mhurhangee/ep-ind-claims huggingface dataset:
Air passage of a building, - wherein the air passage has an outer opening towards the environment of the building and an inner opening towards the interior of the building, - wherein the air passage has an air channel extending from the outer opening to the inner opening so that air can flow into the air channel at the outer opening and out of the air channel at the inner opening or conversely can flow into the air channel at the inner opening and out of the air channel at the outer opening, - wherein for regulation and limitation of the air flowing through the air channel the air passage has a flap pivotable about a pivot axis so that the flap is pivotable between an open setting and a closed setting, - wherein an effective cross-section of the air channel is at a maximum in the open setting of the flap and at a minimum in the closed setting of the flap, - wherein the air passage has an element which is connected with a stationary element of the air passage and of the flap and which independently of the instantaneous setting of the flap opposes a pivot movement of the flap in both pivot directions by a respective resistance against the respective pivot movement, characterised in that the element is constructed as a plastically deformable mass. - wherein the air passage has an outer opening towards the environment of the building and an inner opening towards the interior of the building, - wherein the air passage has an air channel extending from the outer opening to the inner opening so that air can flow into the air channel at the outer opening and out of the air channel at the inner opening or conversely can flow into the air channel at the inner opening and out of the air channel at the outer opening, - wherein for regulation and limitation of the air flowing through the air channel the air passage has a flap pivotable about a pivot axis so that the flap is pivotable between an open setting and a closed setting, - wherein an effective cross-section of the air channel is at a maximum in the open setting of the flap and at a minimum in the closed setting of the flap, - wherein the air passage has an element which is connected with a stationary element of the air passage and of the flap and which independently of the instantaneous setting of the flap opposes a pivot movement of the flap in both pivot directions by a respective resistance against the respective pivot movement,
A method for the treatment of process water from a hydrothermal organic material conversion process, the method comprising a first separation step of separating the process water from a conversion product obtained in the hydrothermal organic material conversion process, a second separation step of separating the process water obtained in the first separation step into at least a first component and a second component so that the second component is substantially free of salts, and a membrane filtering step of filtering the second component using a membrane filter (26, 26') comprising a dense membrane, wherein the hydrothermal organic material conversion process is a hydrothermal carbonisation process, and the conversion product is a solid material.
A airfoil member comprising: a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate; and a scrim between the substrate and the sheath; characterised by further comprising: a spacer between the sheath and the substrate and having a plurality of spaced-apart portions (232, 234) with gaps between the spaced-apart portions (232,234). a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate; and a scrim between the substrate and the sheath; characterised by further comprising: a spacer between the sheath and the substrate and having a plurality of spaced-apart portions (232, 234) with gaps between the spaced-apart portions (232,234).
Device (1, 2) for setting and controlling the humidity of a gas, comprising: - flow generating means which are adapted to realize a flow of a gas in the device (1, 2) during operation thereof; - humidity setting means which are adapted to perform a humidity setting action on gas flowing through the device (1, 2) during operation thereof, comprising at least two tubular members (21, 22, 23) for the gas to flow through, arranged in parallel; - humidity sensing means for sensing the humidity of the gas in the device (1, 2); and - controlling means (26, 30, 31, 40) for controlling access to the tubular members (21, 22, 23) of the humidity setting means, at least at one end of the tubular members (21, 22, 23), in dependence of the humidity of the gas as sensed by the humidity sensing means during operation of the device (1, 2) and a reference value of the humidity; wherein at least one of the tubular members (21, 22, 23) of the humidity setting means is an active tubular member (21, 23) comprising one of 1) a humidity decreasing tubular member adapted to let gas flow through and decrease the humidity of the gas, and 2) a humidity increasing tubular member adapted to let gas flow through and increase the humidity of the gas, and wherein at least one of the tubular members (21, 22, 23) of the humidity setting means is an inactive tubular member adapted to just let gas flow through without performing a humidity setting action on the gas. - flow generating means which are adapted to realize a flow of a gas in the device (1, 2) during operation thereof; - humidity setting means which are adapted to perform a humidity setting action on gas flowing through the device (1, 2) during operation thereof, comprising at least two tubular members (21, 22, 23) for the gas to flow through, arranged in parallel; - humidity sensing means for sensing the humidity of the gas in the device (1, 2); and - controlling means (26, 30, 31, 40) for controlling access to the tubular members (21, 22, 23) of the humidity setting means, at least at one end of the tubular members (21, 22, 23), in dependence of the humidity of the gas as sensed by the humidity sensing means during operation of the device (1, 2) and a reference value of the humidity; wherein at least one of the tubular members (21, 22, 23) of the humidity setting means is an active tubular member (21, 23) comprising one of 1) a humidity decreasing tubular member adapted to let gas flow through and decrease the humidity of the gas, and 2) a humidity increasing tubular member adapted to let gas flow through and increase the humidity of the gas, and wherein at least one of the tubular members (21, 22, 23) of the humidity setting means is an inactive tubular member adapted to just let gas flow through without performing a humidity setting action on the gas.
Carrier of a product to be cooked, wherein the carrier of a product to be cooked is a wire rack, in particular for microwave operation, with at least one carrier bar for products to be cooked, which carrier bar is indirectly or directly fixed to a frame bar of the carrier of a product to be cooked, wherein the frame bar is embodied as an element which surrounds the carrier bar in a frame-like manner and is suitable for engaging into cooking compartment-side retaining sections and thus for retaining the carrier of a product to be cooked in an insertion height, wherein the carrier bar and/or the frame bar has at least one marking section and the marking section is embodied from the carrier bar itself and/or from the frame bar itself, and wherein the marking section has a marking, and wherein the marking is a succession and/or mixture of letters, numbers, symbols or logos, characterised in that the marking section has a shaped area which is introduced into the carrier bar and/or the frame bar by means of a crimping and is embodied in a flat and/or two-dimensional manner, wherein by means of the crimping, a section is produced from a round bar, which section is embodied to be substantially two-dimensional and is suitable for carrying the marking.
A method for encoding a signal, the method comprising the steps of: receiving a wideband speech signal at a filter bank; filtering the wideband speech signal to produce a lowband signal and a highband signal; encoding the lowband signal with a first encoder; and encoding the highband signal with a second encoder; wherein the step of filtering the wideband speech signal to produce the highband signal comprises the steps of: spectrally reversing the wideband speech signal to produce a spectrally reversed signal; downmixing the spectrally reversed signal to produce a down mixed signal; decimating the down mixed signal to produce a decimated signal; spectrally shaping the decimated signal to provide a signal for output to the second encoder, wherein downmixing comprises: performing a Hilbert Transform on the spectrally reversed signal to produce two quadrature versions, real and imaginary, of the spectrally reversed signal, mixing the two quadrature versions, real and imaginary, of the spectrally reversed signal with a cosine and a sine function, respectively, to produce mixed signals, and adding the mixed signals together to provide the down mixed signal. receiving a wideband speech signal at a filter bank; filtering the wideband speech signal to produce a lowband signal and a highband signal; encoding the lowband signal with a first encoder; and encoding the highband signal with a second encoder; wherein the step of filtering the wideband speech signal to produce the highband signal comprises the steps of: spectrally reversing the wideband speech signal to produce a spectrally reversed signal; downmixing the spectrally reversed signal to produce a down mixed signal; decimating the down mixed signal to produce a decimated signal; spectrally shaping the decimated signal to provide a signal for output to the second encoder, spectrally reversing the wideband speech signal to produce a spectrally reversed signal; downmixing the spectrally reversed signal to produce a down mixed signal; decimating the down mixed signal to produce a decimated signal; spectrally shaping the decimated signal to provide a signal for output to the second encoder, wherein downmixing comprises: performing a Hilbert Transform on the spectrally reversed signal to produce two quadrature versions, real and imaginary, of the spectrally reversed signal, mixing the two quadrature versions, real and imaginary, of the spectrally reversed signal with a cosine and a sine function, respectively, to produce mixed signals, and adding the mixed signals together to provide the down mixed signal. performing a Hilbert Transform on the spectrally reversed signal to produce two quadrature versions, real and imaginary, of the spectrally reversed signal, mixing the two quadrature versions, real and imaginary, of the spectrally reversed signal with a cosine and a sine function, respectively, to produce mixed signals, and adding the mixed signals together to provide the down mixed signal.
An energy-absorbing structure comprising: a frame member forming a part of a vehicle body framework; an energy-absorbing member formed from fiber-reinforced resin and provided at an end portion of the frame member; a load-receiving member (17, 23) provided on the energy-absorbing member on a side opposite of the frame member; and a tearing element (43, 49) provided adjacent an end portion of the energy-absorbing member that corresponds to at least one of the load-receiving member and the frame member so as to tear the energy-absorbing member upon an impact load being inputted from the load-receiving member toward the energy-absorbing member, wherein reinforcing fibers that extend in a direction intersecting an input direction of the impact load in the energy-absorbing member, and that are severed by the tearing element upon the energy-absorbing member being torn, characterized in that: the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole. a frame member forming a part of a vehicle body framework; an energy-absorbing member formed from fiber-reinforced resin and provided at an end portion of the frame member; a load-receiving member (17, 23) provided on the energy-absorbing member on a side opposite of the frame member; and a tearing element (43, 49) provided adjacent an end portion of the energy-absorbing member that corresponds to at least one of the load-receiving member and the frame member so as to tear the energy-absorbing member upon an impact load being inputted from the load-receiving member toward the energy-absorbing member, wherein reinforcing fibers that extend in a direction intersecting an input direction of the impact load in the energy-absorbing member, and that are severed by the tearing element upon the energy-absorbing member being torn, characterized in that: the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole. the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole.
A beverage preparation device, in particular a coffee machine, having a heating unit for steam generation, having a nozzle unit that is connected to the heating unit in a fluid-conducting manner, for heating and/or frothing milk by means of steam, wherein a vacuum can be generated with the aid of the nozzle unit when steam is being applied, the vacuum allowing milk to be sucked in via a suction line which is connected to the nozzle unit in a fluid-conducting manner and to which a rinsing medium can be applied via a flushing line, and wherein a valve unit is arranged between a suction end of the suction line and the nozzle unit, said valve unit having an adjustable valve body, and being designed so as to prevent, in a closed position, rinsing medium from flowing out of the rinsing line towards the suction end of the suction line, wherein the valve unit is designed as a check valve which shifts automatically in a pressure-dependent manner, and whose valve body cooperates, when rinsing medium is applied to the suction line via the rinsing line, with the valve seat in an automatically sealing manner for closing the check valve, characterised by logic means that are designed so as to initiate a rinsing process in an automated manner, in particular in a specified or adjustable time interval and/or after a specified or adjustable beverage dispensing interval, during which process rinsing medium is transported into the suction line via the rinsing line and the check valve is closed automatically.
Hybrid stopper of a hydromount, comprising - an inner plastic part having an inner space, and - a metal jacket, characterized in that - the metal jacket encloses the plastic part and is formed as a punch part made from steel, - wherein the metal jacket comprises an inner space for accommodating said plastic part, and the external geometry of the inner plastic part and its sizing is adapted to the internal geometry of the metal jacket and its dimension. - an inner plastic part having an inner space, and - a metal jacket, - the metal jacket encloses the plastic part and is formed as a punch part made from steel, - wherein the metal jacket comprises an inner space for accommodating said plastic part, and the external geometry of the inner plastic part and its sizing is adapted to the internal geometry of the metal jacket and its dimension.
A shoe configured to form part of a protective suit, the shoe comprising conductive sole which comprises: a first fabric having an inner perimeter and an outer perimeter, the inner perimeter defining a hole in the fabric; and a first conductive thermoplastic material joined with the inner perimeter of the first fabric, wherein the inner perimeter of the first fabric surrounds the first conductive material to form the conductive sole and an overlap of the first fabric and the first conductive material define a first attachment area, a second attachment area, and a middle sealed area disposed between the first sole attachment area and the second sole attachment area, the first fabric and first conductive thermoplastic material joined at the first and second attachment areas (206, 208) and not at the middle sealed area, forming a double bar seal. a first fabric having an inner perimeter and an outer perimeter, the inner perimeter defining a hole in the fabric; and a first conductive thermoplastic material joined with the inner perimeter of the first fabric, wherein the inner perimeter of the first fabric surrounds the first conductive material to form the conductive sole and an overlap of the first fabric and the first conductive material define a first attachment area, a second attachment area, and a middle sealed area disposed between the first sole attachment area and the second sole attachment area, the first fabric and first conductive thermoplastic material joined at the first and second attachment areas (206, 208) and not at the middle sealed area, forming a double bar seal.
A method for controlling an induction heating device having one or more working coils and a controller configured to perform pre-testing based on a single pulse, the method comprising: selecting a working coil to be tested among the one or more working coils; performing a detection operation to detect a vessel disposed on the working coil based on the single pulse having a preset duration of an on-state, and generate a first output pulse; comparing at least one of: a count of the first output pulse to a predetermined reference count range, or an on-duty time of the first output pulse to a predetermined reference time range; and adjusting, by the controller, a duration of an on-state of the single pulse based on (i) a result of the comparison of the count of the first output pulse to the predetermined reference count range or (ii) a result of the comparison of the on-duty time of the first output pulse to the predetermined reference time range, the first output pulse has an on-state and an off-state, the on-state and off-state of the first output pulse are set based on a magnitude difference between a voltage value converted from a value of a current flowing in the working coil and a predetermined reference count value, and the count of the first output pulse corresponds to a number of instances at which the state of the first output pulse is changed from the off-state to the on-state. selecting a working coil to be tested among the one or more working coils; performing a detection operation to detect a vessel disposed on the working coil based on the single pulse having a preset duration of an on-state, and generate a first output pulse; comparing at least one of: a count of the first output pulse to a predetermined reference count range, or an on-duty time of the first output pulse to a predetermined reference time range; and a count of the first output pulse to a predetermined reference count range, or an on-duty time of the first output pulse to a predetermined reference time range; and adjusting, by the controller, a duration of an on-state of the single pulse based on (i) a result of the comparison of the count of the first output pulse to the predetermined reference count range or (ii) a result of the comparison of the on-duty time of the first output pulse to the predetermined reference time range, the first output pulse has an on-state and an off-state, the on-state and off-state of the first output pulse are set based on a magnitude difference between a voltage value converted from a value of a current flowing in the working coil and a predetermined reference count value, and the count of the first output pulse corresponds to a number of instances at which the state of the first output pulse is changed from the off-state to the on-state.
A method for processing signalling tracing, the method comprising: reading, by a client, a configuration file corresponding to a traced service, wherein data in the configuration file at least includes an event number of the traced service, and encoding and decoding information of the traced service; establishing, by the client, a connection between the client and a server; generating, by the client, a registration message by encoding registration information and an event number of the traced service based on the encoding and decoding information, wherein the registration message is configured to be decoded by the traced service in the server based on encoding and decoding information set by the traced service itself; registering with, by the client, the traced service in the server based on the configuration file by sending the registration message to the server; and receiving, by the client, a signalling tracing message of the traced service fed back by the server after the registration is successful, wherein the signalling tracing message includes tracing information of an event corresponding to the event number of the traced service in the configuration file happening in the traced service; and outputting, by the client, the signalling tracing message to a display interface. reading, by a client, a configuration file corresponding to a traced service, wherein data in the configuration file at least includes an event number of the traced service, and encoding and decoding information of the traced service; establishing, by the client, a connection between the client and a server; generating, by the client, a registration message by encoding registration information and an event number of the traced service based on the encoding and decoding information, wherein the registration message is configured to be decoded by the traced service in the server based on encoding and decoding information set by the traced service itself; registering with, by the client, the traced service in the server based on the configuration file by sending the registration message to the server; and receiving, by the client, a signalling tracing message of the traced service fed back by the server after the registration is successful, wherein the signalling tracing message includes tracing information of an event corresponding to the event number of the traced service in the configuration file happening in the traced service; and outputting, by the client, the signalling tracing message to a display interface.
A medicament for immunizing an animal, the medicament comprising a fusion gene, the fusion gene being composed of a gene encoding the full-length or a part of an antigen protein and a gene encoding one selected from a chaperonin subunit and a chaperonin subunit linkage linked thereto, so as to express the fusion gene in the animal to induce a humoral immune response to the antigen protein.