first side of the structure to the second side of the structure; placing a fiber preform on the first side of the structure; impregnating the fiber preform with resin; and controlling the resin flow wavefront by flowing resin through the preform and into the resin flow hole.
A method for preparing a composite, wherein the method comprises (i) providing nanocapsules which respectively comprise a polymeric shell and a core containing a liquid crystalline medium, and (ii) mixing the nanocapsules with a polymer comprising one or more of the repeating units A and/or B and one or more of the repeating units C and/or D wherein Sp 1 and Sp 2 respectively represent a spacer group, X 11 represents CH 2, CO, S-CO or NH-CO, y is, independently in each occurrence, 0 or an integer from 1 to 10, X 12 represents, independently in each occurrence, O, S, CO, NH or an ester group, X 13 represents, independently in each occurrence, O, S, CO, NH or single bond, and R 11 is a polymerizable group. (i) providing nanocapsules which respectively comprise a polymeric shell and a core containing a liquid crystalline medium, and (ii) mixing the nanocapsules with a polymer comprising one or more of the repeating units A and/or B and one or more of the repeating units C and/or D wherein Sp 1 and Sp 2 respectively represent a spacer group, X 11 represents CH 2, CO, S-CO or NH-CO, y is, independently in each occurrence, 0 or an integer from 1 to 10, X 12 represents, independently in each occurrence, O, S, CO, NH or an ester group, X 13 represents, independently in each occurrence, O, S, CO, NH or single bond, and R 11 is a polymerizable group. Sp 1 and Sp 2 respectively represent a spacer group, X 11 represents CH 2, CO, S-CO or NH-CO, y is, independently in each occurrence, 0 or an integer from 1 to 10, X 12 represents, independently in each occurrence, O, S, CO, NH or an ester group, X 13 represents, independently in each occurrence, O, S, CO, NH or single bond, and R 11 is a polymerizable group.
A wooden window frame comprising a wooden sash frame and a wooden casement frame, especially for a roof window, with a turning or tilting and turning sash, in which the side parts of the sash frame are connected with the transverse parts of the sash frame, and the side parts of the sash frame are fitted at both sides with hinges located particularly in the central zone of the frame side parts, whereas the hinges are fixed to the side parts of the sash frame by hinge threaded fasteners oriented in the plane of the sash frame and the side and transverse parts of the sash frame are longitudinal wooden elements with a grain pattern generally agreeing with the lengths of the separate parts of the sash frame, characterized in that inside the wooden parts of the sash frame, especially inside its side parts, the sash frame is provided with wood reinforcing metal elements across wood grain, wherein the reinforcing elements are located transversely against the plane of the wooden window frame, and the reinforcing elements are located in the sash frame on the planes perpendicular to the hinge threaded fasteners and between the threaded fasteners.
A disconnectable mooring system for offshore semi-submersible floating structures (4,5,42), comprising: a buoy (24,44) including means to connect and disconnect from the structure (4,5,42); a plurality of mooring lines; each mooring line comprising a mooring chain, the mooring chain having a first end connected to an anchor on the seabed; characterized in that at least one mooring line also comprising a buoy chain, a first end of the buoy chain being connected to a second end of the mooring chain via a mooring connector and a second end of the buoy chain being connected to the buoy (24,44); wherein, in use: in a first configuration, the buoy (24,44) is disconnected from the structure (4,5,42); and in a second configuration, the buoy (24,44) is connected to the structure (4,5,42) and the mooring chain is pulled in via the mooring connector to a mooring point on the structure (4,5,42) to tension the mooring chain, thereby providing a spread to the structure (4,5,42) with the buoy chain being a catenary. a buoy (24,44) including means to connect and disconnect from the structure (4,5,42); a plurality of mooring lines; each mooring line comprising a mooring chain, the mooring chain having a first end connected to an anchor on the seabed; characterized in that at least one mooring line also comprising a buoy chain, a first end of the buoy chain being connected to a second end of the mooring chain via a mooring connector and a second end of the buoy chain being connected to the buoy (24,44); wherein, in use: in a first configuration, the buoy (24,44) is disconnected from the structure (4,5,42); and in a second configuration, the buoy (24,44) is connected to the structure (4,5,42) and the mooring chain is pulled in via the mooring connector to a mooring point on the structure (4,5,42) to tension the mooring chain, thereby providing a spread to the structure (4,5,42) with the buoy chain being a catenary.
A filling system for filling a container with a pourable product, comprising: - a tank filled, in use, with the pourable product; - at least one filling device including a local control unit having a control module configured to selectively allow the filling of said container with said pourable product; - at least one duct interposed between said tank and said filling device; and - at least one vortex flowmeter interposed along said duct and generating a pulse-train detection signal (S d) as a function of the flow rate (Fr) of the pourable product along the duct, characterized in that the local control unit of the filling device comprises a processing module configured to process the pulse-train detection signal (S d) from the respective vortex flowmeter in order to determine an amount of the pourable product into the container, as a function of a number of pulses (N p) of the detection signal (S d), wherein the processing module is configured to calculate a volume of the pourable product in a given time interval, by multiplying the number of pulses (N p) of the detection signal (S d) in the given time interval, by a proportionality coefficient (K f); wherein the processing module is configured for real-time calculation of the value of proportionality coefficient (K f), based on a non-linear function (f) of the flow rate (Fr). - a tank filled, in use, with the pourable product; - at least one filling device including a local control unit having a control module configured to selectively allow the filling of said container with said pourable product; - at least one duct interposed between said tank and said filling device; and - at least one vortex flowmeter interposed along said duct and generating a pulse-train detection signal (S d) as a function of the flow rate (Fr) of the pourable product along the duct,
A method for a user equipment for performing positioning measurement, the method comprises; - receiving positioning assistance data from a positioning node, which positioning assistance data comprises: - a plurality of reference cells, wherein each reference cell is associated with at least one respective carrier frequency, and - a set of neighbor cells comprising at least one neighbor cell, wherein the neighbor cells are associated to at least one of the plurality of reference cells; - for each reference cell comprised in the plurality of reference cells, identifying (204,302) a respective associated set of neighbor cells out of the set of neighbor cells, wherein the reference cell and the respective associated set of neighbor cells define a group, and - performing (206,304) at least one positioning measurement using the positioning assistance data for each respective defined group of reference cell and the respective associated set of neighbor cells. - receiving positioning assistance data from a positioning node, which positioning assistance data comprises: - a plurality of reference cells, wherein each reference cell is associated with at least one respective carrier frequency, and - a set of neighbor cells comprising at least one neighbor cell, wherein the neighbor cells are associated to at least one of the plurality of reference cells; - a plurality of reference cells, wherein each reference cell is associated with at least one respective carrier frequency, and - a set of neighbor cells comprising at least one neighbor cell, wherein the neighbor cells are associated to at least one of the plurality of reference cells; - for each reference cell comprised in the plurality of reference cells, identifying (204,302) a respective associated set of neighbor cells out of the set of neighbor cells, wherein the reference cell and the respective associated set of neighbor cells define a group, and - performing (206,304) at least one positioning measurement using the positioning assistance data for each respective defined group of reference cell and the respective associated set of neighbor cells.
Ultrasonic sensor, in particular for a vehicle, having a pot-shaped membrane housing and a lid by which the membrane housing is covered at the rear, characterized in that the lid is a film, which is formed with a metallic region and is electrically connected to an earth contact of a circuit carrier which is arranged in the pot-shaped membrane housing.