mhurhangee/ep-ind-claims huggingface dataset:
A die assembly for fabricating metallic powder-based parts, comprising: a container having flexible walls configured to be compressed by hydrostatic pressure; at least one relatively stiff die component located within the container for forming features of the parts, the die component having first and second opposite sides and a center of stiffness about a plane extending through the die component; a layer of metallic powder on the first side of the die component; and a layer of relatively soft material on the second side of the die component for balancing loads applied to the die component resulting from compression of the container by the hydrostatic pressure, wherein the die component comprises: a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts, and wherein: the first side of the die component is an upper interior region of the container; and the second side of the die component is a lower interior region of the container, the lower interior region being between the plate and a bottom wall of the container, and wherein the plurality of inserts are moveable within slots formed in the plate. a container having flexible walls configured to be compressed by hydrostatic pressure; at least one relatively stiff die component located within the container for forming features of the parts, the die component having first and second opposite sides and a center of stiffness about a plane extending through the die component; a layer of metallic powder on the first side of the die component; and a layer of relatively soft material on the second side of the die component for balancing loads applied to the die component resulting from compression of the container by the hydrostatic pressure, wherein the die component comprises: a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts, and wherein: the first side of the die component is an upper interior region of the container; and the second side of the die component is a lower interior region of the container, the lower interior region being between the plate and a bottom wall of the container, and wherein the plurality of inserts are moveable within slots formed in the plate. a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts, and wherein: the first side of the die component is an upper interior region of the container; and
Portable cooling unit for transporting temperature-sensitive goods while maintaining a desired cooling temperature, said portable cooling unit comprising - a multi-stage cascade refrigeration system adapted to operate during transport of the portable cooling unit and to cool down to and maintain temperatures of more than 70 K below ambient temperature, - a suspension system adapted and arranged to serve as elastic bearing for the multi-stage cascade refrigeration system and/or for components of the multi-stage cascade refrigeration system, - a movement delimiting system adapted and arranged to restrict movement of the multi-stage cascade refrigeration system and/or the components of the multi-stage cascade refrigeration system, - an impact protection system adapted and arranged to dampen collisions between the multi-stage cascade refrigeration system and other parts of the portable cooling unit, and/or between the components of the multi-stage cascade refrigeration system, - a lubrication system facilitating lubrication of the components of the multi-stage cascade refrigeration system for inclinations of at least 10°, preferably of more than 20°, out of horizontal orientation of the portable cooling unit, and - a monitoring system adapted to generate an alarm signal upon malfunction of the portable cooling unit. - a multi-stage cascade refrigeration system adapted to operate during transport of the portable cooling unit and to cool down to and maintain temperatures of more than 70 K below ambient temperature, - a suspension system adapted and arranged to serve as elastic bearing for the multi-stage cascade refrigeration system and/or for components of the multi-stage cascade refrigeration system, - a movement delimiting system adapted and arranged to restrict movement of the multi-stage cascade refrigeration system and/or the components of the multi-stage cascade refrigeration system, - an impact protection system adapted and arranged to dampen collisions between the multi-stage cascade refrigeration system and other parts of the portable cooling unit, and/or between the components of the multi-stage cascade refrigeration system, - a lubrication system facilitating lubrication of the components of the multi-stage cascade refrigeration system for inclinations of at least 10°, preferably of more than 20°, out of horizontal orientation of the portable cooling unit, and - a monitoring system adapted to generate an alarm signal upon malfunction of the portable cooling unit.
A method of manufacturing an electronic device for sensing and/or actuating, the method comprising providing on a substrate at least one microneedle comprising at least one channel surrounded by a shaft of insulating material, the channel (7, 8) having a longitudinal axis which extends in a direction substantially perpendicular to the plane of the substrate, comprising, in a first alternative, the steps of: providing a patterned insulating layer on the substrate, the patterned insulating layer comprising at least one hole; etching the insulating layer so as to form the shaft surrounding the at least one channel (7,8), and comprising, in a second alternative, the steps of: providing a patterned layer of filling material, thereby providing studs of filling material on the substrate; providing an insulating material in between and on top of the studs of filling material, and etching the insulating material so as to form the shaft surrounding at least one channel (7,8). providing a patterned insulating layer on the substrate, the patterned insulating layer comprising at least one hole; etching the insulating layer so as to form the shaft surrounding the at least one channel (7,8), and comprising, in a second alternative, the steps of: providing a patterned layer of filling material, thereby providing studs of filling material on the substrate; providing an insulating material in between and on top of the studs of filling material, and etching the insulating material so as to form the shaft surrounding at least one channel (7,8). providing a patterned layer of filling material, thereby providing studs of filling material on the substrate; providing an insulating material in between and on top of the studs of filling material, and etching the insulating material so as to form the shaft surrounding at least one channel (7,8).
A method for notifying a UE of monitored Physical Downlink Shared Channels, PDSCHs, of component carriers and corresponding Physical Downlink Control Channels, PDCCHs, for the component carriers, comprising the following steps: an eNB sending a monitoring changing instruction and Component Carrier, CC, corresponding to the instruction to the UE with a MAC layer control command; the UE activating or deactivating monitoring of the corresponding CC according to the monitoring changing instruction and the CC corresponding to the instruction, characterized in that the step of the eNB sending the monitoring changing instruction and the CC corresponding to the instruction to the UE with the MAC layer control command comprises: the eNB adding one MAC Control Element, CE, which bears the instruction and the corresponding CC, into the MAC Protocol Data Unit, PDU, and adding an identifier indicating existence of the MAC CE in a MAC head of the MAC PDU. an eNB sending a monitoring changing instruction and Component Carrier, CC, corresponding to the instruction to the UE with a MAC layer control command; the UE activating or deactivating monitoring of the corresponding CC according to the monitoring changing instruction and the CC corresponding to the instruction, characterized in that the step of the eNB sending the monitoring changing instruction and the CC corresponding to the instruction to the UE with the MAC layer control command comprises: the eNB adding one MAC Control Element, CE, which bears the instruction and the corresponding CC, into the MAC Protocol Data Unit, PDU, and adding an identifier indicating existence of the MAC CE in a MAC head of the MAC PDU.
A method for creating an object type name for an object type in an loT network, comprising: requesting, by a composite object (1010, 1012, 1102), a creation of an object type to a type name server (1004, 1106, 1402), the composite object including one or more sub-objects (1014, 1016, 1018, 1112, 1204); performing, by a type inspector, a type inspection of the one or more sub-objects; building, by a type graph generator, a type graph (1212, 1214, 1312) based on the type inspection of the one or more sub-objects; calculating, by the type name server or a type name calculator or the composite object, an object type name (1116, 1218) from the type graph; and accessing, by the type name server, a blockchain (1022,1122,) to determine if object type name is already created, wherein the type inspection comprises a recursive introspection of the sub-objects forming the composite object; and wherein the recursive introspection comprises: sending a type introspection request to each of the sub-objects forming the composite object; performing a type introspection to determine a type for each sub-sub-object forming the sub-object; building a type graph at each of the sub-objects that are formed from sub-sub-objects; returning the type graphs to the composite object; and verifying signatures on the type graphs. requesting, by a composite object (1010, 1012, 1102), a creation of an object type to a type name server (1004, 1106, 1402), the composite object including one or more sub-objects (1014, 1016, 1018, 1112, 1204); performing, by a type inspector, a type inspection of the one or more sub-objects; building, by a type graph generator, a type graph (1212, 1214, 1312) based on the type inspection of the one or more sub-objects; calculating, by the type name server or a type name calculator or the composite object, an object type name (1116, 1218) from the type graph; and accessing, by the type name server, a blockchain (1022,1122,) to determine if object type name is already created, wherein the type inspection comprises a recursive introspection of the sub-objects forming the composite object; and wherein the recursive introspection comprises: sending a type introspection request to each of the sub-objects forming the composite object; performing a type introspection to determine a type for each sub-sub-object forming the sub-object; building a type graph at each of the sub-objects that are formed from sub-sub-objects; returning the type graphs to the composite object; and verifying signatures on the type graphs. sending a type introspection request to each of the sub-objects forming the composite object; performing a type introspection to determine a type for each sub-sub-object forming the sub-object; building a type graph at each of the sub-objects that are formed from sub-sub-objects; returning the type graphs to the composite object; and verifying signatures on the type graphs.
A robotic carton unloader for unloading a carton pile, comprising: a conveyor system; a manipulator movably attached to a robotically controlled carton remover system via a robotic positioner, the robotically controlled carton remover system extending from the robotic carton unloader and configured to dislodge one or more cartons from the carton pile using the manipulator; a carton guide system configured to guide the one or more cartons dislodged from the carton pile onto the conveyor system; a frame; a frame lift being an electrical actuator connected to the frame and configured to raise and lower the frame; characterized in that: the frame comprises a bumper configured to be pressed by the frame lift against the carton pile directly below the one or more cartons being dislodged from the carton pile by the manipulator to stabilize the carton pile below the one or more cartons being dislodged. a conveyor system; a manipulator movably attached to a robotically controlled carton remover system via a robotic positioner, the robotically controlled carton remover system extending from the robotic carton unloader and configured to dislodge one or more cartons from the carton pile using the manipulator; a carton guide system configured to guide the one or more cartons dislodged from the carton pile onto the conveyor system; a frame; a frame lift being an electrical actuator connected to the frame and configured to raise and lower the frame; characterized in that: the frame comprises a bumper configured to be pressed by the frame lift against the carton pile directly below the one or more cartons being dislodged from the carton pile by the manipulator to stabilize the carton pile below the one or more cartons being dislodged.
A cooling element for a metallurgical furnace or shaft furnace comprising: a body with a front face and an opposite rear face, said body having at least one coolant channel therein; wherein in use said front face is turned towards the furnace interior, and preferably comprises alternating ribs and grooves; and at least one wear detection probe embedded in said body to detect wear thereof, characterized in that said wear detection probe includes a plurality of conductive loops positioned at predetermined depths below the front face of said body and are electrically insulated therefrom, each loop being connected to a pair of terminals on the rear face of said body, so that wear of said body can be detected by a change of an electrical characteristic of a said loop(s) due to abrasion; wherein said conductive loops are formed as conductive lines on a board each conductive loop describes a generally U-shape, and the loops are nested within one another, said conductive loops generally extend from the rear side in a thickness direction of said body so that an end section, forming a wearable section, of each loop is located at said predetermined distance (d1, d2, d3) from said front face; said probe is arranged in a through bore or blind bore in said body; said probe comprises a cylindrical housing surrounding said board with said conductive loops, said cylindrical housing having a shape matching the shape of said bore; and said cylindrical housing is made from the same material as said cooling element body. a body with a front face and an opposite rear face, said body having at least one coolant channel therein; wherein in use said front face is turned towards the furnace interior, and preferably comprises alternating ribs and grooves; and at least one wear detection probe embedded in said body to detect wear thereof, characterized in that said wear detection probe includes a plurality of conductive loops positioned at predetermined depths below the front face of said body and are electrically insulated therefrom, each loop being connected to a pair of terminals on the rear face of said body, so that wear of said body can be detected by a change of an electrical characteristic of a said loop(s) due to abrasion; wherein said conductive loops are formed as conductive lines on a board each conductive loop describes a generally U-shape, and the loops are nested within one another, said conductive loops generally extend from the rear side in a thickness direction of said body so that an end section, forming a wearable section, of each loop is located at said predetermined distance (d1, d2, d3) from said front face; said probe is arranged in a through bore or blind bore in said body; said probe comprises a cylindrical housing surrounding said board with said conductive loops, said cylindrical housing having a shape matching the shape of said bore; and said cylindrical housing is made from the same material as said cooling element body.
A solid pharmaceutical composition for oral administration comprising Deferasirox in an amount higher than 60% by weight based on the total weight of the medicament and polysorbate 80 to increase solubility and rate of dissolution.
A battery discharge control system comprising: a voltage sensor configured to sense a voltage across a battery; a current sensor configured to sense an output current of the battery; and a controller configured to calculate an expected voltage of the battery based on a recovery voltage of the battery and the voltage across the battery, compare the expected voltage and a predetermined final discharge voltage, and control power applied to a load, having the battery as a power source, according to a result of the comparison, characterised in that the controller uses the output current of the battery to detect a final discharge current, and controls the battery to be discharged with the output current of the battery having a smaller magnitude than the final discharge current after the voltage across the battery reaches the predetermined final discharge voltage. a voltage sensor configured to sense a voltage across a battery; a current sensor configured to sense an output current of the battery; and a controller configured to calculate an expected voltage of the battery based on a recovery voltage of the battery and the voltage across the battery, compare the expected voltage and a predetermined final discharge voltage, and control power applied to a load, having the battery as a power source, according to a result of the comparison, characterised in that the controller uses the output current of the battery to detect a final discharge current, and controls the battery to be discharged with the output current of the battery having a smaller magnitude than the final discharge current after the voltage across the battery reaches the predetermined final discharge voltage.
Control device for a brake system of a vehicle, comprising a control apparatus by means of which the brake system can be placed in a first operating mode in which, when the brake actuation element which is arranged on the brake system is actuated by a driver a brake pressure increase in at least one first wheel brake calliper of a first brake system of the brake system is prevented, wherein a first wheel inlet valve of the first wheel brake calliper can, during the first operating mode, be placed at least temporarily in an at least partially opened state, and a first wheel outlet valve of the first wheel brake calliper can be held in an at least partially opened state during the first operating mode; characterized in that by means of the control device the first wheel inlet valve can be additionally placed at least temporarily in a closed state during the first operating mode, a second wheel inlet valve of a second wheel brake calliper of the first brake circuit can be placed in an at least partially opened state during the first operating mode, and a second wheel outlet valve of the second wheel brake calliper can be placed in a closed state during the first operating mode, in such a way that while an increase in brake pressure in the first wheel brake calliper is prevented during the actuation of the brake actuation element, a brake pressure can be increased in the second wheel brake calliper.
Control apparatus for a vehicle with -an electric park lock mechanism configured to lock rotation of a wheel the control apparatus comprising: - a park lock power supply configured to supply electric power to the electric park lock mechanism, - a control section (4, 9) configured to control the electric park lock mechanism, wherein said the control section (4, 9) comprises: - a power supply failure detecting means configured to detect occurrence of a power supply failure including one of charge inability and charge malfunction in said park lock power supply of the park lock mechanism; whereby the control apparatus is characterised in that the control section further comprises - an electric storage state examining means (S12-S14) configured to examine an electric storage state of the park lock power supply after a time of detection of the power supply failure by the power supply failure detecting means in order to examine a process of deterioration of said electric storage state after the time of detection of the power supply failure; and - a park lock means configured to lock rotation of the wheel by operating the park lock mechanism with electric power from the park lock power supply, under a vehicle speed condition allowing rotation lock of the wheel with the park lock mechanism, when the electric storage state of the park lock power supply after the time of the detection of the power supply failure enters a predetermined deterioration phase near a lower limit of the electric storage state ensuring operation of the park lock mechanism. - a park lock power supply configured to supply electric power to the electric park lock mechanism, - a control section (4, 9) configured to control the electric park lock mechanism, wherein said the control section (4, 9) comprises: - a power supply failure detecting means configured to detect occurrence of a power supply failure including one of charge inability and charge malfunction in said park lock power supply of the park lock mechanism; whereby the control apparatus is characterised in that the control section further comprises - an electric storage state examining means (S12-S14) configured to examine an electric storage state of the park lock power supply after a time of detection of the power supply failure by the power supply failure detecting means in order to examine a process of deterioration of said electric storage state after the time of detection of the power supply failure; and - a park lock means configured to lock rotation of the wheel by operating the park lock mechanism with electric power from the park lock power supply, under a vehicle speed condition allowing rotation lock of the wheel with the park lock mechanism, when the electric storage state of the park lock power supply after the time of the detection of the power supply failure enters a predetermined deterioration phase near a lower limit of the electric storage state ensuring operation of the park lock mechanism.
Hose coupling with a coupling element, which is configured to be able to retain a hose end of a flexible hose line, and with a coupling mating element, which is releasably connectable to the coupling element, wherein at least one fluid duct (5, 6) is guided in each case in the coupling element and in the coupling mating element, and wherein the fluid ducts (5, 6) of the coupling element and of the coupling mating element connected thereto are connected to one another liquid-tightly in a retaining position of coupling element and coupling mating element, wherein the coupling element or the coupling mating element has a coupling head which, in a pivoted position, is insertable into a coupling head receptacle of the respective other element (4; 3) of the hose coupling, and the coupling element and the coupling mating element are pivotable relative to each other between the pivoted position and the retaining position, in which retaining position the coupling head is retained in the coupling head receptacle, characterized in that the coupling head is designed as a spherical head and the coupling head receptacle is configured as a socket.