mhurhangee/ep-ind-claims huggingface dataset:
A protective apparel and support apparatus, comprising: a yoke including a chest portion coupled to a back portion, the yoke configured to rest on shoulders of a wearer, the chest portion configured to secure a shield of a gown portion, the gown portion includes the shield, and is configured to define a barrier, and the shield is configured to be secured to the chest portion of the yoke such that a portion of a weight of the gown portion is supported by the yoke, the protective apparel and support apparatus being characterised in that: a further gown portion is configured to define a further barrier; and a fan is attached to the back portion of the yoke and configured to direct air from an area outside said barrier to an area inside said barrier. a yoke including a chest portion coupled to a back portion, the yoke configured to rest on shoulders of a wearer, the chest portion configured to secure a shield of a gown portion, the gown portion includes the shield, and is configured to define a barrier, and the shield is configured to be secured to the chest portion of the yoke such that a portion of a weight of the gown portion is supported by the yoke, the protective apparel and support apparatus being characterised in that: a further gown portion is configured to define a further barrier; and a fan is attached to the back portion of the yoke and configured to direct air from an area outside said barrier to an area inside said barrier. a further gown portion is configured to define a further barrier; and a fan is attached to the back portion of the yoke and configured to direct air from an area outside said barrier to an area inside said barrier.
An outdoor display apparatus comprising: a housing; a display module disposed inside the housing, and including a display panel on which an image is displayed; a heat-exchange module disposed on a rear surface of the display module, and configured to concentrate heat inside the housing on a rear surface of the display panel and discharge heat out of the housing; a protective glass disposed to correspond to a display area of the display panel, and configured to transmit infrared light; and a control module configured to drive the display module, wherein the heat-exchange module comprises a heat exchange fin for separating a first cooling flow path along which outside air moves, the outside air flowing into the housing through the heat-exchange module and a second cooling flow path along which inside air moves, the inside air circulating inside the housing and exchanging heat with the outside air in the first cooling flow path to cool the display module and the control module, wherein the second cooling flow path is formed along the circumference of the display module, characterized in that the heat exchange fin has a corrugated plate structure, and the first cooling flow path and the second cooling flow path are disposed on opposite sides of the corrugated plate structure such that heat is exchanged between the opposite sides of the corrugated plate structure. a housing; a display module disposed inside the housing, and including a display panel on which an image is displayed; a heat-exchange module disposed on a rear surface of the display module, and configured to concentrate heat inside the housing on a rear surface of the display panel and discharge heat out of the housing; a protective glass disposed to correspond to a display area of the display panel, and configured to transmit infrared light; and a control module configured to drive the display module, wherein the heat-exchange module comprises a heat exchange fin for separating a first cooling flow path along which outside air moves, the outside air flowing into the housing through the heat-exchange module and a second cooling flow path along which inside air moves, the inside air circulating inside the housing and exchanging heat with the outside air in the first cooling flow path to cool the display module and the control module, wherein the second cooling flow path is formed along the circumference of the display module, characterized in that the heat exchange fin has a corrugated plate structure, and the first cooling flow path and the second cooling flow path are disposed on opposite sides of the corrugated plate structure such that heat is exchanged between the opposite sides of the corrugated plate structure.
A method for key deduction in a wireless communication network, comprising: receiving, by a device for mobility management, a root key from a device for storing user information; and deducing, by the device for mobility management, according to the root key, keys for protecting security of a non-access stratum, NAS, signaling, and a first key for protecting an access stratum, AS, signaling and user data; sending, by the device for mobility management, the first key to an entity protecting the security of the AS signaling and the user data. receiving, by a device for mobility management, a root key from a device for storing user information; and deducing, by the device for mobility management, according to the root key, keys for protecting security of a non-access stratum, NAS, signaling, and a first key for protecting an access stratum, AS, signaling and user data; sending, by the device for mobility management, the first key to an entity protecting the security of the AS signaling and the user data.
Refrigeration device having an insulated interior which contains at least one refrigerated component part whose surface has a tendency to ice up, wherein the surface tending to ice up is provided with a coating which has organic substances which prevent or restrict the growth of ice crystals, characterised in that the organic substances have synthetically created proteins or nucleic acids.
Tube set, comprising two oil-hydraulics tubes, each of which has a tube line having a tube connection and a tube coupling having a handle part and a coupling part, the handle part being connected to the coupling part on one side and to the tube line on the other side via threads (8.3, 10.1; 8.2, 9.3) of the respective parts (8, 10, 3), characterized in that each handle part is made in one piece from aluminum alloy and is anodized at least on the outside.
Robot module having a robot drive and a robot body, which comprises a spacer rod, a robot head and at least one control arm, wherein a platform of the robot drive and a fastening group of the robot head are connected to one another via the spacer rod and the control arm, wherein the robot drive is designed to rotate the robot head by means of the spacer rod and the control arm, and wherein a fastening surface of the fastening group has a first centre of gravity and a fastening surface of the drive platform has a second centre of gravity, the spacer rod being arranged in the first centre of gravity and the second centre of gravity, characterized by an actuator group, which is coupled to the fastening group by means of a transmission gear mechanism, wherein the transmission gear mechanism is designed to convert rotation of the fastening group into rotation of the actuator group in accordance with a predetermined transmission ratio.
A liquid analysis mixture for a colorimetric diagnosis of urinary tract infections said liquid analysis mixture comprising a water part and an organic part, said water part comprising a reagent mixture comprising (a) nutrient substances comprising an amino acid source selected from the group consisting of meat infusions or peptones, vegetable peptones, casein hydrolysates, tryptose, tryptones and yeast extract; (b) at least one redox indicator with a potential ranging from -100 to +500 mV; and (c) a buffer system able to maintain the pH in a range from 6.0 to 8.0; said reagent mixture comprising from 94.0 to 99.9% by weight of the nutrient substances and from 0.1 to 6.0% by weight of the redox indicator, characterized in that the organic part is immiscible with the water part and has a density lower than that of the water part. (a) nutrient substances comprising an amino acid source selected from the group consisting of meat infusions or peptones, vegetable peptones, casein hydrolysates, tryptose, tryptones and yeast extract; (b) at least one redox indicator with a potential ranging from -100 to +500 mV; and (c) a buffer system able to maintain the pH in a range from 6.0 to 8.0; said reagent mixture comprising from 94.0 to 99.9% by weight of the nutrient substances and from 0.1 to 6.0% by weight of the redox indicator, characterized in that the organic part is immiscible with the water part and has a density lower than that of the water part.
A separator for separating solids from a fluid, comprising a tray assembly, the tray assembly comprising a plurality of nested tray units which define a separator axis and are spaced apart from one another along the separator axis, each tray unit comprising: a substantially conical tray which is aligned along the separator axis; an aperture in the tray disposed at the separator axis; and characterised in that each tray unit further comprises means for restricting flow through the respective aperture comprising a baffle disposed at the aperture such that, when the separator is upright, the baffle obstructs upward flow through the aperture. a substantially conical tray which is aligned along the separator axis; an aperture in the tray disposed at the separator axis; and characterised in that each tray unit further comprises means for restricting flow through the respective aperture comprising a baffle disposed at the aperture such that, when the separator is upright, the baffle obstructs upward flow through the aperture.
A separation process comprising: dissolving an amount of gas in a fluid via a centrifugal pump to form a fluid/gas mixture comprising a plurality of dissolved bubbles; delivering the fluid/gas mixture to a floatation unit comprising a waste stream therein, the waste stream comprising oil droplets having an average oil droplet size; releasing the dissolved bubbles from the fluid/gas mixture, the bubbles having an average bubble size of 100 micron or less; and separating the oil droplets from the waste stream in the floatation unit via attachment of the released bubbles to the oil droplets and rising of the oil droplets toward a fluid surface in the floatation unit; characterized in that the pump comprises an impeller disposed within a first pump chamber and further comprising; introducing a first amount of gas to a front section of the impeller; introducing a second amount of gas to back section of the impeller; and modifying a ratio of the first amount of gas to the second amount of gas to change the average bubble size. dissolving an amount of gas in a fluid via a centrifugal pump to form a fluid/gas mixture comprising a plurality of dissolved bubbles; delivering the fluid/gas mixture to a floatation unit comprising a waste stream therein, the waste stream comprising oil droplets having an average oil droplet size; releasing the dissolved bubbles from the fluid/gas mixture, the bubbles having an average bubble size of 100 micron or less; and separating the oil droplets from the waste stream in the floatation unit via attachment of the released bubbles to the oil droplets and rising of the oil droplets toward a fluid surface in the floatation unit; characterized in that the pump comprises an impeller disposed within a first pump chamber and further comprising; introducing a first amount of gas to a front section of the impeller; introducing a second amount of gas to back section of the impeller; and modifying a ratio of the first amount of gas to the second amount of gas to change the average bubble size.
A conductive polymer fiber (30, 40, 50, 60, 201), wherein a conductor (32, 34, 42, 52, 54, 62, 212) containing a conductive polymer adheres to base fibers (31, 41, 51, 61, 211), wherein among a plurality of said base fibers (31, 41, 51, 61, 211), said conductor (32, 34, 42, 52, 54, 62, 212) is arranged with close adhesion to said base fibers (31, 41, 51, 61, 211), said base fibers (31, 41, 51, 61, 211) extend along the lengthwise direction, said conductor (32, 34, 42, 52, 54, 62, 212) bonds the base fibers (31, 41, 51, 61, 211), said conductive polymer consists of PEDOT-PSS, said base fibers (31, 41, 51, 61, 211) are twisted or straightened fibers, characterized in that said conductor (32, 34, 42, 52, 54, 62, 212) contains glycerol as additive, and said base fibers (31, 41, 51, 61, 211) are composed of silk. said base fibers (31, 41, 51, 61, 211) extend along the lengthwise direction, said conductor (32, 34, 42, 52, 54, 62, 212) bonds the base fibers (31, 41, 51, 61, 211), said conductive polymer consists of PEDOT-PSS, said base fibers (31, 41, 51, 61, 211) are twisted or straightened fibers, characterized in that said conductor (32, 34, 42, 52, 54, 62, 212) contains glycerol as additive, and said base fibers (31, 41, 51, 61, 211) are composed of silk.
A radio communication system comprising: a transmission device; and a reception device, wherein the transmission device includes: a first null insertion unit to insert a first signal in a time direction of data symbols, the first signal being a signal having an electric power lower than an amplitude of the data symbols, the reception device includes: a null extraction unit to extract a first symbol from a received signal, the first symbol being a signal in a period corresponding to the first signal; a signal interpolation unit to interpolate the first symbol to reproduce interference components in periods corresponding to the data symbols; and a first subtraction unit to subtract the interference components from the received signal; characterised in that the reception device further includes: a data symbol extraction unit to extract the data symbols from the received signal; and a first interference estimation unit to calculate power spectra of frequency components of the first symbol and the data symbols, and estimate a first interference frequency range using a shape of the power spectra, the first interference frequency range being a frequency range in which the interference components are present, wherein the signal interpolation unit is configured to interpolate the first symbol using the first interference frequency range. a first null insertion unit to insert a first signal in a time direction of data symbols, the first signal being a signal having an electric power lower than an amplitude of the data symbols, a null extraction unit to extract a first symbol from a received signal, the first symbol being a signal in a period corresponding to the first signal; a signal interpolation unit to interpolate the first symbol to reproduce interference components in periods corresponding to the data symbols; and a first subtraction unit to subtract the interference components from the received signal; a data symbol extraction unit to extract the data symbols from the received signal; and a first interference estimation unit to calculate power spectra of frequency components of the first symbol and the data symbols, and estimate a first interference frequency range using a shape of the power spectra, the first interference frequency range being a frequency range in which the interference components are present, wherein
Multi-zone reactor suitable for the continuous fluidized bed polymerization of one or more α-olefin monomers of which at least one is ethylene or propylene, which multi-zone reactor is operable in condensed mode, which multi-zone reactor comprises a first zone, a second zone, a third zone, a fourth zone, which does not function as a reaction zone, and a distribution plate, wherein the first zone is separated from the second zone by the distribution plate, wherein the multi-zone reactor is extended in the vertical direction wherein the second zone of the multi-zone reactor is located above the first zone and wherein the third zone of the multi-zone reactor is located above the second zone, and wherein the fourth zone of the multi-zone reactor is located above the third zone wherein the second zone contains an inner wall, wherein at least part of the inner wall of the second zone is either in the form of a gradually increasing inner diameter or a continuously opening cone, wherein the diameter or the opening increases in the vertical direction towards the top of the multi-zone reactor wherein the third zone contains an inner wall, wherein at least part of the inner wall of the third zone is either in the form of a gradually increasing inner diameter or a continuously opening cone, wherein the diameter or the opening increases in the vertical direction towards the top of the multi-zone reactor wherein the largest diameter of the inner wall of the third zone is larger than the largest diameter of the inner wall of the second zone, wherein further at least a part of said second zone and/or said third zone contains an inner wall, wherein at least part of the inner wall has a cylindrical shape.
A system for monitoring an absorbent article designed to absorb and contain bodily exudates, the system comprising: an absorbent article comprising an optical property changing indicator adapted to change at least one optical property in response to the presence or absence of bodily exudates, wherein the absorbent article and the indicator form one integral unit; and an optical sensor detector device comprising a housing, an optical sensor and a light spaced from the optical sensor, the optical sensor adapted to detect the change of the optical property of the indicator, wherein the absorbent article comprises a connector selected from at least one of the group comprising: a pocket, a sleeve, a loop, an adhesive, an adhesive tape, a mechanical fastener, a hook fastener, a loop fastener, a snap, a slot, a hole, a button, a belt, a magnet, a magnetic fastener, a paramagnetic fastener, a cohesive fastener and a strap; wherein the detector device is attached to an area of the absorbent article juxtaposed the indicator integral to the absorbent article and is detachable from that area of the absorbent article, wherein at least one of the absorbent article and the detector device is adapted to be associated together and disassociated from each other, wherein when the absorbent article and the detector device are associated together the detector device is adapted to detect the change of optical property of the indicator. an absorbent article comprising an optical property changing indicator adapted to change at least one optical property in response to the presence or absence of bodily exudates, wherein the absorbent article and the indicator form one integral unit; and an optical sensor detector device comprising a housing, an optical sensor and a light spaced from the optical sensor, the optical sensor adapted to detect the change of the optical property of the indicator, wherein the absorbent article comprises a connector selected from at least one of the group comprising: a pocket, a sleeve, a loop, an adhesive, an adhesive tape, a mechanical fastener, a hook fastener, a loop fastener, a snap, a slot, a hole, a button, a belt, a magnet, a magnetic fastener, a paramagnetic fastener, a cohesive fastener and a strap; wherein the detector device is attached to an area of the absorbent article juxtaposed the indicator integral to the absorbent article and is detachable from that area of the absorbent article, wherein at least one of the absorbent article and the detector device is adapted to be associated together and disassociated from each other, wherein when the absorbent article and the detector device are associated together the detector device is adapted to detect the change of optical property of the indicator.
A method for determining the stock of notes of value of a drum storage for receiving notes of value, in which notes of value are successively received in a drum storage in that a winding drum is rotated by means of a motor so that the notes of value are wound onto the winding drum such that they are received between foil tapes (48, 50), characterized in that at least for a part of the notes of value the current motor position of the motor is determined after winding up the note of value, that the determined motor position is stored such that it is unambiguously assigned to the respective note of value, that for determining the stock of notes of value of the drum storage a current motor position is determined, this determined motor position is compared with the stored motor positions and, dependent on the result of this comparison, the stock is determined, that when an irregularity is detected during the removal of notes of value so that the current stock of the drum storage is not known, notes of value are successively removed, the motor position during the removal of each note of value is determined and the determined motor position is compared with the stored motor positions until the determined motor position corresponds to the stored motor position for a preset number of successively removed notes of value, and that the note of value directly following the last-removed note of value in the receiving order as well as all notes of value arranged further up in the receiving order are determined as a stock, and that the preset number is at least 2.
A method of wireless communication, comprising: determining that a receiver in a first wireless communication apparatus is configured for processing signals received over a channel from a second wireless communication apparatus iteratively between a demapper and a LDPC decoder; selecting a code book of LDPC code for use in communicating over the channel based on conditions affecting transmission of the signals through the channel and performance information associated with the demapper in the receiver; and signaling, to the second wireless communication apparatus, the selected code book in one or more control channels; characterized in that a code book is selected to ensure that the EXIT chart of the code book closely matches the EXIT chart of the demapper by selecting variable-node and check-node degrees. determining that a receiver in a first wireless communication apparatus is configured for processing signals received over a channel from a second wireless communication apparatus iteratively between a demapper and a LDPC decoder; selecting a code book of LDPC code for use in communicating over the channel based on conditions affecting transmission of the signals through the channel and performance information associated with the demapper in the receiver; and signaling, to the second wireless communication apparatus, the selected code book in one or more control channels; characterized in that a code book is selected to ensure that the EXIT chart of the code book closely matches the EXIT chart of the demapper by selecting variable-node and check-node degrees.