mhurhangee/ep-ind-claims huggingface dataset:
Prefabricated slab with ruptured thermal bridge made out of a hardenable casting material, in particular concrete, for the manufacture of a floor obtained by juxtaposition of several prefabricated slabs, said prefabricated slab comprising rectilinear lateral and longitudinal edges provided for the juxtaposition of several prefabricated slabs and delimiting the periphery of prefabricated slab, characterized in that it comprises a plurality of separate first material blocks, which are independent of each other, located only on periphery of said prefabricated slab, in that said plurality of first material blocks is arranged along at least one of said rectilinear lateral or longitudinal edges of said prefabricated slab and at a distance (d) of said lateral or longitudinal edges on at least a part of periphery of said prefabricated slab, in that the material of said first blocks has different specific properties than those of said casting material, and in that said first blocks are integrated at least partly in the thickness of said prefabricated slab.
A method of controlling a laundry treating device including a tub storing wash water therein, a drum rotatably provided within the tub to receive the laundry therein, a heater 2. heating the wash water supplied to the tub, a circulating pump circulating the wash water supplied to the tub, and a controller configured to control the components and progress a washing cycle, a rinsing cycle and a dewatering cycle, the method comprising: a laundry amount detecting step of detecting a laundry amount of the laundry put into the drum; a water supplying step (S132, S142) of supplying the wash water to the tub according to the laundry amount; and a laundry soaking step of soaking the laundry in response to an operation of the circulating pump, wherein the laundry soaking step is selectively progressed according to the laundry amount detected in the laundry amount detecting step (S132, S142), and characterized in that: the laundry soaking step is progressed by the operation of the circulating pump if the detected laundry amount is greater than a set laundry amount. a laundry amount detecting step of detecting a laundry amount of the laundry put into the drum; a water supplying step (S132, S142) of supplying the wash water to the tub according to the laundry amount; and a laundry soaking step of soaking the laundry in response to an operation of the circulating pump, wherein the laundry soaking step is selectively progressed according to the laundry amount detected in the laundry amount detecting step (S132, S142), and characterized in that: the laundry soaking step is progressed by the operation of the circulating pump if the detected laundry amount is greater than a set laundry amount.
An antenna structure integrated in a printed circuit board comprising: first and second dielectric layers (52, 56) having the same dielectric constant but different thicknesses, the first and second dielectric layers (52, 56) each having a first face (51, 55) and a second face (53, 57), a balanced spiral radiating element on a first face of the first dielectric layer and a balanced antenna feed through a balanced twin-wire line having the same impedance as the spiral radiating element, the antenna structure being characterised in that the balanced twin-wire line interconnects the balanced spiral antenna to a pair of balanced microstrip transmission lines positioned on a second face of the second layer, where each microstrip transmission line is adapted to have an impedance equal to half the impedance of the twin-wire transmission line and it further comprises a ground plane positioned on the first face of the second layer and on the second face of the first layer, in correspondence with the microstrip lines, the ground plane being configured to determine, as a function of the thickness of the second dielectric layer and of the distance between the wires of the balanced twin-wire line, the transmission impedance of the microstrip transmission lines. first and second dielectric layers (52, 56) having the same dielectric constant but different thicknesses, the first and second dielectric layers (52, 56) each having a first face (51, 55) and a second face (53, 57), a balanced spiral radiating element on a first face of the first dielectric layer and a balanced antenna feed through a balanced twin-wire line having the same impedance as the spiral radiating element, the antenna structure being characterised in that the balanced twin-wire line interconnects the balanced spiral antenna to a pair of balanced microstrip transmission lines positioned on a second face of the second layer, where each microstrip transmission line is adapted to have an impedance equal to half the impedance of the twin-wire transmission line and it further comprises a ground plane positioned on the first face of the second layer and on the second face of the first layer, in correspondence with the microstrip lines, the ground plane being configured to determine, as a function of the thickness of the second dielectric layer and of the distance between the wires of the balanced twin-wire line, the transmission impedance of the microstrip transmission lines.
A wafer-type electromagnetic flow sensor (100; 200) comprising: a single-piece metallic chassis (130; 230) having a pair of faces (127, 129) and a flow conduit extending between the pair of faces (127, 129); a non-conductive liner disposed in the flow conduit of the single-piece metallic chassis (130; 230); a plurality of electromagnetic coils (134, 136) configured to generate a flux into process fluid flowing through the flow conduit; a pair of electrodes configured to electrically couple to the process fluid; and a feedthrough assembly configured to maintain process fluid pressure while allowing a plurality of electrical conductors to pass therethrough, characterized in that: the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture; and that each face (127, 129) includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring. a single-piece metallic chassis (130; 230) having a pair of faces (127, 129) and a flow conduit extending between the pair of faces (127, 129); a non-conductive liner disposed in the flow conduit of the single-piece metallic chassis (130; 230); a plurality of electromagnetic coils (134, 136) configured to generate a flux into process fluid flowing through the flow conduit; a pair of electrodes configured to electrically couple to the process fluid; and a feedthrough assembly configured to maintain process fluid pressure while allowing a plurality of electrical conductors to pass therethrough, characterized in that: the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture; and that each face (127, 129) includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring. the single-piece metallic chassis (130; 230) has a single aperture extending from the flow conduit to an outside diameter, and wherein the feedthrough assembly is disposed in and seals the single aperture; and that each face (127, 129) includes a feature configured to engage a metal sealing ring to create a metal-to-metal seal, wherein each feature is a groove configured to receive the metal sealing ring.
A polishing method for polishing an outer surface of a resin coating using a polishing composition containing abrasives, preferably in an amount of is 0.1 mass % or more and 50 mass % or less, including particles of aluminium oxide having a specific surface area of 5 m 2 /g or more and 50 m 2 /g or less and an average secondary particle diameter of 0.05 μm or more and 4.8 μm or less, wherein the aluminium oxide has an α-phase conversion rate of 40% or more, said α-phase conversion rate being measured from an integrated intensity ratio of a plane diffraction pattern obtained by an X-ray diffraction analysis; and further containing a thickener, wherein polishing is performed with a polishing temperature kept at a temperature less than or equal to a glass transition point of a resin constituting the resin coating.
A method, comprising: maintaining, by a computer system, a log-structured merge-tree, LSM tree, and a set of manifests for accessing files in the LSM tree, wherein the LSM tree has a plurality of levels that can store the files for a database, wherein the files include one or more records that each have a key and corresponding data, and wherein each of the set of manifests specifies files included in a given level of the LSM tree at a corresponding point in time; maintaining, by the computer system, a cache for the database whose entries store, for a key, an indication of a location of a corresponding record in a file of the LSM tree, wherein maintaining the cache includes invalidating a given entry of the cache when a file identified by the given entry is not specified in any of the set of manifests; receiving, by the computer system, a request to access a particular record stored in the LSM tree, wherein the request specifies a first key usable to locate the particular record; retrieving, by the computer system from the cache via the first key, a particular indication of a location of the particular record; and using the particular indication, the computer system accessing the particular record. maintaining, by a computer system, a log-structured merge-tree, LSM tree, and a set of manifests for accessing files in the LSM tree, wherein the LSM tree has a plurality of levels that can store the files for a database, wherein the files include one or more records that each have a key and corresponding data, and wherein each of the set of manifests specifies files included in a given level of the LSM tree at a corresponding point in time; maintaining, by the computer system, a cache for the database whose entries store, for a key, an indication of a location of a corresponding record in a file of the LSM tree, wherein maintaining the cache includes invalidating a given entry of the cache when a file identified by the given entry is not specified in any of the set of manifests; receiving, by the computer system, a request to access a particular record stored in the LSM tree, wherein the request specifies a first key usable to locate the particular record; retrieving, by the computer system from the cache via the first key, a particular indication of a location of the particular record; and using the particular indication, the computer system accessing the particular record.
A multi-bit tool including a housing and a drive input shaft, characterised in that the housing including a first and a second socket, each axially aligned with the drive input shaft, the first socket being smaller than the second socket and positioned intermediate the second socket and the drive input shaft such that tool bits driven by the first socket pass through the second socket and are drivably engaged with the first socket.
A method for recovering nutrients and energy from a sewage sludge and/or animal manure feedstock, characterized in that the method includes the steps of: - dewatering of the sewage sludge and/or animal manure, - condensing and stripping evaporated water from the dewatering step to recover nitrogen as ammonia, - thermal gasification of the dewatered sewage sludge and/or animal manure at temperature of 600-900 °C to produce gaseous and solid fractions comprising phosphorus and nitrogen as ammonia, - cooling of the gas and recovering heat, and - cleaning of the gas by filtration to recover phosphorus, and by scrubbing to provide a scrubbing liquid, from which nitrogen as ammonia is stripped, and cleaned fuel gas for further utilization, wherein total carbon conversion from the feedstock to product gas and tars is at least 80%. - dewatering of the sewage sludge and/or animal manure, - condensing and stripping evaporated water from the dewatering step to recover nitrogen as ammonia, - thermal gasification of the dewatered sewage sludge and/or animal manure at temperature of 600-900 °C to produce gaseous and solid fractions comprising phosphorus and nitrogen as ammonia, - cooling of the gas and recovering heat, and - cleaning of the gas by filtration to recover phosphorus, and by scrubbing to provide a scrubbing liquid, from which nitrogen as ammonia is stripped, and cleaned fuel gas for further utilization,
A door-carriable portion, for a door stop, to be carried by a door; the door-carriable portion being magnetically co-operable with a floor-carriable portion to lift an engaging member of the floor-carriable portion as the door is moved in a direction; the door-carriable portion including an inclined portion for bearing against and downwardly driving the engaging member, as the door is moved in the direction, to bring the door to a soft stop; and a stop portion positioned relative to the inclined portion, to follow the inclined portion when the door is moved in the direction, and shaped to be blocked by the engaging member to stop the door when the door is slammed in the direction. an inclined portion for bearing against and downwardly driving the engaging member, as the door is moved in the direction, to bring the door to a soft stop; and a stop portion positioned relative to the inclined portion, to follow the inclined portion when the door is moved in the direction, and shaped to be blocked by the engaging member to stop the door when the door is slammed in the direction.
Seat device for supporting a sitting person, with: - a first movably supported partial seat for supporting the person, - a second partial seat for supporting the person, which is movably supported independently of the first partial seat and which can be combined with the first partial seat to form a whole seat, characterized in that for every partial seat (101, 103), a pivot bearing spring device with - a first swivel axis running in a longitudinal direction, around which the respective partial seat (101, 103) can be pivoted while sprung with a first spring stiffness, and - a second swivel axis running in a transverse direction, around which the respective partial seat (101, 103) can be pivoted while sprung with a second spring stiffness, is provided, whereby the respective partial seat (101, 103) is associated with the respective pivot bearing spring device by means of a lever arm. - a first movably supported partial seat for supporting the person, - a second partial seat for supporting the person, which is movably supported independently of the first partial seat and which can be combined with the first partial seat to form a whole seat, - a first swivel axis running in a longitudinal direction, around which the respective partial seat (101, 103) can be pivoted while sprung with a first spring stiffness, and - a second swivel axis running in a transverse direction, around which the respective partial seat (101, 103) can be pivoted while sprung with a second spring stiffness,
Apparatus for reducing and/or avoiding harmful bearing currents in an electrical machine such as preferably a three-phase EC motor, having a rotor and a stator which is constructed in an insulated manner, wherein at least one outer bearing ring and one inner bearing ring are provided between rotor and stator, comprising a connecting electronics for connecting the motor, characterized in that the stator is connected by means of an electrical connection to a high-frequency electronics potential which differs from and is stable with respect to the earth potential (U E) at a potential tap of the connecting electronics.
A leak detector with optical tracer gas recognition, characterised in that it comprises: - a cell with a tracer gas inlet comprising a membrane preferably permeable to a tracer gas, - an excitation device comprised by the cell for causing the tracer gas to assume an energetically higher metastable state, and - an optical measuring section formed by a laser and a photo detector receiving the laser beam. - a cell with a tracer gas inlet comprising a membrane preferably permeable to a tracer gas, - an excitation device comprised by the cell for causing the tracer gas to assume an energetically higher metastable state, and - an optical measuring section formed by a laser and a photo detector receiving the laser beam.
A demodulation apparatus that demodulates spectrum-spread received data, the apparatus comprising: an integration discharge filter that integrates despread received data for each constant time section; a moving average filter that performs moving average on an integrated value outputted from the integration discharge filter; a power conversion unit that converts each sample value of data obtained after the moving average to a power value; a cyclic addition unit that cyclically adds the power value in bit periods of received data; a clock generation unit that generates a bit clock for latching the data obtained after the moving average, based on correlation data timing information obtained from a result of the cyclic addition; and a filter control unit that controls the time section and a duration in which the moving average is performed, based on a sampling rate and a bit rate of the received data, wherein when the sampling rate is a non-integral multiple of the bit rate, the filter control unit periodically switches the time section at a timing decided based on the sampling rate and the bit rate, characterized in that the filter control unit decides the timing based on a result obtained by dividing the sampling rate by the bit rate. an integration discharge filter that integrates despread received data for each constant time section; a moving average filter that performs moving average on an integrated value outputted from the integration discharge filter; a power conversion unit that converts each sample value of data obtained after the moving average to a power value; a cyclic addition unit that cyclically adds the power value in bit periods of received data; a clock generation unit that generates a bit clock for latching the data obtained after the moving average, based on correlation data timing information obtained from a result of the cyclic addition; and a filter control unit that controls the time section and a duration in which the moving average is performed, based on a sampling rate and a bit rate of the received data, wherein when the sampling rate is a non-integral multiple of the bit rate, the filter control unit periodically switches the time section at a timing decided based on the sampling rate and the bit rate, characterized in that the filter control unit decides the timing based on a result obtained by dividing the sampling rate by the bit rate.
Sampling equipment of odour emissions, comprising: - pickup and storage means (15, 16, 17, 18, 19, 20) of air samples containing the odour emissions; and - remote activation means and/or sensors for the activation of said pickup and storage means (15, 16, 17, 18, 19, 20); and being characterized in that it further comprises a casing, which is thermoregulated by means of a conditioning device and a thermostat provided with a heater and houses at least a portion of said pickup and storage means (15, 16, 17, 18, 19, 20). - pickup and storage means (15, 16, 17, 18, 19, 20) of air samples containing the odour emissions; and - remote activation means and/or sensors for the activation of said pickup and storage means (15, 16, 17, 18, 19, 20);
A remote electrical tilt antenna, comprising a control unit and a plurality of remote electrical tilt units, wherein the control unit is shared by the plurality of remote electrical tilt units, the control unit provides at least two groups of Antenna Interface Standards Group, AISG, ports, each of the remote electrical tilt units is connected to at least one base station through a group of AISG ports of the at least two groups of AISG ports, wherein management permission on each of said remote electrical tilt units includes control permission and query permission, and control permission on each of the remote electrical tilt units is allocated to only one base station; wherein for each of the remote electrical tilt units, a remote electrical tilt unit is configured to: receive permission configuration information sent by a first base station through a group of AISG ports of the control unit, and configure, according to the permission configuration information, management permission of the first base station on the remote electrical tilt unit; characterized in that the permission configuration information comprises control permission configuration information, and the remote electrical tilt unit is configured to: receive control permission configuration information sent by the first base station through the group of AISG ports of the control unit; and notify the first base station of a control permission conflict if the control permission on the remote electrical tilt unit is allocated to a second base station, or allocate the control permission on the remote electrical tilt unit to the first base station if the control permission on the remote electrical tilt unit is not allocated. receive permission configuration information sent by a first base station through a group of AISG ports of the control unit, and configure, according to the permission configuration information, management permission of the first base station on the remote electrical tilt unit; characterized in that the permission configuration information comprises control permission configuration information, and the remote electrical tilt unit is configured to: receive control permission configuration information sent by the first base station through the group of AISG ports of the control unit; and notify the first base station of a control permission conflict if the control permission on the remote electrical tilt unit is allocated to a second base station, or receive control permission configuration information sent by the first base station through the group of AISG ports of the control unit; and notify the first base station of a control permission conflict if the control permission on the remote electrical tilt unit is allocated to a second base station, or allocate the control permission on the remote electrical tilt unit to the first base station if the control permission on the remote electrical tilt unit is not allocated.
Method for sterilising containers for receiving, in particular free-flowing, foods in a filling device, wherein a hydrogen peroxide solution is evaporated in an evaporator, wherein, in a sterilisation zone, at least one container is exposed to the vaporous hydrogen peroxide, wherein the unused part of the vaporous hydrogen peroxide is extracted at least in part from the sterilisation zone, and wherein the extracted vaporous hydrogen peroxide is condensed at least in part in a condenser, and the condensed hydrogen peroxide is supplied to the evaporator again.