mhurhangee/ep-ind-claims huggingface dataset:
A containment vessel of a thin lithium-air battery in which a containment chamber for containing the thin lithium-air battery is formed, the containment vessel comprising: a first gas pipe communicated with the containment chamber, through which an inert gas is supplied to the containment chamber; a second gas pipe communicated with the containment chamber, through which the inert gas is exhausted from the containment chamber; a third gas pipe communicated with the thin lithium-air battery contained in the containment chamber, through which an air or oxygen gas is supplied to a cathode material of the thin lithium-air battery to perform a battery reaction of the air or oxygen gas with lithium ions in an electrolyte of the battery; a fourth gas pipe communicated with the thin lithium-air battery contained in the containment chamber, through which the air or oxygen is exhausted from the thin lithium-air battery; a valve that is provided to the third gas pipe and controls opening and closing of communication to the containment chamber, wherein an inert gas supply source is provided to the first gas pipe, an air or oxygen gas supply source is provided to the third gas pipe, wherein by opening the valve provided to the third gas pipe, the inert gas in the containment vessel is provided to the cathode material of the thin lithium-air battery through the third gas pipe. a first gas pipe communicated with the containment chamber, through which an inert gas is supplied to the containment chamber; a second gas pipe communicated with the containment chamber, through which the inert gas is exhausted from the containment chamber; a third gas pipe communicated with the thin lithium-air battery contained in the containment chamber, through which an air or oxygen gas is supplied to a cathode material of the thin lithium-air battery to perform a battery reaction of the air or oxygen gas with lithium ions in an electrolyte of the battery; a fourth gas pipe communicated with the thin lithium-air battery contained in the containment chamber, through which the air or oxygen is exhausted from the thin lithium-air battery; a valve that is provided to the third gas pipe and controls opening and closing of communication to the containment chamber, wherein an inert gas supply source is provided to the first gas pipe, an air or oxygen gas supply source is provided to the third gas pipe, wherein by opening the valve provided to the third gas pipe, the inert gas in the containment vessel is provided to the cathode material of the thin lithium-air battery through the third gas pipe.
A straddled vehicle comprising: a head pipe; a vehicle body frame including a main frame and a rear frame, the main frame extending backward, with regards to a back-and-forth direction of the vehicle, from the head pipe, the rear frame extending backward, with regards to a back-and-forth direction of the vehicle, from the main frame; a side cover fixed to the vehicle body frame; a fuel tank supported by the vehicle body frame; and a tank cover connected to the fuel tank, the tank cover including a cover body, the cover body disposed directly above the side cover in order to cover the fuel tank, wherein the side cover is fixed to the tank cover on an inner side, with regards to a width direction of the vehicle, of the tank cover, the side cover including at least one cover fastening portion and at least one frame fastening portion, the at least one cover fastening portion fixed to the tank cover and disposed to overlap with the tank cover in a vehicle side view, the at least one frame fastening portion fixed to the vehicle body frame and disposed below, with regards to an up-and-down direction of the vehicle, the cover fastening portion, whereby the tank cover further includes an extending portion, the extending portion extending more downward, with regards to an up-and-down direction of the vehicle, than the fuel tank, the extending portion connected to the side cover, characterised in that the extending portion includes an opening portion for inserting therein one of the at least one cover fastening portion, and the side cover is fitted to the tank cover through the opening portion. a head pipe; a vehicle body frame including a main frame and a rear frame, the main frame extending backward, with regards to a back-and-forth direction of the vehicle, from the head pipe, the rear frame extending backward, with regards to a back-and-forth direction of the vehicle, from the main frame; a side cover fixed to the vehicle body frame; a fuel tank supported by the vehicle body frame; and a tank cover connected to the fuel tank, the tank cover including a cover body, the cover body disposed directly above the side cover in order to cover the fuel tank, wherein the side cover is fixed to the tank cover on an inner side, with regards to a width direction of the vehicle, of the tank cover, the side cover including at least one cover fastening portion and at least one frame fastening portion, the at least one cover fastening portion fixed to the tank cover and disposed to overlap with the tank cover in a vehicle side view, the at least one frame fastening portion fixed to the vehicle body frame and disposed below, with regards to an up-and-down direction of the vehicle, the cover fastening portion, whereby the tank cover further includes an extending portion, the extending portion extending more downward, with regards to an up-and-down direction of the vehicle, than the fuel tank, the extending portion connected to the side cover, characterised in that the extending portion includes an opening portion for inserting therein one of the at least one cover fastening portion, and the side cover is fitted to the tank cover through the opening portion.
A system for charging electrical micromobility vehicles comprising: - a post; - an electrical micromobility vehicle; - a socket located in the post; and - a plug to be mounted on the electrical micromobility vehicle; wherein - the socket has a longitudinal opening arranged vertically on the post; - wherein the height of the opening of the socket is larger than the height (h) of the plug; - wherein the socket comprises a socket first contact means for providing contact along a first vertical line and a socket second contact means for providing contact along a second vertical line distanced from the first vertical line; and - wherein the plug comprises a plug first contact means and a plug second contact means arranged correspondingly to the socket first and second contact means (31, 32) so that when the plug is inserted into the socket at any position along the height of the opening, the socket first and second contact means (31, 32) form an electrical connection with the corresponding plug first and second contact means (41, 42); - wherein the post is mounted on a base that is secured to a ground, characterized in that the base comprises a wheel positioning mechanism for positioning the wheel of the electrical micromobility vehicle and the electrical micromobility vehicle during plugging in of the plug into the socket, wherein the wheel positioning mechanism has a form of a plate which is mounted to the base slidably on rails by bearings along an axis, which is perpendicular to an axis being the axis along which the plug is introduced into the socket, wherein when the electrical micromobility vehicle is to be connected to the post, a wheel of the electrical micromobility vehicle is standing on the wheel positioning mechanism. - a post; - an electrical micromobility vehicle; - a socket located in the post; and - a plug to be mounted on the electrical micromobility vehicle; wherein - the socket has a longitudinal opening arranged vertically on the post; - wherein the height of the opening of the socket is larger than the height (h) of the plug; - wherein the socket comprises a socket first contact means for providing contact along a first vertical line and a socket second contact means for providing contact along a second vertical line distanced from the first vertical line; and - wherein the plug comprises a plug first contact means and a plug second contact means arranged correspondingly to the socket first and second contact means (31, 32) so that when the plug is inserted into the socket at any position along the height of the opening, the socket first and second contact means (31, 32) form an electrical connection with the corresponding plug first and second contact means (41, 42); - wherein the post is mounted on a base that is secured to a ground,
A system for the heat treatment of articles, comprising: - an oblong enclosure having a median longitudinal axis (Am), the enclosure being sealed and able to be pressurized, and comprising: at least one injection inlet for a heat transfer fluid; an inlet door arranged at one longitudinal end of the enclosure to allow the insertion of the articles in the enclosure; - a support for the articles, able to be arranged along the median longitudinal axis, such that during use, the articles are placed inside a central space (Ec) in the enclosure, along the median longitudinal axis, a determined lateral space (El) being arranged between the enclosure and the central space (Ec); - at least one means for mixing (107, 107a-107b) the heat transfer fluid arranged laterally relative to the central space (Ec), in the lateral space (El) situated between the enclosure and the central space (Ec), the mixing means allowing to aspire the heat transfer fluid and to expulse it into a longitudinal direction inside the enclosure, to ensure the circulation of the heat transfer fluid in a longitudinal direction parallel to the median longitudinal axis (Am) along the lateral space (El), characterized in that at least one solid wall arranged longitudinally between the mixing means and the central space, such that during use, the heat transfer fluid mixed by the mixing means is channeled toward one end of the enclosure before returning back toward the articles. - an oblong enclosure having a median longitudinal axis (Am), the enclosure being sealed and able to be pressurized, and comprising: at least one injection inlet for a heat transfer fluid; an inlet door arranged at one longitudinal end of the enclosure to allow the insertion of the articles in the enclosure; at least one injection inlet for a heat transfer fluid; an inlet door arranged at one longitudinal end of the enclosure to allow the insertion of the articles in the enclosure; - a support for the articles, able to be arranged along the median longitudinal axis, such that during use, the articles are placed inside a central space (Ec) in the enclosure, along the median longitudinal axis, a determined lateral space (El) being arranged between the enclosure and the central space (Ec); - at least one means for mixing (107, 107a-107b) the heat transfer fluid arranged laterally relative to the central space (Ec), in the lateral space (El) situated between the enclosure and the central space (Ec), the mixing means allowing to aspire the heat transfer fluid and to expulse it into a longitudinal direction inside the enclosure, to ensure the circulation of the heat transfer fluid in a longitudinal direction parallel to the median longitudinal axis (Am) along the lateral space (El), characterized in that at least one solid wall arranged longitudinally between the mixing means and the central space, such that during use, the heat transfer fluid mixed by the mixing means is channeled toward one end of the enclosure before returning back toward the articles.
A glass-ceramic of the lithium aluminosilicate type, containing a β-quartz solid solution as the predominant crystalline phase and having for a thickness of 4 mm: an integrated optical transmission, T v, in the visible range, of 0.8 to 2%, an optical transmission at 625 nm of more than 3.5%, an optical transmission at 950 nm between 40 and 70%, and an optical transmission at 1,600 nm between 50 and 75%, wherein its composition, expressed as percentages by weight of oxides, comprises: SnO 2 0.2 - <0.3; V 2 O 5 0.025 - 0.2; Cr 2 O 3 0.01 - 0.04; Fe 2 O 3 >0.095 - 0.32; As 2 O 3 +Sb 2 O 3 < 0.1; and Fe 2 O 3 /V 2 O 5 1 to 4. an integrated optical transmission, T v, in the visible range, of 0.8 to 2%, an optical transmission at 625 nm of more than 3.5%, an optical transmission at 950 nm between 40 and 70%, and an optical transmission at 1,600 nm between 50 and 75%,
A touch display panel, comprising: a color film, CF, substrate and a thin film transistor, TFT, substrate disposed opposite to each other, and a liquid crystal layer disposed between the CF substrate and the TFT substrate, wherein a common electrode having a comb-shaped structure and/or a pixel electrode having a comb-shaped structure is disposed on a surface of the TFT substrate which is close to the liquid crystal layer, a touch layer is disposed on a surface of the CF substrate which is close to the liquid crystal layer, the touch layer comprises a driving line and a detecting line which are insulated from each other, characterized in that the driving line and/or the detecting line has a comb-shaped structure which is not completely overlapping with the comb-shaped structure of the common electrode and/or the comb-shaped structure of the pixel electrode, wherein the comb-shaped structure of the driving line and/or the detecting line is complementary to the comb-shaped structure of the common electrode and/or the comb-shaped structure of the pixel electrode.
An electric fence energizer comprising a high-voltage pulse generator containing an electrical transformer powered by a control circuit receiving a signal representative of the impedance of the fence line supplied by a measuring coil and controlling the frequency and energy of the pulses as a function of the impedance of the fence installation connected to the output of said transformer, characterized in that said transformer comprises two primary coils (2; 3) connected in parallel and two secondary coils (4; 5) connected in series, said transformer further comprising a soft iron casing consisting of two magnetic circuits mechanically connected to each other, each of said circuits being surrounded by one of said primary coils and one of said secondary coils, at least one of said circuits being further surrounded by said measuring coil.
Peptide derived from the propeptide of the neurotensin receptor 3 (NTSR3) selected from the biotinylated peptide PE corresponding to the sequence SEQ ID NO: 3 biotinylated, the peptide PI-PE of sequence SEO ID NO: 6 (PIGVSWGLR), the biotinylated peptide PI-PE corresponding to the sequence SEQ ID NO: 6 biotinylated, the peptide G/A-PE of sequence SEQ ID NO: 7 (AVSWGLR) corresponding to the sequence SEQ ID NO: 3 in which glycine at position 22 was replaced by alanine, the biotinylated peptide G/A-PE corresponding to the sequence SEQ ID NO: 7 biotinylated, the peptide dansyl-PE corresponding to the sequence SEQ ID NO: 3 in which a dansylic chemical group was added at the N-terminus, and the peptides O-methyl-PE and O-ethyl-PE corresponding to the sequence SEQ ID NO: 3 in which an O-methyl and O-ethyl chemical group was added at the C-terminus, respectively.
A method for treating cloths by spraying with a chemical dispersion comprising a liquid, the method comprising: - inserting the cloths in the interior of a rotatable drum adapted for being rotated about its longitudinal axis, the drum comprising a plurality of paddles which are attached to the interior surface of the drum, wherein for each of at least two of said plurality of paddles the paddle's longitudinal axis forms an angle a of between 5 degrees and 85 degrees with the geometrical orthogonal projection of said paddle's longitudinal axis on a geometrical plane which is normal to the drum's longitudinal axis; - spraying the chemical dispersion to the cloths by means of a dispersion supply system connected to spraying means; - rotating the drum about its longitudinal axis with rotation means connected to the drum, the method being characterized in that it comprises reversing the rotational direction about the drum's longitudinal axis at least one time, and during at least part of the duration of rotating, with the spraying means spraying the interior of the drum with the chemical dispersion, wherein the spraying means are located in front of a mouth of the drum and facing an opening towards the interior of the drum, or the spraying means are located on a ring-shaped perimeter of the mouth of the drum, or said spraying means are attached to a movable door of a chamber that encloses said rotatable drum, and said movable door when closed faces the mouth and the interior of the drum. - inserting the cloths in the interior of a rotatable drum adapted for being rotated about its longitudinal axis, the drum comprising a plurality of paddles which are attached to the interior surface of the drum, wherein for each of at least two of said plurality of paddles the paddle's longitudinal axis forms an angle a of between 5 degrees and 85 degrees with the geometrical orthogonal projection of said paddle's longitudinal axis on a geometrical plane which is normal to the drum's longitudinal axis; - spraying the chemical dispersion to the cloths by means of a dispersion supply system connected to spraying means; - rotating the drum about its longitudinal axis with rotation means connected to the drum,
A method performed by a gateway node, for handling application data traffic of a session between a User Equipment, UE, and an application server in a wireless communications network, the method comprising: upon establishing the session, obtaining (402, 301-302) from a policy node, an identity identifying one or more rules provisioned for the UE, which identity is associated with the session and with a User Plane, UP, based Application Programming Interface, API, to be used for the session, receiving (404, 303) through the UP based API, a message from the UE, which message comprises the identity and a flow identifier identifying the application data traffic related to the identity, and which message requests the one or more rules to be enforced by the gateway node upon detecting (406, 306) application data traffic associated with the flow identifier, enforcing (407, 306) the one or more rules, according to the obtained identity, for the detected application data traffic between the UE and the application server. upon establishing the session, obtaining (402, 301-302) from a policy node, an identity identifying one or more rules provisioned for the UE, which identity is associated with the session and with a User Plane, UP, based Application Programming Interface, API, to be used for the session, receiving (404, 303) through the UP based API, a message from the UE, which message comprises the identity and a flow identifier identifying the application data traffic related to the identity, and which message requests the one or more rules to be enforced by the gateway node upon detecting (406, 306) application data traffic associated with the flow identifier, enforcing (407, 306) the one or more rules, according to the obtained identity, for the detected application data traffic between the UE and the application server.
A system associated with a sensing roll and a mating roll for collecting roll data of the mating roll, the system comprising: a plurality of sensors located at axially spaced-apart locations of the sensing roll, wherein each sensor enters a region of a nip between the sensing roll and the mating roll during each rotation of the sensing roll to generate a respective sensor signal comprisi ng a pressure value; and a processor to receive the respective sensor signal generated by each sensor, characterized in that upon receiving the respective sensor signal, the processor operates to: determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip, and store the respective sensor signal to associate the respective sensor signal with the determined one tracki ng segment a plurality of sensors located at axially spaced-apart locations of the sensing roll, wherein each sensor enters a region of a nip between the sensing roll and the mating roll during each rotation of the sensing roll to generate a respective sensor signal comprisi ng a pressure value; and a processor to receive the respective sensor signal generated by each sensor, characterized in that upon receiving the respective sensor signal, the processor operates to: determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip, and store the respective sensor signal to associate the respective sensor signal with the determined one tracki ng segment determine a particular one of the plurality of sensors which generated the respective sensor signal, based upon a rotational position of the mating roll relative to a reference position, determine which one of a plurality of circumferential tracking segments of the mating roll is in the nip region when the particular sensor enters the region of the nip, and store the respective sensor signal to associate the respective sensor signal with the determined one tracki ng segment