mhurhangee/ep-ind-claims huggingface dataset:
A heat storage device adapted for being disposed around a compressor to store heat generated by the compressor, the heat storage device comprising: a heat storage material that is adapted to store heat generated by the compressor; a heat storage tank that accommodates the heat storage material therein, the heat storage tank having an upper opening being closed by a lid, a side wall and a heat-transfer portion formed by a part of the side wall which confronts the compressor when the heat storage tank is disposed around the compressor; a heat storage heat exchanger embedded in the heat storage material accommodated in the heat storage tank wherein opposite ends of the heat storage heat exchanger extend upwardly from the lid; a contact member placed on the heat-transfer portion of the heat storage tank, the contact member being adapted for being interposed between the heat-transfer portion and the compressor, the contact member having a hardness of 50 degrees or less in Asker C hardness; and a belt, wherein the heat storage tank is adapted for being pressed against the compressor to be brought into close contact therewith and secured thereto by the belt with the contact member acting as a cushioning material, and wherein an upper end of the heat storage heat exchanger is located higher than an upper end of the contact member. a heat storage material that is adapted to store heat generated by the compressor; a heat storage tank that accommodates the heat storage material therein, the heat storage tank having an upper opening being closed by a lid, a side wall and a heat-transfer portion formed by a part of the side wall which confronts the compressor when the heat storage tank is disposed around the compressor; a heat storage heat exchanger embedded in the heat storage material accommodated in the heat storage tank wherein opposite ends of the heat storage heat exchanger extend upwardly from the lid; a contact member placed on the heat-transfer portion of the heat storage tank, the contact member being adapted for being interposed between the heat-transfer portion and the compressor, the contact member having a hardness of 50 degrees or less in Asker C hardness; and a belt, wherein the heat storage tank is adapted for being pressed against the compressor to be brought into close contact therewith and secured thereto by the belt with the contact member acting as a cushioning material, and wherein an upper end of the heat storage heat exchanger is located higher than an upper end of the contact member.
An isolated, synthetic or recombinant nucleic acid encoding a polypeptide having phospholipase activity comprising (a) a nucleic acid having 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99%, or more sequence identity to a nucleic acid sequence encoding the amino acid sequence WSAEDKHNEGINSHLWIVNRAIDIMSRNTTIVNPNETALLNEWRADLENGIYSADYENPYYDDSTYAS HFYDPDTGTTYIPFAKHAKETGAKYFNLAGQAYQNQDMQQAFFYLGLSLHYLGDVNQPMHAASFTD LSYPMGFHSKYENFVDTIKNNYIVSDSNGYWNWKGANPEDWIEGAAVAAKQDYPGVVNDTTKDWF VKAAVSQEYADKWRAEVTPVTGKRLMEAQRVTAGYIHLWFDTYVNR, wherein the amino acid of position 63 is D (Aspartic acid), the amino acid of position 131 is S (Serine) and the amino acid of position 134 is D (Aspartic acid), and wherein the first amino acid W (tryptophan) is counted as position 1. (b) the nucleic acid of (a), further comprising a heterologous nucleic acid sequence or signal peptide, (c) the nucleic acid of (b), wherein the heterologous nucleic acid sequence comprises or consists of a nucleic acid sequence encoding: (i) a heterologous signal (leader) sequence, a heterologous phospholipase (leader) signal sequence or a heterologous non-phospholipase (leader) signal sequence, or (ii) a catalytic domain, a linker sequence, a protease cleavage recognition site, a non-phospholipase enzyme sequence or a phospholipase enzyme sequence, or (d) a nucleic acid comprising a sequence completely (fully) complementary to the nucleic acid sequence of any of (a) to (c). (a) a nucleic acid having 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99%, or more sequence identity to a nucleic acid sequence encoding the amino acid sequence WSAEDKHNEGINSHLWIVNRAIDIMSRNTTIVNPNETALLNEWRADLENGIYSADYENPYYDDSTYAS HFYDPDTGTTYIPFAKHAKETGAKYFNLAGQAYQNQDMQQAFFYLGLSLHYLGDVNQPMHAASFTD LSYPMGFHSKYENFVDTIKNNYIVSDSNGYWNWKGANPEDWIEGAAVAAKQDYPGVVNDTTKDWF VKAAVSQEYADKWRAEVTPVTGKRLMEAQRVTAGYIHLWFDTYVNR, wherein the amino acid of position 63 is D (Aspartic acid), the amino acid of position 131 is S (Serine) and the amino acid of position 134 is D (Aspartic acid), and wherein the first amino acid W (tryptophan) is counted as position 1. (b) the nucleic acid of (a), further comprising a heterologous nucleic acid sequence or signal peptide, (c) the nucleic acid of (b), wherein the heterologous nucleic acid sequence comprises or consists of a nucleic acid sequence encoding: (i) a heterologous signal (leader) sequence, a heterologous phospholipase (leader) signal sequence or a heterologous non-phospholipase (leader) signal sequence, or (ii) a catalytic domain, a linker sequence, a protease cleavage recognition site, a non-phospholipase enzyme sequence or a phospholipase enzyme sequence, or (d) a nucleic acid comprising a sequence completely (fully) complementary to the nucleic acid sequence of any of (a) to (c).
A plug arrangement comprising a housing, with a through-opening, through which a latching element of a connection element is to be passed, wherein a latching means is arranged in the area of the through-opening, which comprises a substantially U-shaped spring element, characterised in that the spring element comprises a first shank and a second shank arranged substantially parallel to the first shank when the spring element is in an inactive state, wherein the first shank has a greater length than the second shank, wherein a delimiting element is arranged adjacent to the through-opening on the housing, which serves as a positioning aid for the spring element of the latching means.
A method for improving identification of reference signal transmissions at a user equipment, UE, comprising: identifying one or more restrictions on one or more interfering cells, the one or more restrictions relating to reference signal transmissions in one or more interfering signals from the one or more interfering cells; blindly detecting, based at least in part on the one or more restrictions, one or more reference signal transmissions received in the one or more interfering signals from the one or more interfering cells; and processing the one or more reference signal transmissions received in the one or more interfering signals to cancel interference of the one or more interfering cells from communications with a serving base station. identifying one or more restrictions on one or more interfering cells, the one or more restrictions relating to reference signal transmissions in one or more interfering signals from the one or more interfering cells; blindly detecting, based at least in part on the one or more restrictions, one or more reference signal transmissions received in the one or more interfering signals from the one or more interfering cells; and processing the one or more reference signal transmissions received in the one or more interfering signals to cancel interference of the one or more interfering cells from communications with a serving base station.
An embossing roll having a cylindrical surface, the cylindrical surface comprising a central portion having an embossing pattern and side portions (4a, 4b) arranged on each side of the central portion, which are free from embossing pattern, characterised in that circumferential buffer channels are provided on each side of the central portion, between the central portion and the side portions, along the cylindrical surface of the embossing roll.
A system comprising a handheld field maintenance tool, a wireless field device and a wireless field maintenance adapter, wherein: the handheld field maintenance tool includes a relatively short range radio frequency module operable in accordance with a Bluetooth® specification; the wireless field device is operable to communicate in accordance with a wireless HART® specification; and the wireless field maintenance adapter is operable to bi-directionally communicate with the handheld field maintenance tool and operable to bi-directionally communicate with the wireless field device, and wherein the wireless field maintenance adapter comprises: a power source; a controller coupled to the power source; a low-power radio-frequency communication module coupled to the controller and adapted to communicate with the handheld field maintenance tool in accordance with the Bluetooth® specification; a wireless process communication protocol module coupled to the controller and adapted to communicate with the wireless field device in accordance with the Wireless HART® specification; wherein the controller is configured to communicate through the wireless process communication protocol module based on information received from the low-power radio-frequency communication module. the handheld field maintenance tool includes a relatively short range radio frequency module operable in accordance with a Bluetooth® specification; the wireless field device is operable to communicate in accordance with a wireless HART® specification; and the wireless field maintenance adapter is operable to bi-directionally communicate with the handheld field maintenance tool and operable to bi-directionally communicate with the wireless field device, and wherein the wireless field maintenance adapter comprises: a power source; a controller coupled to the power source; a low-power radio-frequency communication module coupled to the controller and adapted to communicate with the handheld field maintenance tool in accordance with the Bluetooth® specification; a wireless process communication protocol module coupled to the controller and adapted to communicate with the wireless field device in accordance with the Wireless HART® specification; wherein the controller is configured to communicate through the wireless process communication protocol module based on information received from the low-power radio-frequency communication module. a power source; a controller coupled to the power source; a low-power radio-frequency communication module coupled to the controller and adapted to communicate with the handheld field maintenance tool in accordance with the Bluetooth® specification; a wireless process communication protocol module coupled to the controller and adapted to communicate with the wireless field device in accordance with the Wireless HART® specification; wherein the controller is configured to communicate through the wireless process communication protocol module based on information received from the low-power radio-frequency communication module.
A method of producing a unipotent human immature beta cell comprising, contacting human definitive endoderm lineage cells in vitro with a TGFβ superfamily member and a Wnt family member thereby producing a unipotent human immature beta cell.
A method for connecting an anchorage device to a steel rebar having first and opposite ends and being subject to tension and compression loads, said anchorage device including a barrel having a top, a bottom and a tapered bore running longitudinally between the top and the bottom of said barrel, a lid connected to and extending across the top of said barrel, said lid having a threaded opening formed therein which extends completely through said lid, and a tapered jaw located within and slidable through the tapered bore of said barrel, wherein the first end of the rebar is surrounded by the barrel of said anchorage device such that the rebar is received within the tapered jaw located within said barrel and the lid of said barrel lies adjacent and covers the first end of the rebar, said method comprising the steps of: locating a threaded fastener at the top of said lid for receipt within the threaded opening that extends completely through the lid connected to the top of said barrel so that said threaded fastener lies in axial alignment with the first end of the rebar within the tapered jaw that is located within the tapered bore of said barrel; and applying a rotational force to the threaded fastener from above the lid for advancing the threaded fastener completely through the threaded opening which extend completely through said lid into end-to-end contact with the first end of the rebar for applying an axial pushing force directly against said first end and thereby causing the rebar to move through the tapered bore of said barrel and said tapered jaw to slide through said tapered bore and into locking engagement with the first end of the rebar by which said anchorage device is connected to the rebar; and covering the barrel of said anchorage device with concrete such that said barrel forms a bearing surface on the rebar for holding the rebar in place within the concrete. locating a threaded fastener at the top of said lid for receipt within the threaded opening that extends completely through the lid connected to the top of said barrel so that said threaded fastener lies in axial alignment with the first end of the rebar within the tapered jaw that is located within the tapered bore of said barrel; and applying a rotational force to the threaded fastener from above the lid for advancing the threaded fastener completely through the threaded opening which extend completely through said lid into end-to-end contact with the first end of the rebar for applying an axial pushing force directly against said first end and thereby causing the rebar to move through the tapered bore of said barrel and said tapered jaw to slide through said tapered bore and into locking engagement with the first end of the rebar by which said anchorage device is connected to the rebar; and covering the barrel of said anchorage device with concrete such that said barrel forms a bearing surface on the rebar for holding the rebar in place within the concrete.
A method for controlling a user interface to display participants of a call in dependence upon the participants' speech activity in the call, the method being executed by a processor in a user terminal and comprising: monitoring the speech activity of the participants in the call; determining whether a participant is an active participant or inactive participant in the call based on a comparison between the speech activity of all the participants in the call over a minimum time period of the call; wherein in response to determining that a participant is an active participant, displaying said participant in a first area of the user interface wherein an inactive participant is displayed in a second area of the user interface, said first area of the user interface being larger than said second area of the user interface, wherein each of multiple active participants are displayed in the first area of the user interface, and wherein the participants are arranged in the user interface in one of a set of predetermined display configurations, said one being selected in dependence on said comparison. monitoring the speech activity of the participants in the call; determining whether a participant is an active participant or inactive participant in the call based on a comparison between the speech activity of all the participants in the call over a minimum time period of the call; wherein in response to determining that a participant is an active participant, displaying said participant in a first area of the user interface wherein an inactive participant is displayed in a second area of the user interface, said first area of the user interface being larger than said second area of the user interface, wherein each of multiple active participants are displayed in the first area of the user interface, and wherein the participants are arranged in the user interface in one of a set of predetermined display configurations, said one being selected in dependence on said comparison.
A method for controlling an air processing system of a vehicle, said air processing system comprising an air dryer device configured to dry compressed air from a compressor operable by means of a drive member, said air dryer device comprising an air dryer cartridge for said drying of compressed air, said dried compressed air being configured to be distributed to vehicle systems during a compressor activation event, said air dryer device further comprising a purge valve for venting air during regeneration of the air dryer cartridge by means of dried compressed air, characterized by the steps of: - determining the temperature associated with said purge valve by means of temperature determination means; - if said temperature is below a predetermined temperature value, performing regeneration after a compressor activation event so that moist in connection to said purge valve is removed. - determining the temperature associated with said purge valve by means of temperature determination means; - if said temperature is below a predetermined temperature value, performing regeneration after a compressor activation event so that moist in connection to said purge valve is removed.
A self-propelled road milling machine for milling road surfaces, comprising - a height adjustable chassis, - front and rear chassis axles, as seen in the direction of travel, of said chassis, - a machine frame supported by said chassis, - a milling roller housing arranged at said machine frame between said front and rear chassis axles, - a single milling roller rotatably supported in said milling roller housing, - a milling roller drive unit for said milling roller, and - a conveyor belt means cooperating with said milling roller housing for removing milling product milled off by said milling roller in forward direction as seen in the direction of travel, - wherein a lateral front end of said milling roller housing is nearly flush with a lateral outer side (26,28) of said machine frame, the so-called zero side, to allow milling to be performed as near to edges or obstacles as possible, characterized in that said zero side can optionally be defined on the one outer side (26,28) or on the opposite outer side (26,28), that said milling roller drive unit is a hydraulic or electric drive unit integrated in said milling roller, that two linear guides (34, 36) spaced from each other in the traveling direction are mounted on the machine frame between the chassis axes, via which the machine's weight acts on the milling roller housing and the milling roller supported therein, and that said milling roller, together with said milling roller housing and said milling roller drive unit, is supported for displacement on said machine frame along said linear guides (34, 36) in a direction transverse to the direction of travel, to allow for as near a milling as possible optionally flush right or left along edges or obstacles, while maintaining the traveling direction, the milling roller housing being mounted on the machine frame in a rigid manner in the height direction and in the traveling direction. - a height adjustable chassis, - front and rear chassis axles, as seen in the direction of travel, of said chassis, - a machine frame supported by said chassis, - a milling roller housing arranged at said machine frame between said front and rear chassis axles, - a single milling roller rotatably supported in said milling roller housing, - a milling roller drive unit for said milling roller, and - a conveyor belt means cooperating with said milling roller housing for removing milling product milled off by said milling roller in forward direction as seen in the direction of travel, - wherein a lateral front end of said milling roller housing is nearly flush with a lateral outer side (26,28) of said machine frame, the so-called zero side, to allow milling to be performed as near to edges or obstacles as possible,
A water-dispersible derivative of a therapeutic active agent of low water solubility formed from at least one molecule of said active agent covalently coupled to at least one molecule of a hydrocarbon-based compound of squalene structure, said active agent having a solubility of less than 100 μg/ml in pure water, measured at room temperature, and said active agent being a chemotherapeutic antitumor agent chosen from taxoids, doxorubicin and epirubicin.
An antenna, comprising a first antenna portion and a detachable second antenna portion that is connected to the first antenna portion, wherein the first antenna portion comprises a first radome and a first reflection plate disposed in the first radome, the second antenna portion comprises a second radome and a second reflection plate disposed in the second radome, and a working surface of the first reflection plate and a working surface of the second reflection plate are coplanar; and a plurality of antenna arrays on the working surface of the first reflection plate and a plurality of antenna arrays on the working surface of the second reflection plate are configured to construct different types of antennas based on a quantity of frequency bands and a quantity of transmit and receive channels that are configured for the antenna, characterized in that either, some antenna arrays on the first reflection plate and some of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate and some other antenna arrays on the second reflection plate are respectively configured to construct a second-type antenna and a third-type antenna, or, some antenna arrays on the first reflection plate and the plurality of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate are configured to construct the second-type antenna. the first antenna portion comprises a first radome and a first reflection plate disposed in the first radome, the second antenna portion comprises a second radome and a second reflection plate disposed in the second radome, and a working surface of the first reflection plate and a working surface of the second reflection plate are coplanar; and a plurality of antenna arrays on the working surface of the first reflection plate and a plurality of antenna arrays on the working surface of the second reflection plate are configured to construct different types of antennas based on a quantity of frequency bands and a quantity of transmit and receive channels that are configured for the antenna, characterized in that either, some antenna arrays on the first reflection plate and some of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate and some other antenna arrays on the second reflection plate are respectively configured to construct a second-type antenna and a third-type antenna, or, some antenna arrays on the first reflection plate and the plurality of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate are configured to construct the second-type antenna.