mhurhangee/ep-ind-claims huggingface dataset:
Shelf (1 a, 1 b) comprising at least one panel and one label-holder bar in particular for receiving an electronic label, where said bar has an L-shape provided with a lower flange which is connected to the panel by a rear wall, said bar being provided set back from the front edge of said panel so as to keep, between said front edge and said rear wall, a stop defining with said rear wall and said lower flange a housing which is capable of receiving said label, the end of said panel forming said stop in order to bear the upper portion of said label, characterised in that said lower flange is resiliently deformable at least in part in order to allow the insertion and the wedging of said label between said lower flange and said stop, said panel and said bar are formed from at least two separate pieces which are joined together by fixing members, and said panel comprises at least one bearing surface which is provided along the front edge thereof and is capable of receiving the bearing and the fixing of said bar.
A socket outlet presenting given intrinsic characteristics so as to be suitable for delivering continuously, and without being damaged, an electrical signal that presents a determined maximum current, and including an equipment mechanism and a trim that is fitted on the front of a base of the equipment mechanism and that forms a reception well, the socket outlet being characterized in that it includes identification means that are adapted to communicate or to co-operate with an electric plug so as to generate a pilot signal that is representative of said maximum current of said electrical signal that can be delivered by the socket outlet without being damaged, wherein said identification means comprise two magnets that are carried by the base of the equipment mechanism and that are arranged along directions that are symmetrical about a central axis of the socket outlet.
A battery system, comprising: a plurality of N battery packs (MOD1 - MODN) connected in series, wherein each battery pack includes at least: - a plurality of battery cells (BT1 - BTN) that are connected in series, - a monitor (MON1 - MONN) circuit configured to monitor a state of the plurality of battery cells (BT1 - BTN), - a controller (CNT1 - CNTN) to which an output of the monitor is supplied, - an insulating interface (IFS1 - IFSN), and - a reference potential point that is a power source and a ground (POWER SOURCE, GND1 - GNDN); an integrated controller (ICNT) that is connected with the primary side of the insulating interface of first battery pack of the plurality of battery packs connected in series; said battery system is characterised in that the reference potential point of the n-1 th battery pack with N≥n≥2 (MODn1) is connected to a primary side of the insulating interface (IFSn) of the n th battery pack (MODn); and a secondary side of the insulating interface (IFSn) of the n th battery pack (MODn) is connected to the reference potential point of the n th battery pack (MODn); and the insulating interface (IFSn) of the n th battery pack (MODn) is configured to transmit a signal from the n-1 th battery pack (MODn-1) to the n th battery pack (MODn); wherein the signal is transmitted among the battery packs via no microprocessor (CNT1 - CNTN). a plurality of N battery packs (MOD1 - MODN) connected in series, wherein each battery pack includes at least: - a plurality of battery cells (BT1 - BTN) that are connected in series, - a monitor (MON1 - MONN) circuit configured to monitor a state of the plurality of battery cells (BT1 - BTN), - a controller (CNT1 - CNTN) to which an output of the monitor is supplied, - an insulating interface (IFS1 - IFSN), and - a reference potential point that is a power source and a ground (POWER SOURCE, GND1 - GNDN); - a plurality of battery cells (BT1 - BTN) that are connected in series, - a monitor (MON1 - MONN) circuit configured to monitor a state of the plurality of battery cells (BT1 - BTN), - a controller (CNT1 - CNTN) to which an output of the monitor is supplied, - an insulating interface (IFS1 - IFSN), and - a reference potential point that is a power source and a ground (POWER SOURCE, GND1 - GNDN); an integrated controller (ICNT) that is connected with the primary side of the insulating interface of first battery pack of the plurality of battery packs connected in series; said battery system is characterised in that the reference potential point of the n-1 th battery pack with N≥n≥2 (MODn1) is connected to a primary side of the insulating interface (IFSn) of the n th battery pack (MODn); and a secondary side of the insulating interface (IFSn) of the n th battery pack (MODn) is connected to the reference potential point of the n th battery pack (MODn); and the insulating interface (IFSn) of the n th battery pack (MODn) is configured to transmit a signal from the n-1 th battery pack (MODn-1) to the n th battery pack (MODn); wherein the signal is transmitted among the battery packs via no microprocessor (CNT1 - CNTN).
Tubular pelt board inner bag of fat- and moisture absorbing material with a first end boundary and a second end boundary, of the kind used for cladding pelt boards used in drying the leather side of pelts, said pelt boards comprising a nose end and a foot end and a holding area where the pelt in stretched position is retained in stretched position during the drying procedure, where the pelt comprises a jaw part and a rear edge of the back side of the pelt, and where the pelt board inner bag consists of a tube shaped bag item the wall of which is perforated with perforations characterized in, that the pelt board inner bag, at least closest to the first end boundary, and/or the second end boundary, comprises besides said perforations a number of removals in the bag material in shape of holes (30, 34) and/or rows of holes (28, 32), said perforations having holes with a very narrow diameter compared with said holes (30, 34) in the hole rows (28, 32).
A method of detecting TEM-1 in a biological sample, comprising exposing the sample to an antibody that specifically binds TEM-1, wherein said antibody is produced by the cell line deposited with the ATCC having accession number PTA-12547 or comprises a light chain CDR1 having the amino acid sequence of SEQ ID NO: 73, a light chain CDR2 having the amino acid sequence of SEQ ID NO: 74, a light chain CDR3 having the amino acid sequence of SEQ ID NO: 75, a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 77, a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 78, and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 79, and detecting TEM-1, wherein the biological sample is derived from urine, blood, serum, plasma, saliva, or ascites.
Pipe section arrangement for a sanitary article, comprising a pipe section, which extends along a central axis and has a wall and also has an inlet and an outlet, and a throttle element, which is arranged in the pipe section and by which the cross section of the pipe section can be varied, wherein the throttle element has at least one throttle web, which is arranged fixedly in the pipe section, wherein the at least one throttle web projects into the cross section of the pipe section, and wherein the throttle element furthermore comprises at least one closure element (8, 9), which is able to be arranged in contact with the at least one throttle web in the pipe section for the purpose of increasing the throttling, characterized in that the at least one closure element extends over a circle sector surface, which circle sector surface is smaller than the cross section of the pipe section, and in that at least two of the closure elements are connected to one another via a predetermined breaking point.
An aerosol generating device (100,200,300) comprising: an opening configured to receive a cigarette; an accommodation space (132,232,332) configured to accommodate the cigarette inserted through the opening; a coil (140,240,340) surrounding the accommodation space (132,232,332) and configured to generate an induced magnetic field; a susceptor (150,150',250,350) configured to generate heat due to the induced magnetic field generated from the coil (140,240,340); a heat dissipating structure (160,260) surrounding the coil (140,240,340) and having a double wall structure including a vacuum inner space; and a shielding portion (170,270,270',370) configured to block the induced magnetic field generated from the coil (140,240,340) and disposed between the coil (140,240,340) and the heat dissipating structure (160,260), wherein an air gap is formed between the heat dissipating structure and the shielding portion such that the induced magnetic field is prevented from reaching the heat dissipating structure, or wherein an air gap is formed between the coil and the shielding portion such that the induced magnetic field reaching the shielding portion and heat reaching the heat dissipating structure are reduced. an opening configured to receive a cigarette; an accommodation space (132,232,332) configured to accommodate the cigarette inserted through the opening; a coil (140,240,340) surrounding the accommodation space (132,232,332) and configured to generate an induced magnetic field; a susceptor (150,150',250,350) configured to generate heat due to the induced magnetic field generated from the coil (140,240,340); a heat dissipating structure (160,260) surrounding the coil (140,240,340) and having a double wall structure including a vacuum inner space; and a shielding portion (170,270,270',370) configured to block the induced magnetic field generated from the coil (140,240,340) and disposed between the coil (140,240,340) and the heat dissipating structure (160,260), wherein an air gap is formed between the heat dissipating structure and the shielding portion such that the induced magnetic field is prevented from reaching the heat dissipating structure, or wherein an air gap is formed between the coil and the shielding portion such that the induced magnetic field reaching the shielding portion and heat reaching the heat dissipating structure are reduced.
Use of a purified bilirubin oxidase for measuring the bilirubin concentration in a fluid sample, characterized in that said BOD has a percentage identity of at least 80% relative to the BOD from Magnaporthe oryzae having the sequence of accession number A4QV27 in the Uniprot database except for the 24 amino acids positioned at the N-terminal end of the protein; in that it catalyses the reaction of oxidation of bilirubin to biliverdin and in that it is bound to four copper atoms.
A system for managing at least a part of a power grid and for communicating with a plurality of meter data management systems and with a plurality of headend systems, the meter data management systems generating commands and the headend systems communicating with one or more meters, the system comprising: a gateway layer comprising a plurality of input connector routines and a plurality of output connector routines, the plurality of input connector routines comprising at least one separate input connector routine for communicating with each of a plurality of source systems (65, 70) that send data to the system, the source systems (65, 70) comprising the plurality of meter data management systems or the plurality of headend systems that send data to the system, the plurality of output connector routines comprising at least one separate output connector routine for communicating with each of a plurality of target systems(75, 80), the target systems (75, 80) comprising the plurality of meter data management systems or the plurality of headend systems that receive data from the system; and a core layer in communication with the gateway layer, the core layer comprising a plurality of core adapters, the core adapters for performing a one-to-one translation of communications from the plurality of source systems (65, 70) to the plurality of target systems (75, 80). a gateway layer comprising a plurality of input connector routines and a plurality of output connector routines, the plurality of input connector routines comprising at least one separate input connector routine for communicating with each of a plurality of source systems (65, 70) that send data to the system, the source systems (65, 70) comprising the plurality of meter data management systems or the plurality of headend systems that send data to the system, the plurality of output connector routines comprising at least one separate output connector routine for communicating with each of a plurality of target systems(75, 80), the target systems (75, 80) comprising the plurality of meter data management systems or the plurality of headend systems that receive data from the system; and a core layer in communication with the gateway layer, the core layer comprising a plurality of core adapters, the core adapters for performing a one-to-one translation of communications from the plurality of source systems (65, 70) to the plurality of target systems (75, 80).
A seating unit comprising: a base, a reclineable back component, a seat component, and a control operably supporting the back component and the seat component on the base for synchronous movement between upright and reclined positions; the control including at least one flexible support member (123, 137) supported on the base and also a link pivoted to the base for movement about a generally horizontal axis at a location spaced from the flexible support member (123, 137); the flexible support member (123, 137) having arms (127, 140) with end sections operably attached to at least one of the seat and back components (22, 23) and being stiff in a generally vertical direction for carrying a combined weight of the one component and the seated user, but being flexible in a generally horizontal direction to permit synchronous movement upon recline; the link being rigid and pivoted to the base and also pivotally coupled to the one component (22, 23); whereby the flexible support member (123, 137) and the link move the one component along a defined path during recline of the back component. a base, a reclineable back component, a seat component, and a control operably supporting the back component and the seat component on the base for synchronous movement between upright and reclined positions; the control including at least one flexible support member (123, 137) supported on the base and also a link pivoted to the base for movement about a generally horizontal axis at a location spaced from the flexible support member (123, 137); the flexible support member (123, 137) having arms (127, 140) with end sections operably attached to at least one of the seat and back components (22, 23) and being stiff in a generally vertical direction for carrying a combined weight of the one component and the seated user, but being flexible in a generally horizontal direction to permit synchronous movement upon recline; the link being rigid and pivoted to the base and also pivotally coupled to the one component (22, 23); whereby the flexible support member (123, 137) and the link move the one component along a defined path during recline of the back component.
A method for transmitting a High Efficiency, HE, Trigger-Based, TB, Physical layer Protocol Data Unit, PPDU, the method comprising: receiving a trigger frame soliciting transmission of a HE TB PPDU, the trigger frame comprising a Doppler subfield and a subfield comprising a value indicating a midamble periodicity of the solicited HE TB PPDU; determining that the Doppler subfield of the received trigger frame is set to a first state that indicates that the solicited HE TB PPDU is to be transmitted with midambles; when the Doppler subfield is set to the first state, using a value for the midamble periodicity of the solicited HE TB PPDU according to the value comprised in the subfield of the trigger frame; generating a data field of the solicited HE TB PPDU according to the value for the midamble periodicity, wherein the data field comprises midambles; and transmitting the solicited HE TB PPDU including the data field. receiving a trigger frame soliciting transmission of a HE TB PPDU, the trigger frame comprising a Doppler subfield and a subfield comprising a value indicating a midamble periodicity of the solicited HE TB PPDU; determining that the Doppler subfield of the received trigger frame is set to a first state that indicates that the solicited HE TB PPDU is to be transmitted with midambles; when the Doppler subfield is set to the first state, using a value for the midamble periodicity of the solicited HE TB PPDU according to the value comprised in the subfield of the trigger frame; generating a data field of the solicited HE TB PPDU according to the value for the midamble periodicity, wherein the data field comprises midambles; and transmitting the solicited HE TB PPDU including the data field.
A bracket configured to attach a structure to a wall inside a wash tub of a dishwasher, wherein said bracket is arranged to be attached to said structure, wherein said bracket comprises a first protrusion (9.1) and at least a second protrusion (9.2), wherein said first protrusion (9.1) and said at least second protrusion (9.2) are arranged to attach said bracket, and said attached structure, to said wall by extending through a respective aperture (11.1, 11.2) in said wall, characterized in that the bracket is formed by a coherent piece of polymeric material, wherein the bracket comprises a portion (19.1) adjacent to said first protrusion (9.1), said portion (19.1) comprising a ring-shaped ridge surrounding an interface between a main body of the bracket and said first protrusion (9.1), and wherein said portion (19.1) is arranged to form a watertight seal around an aperture (11.1) in said wall when said bracket is attached to said wall.
An imaging device, comprising: a display including a wiring layer; a camera located at a back side of the display, the camera including an optical lens and an imaging sensor to sense the light through the display to create an image; an optical element between the display and the camera, wherein the optical element filters the light through the display and passes the filtered light to the camera, and the optical element reduces a diffraction due to the wiring layer, wherein the optical element includes an optical mask which has a mask region comprising a masking pattern to shield the light from the display to the camera; characterised in that the masking pattern of the mask region coincides with the wiring pattern of the wires; or the mask region of the masking pattern is provided for a plurality of the wires of the wiring pattern of the wiring layer such that one line of the mask region of the masking pattern is provided for a plurality of wires of the wiring pattern of the wiring layer. a display including a wiring layer; a camera located at a back side of the display, the camera including an optical lens and an imaging sensor to sense the light through the display to create an image; an optical element between the display and the camera, wherein the optical element filters the light through the display and passes the filtered light to the camera, and the optical element reduces a diffraction due to the wiring layer, wherein the optical element includes an optical mask which has a mask region comprising a masking pattern to shield the light from the display to the camera; characterised in that the masking pattern of the mask region coincides with the wiring pattern of the wires; or the mask region of the masking pattern is provided for a plurality of the wires of the wiring pattern of the wiring layer such that one line of the mask region of the masking pattern is provided for a plurality of wires of the wiring pattern of the wiring layer.
An arrangement for connecting a towing line to a spreading device, such as a trawl door or a deflector for seismic equipment, to be towed by a vessel at sea for controlling the position of the spreading device, the arrangement comprising an attachment point (15, 22) for the towing line and including a movable part (10, 20) comprising the attachment point (15, 22), wherein the movable part (10, 20) is capable of being moved in relation to a body of the spreading device by means of an actuator, wherein the movable part (10, 20) with the attachment point (15, 22) is configured to be provided at the body of the spreading device or at a centre part of the body of the spreading device, characterized in that the movable part (10, 20) with the attachment point (15, 22) can be moved substantially in vertical direction and approximately at right angles in relation to the direction of movement of the spreading device when operated at sea.
A method of operating a current differential protection relay following a fault, the protection relay being electrically coupled to a protection zone of an electrical power system, comprising the steps of: establishing a fault condition by discriminating between an internal fault inside the protection zone and an external fault outside the protection zone; and modifying the sensitivity of the protection relay according to the nature of the fault condition including increasing the sensitivity following establishment of an internal fault condition and decreasing the sensitivity following establishment of an external fault condition. establishing a fault condition by discriminating between an internal fault inside the protection zone and an external fault outside the protection zone; and modifying the sensitivity of the protection relay according to the nature of the fault condition including increasing the sensitivity following establishment of an internal fault condition and decreasing the sensitivity following establishment of an external fault condition.
Assembly comprising a contact handle with retaining comb and socket where the contact handle comprises body of contact handle equipped with locking element where by the contact handle comprises a body of contact handle characterised in that the body of contact handle is equipped with four contact tubes located two and two opposite to each other, three thick contact pins located between pairs of contact tubes obliquely against the centre line of retaining comb and six thin contact pins as well as locking components of contact handle and retaining comb comprising four shaped comb teeth creating grooves between them while two middle teeth and two edge teeth are symmetrically located and being slipped into opening in contact handle body.
Apparatus for controlling a lighting means, the apparatus comprising one or more communication means (110, 110'), one or more security means and one or more signal processing means (130, 130'), wherein the communication means (110, 110'), are configured to receive first data via at least one wireless communication network and to transmit second data via the at least one wireless communication network, wherein the communication means (110, 110') are further configured to at least partially forward the first data to the security means or the signal processing means (130, 130'), wherein the first data comprise third data, and wherein the third data are at least partially encrypted with a symmetric, hybrid or asymmetric encryption method, wherein the security means are configured to decrypt the third data and to encrypt fourth data, wherein the second data are based on the encrypted fourth data, and wherein the signal processing means (130, 130') are configured to control a lighting means connected with the apparatus at least partially based on the decrypted third data, wherein the signal processing means (130, 130') are further configured to generate and/or receive the fourth data and to forward the received and/or generated fourth data to the security means or the communication means (110, 110'), characterized in that the communication means (110, 110'), the signal processing means (130, 130') and the security means in each case comprise a different hardware module and that a key for decrypting the third data and/or a key for encrypting the fourth data is/are programmed into, stored in and/or hardwired in the security means such that it/they is/are not readably by the communication means (110, 110').