mhurhangee/ep-ind-claims huggingface dataset:
A device suitable for use in a body lumen comprising an elongated control member, a radially expansible cage disposed at or adjacent to a distal end of the elongated control member that is adjustable between a contracted orientation and an expanded (deployed) orientation, wherein the radially expansible cage is a shearing cage adapted to scrape thrombus from vessel walls, and collect matter removed from vessel walls, when in a deployed orientation, and the control member comprises two arms, one of which is connected to or adjacent to a proximal end of the radially expansible cage and the other of which is connected to or adjacent to a distal end of the radially expansible cage, whereby movement of one of the arms relative to the other effects adjustment of the diameter or radial strength of the radially expansible cage, wherein the cage comprises braided wires having a proximal portion having apertures for receipt of thrombus into the cage and a distal portion having a fine mesh for capturing and/or filtering thrombus; the density of the braid of the braided wires is greater towards the distal end of the cage than the proximal end of the cage, and the radially expansible cage comprises struts formed from twisted wires at the proximal portion and connected to the arm which is connected to or adjacent to the proximal end of the radially expansible cage. the cage comprises braided wires having a proximal portion having apertures for receipt of thrombus into the cage and a distal portion having a fine mesh for capturing and/or filtering thrombus; the density of the braid of the braided wires is greater towards the distal end of the cage than the proximal end of the cage, and the radially expansible cage comprises struts formed from twisted wires at the proximal portion and connected to the arm which is connected to or adjacent to the proximal end of the radially expansible cage.
Cooling device, in particular household cooling device, having a compressor and a condenser, at least one of which is force-cooled by a fan with a fan impeller, wherein a signal which is representative of the state of motion of the fan impeller of the fan is passed to a control circuit, in order to operate the compressor with reduced power when the output signal displays a first inadequate state of motion of the fan impeller of the fan, characterised in that the output signal oscillates at least whenever the state of motion of the fan impeller of the fan is adequate and that the oscillation frequency of the output signal is representative of the rotational frequency of the fan impeller of the fan.
A diagnostic device for a sensor provided in an exhaust passage of an internal combustion engine of a vehicle and configured to detect nitrogen compounds in exhaust gas, the diagnostic device comprising: an offset diagnosis unit which is configured to diagnose, during deceleration of the vehicle in which the internal combustion engine stops fuel injection, an offset amount of a sensor value (S NOx) of the sensor from a zero point based on the sensor value of the sensor; and characterized by a diagnosis prohibition unit which is configured to prohibit the diagnosing of the offset amount when a flow rate of the exhaust gas of the internal combustion engine rapidly increases while the offset amount is diagnosed by the offset diagnosis unit, wherein the diagnosis prohibition unit is configured to prohibit the diagnosing of the offset amount until a predetermined period of time has passed after switching an exhaust brake device to a non-operation state when the exhaust brake device is switched from an operation state to the non-operation state. an offset diagnosis unit which is configured to diagnose, during deceleration of the vehicle in which the internal combustion engine stops fuel injection, an offset amount of a sensor value (S NOx) of the sensor from a zero point based on the sensor value of the sensor; and characterized by a diagnosis prohibition unit which is configured to prohibit the diagnosing of the offset amount when a flow rate of the exhaust gas of the internal combustion engine rapidly increases while the offset amount is diagnosed by the offset diagnosis unit, wherein the diagnosis prohibition unit is configured to prohibit the diagnosing of the offset amount until a predetermined period of time has passed after switching an exhaust brake device to a non-operation state when the exhaust brake device is switched from an operation state to the non-operation state.
An electrolyte for a lithium secondary battery comprising: a lithium salt comprising LiPF 6; a solvent component; and an additive comprising a following compound, wherein R 1, R 2 and R 3 are each independently hydrogen, an alkyl group having 1 to 20 carbon atoms, a cycloalkyl group having 3 to 20 carbon atoms, an aryl group having 6 to 30 carbon atoms, or an arylalkyl group having 6 to 30 carbon atoms. a lithium salt comprising LiPF 6; a solvent component; and an additive comprising a following compound, wherein R 1, R 2 and R 3 are each independently hydrogen, an alkyl group having 1 to 20 carbon atoms, a cycloalkyl group having 3 to 20 carbon atoms, an aryl group having 6 to 30 carbon atoms, or an arylalkyl group having 6 to 30 carbon atoms.
An energy saving support apparatus (10, 10a) configured to be connected to a plurality of air conditioning systems (1a, 1b, In) via a network, the energy saving support apparatus comprising: a receiving means configured to receive data on an installation environment of each of the air conditioning systems, input data and an intermediate value in control calculation, and power consumption; characterized by further comprising: a group creation means configured to group the air conditioning systems, which are approximate to one another in installation environment, using the data on the installation environment received by the receiving means; a selection means (83, 83') configured to select the air conditioning system having the lowest power consumption or having the highest coefficient of performance among the air conditioning systems belonging to the same group; and a transmission means configured to transmit an intermediate value of the air conditioning system selected by the selection means to the other air conditioning systems belonging to the same group. a receiving means configured to receive data on an installation environment of each of the air conditioning systems, input data and an intermediate value in control calculation, and power consumption; characterized by further comprising: a group creation means configured to group the air conditioning systems, which are approximate to one another in installation environment, using the data on the installation environment received by the receiving means; a selection means (83, 83') configured to select the air conditioning system having the lowest power consumption or having the highest coefficient of performance among the air conditioning systems belonging to the same group; and a transmission means configured to transmit an intermediate value of the air conditioning system selected by the selection means to the other air conditioning systems belonging to the same group. a group creation means configured to group the air conditioning systems, which are approximate to one another in installation environment, using the data on the installation environment received by the receiving means; a selection means (83, 83') configured to select the air conditioning system having the lowest power consumption or having the highest coefficient of performance among the air conditioning systems belonging to the same group; and a transmission means configured to transmit an intermediate value of the air conditioning system selected by the selection means to the other air conditioning systems belonging to the same group.
A PTC device which comprises: (i) a PTC component comprising: a laminar polymer PTC element comprising an electrically conductive filler, and a polymer material, and a metal electrode (18, 20) disposed on a surface (14, 16) of each side of the polymer PTC element; and (ii) a lead (24, 26) positioned at least in part on the metal electrode (18, 20) of the PTC component, and connected to the metal electrode (18, 20) by an electrically conductive material (28, 30); characterized in that the electrically conductive material (28, 30) is disposed between the lead (24, 26) and the metal electrode (18, 20); and a side part of the electrically conductive material (28, 30) is an exposed part, wherein substantially only the exposed part of said electrically conductive material (28, 30) is covered by a protective member comprising a polypropylene resin, a nylon resin or an epoxy resin. (i) a PTC component comprising: a laminar polymer PTC element comprising an electrically conductive filler, and a polymer material, and a metal electrode (18, 20) disposed on a surface (14, 16) of each side of the polymer PTC element; and a laminar polymer PTC element comprising an electrically conductive filler, and a polymer material, and an electrically conductive filler, and a polymer material, and a metal electrode (18, 20) disposed on a surface (14, 16) of each side of the polymer PTC element; and (ii) a lead (24, 26) positioned at least in part on the metal electrode (18, 20) of the PTC component, and connected to the metal electrode (18, 20) by an electrically conductive material (28, 30);
Device for joining two plastic profiles, for example for the manufacture of a door or window frame or partial frame, the device having a machining unit and an adhesive dispensing unit, wherein the machining unit is provided for machining at least in the joining region of the plastic profiles to be joined and the adhesive dispensing unit is provided for applying an adhesive layer at least to one profile in the joining region of the plastic profiles to be joined, characterised in that an extraction unit is provided for extracting the chips produced by the machining unit and/or for the solvent vapours escaping from the adhesive.
Arrangement for distributed acoustic sensing and sensor integrity monitoring, comprising: a light launching module adapted to generate light patterns (11, 13, 12, 14) and arranged to inject the generated light patterns into an optical fibre; a detector arranged to detect Rayleigh backscatter dependent light (23, 25, 24, 26) returned from the optical fibre, wherein the arrangement is adapted to operate in a first operation mode and in a second operation mode, wherein in the first operation mode the arrangement is adapted: to inject a first light pattern and to successively, after all backscatter of the first light pattern left the optical fibre, inject a second light pattern having substantially same wavelength, both generated using the light launching module, into the fibre; to determine a backscatter change between first backscatter dependent light and second backscatter dependent light detected by the detector; to analyse the backscatter change to determine a time change of a characteristic of the fibre, in order to perform distributed acoustic sensing; wherein in the second operation mode the arrangement is adapted: to inject another first light pattern and successively, after all backscatter of the other first light pattern left the optical fibre, inject another second light pattern, in particular having a wavelength different from a wavelength of the other first light pattern, both generated using the light launching module, into the fibre; to determine a backscatter average of other first backscatter dependent light and other second backscatter dependent light detected by the detector; to analyse the backscatter average to determine a static characteristic of the fibre, in order to perform sensor integrity monitoring. a light launching module adapted to generate light patterns (11, 13, 12, 14) and arranged to inject the generated light patterns into an optical fibre; a detector arranged to detect Rayleigh backscatter dependent light (23, 25, 24, 26) returned from the optical fibre, to inject a first light pattern and to successively, after all backscatter of the first light pattern left the optical fibre, inject a second light pattern having substantially same wavelength, both generated using the light launching module, into the fibre; to determine a backscatter change between first backscatter dependent light and second backscatter dependent light detected by the detector; to analyse the backscatter change to determine a time change of a characteristic of the fibre, in order to perform distributed acoustic sensing; to inject another first light pattern and successively, after all backscatter of the other first light pattern left the optical fibre, inject another second light pattern, in particular having a wavelength different from a wavelength of the other first light pattern, both generated using the light launching module, into the fibre; to determine a backscatter average of other first backscatter dependent light and other second backscatter dependent light detected by the detector; to analyse the backscatter average to determine a static characteristic of the fibre, in order to perform sensor integrity monitoring.
A laundry washing and drying machine comprising a body, a drum wherein the laundry is placed, a tub wherein the drum moves, a control panel, an upper plate that covers the top side of the body, a loading door situated on the body front wall, an air-cooled condenser disposed at the upper side of the tub, that condenses the processing air, a fan that delivers the cooling air sucked from the outside environment to the condenser, an inlet opening disposed on the body that provides entry of cooling air to the condenser from the outside environment, - an outlet opening provides the cooling air leaving the condenser to be discharged to the outside environment, the fan is situated just behind the inlet opening, characterized in that - a cooling air duct directs the cooling air from the inlet opening to the condenser and from the condenser to the outlet opening, - the inlet opening is situated at the upper side of the body front wall, - the outlet opening is situated at the upper side of the body rear wall, - the fan is situated just behind the inlet opening, - the cooling air duct is disposed substantially at the upper side of the tub, extending from the fan to the condenser and the outlet opening horizontally and straightly, - a bend extends from below the control panel, between the inlet opening and the fan. - an outlet opening provides the cooling air leaving the condenser to be discharged to the outside environment, the fan is situated just behind the inlet opening, characterized in that - a cooling air duct directs the cooling air from the inlet opening to the condenser and from the condenser to the outlet opening, - the inlet opening is situated at the upper side of the body front wall, - the outlet opening is situated at the upper side of the body rear wall, - the fan is situated just behind the inlet opening, - the cooling air duct is disposed substantially at the upper side of the tub, extending from the fan to the condenser and the outlet opening horizontally and straightly, - a bend extends from below the control panel, between the inlet opening and the fan.
Method for monitoring a setting or program access to a component of a wind turbine or a wind farm comprising the steps of: - querying access authorization data, comprising at least one user ID, in particular a user name, - receiving a confirmation that the access authorization data has been entered, - determining a character string dependent on the user ID of the received access authorization data, and - storing the determined character string in a log of a memory, wherein the character string is determined from the user ID using a predefined hash function, wherein an access authorization is checked after receiving the confirmation of an input of the access authorization data, and in the case of a valid access authorization, setting and program accesses assigned to the user ID are permitted and otherwise setting and program accesses are prevented, wherein in the memory setting and program accesses carried out additionally with the valid access authorization are logged in the log in such a way that they are linked to the character string determined from the user ID. - querying access authorization data, comprising at least one user ID, in particular a user name, - receiving a confirmation that the access authorization data has been entered, - determining a character string dependent on the user ID of the received access authorization data, and - storing the determined character string in a log of a memory, wherein the character string is determined from the user ID using a predefined hash function, wherein an access authorization is checked after receiving the confirmation of an input of the access authorization data, and in the case of a valid access authorization, setting and program accesses assigned to the user ID are permitted and otherwise setting and program accesses are prevented, wherein in the memory setting and program accesses carried out additionally with the valid access authorization are logged in the log in such a way that they are linked to the character string determined from the user ID.
Floor cleaning machine with a device comprising a suction ring formed of a circular obstacle, the floor cleaning machine operating with liquid and having a scrubbing-brush that is rotatably driven around a vertical shaft by a motor and arranged and intended for the scrubbing of floors and similar surfaces, and which suction ring is arranged for gathering scrub liquid and keeping the liquid inside the suction ring before suction of the liquid, characterized in that the suction ring is formed of ring pieces (8, 8 1, 8 2) that are interconnectable into a ring shape and have wiper strips (9, 9 1, 9 2, 9 n), carried thereby that the interconnected ring pieces (8, 8 1, 8 2) and its wiper strips (9, 9 1, 9 2, 9 n) surround the scrubbing-brush and rotate when using the cleaning machine, that the wiper strips (9-9 n) have a thickened upper fastening end portion while the remaining part of the wiper strips (9-9 n) has essentially a plate shape, that the wiper strips (9-9 n) have essentially a T-shaped cross-sectional profile, said interconnected ring pieces (8, 8 1, 8 2) having a number of recesses distributed along the length extension thereof, and that the wiper strips (9, 9 n) are received in and retained by the same, and that the cleaning machine has a ring-shaped reception part for detachable attachment of said interconnected ring pieces (8-8 2) with the intermediate upper thickened fastening end portion of the wiper strip (9-9 n) received in the appurtenant recesses and clampable between the appurtenant wiper strips (9-9 n) and said ring-shaped reception part.
A red-emitting phosphor comprising a nitride-based composition represented by the chemical formula M a Sr b Si c Al d N e Eu f, wherein: M is Ca, and 0 < a < 1.0; 1.5 < b < 2.5; 4.0 ≤ c ≤ 5.0; 0 < d ≤ 1.0; 7.5 < e < 8.5; and 0 < f < 0.1; wherein a+b+f >2+d/v and v is the valence of M. M is Ca, and 0 < a < 1.0; 1.5 < b < 2.5; 4.0 ≤ c ≤ 5.0; 0 < d ≤ 1.0; 7.5 < e < 8.5; and 0 < f < 0.1;
Waterproof or waterproof breathable glove comprising an outer shell comprising several finger shells, at least one finger shell comprising first, second and third tongues, the first tongue forming the palm portion of the finger shell, the second and third tongues forming the back and side portions of the finger shell, the tongues being joined together by their adjacent edges, the glove further comprising waterproof stripes (41,42) overlapping the adjacent edges and fastened to these edges characterised in that the glove further comprises a junction portion formed unitary with the first tongue and forming a back portion of the tip of the finger shell, wherein the junction portion is folded over the first tongue, and wherein the first tongue and the junction portion are joined together by their adjacent edges, and wherein the first and second tongues (21, 22) are joined together by their adjacent edges located on a first side portion of the finger shell, the first and third tongues (21,23) are joined together by their adjacent edges located on a second side portion of the finger shell, the second and third tongues (22,23) are joined together by their adjacent edges located on the back portion of the finger shell.
Method (Pcd) for transmitting data from an electronic device to an electronic watch, including the following steps: - emitting (Pcd_Em1) a sequence of light signals with a light source of the electronic device, each signal having a light-intensity level belonging to a set of at least four light-intensity levels, said sequence corresponding to a code of the data to be transmitted; - detecting (Pcd_Det1) successive light-intensity levels with a phototransistor of the watch, so as to reconstitute the sequence; and - decoding (Pcd_Dec) the sequence in order to reconstitute the data, the set of at least four intensity levels being divided into a first portion and a second portion to transmit a clock signal in addition to the data, one light signal in two of the sequence having a light-intensity level belonging to the first portion, the other signal on two having a light-intensity level belonging to the second portion, each portion corresponding to a state of the clock signal. - emitting (Pcd_Em1) a sequence of light signals with a light source of the electronic device, each signal having a light-intensity level belonging to a set of at least four light-intensity levels, said sequence corresponding to a code of the data to be transmitted; - detecting (Pcd_Det1) successive light-intensity levels with a phototransistor of the watch, so as to reconstitute the sequence; and - decoding (Pcd_Dec) the sequence in order to reconstitute the data,
Vascular stent, deployed or non-deployed, whose surface is coated by a film comprising at least one protein of interest which has been subjected to an electric field having a periodic structure.
A trench box comprising at least two oppositely placed side walls 4, when it is assembled, each side wall having a thickness, a length and a height, an outer wall area and an inner wall area, said trench box further comprising a number of distance struts, said distance struts being arranged to be secured between said oppositely placed side walls, characterised in that a side wall comprises at least a frame part with a first thickness, a length and a height being substantially the same as the length and height of the side wall, said side wall further comprising a centre part placed inside the frame part, said centre part having a second thickness and comprising one or more strengthening elements, and said side wall further comprising a cover on the outer area of the side wall, said cover comprising at least one plate, wherein the at least one plate is substantially plane and without corrugations.
A system of a dental restoration part or several dental restoration parts, and/or with a dental restoration part which is possibly embedded in a muffle, and a cooling device, characterized in that the cooling device comprises cooling bodies as bulk material and a movement device by means of which cooling bodies and the dental restoration part(s) are movable relative to one another, and in that a closed or open vessel receives the cooling bodies and the dental restoration part, wherein in particular the volume of the cooling bodies is at least three times the volume of the dental restoration part, and in that the vessel for receiving the cooling bodies and the dental restoration part, possibly including the muffle, comprises a cooling body support surface which in turn comprises active cooling elements, by means of which the cooling bodies may possibly be after-cooled.