mhurhangee/ep-ind-claims huggingface dataset:
Method for processing, in an ultra-wide band receiver, a rectified received signal sampled at a frequency f E, comprising at least one sliding correlation between a selection (P) of the sampled rectified received signal and a correlation sequence, the correlation sequence consisting of at least one elementary correlation sequence of duration T S equal to the duration of a sequence S of a transmitted signal which corresponds to the received signal and consisting of data which follow each other at a frequency f c such that f c =f E /k, k being an integer larger than or equal to 1, an elementary correlation sequence datum corresponding on a one-to-one basis to a datum of a transmission code used for forming the sequence S and having a spreading duration comprised between 1/f E and 1/f c, the sliding correlation consisting of carrying out a succession of n elementary correlation steps, n being an integer larger than or equal to 2, at a frequency f less than or equal to f E and greater than or equal to f c, the method comprising, for each selection of the received signal: - an elementary correlation step consisting of carrying out a correlation operation between the relevant selection (P) of the sampled rectified ultra-wide band received signal and the correlation sequence in order to provide a series of intermediate correlation samples, and - summation of the intermediate correlation samples provided in order to obtain a single elementary correlation sample, the n elementary correlation samples obtained forming a first correlation vector (V, V1, V2). - an elementary correlation step consisting of carrying out a correlation operation between the relevant selection (P) of the sampled rectified ultra-wide band received signal and the correlation sequence in order to provide a series of intermediate correlation samples, and - summation of the intermediate correlation samples provided in order to obtain a single elementary correlation sample,
A glass bottle including at least a glass bottle body made up by a neck jointed in continuity to a receptacle tubular wall, defining said receptacle tubular wall an inner side and an outer side, and said bottle body being closed by a bottom wall, placed on a bottle body side which is opposite to said neck, defining a receptacle capable of holding liquids; said receptacle tubular wall being joined to the perimeter of said glass bottom wall; characterised in that said bottom wall is extended, in a perimeter area, by a base tubular wall defining, on its internal side, a cavity opened to the outside through a bottle distal end area opposite to said bottle neck, being said base tubular wall and the receptacle tubular wall placed on opposite sides of the bottom wall; in that the average height of the base tubular wall is equal to or larger than the average thickness of the base tubular wall; and in that the average thickness of the bottom wall is equal to or larger than the average thickness of the base tubular wall.
Method for 3D reconstruction of an environment of a mobile device comprising at least one camera, characterized in that it comprises: • calculating a coarse 3D reconstruction of at least one area of said environment by a first reconstruction method, said first reconstruction method taking into account at least first pictures of said at least one area captured by said at least one camera; • determining automatically if at least one target part exists in said environment based on at least a detection of at least one object attribute, said detection taking into account at least one of said first pictures; • calculating a refined 3D reconstruction of said at least one target part by a second reconstruction method, said second reconstruction method taking into account at least second pictures of said at least one target part captured by said at least one camera; • aggregating the calculated reconstructions for providing said 3D reconstruction of said environment. • calculating a coarse 3D reconstruction of at least one area of said environment by a first reconstruction method, said first reconstruction method taking into account at least first pictures of said at least one area captured by said at least one camera; • determining automatically if at least one target part exists in said environment based on at least a detection of at least one object attribute, said detection taking into account at least one of said first pictures; • calculating a refined 3D reconstruction of said at least one target part by a second reconstruction method, said second reconstruction method taking into account at least second pictures of said at least one target part captured by said at least one camera; • aggregating the calculated reconstructions for providing said 3D reconstruction of said environment.
A monitoring device for a wind turbine with at least one camera arranged in a wind turbine nacelle, by means of which images from the inside of the nacelle can be captured and transmitted in the form of signals carrying image information to at least one monitoring station, characterised by a bridge crane that is mounted in the nacelle and carries the camera for lifting loads, by means of which the camera is moveable in at least two translational directions (27, 30) in the nacelle.
A computer implemented method for providing a user interface for running a plurality of business processes, wherein process data are handled in data objects by one or more service oriented business applications run on a computer, the method comprising: - providing a generalized process data information architecture for presenting modeled business situations, including work-roles, process instances, and business object instances for handling said data objects active in said plurality of business processes; - providing an interface generator for directly generating a user interface from the generalized information architecture; and - providing said user interface by said interface generator while identifying a particular instantiated business situation as a business context in said generalized information architecture to which said user interface provides said interface, wherein further said business context is displayed by said interface in a view mode and/or an action mode, said modes providing a specific view on said business context or a specific action in said business context, and wherein said interface provides navigation between different business contexts. - providing a generalized process data information architecture for presenting modeled business situations, including work-roles, process instances, and business object instances for handling said data objects active in said plurality of business processes; - providing an interface generator for directly generating a user interface from the generalized information architecture; and - providing said user interface by said interface generator while identifying a particular instantiated business situation as a business context in said generalized information architecture to which said user interface provides said interface, wherein further said business context is displayed by said interface in a view mode and/or an action mode, said modes providing a specific view on said business context or a specific action in said business context, and wherein said interface provides navigation between different business contexts.
A polyester-based resin composition, comprising: 93 to 99.5 % by weight of a polybutylene terephthalate resin; 0.1 to 3 % by weight of a polar group-containing lubricant; and 0.1 to 2 % by weight of an antioxidant, wherein the polar group-containing lubricant has a dropping point of 115 to 128 °C or a crystallization temperature (Tm) of 102 to 122 °C, wherein the dropping point and the crystallization temperature are defined and measured as indicated in the specification. 93 to 99.5 % by weight of a polybutylene terephthalate resin; 0.1 to 3 % by weight of a polar group-containing lubricant; and 0.1 to 2 % by weight of an antioxidant,
A level measuring device (112, 110) comprising a cooling compress (200, 303, 400) for cooling or tempering a detector of said level measuring device (112, 110) during a level measurement, said cooling compress (200, 303, 400) comprising: a cooling body consisting at least partially of a deformable material; wherein the cooling body is adapted to be attached to the detector; wherein the cooling body is adapted for through-flow of a cooling fluid; wherein at least a portion of an inner wall of the cooling body is adapted to move toward a corresponding portion of an outer surface of the detector to form thermal contact with the corresponding portion of the outer surface when the cooling compress (200, 303, 400) is attached to the detector and the cooling fluid flows through the cooling body. a cooling body consisting at least partially of a deformable material; wherein the cooling body is adapted to be attached to the detector; wherein the cooling body is adapted for through-flow of a cooling fluid; wherein at least a portion of an inner wall of the cooling body is adapted to move toward a corresponding portion of an outer surface of the detector to form thermal contact with the corresponding portion of the outer surface when the cooling compress (200, 303, 400) is attached to the detector and the cooling fluid flows through the cooling body.
Coolant valve for a motor vehicle with a housing comprising an inlet and an outlet a flow cross-section which is configured between the inlet and the outlet and is surrounded by a valve seat a control body which can be lowered onto the valve seat and lifted off the valve seat, through openings in the control body, via which the inlet is continuously connected to a space on the side of the control body facing away from the inlet, an electromagnetic actuator with an armature, which is coupled to and is movable with the control body, wherein at least one dirt pocket is configured at the control body, which dirt pocket comprises a closed bottom facing the inlet and is open to the space configured on the side of the control body facing away from the inlet, wherein several dirt pockets are configured at the control body distributed over the circumference, wherein in a cross-section at the middle axial height of the control body the proportion of the dirt pockets to the total cross-section is at least 10%. a housing comprising an inlet and an outlet a flow cross-section which is configured between the inlet and the outlet and is surrounded by a valve seat a control body which can be lowered onto the valve seat and lifted off the valve seat, through openings in the control body, via which the inlet is continuously connected to a space on the side of the control body facing away from the inlet, an electromagnetic actuator with an armature, which is coupled to and is movable with the control body, wherein at least one dirt pocket is configured at the control body, which dirt pocket comprises a closed bottom facing the inlet and is open to the space configured on the side of the control body facing away from the inlet, wherein several dirt pockets are configured at the control body distributed over the circumference, wherein in a cross-section at the middle axial height of the control body the proportion of the dirt pockets to the total cross-section is at least 10%.
A lock system for a closing element of a property, with a lock having an electric driving device, a manually actuatable operating element and a closure element which has a locking element interacting with a lock element of the lock in a locking or unlocking manner, wherein an electric unlocking operation of the lock system occurs in a normal unlocking operation by manual triggering, characterised in that, in an emergency unlocking operation, a mechanical unlocking operation of the lock system is carried out by the manual actuation of the operating element, thereby effecting a mechanically driven pulling out of the locking element from the lock element.
A method for manufacturing a cliché for offset printing comprising the steps of: forming a light shielding mask pattern on a substrate; forming a negative photoresist layer on the substrate provided with the light shielding mask pattern; exposing the negative photoresist layer by irradiating light to the substrate side; and forming a negative photoresist pattern layer having a protruding embossed portion and a developed groove pattern by developing the exposed negative photoresist layer, wherein an average thickness of the negative photoresist layer is 3 μm or more, the negative photoresist pattern layer has at least two groove patterns having different line widths, a difference in line width between at least two groove patterns is 10 μm or more, and at least two groove patterns having a difference in line width of 10 μm or more are connected to each other. forming a light shielding mask pattern on a substrate; forming a negative photoresist layer on the substrate provided with the light shielding mask pattern; exposing the negative photoresist layer by irradiating light to the substrate side; and forming a negative photoresist pattern layer having a protruding embossed portion and a developed groove pattern by developing the exposed negative photoresist layer, wherein an average thickness of the negative photoresist layer is 3 μm or more, the negative photoresist pattern layer has at least two groove patterns having different line widths, a difference in line width between at least two groove patterns is 10 μm or more, and at least two groove patterns having a difference in line width of 10 μm or more are connected to each other.
Differential protection device enabling the detection of a leakage current or fault in an electrical installation powered by at least two phase conductors of a network or by at least one phase conductor and a neutral conductor of a network, said device comprising mainly, on the one hand a set of functional means (3, 3', 3", 3") for measurement, processing, evaluation and control which are suitable for and designed to detect, by monitoring the current in the primary conductors, a differential fault in the relevant network and generate a control signal when the value of the faulty current is within a predetermined range and, on the other hand a cut-off or opening means, in particular having a characteristic cut-off or opening power, said cut-off or opening means being connected by a circuit or signal transmission lines (5, 5 ') to the output of said functional assembly (3, 3', 3", 3''') and designed to be triggered by the control signal, the device further integrating at least one means (6, 6') of selective isolation which is adapted and intended to electrically isolate said cut-off or opening means, at least with respect to said functional assembly (3, 3', 3", 3''') in a selective manner, the means of selective isolation consists of a controllable state change component, mounted in the circuit or the electric transmission lines (5, 5') connecting said functional means (3, 3', 3", 3''') to the cut-off or opening means, the device being characterised in that the means for selective isolation is connected in series to the cut-off or opening means and consists of a normally open or closed component, controllable at the opening or in that it incorporates two means (6 and 6') for electrical isolation of the cut-off or opening means, connected in series with the latter, respectively upstream and downstream of the latter, and each (6, 6') consisting of a normally open or closed component, controllable at the opening.
An electrode for a rechargeable energy storage device, comprising two external layers and several internal layers interposed between the two external layers, said internal and external layers comprising several electrode material layers ME and several porous current collector layers CC, said electrode material ME and current collector CC layers being alternated according to the repetition pattern - [CC - ME] - and at least one of the two external layers of the electrode is an electrode material layer ME, characterized in that said electrode is a negative electrode.
A manufacturing method of a thickness-varied metal plate, the manufacturing method comprising: manufacturing a cut plate by cutting a metal plate into a predetermined shape; and manufacturing a thickness-varied metal plate of which a plate thickness is varied in two different directions orthogonal to a plate thickness direction by processing the cut plate through at least one of rolling and forging, using a processing machine including a first work roll and a second work roll of which a radius is varied in a circumferential direction and an axial direction of a rotational axis; wherein the processing machine includes a first backup roll that is disposed on an opposite side of the first work roll from the second work roll and comes in contact with the first work roll, and a second backup roll that is disposed on an opposite side of the second work roll from the first work roll and comes in contact with the second work roll, and when the thickness-varied metal plate is manufactured, the cut plate is processed by rotating the first work roll in forward and reverse directions within a range in which a region with a constant radius of the first work roll comes in contact with the first backup roll, and rotating the second work roll in forward and reverse directions within a range in which a region with a constant radius of the second work roll comes in contact with the second backup roll. manufacturing a cut plate by cutting a metal plate into a predetermined shape; and manufacturing a thickness-varied metal plate of which a plate thickness is varied in two different directions orthogonal to a plate thickness direction by processing the cut plate through at least one of rolling and forging, using a processing machine including a first work roll and a second work roll of which a radius is varied in a circumferential direction and an axial direction of a rotational axis; wherein the processing machine includes a first backup roll that is disposed on an opposite side of the first work roll from the second work roll and comes in contact with the first work roll, and a second backup roll that is disposed on an opposite side of the second work roll from the first work roll and comes in contact with the second work roll, and when the thickness-varied metal plate is manufactured, the cut plate is processed by rotating the first work roll in forward and reverse directions within a range in which a region with a constant radius of the first work roll comes in contact with the first backup roll, and rotating the second work roll in forward and reverse directions within a range in which a region with a constant radius of the second work roll comes in contact with the second backup roll.
System of injecting fuel into a combustion chamber of an engine, comprising at least two fuel circuits, one permanent flow circuit and one intermittent flow circuit, members (4, 5, 6, 7) for metering and distributing fuel between the two circuits and a means of controlling these members, the system being characterised in that the intermittent flow circuit is configured for being purged, and in that when an order to fill circuits with fuel is received after a purge of the intermittent flow circuit, the control means is adapted to - control the members for metering and distributing (4, 5, 6, 7) to obtain a predetermined fuel flow higher than the flow corresponding to the filling order and to supply the resulting surplus of fuel to the intermittent flow circuit for a predetermined duration. - control the members for metering and distributing (4, 5, 6, 7) to obtain a predetermined fuel flow higher than the flow corresponding to the filling order and to supply the resulting surplus of fuel to the intermittent flow circuit for a predetermined duration.
A laundry detergent useful for cold-water cleaning, comprising an anionic surfactant, a nonionic surfactant, a fatty alkyl ester sulfonate, and a metathesis-derived surfactant composition selected from the group consisting of: (a) a C 10 betaine having the structure: (b) a C 12 or C 16 amidoamine having the structure: or (c) a C 12 ethanolamine amide having the structure: (d) a C 16 amidoamine sulfonate having the structure: (e) a C 18 diamidoamine dioxide having the structure: (f) a quaternized C 18 diamidoamine betaine having the structure: (g) a sulfonated C 18 low-EO fatty ester alkoxylate having the structure: (h) a C 18 amidoamine carboxylate having the structure: (i) a composition which is derived from cross-metathesis of palm or soybean oil and which comprises: and (j) a composition which is derived from cross-metathesis of palm or soybean oil and which comprises: (a) a C 10 betaine having the structure: (b) a C 12 or C 16 amidoamine having the structure: or (c) a C 12 ethanolamine amide having the structure: (d) a C 16 amidoamine sulfonate having the structure: (e) a C 18 diamidoamine dioxide having the structure: (f) a quaternized C 18 diamidoamine betaine having the structure: (g) a sulfonated C 18 low-EO fatty ester alkoxylate having the structure: (h) a C 18 amidoamine carboxylate having the structure: (i) a composition which is derived from cross-metathesis of palm or soybean oil and which comprises: and (j) a composition which is derived from cross-metathesis of palm or soybean oil and which comprises:
An insulator, applied in a metallic shell, comprising an insulating material, wherein the insulating material comprises a plastic material, the plastic material comprises polyphenylene sulfide, polybutylene terephthalate or polyamide, characterised in that the plastic material further comprises a first coating and a second coating, the first coating is configured to colour the plastic material to make the insulator exhibit a same colour as that of a body of the metallic shell, the second coating is configured to improve luster of the plastic material to make the insulator exhibit a same metallic luster as that of the body.
A phosphor represented by a general formula Me a Re b Al c Si d O e N f (Me contains one or more elements selected from Sr and Ba, and Re contains Eu), wherein the composition ratio represented by a, b, c, d, e, and f has the following relations: a + b = 1, 0.005 < b < 0.25, 1.60 < c < 2.60, 2.45 < d < 4.05, 3.05 < e < 5.00, and 2.75 < f < 4.40.
A listening system comprising first and second devices, the first device being a portable hearing aid adapted for presenting an electrical output audio signal to a wearer of the first device, the electrical output audio signal having a full bandwidth Δf full comprising a low frequency part and a high frequency part, wherein the second device comprises a transmitter for wirelessly transmitting a low frequency signal and the first device comprises a) a receiver for receiving said low frequency signal and b) a bandwidth extension unit for constructing or generating the high-frequency part of the output audio signal having a HF-bandwidth Δf HF and forming the electrical output audio signal having a full bandwidth Δf full based on said low frequency signal having an LF-bandwidth Δf LF and said high frequency part having a HF-bandwidth Δf HF, and c) a signal processor adapted for processing the low frequency signal and providing a processed low frequency signal to the bandwidth extension unit, and wherein the second device further comprises an input transducer for converting an input sound to an electric input signal and a frequency limiting unit for generating said low frequency signal having an LF-bandwidth Δf LF for being wirelessly transmitted to the first device.