mhurhangee/ep-ind-claims huggingface dataset:
An external fixation device comprising: an elongate rod having threads and a central longitudinal axis; a housing coupled to the elongate rod; and an actuation member extending along a longitudinal axis and rotatably coupled to the housing, the actuation member having a gear portion and an actuation portion located at a proximal portion, wherein rotation of the actuation portion of the actuation member about the central longitudinal axis thereof in a first radial direction causes the housing to translate along the central longitudinal axis of the threaded elongate rod in a first direction by the interaction of the gear portion of the actuation member and the threads of the elongate rod, wherein the gear portion being located at a distal portion of the actuation member is in direct contact with the threads of the elongate rod, characterized in that the central longitudinal axis of the actuation member is angled and offset with respect to the central longitudinal axis of the elongate rod. an elongate rod having threads and a central longitudinal axis; a housing coupled to the elongate rod; and an actuation member extending along a longitudinal axis and rotatably coupled to the housing, the actuation member having a gear portion and an actuation portion located at a proximal portion, wherein rotation of the actuation portion of the actuation member about the central longitudinal axis thereof in a first radial direction causes the housing to translate along the central longitudinal axis of the threaded elongate rod in a first direction by the interaction of the gear portion of the actuation member and the threads of the elongate rod, wherein the gear portion being located at a distal portion of the actuation member is in direct contact with the threads of the elongate rod, characterized in that the central longitudinal axis of the actuation member is angled and offset with respect to the central longitudinal axis of the elongate rod.
A ventilation device suitable to be installed in a vertical frame of a window, and equipped with a heat exchanger, the ventilation device comprising: an outlet duct forming a drain connection from the heat exchanger to the exterior, the outlet duct comprising an outlet tube inside which is a heating resistor that follows the shape of the outlet tube, characterized in that there is a metal sleeve at the outer end of the outlet tube, which metal sleeve is in a mechanical contact with the heating resistor for the collection of heat from the heating resistor in order to prevent the freezing of the mouth of the outlet duct, wherein the metal sleeve is inside the outlet tube in order to fasten the distal end of the heating resistor into place.
A CXCR4-antagonistic peptide for use in the treatment of AML with a FMS-like tyrosine kinase 3 mutation in a subject in need thereof, wherein said CXCR4-antagonistic peptide is as set forth in SEQ ID NO: 1.
Valve apparatus for influencing a flow of medium between a supply port, to which a pressure supply source can be connected, and a pressure port, to which a hydraulic load can be connected, comprising a valve device having a valve slide which is guided in axial displacement directions within a valve housing, and the opposing end faces (60, 78) of which define two media chambers (62, 80) within the valve housing, at least in part, said valve slide blocking the connection between the supply and pressure port in at least one closed position, and releasing the connection, to this effect, in at least one of the open positions thereof, in which the pressure port is connected to at least one of the two media chambers (62, 80) by means of one fluid guide (64, 82) in each case, one of which is formed by a fluid channel extending in the valve slide, one end of said channel leading into one media chamber, and the other end of said channel leading into a fluid space in the valve housing, which is separated from the pressure port in the at least one closed position of the valve slide and arranged between the supply and pressure port, characterised in that the other fluid guide comprises at least one further fluid channel which is separated from the first fluid channel and one end of which leads into the other media chamber, at least in one of the open positions of the valve slide, and the other end of which is permanently connected to the pressure port in each displacement position of the valve slide.
A process for heating and/or air conditioning a motor vehicle passenger compartment using a reversible refrigerating loop, in which a refrigerant circulates, comprising a first heat exchanger, an expansion valve, a second heat exchanger, a compressor and means for inversion of the operation of the reversible refrigerating loop, characterized in that the refrigerant comprises: - from 4% to 6% by weight of difluoromethane; - from 2.5% to 3.5% by weight of pentafluoroethane; and - from 91% to 93.5% by weight of tetrafluoropropene, preferably 2,3,3,3-tetrafluoropropene. - from 4% to 6% by weight of difluoromethane; - from 2.5% to 3.5% by weight of pentafluoroethane; and - from 91% to 93.5% by weight of tetrafluoropropene, preferably 2,3,3,3-tetrafluoropropene.
A service provisioning method in a coaxial cable system, wherein the Cable system comprises a Dynamic Host Configuration Protocol, DHCP, server, a coaxial media converter, CMC, and a cable modem, CM; the CMC connects to the DHCP server on a network side and connects to the CM on a user side; and the method characterized by comprising: receiving, by the CMC, a DHCP Ack message from the DHCP server and replacing an address of a Trivial File Transfer Protocol, TFTP, server in the DHCP Ack message with an Internet Protocol, IP, address of the CMC; sending, by the CMC, the DHCP Ack message carrying the IP address of the CMC to the CM; and receiving, by the CMC from the CM, a request message for delivering a configuration file, acquiring a configuration file corresponding to the CM, and after converting the configuration file corresponding to the CM into a format identifiable by the CM, sending the configuration file to the CM. receiving, by the CMC, a DHCP Ack message from the DHCP server and replacing an address of a Trivial File Transfer Protocol, TFTP, server in the DHCP Ack message with an Internet Protocol, IP, address of the CMC; sending, by the CMC, the DHCP Ack message carrying the IP address of the CMC to the CM; and receiving, by the CMC from the CM, a request message for delivering a configuration file, acquiring a configuration file corresponding to the CM, and after converting the configuration file corresponding to the CM into a format identifiable by the CM, sending the configuration file to the CM.
An in vitro method for mimicking the effect of a ionizing radiation on T cells, comprising contacting said T cells with bleomycin, for a period of time of at least 50 hours.
A station-side device configured to perform transmission and reception of an optical signal to and from a subscriber-side device (12a, 12b), the station-side device and the subscriber-side device (12a, 12b) being included in a passive optical network, the station-side device comprising: a communication control unit configured to perform optical signal communication using a plurality of wavelengths by wavelength division multiplexing and time division multiplexing; and a registration unit configured to set an acceptance period in a part of the plurality of wavelengths, and to perform a new registration of an unregistered subscriber-side device (12a, 12b) in response to a registration request signal from the unregistered subscriber-side device (12a, 12b) received within the acceptance period, wherein the acceptance period indicates a time period during the station-side device waits for an arrival of the registration request signal from the unregistered subscriber-side device (12a, 12b), wherein the part of the plurality of wavelengths have a margin in terms of a delay requirement, and wherein the other part of the plurality of wavelengths have a strict delay requirement and are used by a registered subscriber-side device (12a, 12b) to output an uplink signal to the station-side device. a communication control unit configured to perform optical signal communication using a plurality of wavelengths by wavelength division multiplexing and time division multiplexing; and a registration unit configured to set an acceptance period in a part of the plurality of wavelengths, and to perform a new registration of an unregistered subscriber-side device (12a, 12b) in response to a registration request signal from the unregistered subscriber-side device (12a, 12b) received within the acceptance period, wherein the acceptance period indicates a time period during the station-side device waits for an arrival of the registration request signal from the unregistered subscriber-side device (12a, 12b), wherein the part of the plurality of wavelengths have a margin in terms of a delay requirement, and wherein the other part of the plurality of wavelengths have a strict delay requirement and are used by a registered subscriber-side device (12a, 12b) to output an uplink signal to the station-side device.
Use of the viral load in an untreated whole blood sample as a diagnostic marker, wherein a value indicative of the viral load is determined based on the total concentration of HIV nucleic acids in the sample, wherein HIV nucleic acids comprise RNA originating from free viruses, RNA originating from cell-associated viruses, pro-viral DNA, reverse transcribed viral DNA, and transcribed pro-viral RNA.
A system (100, 200, 400) for evaluating a bond comprising: a first vessel (110, 210, 410) comprising, one or more sidewalls (114, 144, 214, 244) and an endwall (112, 142, 242), a liquid port configured to connect to a source to fill the first vessel (110, 210, 410) with a liquid and an open portion (130, 150, 230, 250) configured to be placed against a bonded structure (190, 490) to be inspected; a second vessel (140, 240, 440) surrounding the open portion (130, 150, 230, 250) of the first vessel (110, 210, 410), comprising a vacuum port (170, 270, 470) configured to connect to a vacuum system (100, 200, 400) to pull a vacuum in a space (160, 260, 460) between an outer surface of the first vessel (110, 210, 410) and an inner surface of the second vessel (140, 240, 440) when the open portion (130, 150, 230, 250) of the first vessel (110, 210, 410) and an open portion (130, 150, 230, 250) of the second vessel (140, 240, 440) are adjacent to the bonded structure (190, 490) to be inspected; and a pair of electrodes (180, 280, 480) disposed within the first vessel (110, 210, 410) and positioned so that a compression wave generated in the liquid by an underwater plasma between said electrodes is directed towards the bonded structure to be inspected. a first vessel (110, 210, 410) comprising, one or more sidewalls (114, 144, 214, 244) and an endwall (112, 142, 242), a liquid port configured to connect to a source to fill the first vessel (110, 210, 410) with a liquid and an open portion (130, 150, 230, 250) configured to be placed against a bonded structure (190, 490) to be inspected; one or more sidewalls (114, 144, 214, 244) and an endwall (112, 142, 242), a liquid port configured to connect to a source to fill the first vessel (110, 210, 410) with a liquid and an open portion (130, 150, 230, 250) configured to be placed against a bonded structure (190, 490) to be inspected; a second vessel (140, 240, 440) surrounding the open portion (130, 150, 230, 250) of the first vessel (110, 210, 410), comprising a vacuum port (170, 270, 470) configured to connect to a vacuum system (100, 200, 400) to pull a vacuum in a space (160, 260, 460) between an outer surface of the first vessel (110, 210, 410) and an inner surface of the second vessel (140, 240, 440) when the open portion (130, 150, 230, 250) of the first vessel (110, 210, 410) and an open portion (130, 150, 230, 250) of the second vessel (140, 240, 440) are adjacent to the bonded structure (190, 490) to be inspected; and a pair of electrodes (180, 280, 480) disposed within the first vessel (110, 210, 410) and positioned so that a compression wave generated in the liquid by an underwater plasma between said electrodes is directed towards the bonded structure to be inspected.
Coin selector, consisting of a main body housing an electronic base plate and a hinged lid, which functions by means of introducing coins in such a way that when they enter the selector the coins collide against a flat metallic body and during their travel they encounter a series of sensors, housed between the main body and the lid, in order to measure different parameters with the aim of selecting those that are valid, characterised by a flexible arm for connecting the electronic base plate with the sensors housed in the hinged lid which are associated with those housed in the main body, wherein the flexible arm passes through the external part of the axis of rotation of the lid, being protected by the casing of the main body.
A surgical device, comprising: a frame having a guide rod and a proximal-distal arc spaced a distance apart from the guide rod; a guide block slidably mounted on the proximal-distal arc and having at least one bore formed therethrough that is configured to receive a first surgical instrument; and a medial-lateral arc having a first end with an engagement mechanism configured to detachably mate the medial-lateral arc to the guide block, and a second end having at least one bore formed therethrough that is configured to receive a second surgical instrument. a frame having a guide rod and a proximal-distal arc spaced a distance apart from the guide rod; a guide block slidably mounted on the proximal-distal arc and having at least one bore formed therethrough that is configured to receive a first surgical instrument; and a medial-lateral arc having a first end with an engagement mechanism configured to detachably mate the medial-lateral arc to the guide block, and a second end having at least one bore formed therethrough that is configured to receive a second surgical instrument.
A recording medium, comprising: a substrate; a first color developing layer which is laminated on the substrate and develops a first color at a temperature not less than a first threshold value; a heat insulating layer laminated on the first color developing layer; and a second color developing layer which is laminated on the heat insulating layer and develops a second color that is different from the first color at a temperature not less than a second threshold value that is higher than the first threshold value; characterized in that the heat insulating layer having a first heat insulating layer of a first heat conductivity and a second heat insulating layer of a second heat conductivity that is higher than the first heat conductivity, the first and second heat insulating layers (401, 402) being laminated in a second direction orthogonal to a first direction in which the first color developing layer, the heat insulating layer, and the second color developing layer are laminated on the substrate, a thickness of each of the first heat insulating layer and the second heat insulating layer in the second direction is not more than a half of a spot diameter of a beam spot of laser light with which the recording medium is to be irradiated; and the heat insulating layer has a plurality of the first heat insulating layers and a plurality of the second heat insulating layers, and the plurality of first heat insulating layers and the plurality of second heat insulating layers are alternately laminated in the second direction, respectively. a substrate; a first color developing layer which is laminated on the substrate and develops a first color at a temperature not less than a first threshold value; a heat insulating layer laminated on the first color developing layer; and a second color developing layer which is laminated on the heat insulating layer and develops a second color that is different from the first color at a temperature not less than a second threshold value that is higher than the first threshold value; characterized in that the heat insulating layer having a first heat insulating layer of a first heat conductivity and a second heat insulating layer of a second heat conductivity that is higher than the first heat conductivity, the first and second heat insulating layers (401, 402) being laminated in a second direction orthogonal to a first direction in which the first color developing layer, the heat insulating layer, and the second color developing layer are laminated on the substrate, a thickness of each of the first heat insulating layer and the second heat insulating layer in the second direction is not more than a half of a spot diameter of a beam spot of laser light with which the recording medium is to be irradiated; and the heat insulating layer has a plurality of the first heat insulating layers and a plurality of the second heat insulating layers, and the plurality of first heat insulating layers and the plurality of second heat insulating layers are alternately laminated in the second direction, respectively.
A pharmaceutical composition comprising therapeutically effective amount of rifaximin or pharmaceutically acceptable salt(s) or enantiomer(s) or polymorph(s) thereof, one or more release controlling agent(s) and pharmaceutically acceptable excipient(s), wherein the pharmaceutical composition comprises a multilayer tablet, wherein at least one layer consists of a release controlling polymer and rifaximin, and at least one layer consists of a bioadhesive polymer, where each layer includes one or more excipients.
A wireless appliance, suitable to be operated on an induction heating cooktop having one or more than one induction coil, the wireless appliance comprising a user interface that provides monitoring and controlling of the operating parameters, a microcontroller in the memory of which the data relating to identification information and operating parameters are recorded, a receiver coil that energizes the microcontroller by partially collecting the power generated by the induction coil and a voltage regulating circuit, characterized by a driver circuit connected to the microcontroller and the receiver coil, generating signals with variable amplitude and/or frequency depending on the identification information in the memory of the microcontroller and the operating parameters entered from the user interface, driving the receiver coil in periods wherein the power transferred from the induction heating cooktop is interrupted and providing the signals to be transmitted to the induction heating cooktop through the induction coil, wherein a voltage measuring unit provides the detection of the periods wherein the power transfer from the induction coil is interrupted by measuring the voltage on the receiver coil.
A set of discs for grinding the edges of a glass plate, in the form of round grinding discs, where in a set of diamond discs individual discs are provided in pairs and in each pair of the discs, each of the two discs cooperates with the opposite one of the two parallel side edges (5.1, 5.2) of the glass plate, carried between said discs, where in the order of carrying the glass plate, the discs grinding the surfaces of the two parallel side edges of the glass plate comprise segment peripheral discs, discs chamfering the side edges of the glass plate comprise cup discs (2.1,2.2), where the set of diamond discs is characterised in that it comprises in the order of carrying the glass plate to the set of diamond discs: - one pair of rough segment peripheral oscillating discs with an angle of cooperation of 0° with the surfaces of the two parallel side edges (5.1,5.2) of the glass plate, - one pair of the rough cup discs (2.1) for chamfering both bottom edges of the glass plate, and - one pair of the rough cup discs (2.2) for chamfering both upper edges of the glass plate, - one pair of rough peripheral profile discs (3.1) for the rough profiling of the surfaces of the two parallel side edges (5.1,5.2) of the glas plate, - one pair of finishing profile discs (3.2) for the finishing profiling of the surfaces of the two parallel side edges (5.1,5.2) of the glass plate, - one pair of rough peripheral polishing discs (4.1) for the rough polishing of the surfaces of the two parallel side edges (5.1, 5.2), - one pair of finishing peripheral polishing discs (4.2) for the finishing polishing of the surfaces of the two parallel side edges (5.1, 5.2) of the glass plate. - one pair of rough segment peripheral oscillating discs with an angle of cooperation of 0° with the surfaces of the two parallel side edges (5.1,5.2) of the glass plate, - one pair of the rough cup discs (2.1) for chamfering both bottom edges of the glass plate, and - one pair of the rough cup discs (2.2) for chamfering both upper edges of the glass plate, - one pair of rough peripheral profile discs (3.1) for the rough profiling of the surfaces of the two parallel side edges (5.1,5.2) of the glas plate, - one pair of finishing profile discs (3.2) for the finishing profiling of the surfaces of the two parallel side edges (5.1,5.2) of the glass plate, - one pair of rough peripheral polishing discs (4.1) for the rough polishing of the surfaces of the two parallel side edges (5.1, 5.2), - one pair of finishing peripheral polishing discs (4.2) for the finishing polishing of the surfaces of the two parallel side edges (5.1, 5.2) of the glass plate.
Set of tanks (1.1', 3.3') of consumable fluids for motor vehicles, including a first tank (3.3 ') equipped with a first filling chute (2.2') and a second tank ( 1.1') Equipped with a second filling chute (4.4'), each in fluidic connection with their respective tanks and leading to the same filling area by filling heads, the first chute (4.4 ') being fixed at least temporarily to the second chute (2.2 ') in or in the vicinity of the filling area by fixing means (8.8') comprising a first part (81.81) fixed on the first chute (4.4 ') and linked jointly to a second part (82, 82') in the shape of a pliers enclosing the second chute (2.2 ') on at least half of his periphery, characterized in that the part in form of pliers (82 ') enclosing the second chute is kept in a translational position by one or more ribs or stops present R The second chute (2 '), preferably on the filling head of it.
A method for isolating polypeptides from Fusobacterium spp. comprising: incubating a Fusobacterium spp. in media comprising 15-20 μg/ml 2,2-dipyridyl; disrupting the Fusobacterium spp. to result in a mixture comprising disrupted cell membranes; solubilizing the mixture by adding to the mixture a biological detergent to result in a preparation comprising solubilized and unsolubilzed polypeptides; and isolating the unsolubilized polypeptides. incubating a Fusobacterium spp. in media comprising 15-20 μg/ml 2,2-dipyridyl; disrupting the Fusobacterium spp. to result in a mixture comprising disrupted cell membranes; solubilizing the mixture by adding to the mixture a biological detergent to result in a preparation comprising solubilized and unsolubilzed polypeptides; and isolating the unsolubilized polypeptides.