mhurhangee/patent-ind-claim-en huggingface dataset:
A conformable absorbent and cushioning wound dressing which comprises an absorbent component, a cushioning component, and a backing layer, wherein a) the absorbent component comprises a hydrophilic polymeric absorbent material which has an absorbency in excess of 20 g/g of 0.9 % saline; b) the cushioning component comprises a substantially water-insoluble, elastically resilient hydrophilic polyurethane foam and which is a separate integer from, but in direct or fluidic contact with, and at least partially overlies the distal face of the absorbent component, wherein the distal face of the absorbent component faces away from the wound in use; and c) the backing layer is a perforated layer or sheet. a) the absorbent component comprises a hydrophilic polymeric absorbent material which has an absorbency in excess of 20 g/g of 0.9 % saline; b) the cushioning component comprises a substantially water-insoluble, elastically resilient hydrophilic polyurethane foam and which is a separate integer from, but in direct or fluidic contact with, and at least partially overlies the distal face of the absorbent component, wherein the distal face of the absorbent component faces away from the wound in use; and c) the backing layer is a perforated layer or sheet.
An assembly for receiving a lateral pipe in an opening formed in a concrete structure , the assembly comprising: an elastomeric sleeve configured to be removably insertable into the opening formed in the concrete structure , the elastomeric sleeve comprising at a first end an inwardly extending rib and at a second end an outwardly extending flange ; and a rigid ring component insertable into the elastomeric sleeve comprising at a first end an inwardly extending rib characterised in that the rigid ring component further comprises at a second end an outwardly extending flange .
A control system , comprising: a control apparatus functioning as a master; and a plurality of slaves which are network-connected to the control apparatus, wherein each of the plurality of slaves is configured to store identification information thereon, and characterized in that : the control apparatus comprises an identification information set means configured to execute a first instruction , in which (i) first identification information indicating a reference slave among the plurality of slaves, (ii) a port name of the reference slave and (iii) second identification information to be set are specified, to set the second identification information to a target slave among the plurality of slaves which is identified by the first identification information and the port name of the reference slave. a control apparatus functioning as a master; and a plurality of slaves which are network-connected to the control apparatus, wherein each of the plurality of slaves is configured to store identification information thereon, and characterized in that : the control apparatus comprises an identification information set means configured to execute a first instruction , in which (i) first identification information indicating a reference slave among the plurality of slaves, (ii) a port name of the reference slave and (iii) second identification information to be set are specified, to set the second identification information to a target slave among the plurality of slaves which is identified by the first identification information and the port name of the reference slave.
A monolithic integrated circuit for controlling a high-side switching element for a load using a bootstrap capacitor , the integrated circuit comprising: a first supply voltage input for receiving a first input supply voltage (V 1 ); a second supply voltage input for receiving a second, current-limited input supply voltage (V CP ); a voltage-sensing input for receiving the source voltage of the switching element; a first output for providing a drive signal (V G ) to the switching element ; a second output for providing a charging signal (V BS ) to the bootstrap capacitor ; a pre-driver for generating the drive signal, the pre-driver having: a voltage input ; and an output which is coupled to the first output; and a power supply control section comprising: first and second switches ; wherein the first and second switches are arranged in series between the first input and the second output , the second input is coupled to a node between the first and second switches , and the node is coupled to the voltage input of the pre-driver, and wherein the bootstrap capacitor is coupled between the second output and the voltage-sensing input ; wherein the first and second switches are selectively operable following switching of the switching element from an ON state to an OFF state: in response to a determination that the source voltage is below a predetermined level, to decouple the second output ; and, thereafter, in response to determination that the source voltage is above the predetermined level, to couple the second output to the first input . a first supply voltage input for receiving a first input supply voltage (V 1 ); a second supply voltage input for receiving a second, current-limited input supply voltage (V CP ); a voltage-sensing input for receiving the source voltage of the switching element; a first output for providing a drive signal (V G ) to the switching element ; a second output for providing a charging signal (V BS ) to the bootstrap capacitor ; a pre-driver for generating the drive signal, the pre-driver having: a voltage input ; and an output which is coupled to the first output; and a voltage input ; and an output which is coupled to the first output; and a power supply control section comprising: first and second switches ; wherein the first and second switches are arranged in series between the first input and the second output , the second input is coupled to a node between the first and second switches , and the node is coupled to the voltage input of the pre-driver, and wherein the bootstrap capacitor is coupled between the second output and the voltage-sensing input ; wherein the first and second switches are selectively operable following switching of the switching element from an ON state to an OFF state: in response to a determination that the source voltage is below a predetermined level, to decouple the second output ; and, thereafter, in response to determination that the source voltage is above the predetermined level, to couple the second output to the first input .
Vehicle seat console comprising at least one vehicle-side guide element and at least one seat-side guide element arranged parallel to the vehicle-side guide element and a longitudinal adjustment device which is acted upon by a drive device by means of a transmission device and is configured to bring about a relative adjustment between the vehicle-side guide element and the seat-side guide element , wherein the longitudinal adjustment device and/or the transmission device is provided with at least one energy absorption device which is designed to damp impulse-like relative movements between the vehicle-side guide element and the seat-side guide element , characterized in that the longitudinal adjustment device has a non-self-locking translatory movement unit or forms such a movement unit, which couples the vehicle-side guide element and the seat-side guide element to each other, and in that the energy absorption device is arranged between the drive device and the non-self-locking translatory movement unit.
Electric drive device for a motor vehicle, with a housing , with an electric machine , with a differential gearbox and with a gearbox device having: a first planetary gear set , which is accommodated in the housing and has a first sun gear , a first ring gear and a first planet carrier as first components of the first planetary gear set ; and a second planetary gear set , which is accommodated in the housing and has a second sun gear non-rotatably connected or connectable to the housing , a second ring gear non-rotatably connected or connectable to the first planet carrier and a second planet carrier as second components of the second planetary gear set , wherein the first sun gear is non-rotatably connected or connectable to the second sun gear , wherein the first planetary gear set is assigned a blocking shifting element , by means of which one of the first components can be non-rotatably connected to another of the first components or to one of the second components, characterised in that the differential gearbox is located radially within the first planetary gear set and the second planetary gear set and axially substantially in the region of the first planetary gear set and the second planetary gear set , and in that the second planet carrier is non-rotatably connected to a differential cage of the differential gearbox , and in that a transmission stage is provided, which is located between the electric machine and the first planetary gear set with regard to a torque flow and which is axially located between the electric machine and the differential gearbox and axially located between the electric machine and the first planetary gear set , and in that a connecting body is provided, which is non-rotatably connected to the second sun gear and non-rotatably connected or connectable to a first housing wall of the housing , wherein the whole connecting body is radially located within the first planet carrier and the second planet carrier , wherein the second planet carrier is axially bearing-mounted by means of a first bearing element with respect to the first planet carrier and by means of a further bearing element with respect to the second sun gear , and wherein the first planet carrier is axially bearing-mounted by means of another bearing element with respect to the first sun gear and the first sun gear is axially bearing-mounted by means of an additional bearing element with respect to the connecting body . a first planetary gear set , which is accommodated in the housing and has a first sun gear , a first ring gear and a first planet carrier as first components of the first planetary gear set ; and a second planetary gear set , which is accommodated in the housing and has a second sun gear non-rotatably connected or connectable to the housing , a second ring gear non-rotatably connected or connectable to the first planet carrier and a second planet carrier as second components of the second planetary gear set , wherein the first sun gear is non-rotatably connected or connectable to the second sun gear ,
A method performed by a network node for providing support for frequency-overlapping carriers among a first radio access technology, RAT, and a second RAT, wherein the first RAT is New Radio, NR, and the second RAT is Long Term Evolution, LTE, the method comprising: determining second RAT information to signal to a first RAT wireless device , the second RAT information configured to allow the first RAT wireless device to determine, at a resource element level, resources reserved for second RAT transmissions (S100); and causing the second RAT information to be communicated to the first RAT wireless device S102), wherein the resources reserved for the second RAT transmissions include a first plurality of resource elements of a first symbol; and wherein the second RAT information further includes a physical downlink shared channel bitmap pattern for the second RAT, wherein said bitmap indicates one or more subframe is designated as an invalid subframe for LTE, indicating to the wireless device radio resources to exclude from the NR reserved resources. determining second RAT information to signal to a first RAT wireless device , the second RAT information configured to allow the first RAT wireless device to determine, at a resource element level, resources reserved for second RAT transmissions (S100); and causing the second RAT information to be communicated to the first RAT wireless device S102), wherein the resources reserved for the second RAT transmissions include a first plurality of resource elements of a first symbol; and wherein the second RAT information further includes a physical downlink shared channel bitmap pattern for the second RAT, wherein said bitmap indicates one or more subframe is designated as an invalid subframe for LTE, indicating to the wireless device radio resources to exclude from the NR reserved resources.
A display device comprising: a display panel ; and a first color filter layer spaced from the display panel and adapted to receive light from the display panel, comprising an array of first color filter portions of at least three colors; wherein the display panel is configurable in: a privacy mode for providing only a central viewing zone in which the display panel produces light output regions of different light output color, each light output region being aligned with a corresponding first color filter portion of the first color filter layer ; and a public mode for providing the central and lateral viewing zones in which the display panel produces light containing all of the light output colors in each of the light output regions . a display panel ; and a first color filter layer spaced from the display panel and adapted to receive light from the display panel, comprising an array of first color filter portions of at least three colors; wherein the display panel is configurable in: a privacy mode for providing only a central viewing zone in which the display panel produces light output regions of different light output color, each light output region being aligned with a corresponding first color filter portion of the first color filter layer ; and a public mode for providing the central and lateral viewing zones in which the display panel produces light containing all of the light output colors in each of the light output regions . a privacy mode for providing only a central viewing zone in which the display panel produces light output regions of different light output color, each light output region being aligned with a corresponding first color filter portion of the first color filter layer ; and a public mode for providing the central and lateral viewing zones in which the display panel produces light containing all of the light output colors in each of the light output regions .
A pharmaceutical composition, characterised in that the composition comprises a pharmaceutical carrier consisting of sesame oil and beeswax as well as oryzanol and berberine hydrochloride as active ingredients; the oryzanol is present in an amount of 1-5% by weight, the berberine hydrochloride is present in an amount of 5-50% by weight, the beeswax is present in an amount of 1-20% by weight, and the sesame oil is present in an amount of 40-85% by weight, relative to the total weight of the pharmaceutical composition.
A zinc-polysulfide rechargeable flow battery comprising: - a first half-cell (110; 310; 410; 510; 610; 710) comprising a first electrolyte (114; 314; 414; 514; 614; 714) containing a source of Zn 2+ ions and a static or flowable electrode disposed within the first half-cell, said first half-cell being connected in a closed-loop configuration through a first pump to a first external tank containing the first electrolyte; - a second half-cell (120; 620; 720; 820; 920; 1020; 1120; 1220; 1320; 1420; 1520; 1620; 1720; 1820; 1920; 2020; 2120; 2220; 2320) comprising a second electrolyte (124; 721; 821; 921; 1021; 1121; 1221; 1321; 1421; 1521; 1621; 1721; 1821; 1921; 2021; 2121; 2221; 2321) in which polysulfides are dissolved and a static (122; 622; 722; 822; 922; 1022; 1122; 1222; 1322; 1422; 1522; 1622; 1722; 1822; 1922; 2022; 2122; 2222; 2322) or flowable electrode, disposed within the second half-cell, said second half-cell being connected in a closed-loop configuration through a second pump to a second external tank containing the second electrolyte; - in the second half-cell, a catalyst on the surface of a static electrode or dispersed in the second electrolyte in the form of particles (711; 911); and - a separator (130; 160) between the two half-cells. - a first half-cell (110; 310; 410; 510; 610; 710) comprising a first electrolyte (114; 314; 414; 514; 614; 714) containing a source of Zn 2+ ions and a static or flowable electrode disposed within the first half-cell, said first half-cell being connected in a closed-loop configuration through a first pump to a first external tank containing the first electrolyte; - a second half-cell (120; 620; 720; 820; 920; 1020; 1120; 1220; 1320; 1420; 1520; 1620; 1720; 1820; 1920; 2020; 2120; 2220; 2320) comprising a second electrolyte (124; 721; 821; 921; 1021; 1121; 1221; 1321; 1421; 1521; 1621; 1721; 1821; 1921; 2021; 2121; 2221; 2321) in which polysulfides are dissolved and a static (122; 622; 722; 822; 922; 1022; 1122; 1222; 1322; 1422; 1522; 1622; 1722; 1822; 1922; 2022; 2122; 2222; 2322) or flowable electrode, disposed within the second half-cell, said second half-cell being connected in a closed-loop configuration through a second pump to a second external tank containing the second electrolyte; - in the second half-cell, a catalyst on the surface of a static electrode or dispersed in the second electrolyte in the form of particles (711; 911); and - a separator (130; 160) between the two half-cells.
A well system for use in a wellbore comprising: an elongated tapered body ; an inlet on an end of the body proximate to a lower end of the wellbore ; an outlet on an end of the body distal from the inlet ; openings formed through a sidewall of the tapered body ; and an inner diameter of the body that widens a uniform amount per linear distance from the inlet to the outlet . an elongated tapered body ; an inlet on an end of the body proximate to a lower end of the wellbore ; an outlet on an end of the body distal from the inlet ; openings formed through a sidewall of the tapered body ; and an inner diameter of the body that widens a uniform amount per linear distance from the inlet to the outlet .
A water circulation module adapted to be installed in a hot water system comprising a water heating appliance having an water inlet and a water outlet , a cold water pipeline in communication with the water inlet , and a hot water pipeline in communication with the water outlet ; said water circulation module being disposed outside the water heating appliance and connected between the hot water pipeline and the cold water pipeline, so as to selectively establish a water circulation path between itself and the water heating appliance and thereby heating cold water in the water circulation path, wherein, said water circulation module comprises a main waterway , a temperature sensing device associated with the main waterway for detecting temperature of water within the main waterway, and a water pump disposed in the main waterway for being started or stopped in accordance with the water temperature detected by the temperature sensing device; characterized in that said water circulation module further comprises: a housing having an inlet port , a first outlet port , and a second outlet port ; an auxiliary water heating device disposed in the housing and having a water intake and a water exit; a first pipeline disposed between the inlet port and the water intake of the auxiliary water heating device , and a second pipeline disposed between the second outlet port and the water exit of the auxiliary water heating device ; wherein said main waterway is disposed between the inlet port and the first outlet port . a housing having an inlet port , a first outlet port , and a second outlet port ; an auxiliary water heating device disposed in the housing and having a water intake and a water exit; a first pipeline disposed between the inlet port and the water intake of the auxiliary water heating device , and a second pipeline disposed between the second outlet port and the water exit of the auxiliary water heating device ; wherein said main waterway is disposed between the inlet port and the first outlet port .
An optical fiber connecting structure , comprising: a first connector for a terminal of an optical fiber , comprising a plurality of ferrule holding members each holding a ferrule and being unitable with each other; and a second connector on an optical signal receiver side, comprising an interface housing with a cavity for insertion of the first connector , the interface housing in which a plurality of ferrule receivers for insertion of the ferrules are disposed, wherein each of the plurality of ferrule holding members comprises a ferrule holding groove for insertion of the corresponding ferrule in a direction perpendicular to an axial direction of the corresponding ferrule , wherein the plurality of ferrule holding members are united to each other with opening faces of the ferrule holding grooves being disposed to face each other, and characterized in that the interface housing comprises a ferrule guide configured to guide each of the ferrules to a proper insertion position upon insertion of the first connector into the cavity , wherein the ferrule guide comes at a position between the ferrules being inserted into the cavity to guide an interval of the ferrules to a predetermined pitch interval. a first connector for a terminal of an optical fiber , comprising a plurality of ferrule holding members each holding a ferrule and being unitable with each other; and a second connector on an optical signal receiver side, comprising an interface housing with a cavity for insertion of the first connector , the interface housing in which a plurality of ferrule receivers for insertion of the ferrules are disposed, wherein each of the plurality of ferrule holding members comprises a ferrule holding groove for insertion of the corresponding ferrule in a direction perpendicular to an axial direction of the corresponding ferrule , wherein the plurality of ferrule holding members are united to each other with opening faces of the ferrule holding grooves being disposed to face each other, and characterized in that the interface housing comprises a ferrule guide configured to guide each of the ferrules to a proper insertion position upon insertion of the first connector into the cavity , wherein the ferrule guide comes at a position between the ferrules being inserted into the cavity to guide an interval of the ferrules to a predetermined pitch interval. wherein the plurality of ferrule holding members are united to each other with opening faces of the ferrule holding grooves being disposed to face each other, and characterized in that the interface housing comprises a ferrule guide configured to guide each of the ferrules to a proper insertion position upon insertion of the first connector into the cavity , wherein the ferrule guide comes at a position between the ferrules being inserted into the cavity to guide an interval of the ferrules to a predetermined pitch interval.
Electric compressor having a shaft driven in rotation by an electric motor by way of rolling bearings , the shaft driving a compressor wheel in rotation, the compressor having two sealing segments which are mounted around the shaft between the rolling bearings and the compressor wheel and having a vent hole circuit, for circulating a flow of contaminants towards the exterior of the compressor , the inlet of said vent hole is disposed between the two sealing segments, and the compressor having baffling upstream of the segment disposed on the side of the wheel , characterized in that it has at least one seal for protecting the rolling bearings , and a groove upstream of the baffling .