mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device, comprising: a light-emitting module, comprising a plurality of light-emitting unit strings, each of the light-emitting unit strings comprising a plurality of light-emitting units connected in series, wherein an end of each of the light-emitting unit strings receives a same DC voltage; a light adjustment control bus, comprising a plurality of current control units, each being connected in series to at least one of the light-emitting unit strings, so as to control a current of each of the light-emitting unit strings; a control module, configured to retrieve a voltage drop value across each of the current control units, so as to further determine whether the light-emitting units in each of the light-emitting unit strings malfunction; characterized in that, when the light-emitting units of a specific string among the light-emitting unit strings malfunction, and the number x of malfunctioned light-emitting units is larger than or equal to a malfunction threshold value p, the control module is configured to short the malfunctioned light-emitting units in the specific string and short x - p + 1 light-emitting units in each of the light-emitting unit strings other than the specific string, and the control module is configured to decrease the DC voltage received by each of the light-emitting unit strings. a light-emitting module, comprising a plurality of light-emitting unit strings, each of the light-emitting unit strings comprising a plurality of light-emitting units connected in series, wherein an end of each of the light-emitting unit strings receives a same DC voltage; a light adjustment control bus, comprising a plurality of current control units, each being connected in series to at least one of the light-emitting unit strings, so as to control a current of each of the light-emitting unit strings; a control module, configured to retrieve a voltage drop value across each of the current control units, so as to further determine whether the light-emitting units in each of the light-emitting unit strings malfunction; characterized in that, when the light-emitting units of a specific string among the light-emitting unit strings malfunction, and the number x of malfunctioned light-emitting units is larger than or equal to a malfunction threshold value p, the control module is configured to short the malfunctioned light-emitting units in the specific string and short x - p + 1 light-emitting units in each of the light-emitting unit strings other than the specific string, and the control module is configured to decrease the DC voltage received by each of the light-emitting unit strings.
A camera module comprising: a housing including a supporting part and in which an inner space is divided by the supporting part into a first space and a second space; an image sensor housed in the first space; a lens unit arranged on the image sensor; a light-outputting unit arranged between the lens unit and the housing; and a light source unit arranged in the second space to correspond to the light-outputting unit, wherein the light-outputting unit outputs light incident from the light source unit to the outside, wherein the lens unit includes at least one lens and a lens holder housing the at least one lens, wherein the supporting part is arranged in the housing to support the lens unit, wherein the supporting part includes a through-hole into which the lens holder of the lens unit is inserted formed at a central portion thereof, characterized in that, the light-outputting unit is a ring shape so that an outer surface of the light-outputting unit is in contact with an inner circumferential surface of the housing and an inner surface of the light-outputting unit is in contact with an outer circumferential surface of the lens unit, that a light output surface of the light outputting unit is an inclined surface with a height that increases as the light output surface nears the lens unit with respect to a surface that is perpendicular to an optic axis, and that a degree of inclination (α1; α2) of the light output surface satisfies 5° to 10° with respect to the surface that is perpendicular to the optic axis. a housing including a supporting part and in which an inner space is divided by the supporting part into a first space and a second space; an image sensor housed in the first space; a lens unit arranged on the image sensor; a light-outputting unit arranged between the lens unit and the housing; and a light source unit arranged in the second space to correspond to the light-outputting unit, wherein the light-outputting unit outputs light incident from the light source unit to the outside, wherein the lens unit includes at least one lens and a lens holder housing the at least one lens, wherein the supporting part is arranged in the housing to support the lens unit, wherein the supporting part includes a through-hole into which the lens holder of the lens unit is inserted formed at a central portion thereof, characterized in that, the light-outputting unit is a ring shape so that an outer surface of the light-outputting unit is in contact with an inner circumferential surface of the housing and an inner surface of the light-outputting unit is in contact with an outer circumferential surface of the lens unit, that a light output surface of the light outputting unit is an inclined surface with a height that increases as the light output surface nears the lens unit with respect to a surface that is perpendicular to an optic axis, and that a degree of inclination (α1; α2) of the light output surface satisfies 5° to 10° with respect to the surface that is perpendicular to the optic axis.
A control system for controlling actuators, the system comprising: a central processor; a plurality of actuators; a plurality of servo systems (3A, 3B) for controlling the respective actuators; each servo system being operable, independently of the central processor, to control an actual value of a controlled parameter in accordance with a reference value; and a non-deterministic communications system via which the plurality of servo systems and the central processor communicate, characterized in that the plurality of servo systems provide signals representing offsets between the reference and the actual value measured by the plurality of servo systems to the central processor via the non-deterministic communications system, and the central processor compares the offsets measured by the respective servo systems. a central processor; a plurality of actuators; a plurality of servo systems (3A, 3B) for controlling the respective actuators; each servo system being operable, independently of the central processor, to control an actual value of a controlled parameter in accordance with a reference value; and a non-deterministic communications system via which the plurality of servo systems and the central processor communicate, characterized in that the plurality of servo systems provide signals representing offsets between the reference and the actual value measured by the plurality of servo systems to the central processor via the non-deterministic communications system, and the central processor compares the offsets measured by the respective servo systems.
An apparatus for supporting a depending device, the apparatus comprising an arm, one end of which comprises a depending hollow attachment housing, into which is inserted a corresponding attachment portion of the depending device, the attachment housing and attachment portion both having corresponding openings (4, 6) which come into alignment when the attachment portion is inserted into the attachment housing, the apparatus comprising a securing means which passes through the aligned openings (4, 6) in the attachment housing and attachment portion thereby to prevent the vertical separation of the attachment housing and attachment portion, the apparatus comprising a sleeve which surrounds the attachment housing and is vertically moveable between a first position wherein it exposes the openings (4, 6) and securing means and a second position wherein it covers the securing means thereby preventing the securing means from becoming dislodged in use, characterised in that, the attachment housing comprises a removable delimiter which is visible on the exterior of the apparatus and which reduces the allowable vertical movement of the sleeve so that in use its vertical movement is restricted so as to prevent the sleeve adopting its first position, and wherein the delimiter further provides a protrusion which extends around the circumference of the attachment housing.
A computer-implemented method for detecting an anomaly on an electrical distribution network including a plurality of consumer nodes, each of the consumer nodes being capable of transmitting a confirmation via the electrical distribution network in response to a request received through the electrical distribution network, the method comprising: a) collecting the request returns transmitted to each of the consumer nodes via the electrical distribution network at a plurality of successive time points (t) of an observation period and at a plurality of successive time points (t') of a current period (T'), b) for each request, establishing a Boolean type state variable (Bi,t) whose value corresponds respectively to the reception of a confirmation or to the absence of reception of a confirmation, c) for each consumer node and for each of the periods (T, T'), deducing a statistical distribution (P i, P' i) of possible state transitions (OK→OK, OK→KO, KO→OK, KO→KO) between two successive time points, d) for each consumer node and for each of the periods (T, T'), calculating a likelihood (L i, L' i) of the statistical distribution (P i, P' i), e) for a set of several consumer nodes, calculating an index (S; S cor) of deviation from normality depending on the likelihoods (L i, L' i) of the observation period and the current period (T') of the consumer nodes, f) comparing the obtained index (S; S cor) with a predefined threshold value (S ref), g) only in the case where the obtained index (S; S cor) exceeds the threshold value (S ref), generating an alert signal. a) collecting the request returns transmitted to each of the consumer nodes via the electrical distribution network at a plurality of successive time points (t) of an observation period and at a plurality of successive time points (t') of a current period (T'), b) for each request, establishing a Boolean type state variable (Bi,t) whose value corresponds respectively to the reception of a confirmation or to the absence of reception of a confirmation, c) for each consumer node and for each of the periods (T, T'), deducing a statistical distribution (P i, P' i) of possible state transitions (OK→OK, OK→KO, KO→OK, KO→KO) between two successive time points, d) for each consumer node and for each of the periods (T, T'), calculating a likelihood (L i, L' i) of the statistical distribution (P i, P' i), e) for a set of several consumer nodes, calculating an index (S; S cor) of deviation from normality depending on the likelihoods (L i, L' i) of the observation period and the current period (T') of the consumer nodes, f) comparing the obtained index (S; S cor) with a predefined threshold value (S ref), g) only in the case where the obtained index (S; S cor) exceeds the threshold value (S ref), generating an alert signal.
Hearth or tank furnace comprising a burner, which with at least one fuel feed, which is connected to a fuel line, extends through a burner quarl and opens out into a combustion chamber at an outlet port, and with at least one oxidant feed (7, 7') for primary oxidant, which is connected to an oxidant line (10, 10'), extends through the burner quarl and opens out into the combustion chamber at an outlet port, wherein the at least one fuel feed and the at least one oxidant feed (7, 7') for primary oxidant extend through the burner quarl parallel to one another and open out into the combustion chamber at a distance from one another, characterized in that two or more oxidant feeds (7, 7', 7") for primary oxidant are provided and are arranged in two groups at a distance from one another such that the outlet ports of the groups of the oxidant feeds (7, 7', 7") form rows vertically at a distance from one another, between which a row of fuel feeds opens out, and supply lines (15, 16, 17) for a secondary oxidant are provided laterally and/or above the fuel feeds and/or the oxidant feeds.
Use of a bis(styrylsulfonylimide) salt of formula wherein M + is Li + or Na +, and preferably M is lithium in the production of a solid conducting polymer, preferably a solid polymer electrolyte, by copolymerizing said bis(styrylsulfonylimide) salt with an alkaline metal vinyl sulfonate monomer and a radical initiator, said radical initiator being a photoinitiator or a thermal initiator or a combination of a photoinitiator(s) and a thermal initiator, and optionally an acrylate monomer.
A method of tamping at least two adjacent sleepers of a track by means of at least two tamping units arranged one following the other in a longitudinal machine direction or working direction and designed to be lowered independently of one another by means of a respective separate drive, with inner tamping tines provided for immersion into the same sleeper crib as well as outer tamping tines provided for immersion into a sleeper crib singly, characterized in that the joint lowering of adjoining tamping units for tamping sleepers adjacent in the longitudinal direction of the machine takes place with a time delay, preferably in a range of about 100 to about 300 milliseconds, in that one of the two drives is actuated earlier than the drive of the adjacent tamping unit.
A process for removing hydrogen sulphide from a gas, comprising the steps of: • providing a gas comprising hydrogen sulphide • supply oxygen for the process if the gas does not comprise oxygen, or does not comprise sufficient oxygen for converting hydrogen sulphide to elementary sulphur; • lead gas comprising hydrogen sulphide and, if supplied, oxygen to a tank comprising: i) liquid layer comprising a foam forming liquid comprising one or more foam forming agents, and ii) a foam layer made from said foam forming liquid by one or more foam forming devices (3, 11, 15), wherein said foam layer is formed on the top of the foam forming liquid, and said foam layer is at least 0.5 meter high, such that said gas comprising hydrogen sulphide is led through said foam layer, and hydrogen sulphide in the gas is converted to hydrogen sulphide converting products, and • lead the cleaned gas to outlet for outletting cleaned gas and the hydrogen sulphide conversion products to another outlet for draining hydrogen sulphide conversion products. • providing a gas comprising hydrogen sulphide • supply oxygen for the process if the gas does not comprise oxygen, or does not comprise sufficient oxygen for converting hydrogen sulphide to elementary sulphur; • lead gas comprising hydrogen sulphide and, if supplied, oxygen to a tank comprising: i) liquid layer comprising a foam forming liquid comprising one or more foam forming agents, and ii) a foam layer made from said foam forming liquid by one or more foam forming devices (3, 11, 15), wherein said foam layer is formed on the top of the foam forming liquid, and said foam layer is at least 0.5 meter high, such that said gas comprising hydrogen sulphide is led through said foam layer, and hydrogen sulphide in the gas is converted to hydrogen sulphide converting products, and i) liquid layer comprising a foam forming liquid comprising one or more foam forming agents, and ii) a foam layer made from said foam forming liquid by one or more foam forming devices (3, 11, 15), • lead the cleaned gas to outlet for outletting cleaned gas and the hydrogen sulphide conversion products to another outlet for draining hydrogen sulphide conversion products.
System comprising: - a central processing unit, - an interconnection bus - a plurality of functional modules (11-15, 21) being part of distinct power domains, and able to communicate with each other and/or with the central processing unit via the bus wherein a transaction comprises the sending of a request message by a master functional module and that return of a response message by a slave functional module; and, - at least one terminator module able to operate in slave mode only and associated with one of the power domains, configured to take over for a slave functional module of said power domain when the power to said and thus to the slave functional module is turned off by the central processing unit, and to signal an error in response to any request of a transaction that is in progress between the slave functional module and a master functional module at the moment the power is turned off. - a central processing unit, - an interconnection bus - a plurality of functional modules (11-15, 21) being part of distinct power domains, and able to communicate with each other and/or with the central processing unit via the bus wherein a transaction comprises the sending of a request message by a master functional module and that return of a response message by a slave functional module; and, - at least one terminator module able to operate in slave mode only and associated with one of the power domains, configured to take over for a slave functional module of said power domain when the power to said and thus to the slave functional module is turned off by the central processing unit, and to signal an error in response to any request of a transaction that is in progress between the slave functional module and a master functional module at the moment the power is turned off.
A door module for a vehicle door, having an areal carrier region which is substantially formed by an organosheet and to which at least one functional component (2A, 2B, A) of the vehicle door is to be fixed, characterized in that, - in addition to the carrier region, at least one further region (11, 12) of the door module, said further region bordering a window opening in the vehicle door when the door module is in the properly assembled state, is substantially formed by an organosheet, - the carrier region and the at least one further region (11, 12) are formed with different types of organosheets, and - the door module has at least three different types of organosheets, with which different regions (10, 11, 12) of the door module are formed, wherein - a first type of organosheet has a single-layered woven fabric, a single-layered laid scrim, a single-layered knitted fabric or a single-layered UD tape and/or a material thickness in the range from 0.4 mm to 1.0 mm, - a second type of organosheet has a multi-layered woven fabric, a multi-layered laid scrim, a multi-layered knitted fabric or a multi-layered UD tape and/or a material thickness in the range from 0.4 mm to 2.0 mm, and - a third type of organosheet has a material thickness in the range from 1.8 mm to 4.0 mm. - in addition to the carrier region, at least one further region (11, 12) of the door module, said further region bordering a window opening in the vehicle door when the door module is in the properly assembled state, is substantially formed by an organosheet, - the carrier region and the at least one further region (11, 12) are formed with different types of organosheets, and - the door module has at least three different types of organosheets, with which different regions (10, 11, 12) of the door module are formed, wherein - a first type of organosheet has a single-layered woven fabric, a single-layered laid scrim, a single-layered knitted fabric or a single-layered UD tape and/or a material thickness in the range from 0.4 mm to 1.0 mm, - a second type of organosheet has a multi-layered woven fabric, a multi-layered laid scrim, a multi-layered knitted fabric or a multi-layered UD tape and/or a material thickness in the range from 0.4 mm to 2.0 mm, and - a third type of organosheet has a material thickness in the range from 1.8 mm to 4.0 mm. - a first type of organosheet has a single-layered woven fabric, a single-layered laid scrim, a single-layered knitted fabric or a single-layered UD tape and/or a material thickness in the range from 0.4 mm to 1.0 mm, - a second type of organosheet has a multi-layered woven fabric, a multi-layered laid scrim, a multi-layered knitted fabric or a multi-layered UD tape and/or a material thickness in the range from 0.4 mm to 2.0 mm, and - a third type of organosheet has a material thickness in the range from 1.8 mm to 4.0 mm.
A seal support and duct assembly of a gas turbine engine comprising: a seal support housing disposed about a central axis; a duct housing attached to the seal support housing, wherein the duct housing and the seal support housing define the seal support and duct assembly; an outer annular cavity defined between the seal support housing and the duct housing; an inlet that supplies the outer annular cavity with cooling buffer air; an inner annular cavity defined between the seal support housing and the duct housing and disposed radially inward of the outer annular cavity; a first plurality of outlets that provide the cooling buffer air from the outer annular cavity to the inner annular cavity; and a second plurality of outlets that provide the cooling buffer air from the inner annular cavity to an area surrounding a bearing compartment. a seal support housing disposed about a central axis; a duct housing attached to the seal support housing, wherein the duct housing and the seal support housing define the seal support and duct assembly; an outer annular cavity defined between the seal support housing and the duct housing; an inlet that supplies the outer annular cavity with cooling buffer air; an inner annular cavity defined between the seal support housing and the duct housing and disposed radially inward of the outer annular cavity; a first plurality of outlets that provide the cooling buffer air from the outer annular cavity to the inner annular cavity; and a second plurality of outlets that provide the cooling buffer air from the inner annular cavity to an area surrounding a bearing compartment.
A surface treatment for treating a metallic surface prior to adhesive bonding comprising: applying a water-based primer composition onto a metallic surface to form a curable primer film having a smooth, continuous surface, said water-based primer composition comprising: one or more epoxy resins; at least one curing agent; a silane compound having at least one hydrolyzable group; propylene carbonate; and water, wherein the water-based primer composition has a solid content of 10%-25%, and the amount of propylene carbonate is less than 15% by weight based on the total weight of the primer composition. applying a water-based primer composition onto a metallic surface to form a curable primer film having a smooth, continuous surface, said water-based primer composition comprising: one or more epoxy resins; at least one curing agent; a silane compound having at least one hydrolyzable group; propylene carbonate; and water, wherein the water-based primer composition has a solid content of 10%-25%, and the amount of propylene carbonate is less than 15% by weight based on the total weight of the primer composition. one or more epoxy resins; at least one curing agent; a silane compound having at least one hydrolyzable group; propylene carbonate; and water, wherein the water-based primer composition has a solid content of 10%-25%, and the amount of propylene carbonate is less than 15% by weight based on the total weight of the primer composition.