mhurhangee/patent-ind-claim-en huggingface dataset:
Drilling fluid regeneration device with a cleaning device for cleaning supplied drilling fluid, a tank arrangement for storing cleaned drilling fluid connected through fluid to the cleaning device , wherein the tank arrangement has a first and a second tank, and a recycling system for recycling cleaned drilling fluid connected through fluid to the tank arrangement , wherein the recycling system has a mixing unit for adding substances to the drilling fluid, and the drilling fluid regeneration device has a drilling fluid drain where the regenerated drilling fluid can exit, and upstream the drilling fluid drain a transfer pump is arranged that increases the pressure of exiting drilling fluid, and the drilling fluid regeneration device is mounted on a vehicle , and, while remaining on the vehicle , can be put in operation mode, characterized in that the two tanks can be filled with drilling fluid selectively, a feed pump being provided for this sucking drilling fluid from the cleaning device , and a connection line is connected to the feed pump , the connection line having a first branch line leading to the first tank , and a second branch line leading to the second tank , and a third connection line is provided connecting the recycling system with the transfer pump , and in the third connection line a sixth valve and a seventh valve is arranged, wherein from the third connection line between the sixth valve and the seventh valve a third connection line branches off to the first tank , and parallel to the third connection line a fourth connection line is arranged, and in the fourth connection line an eighth valve and a ninth valve are arranged, wherein between the eighth valve and the ninth valve a fourth connection line branches off from the fourth connection line to the second tank , and the sixth, seventh, eighth and ninth valves each are designed such that they can be controlled separately and thus any connection between the tanks of the recycling system and the transfer pump can be switched, so that drilling fluid for recycling can be pumped through the respective tank and the recycling system in the circuit, and during a recycling process carried out with the drilling fluid in one of the tanks the drilling fluid stored in the other tank can be guided to the drilling fluid drain .
A driving assistance system for a vehicle including a cab delimited by a window glass and at least one structural element adjacent to the window glass , the structural element obstructing a region of the field of view of a driver of the vehicle , the system comprising: - a set of external cameras including a first camera able to obtain data representative of the region obstructed by the structural element , and a second camera able to obtain data representative of the region obstructed by the structural camera , - a display assembly mounted on the structural element and comprising a display surface , and - a processing unit connected to the set of external cameras , and to the display assembly , capable of generating the display of an image to be displayed in the obstructed region on the display surface , - an assembly for acquiring the position, or the position and the orientation, of the eyes of the driver of the vehicle , the processing unit being connected to the acquisition assembly ; characterized in that the set of external cameras includes a third camera positioned at a different height from the heights of the first camera and the second camera ; and in that the processing unit is able to produce a three-dimensional model of the obstructed region from data received from the first camera , the second camera and the third camera , and to generate an image to be displayed of the obstructed region as a function of the position of the eyes of the driver , by geometric deformation of the three-dimensional model, as a function of the shape of the display surface . - a set of external cameras including a first camera able to obtain data representative of the region obstructed by the structural element , and a second camera able to obtain data representative of the region obstructed by the structural camera , - a display assembly mounted on the structural element and comprising a display surface , and - a processing unit connected to the set of external cameras , and to the display assembly , capable of generating the display of an image to be displayed in the obstructed region on the display surface , - an assembly for acquiring the position, or the position and the orientation, of the eyes of the driver of the vehicle , the processing unit being connected to the acquisition assembly ;
A hollow fiber membrane comprising, a tubular flexible braid of monofilament embedded as a monolayer in a tubular film of membrane polymer so as to form and reinforce the membrane's lumen, the braid, comprising from 6 to 24 separate monofilaments in the range from 25 - 250 denier, braided in a spiral weave and having an air permeability > 100 cc/sec/cm2 at a Δ P of 1.378 kPa to provide contiguous rhomboid areas of the polymer bounded by monofilaments, the spiral weave being woven with filaments at axially oppositely directed spiral angles in the range from 20° - 60° from the longitudinal axis so as to be free of a restricting circumferential filament in the x-y plane, the z-axis being the axial direction of the fibres; the film, including the monolayer of braid having a wall thickness in the range from 0.2 mm - 0.6 mm, such that the membrane is adapted for use as a microfiltration or ultrafiltration liquid separation membrane, wherein the braid and the membrane are biaxially distensible allowing for longitudinal and radial distension of the membrane.
A method for installing an elevator system in an elevator shaft of a building in its construction phase, which elevator system comprises an elevator car (10.2) guided along the elevator shaft on car guide rails and a machine platform (10.1) having a drive machine which is displaceable along the elevator shaft on the same car guide rails and can be temporarily fixed in the elevator shaft, wherein the elevator car (10.2) is suspended from the machine platform (10.1) via suspension means and is driven by the drive machine , wherein a usable lifting height of the elevator car (10.2) is adapted from time to time to an increasing height of the building by, among other things, lifting the machine platform (10.1) to a higher level, wherein in the installation method at least one elevator unit is lowered in a pre-assembled state by means of a lifting device into the elevator shaft already equipped with the car guide rails , characterized in that guide devices are used which are either mounted on the at least one elevator unit and cooperate with stationarily fixed alignment elements (6; 7) fixed in the elevator shaft , or which are fixed in the elevator shaft and cooperate with alignment elements mounted on the elevator unit , so that the at least one elevator unit , when lowered into the elevator shaft , is aligned in a position suitable for fitting guide shoes (35; 35.1, 35.2) of the at least one elevator unit and associated car guide rails into one another, wherein the at least one elevator unit , at the end of its lowering process, is supported in the region of the elevator shaft equipped with car guide rails in the position suitable for fitting guide shoes (35; 35.1, 35.2) and car guide rails into one another, whereafter at least one guide shoe (35; 35.1, 35.2) of the elevator unit is brought into engagement with the associated car guide rail and is fastened to the at least one elevator unit . wherein the at least one elevator unit , at the end of its lowering process, is supported in the region of the elevator shaft equipped with car guide rails in the position suitable for fitting guide shoes (35; 35.1, 35.2) and car guide rails into one another, whereafter at least one guide shoe (35; 35.1, 35.2) of the elevator unit is brought into engagement with the associated car guide rail and is fastened to the at least one elevator unit .
A work machine, in particular a wheeled loader, having at least one arrangement for controlling the work machine, having at least one manual control device, in particular a joystick or a steering wheel, having at least one restoring device in the form of one or more spring assemblies that is connected to the manual control device such that a restoring force is exerted on the manual control device by the spring assembly when the spring assembly is not in its central position, wherein the arrangement has at least one adjustment device that acts on the spring assembly such that a shifting of the central position of the spring assembly can be carried out by means of the adjustment device, characterized in that the adjustment device is configured such that the reference value for the shifting of the central position of the spring assembly is formed by the locational change of at least one part of the work machine moved by the steering actuator of the work machine or by the locational change of the at least one steering actuator of the work machine itself, with the part being the steering geometry of the work machine.
A tracheostomy tube including a shaft with a patient end adapted to locate in the trachea and a flange at the machine end of the shaft for securing the tube with a patient's neck, the flange extending outwardly of the shaft and having an opening towards each end, characterised in that the opening has a radially-enlarged recess around it on at least that side of the flange facing the patient, that the tube also includes a hollow insert of a plastics material harder than that of the flange received in both openings of the flange, each insert having an enlarged head at its patient end received in the recess in the flange and having a thickness equal to the depth of the recess so as to form a smooth patient-facing surface of the flange, that the machine end of each insert is retained with the flange by a radially-extending head overlapping the flange around the opening , and that the hollow insert has a passage along its length through which a neck tie or suture can be extended to secure the tube with the patient's neck.
A trimeric antigen binding molecule comprising three fusion polypeptides or a pharmaceutical composition thereof for use in the treatment of cancer, wherein each of the three fusion polypeptides comprise at least one antigen binding moiety fused to a trimerization domain derived from human cartilage matrix protein (CMP, SEQ ID NO.: 1), wherein said trimerization domain is capable of mediating stable association of the trimeric antigen binding molecule, wherein said trimerization domain consists of the sequence of SEQ ID NO.:2, wherein said fusion polypeptides each comprise one antigen binding moiety fused to said trimerization domain, and wherein said antigen binding moiety is a Fab molecule.
A method for determining a focus position, with the steps: - recording at least one first image , wherein image data of the at least one recorded first image depend on at least one first focus position when recording the at least one first image; - determining a second focus position based on an analysis of the at least one recorded first image by means of a trained model ; and - recording at least one second image with the second focus position , wherein the at least one first image and the at least one second image contain information that is in a context with a training of the trained model , wherein at least one object of one or more objects, which are depicted in one or more of the at least one recorded first image, is depicted more sharply in the at least one recorded second image than in the at least one recorded first image, wherein the at least one object is in a context with a training of the trained model, characterized in that the trained model is adapted by feedback that changes the model, which continuously evaluates the image data, during the runtime of an experiment or a measurement. - recording at least one first image , wherein image data of the at least one recorded first image depend on at least one first focus position when recording the at least one first image; - determining a second focus position based on an analysis of the at least one recorded first image by means of a trained model ; and - recording at least one second image with the second focus position , wherein the at least one first image and the at least one second image contain information that is in a context with a training of the trained model , wherein at least one object of one or more objects, which are depicted in one or more of the at least one recorded first image, is depicted more sharply in the at least one recorded second image than in the at least one recorded first image, wherein the at least one object is in a context with a training of the trained model, characterized in that the trained model is adapted by feedback that changes the model, which continuously evaluates the image data, during the runtime of an experiment or a measurement.
Electromagnetic valve drive with a ferromagnetic yoke structure carrying at least one coil which may be supplied with electric current and containing two side yoke bodies , spaced apart from one another and connected to one another in a magnetically conductive manner, with a pole plate unit conceived as an assembly, bridging the space between the two side yoke bodies and comprising two ferromagnetic pole plates , each connected with one of the side yoke bodies in a magnetically conductive manner and with a magnetically non-conductive intermediate element arranged between them, and with an armature element arranged adjacent to the pole plate unit , overlapping the two pole plates , and which may be driven by electrical activation of the coil to an operating movement varying the distance to the pole plate unit , characterised in that the two pole plates are separate from one another and arranged with clearance from one another, wherein they are permanently connected to one another through the intermediate element without direct mutual contact to form the pole plate unit .
A fingerprint sensor comprising: a first substrate (SUB 1); a circuit element layer (BPL) disposed over a first surface of the first substrate (SUB 1), and comprising at least one conductive layer; a light emitting element layer (LDL) disposed over the circuit element layer (BPL) and comprising a plurality of light emitting elements (LD); a first light transmitting hole array layer (LTHL1) comprising a plurality of first light transmitting holes (LTH1) distributed in the circuit element layer (BPL); and a photo sensor array layer (PSL) disposed over a second surface of the first substrate (SUB1) overlapping with the first light transmitting hole array layer (LTHL1), the photo sensor array layer (PSL) comprising a plurality of photo sensors (PHS), wherein the first light transmitting holes (LTH1) comprise openings distributed in the at least one conductive layer, wherein the first surface is an upper surface of the first substrate (SUB 1) such that the circuit element layer (BPL), the light emitting element layer (LDL) and the first light transmitting hole array layer (LTHL1) are above the first substrate (SUB1), wherein the second surface is a lower surface of the first substrate (SUB 1) such that the photo sensor array layer (PSL) is below the first substrate (SUB1). a first substrate (SUB 1); a circuit element layer (BPL) disposed over a first surface of the first substrate (SUB 1), and comprising at least one conductive layer; a light emitting element layer (LDL) disposed over the circuit element layer (BPL) and comprising a plurality of light emitting elements (LD); a first light transmitting hole array layer (LTHL1) comprising a plurality of first light transmitting holes (LTH1) distributed in the circuit element layer (BPL); and a photo sensor array layer (PSL) disposed over a second surface of the first substrate (SUB1) overlapping with the first light transmitting hole array layer (LTHL1), the photo sensor array layer (PSL) comprising a plurality of photo sensors (PHS), wherein the first light transmitting holes (LTH1) comprise openings distributed in the at least one conductive layer, wherein the first surface is an upper surface of the first substrate (SUB 1) such that the circuit element layer (BPL), the light emitting element layer (LDL) and the first light transmitting hole array layer (LTHL1) are above the first substrate (SUB1), wherein the second surface is a lower surface of the first substrate (SUB 1) such that the photo sensor array layer (PSL) is below the first substrate (SUB1).
A shaving assembly comprising: a razor blade ; a base member in which the razor blade resides, the base member unitarily molded to include an integral blade guard that resides ahead of a cutting edge of the razor blade in a cutting direction, the base member defining a wash through channel that opens in an acute angle in the range of 30-70 degrees; a blade cover unitarily molded to retain the razor blade in a sandwich with the base member , wherein the sandwich is held together by a plurality of deformable pins penetrating from the blade cover through the razor blade and base member and wherein the blade cover has a skin contact surface , and wherein the skin contact surfaces residing in a shaving path has a texture in the range of 21-33 on the Verein Deutscher Ingenieure 3400 (VDI) scale. a razor blade ; a base member in which the razor blade resides, the base member unitarily molded to include an integral blade guard that resides ahead of a cutting edge of the razor blade in a cutting direction, the base member defining a wash through channel that opens in an acute angle in the range of 30-70 degrees; a blade cover unitarily molded to retain the razor blade in a sandwich with the base member , wherein the sandwich is held together by a plurality of deformable pins penetrating from the blade cover through the razor blade and base member and wherein the blade cover has a skin contact surface , and wherein the skin contact surfaces residing in a shaving path has a texture in the range of 21-33 on the Verein Deutscher Ingenieure 3400 (VDI) scale.
Mould filling machine for shaping and filling plastics containers , comprising at least one treatment station for expandingly forming plastics preforms to form plastics containers in a hollow mould and for filling a substantially liquid product or at least one liquid or solid component of the product into the plastics containers in the hollow mould , the mould filling machine comprising a cooling device for directly or indirectly cooling the filled plastics containers and characterised in that the cooling device is arranged in the outlet region of the mould filling machine , the outlet region being the region in which the plastics containers are removed from the hollow mould by means of a removal and/or transport element and are transported away from the particular treatment station , and which ends with the start of the following process step.
A method for producing a ceramic matrix composite comprising the steps of: forming a fiber network of silicon carbide fibers at about 30-40% fiber volume; depositing an interface layer on the fiber network, wherein the interface layer includes boron nitride or silicon doped boron nitride; and depositing a matrix material in the form of a silicon carbide coating comprising silicon carbide and an amount of carbon in excess of a stoichiometric amount of the silicon carbide on the network of silicon carbide fibers, wherein the excess amount of carbon is 10 atomic percent to 20 atomic percent, wherein the silicon carbide coating is deposited by chemical vapor deposition. forming a fiber network of silicon carbide fibers at about 30-40% fiber volume; depositing an interface layer on the fiber network, wherein the interface layer includes boron nitride or silicon doped boron nitride; and depositing a matrix material in the form of a silicon carbide coating comprising silicon carbide and an amount of carbon in excess of a stoichiometric amount of the silicon carbide on the network of silicon carbide fibers, wherein the excess amount of carbon is 10 atomic percent to 20 atomic percent, wherein the silicon carbide coating is deposited by chemical vapor deposition.
A stacked half-bridge power module comprising: a high side device having a high side power terminal coupled to a high side substrate ; a low side device having a low side power terminal coupled to a low side substrate ; said high side and low side devices being stacked on opposite sides of a common conductive interface ; said high side and low side devices being situated between said high side substrate and said low side substrate; said common conductive interface electrically, mechanically, and thermally coupling a high side output terminal of said high side device to a low side output terminal of said low side device ; characterized in further comprising a low side gate terminal (G L1 ) and a low side supply terminal (V L1 ) protruding laterally from a first side of said high side substrate and said low side substrate, a high side gate terminal (G H1 ) and a high side supply terminal (V H1 ) protruding laterally from a second side of said high side substrate and said low side substrate, said second side opposing said first side , the common conductive interface having a first extension protruding laterally from a third side of said of said high side substrate and said low side substrate, said third side extending between said first and second sides of said high side substrate and said low side substrate. a high side device having a high side power terminal coupled to a high side substrate ; a low side device having a low side power terminal coupled to a low side substrate ; said high side and low side devices being stacked on opposite sides of a common conductive interface ; said high side and low side devices being situated between said high side substrate and said low side substrate; said common conductive interface electrically, mechanically, and thermally coupling a high side output terminal of said high side device to a low side output terminal of said low side device ; characterized in further comprising a low side gate terminal (G L1 ) and a low side supply terminal (V L1 ) protruding laterally from a first side of said high side substrate and said low side substrate, a high side gate terminal (G H1 ) and a high side supply terminal (V H1 ) protruding laterally from a second side of said high side substrate and said low side substrate, said second side opposing said first side , the common conductive interface having a first extension protruding laterally from a third side of said of said high side substrate and said low side substrate, said third side extending between said first and second sides of said high side substrate and said low side substrate.
A peptide represented by one or more amino acid sequences selected from the group consisting of SEQ ID NOs: 1 to 3.