mhurhangee/ep-ind-claims huggingface dataset:
Multi-junction photon detector comprising a silicon substrate presenting adrift region in the bulk, a pluralityof pixels on the top surface of the silicon substrate, a uniform doping implant on the backside surface of the substrate and at least one deep implant layer on the backside, deeper in the substrate bulk than the uniform doping implant such that the drift region and the deep implant layer are interposed between the plurality of pixels and the uniform doping implant, wherein the detector presents a first junction in inverse polarization, corresponding to the interface between the pixels and the drift region in the substrate, and a second junction in inverse polarization between the deep implant layer and the uniform doping implant on the backside surface forming a gain region, and characterised in that both the plurality of pixels and the uniform doping implant function as end terminals, generating a current signal between them and directing said current signal through the drift region and the deep implant layer and wherein the first and second junction are of the PNPN or of the NPNP type. a silicon substrate presenting adrift region in the bulk, a pluralityof pixels on the top surface of the silicon substrate, a uniform doping implant on the backside surface of the substrate and at least one deep implant layer on the backside, deeper in the substrate bulk than the uniform doping implant such that the drift region and the deep implant layer are interposed between the plurality of pixels and the uniform doping implant, wherein the detector presents a first junction in inverse polarization, corresponding to the interface between the pixels and the drift region in the substrate, and a second junction in inverse polarization between the deep implant layer and the uniform doping implant on the backside surface forming a gain region, and characterised in that both the plurality of pixels and the uniform doping implant function as end terminals, generating a current signal between them and directing said current signal through the drift region and the deep implant layer and wherein the first and second junction are of the PNPN or of the NPNP type.
A heart valve implant comprising: an inflatable valve body defining a cavity comprising a proximal end and a distal end; a shaft extending through and coupled with the proximal end of the inflatable valve body, said shaft comprising a lumen in fluid communication with said cavity; an inflation port comprising one or more lumens in fluid communication with the shaft lumen; and an anchor assembly attached to the shaft, between the inflatable valve body and the inflation port, said anchor assembly defining a passageway extending therethrough which is configured to receive and be advanced over the shaft, the anchor assembly comprising a clamp ring, a collar, a nut, and an anchor support, wherein the clamp ring, the collar and the nut are configured to define a compression fitting around a perimeter of the shaft, thereby securing the anchor assembly to the shaft; wherein said inflation port is configured to be secured subdermally. an inflatable valve body defining a cavity comprising a proximal end and a distal end; a shaft extending through and coupled with the proximal end of the inflatable valve body, said shaft comprising a lumen in fluid communication with said cavity; an inflation port comprising one or more lumens in fluid communication with the shaft lumen; and an anchor assembly attached to the shaft, between the inflatable valve body and the inflation port, said anchor assembly defining a passageway extending therethrough which is configured to receive and be advanced over the shaft, the anchor assembly comprising a clamp ring, a collar, a nut, and an anchor support, wherein the clamp ring, the collar and the nut are configured to define a compression fitting around a perimeter of the shaft, thereby securing the anchor assembly to the shaft; wherein said inflation port is configured to be secured subdermally.
An electric power steering device, comprising: a motor, which includes a first three-phase winding and a second three-phase winding, and is to be used as a power source to generate an assist torque for assisting a steering torque of a vehicle; a first inverter circuit configured to supply electric power to the first three-phase winding; a second inverter circuit configured to supply electric power to the second three-phase winding; and a boost circuit configured to change a voltage of the electric power to be supplied to each of the first inverter circuit and the second inverter circuit, and a drive unit (110, 111) configured to cause, when an abnormality occurs in any one of a first system including the first three-phase winding and the first inverter circuit and a second system including the second three-phase winding and the second inverter circuit, to supply electric power at a higher voltage than a voltage before the occurrence of the abnormality to an inverter circuit included in a normal system by the boost circuit, the normal system being one of the first system and the second system and being free of the abnormality, to thereby drive the inverter circuit. a motor, which includes a first three-phase winding and a second three-phase winding, and is to be used as a power source to generate an assist torque for assisting a steering torque of a vehicle; a first inverter circuit configured to supply electric power to the first three-phase winding; a second inverter circuit configured to supply electric power to the second three-phase winding; and a boost circuit configured to change a voltage of the electric power to be supplied to each of the first inverter circuit and the second inverter circuit, and a drive unit (110, 111) configured to cause, when an abnormality occurs in any one of a first system including the first three-phase winding and the first inverter circuit and a second system including the second three-phase winding and the second inverter circuit, to supply electric power at a higher voltage than a voltage before the occurrence of the abnormality to an inverter circuit included in a normal system by the boost circuit, the normal system being one of the first system and the second system and being free of the abnormality, to thereby drive the inverter circuit.
A fluid dispensing mechanism for a fluid dispensing device, comprising an elastic sleeve surrounding a bag for filling with fluid for dispensing, the bag having a circumference and being folded with overlapping folds at a plurality of folding locations around said circumference, each overlapping fold comprising three layers of material forming a flat Z shape, the fluid dispensing mechanism further comprising an anchoring column, said bag being folded around said anchoring column and said folds allow said bag to fit in compact form around said anchoring column, characterized in that said overlapping folds at said folding locations twist around said anchoring column to various extents, thereby to unfold evenly under said sleeve during a filling process of pressurized filling of said bag with fluid.
A method for producing a solar radiation absorber element, for a concentrating thermal solar power plant, comprising the formation of a selective coating on an outer surface of a steel substrate, the selective coating absorbing at least 75% of the solar radiation and having an emissivity lower than 25%, characterized in that formation of the selective coating comprises the following successive steps: - providing a steel substrate notably having a chromium content comprised between 6% and 12.5% by weight, a carbon content comprised between 0.07% and 0.23%, a manganese content comprised between 0.2% and 1.3%, a molybdenum content comprised between 0.2% and 2.3%, a tungsten content comprised between 0% and 2.5%, a vanadium content comprised between 0% and 0.4% and an aluminium content less than or equal to 0.05% by weight, - performing heat treatment at a temperature comprised between 400°C and 900°C in an oxidising atmosphere containing at least 5% of an oxygen precursor chosen among O 2, H 2 O and O 3 so as to form an (Fe,Cr) 2 O 3 type oxide layer at the surface of the substrate, the thickness of the (Fe,Cr) 2 O 3 type oxide layer being comprised between 10nm and 1000nm. - providing a steel substrate notably having a chromium content comprised between 6% and 12.5% by weight, a carbon content comprised between 0.07% and 0.23%, a manganese content comprised between 0.2% and 1.3%, a molybdenum content comprised between 0.2% and 2.3%, a tungsten content comprised between 0% and 2.5%, a vanadium content comprised between 0% and 0.4% and an aluminium content less than or equal to 0.05% by weight, - performing heat treatment at a temperature comprised between 400°C and 900°C in an oxidising atmosphere containing at least 5% of an oxygen precursor chosen among O 2, H 2 O and O 3 so as to form an (Fe,Cr) 2 O 3 type oxide layer at the surface of the substrate, the thickness of the (Fe,Cr) 2 O 3 type oxide layer being comprised between 10nm and 1000nm.
An organic light-emitting device comprising: a first electrode; a second electrode; a first organic emission layer (140, 141, 142) between the first electrode, and the second electrode and comprising a first dopant; and a second organic emission layer (180, 181, 182) between the first electrode and the second electrode and comprising a second dopant, wherein a maximum luminescence wavelength of the first dopant is larger than a maximum luminescence wavelength of the second dopant, wherein the first organic emission layer (140, 141, 142) further comprises the second dopant and the second organic emission layer (180, 181, 182) further comprises the first dopant, wherein a concentration of the first dopant in the first organic emission layer (140, 141, 142) is higher than a concentration of the second dopant in the first organic emission layer (140, 141, 142), and wherein a concentration of the second dopant in the second organic emission layer (180, 181, 182) is higher than a concentration of the first dopant in the second organic emission layer (180, 181, 182), characterized in that a difference between the maximum luminescence wavelength of the first dopant and the maximum luminescence wavelength of the second dopant is 10 nm or less. a first electrode; a second electrode; a first organic emission layer (140, 141, 142) between the first electrode, and the second electrode and comprising a first dopant; and a second organic emission layer (180, 181, 182) between the first electrode and the second electrode and comprising a second dopant,
An electronic device for maintaining a distributed ledger, which is maintained by multiple electronic nodes which comprise said electronic device, wherein the distributed ledger includes multiple blocks (5, 6) which are associated at least with one of the previously recorded blocks and wherein a block (5, 6) can be added to the distributed ledger based on a mining process, which is run on a competitive compression algorithm where the block having the best compression may win, between at least a part of the multiple electronic nodes, the electronic device comprising circuitry configured to: perform the mining process of a block (5, 6) to be added to the distributed ledger, wherein the mining process includes compressing data, based on said competitive compression algorithm, of the block (5, 6) to be added to the distributed ledger.
An exhaust gas heat exchanger, comprising a tube bundle with exhaust gas guiding tubes and a housing through which a cooling medium flows and which surrounds the tube bundle and has a cooling medium inlet and a cooling medium outlet, wherein at least one three-dimensional cooling medium guiding device is formed between the tube bundle and the housing for adjusting a cooling medium channel (6, 7), wherein the cooling medium inlet opens into the cooling medium channel (6, 7), wherein the cooling medium guiding device fully comprises the tube bundle, wherein approximately perpendicular to the cooling medium channel (6, 7), with a predetermined distance to the cooling medium guiding device, a bottom closing the housing is formed and the cooling medium guiding device has a polygonal cross-section, wherein the corners of the cross-section of the cooling medium guiding device touch the housing, wherein the cooling medium is first guided past the tube bundle in a cooling medium channel and is then delivered to the tube bundle on the way back, wherein the cooling medium enters all tubes of the tube bundle in a uniform manner, characterised in that the cooling medium guiding device has at least one spacer (10, 11, 12, 13) with a planar configuration which extends in an angle < 90° starting from an edge of the cooling medium guiding device opposite the bottom in the direction of the bottom and thus touches the bottom with its end, whereby the cooling medium guiding device is fixed to the bottom.
Charging device for electrically charging equipment, the charging device comprising: - a power outlet destined to be connected to the equipment and capable of being selectively connected to an electrical power source for electrically powering the equipment, - a contactor through which the power outlet can selectively be connected to the electrical power source, - a control module connected to the power outlet by a reference wire designed to have a voltage equal to a reference value (V ref) when the power outlet is disconnected from the equipment, the control module comprising: -- a connection module configured to control the contactor for the connection or, selectively, the disconnection of the power outlet to/from said electrical power source, and -- a processing unit configured to control the connection module depending on the voltage of the reference wire, characterised in that the charging device further comprises a hardware security module, configured to disable the control of the connection module by the processing unit in response to detecting a voltage of the reference wire that is equal to the reference value. - a power outlet destined to be connected to the equipment and capable of being selectively connected to an electrical power source for electrically powering the equipment, - a contactor through which the power outlet can selectively be connected to the electrical power source, - a control module connected to the power outlet by a reference wire designed to have a voltage equal to a reference value (V ref) when the power outlet is disconnected from the equipment, the control module comprising: -- a connection module configured to control the contactor for the connection or, selectively, the disconnection of the power outlet to/from said electrical power source, and -- a processing unit configured to control the connection module depending on the voltage of the reference wire, -- a connection module configured to control the contactor for the connection or, selectively, the disconnection of the power outlet to/from said electrical power source, and -- a processing unit configured to control the connection module depending on the voltage of the reference wire,
Method for adapting a view on a display unit of a user interface, comprising the steps of: - calling a configuration mode for a split view with a first section and a second section on the display unit, - displaying a multiplicity of operating areas (5, 6, 7, 8) representing a respective range of functions as a demarcation region between the first section and the second section, - selecting an operating area from the multiplicity of operating areas (5, 6, 7, 8) for displaying a corresponding range of functions in the first section of the split view, and - confirming the selected operating area, wherein - selecting the operating area comprises moving the operating area, and - confirming the selected operating area comprises dropping the operating area in the first section, characterized by the steps of: - calling the configuration mode for the split view again, - determining a period without user interaction with the display unit in the configuration mode, and, in response thereto, - returning to a penultimate view. - calling a configuration mode for a split view with a first section and a second section on the display unit, - displaying a multiplicity of operating areas (5, 6, 7, 8) representing a respective range of functions as a demarcation region between the first section and the second section, - selecting an operating area from the multiplicity of operating areas (5, 6, 7, 8) for displaying a corresponding range of functions in the first section of the split view, and - confirming the selected operating area, wherein - selecting the operating area comprises moving the operating area, and - confirming the selected operating area comprises dropping the operating area in the first section, characterized by the steps of: - calling the configuration mode for the split view again, - determining a period without user interaction with the display unit in the configuration mode, and, in response thereto, - returning to a penultimate view.
A medical device for treating an aneurysm, comprising: a tubular member expandable to an expanded state, the tubular member comprising a plurality of braided filaments (120, 142, 144, 146, 148, 300), each of the filaments (120, 142, 144, 146, 148, 300) crossing another of the filaments (120, 142, 144, 146, 148, 300) at a respective crossing point, that form a sidewall and a plurality of pores in the sidewall, the tubular member comprising a section for spanning a neck of the aneurysm, the section having first pores sized to inhibit flow of blood through the sidewall into the aneurysm to a degree sufficient to lead to thrombosis and healing of the aneurysm when the tubular member is positioned in a blood vessel and adjacent to the aneurysm, wherein the first pores have an average pore size that is less than or equal to about 500 microns when the tubular member is in the expanded state; and an antithrombogenic material distributed over the section of the tubular member wherein the first pores are substantially free of webs formed by the antithrombogenic material, wherein the webs are few in number and are present at fewer than 5% of the crossing points and/or at fewer than 5% of the first pores.
A method of preparing an immunologically-active adjuvant-bound dried vaccine composition, the method comprising: a) combining at least one aluminum-salt adjuvant, at least a succinate buffer system at least one glass-forming agent consisting of trehalose and at least one antigen selected from the group consisting of Clostridium botulinum neurotoxin protein type A, type B, type C, type D, type E, type F and type G to create a liquid vaccine formulation; b) lyophilizing the liquid vaccine formulation, wherein lyophilizing comprises the steps of: i) freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii) drying the frozen vaccine formulation to create a dried vaccine composition; wherein said composition is capable of eliciting an immune response in a subject: a) combining at least one aluminum-salt adjuvant, at least a succinate buffer system at least one glass-forming agent consisting of trehalose and at least one antigen selected from the group consisting of Clostridium botulinum neurotoxin protein type A, type B, type C, type D, type E, type F and type G to create a liquid vaccine formulation; b) lyophilizing the liquid vaccine formulation, wherein lyophilizing comprises the steps of: i) freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii) drying the frozen vaccine formulation to create a dried vaccine composition; wherein said composition is capable of eliciting an immune response in a subject: i) freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii) drying the frozen vaccine formulation to create a dried vaccine composition; wherein said composition is capable of eliciting an immune response in a subject:
A lens for preferential-side distribution of light from a light emitter having an axis, the lens comprising: a base forming a substantially rectangular opening with four sides to an emitter cavity defined by an inner surface; a main output surface transverse the axis and directing light toward the preferential side; and a reflecting surface positioned to reflect light received from the inner surface toward the main output surface, characterized in that each side of the opening is straight between curved corners. a base forming a substantially rectangular opening with four sides to an emitter cavity defined by an inner surface; a main output surface transverse the axis and directing light toward the preferential side; and a reflecting surface positioned to reflect light received from the inner surface toward the main output surface, characterized in that each side of the opening is straight between curved corners.
A transport line cover comprising: a cover body (161, 171) adapted to cover an opening at a top of a sample transport apparatus, the sample transport apparatus accommodating a plurality of transport lines that extend in one direction, the cover body having long and short sides and a long-side side face on its long side, characterised in that a first groove (163, 173) is formed on an upper face of the cover body, the first groove extending from one short side to another short side of the cover body and being formed at a position where both the first groove and one long-side side face of the cover body (161, 171) can be grasped with one hand, the first groove (163, 173) is formed in a shape that allows at least the first joint of a finger to be inserted into the first groove from above the traansport line cover, a lower end of the long-side side face of the cover body is located at a level below a bottom face of the first groove, and a tilt angle between the upper face of the cover body and the upper inner wall of the first groove is greater than a tilt angle between the upper face and the long-side side face of the cover body. a cover body (161, 171) adapted to cover an opening at a top of a sample transport apparatus, the sample transport apparatus accommodating a plurality of transport lines that extend in one direction, the cover body having long and short sides and a long-side side face on its long side, characterised in that a first groove (163, 173) is formed on an upper face of the cover body, the first groove extending from one short side to another short side of the cover body and being formed at a position where both the first groove and one long-side side face of the cover body (161, 171) can be grasped with one hand, the first groove (163, 173) is formed in a shape that allows at least the first joint of a finger to be inserted into the first groove from above the traansport line cover, a lower end of the long-side side face of the cover body is located at a level below a bottom face of the first groove, and a tilt angle between the upper face of the cover body and the upper inner wall of the first groove is greater than a tilt angle between the upper face and the long-side side face of the cover body.
A method for monitoring an elevator communication module fault, the elevator communication module being provided for near-field wireless communication with a client end, characterized in that the method comprises the steps of: acquiring a feedback result in response to sending requests from one or more client ends to the elevator communication module; counting the number of request failures in the feedback result within a pre-set duration; and judging whether the countered number of request failures is not less than a pre-set threshold, and if yes, determining that the elevator communication module has a fault. acquiring a feedback result in response to sending requests from one or more client ends to the elevator communication module; counting the number of request failures in the feedback result within a pre-set duration; and judging whether the countered number of request failures is not less than a pre-set threshold, and if yes, determining that the elevator communication module has a fault.