mhurhangee/ep-ind-claims huggingface dataset:
Self-contained startable wind farm with a wind farm management system or a corresponding computer and several wind turbines which have a turbine control system for controlling the respective wind turbine, an azimuth position-changing machine carrier, rotor blades and a generator, wherein the wind farm management system or the corresponding computer contains an appropriate program that ensures that when a calm sets in, the wind turbines are aligned in different directions and wherein the wind farm is configured in such a way that the electrical energy generated by a wind turbine in the wind farm is used to start up further wind turbines in the wind farm.
One or more preconditioning agents for use in a method for treating a cancer in a patient suitable for a T cell therapy, the method comprising (i) administering to the patient one or more preconditioning agents that are capable of increasing a serum level of interleukin-15 ("IL-15"), interleukin-7 ("IL-7"), and at least one additional cytokine selected from the group consisting of monocyte chemotactic protein 1 ("MCP-1"), C-reactive protein ("CRP"), placental growth factor ("PLGF"), interferon gamma-induced protein 10 ("IP-10"), and any combination thereof and (ii) administering a T cell therapy when the patient exhibits an increased serum level of IL-15, IL-7, and the at least one additional cytokine.
A virtual network function, VNF, network element management method, comprising: receiving, by a VNF resource pool management apparatus, a VNF network element request message sent by a VNF resource pool user apparatus, wherein the VNF network element request message comprises attribute information and a location policy of a VNF network element that is requested; determining, by the VNF resource pool management apparatus according to the VNF network element request message and location information of VNF network elements in a VNF resource pool, a first VNF network element that matches the attribute information and the location policy from the VNF resource pool, wherein the first VNF network element comprises at least one VNF network element; and sending, by the VNF resource pool management apparatus, a VNF network element response message to the VNF resource pool user apparatus, wherein the VNF network element response message comprises identification information of the first VNF network element. receiving, by a VNF resource pool management apparatus, a VNF network element request message sent by a VNF resource pool user apparatus, wherein the VNF network element request message comprises attribute information and a location policy of a VNF network element that is requested; determining, by the VNF resource pool management apparatus according to the VNF network element request message and location information of VNF network elements in a VNF resource pool, a first VNF network element that matches the attribute information and the location policy from the VNF resource pool, wherein the first VNF network element comprises at least one VNF network element; and sending, by the VNF resource pool management apparatus, a VNF network element response message to the VNF resource pool user apparatus, wherein the VNF network element response message comprises identification information of the first VNF network element.
A method of forming a flowmeter, comprising, in the following order, the steps of: bending a flow tube; aligning the flow tube with at least one anchor block; brazing the flow tube to the at least one anchor block; attaching a manifold to each end of the flow tube; the method characterized by: allowing the flow tube, the manifolds and the at least one anchor block to cool and contract after brazing; attaching the at least one anchor block to a support block after the flow tube has been brazed to the at least one anchor block; and attaching at least one of the support block and at least one of the first and second manifolds to a flowmeter case. bending a flow tube; aligning the flow tube with at least one anchor block; brazing the flow tube to the at least one anchor block; attaching a manifold to each end of the flow tube; the method characterized by: allowing the flow tube, the manifolds and the at least one anchor block to cool and contract after brazing; attaching the at least one anchor block to a support block after the flow tube has been brazed to the at least one anchor block; and attaching at least one of the support block and at least one of the first and second manifolds to a flowmeter case. allowing the flow tube, the manifolds and the at least one anchor block to cool and contract after brazing; attaching the at least one anchor block to a support block after the flow tube has been brazed to the at least one anchor block; and attaching at least one of the support block and at least one of the first and second manifolds to a flowmeter case.
A foam molded article comprising a tube body; and an opening part (100, 111) formed in the tube body wherein: in a situation of being divided into two equal parts in a thickness direction of the foam molded article, an average cell diameter (α1) in the thickness direction on an inner surface side of the foam molded article is 1.2 times or greater of an average cell diameter (β1) in the thickness direction on an outer surface side of the foam molded article; and a surface roughness Sm of the inner surface of the foam molded article is 1000 μm or greater, characterized in that the foam molded article further comprises a plurality of plate-shaped parts connected to an outer side of the tube body, each of the plate-shaped parts being pressed in a thickness direction of each of the plate-shaped parts at the time of mold clamping by split metallic molds. a tube body; and an opening part (100, 111) formed in the tube body wherein: in a situation of being divided into two equal parts in a thickness direction of the foam molded article, an average cell diameter (α1) in the thickness direction on an inner surface side of the foam molded article is 1.2 times or greater of an average cell diameter (β1) in the thickness direction on an outer surface side of the foam molded article; and a surface roughness Sm of the inner surface of the foam molded article is 1000 μm or greater, characterized in that the foam molded article further comprises a plurality of plate-shaped parts connected to an outer side of the tube body, each of the plate-shaped parts being pressed in a thickness direction of each of the plate-shaped parts at the time of mold clamping by split metallic molds.
An automatic gas vent for a wet pipe fire protection sprinkler system, the wet pipe fire protection sprinkler system including a water source and at least one sprinkler, the automatic gas vent comprising: a sensor configured to sense a presence or absence of a liquid; and an electrically operated valve; the automatic gas vent configured to open the electrically operated valve in response to the sensor sensing the absence of a liquid and close the electrically operated valve in response to the sensor sensing the presence of a liquid characterized in that the automatic gas vent includes a space between the sensor and the electrically operated valve for containing a pressurized gas bubble when the wet pipe fire protection sprinkler system is filled with water, wherein the pressurized gas bubble will expand in volume and remove water from around the sensor when the wet pipe fire protection sprinkler system is drained. a sensor configured to sense a presence or absence of a liquid; and an electrically operated valve; the automatic gas vent configured to open the electrically operated valve in response to the sensor sensing the absence of a liquid and close the electrically operated valve in response to the sensor sensing the presence of a liquid characterized in that the automatic gas vent includes a space between the sensor and the electrically operated valve for containing a pressurized gas bubble when the wet pipe fire protection sprinkler system is filled with water, wherein the pressurized gas bubble will expand in volume and remove water from around the sensor when the wet pipe fire protection sprinkler system is drained.
A microelectromechanical system (MEMS) based ambient gas sensing apparatus comprising: a bottom silicon wafer; a top silicon wafer disposed above the bottom wafer; at least one bottom electrode disposed proximate to a top surface of the bottom wafer; a top electrode disposed proximate to a bottom surface of the top wafer; gas capillaries disposed in the top wafer for providing limited fluid communication between the top electrode and the external ambient environment; an electrolyte disposed between the bottom wafer and the top wafer, the electrolyte being in electrical communication with the at least one bottom electrode and the top electrode; and, a bonding agent that fixedly couples the bottom wafer to the top wafer, the bonding agent circumscribing the electrolyte to limit fluid communication between the electrolyte and an external ambient environment. a bottom silicon wafer; a top silicon wafer disposed above the bottom wafer; at least one bottom electrode disposed proximate to a top surface of the bottom wafer; a top electrode disposed proximate to a bottom surface of the top wafer; gas capillaries disposed in the top wafer for providing limited fluid communication between the top electrode and the external ambient environment; an electrolyte disposed between the bottom wafer and the top wafer, the electrolyte being in electrical communication with the at least one bottom electrode and the top electrode; and, a bonding agent that fixedly couples the bottom wafer to the top wafer, the bonding agent circumscribing the electrolyte to limit fluid communication between the electrolyte and an external ambient environment.
An electromagnetic device for overspeed control of a propeller driven by an engine shaft, characterized in that the electromagnetic device comprises: a clutch disposed to mechanically decouple the propeller from the engine shaft; an eddy-current coupler disposed to electromagnetically couple the propeller to the engine shaft when the clutch mechanically decouples the propeller from the engine shaft; and an electromagnetic brake disposed to artificially load the engine shaft when propeller load on the engine shaft is reduced by mechanically decoupling the propeller from the engine shaft. a clutch disposed to mechanically decouple the propeller from the engine shaft; an eddy-current coupler disposed to electromagnetically couple the propeller to the engine shaft when the clutch mechanically decouples the propeller from the engine shaft; and an electromagnetic brake disposed to artificially load the engine shaft when propeller load on the engine shaft is reduced by mechanically decoupling the propeller from the engine shaft.
A system, comprising: means for generating energy in a household, a refrigeration and/or freezer device, as well as a control unit, which is or can be connected with the refrigeration and/or freezer device in a wired or wireless manner such that a signal can be transmitted from the control unit to the refrigeration and/or freezer device, wherein the control unit is configured in such a way that a signal can be transmitted to the refrigeration and/or freezer device by means of the control unit, characterized in that the signal contains information whether and/or to which extent energy generated in the household is available, the refrigeration and/or freezer device is configured in such a way that it adjusts its energy consumption dependent upon this signal, and the refrigeration and/or freezer device is configured in such a way that it increases its energy consumption if self-generated energy is available at all or above a certain amount, and/or that it reduces its energy consumption or keeps it constant if self-generated energy is not available or only below a certain amount. means for generating energy in a household, a refrigeration and/or freezer device, as well as a control unit, which is or can be connected with the refrigeration and/or freezer device in a wired or wireless manner such that a signal can be transmitted from the control unit to the refrigeration and/or freezer device, wherein the control unit is configured in such a way that a signal can be transmitted to the refrigeration and/or freezer device by means of the control unit, characterized in that the signal contains information whether and/or to which extent energy generated in the household is available, the refrigeration and/or freezer device is configured in such a way that it adjusts its energy consumption dependent upon this signal, and the refrigeration and/or freezer device is configured in such a way that it increases its energy consumption if self-generated energy is available at all or above a certain amount, and/or that it reduces its energy consumption or keeps it constant if self-generated energy is not available or only below a certain amount.
A cleaning ball configured to be introduced together with a washing solution into a tubular medical device and then to be discharged while scraping and removing residues deposited on an inner peripheral surface of the tubular medical device, the cleaning ball comprising: a hemispherical upper cap and a hemispherical lower cap, which are made of a textile fabric material having surface roughness and have the same size and shape to form a spherical shape having a hollow therein, wherein the upper cap and the lower cap are press-worked and integrally formed, and have a flange protruding along the pressed bonding portion.
A semiconductor integrated circuit comprising: - a semiconductor device having a port to be protected from Plasma-Induced Damage due to an electrical charge that may accumulate at said port during a plasma-processing step which is applied to the semiconductor integrated circuit; - a protection circuit comprising: ∘ a discharge path arranged for electrically connecting the port to a reference voltage terminal (V SS; V DD); and ∘ a control terminal, adapted for activating or deactivating the discharge path, so that the electrical charge is respectively allowed to flow or prevented from flowing from the port to the reference voltage terminal (V SS; V DD) through the discharge path; and ∘ a plasma pick-up antenna connected to the control terminal and arranged to accumulate a second electrical charge during the plasma-processing step, characterized in that the protection circuit further comprises a bipolar transistor, said bipolar transistor having a base which is connected to the control terminal, such that when the plasma pick-up antenna accumulates the second electrical charge the control terminal is biased and the discharge path is activated, thereby protecting the port of the semiconductor device. - a semiconductor device having a port to be protected from Plasma-Induced Damage due to an electrical charge that may accumulate at said port during a plasma-processing step which is applied to the semiconductor integrated circuit; - a protection circuit comprising: ∘ a discharge path arranged for electrically connecting the port to a reference voltage terminal (V SS; V DD); and ∘ a control terminal, adapted for activating or deactivating the discharge path, so that the electrical charge is respectively allowed to flow or prevented from flowing from the port to the reference voltage terminal (V SS; V DD) through the discharge path; and ∘ a plasma pick-up antenna connected to the control terminal and arranged to accumulate a second electrical charge during the plasma-processing step, ∘ a discharge path arranged for electrically connecting the port to a reference voltage terminal (V SS; V DD); and ∘ a control terminal, adapted for activating or deactivating the discharge path, so that the electrical charge is respectively allowed to flow or prevented from flowing from the port to the reference voltage terminal (V SS; V DD) through the discharge path; and ∘ a plasma pick-up antenna connected to the control terminal and arranged to accumulate a second electrical charge during the plasma-processing step,
An expression vector comprising a synthetic gene construct comprising a promoter, a chimeric polynucleotide comprising either (i) SEQ ID NO:2 and SEQ ID NO:3; or (ii) SEQ ID NO:4 and SEQ ID NO:3; operably linked to a polynucleotide encoding a therapeutic protein.
Optoelectronic semiconductor component with - a connection carrier, - an optoelectronic semiconductor chip that is arranged on a mounting surface of the connection carrier, and - a radiation-transmissive body that surrounds the semiconductor chip in such a way that the radiation-transmissive body encases outer surfaces of the optoelectronic semiconductor chip which are not facing the connection carrier in a form-fitting manner, wherein - the radiation-transmissive body contains a silicone, - the radiation-transmissive body has at least one side surface, which extends at an angle (β) of less than 90° to the mounting surface, - the side surface has signs of a singulation process, characterized in that - on the at least one side surface of the radiation-transmissive body which is produced by a singulation process, a planarization layer is applied. - a connection carrier, - an optoelectronic semiconductor chip that is arranged on a mounting surface of the connection carrier, and - a radiation-transmissive body that surrounds the semiconductor chip in such a way that the radiation-transmissive body encases outer surfaces of the optoelectronic semiconductor chip which are not facing the connection carrier in a form-fitting manner, wherein - the radiation-transmissive body contains a silicone, - the radiation-transmissive body has at least one side surface, which extends at an angle (β) of less than 90° to the mounting surface, - the side surface has signs of a singulation process, characterized in that - on the at least one side surface of the radiation-transmissive body which is produced by a singulation process, a planarization layer is applied.
A cathode block based on carbon for an electrolysis cell for producing aluminium comprising at least one groove for receiving at least one cathode bar, wherein the at least one groove has at least one recess extending at least portion-wise in the longitudinal direction thereof, with at least one undercut configuration, wherein the recess with undercut configuration is defined as a shape which has the result that after filling of the recess with for example liquid cast iron the set cast iron cannot be removed from the recess without destroying the shape, wherein the at least one recess is disposed in the groove bottom and/or in the radius of the groove.
A method of conveying heat energy, comprising: flowing exhaust fumes from an exhaust hood through a heat exchanger; using a liquid conveyed through the heat exchanger as a heat source for a heat pump to generate heat at a higher temperature than the liquid; using the heat exchanger to collect grease by capturing grease on heat transfer surfaces of the heat exchanger; and periodically reversing the heat pump cycle to melt grease from the heat transfer surfaces. flowing exhaust fumes from an exhaust hood through a heat exchanger; using a liquid conveyed through the heat exchanger as a heat source for a heat pump to generate heat at a higher temperature than the liquid; using the heat exchanger to collect grease by capturing grease on heat transfer surfaces of the heat exchanger; and periodically reversing the heat pump cycle to melt grease from the heat transfer surfaces.
An apparatus for providing a motorised base to a selectively received appliance (12, 13), the apparatus comprising: a control interface; an appliance coupling element; an appliance sensor element; an appliance retaining mechanism; and a processor element coupled to the appliance sensor element for receiving data indicative of the selectively received appliance (12, 13); the processor element being coupled to the control interface for adapting the interface in response to the identified appliance (12, 13); characterised in that the apparatus is a motorised base for selectively receiving either a juicing head appliance or a blending head appliance; and the appliance retaining mechanism includes a locking bar, wherein the locking bar is rotatable to engage one or more retention detents (21, 48) on an exterior surface of each of the juicing head appliance and the blending head appliance when selectively received by the apparatus. a control interface; an appliance coupling element; an appliance sensor element; an appliance retaining mechanism; and a processor element coupled to the appliance sensor element for receiving data indicative of the selectively received appliance (12, 13); the processor element being coupled to the control interface for adapting the interface in response to the identified appliance (12, 13); characterised in that the apparatus is a motorised base for selectively receiving either a juicing head appliance or a blending head appliance; and the appliance retaining mechanism includes a locking bar, wherein the locking bar is rotatable to engage one or more retention detents (21, 48) on an exterior surface of each of the juicing head appliance and the blending head appliance when selectively received by the apparatus.
A heat pump system, comprising: a base; a horizontal compressor mounted to the base; and a damper supported on the base and supporting the horizontal compressor, at least two dampers being provided and arranged along an axial direction of the horizontal compressor, wherin the damper comprises a first damper provided with a damping convex rib, characterized in that the damping convex rib abuts against the base and the horizontal compressor, and the first damper is provided with one damping convex rib or a plurality of spaced damping convex ribs, the damping convex rib has a hollow elongated shape extending along the axial direction of the horizontal compressor, and the plurality of spaced damping convex ribs are arranged in a direction surrounding the horizontal compressor; the damping convex rib has an inner end protruding inwards to abut against an outer circumferential surface of the horizontal compressor and an outer end protruding outwards to abut against the base. a base; a horizontal compressor mounted to the base; and a damper supported on the base and supporting the horizontal compressor, at least two dampers being provided and arranged along an axial direction of the horizontal compressor, wherin the damper comprises a first damper provided with a damping convex rib, characterized in that the damping convex rib abuts against the base and the horizontal compressor, and the first damper is provided with one damping convex rib or a plurality of spaced damping convex ribs, the damping convex rib has a hollow elongated shape extending along the axial direction of the horizontal compressor, and the plurality of spaced damping convex ribs are arranged in a direction surrounding the horizontal compressor; the damping convex rib has an inner end protruding inwards to abut against an outer circumferential surface of the horizontal compressor and an outer end protruding outwards to abut against the base.
A lane detection method, in which a digitised image of a lane is evaluated, comprising the following steps: - detecting edges (14, 16, 18, 20) in the image, - determining the angles of the detected edges with respect to a reference edge (22; S12), - removing the edges (16, 20) from the plurality of detected edges, the angles of which lie within a predefined angle range, and - detecting the lane based on the remaining edges (14, 18) from the plurality of detected edges, characterized in that edges are only removed if the vehicle using the lane detection is located within the lane. - detecting edges (14, 16, 18, 20) in the image, - determining the angles of the detected edges with respect to a reference edge (22; S12), - removing the edges (16, 20) from the plurality of detected edges, the angles of which lie within a predefined angle range, and - detecting the lane based on the remaining edges (14, 18) from the plurality of detected edges,