mhurhangee/ep-ind-claims huggingface dataset:
A heat pump water-heater outdoor unit comprising: a bottom plate; a compressor disposed on the bottom plate; a muffler fixed to an outer surface of the compressor; and an internal heat exchanger fixed to the outer surface of the compressor, wherein the muffler is configured to muffle pulsating noise of refrigerant sucked into the compressor, and the internal heat exchanger is disposed on a side opposite to the muffler with the compressor positioned between the internal heat exchanger and the muffler, wherein the internal heat exchanger is fixed at a position where a height of a center of gravity of the internal heat exchanger is equal to a height of a center of gravity of the muffler, wherein the heat pump water-heater outdoor unit further comprises a muffler holder fixed to the outer surface of the compressor, wherein the muffler is fixed to the muffler holder, wherein the muffler is coupled to a side surface of a shell of the compressor via the muffler holder, wherein the heat pump water-heater outdoor unit further comprises an internal heat exchanger holder fixed to the outer surface of the compressor, wherein the internal heat exchanger is fixed to the internal heat exchanger holder, and wherein the internal heat exchanger is coupled to the side surface of the shell of the compressor via the internal heat exchanger holder. a bottom plate; a compressor disposed on the bottom plate; a muffler fixed to an outer surface of the compressor; and an internal heat exchanger fixed to the outer surface of the compressor, wherein the muffler is configured to muffle pulsating noise of refrigerant sucked into the compressor, and the internal heat exchanger is disposed on a side opposite to the muffler with the compressor positioned between the internal heat exchanger and the muffler, wherein the internal heat exchanger is fixed at a position where a height of a center of gravity of the internal heat exchanger is equal to a height of a center of gravity of the muffler, wherein the heat pump water-heater outdoor unit further comprises a muffler holder fixed to the outer surface of the compressor, wherein the muffler is fixed to the muffler holder, wherein the muffler is coupled to a side surface of a shell of the compressor via the muffler holder, wherein the heat pump water-heater outdoor unit further comprises an internal heat exchanger holder fixed to the outer surface of the compressor, wherein the internal heat exchanger is fixed to the internal heat exchanger holder, and wherein the internal heat exchanger is coupled to the side surface of the shell of the compressor via the internal heat exchanger holder.
An intake control apparatus for an engine that comprises at least one combustion chamber operatively connected to an intake port and an intake valve associated with each intake port for opening and closing thereof, the intake control apparatus comprising: variable valve operating means (21, 41) for selectively changing a valve closing timing and a valve lift amount of the intake valve; control means for controlling the variable valve operating means (21, 41), the intake control apparatus being characterized in that: the control means uses the variable valve operating means to set the valve lift amount of the intake valve to be smaller and the closing timing of the intake valve to be advanced relative to the valve lift amount and the closing timing of the intake valve set by the control means when the engine is in the high load condition upon detecting that the engine is in low load condition and that the temperature (T wal) of a combustion chamber wall (55, 56) is less than or equal to a predetermined value, thereby reducing an actual compression ratio of the engine relative to the actual compression ratio when the engine is operating in the high load condition. variable valve operating means (21, 41) for selectively changing a valve closing timing and a valve lift amount of the intake valve; control means for controlling the variable valve operating means (21, 41), the intake control apparatus being characterized in that: the control means uses the variable valve operating means to set the valve lift amount of the intake valve to be smaller and the closing timing of the intake valve to be advanced relative to the valve lift amount and the closing timing of the intake valve set by the control means when the engine is in the high load condition upon detecting that the engine is in low load condition and that the temperature (T wal) of a combustion chamber wall (55, 56) is less than or equal to a predetermined value, thereby reducing an actual compression ratio of the engine relative to the actual compression ratio when the engine is operating in the high load condition. the control means uses the variable valve operating means to set the valve lift amount of the intake valve to be smaller and the closing timing of the intake valve to be advanced relative to the valve lift amount and the closing timing of the intake valve set by the control means when the engine is in the high load condition upon detecting that the engine is in low load condition and that the temperature (T wal) of a combustion chamber wall (55, 56) is less than or equal to a predetermined value, thereby reducing an actual compression ratio of the engine relative to the actual compression ratio when the engine is operating in the high load condition.
A method of assigning a unique logical address by a first base station included in a plurality of base stations, the plurality of base stations (102 a-c) forming a single user centric virtual cell for serving a mobile station, the method comprising: determining, by the first base station, at least one identical unassigned logical address from respective address sets associated with the plurality of base stations based on at least one unassigned address identified in an address set associated with the first base station and at least one unassigned address received from at least one second base station different from the first base station among the plurality of base stations; selecting the unique logical address from the determined at least one identical unassigned logical address; and assigning the selected unique logical address to the mobile station, wherein the assigned unique logical address is used for identifying the mobile station by the plurality of base stations in the cell. determining, by the first base station, at least one identical unassigned logical address from respective address sets associated with the plurality of base stations based on at least one unassigned address identified in an address set associated with the first base station and at least one unassigned address received from at least one second base station different from the first base station among the plurality of base stations; selecting the unique logical address from the determined at least one identical unassigned logical address; and assigning the selected unique logical address to the mobile station, wherein the assigned unique logical address is used for identifying the mobile station by the plurality of base stations in the cell.
A solar collector with a light-absorbing surface, having the following features: a base material with a surface; a nanostructured layer, which is integrated in a total area of the surface of the base material in order to form the light-absorbing surface, wherein the nanostructured layer includes a flux to which titanium dioxide nanoparticles are added, wherein the flux includes potassium fluoroaluminates, in particular K 1-3 AlF 4-8. a base material with a surface; a nanostructured layer, which is integrated in a total area of the surface of the base material in order to form the light-absorbing surface, wherein the nanostructured layer includes a flux to which titanium dioxide nanoparticles are added, wherein the flux includes potassium fluoroaluminates, in particular K 1-3 AlF 4-8.
A surface vessel with a pick-up ramp for a small watercraft (240, 250, 260, 270), the surface vessel being designed to pick up various small watercraft (240, 250, 260, 270), the pick-up ramp having a pick-up direction, the small watercraft (240, 250, 260, 270) being picked up in the pick-up ramp along the pick-up direction, the pick-up ramp having a first pick-up device, wherein the first receiving device has 8 to 200 axle assemblies, wherein each axle assembly has a centre axle element, wherein the centre axle element is arranged transversely to the receiving direction, wherein the centre axle element is arranged horizontally, wherein the axle assembly has two lateral axle elements, wherein the centre axle element has at least one first roller element and each lateral axle element has at least one second roller element, wherein the first roller elements and the second roller elements are designed for contact with the small watercraft (240, 250, 260, 270), wherein d he centre axle element is connected at both ends to the lateral axle elements in each case via a mechanical coupling, so that the centre axle element and the lateral axle elements are jointly rotatable, wherein the lateral axle elements are pivotable relative to the central axle element, wherein the first receiving device has a first drive, wherein the first drive is non-positively connected to a central axle element, wherein in each case exactly two neighbouring central axle elements are connected to one another in such a way that the in each case exactly two neighbouring central axle elements are connected to rotate together.
A system (101, 301) for heating a wind turbine blade, the system (101, 301) comprising: a heater for heating air and for attaching to an interior surface of the wind turbine blade; a blower for moving air across the heater to generate a heated airflow; and a duct for receiving the heated airflow and for releasing the heated airflow into the interior of the wind turbine blade; Characterized in that the duct is a flexible duct and in that a distal end of the flexible duct is supported by a tip constraint, by a fit between the tip constraint and the interior surface of the wind turbine blade to constrain movement of the distal end of the flexible duct relative to the interior surface of the wind turbine blade. a heater for heating air and for attaching to an interior surface of the wind turbine blade; a blower for moving air across the heater to generate a heated airflow; and a duct for receiving the heated airflow and for releasing the heated airflow into the interior of the wind turbine blade; Characterized in that the duct is a flexible duct and in that a distal end of the flexible duct is supported by a tip constraint, by a fit between the tip constraint and the interior surface of the wind turbine blade to constrain movement of the distal end of the flexible duct relative to the interior surface of the wind turbine blade.
Method for coating the visible surfaces of motor vehicle wheel rims made of aluminium or steel, in which - a polymer primer layer is first applied to the mechanically processed metal surface of the wheel rim, which layer evens out the irregularities of the mechanical processing, - then a polymer intermediate layer is applied to the surface of the polymer primer layer, - then a decorative layer is applied to the surface of the polymer intermediate layer, which decorative layer consists of a thermally cured polymer layer with embedded platelet-shaped metal pigments, which cover the visible surface of the decorative layer, and finally the surface of the decorative layer is covered by a polymer topcoat, characterised in that the polymer intermediate layer is produced with a high-gloss surface with a gloss grade according to DIN67530/ISO2813 of more than 95, - that the decorative layer is applied by wet spraying with a layer thickness of a maximum of 2 μm to the high-gloss surface of the polymer intermediate layer and is dried there at ambient temperature - and that prior to the application of the polymer topcoat, the decorative layer is fixed on the surface of the polymer intermediate layer by a thermal post-treatment at a temperature of more than 140°C with a cross-cut tear strength according to DIN EN ISO 2409 of Gt = 0 to Gt = 2. - a polymer primer layer is first applied to the mechanically processed metal surface of the wheel rim, which layer evens out the irregularities of the mechanical processing, - then a polymer intermediate layer is applied to the surface of the polymer primer layer, - then a decorative layer is applied to the surface of the polymer intermediate layer, which decorative layer consists of a thermally cured polymer layer with embedded platelet-shaped metal pigments, which cover the visible surface of the decorative layer, - that the decorative layer is applied by wet spraying with a layer thickness of a maximum of 2 μm to the high-gloss surface of the polymer intermediate layer and is dried there at ambient temperature - and that prior to the application of the polymer topcoat, the decorative layer is fixed on the surface of the polymer intermediate layer by a thermal post-treatment at a temperature of more than 140°C with a cross-cut tear strength according to DIN EN ISO 2409 of Gt = 0 to Gt = 2.
A voiceprint login method, comprising: receiving a login request of a user, and obtaining user information of the user; generating a random login string, and replacing at least one character of the random login string to obtain a replaced login string according to a character replacement correspondence of the user information, wherein the character replacement correspondence comprises characters to be replaced and characters after replacement; providing the replaced login string to the user, and receiving speech information of the user upon the providing of the replaced login string; performing a speech recognition on the speech information of the user to obtain text information corresponding to the speech information; matching the text information with the random login string; if the text information is consistent with the random login string, further performing a voiceprint matching on the speech information of the user; and if the voiceprint matching is successful, determining that the user passes the login authentication. receiving a login request of a user, and obtaining user information of the user; generating a random login string, and replacing at least one character of the random login string to obtain a replaced login string according to a character replacement correspondence of the user information, wherein the character replacement correspondence comprises characters to be replaced and characters after replacement; providing the replaced login string to the user, and receiving speech information of the user upon the providing of the replaced login string; performing a speech recognition on the speech information of the user to obtain text information corresponding to the speech information; matching the text information with the random login string; if the text information is consistent with the random login string, further performing a voiceprint matching on the speech information of the user; and if the voiceprint matching is successful, determining that the user passes the login authentication.
An apparatus, comprising a wireless communications device configured to communicate in a wireless network using a multi-receiver aggregation protocol for transmitting frames that aggregate packets addressed to different devices, wherein the protocol includes a sub-header comprising: multiple information segments, each information segment describing a receiver address for a group of consecutive data units in a payload; one or more respective information elements within each information segment, each information element describing a modulation/coding rate and a length of one or more consecutively-transmitted data units within a sub group of the group; and characterized in that: a particular information element comprises a field indicating one of a selectable plurality of types of acknowledgement, ACK, to be transmitted by a device indicated at the receiver address described by the information segment, wherein the selectable plurality of types of acknowledgement include an immediate ACK to be transmitted after a current data unit but before a next data unit, a delayed ACK to be withheld until multiple data units have been received, and a block ACK that acknowledges receipt of multiple data units with a single response.. multiple information segments, each information segment describing a receiver address for a group of consecutive data units in a payload; one or more respective information elements within each information segment, each information element describing a modulation/coding rate and a length of one or more consecutively-transmitted data units within a sub group of the group; and a particular information element comprises a field indicating one of a selectable plurality of types of acknowledgement, ACK, to be transmitted by a device indicated at the receiver address described by the information segment, wherein the selectable plurality of types of acknowledgement include an immediate ACK to be transmitted after a current data unit but before a next data unit, a delayed ACK to be withheld until multiple data units have been received, and a block ACK that acknowledges receipt of multiple data units with a single response..
A composition comprising phospholipids as an effective component, wherein the phospholipids are extracted from an animal lung, for use in the therapy of hair loss by stimulating hair growth.
A method for preparing 3-[ -7-bromo-2-oxo-5-(pyridin-2-yl)-2,3-dihydro-1H-[1,4]-benzodiazepin-3-yl] propionic acid methyl ester of formula characterized in that it comprises the step of reacting methyl -4-amino-5-[4-bromo-2-(pyridin-2-carbonyl)anilino]-5-oxo-pentanoate hydrobromide salt of formula (I-C) with a base, wherein the compound of formula (I-C) is prepared by means of reacting methyl -4-(benzyloxycarbonylamino)-5-[4-bromo-2-(pyridin-2-carbonyl)anilino]-5-oxo-pentanoate (I-B) with hydrobromic acid.
A method of applying a deblocking filter to frames of a video that have been decoded in a computing device according to a decoding process, the method comprising: computing an environment indicator E by determining current processor usage; comparing the environment indicator E to a primary threshold A, the primary threshold A being representative of an upper limit with respect to processor load; if the primary threshold A has been exceeded, turning deblocking filtering off; if the primary threshold A has not been exceeded, comparing the environment indicator E to one or more secondary thresholds B i and applying a corresponding one of a plurality of deblocking filters to the video according to which one of the one or more secondary thresholds B i is the highest not being exceeded by the environment indicator E, each of the plurality of deblocking filters having a different complexity characterized in that: the computing of the environment indicator E additionally includes determining expected changes in the processor load, which are evaluated according to a difference between a target decode frame rate and a current decode frame rate. computing an environment indicator E by determining current processor usage; comparing the environment indicator E to a primary threshold A, the primary threshold A being representative of an upper limit with respect to processor load; if the primary threshold A has been exceeded, turning deblocking filtering off; if the primary threshold A has not been exceeded, comparing the environment indicator E to one or more secondary thresholds B i and applying a corresponding one of a plurality of deblocking filters to the video according to which one of the one or more secondary thresholds B i is the highest not being exceeded by the environment indicator E, each of the plurality of deblocking filters having a different complexity characterized in that: the computing of the environment indicator E additionally includes determining expected changes in the processor load, which are evaluated according to a difference between a target decode frame rate and a current decode frame rate. the computing of the environment indicator E additionally includes determining expected changes in the processor load, which are evaluated according to a difference between a target decode frame rate and a current decode frame rate.
A line guide apparatus for guiding lines, such as cables, hoses or the like, between a first and a second connection point (2, 3) movable relative to the first, in particular on a robot with multiple degrees of freedom, comprising: a plurality of links, which form an accommodation space for lines, are arranged successively in a longitudinal direction and are connected together in articulated manner by a respective articulated connection, wherein the articulated connection allows three-dimensional deflection of the connected links relative to one another; and at least one elastic return element; characterized in that the line guide apparatus has a portion of variable length, which comprises a number of links (200A, 200B; 700A, 700B) which are connected together so as to be relatively rotatable relative to one another about the longitudinal direction and longitudinally adjustable relative to one another for elongation of the variable-length portion in the longitudinal direction, and in that the return element is elastically longitudinally expandable and arranged in such a way that it exerts a return force on the variable-length portion, which counteracts elongation of the variable-length portion. a plurality of links, which form an accommodation space for lines, are arranged successively in a longitudinal direction and are connected together in articulated manner by a respective articulated connection, wherein the articulated connection allows three-dimensional deflection of the connected links relative to one another; and at least one elastic return element; characterized in that the line guide apparatus has a portion of variable length, which comprises a number of links (200A, 200B; 700A, 700B) which are connected together so as to be relatively rotatable relative to one another about the longitudinal direction and longitudinally adjustable relative to one another for elongation of the variable-length portion in the longitudinal direction, and in that the return element is elastically longitudinally expandable and arranged in such a way that it exerts a return force on the variable-length portion, which counteracts elongation of the variable-length portion.
A method for wireless communication at a wireless device, comprising: receiving a broadcast of a first message comprising an indication of a first bandwidth value; receiving, based on the first bandwidth value, a second message comprising an indication of a second bandwidth value, wherein the second message comprises a radio resource control, RRC, message, and wherein the second bandwidth value replaces the first bandwidth value for at least one of: a transmission type, a channel, a symbol period, a slot, a subframe, a frame, or a combination thereof; receiving an indication of a frequency offset associated with the second bandwidth value in an additional message; determining, based on the frequency offset, a frequency position of the second bandwidth value; and receiving downlink transmissions based on the second bandwidth value following receipt of the second message. receiving a broadcast of a first message comprising an indication of a first bandwidth value; receiving, based on the first bandwidth value, a second message comprising an indication of a second bandwidth value, wherein the second message comprises a radio resource control, RRC, message, and wherein the second bandwidth value replaces the first bandwidth value for at least one of: a transmission type, a channel, a symbol period, a slot, a subframe, a frame, or a combination thereof; receiving an indication of a frequency offset associated with the second bandwidth value in an additional message; determining, based on the frequency offset, a frequency position of the second bandwidth value; and receiving downlink transmissions based on the second bandwidth value following receipt of the second message.