mhurhangee/ep-ind-claims huggingface dataset:
Method for filling tanks with pressurised gas, in particular pressurised hydrogen, via a filling station comprising at least one pressurised-gas source (2, 3, 4) and a fluid circuit for transferring gas from the at least one source to the tanks, the circuit comprising a first end connected to the at least one source (2, 3, 4) of gas and a second end provided with a transfer conduit intended to be connected removably to the tanks to be filled, the circuit comprising, disposed in series between the first end and the second end, a first isolation valve, a flow-rate or pressure regulation member, a heat exchanger for cooling gas transferred to the tank to be filled, and a second isolation valve, the method comprising the successive filling of a first tank and then a separate second tank, at the end of the filling of the first tank the first and second isolation valves being closed in order to trap a reserve of pressurised gas in the circuit between these two valves (7, 11), the reserve of gas being used for filling the second tank via the opening of the second valve, characterised in that at least between the first and second isolation valves the circuit comprises one or more conduits comprising thermal insulation.
A battery pack for a vehicle, comprising: at least one battery module; and a thermal management system disposed below the at least one battery module, wherein the thermal management system comprises: an upper plate which is formed of a steel material having a corrosion preventive layer on a surface thereof, and which is configured to support the at least one battery module, and a lower plate which is formed of a steel material having a corrosion protection layer on a surface thereof, and which is bonded to the upper plate to form a passage in which coolant circulates, wherein the lower plate comprises: a passage portion having a passage shape; and a bonding portion which is bonded to the upper plate and characterized in that it comprises a blocking portion that protrudes toward the upper plate. at least one battery module; and a thermal management system disposed below the at least one battery module, wherein the thermal management system comprises: an upper plate which is formed of a steel material having a corrosion preventive layer on a surface thereof, and which is configured to support the at least one battery module, and a lower plate which is formed of a steel material having a corrosion protection layer on a surface thereof, and which is bonded to the upper plate to form a passage in which coolant circulates, an upper plate which is formed of a steel material having a corrosion preventive layer on a surface thereof, and which is configured to support the at least one battery module, and a lower plate which is formed of a steel material having a corrosion protection layer on a surface thereof, and which is bonded to the upper plate to form a passage in which coolant circulates, wherein the lower plate comprises: a passage portion having a passage shape; and a bonding portion which is bonded to the upper plate and characterized in that it comprises a blocking portion that protrudes toward the upper plate. a passage portion having a passage shape; and a bonding portion which is bonded to the upper plate and characterized in that it comprises a blocking portion that protrudes toward the upper plate.
A connecting member for a floor covering, comprising a first partial member and a second partial member, each of which have connecting openings via which they are interconnectable with a connecting means (35, 37) and which, in the assembled state, form a connecting channel in which a connector is disposed, wherein the connecting means (35, 37) has such dimensions that it does not protrude over a useable surface of the floor covering, characterised in that the connector also has a connecting opening for the connecting means (35, 37), and that the connector laterally protrudes from the connecting member in such a way that it can be inserted into a connecting channel of an adjacent connecting member and a connecting means there can also extend through a second connecting opening, so that two connecting members disposed side by side are interconnectable via the connector.
An orifice plate carrier comprising: a body having an opening therethrough and a rectangular shape with four corners; an inner surface surrounding the opening; a lip extending radially from the inner surface into the opening; an annular recess created by the inner surface and the lip, wherein the annular recess is configured to receive an orifice plate assembly inserted through the opening to engage the lip; and the orifice plate carrier characterized in four flow ports extending through the body, each flow port proximate a different corner of the body, and each flow port having a rectangular shape with a beveled corner proximate the opening. a body having an opening therethrough and a rectangular shape with four corners; an inner surface surrounding the opening; a lip extending radially from the inner surface into the opening; an annular recess created by the inner surface and the lip, wherein the annular recess is configured to receive an orifice plate assembly inserted through the opening to engage the lip; and the orifice plate carrier characterized in four flow ports extending through the body, each flow port proximate a different corner of the body, and each flow port having a rectangular shape with a beveled corner proximate the opening.
Lashing anchor for anchoring a lashing means to an anchoring opening which is formed in a perforated plate of a load area of a commercial vehicle, wherein the lashing anchor has: - a lashing stop to which the lashing means, in particular a pull rope or strap, can be fastened, wherein the lashing stop is formed bracket-shaped, - a hook-shaped anchoring element for engaging behind the anchoring opening, and - a joint with at least two axes, which connects the lashing stop to the hook-shaped anchoring element articulated about at least two axes, wherein the joint with at least two axes has a first pivot axis (S 1) and a second pivot axis (S 2), wherein the two pivot axes (S 1, S 2) run orthogonally with respect to each other, characterized in that the hook-shaped anchoring element has an arched section for engaging behind the anchoring opening and a stop with a laminar stop surface, wherein the stop has a longitudinal extent, wherein the longitudinal extent runs substantially transverse to the arched section, wherein, along its longitudinal extent, the stop projects beyond the arched section, and the lashing stop is formed as a substantially U-shaped bracket with two side walls and a bottom surface, wherein the second pivot axis (S 2) runs substantially perpendicular to the bottom surface. - a lashing stop to which the lashing means, in particular a pull rope or strap, can be fastened, wherein the lashing stop is formed bracket-shaped, - a hook-shaped anchoring element for engaging behind the anchoring opening, and - a joint with at least two axes, which connects the lashing stop to the hook-shaped anchoring element articulated about at least two axes, wherein the joint with at least two axes has a first pivot axis (S 1) and a second pivot axis (S 2), wherein the two pivot axes (S 1, S 2) run orthogonally with respect to each other,
A small cell apparatus configured to detect and report motion, the small cell apparatus comprising: a housing including a mounting structure; a first radio coupled to the housing that transmits and receives signals with communication system subscriber units; a motion sensing device coupled to the housing, wherein the motion sensing device includes at least one accelerometer (150, 152, 153) that are mounted to detect motion normal to a strand on which the small cell apparatus is mounted, and at least one optical sensor, optical processing being used to detect motion by comparing known image features of fixed objects to current image features of the fixed objects in order to detect a shift indicating movement; and a second radio coupled to the housing and communicatively coupled to the motion sensing device, the second radio communicating data received from the motion sensing device to a remotely located analysis unit. a housing including a mounting structure; a first radio coupled to the housing that transmits and receives signals with communication system subscriber units; a motion sensing device coupled to the housing, wherein the motion sensing device includes at least one accelerometer (150, 152, 153) that are mounted to detect motion normal to a strand on which the small cell apparatus is mounted, and at least one optical sensor, optical processing being used to detect motion by comparing known image features of fixed objects to current image features of the fixed objects in order to detect a shift indicating movement; and a second radio coupled to the housing and communicatively coupled to the motion sensing device, the second radio communicating data received from the motion sensing device to a remotely located analysis unit.
Cover element assembly for a front end of a vehicle, with a cover element which extends over the front end in the transverse direction of the vehicle and is secured to a body of the vehicle by means of at least one fastening means, wherein at least one handle is provided in the region of the cover element, characterized in that the handle is indirectly or directly connected to the body by means of at least one fastening means which is guided through a cover-element-side reach-through opening.
Use of microparticles in dispersion-based paints or varnishes for improving the water vapour permeability, characterized in that the dispersion-based paint or varnish comprises at least 3.0 wt% of swollen microparticles having a cavity, and in that the microparticles are emulsion polymers with a core-shell structure having one or more shells, the core containing acid groups and the outermost shell having a glass transition temperature below 50°C, the glass transition temperature being determined by means of the Fox equation.
Contact fuze comprising an active sensor that can convert mechanical energy into electrostatic energy, which can be used to generate a sensor voltage (U s), comprising a threshold switch which blocks voltage signals below a threshold value and forwards voltage signals above the threshold value as ignition voltage (U z), characterized in that a filter circuit consisting of a high-pass filter (C1+R1) and at least one first low-pass filter (C6+R6) is provided, in that the filter circuit filters out low and high frequencies in the sensor voltage (Us), and in that an operating state switch is provided which can switch the contact fuze into one of two operating states, namely an activated and a deactivated operating state, by means of an activation voltage (U A), the sensor voltage (U s) being fed to the threshold switch in the activated operating state and the sensor voltage (U s) being limited via an input limiter to below the threshold value of the threshold switch in the deactivated operating state. comprising a threshold switch which blocks voltage signals below a threshold value and forwards voltage signals above the threshold value as ignition voltage (U z), characterized in that a filter circuit consisting of a high-pass filter (C1+R1) and at least one first low-pass filter (C6+R6) is provided, in that the filter circuit filters out low and high frequencies in the sensor voltage (Us), and in that an operating state switch is provided which can switch the contact fuze into one of two operating states, namely an activated and a deactivated operating state, by means of an activation voltage (U A), the sensor voltage (U s) being fed to the threshold switch in the activated operating state and the sensor voltage (U s) being limited via an input limiter to below the threshold value of the threshold switch in the deactivated operating state.
A sound attenuation device, comprising: an acoustic panel having a first end and a second end spaced from the first end, the first end of the acoustic panel configured for attachment to a first mount and the second end of the acoustic panel configured for attachment to a second mount, wherein the acoustic panel comprises: a permeable skin with a first end and a second end; a septum having a first end, a second end and a length extending between the first end of the acoustic panel and the second end of the acoustic panel; and a back skin with a first end and a second end; wherein each of the second end of the septum, the second end of the permeable skin and the second end of the back skin extend into the second end of the acoustic panel; characterised in that: the acoustic panel further comprises a first closeout seal positioned between the second end of the septum and the second end of the permeable skin and a second closeout seal positioned between the second end of the septum and the second end of the back skin. a permeable skin with a first end and a second end; a septum having a first end, a second end and a length extending between the first end of the acoustic panel and the second end of the acoustic panel; and a back skin with a first end and a second end; wherein each of the second end of the septum, the second end of the permeable skin and the second end of the back skin extend into the second end of the acoustic panel; characterised in that: the acoustic panel further comprises a first closeout seal positioned between the second end of the septum and the second end of the permeable skin and a second closeout seal positioned between the second end of the septum and the second end of the back skin.
A method (1400; 1500; 1600) of wireless communication at a base station comprising: determining (1405; 1505; 1605) a Doppler metric associated with a wireless channel and a user equipment, UE; selecting (1410; 1510; 1610) a first reference signal density configuration based at least in part on the Doppler metric; selecting, from a plurality of wireless channel estimation techniques and based at least in part on the Doppler metric, a wireless channel estimation technique for communication with the UE; wherein selecting the wireless channel estimation technique comprises: (i) selecting a causal wireless channel estimation technique if the Doppler metric is below a first threshold, and (ii) selecting a non-causal wireless channel estimation technique if the Doppler metric is above a second threshold; and transmitting to the UE an indication of the first reference signal density configuration and a further indication to communicate with the base station using the selected wireless channel estimation technique. determining (1405; 1505; 1605) a Doppler metric associated with a wireless channel and a user equipment, UE; selecting (1410; 1510; 1610) a first reference signal density configuration based at least in part on the Doppler metric; selecting, from a plurality of wireless channel estimation techniques and based at least in part on the Doppler metric, a wireless channel estimation technique for communication with the UE; wherein selecting the wireless channel estimation technique comprises: (i) selecting a causal wireless channel estimation technique if the Doppler metric is below a first threshold, and (ii) selecting a non-causal wireless channel estimation technique if the Doppler metric is above a second threshold; and (i) selecting a causal wireless channel estimation technique if the Doppler metric is below a first threshold, and (ii) selecting a non-causal wireless channel estimation technique if the Doppler metric is above a second threshold; transmitting to the UE an indication of the first reference signal density configuration and a further indication to communicate with the base station using the selected wireless channel estimation technique.
A head-up display apparatus comprising: a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion, which is disposed in the casing, through the second opening; a first cover capable of opening and closing the first opening; a second cover capable of opening and closing the second opening; and drive means that is configured to operate the combiner, the first cover, and the second cover, characterized in that the first cover is capable of retracting into the casing by moving forward from a closing position at which the first cover closes the first opening, and the second cover is capable of retracting into a space between the combiner and the light-projecting portion by moving forward from a closing position at which the second cover closes the second opening, and the drive means causes the second cover to retract when the combiner is moving from the accommodated position to the projecting position. a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion, which is disposed in the casing, through the second opening; a first cover capable of opening and closing the first opening; a second cover capable of opening and closing the second opening; and drive means that is configured to operate the combiner, the first cover, and the second cover, characterized in that the first cover is capable of retracting into the casing by moving forward from a closing position at which the first cover closes the first opening, and the second cover is capable of retracting into a space between the combiner and the light-projecting portion by moving forward from a closing position at which the second cover closes the second opening, and the drive means causes the second cover to retract when the combiner is moving from the accommodated position to the projecting position.
A method comprising: under control of one or more computing systems configured with executable instructions, receiving an order for one or more client devices; determining whether a client device of the one or more client devices is to be registered with an account; at least partly in response to determining that the one or more client devices are to be registered with the account: registering the client device with the account; and sending configuration instructions to the client device, the configuration instructions adapted to modify a setting of the client device to prevent the client device from de-registering from the account, wherein the account is associated with specified content, such that when the client device is registered with the account, the client device is able to access the specified content. under control of one or more computing systems configured with executable instructions, receiving an order for one or more client devices; determining whether a client device of the one or more client devices is to be registered with an account; at least partly in response to determining that the one or more client devices are to be registered with the account: registering the client device with the account; and sending configuration instructions to the client device, the configuration instructions adapted to modify a setting of the client device to prevent the client device from de-registering from the account, wherein the account is associated with specified content, such that when the client device is registered with the account, the client device is able to access the specified content. registering the client device with the account; and sending configuration instructions to the client device, the configuration instructions adapted to modify a setting of the client device to prevent the client device from de-registering from the account, wherein the account is associated with specified content, such that when the client device is registered with the account, the client device is able to access the specified content.
Portable object for near-field communication with an external reader which is able to provide a magnetic field, the object lacking an internal electric power supply and energy storage means, the object comprising: · a near-field communication module comprising at least one antenna and a microcontroller for managing the near-field communication; · a support in the form of a bracelet for accommodating the antenna; the object being designed so that the antenna is formed of a plurality of turns (S1, S2, S3) extending substantially along the support in the form of a bracelet, said turns (S1, S2, S3) defining a longitudinal central axis, comprising a total length of said antenna along its longitudinal axis and a width (l) of said antenna perpendicular to its longitudinal axis, characterized in that the width (l) is equal to 10 millimetres and the length is equal to 100 millimetres, so that the antenna, being wound along the support, covers more than half of the circumference of an adult wrist and, when the object is in the incident magnetic field, the antenna is at least partially exposed to the field, whatever the orientation of the object in space. · a near-field communication module comprising at least one antenna and a microcontroller for managing the near-field communication; · a support in the form of a bracelet for accommodating the antenna;
A method in a user equipment arranged for receiving wireless Multiple Input Multiple Output, MIMO, transmissions from a radio network node in a wireless communication system; said method comprising the following steps: - reception of MIMO signals Ŷ from said radio network node; - pre-detection of said received signals Ŷ, said pre-detection providing an initial estimation of transmitted signals Ŝ corresponding to the received signals Ŷ; - splitting the transmitted signal Ŝ into a number G of disjoint subgroups X g of transmitted signals, wherein each one of said number G of subgroups X g of transmitted signals covers a subgroup n g of all layers 2L used for said transmitted signal Ŝ; 0≤g<G and 1≤G≤L; such that said number G of subgroups X g of transmitted signals together cover all said layers 2L and the choice of the number of subgroups is flexible; - interference cancellation performed on said number G of subgroups X g of transmitted signals based on said initial estimation of said transmitted signals Ŝ; and - detection of said number G of subgroups X g of transmitted signals by utilisation of a Maximum Likelihood Detection, MLD, algorithm, wherein said subgroup n g of layers within each one of said number G of subgroups X g of transmitted signals are detected simultaneously. - reception of MIMO signals Ŷ from said radio network node; - pre-detection of said received signals Ŷ, said pre-detection providing an initial estimation of transmitted signals Ŝ corresponding to the received signals Ŷ; - splitting the transmitted signal Ŝ into a number G of disjoint subgroups X g of transmitted signals, wherein each one of said number G of subgroups X g of transmitted signals covers a subgroup n g of all layers 2L used for said transmitted signal Ŝ; 0≤g<G and 1≤G≤L; such that said number G of subgroups X g of transmitted signals together cover all said layers 2L and the choice of the number of subgroups is flexible; - interference cancellation performed on said number G of subgroups X g of transmitted signals based on said initial estimation of said transmitted signals Ŝ; and - detection of said number G of subgroups X g of transmitted signals by utilisation of a Maximum Likelihood Detection, MLD, algorithm, wherein said subgroup n g of layers within each one of said number G of subgroups X g of transmitted signals are detected simultaneously.