mhurhangee/patent-ind-claim-en huggingface dataset:
A DC/DC conversion unit comprising: two DC/DC converters ; and a storage case for housing the two DC/DC converters, the two DC/DC converters being configured to convert a power source voltage of a driving battery and to supply power to an electrical component mounted on a vehicle, wherein the driving battery is configured to supply power to a motor of said vehicle; two control units , wherein each control unit is configured to independently control a respective DC/DC converter of the two DC/DC converters ; a switch connected between outputs of the two DC/DC converters wherein the two control units are configured to monitor each other and each of the two control units is configured to turn off the switch when detecting failure of itself and to turn off the switch when detecting failure of the other one of the two control units , so that a current does not flow through the switch in either direction. two DC/DC converters ; and a storage case for housing the two DC/DC converters, the two DC/DC converters being configured to convert a power source voltage of a driving battery and to supply power to an electrical component mounted on a vehicle, wherein the driving battery is configured to supply power to a motor of said vehicle; two control units , wherein each control unit is configured to independently control a respective DC/DC converter of the two DC/DC converters ; a switch connected between outputs of the two DC/DC converters wherein the two control units are configured to monitor each other and each of the two control units is configured to turn off the switch when detecting failure of itself and to turn off the switch when detecting failure of the other one of the two control units , so that a current does not flow through the switch in either direction.
A brain image reconstruction apparatus comprising: a data acquisition unit configured to acquire brain activity data of a user; a brain image reconstructor configured to detect image information from the brain activity data and to construct image formed in the brain; a non-image information detector configured to detect non-image information from the brain activity data; an image database configured to store sample images corresponding to the non-image information; and an image processor configured to superimpose a sample image with 1 the corresponding image formed in the brain, to construct a process image. a data acquisition unit configured to acquire brain activity data of a user; a brain image reconstructor configured to detect image information from the brain activity data and to construct image formed in the brain; a non-image information detector configured to detect non-image information from the brain activity data; an image database configured to store sample images corresponding to the non-image information; and an image processor configured to superimpose a sample image with 1 the corresponding image formed in the brain, to construct a process image.
A refrigeration cabinet system, comprising: one or more indoor units , each of which comprises: an indoor unit inlet , an indoor unit outlet , an expansion valve between the indoor unit inlet and the indoor unit outlet, an evaporator downstream of the expansion valve, and a display cabinet cooled by the evaporator; and an outdoor unit , which comprises: an outdoor unit inlet , an outdoor unit outlet , an inverter compressor between the outdoor unit inlet and the outdoor unit outlet, a condenser downstream of the inverter compressor, a controller for controlling an operating frequency of the inverter compressor, and a pressure sensor on a suction side of the inverter compressor; wherein the outdoor unit outlet is connected to each indoor unit inlet through a pipeline , and each indoor unit outlet is connected to the outdoor unit inlet through pipelines ; and wherein the controller is connected to the pressure sensor to obtain pressure information on the suction side of the inverter compressor , and the controller is configured to change the operating frequency of the inverter compressor based on the pressure information to control the pressure on the suction side of the inverter compressor to be within a certain range; characterised in that the controller is configured to, by changing the operating frequency of the inverter compressor to control the pressure on the suction side of the inverter compressor to be within a certain range, maintain a saturated evaporation temperature of each indoor unit to be within a range of -1.5°C to +1.5°C. one or more indoor units , each of which comprises: an indoor unit inlet , an indoor unit outlet , an expansion valve between the indoor unit inlet and the indoor unit outlet, an evaporator downstream of the expansion valve, and a display cabinet cooled by the evaporator; and an outdoor unit , which comprises: an outdoor unit inlet , an outdoor unit outlet , an inverter compressor between the outdoor unit inlet and the outdoor unit outlet, a condenser downstream of the inverter compressor, a controller for controlling an operating frequency of the inverter compressor, and a pressure sensor on a suction side of the inverter compressor; wherein the outdoor unit outlet is connected to each indoor unit inlet through a pipeline , and each indoor unit outlet is connected to the outdoor unit inlet through pipelines ; and wherein the controller is connected to the pressure sensor to obtain pressure information on the suction side of the inverter compressor , and the controller is configured to change the operating frequency of the inverter compressor based on the pressure information to control the pressure on the suction side of the inverter compressor to be within a certain range; characterised in that the controller is configured to, by changing the operating frequency of the inverter compressor to control the pressure on the suction side of the inverter compressor to be within a certain range, maintain a saturated evaporation temperature of each indoor unit to be within a range of -1.5°C to +1.5°C.
A rotor , comprising: a hub ; and a plurality of blades disposed on the hub , wherein each of the plurality of blades includes a suction surface , a pressure surface , a leading edge , a trailing edge , a tip-side edge , and a hub-side edge , wherein the at least one of the suction surface or the pressure surface includes a first region from the leading edge to a chord position away from the leading edge toward the trailing edge , and a second region on a trailing edge side of the first region , and wherein a cross-section of each blade at a chord position in the second region is composed such that at least two straight line portions (L 11 , L 12 , L 13 , L 21 , L 22 , L 23 ) are sequentially connected between the tip-side edge and the hub-side edge , characterized in that in the cross-section of each blade at a chord position in the second region between the leading edge and the trailing edge , an angle of each of the at least two straight line portions (L 11 , L 12 , L 13 , L 21 , L 22 , L 23 ) with respect to a blade height direction of the blade increases in a direction from the hub-side edge to the tip-side edge over a region from the hub-side edge to the tip-side edge , and in a cross-section of each blade at a chord position in the first region , an angle of at least one of the suction surface or the pressure surface with respect to the blade height direction of the blade increases continuously from the hub-side edge to the tip-side edge . a hub ; and a plurality of blades disposed on the hub , wherein each of the plurality of blades includes a suction surface , a pressure surface , a leading edge , a trailing edge , a tip-side edge , and a hub-side edge , wherein the at least one of the suction surface or the pressure surface includes a first region from the leading edge to a chord position away from the leading edge toward the trailing edge , and a second region on a trailing edge side of the first region , and wherein a cross-section of each blade at a chord position in the second region is composed such that at least two straight line portions (L 11 , L 12 , L 13 , L 21 , L 22 , L 23 ) are sequentially connected between the tip-side edge and the hub-side edge , characterized in that in the cross-section of each blade at a chord position in the second region between the leading edge and the trailing edge , an angle of each of the at least two straight line portions (L 11 , L 12 , L 13 , L 21 , L 22 , L 23 ) with respect to a blade height direction of the blade increases in a direction from the hub-side edge to the tip-side edge over a region from the hub-side edge to the tip-side edge , and in a cross-section of each blade at a chord position in the first region , an angle of at least one of the suction surface or the pressure surface with respect to the blade height direction of the blade increases continuously from the hub-side edge to the tip-side edge .
A formulation for use in managing knee joint pain in a subject, the formulation comprising: water and a peptide consisting of an amino acid sequence TDLQERGDNDISPFSGDGQPFKD (SEQ. ID No:1) combined in an injectable aqueous formulation, wherein the use comprises injecting a joint of the subject whereby the formulation reduces knee joint pain in the subject wherein the subject has been diagnosed as experiencing knee joint pain when the patient is going up or down stairs wherein the subject is diagnosed as experiencing less knee joint pain going up or down stairs after the injecting wherein the peptide is used in a dose in a range of 20 mg to 1,200 mg per one injection whereby the formulation reduces knee joint pain in the subject in the absence of any observable change in cartilage of the knee joint. the use comprises injecting a joint of the subject whereby the formulation reduces knee joint pain in the subject wherein the subject has been diagnosed as experiencing knee joint pain when the patient is going up or down stairs wherein the subject is diagnosed as experiencing less knee joint pain going up or down stairs after the injecting wherein the peptide is used in a dose in a range of 20 mg to 1,200 mg per one injection whereby the formulation reduces knee joint pain in the subject in the absence of any observable change in cartilage of the knee joint.
A vacuum cleaner comprising a cyclone dust collector , wherein the cyclone dust collector includes: a case configured to swirl suctioned air to separate dust from the suctioned air and accommodate the separated dust; a grill assembly separably installed in the case ; and a cleaning portion included in the case and configured to remove dust adhered to a surface of the grill assembly when the grill assembly is separated from the case , characterized in that the grill assembly includes: a grill portion in which air passing holes are formed and which are accommodated in the case ; and a handle provided at one side of the grill portion . a case configured to swirl suctioned air to separate dust from the suctioned air and accommodate the separated dust; a grill assembly separably installed in the case ; and a cleaning portion included in the case and configured to remove dust adhered to a surface of the grill assembly when the grill assembly is separated from the case , characterized in that the grill assembly includes: a grill portion in which air passing holes are formed and which are accommodated in the case ; and a handle provided at one side of the grill portion . a grill portion in which air passing holes are formed and which are accommodated in the case ; and a handle provided at one side of the grill portion .
A computer-implemented method for communicating a non-speech source message as audio from a first device to a second device, wherein the non-speech source message is a message comprising alphanumerical or numerical characters representing something other than speech, the method comprising - generating a speakable word code book for encoding and decoding by: - selecting a list of speakable words to create an initial set; - selecting a fixed number from the initial set; and - assigning each one a binary reference value to create the speakable word code book; - encoding , with the speakable word code book, the non-speech source message as a dissimilar speech message having a plurality of phonemes by dividing a binary value of the source message into a plurality of pieces (120.001-005), wherein each piece (120.001-005) is encoded as a corresponding speakable word (130.001-005) of the speakable word code book, such that each speakable word (130.001-005) forms a piece of the dissimilar speech message and corresponds to a piece (120.001-005) of the non-speech source message ; - transmitting the dissimilar speech message over one or more audio communications channels from the first device; - receiving the dissimilar speech message at the second device; - recognizing the dissimilar speech message ; and - decoding, with the speakable word code book, the dissimilar speech message to the non-speech source message . - generating a speakable word code book for encoding and decoding by: - selecting a list of speakable words to create an initial set; - selecting a fixed number from the initial set; and - assigning each one a binary reference value to create the speakable word code book; - selecting a list of speakable words to create an initial set; - selecting a fixed number from the initial set; and - assigning each one a binary reference value to create the speakable word code book; - encoding , with the speakable word code book, the non-speech source message as a dissimilar speech message having a plurality of phonemes by dividing a binary value of the source message into a plurality of pieces (120.001-005), wherein each piece (120.001-005) is encoded as a corresponding speakable word (130.001-005) of the speakable word code book, such that each speakable word (130.001-005) forms a piece of the dissimilar speech message and corresponds to a piece (120.001-005) of the non-speech source message ; - transmitting the dissimilar speech message over one or more audio communications channels from the first device; - receiving the dissimilar speech message at the second device; - recognizing the dissimilar speech message ; and - decoding, with the speakable word code book, the dissimilar speech message to the non-speech source message .
Protective device to prevent persons from falling, comprising a standing base with a tilting edge and an anchor mast system which is connected to the standing base and to the free upper end of which personal protective equipment (PPE) is fastened, wherein the anchor mast system has a lower standing portion , which is mounted in a receiving housing so as to be pivotable about a horizontally running pivot axis relative to the standing base, and wherein a cantilever portion is provided on the standing portion , in its upper end region opposite the pivot axis , said cantilever portion being mounted on the standing portion so as to be rotatable about an axis of rotation relative to the standing portion and being connected at its free end , which is directed upward in its starting position, to the personal protective equipment (PPE) at an anchor point , wherein a pivot drive is provided in the region of the receiving housing , characterized in that a mechanical sensor is provided in the pivot drive or in the cantilever portion , said sensor, in the event of the load action on the anchor point of the personal protective equipment (PPE) that is greater than a predetermined triggering force, acting directly or indirectly on the pivot drive and leading to the immediate activation thereof and triggering a safety function, by means of which the standing portion and the cantilever portion is adjusted from an extended, upwardly directed starting position into an angled safety position, in which the anchor point takes up a position adjusted downward relative to the standing base and at the same time away from the tilting edge of the standing base in the direction of the receiving housing .
A mechanical milking system which includes: - at least one liner defining an accommodation space for a teat and having a milk evacuation opening ; - a collecting claw ; - for each liner, a connector connecting the liner to the collecting claw; - a device for dipping the teat with a dipping product, the dipping device including a source of dipping product; characterized in that the dipping device includes: - an injection interface mounted on the collecting claw, the interface including at least one pipe with: - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space ; - an injection tube for each liner, the injection tube extending from said at least one outlet of the pipe and substantially to the teat accommodation space, running inside of the connector and through the evacuation opening. - at least one liner defining an accommodation space for a teat and having a milk evacuation opening ; - a collecting claw ; - for each liner, a connector connecting the liner to the collecting claw; - a device for dipping the teat with a dipping product, the dipping device including a source of dipping product; - an injection interface mounted on the collecting claw, the interface including at least one pipe with: - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space ; - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space ; - an injection tube for each liner, the injection tube extending from said at least one outlet of the pipe and substantially to the teat accommodation space, running inside of the connector and through the evacuation opening.
A container manufacturing device for manufacturing a resin container, comprising: a preform manufacturing portion for manufacturing a resin preform (P) by molding a thermoplastic resin in a molding die , provided with a molding die and a feeder for supplying a molten thermoplastic resin in a cavity in the molding die , a conveyor for conveying the preform (P) manufactured in the preform manufacturing portion ; and a blow molding portion for liquid blow molding the preform (P) in a container of a predetermined shape, provided with a blow molding die and a pressurized liquid feeder for supplying liquid pressurized in the preform conveyed using the conveyor and disposed in the cavity of the blow molding die ; wherein the preform (P) manufactured in the preform manufacturing portion is conveyed to the cavity in the blow molding die while maintaining a residual heat state via the conveyor and then liquid blow molded by the blow molding portion , characterized in that the molding die is a compression molding die , and the preform molding portion is adapted for manufacturing the preform (P) by compression molding, and the molding die and the blow molding die are respectively provided with plurality of cavities . a preform manufacturing portion for manufacturing a resin preform (P) by molding a thermoplastic resin in a molding die , provided with a molding die and a feeder for supplying a molten thermoplastic resin in a cavity in the molding die , a conveyor for conveying the preform (P) manufactured in the preform manufacturing portion ; and a blow molding portion for liquid blow molding the preform (P) in a container of a predetermined shape, provided with a blow molding die and a pressurized liquid feeder for supplying liquid pressurized in the preform conveyed using the conveyor and disposed in the cavity of the blow molding die ; wherein the preform (P) manufactured in the preform manufacturing portion is conveyed to the cavity in the blow molding die while maintaining a residual heat state via the conveyor and then liquid blow molded by the blow molding portion , characterized in that the molding die is a compression molding die , and the preform molding portion is adapted for manufacturing the preform (P) by compression molding, and the molding die and the blow molding die are respectively provided with plurality of cavities .
An automated multiple sample processor for fluid samples with multiple piston pumps which comprise a sample opening , a cylindrical housing and an axially displaceable piston and which are borne in a removable manner a support frame , wherein each piston is connected with its free end facing away from the sample opening to at least one spiral spring , which is braced in the support frame and is fixed in a tensioned initial position by means of a locking mechanism, which for each piston pump has an unlocking lever triggerable by means of a catch on a rotatable shaft , wherein triggering of the unlocking lever brings about a displacement of the piston in the cylindrical housing , characterised in that with its free end facing away from the sample opening each piston is connected to two spiral springs which are both in the form of tensile springs or pressure springs and in that for each piston either two tensile springs and the unlocking lever are provided a first installation position I wherein triggering of the unlocking lever by way of the catch pushes the piston into the cylindrical housing , of in that for each piston two pressures springs and the unlocking lever are provided in a second installation position II, turned about 180° in relation to the first installation position I, wherein triggering of the unlocking lever by way of the catch pushes the piston out of the cylindrical housing .
A physical layer protocol data unit, PPDU sending method, comprising: obtaining, by a sending apparatus, a physical layer protocol data unit, PPDU , wherein the PPDU includes a high efficiency-signal field A, HE-SIG-A and a high efficiency-signal field B, HE-SIG-B; and the HE-SIG-A includes a field used to indicate a quantity of OFDM symbols in the HE-SIG-B, wherein when a value of the field is a specific value, the value is used to indicate that the quantity of OFDM symbols included in the HE-SIG-B is greater than or equal to 16; and when a value of the field is another value, the value is used to indicate the quantity of OFDM symbols included in the HE-SIG-B; and sending, by the sending apparatus, the PPDU . obtaining, by a sending apparatus, a physical layer protocol data unit, PPDU , wherein the PPDU includes a high efficiency-signal field A, HE-SIG-A and a high efficiency-signal field B, HE-SIG-B; and the HE-SIG-A includes a field used to indicate a quantity of OFDM symbols in the HE-SIG-B, wherein when a value of the field is a specific value, the value is used to indicate that the quantity of OFDM symbols included in the HE-SIG-B is greater than or equal to 16; and when a value of the field is another value, the value is used to indicate the quantity of OFDM symbols included in the HE-SIG-B; and sending, by the sending apparatus, the PPDU .
A monitoring device for monitoring a boundary section of a safety zone for detecting an object at least partially entering or leaving the safety zone through the boundary section , comprising: a light curtain device for detecting an object touching the boundary section ; at least one radar device for detecting a movement direction of the object relative to the boundary section and/or a material property of the object ; and an evaluation device for emitting an evaluation result based on a radar device signal (RDS) from the radar device and optionally based on a light curtain device signal (LDS) from the light curtain device . a light curtain device for detecting an object touching the boundary section ; at least one radar device for detecting a movement direction of the object relative to the boundary section and/or a material property of the object ; and an evaluation device for emitting an evaluation result based on a radar device signal (RDS) from the radar device and optionally based on a light curtain device signal (LDS) from the light curtain device .