mhurhangee/patent-ind-claim-en huggingface dataset:
A bioreactor, the bioreactor being in the form of a tower, wherein: the bioreactor is filled with a suspended carrier , the suspended carrier is polyethylene, a biofilm is formed on the suspended carrier, a density of the suspended carrier without the biofilm is between 0.97 and 0.98 g/cm 3 , and a density of the suspended carrier with the biofilm is 1 g/cm 3 ; a ratio of a height to a diameter of the bioreactor is between 3 and 10; a water inlet pipe , an air inlet pipe , and a first microporous aerator are arranged at a bottom of the bioreactor; the water inlet pipe is connected to a water distributor ; the air inlet pipe is connected to the first microporous aerator ; a gas inlet pipe and a second microporous aerator are arranged at a middle part of the bioreactor and are connected with each other; and a gas outlet pipe is arranged at a top of the bioreactor; characterized in that: an annular overflow weir is arranged at an upper part of the bioreactor and is connected to a water outlet pipe ; and the bioreactor further comprises a net cover disposed on the annular overflow weir . the bioreactor is filled with a suspended carrier , the suspended carrier is polyethylene, a biofilm is formed on the suspended carrier, a density of the suspended carrier without the biofilm is between 0.97 and 0.98 g/cm 3 , and a density of the suspended carrier with the biofilm is 1 g/cm 3 ; a ratio of a height to a diameter of the bioreactor is between 3 and 10; a water inlet pipe , an air inlet pipe , and a first microporous aerator are arranged at a bottom of the bioreactor; the water inlet pipe is connected to a water distributor ; the air inlet pipe is connected to the first microporous aerator ; a gas inlet pipe and a second microporous aerator are arranged at a middle part of the bioreactor and are connected with each other; and a gas outlet pipe is arranged at a top of the bioreactor; an annular overflow weir is arranged at an upper part of the bioreactor and is connected to a water outlet pipe ; and the bioreactor further comprises a net cover disposed on the annular overflow weir .
Wind farm containing a number of cable arrangements for transmission of electrical power from wind turbines , and containing a number of cooling apparatuses for cooling the cable arrangements , wherein one of the cooling apparatuses comprises the following: - an outer pipe , which is configured in such a way as to accommodate the cable arrangement such that an intermediate space for accommodation of a cooling-water layer remains between the outer pipe and the cable arrangement , - a connection element for establishing a water-tight connection between the outer pipe and the cable arrangement ; characterized in that one of the cooling apparatuses comprises a pressure regulator for regulating the water pressure in the cooling-water layer , and in that a connection element is arranged in the region of an end point of the cable arrangement on a wind turbine , wherein the connection element comprises a weld seam connection device for establishing a weld seam connection between the cable arrangement and the outer pipe . - an outer pipe , which is configured in such a way as to accommodate the cable arrangement such that an intermediate space for accommodation of a cooling-water layer remains between the outer pipe and the cable arrangement , - a connection element for establishing a water-tight connection between the outer pipe and the cable arrangement ;
Lighting device for a motor vehicle interior, comprising at least: - one or more light sources capable of emitting light rays for lighting of said interior, - a touch interface and sensor means for detecting a contact on the touch interface and generating a signal characteristic of this contact according to which the light source or sources is/are controlled, and - a mounting support for the touch interface in the vehicle, the device being characterized in that the touch interface is mounted on the mounting support via the sensor means, and in that the device comprises at least three sensor means capable of blocking movements of the touch interface on its mounting support in a first direction (z). - one or more light sources capable of emitting light rays for lighting of said interior, - a touch interface and sensor means for detecting a contact on the touch interface and generating a signal characteristic of this contact according to which the light source or sources is/are controlled, and - a mounting support for the touch interface in the vehicle,
A laboratory device , in particular for shaking and/or mixing substances, comprising a base unit and a pivot unit which is pivotably connected to the base unit by means of a bearing element about axes oriented perpendicular to a central axis (Z) of the base unit , wherein the base unit comprises a drive apparatus to drive the pivot unit to make a tumbling movement about the central axis (Z); wherein the drive apparatus comprises an arrangement of magnetic elements at an inner side of a roll-off surface of the base unit and a control apparatus ; wherein the pivot unit has a circumferential roll-off section ; and wherein the control apparatus is configured to control the arrangement of magnetic elements for generating a magnetic field circulating along a closed path at an outer side of the roll-of surface to drive the roll-off section of the pivot unit by means of magnetic attraction and/or repulsion to make a rolling off along said path, characterized in that the control apparatus is configured to control the arrangement of magnetic elements for generating a uniformly circulating magnetic field, with, on the transition from a first magnetic element to a following second magnetic element , the control apparatus attenuating the magnetic field of the first magnetic element and, adapted thereto, simultaneously amplifying the magnetic field of the second magnetic element . wherein the pivot unit has a circumferential roll-off section ; and wherein the control apparatus is configured to control the arrangement of magnetic elements for generating a magnetic field circulating along a closed path at an outer side of the roll-of surface to drive the roll-off section of the pivot unit by means of magnetic attraction and/or repulsion to make a rolling off along said path, characterized in that the control apparatus is configured to control the arrangement of magnetic elements for generating a uniformly circulating magnetic field, with, on the transition from a first magnetic element to a following second magnetic element , the control apparatus attenuating the magnetic field of the first magnetic element and, adapted thereto, simultaneously amplifying the magnetic field of the second magnetic element .
A battery electrode, comprising a current collector and an electrode material layer disposed on the current collector, wherein the electrode material layer comprises an electrode active material and graphene of a sheet-like structure, a surface of the graphene is modified with magnetic response nanodots , and in the graphene, more than 50% of the graphene is orientationally arranged at an angle of 45° to 90° with respect to a surface, of the current collector , on which the electrode material layer is disposed, to form a heat conduction path having a specific orientation. characterized in that a heat conduction modification layer is disposed on the surface of the current collector , the electrode material layer is disposed on a surface of the heat conduction modification layer , the heat conduction modification layer and the graphene in the electrode material layer form an interconnected heat conduction network, and a thickness of the heat conduction modification layer is from 0.5 nm to 500 nm, wherein a material of the heat conduction modification layer comprises at least one of a carbon material or a heat conduction metal material, the carbon material comprises one or more of carbon black, acetylene black, crystalline graphene, reduced graphene, and graphene comprising a doping element, and the doping element comprises one or more of nitrogen, phosphorus, sulfur, boron, fluorine, and chlorine.
An electronic device comprising: a circuit board comprising at least one ground pad ; and a shielding member attached to the circuit board and electrically connected to the ground pad , wherein the shielding member comprises: an insulating layer ; a shielding layer formed on a surface of the insulating layer ; and a resin adhesive layer formed on a surface of the shielding layer , wherein the resin adhesive layer comprises a thermoplastic resin adhesive comprising electrically conductive powder, and wherein the shielding layer and the resin adhesive layer have smaller areas than that of the insulating layer . a circuit board comprising at least one ground pad ; and a shielding member attached to the circuit board and electrically connected to the ground pad , wherein the shielding member comprises: an insulating layer ; a shielding layer formed on a surface of the insulating layer ; and a resin adhesive layer formed on a surface of the shielding layer , wherein the resin adhesive layer comprises a thermoplastic resin adhesive comprising electrically conductive powder, and wherein the shielding layer and the resin adhesive layer have smaller areas than that of the insulating layer . an insulating layer ; a shielding layer formed on a surface of the insulating layer ; and a resin adhesive layer formed on a surface of the shielding layer , wherein the resin adhesive layer comprises a thermoplastic resin adhesive comprising electrically conductive powder, and wherein the shielding layer and the resin adhesive layer have smaller areas than that of the insulating layer .
A thermally insulated container for transporting temperature sensitive goods, said container having a modular construction that includes: a plurality of thermally insulated container sections , wherein at least one of the container sections includes a plurality of thermally insulated wall elements ; and means for fixing the container sections together to provide at least part of the thermally insulated container structure, wherein the means for fixing the container sections together includes a support frame mounted externally of the container sections , the support frame is arranged to apply a compressive load to at least some of the container sections , and includes a plurality of longitudinal support elements , a plurality of transverse support elements , and a plurality of vertical support elements ; characterised in that at least one of the container sections includes a first substantially U-shaped thermally insulated wall element .
A method for determining a position of user equipment, comprising: receiving (S610), by the user equipment , a signal from an external antenna , the signal being radiated in a cyclic pattern, wherein the signal is radiated in a clockwise direction and a counterclockwise direction alternately; measuring (S620), by the user equipment, strength of the received signal; characterizing (S630), by the user equipment, the measured strength to form a signal pattern over a time period; analyzing, by the user equipment, the signal pattern to recognize pattern parameters, wherein the pattern parameters include: a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern, determining (S640), by the user equipment, a position of the user equipment based on the signal pattern. receiving (S610), by the user equipment , a signal from an external antenna , the signal being radiated in a cyclic pattern, wherein the signal is radiated in a clockwise direction and a counterclockwise direction alternately; measuring (S620), by the user equipment, strength of the received signal; characterizing (S630), by the user equipment, the measured strength to form a signal pattern over a time period; analyzing, by the user equipment, the signal pattern to recognize pattern parameters, wherein the pattern parameters include: a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern, determining (S640), by the user equipment, a position of the user equipment based on the signal pattern. a peak to peak time interval indicative of a time interval between two neighboring peaks in the signal pattern; a quiescent time at which the measured strength maintains in a constant level for a predetermined time; and a maximum strength in the signal pattern,
Disc for disc brakes, comprising: a drum and a radially external band that is extended around a symmetry axis (X-X), said radially external band having side braking surfaces adapted to cooperate with brake calipers in order to exert a braking action on a vehicle; rotor elements of a rotary electrical machine (12, 14, 15, 17; 12, 14, 15, 18) adapted to cooperate with stator elements of said rotary electrical machine (12, 14, 15, 17; 12, 14, 15, 18) mounted on the vehicle; characterized in that said radially external band is made of composite material comprising carbon fibers; and in that the rotor elements are embedded in the composite material or inserted in housings made in the composite material. a drum and a radially external band that is extended around a symmetry axis (X-X), said radially external band having side braking surfaces adapted to cooperate with brake calipers in order to exert a braking action on a vehicle; rotor elements of a rotary electrical machine (12, 14, 15, 17; 12, 14, 15, 18) adapted to cooperate with stator elements of said rotary electrical machine (12, 14, 15, 17; 12, 14, 15, 18) mounted on the vehicle; characterized in that said radially external band is made of composite material comprising carbon fibers; and in that the rotor elements are embedded in the composite material or inserted in housings made in the composite material.
A splint device for guided robotic surgery, said device comprising: an arcuate splint body having first and second ends and opposing concave and convex surfaces , the splint body defining a plurality of holes spaced apart between the first and second ends , each hole extending between the concave and convex surfaces ; a sleeve received in each of the plurality of holes , and arranged as a drill guide or fastener guide; a tracking portion engaged with the convex surface of the splint body between the first and second ends such that at least one of the holes is disposed between the tracking portion and each of the first and second ends , the tracking portion extending outwardly from the convex surface ; and a kinematic mount engaged with the tracking portion , characterized by a fiducial marker element received by a depression defined by an outer surface of the splint body or the tracking portion , the fiducial marker element being received in a predetermined disposition relative to the kinematic mount . an arcuate splint body having first and second ends and opposing concave and convex surfaces , the splint body defining a plurality of holes spaced apart between the first and second ends , each hole extending between the concave and convex surfaces ; a sleeve received in each of the plurality of holes , and arranged as a drill guide or fastener guide; a tracking portion engaged with the convex surface of the splint body between the first and second ends such that at least one of the holes is disposed between the tracking portion and each of the first and second ends , the tracking portion extending outwardly from the convex surface ; and a kinematic mount engaged with the tracking portion , characterized by a fiducial marker element received by a depression defined by an outer surface of the splint body or the tracking portion , the fiducial marker element being received in a predetermined disposition relative to the kinematic mount .
A liquid container comprising: a first chamber that is surrounded by a plurality of walls (171-176, 138) and is configured to contain a liquid; a liquid inlet port for pouring the liquid into the first chamber ; an air opening port that is opened to air; a liquid lead-out port that leads the liquid out of the first chamber ; an air lead-in port that is formed in, out of the plurality of walls (171-176, 138) surrounding the first chamber , a first wall different from the wall constituting a top surface; and an air communication path that allows the air opening port and the air lead-in port to communicate with each other, characterized in that the air lead-in port is separated from all corner portions where the first wall crosses with another wall (172-176) in the first chamber . a first chamber that is surrounded by a plurality of walls (171-176, 138) and is configured to contain a liquid; a liquid inlet port for pouring the liquid into the first chamber ; an air opening port that is opened to air; a liquid lead-out port that leads the liquid out of the first chamber ; an air lead-in port that is formed in, out of the plurality of walls (171-176, 138) surrounding the first chamber , a first wall different from the wall constituting a top surface; and an air communication path that allows the air opening port and the air lead-in port to communicate with each other, characterized in that the air lead-in port is separated from all corner portions where the first wall crosses with another wall (172-176) in the first chamber .
Laundry care appliance with a tub for holding washing liquid, wherein a laundry drum for holding laundry is arranged in the tub , wherein the tub comprises a discharge opening and an inlet nozzle , wherein the discharge opening is connected fluidically to the inlet nozzle by a line , wherein a pumping apparatus for pumping washing liquid is arranged in the line , wherein the pumping apparatus is configured to pump washing liquid out of the tub through the discharge opening and to pump the discharged washing liquid back through the line and the inlet nozzle into the laundry drum arranged in the tub , in order to wet the laundry in the laundry drum with washing liquid again, a drum drive for rotating the laundry drum and a controller for controlling the drum drive and the pumping apparatus , wherein the controller is configured to control the drum drive during a rotation operation in order to rotate the laundry drum at a rotation speed , the controller is configured to activate the pumping apparatus at the start of the rotation operation in order to pump washing liquid into the line from the tub through the discharge opening and to feed the discharged washing liquid back to the laundry in the laundry drum through the line and the inlet nozzle , and the controller is configured to deactivate the pumping apparatus at the end of the rotation operation , wherein the controller is configured to repeat the rotation operation multiple times, wherein a rotation pause is present between the repeated rotation operations, wherein the controller is configured to deactivate the drum drive and the pumping apparatus during the respective rotation pause , characterised in that the laundry care appliance comprises a program selection facility for selecting a plurality of selectable laundry care programs, wherein the controller is configured to control the duration of the rotation pauses as a function of the selected laundry care program.
A process for dimerizing and oligomerizing a hydrocarbon feed comprising mixed olefins to produce mixed branched higher olefins, said process comprising the steps of: introducing the hydrocarbon feed into a reactor vessel under oligomerization conditions; contacting the mixed hydrocarbon feed with a catalyst within the reactor to convert the mixed olefins into the mixed branched higher olefins, wherein the catalyst comprises an unsupported metal substituted heteropolyacid catalyst represented by the following formula: Cs x H y PMo 12 O 40 wherein 3>x>2 and 0<y<1; and producing a product stream comprising the mixed higher olefins from the reactor vessel; wherein the hydrocarbon feed comprises at least two butenes and the mixed higher olefins comprises olefins having more than 4 carbons. introducing the hydrocarbon feed into a reactor vessel under oligomerization conditions; contacting the mixed hydrocarbon feed with a catalyst within the reactor to convert the mixed olefins into the mixed branched higher olefins, wherein the catalyst comprises an unsupported metal substituted heteropolyacid catalyst represented by the following formula: Cs x H y PMo 12 O 40 wherein 3>x>2 and 0<y<1; and producing a product stream comprising the mixed higher olefins from the reactor vessel; wherein the hydrocarbon feed comprises at least two butenes and the mixed higher olefins comprises olefins having more than 4 carbons.
A blood coagulation-inducing composition comprising a citrate salt and a calcium-carbonate containing material, the composition being for use in reducing or arresting hemorrhaging in a subject in need thereof.
An electric induction heating apparatus for induction heating a bulbous end of a longitudinally oriented workpiece , the apparatus comprising a crown inductor , a skirt inductor and at least one alternating current power source connected to the crown inductor and skirt inductor; the crown inductor comprising a central longitudinal section , a right flank longitudinal section , and a left flank longitudinal section , the right and left flank longitudinal sections each having a length shorter than the length of the central longitudinal section and being disposed on opposing sides of the central longitudinal section; the skirt inductor comprising opposing right , and left side skirt inductor sections; and the crown inductor and skirt inductor being arranged relative to each other so that a longitudinally oriented workpiece can pass sequentially through the crown inductor and the skirt inductor with the top of the bulbous end passing under the central longitudinal section, the opposing flanks of the bulbous end passing within the right and left flank longitudinal sections, and the opposing sides of the bulbous end passing through the opposing right and left side skirt inductor sections. the crown inductor comprising a central longitudinal section , a right flank longitudinal section , and a left flank longitudinal section , the right and left flank longitudinal sections each having a length shorter than the length of the central longitudinal section and being disposed on opposing sides of the central longitudinal section; the skirt inductor comprising opposing right , and left side skirt inductor sections; and the crown inductor and skirt inductor being arranged relative to each other so that a longitudinally oriented workpiece can pass sequentially through the crown inductor and the skirt inductor with the top of the bulbous end passing under the central longitudinal section, the opposing flanks of the bulbous end passing within the right and left flank longitudinal sections, and the opposing sides of the bulbous end passing through the opposing right and left side skirt inductor sections.