mhurhangee/ep-ind-claims huggingface dataset:
A turbocharger product comprising: a turbine housing comprising a body constructed and arranged to house a turbine wheel; an inlet passage connected to the body constructed and arranged to direct fluid flow into the body to drive the turbine wheel; an outlet passage connected to the body constructed and arranged to direct fluid flow out of the turbine housing; and a wastegate passage extending between the inlet passage and the outlet passage; a diffuser positioned within the outlet passage, wherein the diffuser is constructed and arranged to define a first flow passage and a second flow passage, wherein the first flow passage is defined by an inner surface of the outlet passage and an outer surface of the diffuser and the second flow passage is defined by an inner surface of the diffuser; wherein the first flow passage is constructed and arranged to accept fluid flow from the wastegate passage and the second flow passage is constructed and arranged to accept fluid flow from the turbine wheel to minimize turbulence; and wherein the diffuser is attached to the turbine housing, and the attachment between the diffuser and the turbine housing is constructed and arranged to allow for variances in thermal growth between the diffuser and the turbine housing, wherein a first end of the diffuser includes one or more radial lips which extend outward from the outer surface of the diffuser; characterised in that an inner surface of the outlet passage includes one or more radial grooves; and wherein the one or more radial lips snap into the one or more radial grooves to lock the diffuser into place. a turbine housing comprising a body constructed and arranged to house a turbine wheel; an inlet passage connected to the body constructed and arranged to direct fluid flow into the body to drive the turbine wheel; an outlet passage connected to the body constructed and arranged to direct fluid flow out of the turbine housing; and a wastegate passage extending between the inlet passage and the outlet passage; a diffuser positioned within the outlet passage, wherein the diffuser is constructed and arranged to define a first flow passage and a second flow passage, wherein the first flow passage is defined by an inner surface of the outlet passage and an outer surface of the diffuser and the second flow passage is defined by an inner surface of the diffuser; wherein the first flow passage is constructed and arranged to accept fluid flow from the wastegate passage and the second flow passage is constructed and arranged to accept fluid flow from the turbine wheel to minimize turbulence; and wherein the diffuser is attached to the turbine housing, and the attachment between the diffuser and the turbine housing is constructed and arranged to allow for variances in thermal growth between the diffuser and the turbine housing, wherein a first end of the diffuser includes one or more radial lips which extend outward from the outer surface of the diffuser; characterised in that an inner surface of the outlet passage includes one or more radial grooves; and wherein the one or more radial lips snap into the one or more radial grooves to lock the diffuser into place.
A cable suitable for use as a headline sonar cable, the cable having: a. a conductor intertwined with a deformable thermoplastic rod, the conductor comprising insulation having a higher softening temperature than that of the rod; b. a water-barrier layer enclosing the conductor and the deformable rod; c. a strength-member jacket layer of polymeric material enclosing within itself the conductor, the deformable rod and the water-barrier layer, the cable characterized in that: an extrusion-barrier layer encloses the conductor, the rod and the water barrier layer, the extrusion-barrier layer being enclosed by the strength-member jacket layer, the extrusion-barrier layer formed of a material having a higher softening temperature than the material of the water- barrier layer, the extrusion-barrier layer formed from braided polyester fibers, whereby semi-soft material of the water-barrier layer will not extrude through the extrusion-barrier layer during prestretching and heatsetting of the cable layers. a. a conductor intertwined with a deformable thermoplastic rod, the conductor comprising insulation having a higher softening temperature than that of the rod; b. a water-barrier layer enclosing the conductor and the deformable rod; c. a strength-member jacket layer of polymeric material enclosing within itself the conductor, the deformable rod and the water-barrier layer, the cable characterized in that: an extrusion-barrier layer encloses the conductor, the rod and the water barrier layer, the extrusion-barrier layer being enclosed by the strength-member jacket layer, the extrusion-barrier layer formed of a material having a higher softening temperature than the material of the water- barrier layer, the extrusion-barrier layer formed from braided polyester fibers, whereby semi-soft material of the water-barrier layer will not extrude through the extrusion-barrier layer during prestretching and heatsetting of the cable layers.
A method for producing a scattered particle mat on a scattering conveyor belt in the course of manufacturing wood material boards, with a scattering device that comprises at least one scattering particle silo and a scattering head, which is arranged underneath the scattering particle silo and above the scattering conveyor belt, wherein the scattering head has multiple scattering rollers that are distributed along the transport direction and scatter the scattering particles on the scattering conveyor belt, wherein the scattering head has at least two scattering regions (4a, 4b) that are arranged behind one another and respectively have a different roller geometry and/or a different roller operating mode, and wherein a switching device is arranged between the scattering particle silo and the scattering head and the scattering particle flow out of the scattering particle silo is selectively conveyed to either only the first scattering region or only the second scattering region of the scattering head by means of said switching device, characterized in that the scattering particle silo is selectively filled with different types of scattering particles, and in that the scattering particle flow out of the scattering particle silo is selectively conveyed to either only the first scattering region or only the second scattering region of the scattering head by means of the switching device in dependence on the scattering particles contained in the scattering particle silo. with a scattering device that comprises at least one scattering particle silo and a scattering head, which is arranged underneath the scattering particle silo and above the scattering conveyor belt, wherein the scattering head has multiple scattering rollers that are distributed along the transport direction and scatter the scattering particles on the scattering conveyor belt, wherein the scattering head has at least two scattering regions (4a, 4b) that are arranged behind one another and respectively have a different roller geometry and/or a different roller operating mode, and wherein a switching device is arranged between the scattering particle silo and the scattering head and the scattering particle flow out of the scattering particle silo is selectively conveyed to either only the first scattering region or only the second scattering region of the scattering head by means of said switching device, characterized in that the scattering particle silo is selectively filled with different types of scattering particles, and in that the scattering particle flow out of the scattering particle silo is selectively conveyed to either only the first scattering region or only the second scattering region of the scattering head by means of the switching device in dependence on the scattering particles contained in the scattering particle silo.
A process for the production of microalgae of the Chlorella genus by fed-batch fermentation, characterized in that the supplying with glucose is carried out sequentially and automatically in response to a fall in the consumption of oxygen by the microalgae, wherein supplying with glucose is triggered when the dissolved oxygen pressure in the fermentation medium (pO 2) exceeds a predefined threshold value which is from 10 to 80% greater than the p02 value established when the concentration of glucose in the fermentation medium is not limiting, and wherein, on triggering, glucose feeding is carried out for a period of time of less than 10 minutes in order to achieve a concentration of glucose in the fermentation medium of 1 to 20 g/L.
Refrigerator, in particular a household refrigerator, with a thermally insulated housing comprising an outer housing, a thermal insulation layer and an inner container having container walls and with an internal space for holding refrigerated items, wherein at least one pull-out rail with a fixed rail part and at least one loose rail part is disposed at least at one of the container walls and serves for fastening a refrigerated items storage shelf that can be pulled out, wherein the fixed rail part is provided with openings into which fastening members can be introduced, wherein fastening members are provided at said container wall, which can be inserted with play into the openings of the fixed rail part, characterised in that the refrigerator has at least one displaceable or pivotable locking part, by way of which one of the fastening members is connected to the fixed rail part without play at least in the direction of motion of the loose rail part.
A secondary battery comprising an electrode stack in which an electrode and a separator are combined with each other; a battery case accommodating the electrode stack, and a ground part grounding the electrode stack to the outside of the battery case, wherein the electrode stack comprise a positive electrode terminal and a negative electrode, wherein the ground part comprises: a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case, wherein the ground member comprises a ground terminal extending in a lateral direction, and wherein the ground terminal is disposed in a direction in the plan view of the electrode stack in which the positive terminal and the negative terminal are not disposed. an electrode stack in which an electrode and a separator are combined with each other; a battery case accommodating the electrode stack, and a ground part grounding the electrode stack to the outside of the battery case, wherein the electrode stack comprise a positive electrode terminal and a negative electrode, wherein the ground part comprises: a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case, a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case, wherein the ground member comprises a ground terminal extending in a lateral direction, and wherein the ground terminal is disposed in a direction in the plan view of the electrode stack in which the positive terminal and the negative terminal are not disposed.
Method for controlling the claw coupling of two gearbox elements initially rotating at different speeds when the driver or the gearbox computer requests claw coupling, characterized in that, in a first stage, the difference in speed of the rotary elements is brought by a regulator to a non-zero set point value without translating the rotary elements toward one another, and in that the movement of the rotary elements up to the claw coupling occurs in a second stage that begins when the difference in speed reaches the desired value thereof, during which the difference seen by the regulator is modulated by a factor, which is a function of the gross difference between the measured value and the set point value.
A liquid oral care composition having less than 5 wt% ethanol, comprising (i) an antimicrobially effective amount of cetyl pyridinium chloride, and (ii) one or more flavoring oils which are substantially insoluble in water at room temperature, wherein the ratio of the CPC to the one or more flavoring oils is from 1:1.5 to 1:2.5, wherein the one or more flavoring oils comprise a flavoring component comprising menthol, peppermint oil and spearmint oil, and wherein the flavoring component comprises menthol in an amount of 20% by weight of the flavoring component, peppermint oil in an amount of 15% by weight of the flavoring component and spearmint oil in an amount of 45% by weight of the flavoring component.
A next generation sequencing adaptor system comprising: a 3' adaptor polynucleotide comprising a first oligonucleotide, a second oligonucleotide, and a double-stranded portion, wherein the double-stranded portion comprises the second oligonucleotide hybridized to the first oligonucleotide, wherein the first oligonucleotide comprises a 5' phosphate, and wherein the second oligonucleotide comprises a blocking group at its 3' end, wherein the blocking group is not competent for ligation; a phosphatase for removing a phosphate from a 5' terminus of a substrate nucleic acid molecule; a DNA polymerase with 3' to 5' exonuclease activity for filling in of 3' recessed ends and removal of 3' overhangs of the substrate nucleic acid molecule; at least one 2'-deoxynucleoside 5' triphosphate (dNTP); and a first ligase for ligating the 3' adaptor polynucleotide to a 3' terminus of the substrate nucleic acid molecule.
An electrical steel sheet provided with insulating coating comprising an electrical steel sheet and an insulating coating formed on the electrical steel sheet, wherein the insulating coating contains Si and Fe, the coating weight of Si in the insulating coating in terms of SiO 2 is 50% to 99% of the total coating weight, and the ratio (Fe/Si) of the content of Fe to the content of Si in the insulating coating ranges from 0.01 to 0.6 on a molar basis, characterized in that the coating is formed using one or more Si compounds containing a reactive functional group.
A method of consolidating a calcined material comprising radioactive material by hot isostatic pressing HIP, said method comprising: mixing a radionuclide containing calcine with at least one additive to form a pre-HIP powder; loading the pre-HIP powder into a can; sealing the can; loading the sealed can into a HIP vessel; closing said HIP vessel; and hot-isostatic pressing the sealed can within the HIP vessel; the method being characterised by: loading the sealed can through a bottom of the HIP vessel; and hot-isostatic pressing the sealed can within the HIP vessel at a temperature ranging from 1000 °C to 1250 °C and a pressure ranging from 30 to 100 MPa for a time ranging from 10-14 hours. mixing a radionuclide containing calcine with at least one additive to form a pre-HIP powder; loading the pre-HIP powder into a can; sealing the can; loading the sealed can into a HIP vessel; closing said HIP vessel; and hot-isostatic pressing the sealed can within the HIP vessel; the method being characterised by: loading the sealed can through a bottom of the HIP vessel; and hot-isostatic pressing the sealed can within the HIP vessel at a temperature ranging from 1000 °C to 1250 °C and a pressure ranging from 30 to 100 MPa for a time ranging from 10-14 hours. loading the sealed can through a bottom of the HIP vessel; and hot-isostatic pressing the sealed can within the HIP vessel at a temperature ranging from 1000 °C to 1250 °C and a pressure ranging from 30 to 100 MPa for a time ranging from 10-14 hours.
Self-propelled harvesting machine having: 1.1 a removable harvesting unit, which can be mounted at the front in the direction of travel; 1.2 a processing unit in the interior; and 1.3 a conveying channel for the harvested material, which, when mounted, connects the harvesting unit with the processing unit, wherein 1.4 the conveying channel is adjustable in its height position at least at the front in the direction of travel characterized in that 1.5 a receiving space, which at least partially receives the conveying channel in the harvesting mode, is adjustable in the width (x, X) thereof transversely to the direction of travel; and 1.6 the conveying channel is above the wheel units (2, 10) in its upper height position and in each case at least partially between the wheel units (2, 10) in one or various height positions located further downward for the harvesting mode. 1.1 a removable harvesting unit, which can be mounted at the front in the direction of travel; 1.2 a processing unit in the interior; and 1.3 a conveying channel for the harvested material, which, when mounted, connects the harvesting unit with the processing unit, wherein 1.4 the conveying channel is adjustable in its height position at least at the front in the direction of travel characterized in that 1.5 a receiving space, which at least partially receives the conveying channel in the harvesting mode, is adjustable in the width (x, X) thereof transversely to the direction of travel; and 1.6 the conveying channel is above the wheel units (2, 10) in its upper height position and in each case at least partially between the wheel units (2, 10) in one or various height positions located further downward for the harvesting mode.
Push button switch assembly suitable for insertion in a control panel of a domestic appliance, the push button switch assembly comprising - at least one push button having a push button cap and an actuating element, in particular an actuating pin, which extends between the push button cap and an electric switching element of the domestic appliance and upon actuating of the push button cap cooperates therewith and acts on the electric switching element to effect a switching operation, and - a frame receiving and guiding the at least one push button cap, wherein - the actuating element comprises a pin portion, a head portion and at least two symmetrically arranged spring legs extending downwardly at a position slightly beneath the head portion, and wherein - said spring legs are arranged at the actuating element and counteract the actuating of the push button cap, characterized in that the push button cap is separately formed from the actuating element, wherein the actuating element comprises a broadened head portion defining a supporting surface for the bottom side of the push button cap, and wherein the spring legs extend from the circumference of the pin portion. - at least one push button having a push button cap and an actuating element, in particular an actuating pin, which extends between the push button cap and an electric switching element of the domestic appliance and upon actuating of the push button cap cooperates therewith and acts on the electric switching element to effect a switching operation, and - a frame receiving and guiding the at least one push button cap, wherein - the actuating element comprises a pin portion, a head portion and at least two symmetrically arranged spring legs extending downwardly at a position slightly beneath the head portion, and wherein - said spring legs are arranged at the actuating element and counteract the actuating of the push button cap,
Safety device for arrangement on a bed having a lying surface and a head end, wherein the safety device comprises a frame and a holding device connected to the frame, wherein the safety device can be arranged laterally along the lying surface with the aid of the holding device in the position of use, wherein the frame has a first side part, which can be arranged in the use position of the safety device in the region of the head end, and a second side part, which is connected thereto via a web arranged in the region of a lower edge of the frame, and delimits an exit opening, and wherein a barrier, which can be adjusted via an adjusting device, is arranged on the frame in the region of the exit opening by means of which the exit opening can be opened and closed, characterized in that the adjusting device is connected to the barrier via a cable pull system which is preferably arranged in the frame, in that the adjusting device has a pull cable and a fixing device, and in that the adjusting device is arranged in and on the first side part of the frame, so that the barrier can be adjusted independently, via the adjusting device, from the lying surface by a person lying in bed.
Method for controlling an arrangement comprising a heating pump, which serves for circulation of a heating medium in a closed heating circuit, and a three-way mixer valve, whose first inlet is connected to a boiler, whose second inlet is connected to the return line of a load circuit and whose outlet is connected to the feed line of the load circuit, wherein the heating pump knows the temperature of the delivery flow flowing through the pump, wherein a controller actuates the mixer valve using at least two different switching positions for setting a different mixing ratio for the two inlets, and the temperature of the delivery flow flowing through the pump is recorded, characterized in that, with account taken of the mixing ratio for the at least two switching positions and the delivery-flow temperature recorded for each switching position, the medium temperature is calculated at at least one of the valve ports which is not connected to the heating pump.
Pneumatic vehicle tyre having a tread, which tread, at at least one of its shoulders, has a profile rib which runs in encircling fashion in a circumferential direction and which is delimited at the inner side of the tread by a circumferential channel and in which there are formed transverse channels, which transverse channels extend in an axial direction and are of sipe-like design and run parallel to one another and, at the outer side of the tread, run beyond the ground contact patch width and, at the inner side of the tread, end at a distance (b) from the circumferential channel that delimits the profile rib, characterized in that in each case at least three transverse channels which are successive in the circumferential direction form a transverse channel group with outermost transverse channels and with at least one inner transverse channel which runs between the outermost transverse channels, wherein the ends of the respectively outermost transverse channels are connected to further channels (7a, 7b), which run in the circumferential direction and which run to the side of the inner transverse channel(s), to form channels (3, 7a, 7b) which encircle the inner transverse channel(s) in a frame-like manner, wherein the ends of the inner transverse channel(s) have a minimum distance of 2 mm from the further channels (7a, 7b) which run in the circumferential direction, and wherein the further channels (7a, 7b) have a width (b 2) of 0.5 mm to 2.0 mm and a depth of 1.0 mm to 3.0 mm.