mhurhangee/ep-ind-claims huggingface dataset:
A rock bolt assembly which includes: two shaft sections (120, 122), namely an inner shaft section which is intended to be at a dead end of the rock bolt assembly and an outer shaft section having a head at a live end which is intended to be at the live end of the rock bolt assembly, the outer shaft section being of an electrically conductive material; a coupler configured to couple the two shaft sections (120, 122) together at proximate ends, namely a dead end of the outer shaft section and a live end of the inner shaft section; characterized in that an electrical conductor insulated from the outer shaft section and extending from the dead end of the outer shaft section to the head at the live end of the outer shaft section; an electrical contact arrangement (130, 132, 134) at the dead end of the outer shaft section, the electrical contact arrangement (130, 132, 134) configured to electrically interconnect the outer shaft section and the conductor when the inner and outer shaft sections (120, 122) are coupled; and electrical terminals provided at the head and connected respectively to the outer shaft section and to the conductor, the electrical terminals being interconnected when the outer shaft section and the conductor are electrically interconnected. two shaft sections (120, 122), namely an inner shaft section which is intended to be at a dead end of the rock bolt assembly and an outer shaft section having a head at a live end which is intended to be at the live end of the rock bolt assembly, the outer shaft section being of an electrically conductive material; a coupler configured to couple the two shaft sections (120, 122) together at proximate ends, namely a dead end of the outer shaft section and a live end of the inner shaft section; characterized in that an electrical conductor insulated from the outer shaft section and extending from the dead end of the outer shaft section to the head at the live end of the outer shaft section; an electrical contact arrangement (130, 132, 134) at the dead end of the outer shaft section, the electrical contact arrangement (130, 132, 134) configured to electrically interconnect the outer shaft section and the conductor when the inner and outer shaft sections (120, 122) are coupled; and electrical terminals provided at the head and connected respectively to the outer shaft section and to the conductor, the electrical terminals being interconnected when the outer shaft section and the conductor are electrically interconnected.
A milk frothing device, comprising a milk container having at least one bottom, a support base for supporting the milk container, a conduit for dispensing the frothed milk comprising a portion internal to the milk container which extends towards said bottom of the milk container and a portion external to said milk container having a downward dispensing end for the direct dispensing into a cup, a conduit for the inlet of air into the milk container, a rotatable mechanical stirrer positioned inside said milk container for frothing the milk, a milk heater, and a means for the activation in rotation of said mechanical stirrer housed in said support base, characterized in that it comprises a removable lid for the hermetic closure of said milk container, and a supplier of compressed air to said air inlet conduit for the ejection of the frothed milk contained in said milk container through said dispensing conduit.
A water heat exchanger accommodation unit comprising: a water heat exchanger (201, 1012) through which a flammable refrigerant flows; a casing (231, 1040) accommodating the water heat exchanger (201, 1012); and an inner cover member (280, 1014) disposed in the casing (231, 1040) and configured to cover at least a refrigerant pipe connection portion of a refrigerant circuit and to guide a leaking flammable refrigerant to an outside of the casing (231, 1040), characterized in that the inner cover member includes a guide portion engaged with a connection port provided in the casing and configured to guide the leaking flammable refrigerant to the connection port. a water heat exchanger (201, 1012) through which a flammable refrigerant flows; a casing (231, 1040) accommodating the water heat exchanger (201, 1012); and an inner cover member (280, 1014) disposed in the casing (231, 1040) and configured to cover at least a refrigerant pipe connection portion of a refrigerant circuit and to guide a leaking flammable refrigerant to an outside of the casing (231, 1040), characterized in that the inner cover member includes a guide portion engaged with a connection port provided in the casing and configured to guide the leaking flammable refrigerant to the connection port.
A transcatheter system comprising a first device which is an intracorporeal connector for fluid communication between two anatomical compartments through at least one anatomical wall and adapted to receive a flow regulating device, wherein said connector comprises a neck for fluid passage from one compartment to the other, and means for anchoring the neck across the anatomical wall(s), wherein said anchoring means comprises a plurality of arms extending from a first end of the neck, wherein the transcatheter system further comprises a second device which is an intracorporeal flow regulating device, characterised in that the intracorporeal flow regulating device is coupled to the intracorporeal connector in situ. a first device which is an intracorporeal connector for fluid communication between two anatomical compartments through at least one anatomical wall and adapted to receive a flow regulating device, wherein said connector comprises a neck for fluid passage from one compartment to the other, and means for anchoring the neck across the anatomical wall(s), wherein said anchoring means comprises a plurality of arms extending from a first end of the neck, wherein the transcatheter system further comprises a second device which is an intracorporeal flow regulating device, characterised in that the intracorporeal flow regulating device is coupled to the intracorporeal connector in situ.
A method for preparing nano-Cu-BTC, comprising: impregnating Cu-BTC in an acidic protic solvent environment and filtered to obtain a solid, impregnating the solid in a non-acidic organic solvent or a steam environment of a non-acidic organic solvent, centrifuging, washing, and drying, to obtain nano-Cu-BTC, wherein the method is carried out under a temperature condition of 20°C to 30°C, and a pressure condition of 100 KPa to 101 KPa.
A composition comprising Z-HFO-1336mzz and at least one additional compound selected from the group consisting of HFO-1243zf, HCC-40, HCFO-1223, CFC-113a, CFC-113, CFC-11, HFO-1429, HFC-449, HFC-365, HFO-1327, HFO-1132, HCFC-123a, chlorobutane, ethyl benzene, o-xylene, m-xylene, p-xylene, HCFO-1334, and HCFO-1333, wherein the total amount of said additional compound(s) ranges from 0.001 weight percent to 1 weight percent, based on the total weight of the composition, and wherein the at least one additional compound includes HFO-1327.
A process for deactivating a fume cupboard comprising an open front section which is closable by means of a front sash, a work chamber enclosed by side sections, a bottom section, a back side section, and a top section provided with an exhaust opening, the fume cupboard further comprising an electrical power measuring unit configured to measure electrical power consumption of the fume cupboard; the process comprising the steps of: - determining, by means of the electrical power measuring unit, if an electrical power consumption of the fume cupboard fulfills a predetermined threshold condition; if so: - closing the front sash of the fume cupboard, - switching an electrical power for the fume cupboard off; and - controlling an air flow through the fume cupboard to a minimum flow. - determining, by means of the electrical power measuring unit, if an electrical power consumption of the fume cupboard fulfills a predetermined threshold condition; if so: - closing the front sash of the fume cupboard, - switching an electrical power for the fume cupboard off; and - controlling an air flow through the fume cupboard to a minimum flow.
A method comprising: loading data defining a three dimensional shape for a composite part; identifying constraints based on dimensions of the 3D shape; simulating flattening of the 3D shape into a planar shape; acquiring a mandrel having the planar shape; placing features at the mandrel which permit a laminate laid-up onto the mandrel to compensate for the constraints during forming of the laminate into the 3D shape; and generating a Numerical Control program that directs an Automated Fiber Placement machine laying up the laminate, the NC program including instructions for laying up tows of constituent material onto the mandrel having the features, to form layers of the laminate. loading data defining a three dimensional shape for a composite part; identifying constraints based on dimensions of the 3D shape; simulating flattening of the 3D shape into a planar shape; acquiring a mandrel having the planar shape; placing features at the mandrel which permit a laminate laid-up onto the mandrel to compensate for the constraints during forming of the laminate into the 3D shape; and generating a Numerical Control program that directs an Automated Fiber Placement machine laying up the laminate, the NC program including instructions for laying up tows of constituent material onto the mandrel having the features, to form layers of the laminate.
A display component, comprising: a display module; wherein the display module comprises a plurality of columns of light-emitting pixels on a base substrate, each of the light-emitting pixels comprising a first electrode layer, a nanoparticle layer, and a second electrode layer, the nanoparticle layer comprising nanoparticles of a first metal, each of the nanoparticles of the first metal having a convex protrusion on a side away from the first electrode layer, and the second electrode layer comprising an ion of a second metal; characterized in that the display module further comprises a viewing angle switch module at a light-exiting side of the display module; wherein the viewing angle switch module comprises a plurality of viewing angle control units, each of the plurality of viewing angle control units comprising two viewing angle control sections extending in a column direction, and each of the viewing angle control sections corresponds to a column of the light-emitting pixels; and wherein each of the viewing angle control sections comprises an insulating layer covering the display module, a third electrode layer, a fourth electrode layer, and a blocking portion between the third electrode layer and the fourth electrode layer, and wherein an accommodating chamber is formed between adjacent blocking portions, and a black non-polar liquid is accommodated in the accommodating chamber. a display module; wherein the display module comprises a plurality of columns of light-emitting pixels on a base substrate, each of the light-emitting pixels comprising a first electrode layer, a nanoparticle layer, and a second electrode layer, the nanoparticle layer comprising nanoparticles of a first metal, each of the nanoparticles of the first metal having a convex protrusion on a side away from the first electrode layer, and the second electrode layer comprising an ion of a second metal; characterized in that the display module further comprises a viewing angle switch module at a light-exiting side of the display module; wherein the viewing angle switch module comprises a plurality of viewing angle control units, each of the plurality of viewing angle control units comprising two viewing angle control sections extending in a column direction, and each of the viewing angle control sections corresponds to a column of the light-emitting pixels; and wherein each of the viewing angle control sections comprises an insulating layer covering the display module, a third electrode layer, a fourth electrode layer, and a blocking portion between the third electrode layer and the fourth electrode layer, and wherein an accommodating chamber is formed between adjacent blocking portions, and a black non-polar liquid is accommodated in the accommodating chamber.
Box for notes of value, having a first receiving compartment for receiving notes of value, having at least one second receiving compartment for receiving notes of value, and having a switch unit for optionally feeding notes of value into the first receiving compartment or into the second receiving compartment, wherein the switch unit comprises a switch element, and wherein a portion of the switch element bounds one side at least of the first receiving compartment, wherein the portion of the switch element serves as a separating element between the first receiving compartment and the second receiving compartment, the switch element is arranged pivotably about an axis of rotation, and the axis of rotation extends in the middle third of the separating element. having a first receiving compartment for receiving notes of value, having at least one second receiving compartment for receiving notes of value, and having a switch unit for optionally feeding notes of value into the first receiving compartment or into the second receiving compartment, wherein the switch unit comprises a switch element, and wherein a portion of the switch element bounds one side at least of the first receiving compartment, wherein the portion of the switch element serves as a separating element between the first receiving compartment and the second receiving compartment, the switch element is arranged pivotably about an axis of rotation, and the axis of rotation extends in the middle third of the separating element.
A computing device, comprising: a processor; a computer-readable storage medium in communication with the processor, the computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by the processor, cause the processor to: expose an application programming interface, API, the API configured to receive contextual data, and transmit allocation data; receive, at the API, the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder; and transmit, from the API, the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects. a processor; a computer-readable storage medium in communication with the processor, the computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by the processor, cause the processor to: expose an application programming interface, API, the API configured to receive contextual data, and transmit allocation data; receive, at the API, the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder; and transmit, from the API, the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects. expose an application programming interface, API, the API configured to receive contextual data, and transmit allocation data; receive, at the API, the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder; and transmit, from the API, the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects.
A data converting method, comprising: acquiring data of a terminal; confirming that a data model corresponding to the received data is an object data model according to the Customer Premises Wide area Management Protocol, CWMP; and converting the data based on the object data model into data based on a treelike data model according to the Open Mobile Alliance Device Management protocol, OMA DM. acquiring data of a terminal; confirming that a data model corresponding to the received data is an object data model according to the Customer Premises Wide area Management Protocol, CWMP; and converting the data based on the object data model into data based on a treelike data model according to the Open Mobile Alliance Device Management protocol, OMA DM.
A waste collection system including one or more waste containers for receiving waste, a server system for receiving one or more signals via a wireless communication network from one or more sensor arrangements (30, 40) included on the one or more waste containers for sensing a waste status of the one or more containers, the server system being operable from receiving the one or more signals to compute an optimal strategy for one or more waste collection vehicles to collect waste from the one or more waste containers, the sensor arrangements (30, 40) of the one or more containers each including a waste status sensor arrangement for determining a volume of waste in a corresponding waste container and a spatial position determining sensor for determining a spatial location of the corresponding waste container, characterized in that the sensor arrangement (30, 40) includes a user-actuated input sensor for enabling a user to signal to the server system that collection of waste of the container associated with the sensor arrangement (30, 40) is required to have waste collected therefrom, the one or more waste collection vehicles are provided with vehicle sensor arrangements for sensing spatial locations of the one or more vehicles and their waste capacity status in substantially real-time for dynamically modifying the optimal strategy in substantially real-time during collection of the waste from the one or more waste containers; and the optimal strategy is influenced by at least a degree of access of a given vehicle to a given waste container.
An agricultural harvester, comprising: a chassis; a threshing and separating system carried by said chassis and including at least one threshing rotor; a grain pan carried by said chassis that receives crop material from said threshing and separating system, said grain pan being configured to shake in a fore-to-aft direction and a lateral direction; and a cleaning system carried by said chassis supplied with crop material from said grain pan, said cleaning system including an upper sieve and a lower sieve both configured to shake in the fore-to-aft direction and the lateral direction, characterized in that: said lower sieve is configured to shake in the fore-to-aft direction and in the lateral direction out of phase with said grain pan; said upper sieve is configured to shake in the lateral direction in phase with said grain pan; and said at least one threshing rotor is mounted in a longitudinal direction of said agricultural harvester. a chassis; a threshing and separating system carried by said chassis and including at least one threshing rotor; a grain pan carried by said chassis that receives crop material from said threshing and separating system, said grain pan being configured to shake in a fore-to-aft direction and a lateral direction; and a cleaning system carried by said chassis supplied with crop material from said grain pan, said cleaning system including an upper sieve and a lower sieve both configured to shake in the fore-to-aft direction and the lateral direction, characterized in that: said lower sieve is configured to shake in the fore-to-aft direction and in the lateral direction out of phase with said grain pan; said upper sieve is configured to shake in the lateral direction in phase with said grain pan; and said at least one threshing rotor is mounted in a longitudinal direction of said agricultural harvester. said lower sieve is configured to shake in the fore-to-aft direction and in the lateral direction out of phase with said grain pan; said upper sieve is configured to shake in the lateral direction in phase with said grain pan; and said at least one threshing rotor is mounted in a longitudinal direction of said agricultural harvester.
Household dishwasher with a first spray arm, which has a first spraying circle, a second spray arm, which has a second spraying circle which overlaps with the first spraying circle, and a synchronisation facility, which is configured to adapt a rotational speed of the first spray arm to a rotational speed of the second spray arm, or vice versa, characterised in that the synchronisation facility comprises a first magnetic field allocated to the first spray arm and a second magnetic field allocated to the second spray arm, wherein the first magnetic field and the second magnetic field have the same polarisation, so that the first magnetic field and the second magnetic field repel one another during operation of the household dishwasher, in order to prevent contact between the first spray arm and the second spray arm during a rotational movement of the same.
A wheat plant comprising multiple mutated AHAS nucleic acids (IMI nucleic acids), wherein the wheat plant has increased resistance to an imidazolinone herbicide as compared to a wild-type variety of the plant and wherein at least two of the multiple IMI nucleic acids are selected from the group consisting of: (a) polynucleotides comprising SEQ ID NO: 1; (b) polynucleotides comprising SEQ ID NO:3; (c) polynucleotides encoding polypeptides comprising SEQ ID NO:2; and (d) polynucleotides encoding polypeptides comprising SEQ ID NO:4; and at least one of said two of the multiple Imi nucleic acids comprise an Imi2 nucleic acid comprising a mutation in Domain E that results in a serine to asparagine substitution in the corresponding IMI protein as compared to a wild-type AHAS protein. (a) polynucleotides comprising SEQ ID NO: 1; (b) polynucleotides comprising SEQ ID NO:3; (c) polynucleotides encoding polypeptides comprising SEQ ID NO:2; and (d) polynucleotides encoding polypeptides comprising SEQ ID NO:4;
An arrangement for controlling longitudinal forces acting on a web of packaging material being wound from a first reel to a second reel, said arrangement comprising a first roller having a first rotational axis and a second roller having a second rotational axis, the first rotational axis being fixed while the second rotational axis being movable, the second roller being arranged on a first side of the first roller, the first and second rollers not being in contact, characterised in that the second rotational axis is movable along a rectilinear and a circular path, such that the second roller is movable to a second side of the first roller, the second side being opposite the first side.