mhurhangee/ep-ind-claims huggingface dataset:
A lighting device for a vehicle, in particular a headlight for a motor vehicle, comprising a cup-shaped casing housing at least a light source and a transparent element arranged so as to close a front opening of the cup-shaped casing, said lighting device being provided with a first connector externally carried by said casing designed to be coupled to a second connector, complementary to the first connector and designed to provide an electric connection to said light source and/or to possible attachments, said second connector comprising an insulating casing provided with a rear wall from which a plurality of electric cables emerge, wherein said casing integrally comprises a support bracket designed to define a seat for stably housing said first connector; said support bracket being provided with an abutment wall integrally connected to said support bracket;said abutment wall being movable between a rest position wherein the seat is accessible from the outside of the support bracket and a use position wherein said abutment wall is arranged to at least partially close said seat and faces the rear wall of the second connector; characterised in that: i)- the abutment wall is integrally connected to said support bracket through an integral portion having a reduced thickness with respect to the abutment wall to provide an integral hinge of the film-type; ii)- in said rest position said integral portion is not deformed; iii)- in said use position said integral portion is bent: iv)- connection means are arranged to provide a stable mechanical connection between at least an end portion (23, 28) of said abutment wall and the support bracket; v)- the connection means comprise a seat made in said support bracket, a threaded element designed to be screwed into said seat and provided with a stem that engages a through hole (22, 29) of said abutment wall and a head (25, 32) designed to be in abutment against the end portion (23, 28) of said abutment wall. i)- the abutment wall is integrally connected to said support bracket through an integral portion having a reduced thickness with respect to the abutment wall to provide an integral hinge of the film-type; ii)- in said rest position said integral portion is not deformed; iii)- in said use position said integral portion is bent: iv)- connection means are arranged to provide a stable mechanical connection between at least an end portion (23, 28) of said abutment wall and the support bracket; v)- the connection means comprise a seat made in said support bracket, a threaded element designed to be screwed into said seat and provided with a stem that engages a through hole (22, 29) of said abutment wall and a head (25, 32) designed to be in abutment against the end portion (23, 28) of said abutment wall.
A distribution station for a cryogenic liquid comprising a monitoring screen, at least one control button arranged in a manner that it is accessible to a person facing the screen, and a filling pipe, characterized in that the filling pipe extends out of the station from a surface referred to as a rear surface of the distribution station, in that the monitoring screen is arranged substantially parallel to the rear surface (18, 32) and oriented away from this rear surface.
Pantograph arrangement for a vehicle, with at least one pantograph embodied for at least temporary contact with an electrical network located externally outside the vehicle, which is embodied to be movable from a contact position into a rest position, with a first electrical network located internally within the vehicle, which in the contact position is connected to the pantograph, and with a second electrical network located internally within the vehicle, which is connected to a ground or mass of the vehicle and in the rest position to the pantograph, characterised in that in the rest position the pantograph is connected to the first electrical network and the second electrical network.
Device for loading a barrelled weapon with ammunition bodies, in particular with artillery projectiles, with a rammer for moving an ammunition body from a loading position outside the loading chamber along a loading path into a rammed position in the loading chamber of the barrelled weapon, characterized by a correction rammer downstream of the rammer in the loading path for correcting ramming errors as required.
Device for monitoring electrical parameters connected to the internet comprising: • a measurement system configured to measure characteristic electrical quantities of electrical equipment units of a group of electrical equipment units, • a transmission system for transmitting the measured characteristic electrical quantities to the internet, • an electric power supply terminal designed to supply the measurement system and the transmission system with electricity, • data reading means for reading data present in an electric power consumption meter of the electrical equipment units, the data reading means being configured to process the data present in the electric power consumption meter, characterised in that it further comprises means for comparison of the data provided by the distinct electric power consumption meter and the measurement system. • a measurement system configured to measure characteristic electrical quantities of electrical equipment units of a group of electrical equipment units, • a transmission system for transmitting the measured characteristic electrical quantities to the internet, • an electric power supply terminal designed to supply the measurement system and the transmission system with electricity, • data reading means for reading data present in an electric power consumption meter of the electrical equipment units, the data reading means being configured to process the data present in the electric power consumption meter,
Use of an oligonucleotide vesicular adaptor for constructing a cyclic single-stranded nucleic acid library wherein said adaptor comprises a 5' paired double-stranded region at a first terminal of the adaptor; a 3' paired double-stranded region at a second terminal of the adaptor, comprising a first strand and a second strand complementary with each other, wherein the first strand comprises an overhang at the 3' end thereof and the second strand comprises a phosphorylated base at the 5' end thereof so as to provide a sticky terminal and a vesicular non-paired region between the 5' paired double-stranded region and the 3' paired double-stranded region, wherein the vesicular non-paired region comprises a first strand and a second strand non-complementary with each other and the first strand is of a length longer than that of the second strand, and said use includes: (a) ligating said oligonucleotide vesicular adaptor with a double-stranded DNA fragment to provide a structure K1-K2-K3 in which K1 and K3 each represent a vesicular adaptor ligated via the sticky terminal of said 3' paired double-stranded region; (b) subjecting said double-stranded structure obtained in (a) to PCR amplification employing a first primer having the same sequence as at least a portion of the first strand of the vesicular non-paired region and a second primer specifically pairing with the second strand of the vesicular non- paired region to provide an amplified product for isolation of a single stranded DNA for cyclization. (a) ligating said oligonucleotide vesicular adaptor with a double-stranded DNA fragment to provide a structure K1-K2-K3 in which K1 and K3 each represent a vesicular adaptor ligated via the sticky terminal of said 3' paired double-stranded region; (b) subjecting said double-stranded structure obtained in (a) to PCR amplification employing a first primer having the same sequence as at least a portion of the first strand of the vesicular non-paired region and a second primer specifically pairing with the second strand of the vesicular non- paired region to provide an amplified product for isolation of a single stranded DNA for cyclization.
A locking unit, in particular an additional locking unit of a multipoint locking system, having a lock housing, a slide arranged in a longitudinally displaceable manner in the lock housing, a pivot latch, which is mounted pivotably about a pivot axis in or on the lock housing and is coupled to the slide with a coupling element such that the pivot latch is pivoted from a locking position into an unlocking position during the displacement of the slide in an unlocking direction, wherein the lock housing has at least one first control curve, wherein the pivot latch has a second control curve, wherein the coupling element can be transported together with the slide in the longitudinal direction and engages both in the first control curve and in the second control curve, such that the displacement of the slide is converted into a pivoting movement of the pivot latch, characterised in that the coupling element has, in the section engaging in the second control curve in the pivot latch, a control cross section that differs from the circular shape. a lock housing, a slide arranged in a longitudinally displaceable manner in the lock housing, a pivot latch, which is mounted pivotably about a pivot axis in or on the lock housing and is coupled to the slide with a coupling element such that the pivot latch is pivoted from a locking position into an unlocking position during the displacement of the slide in an unlocking direction, wherein the lock housing has at least one first control curve, wherein the pivot latch has a second control curve, wherein the coupling element can be transported together with the slide in the longitudinal direction and engages both in the first control curve and in the second control curve, such that the displacement of the slide is converted into a pivoting movement of the pivot latch, characterised in that the coupling element has, in the section engaging in the second control curve in the pivot latch, a control cross section that differs from the circular shape.
An adapter that is detachably provided on a robot arm and transmits a driving force from the robot arm to a surgical instrument, the adapter comprising: a base body that includes a first surface including an opening and attached to the robot arm by being faced with an attachment portion of the robot arm, and a second surface to which the surgical instrument is attached; an engaging portion (661a, 661b, 661c) disposed in a space between the first surface and the second surface that is configured to be movable in a predetermined direction along the first surface between an advanced position corresponding to the opening of the first surface and a retracted position retracted from the advanced position, and engages with the robot arm at the advanced position; an urging member that urges the engaging portion in a first direction from the retracted position to the advanced position; an operation portion connected to the engaging portion to shift the engaging portion to the retracted position in accordance with being pulled in a second direction opposite to the first direction while resisting an urging force of the urging member; characterized in that it comprises a stopper that stops the operation portion to prevent a shift of the engaging portion from the retracted position to the advanced position. a base body that includes a first surface including an opening and attached to the robot arm by being faced with an attachment portion of the robot arm, and a second surface to which the surgical instrument is attached; an engaging portion (661a, 661b, 661c) disposed in a space between the first surface and the second surface that is configured to be movable in a predetermined direction along the first surface between an advanced position corresponding to the opening of the first surface and a retracted position retracted from the advanced position, and engages with the robot arm at the advanced position; an urging member that urges the engaging portion in a first direction from the retracted position to the advanced position; an operation portion connected to the engaging portion to shift the engaging portion to the retracted position in accordance with being pulled in a second direction opposite to the first direction while resisting an urging force of the urging member; characterized in that it comprises a stopper that stops the operation portion to prevent a shift of the engaging portion from the retracted position to the advanced position.
A battery pack comprising: a plurality of battery cells each having positive and negative cell terminals (120, 122); a carrier being mounted over and spanning across the plurality of battery cells, the carrier being manufactured from a dielectric material, and having trays with openings (236, 238) therethrough exposing the positive and negative cell terminals; and a plurality of buss bars received in corresponding trays, the buss bars each having a positive plate and a negative plate, wherein the carrier comprises flexible hinges (212,242) between adjacent trays, the hinges allowing relative movement between the trays and corresponding buss bars held by the trays, characterised in that the positive plate is laser welded to the positive cell terminal of a corresponding battery cell through the corresponding opening and the negative plate is laser welded to the negative cell terminal of a different battery cell through the corresponding opening, wherein the carrier comprises front trays extending forward from a front of the carrier, and wherein battery terminals (300, 320) are terminated to corresponding buss bars within the front trays. a plurality of battery cells each having positive and negative cell terminals (120, 122); a carrier being mounted over and spanning across the plurality of battery cells, the carrier being manufactured from a dielectric material, and having trays with openings (236, 238) therethrough exposing the positive and negative cell terminals; and a plurality of buss bars received in corresponding trays, the buss bars each having a positive plate and a negative plate, wherein the carrier comprises flexible hinges (212,242) between adjacent trays, the hinges allowing relative movement between the trays and corresponding buss bars held by the trays, characterised in that the positive plate is laser welded to the positive cell terminal of a corresponding battery cell through the corresponding opening and the negative plate is laser welded to the negative cell terminal of a different battery cell through the corresponding opening, wherein the carrier comprises front trays extending forward from a front of the carrier, and wherein battery terminals (300, 320) are terminated to corresponding buss bars within the front trays.
Metering pump, made of plastic, comprising two rotors, which are coupled to one another via gearwheels and are drivable in opposite directions and which are mounted in a pump housing provided with suction ports and outlet ports, wherein each rotor has a rotor shaft, the rotor shaft ends of which are seated in the walls (8, 4) of the pump housing, and wherein each rotor has two rotor blade walls, which are disposed diametrically on the rotor shaft and onto the peripheral ends of which is respectively molded a partially cylindrical rotor blade shoe, wherein the rotor blade shoes bear slidingly and sealingly against the cylindrical inner wall regions of the pump housing, on the one hand, and against the rotor blade shafts of the adjacent rotor, on the other hand, characterized in that a gearwheel is molded in one piece onto each rotor shaft.
An authentication server comprising: - a communication module suitable to send, to a remote server, a bank identifier of the PAN type associated with a bank card, said communication module being suitable, in response to said sent PAN identifier, to receive, from the remote server, a first access code in order to access a service; - a recording module suitable to record, in a memory, the bank identifier PAN of the bank card, in association with an expiration date of the bank card and the first access code to a service; the communication module being suitable to receive an authentication request coming from an access server controlling the access to said service, said request comprising a second access code and a first dynamic security code (DCVV3) generated by the bank card; the authentication server further comprising: - a verification module configured to generate a second dynamic security code (DCVV4) from the bank identifier PAN and the expiration date that are recorded in said memory, in order to compare the first and second dynamic security codes, and to detect that the first dynamic security code (DCVV3) is valid only if it coincides with the second dynamic security code (DCVV4); and - said communication module being configured to send the access server a positive authentication message only if: ∘ the second access code coincides with the recorded first access code; and ∘ the first dynamic security code (DCVV3) is valid. - a communication module suitable to send, to a remote server, a bank identifier of the PAN type associated with a bank card, said communication module being suitable, in response to said sent PAN identifier, to receive, from the remote server, a first access code in order to access a service; - a recording module suitable to record, in a memory, the bank identifier PAN of the bank card, in association with an expiration date of the bank card and the first access code to a service; the communication module being suitable to receive an authentication request coming from an access server controlling the access to said service, said request comprising a second access code and a first dynamic security code (DCVV3) generated by the bank card; - a verification module configured to generate a second dynamic security code (DCVV4) from the bank identifier PAN and the expiration date that are recorded in said memory, in order to compare the first and second dynamic security codes, and to detect that the first dynamic security code (DCVV3) is valid only if it coincides with the second dynamic security code (DCVV4); and - said communication module being configured to send the access server a positive authentication message only if: ∘ the second access code coincides with the recorded first access code; and ∘ the first dynamic security code (DCVV3) is valid. ∘ the second access code coincides with the recorded first access code; and ∘ the first dynamic security code (DCVV3) is valid.
A particulate water absorbent agent having: a polyacrylic acid (salt)-based water absorbent resin contained at 60 to 100% by mass, a centrifuge retention capacity of 30 to 50 g/g, as determined in accordance with EDANA ERT 441.2-02, a weight average particle diameter of 200 to 600 μm, as determined in accordance with the method disclosed in US 7,638,570 B2, and an index of dunk retention capacity represented by the following equation of 30 or less, as determined in accordance with the method disclosed in the description: Index of DRC = 49 − DRC 5 min g / g / * D 50 μm / 1000, in in which DRC5min is a water absorption ratio of the particulate water absorbent agent after contact with an aqueous 0.9% by weight sodium chloride solution under no pressure for 5 minutes. a polyacrylic acid (salt)-based water absorbent resin contained at 60 to 100% by mass, a centrifuge retention capacity of 30 to 50 g/g, as determined in accordance with EDANA ERT 441.2-02, a weight average particle diameter of 200 to 600 μm, as determined in accordance with the method disclosed in US 7,638,570 B2, and an index of dunk retention capacity represented by the following equation of 30 or less, as determined in accordance with the method disclosed in the description: Index of DRC = 49 − DRC 5 min g / g / * D 50 μm / 1000, in in which DRC5min is a water absorption ratio of the particulate water absorbent agent after contact with an aqueous 0.9% by weight sodium chloride solution under no pressure for 5 minutes.
A hearing aid, comprising: an input transducer for converting an audio input into an input signal, wherein the input transducer may be operated in either an omnidirectional or directional mode; a digital signal processor for processing the input signal into an output signal in a manner that compensates for a patient's hearing deficit; and an audio amplifier and speaker for converting the output signal into an audio output; wherein the DSP is configured to: derive a current noise floor from the input signal by estimating a noise floor from a minimum input signal power observed over a specified time period and equating the current noise floor to the estimated noise floor; operate (203, 204) the input transducer in a directional mode if the current noise floor is greater than an upper threshold value; operate (205, 206) the input transducer in an omnidirectional mode if the current noise floor is less than a lower threshold value; and, leave the operating mode of the input transducer unchanged if the current noise floor is between the upper and lower threshold values. an input transducer for converting an audio input into an input signal, wherein the input transducer may be operated in either an omnidirectional or directional mode; a digital signal processor for processing the input signal into an output signal in a manner that compensates for a patient's hearing deficit; and an audio amplifier and speaker for converting the output signal into an audio output; wherein the DSP is configured to: derive a current noise floor from the input signal by estimating a noise floor from a minimum input signal power observed over a specified time period and equating the current noise floor to the estimated noise floor; operate (203, 204) the input transducer in a directional mode if the current noise floor is greater than an upper threshold value; operate (205, 206) the input transducer in an omnidirectional mode if the current noise floor is less than a lower threshold value; and, leave the operating mode of the input transducer unchanged if the current noise floor is between the upper and lower threshold values. derive a current noise floor from the input signal by estimating a noise floor from a minimum input signal power observed over a specified time period and equating the current noise floor to the estimated noise floor; operate (203, 204) the input transducer in a directional mode if the current noise floor is greater than an upper threshold value; operate (205, 206) the input transducer in an omnidirectional mode if the current noise floor is less than a lower threshold value; and, leave the operating mode of the input transducer unchanged if the current noise floor is between the upper and lower threshold values.