mhurhangee/ep-ind-claims huggingface dataset:
An exhaust system of a motor vehicle, with a tailpipe which has a substantially cylindrical pipe end portion with a free pipe end, and a tailpipe trim with a trim pipe which has a pipe axis and can be fitted onto the tailpipe of the exhaust system, a plurality of fastening elements arranged on a radial inner side of the trim pipe for fixing the tailpipe trim to the tailpipe in the radial direction and axial direction, and also a positioning element arranged on a radial inner side of the trim pipe for positioning the tailpipe trim relative to the tailpipe in the peripheral direction, wherein the tailpipe trim is fitted onto the free pipe end of the tailpipe, and wherein the fastening elements of the tailpipe trim are urged radially against the tailpipe and are supported radially on an outer side of the tailpipe, characterised in that the pipe end portion of the tailpipe has a radial tailpipe projection which engages in a cutout in the positioning element of the tailpipe trim, and in that the positioning element in a final mounting position of the tailpipe trim forms an axial stop for the tailpipe projection.
An initiator for a gas generator of a vehicle safety device, the initiator comprising: a cup defining an interior; a primary pyrotechnic material disposed in the interior of the cup; a secondary pyrotechnic material disposed in the interior of the cup; a separator member hermetically separating the primary pyrotechnic material from the secondary pyrotechnic material; and an ignition device including a pair of electrical connectors or pins and a bridge wire; a static cover covering the cup; an overmolded member attaching the static cover and the ignition device; wherein the initiator is further comprising an adaptor at least partially disposed in the interior of the cup, the adaptor holding the primary pyrotechnic material and being distinct from the ignition device, the separator member being connected to the cup through the adaptor. a cup defining an interior; a primary pyrotechnic material disposed in the interior of the cup; a secondary pyrotechnic material disposed in the interior of the cup; a separator member hermetically separating the primary pyrotechnic material from the secondary pyrotechnic material; and an ignition device including a pair of electrical connectors or pins and a bridge wire; a static cover covering the cup; an overmolded member attaching the static cover and the ignition device; wherein the initiator is further comprising an adaptor at least partially disposed in the interior of the cup, the adaptor holding the primary pyrotechnic material and being distinct from the ignition device, the separator member being connected to the cup through the adaptor.
Tower head of a wind energy plant, having an outer rotor generator (11, 12, 13) which, without the interposition of a transmission, is driven by the rotor of the wind energy plant, and devices for channelling a cooling medium flow which extracts waste heat from the generator, wherein a stator stack of the generator (11, 12, 13) has one or more passages (18; 18a) which conduct the cooling medium flow through the stator stack, characterized in that the passages (18; 18a) are in flow connection with an air gap formed between the stator stack and a rotor of the generator (11, 12, 13), the devices for channelling the cooling medium flow are provided such that the cooling medium flow can enter the air gap or exit the air gap on both sides of the stator stack, a supporting structure which holds the stator stack and the rotor of the wind energy plant and forms an annular space which is delimited radially outwardly by the stator stack and which is in flow connection with the passages (18; 18a) and the devices for channelling the cooling medium flow have at least one flow passage traversing the annular space in the axial direction and through which the cooling medium flow is channelled to one or from one of the two sides of the stator stack.
A sensor to measure a liquid, comprising: a light source; a lumen, wherein the light source is operably coupled to the lumen, wherein the lumen is disposed in a liquid solution, wherein the light source is configured to emit light and communicate the light to the lumen; wherein the lumen is provided as a bent optical fiber, a light detector operably coupled to the lumen, the light detector configured to receive at least a portion of the light from the lumen; and a controller configured to determine a concentration or quality of the liquid solution based on the light emitted by the light source and the portion of the light received by the light detector characterized in that the lumen is "Z" shaped to provide an increased amount of light escaping from the lumen into the liquid solution. a light source; a lumen, wherein the light source is operably coupled to the lumen, wherein the lumen is disposed in a liquid solution, wherein the light source is configured to emit light and communicate the light to the lumen; wherein the lumen is provided as a bent optical fiber, a light detector operably coupled to the lumen, the light detector configured to receive at least a portion of the light from the lumen; and a controller configured to determine a concentration or quality of the liquid solution based on the light emitted by the light source and the portion of the light received by the light detector characterized in that the lumen is "Z" shaped to provide an increased amount of light escaping from the lumen into the liquid solution.
A vending machine comprising a cabinet internally defining a dispensing compartment closed by a front door; a plurality of dispensing trays, which are arranged in the dispensing compartment, are arranged one over the other and are each designed to support a respective plurality of products; and, for each dispensing tray, a respective guide device, which is slidably engaged by the respective dispensing tray and comprises a pair of guides coupled to the cabinet on opposite sides of the dispensing tray; wherein each guide has an elongated shape and comprises a front end provided with at least a first coupling tooth for engagement with the cabinet and a rear end provided with at least a second coupling tooth for engagement with the cabinet; characterised in that each guide is further provided with a retractable spring-loaded locking pin, which is movable between a normal extracted coupling position, in which the locking pin locks the relative guide onto the cabinet, and a retracted release position, which allows the respective guide to be mounted to, and removed from, the cabinet.
A cold rolled steel sheet having aging resistance and excellent formability, the steel comprising: 0.003 % or less of C; 0.003 ∼ 0.03 % of S; 0.01 ∼ 0.1 % of Al; 0.02 % or less of N; 0.2 % or less of P; 0.005 ∼ 0.2 % of Cu; and the balance of Fe and other unavoidable impurities in terms of weight%, wherein Cu and S satisfies the relationship: 1≤0.5*Cu/S≤10, wherein precipitates of CuS have an average size of 0.2 μ m or less, and the steel sheet further comprises optionally at least one of the elements chosen among 0.03 ∼ 0.2% of Mn, 0.1 ∼ 0.8% of Si, 0.2 ∼ 1.2% of Cr, 0.01 ∼ 0.2% of Mo, and 0.01 ∼ 0.2% of V, wherein when the steel sheet comprises V and a composition of V and C satisfies the relationship: 1≤ 0.25 × V/C ≤ 20, and wherein when the steel sheet comprises Mn and a composition of Mn, Cu, and S satisfies the relationships: Mn+Cu≤0.3, 0.58*Mn/S≤10 and 2≤0.5*(Mn+Cu)/S≤20, wherein precipitates of MnS, and (Mn, Cu)S have an average size of 0.2 μ m or less.
A method for creating a secure execution environment, comprising: receiving a request to create a master enclave, the master enclave being associated with a private key of a customer and a public key of the customer; creating the master enclave in an on premises or private cloud environment; instantiating the master enclave, as part of a public cloud service, such that it includes code and data provided by the customer; distributing the code and data to one or more member enclaves according to a master manifest associated with the master enclave; and operating the one or more member enclaves such that a first member enclave of the one or more member enclaves uses the public key to validate that a transaction is associated with the master enclave. receiving a request to create a master enclave, the master enclave being associated with a private key of a customer and a public key of the customer; creating the master enclave in an on premises or private cloud environment; instantiating the master enclave, as part of a public cloud service, such that it includes code and data provided by the customer; distributing the code and data to one or more member enclaves according to a master manifest associated with the master enclave; and operating the one or more member enclaves such that a first member enclave of the one or more member enclaves uses the public key to validate that a transaction is associated with the master enclave.
A heat exchanger core comprising: a first layer including two adjacent parting sheets and a hot fin forming a first plurality of channels extending in a flow direction and a first slot formed in the hot fin that extends across only some of the first plurality of channels, the first slot fluidly connects at least two of the first plurality of channels; and a second layer adjacent to the first layer, the second layer including two adjacent parting sheets and a second plurality of channels extending in a second direction that is different from the flow direction; the layers (20, 22) share a parting sheet and wherein the first layer further comprising: a pair of hot closure bars extend parallel to the first plurality of channels; and wherein the second layer further comprising: a pair of cold closure bars extend parallel to the second plurality of channels, characterized in that the first layer further comprises a reinforcing bar extending across the first layer; in that the first slot is positioned downstream of the reinforcing bar in the downstream direction; and in that the first slot extends at a first angle between thirty and sixty degrees from the flow direction. a first layer including two adjacent parting sheets and a hot fin forming a first plurality of channels extending in a flow direction and a first slot formed in the hot fin that extends across only some of the first plurality of channels, the first slot fluidly connects at least two of the first plurality of channels; and a second layer adjacent to the first layer, the second layer including two adjacent parting sheets and a second plurality of channels extending in a second direction that is different from the flow direction; the layers (20, 22) share a parting sheet and wherein the first layer further comprising: a pair of hot closure bars extend parallel to the first plurality of channels; and wherein the second layer further comprising: a pair of cold closure bars extend parallel to the second plurality of channels, characterized in that the first layer further comprises a reinforcing bar extending across the first layer; in that the first slot is positioned downstream of the reinforcing bar in the downstream direction; and in that the first slot extends at a first angle between thirty and sixty degrees from the flow direction. a pair of cold closure bars extend parallel to the second plurality of channels, characterized in that the first layer further comprises a reinforcing bar extending across the first layer; in that the first slot is positioned downstream of the reinforcing bar in the downstream direction; and in that the first slot extends at a first angle between thirty and sixty degrees from the flow direction.
A biaxially oriented polyester film comprising polyethylene terephthalate and at least one hydrolysis stabiliser selected from a glycidyl ester of a branched monocarboxylic acid, wherein the monocarboxylic acid has from 5 to 50 carbon atoms, wherein said hydrolysis stabiliser is present in the film in the form of its reaction product with at least some of the end-groups of said polyester, and wherein said polyester film has one or more additional layer(s) disposed on one or both surfaces thereof to form a composite structure.
A seat airbag comprising: a cushion part mounted to a seatback of a seat, and comprising at least two chambers accessible to each other in a vertical direction of the seatback; an inflator provided to supply an inflating gas to the cushion part, wherein the cushion part comprises: a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, wherein the inflator is disposed to discharge the inflating gas from the base chamber of the cushion part toward the lower chamber; wherein the inflator is provided together with a diffuser in a diffuser pocket, the diffuser pocket being within the cushion part; the diffuser pocket has a lower hole open toward the lower chamber and an upper hole open toward the base chamber; and the diffuser pocket forms a bypass passage connecting the lower hole and upper hole, bypassing the inflator inside. a cushion part mounted to a seatback of a seat, and comprising at least two chambers accessible to each other in a vertical direction of the seatback; an inflator provided to supply an inflating gas to the cushion part, wherein the cushion part comprises: a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, wherein the inflator is disposed to discharge the inflating gas from the base chamber of the cushion part toward the lower chamber; wherein the inflator is provided together with a diffuser in a diffuser pocket, the diffuser pocket being within the cushion part; the diffuser pocket has a lower hole open toward the lower chamber and an upper hole open toward the base chamber; and the diffuser pocket forms a bypass passage connecting the lower hole and upper hole, bypassing the inflator inside.
A cleansing composition, comprising: less than 12% by weight of a C10-C18 fatty acid; 0.25 to 5% by weight of a surfactant; and 0.1 to 3% by weight of an organic buffer; wherein a pH of the cleansing composition is 8.0 to 10.0, preferably 8.5 to 10.0, more preferably, 9.0 to 10.0. less than 12% by weight of a C10-C18 fatty acid; 0.25 to 5% by weight of a surfactant; and 0.1 to 3% by weight of an organic buffer; wherein a pH of the cleansing composition is 8.0 to 10.0, preferably 8.5 to 10.0, more preferably, 9.0 to 10.0.
A method for operating a wireless communication device, the method comprising: generating a packet including a cyclic shift delayed, CSD, short training field, STF, and a payload in accordance with a plurality of CSDs, each of the plurality of CSDs being a respective integer multiple of a time period; and via a plurality of antennae, transmitting a signal including the packet to a plurality of wireless communication devices (18-32, 1202, 1204, 1206) such that each of the plurality of antennae transmitting at a respective time in accordance a respective one of the plurality of CSDs; employing a first plurality of CSDs, when operation of the communication device compatible in accordance with a specific standard is desired; employing a second plurality of CSDs, when operation of the communication device compatible in accordance with the specific standard is not desired; and dependent on the operation of the communication device desired to be compatible in accordance with the specific standard protocol or not, appropriately selecting from the first or second plurality of CSDs a set of CSDs having a STF small cross-correlation, such that the selected set of CSDs applied to the signal ensures an automatic gain control, AGC, power setting for minimizing a difference between a first power associated with the STF and a second power associated with the payload, thereby ensuring a minimal AGC power error there between. generating a packet including a cyclic shift delayed, CSD, short training field, STF, and a payload in accordance with a plurality of CSDs, each of the plurality of CSDs being a respective integer multiple of a time period; and via a plurality of antennae, transmitting a signal including the packet to a plurality of wireless communication devices (18-32, 1202, 1204, 1206) such that each of the plurality of antennae transmitting at a respective time in accordance a respective one of the plurality of CSDs; employing a first plurality of CSDs, when operation of the communication device compatible in accordance with a specific standard is desired; employing a second plurality of CSDs, when operation of the communication device compatible in accordance with the specific standard is not desired; and dependent on the operation of the communication device desired to be compatible in accordance with the specific standard protocol or not, appropriately selecting from the first or second plurality of CSDs a set of CSDs having a STF small cross-correlation, such that the selected set of CSDs applied to the signal ensures an automatic gain control, AGC, power setting for minimizing a difference between a first power associated with the STF and a second power associated with the payload, thereby ensuring a minimal AGC power error there between.
Device for controlling thermal equipment comprising: - a first interface able to receive a first order via a first pilot wire (42.1); - a second interface able to receive a second order; and - a unit for transmitting a command to the thermal equipment; the device being characterised in that: - the second interface is able to receive the second order via a second pilot wire (42.2); - the device comprises furthermore a decision unit able to select, when a first order and a second order are received respectively on the first and second interfaces, an order from at least the first and second orders; and - the command transmitted by the transmission unit is generated from the selected order. - a first interface able to receive a first order via a first pilot wire (42.1); - a second interface able to receive a second order; and - a unit for transmitting a command to the thermal equipment; - the second interface is able to receive the second order via a second pilot wire (42.2); - the device comprises furthermore a decision unit able to select, when a first order and a second order are received respectively on the first and second interfaces, an order from at least the first and second orders; and - the command transmitted by the transmission unit is generated from the selected order.
A method of investigating a wavefront of a charged-particle beam that is directed from a source through an illuminator so as to traverse a sample plane and land upon a detector, an output of the detector being used in combination with a mathematical reconstruction technique so as to calculate at least one of phase information and amplitude information for the wavefront at a pre-defined location along its path to the detector, wherein: - Said beam is caused to traverse a particle-optical lens system disposed between said sample plane and said detector; - At a selected location in the path from said source to said detector, a modulator is used to locally produce a given modulation of the wavefront; - In a series of measurement sessions, different such modulations are employed, and the associated detector outputs are collectively used in said mathematical reconstruction, characterized in that said selected location is disposed in an image space of said lens system. - Said beam is caused to traverse a particle-optical lens system disposed between said sample plane and said detector; - At a selected location in the path from said source to said detector, a modulator is used to locally produce a given modulation of the wavefront; - In a series of measurement sessions, different such modulations are employed, and the associated detector outputs are collectively used in said mathematical reconstruction,
A personal care composition comprising: from 35% to 90% petrolatum, by weight of the composition, preferably from 50% to 85%, more preferably from 60% to 75%; an additional microcrystalline wax having a needle penetration at 25°C of from 35 to 75 dmm; from 1% to 6% of a gelling agent mixture, by weight of the composition, wherein the gelling agent mixture comprises a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide; and from 20% to 50% of an olfactory composition, by weight of the composition.
Three-position switch, in particular for medium and/or high voltages, wherein the three-position switch has a main current path and an auxiliary current path parallel to the main current path, wherein the auxiliary current path provides an arc-quenching device with arc-quenching contacts, of which at least one arc-quenching contact is an arc-quenching moving contact, and wherein the main current path has a contact system comprising moving contacts, - a first moving contact and a second moving contact, and fixed contacts, - a first main current path fixed contact, a second main current path fixed contact, an auxiliary current path fixed contact and an earth fixed contact, wherein the moving contacts are arranged on a common rotation axis between the fixed contacts, the moving contacts (20, 30) are rotatable through the rotation axis and at least the second moving contact is movably mounted in such a way that the movement of the second moving contact, in addition to the movement of the rotation axis, can be controlled and moved via a first control means, wherein a second control means, which is movably connected to the first control means, is designed to move a third control means together with the first control means, wherein the third control means is connected to the arc-quenching moving contact in such a way that the movement of the third control means generates and controls a movement of the arc-quenching moving contact, wherein the moving contacts are configured to make contact with the fixed contacts and establish a current path between different fixed contacts. - a first moving contact and a second moving contact, and fixed contacts, - a first main current path fixed contact, a second main current path fixed contact, an auxiliary current path fixed contact and an earth fixed contact, wherein the moving contacts are arranged on a common rotation axis between the fixed contacts, the moving contacts (20, 30) are rotatable through the rotation axis and at least the second moving contact is movably mounted in such a way that the movement of the second moving contact, in addition to the movement of the rotation axis, can be controlled and moved via a first control means, wherein a second control means, which is movably connected to the first control means, is designed to move a third control means together with the first control means, wherein the third control means is connected to the arc-quenching moving contact in such a way that the movement of the third control means generates and controls a movement of the arc-quenching moving contact, wherein the moving contacts are configured to make contact with the fixed contacts and establish a current path between different fixed contacts.