mhurhangee/ep-ind-claims huggingface dataset:
An irradiated mononuclear apoptotic cell population comprising irradiated mononuclear cells in an early-apoptotic state, wherein said apoptotic cell population comprises individual mononuclear cell populations obtained and pooled from multiple donors, and said cells in an early-apoptotic state are annexin V + and propidium iodide -, and wherein said irradiated mononuclear apoptotic cell population, as compared to a non-irradiated cell population, comprises (a) decreased number of non-quiescent non-apoptotic cells, (b) suppressed cellular activation, or (c) reduced cellular proliferation, or any combination thereof. (a) decreased number of non-quiescent non-apoptotic cells, (b) suppressed cellular activation, or (c) reduced cellular proliferation, or any combination thereof.
Steam cooking appliance, in particular a steam oven, having a cooking space, which has at least one overflow opening in at least one of the side walls, characterised in that the overflow opening is connected to an overflow line, which branches into an overflow drain and a steam exhaust tube and at least one steam valve is provided on the steam exhaust tube, by means of which the cross section of the steam exhaust tube can be changed at least temporarily.
A method for receiving a data packet from a first wireless communication device by a second wireless communication device by device-to-device communication, in a wireless network comprising the following steps: - awaiting the data packet at the second wireless communication device; - determining a context information related to the data packet by the second wireless communication device; and - if the data packet is not received successfully, controlling a transmission of a negative acknowledgement indicator, NACK, (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or a channel quality indicator, CQI, by the second wireless communication device to the first wireless communication device based on the context information; wherein - the context information comprises information, on whether the second wireless communication device can receive a retransmitted data packet of the data packet from the first wireless communication device; and - the NACK (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or the CQI is only transmitted, if the second wireless communication device can receive the retransmitted data packet; characterized by the following steps: if the data packet is not successfully received, waiting a time span before transmitting the NACK (431, 432, 433) and/or the CQI; wherein the time span depends on the CQI. - awaiting the data packet at the second wireless communication device; - determining a context information related to the data packet by the second wireless communication device; and - if the data packet is not received successfully, controlling a transmission of a negative acknowledgement indicator, NACK, (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or a channel quality indicator, CQI, by the second wireless communication device to the first wireless communication device based on the context information; wherein - the context information comprises information, on whether the second wireless communication device can receive a retransmitted data packet of the data packet from the first wireless communication device; and - the NACK (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or the CQI is only transmitted, if the second wireless communication device can receive the retransmitted data packet; if the data packet is not successfully received, waiting a time span before transmitting the NACK (431, 432, 433) and/or the CQI; wherein the time span depends on the CQI.
A method for preparing hydrothermal carbon based on malic acid and KMnO4 combined modified cow dung biogas residue, comprising the following steps: 1) mixing cow dung biogas residue and malic acid solution homogeneously and then performing ultrasonic treatment, to obtain malic acid modified cow dung biogas residue; 2) adding KMnO4 solution to the malic acid modified cow dung biogas residue obtained in the step 1), mixing homogenously and then performing a hydrothermal reaction, to obtain the hydrothermal carbon based on cow dung biogas residue; wherein, the filling degree of reactor of hydrothermal reaction is 60%~80%. 1) mixing cow dung biogas residue and malic acid solution homogeneously and then performing ultrasonic treatment, to obtain malic acid modified cow dung biogas residue; 2) adding KMnO4 solution to the malic acid modified cow dung biogas residue obtained in the step 1), mixing homogenously and then performing a hydrothermal reaction, to obtain the hydrothermal carbon based on cow dung biogas residue; wherein, the filling degree of reactor of hydrothermal reaction is 60%~80%.
Injection and cooling system, intended to equip a plasma torch, having a cavity intended to contain plasma and combustion gas and comprising: - a first injection device devised to inject, into said cavity, a liquid solution to be treated hereinafter referred to as solution S 1, - a second injection device arranged against said first injection device and devised to inject, into said cavity, an oxidant gas, - a cooling device devised to cool the gas(es) contained in said cavity, characterised in that said system comprises a third injection device inserted between said second injection device and said cooling device and devised to inject, into said cavity, a liquid solution different to the liquid solution to be treated hereinafter referred to as solution S 3 and said four devices being hollow, coaxially aligned and defining said cavity, and in that said system successively comprises said first injection device, said second injection device, said third injection device and said cooling device, said devices being placed on top of one another. - a first injection device devised to inject, into said cavity, a liquid solution to be treated hereinafter referred to as solution S 1, - a second injection device arranged against said first injection device and devised to inject, into said cavity, an oxidant gas, - a cooling device devised to cool the gas(es) contained in said cavity,
A device for alternately contacting two wafer-like component composite arrangements (12, 14) consisting of a plurality of cohesively designed similar components, in particular of a semiconductor wafer having a function component wafer, for manufacturing electronic modules, having a receiving frame for receiving and holding the first component composite arrangement on a transparent panel arranged in the receiving frame, having a diode laser composite arrangement (18, 42, 47) arranged inside the receiving frame separated from the component composite arrangement by the transparent panel and comprising multiple diode lasers that can be activated to emit laser radiation either individually or in groups, such that all the contact pairs or the contact pairs that are combined into groups can be exposed to laser radiation for contacting, having a holding clamp for receiving the second component composite arrangement such that contact surfaces (38, 39) of the component composite arrangements provided with contact metallisations are arranged opposite one another, having a positioning device for relative positioning of the component composite arrangements such that the contact metallisations to be joined together form contact pairs, and having a pressure device for generating a contact pressure between the contact metallisations of the contact pairs.
A container comprising 28.4 to 113.7ml (1 to 4oz.) of a concentrated acidic liquid flavoring, the container having a nozzle configured to provide a mass flow of 1.0 - 5.0 g/s when dispensing the concentrated acidic liquid flavoring, the concentrated acidic liquid flavoring comprising about 40 to about 90 percent water, about 2 to about 40 percent flavor component, 0 to about 30 percent non-aqueous liquid, and less than about 2.0 percent acidulant, the amount of acidulant effective to provide the concentrated liquid flavoring with a pH of about 3.8 to about 4.5. the container having a nozzle configured to provide a mass flow of 1.0 - 5.0 g/s when dispensing the concentrated acidic liquid flavoring, the concentrated acidic liquid flavoring comprising about 40 to about 90 percent water, about 2 to about 40 percent flavor component, 0 to about 30 percent non-aqueous liquid, and less than about 2.0 percent acidulant, about 40 to about 90 percent water, about 2 to about 40 percent flavor component, 0 to about 30 percent non-aqueous liquid, and less than about 2.0 percent acidulant, the amount of acidulant effective to provide the concentrated liquid flavoring with a pH of about 3.8 to about 4.5.
A method for controlling a medical injection system comprising a fluid pressurizing unit and a control device having a compressible internal volume (210,230), the method comprising: sensing an internal pressure of the compressible internal volume (210,230) of the control device, the control device being coupled to the medical injection system, wherein the internal pressure increases from a baseline pressure in response to an external force applied to the volume of the control device by an operator of the system; generating an injection control signal to direct operation of the fluid pressurizing unit based upon the internal pressure; characterised in continuing to sense the internal pressure of the control device after release of the applied external force; and generating a notification, if the sensed internal pressure drops below the baseline pressure after the release of the applied external force. sensing an internal pressure of the compressible internal volume (210,230) of the control device, the control device being coupled to the medical injection system, wherein the internal pressure increases from a baseline pressure in response to an external force applied to the volume of the control device by an operator of the system; generating an injection control signal to direct operation of the fluid pressurizing unit based upon the internal pressure; characterised in continuing to sense the internal pressure of the control device after release of the applied external force; and generating a notification, if the sensed internal pressure drops below the baseline pressure after the release of the applied external force.
Gold alloy for the manufacturing of jewels or clock components characterized in that it consists of the following elements, with the following percent concentration by weight: gold at least 75 wt%, copper between 5 and 21 wt%, silver between 0 and 21 wt%, iron between 0.5 and 4 wt% and vanadium between 0.1 and 2 wt%, and optionally palladium between 0.5 wt% and 4 wt% or iridium in content equal or less than 0.05 wt%.
A detection apparatus for a CT system, comprising: a high-energy detector assembly comprising a plurality of rows of high-energy detectors arranged along a predetermined trajectory; a low-energy detector assembly comprising a plurality of rows of low-energy detectors arranged at intervals along the predetermined trajectory, the low-energy detector assembly and the high-energy detector assembly being disposed in a stack; wherein a number of rows of the low-energy detectors is smaller than a number of rows of the high-energy detectors; and each row of the low-energy detectors covers a row of the high-energy detectors; wherein the predetermined trajectory is a circular arc; characterized in that high-energy detection units in each of the plurality of rows of high-energy detectors and low-energy detection units in each of the rows of plurality of rows of low-energy detectors are arranged along an arc trajectory. a high-energy detector assembly comprising a plurality of rows of high-energy detectors arranged along a predetermined trajectory; a low-energy detector assembly comprising a plurality of rows of low-energy detectors arranged at intervals along the predetermined trajectory, the low-energy detector assembly and the high-energy detector assembly being disposed in a stack; wherein a number of rows of the low-energy detectors is smaller than a number of rows of the high-energy detectors; and each row of the low-energy detectors covers a row of the high-energy detectors; wherein the predetermined trajectory is a circular arc; characterized in that high-energy detection units in each of the plurality of rows of high-energy detectors and low-energy detection units in each of the rows of plurality of rows of low-energy detectors are arranged along an arc trajectory.
An isolated human antibody or antigen-binding fragment thereof that binds to and neutralizes human TGFβ1, TGFβ1 and TGFβ3, comprising a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO: 1 with a substitution selected from the group consisting of S30A, S30H, S30W, E74A, E74C, E74D, E74F, E74G, E74H, E74L, E74P, E74Q, E74R, E74S, E74T, E74W, and E74Y; and a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 2.
A hybrid hand labeler comprising: a housing; a handle portion comprising a lever; a driver; a feed rack; and a print head; characterised in that the feed rack is separate from and pivotally connected to the lever. a housing; a handle portion comprising a lever; a driver; a feed rack; and a print head; characterised in that the feed rack is separate from and pivotally connected to the lever.
An image forming apparatus arranged to communicate with plural image forming apparatuses, the apparatus comprising: an illuminance detecting part configured to detect illuminance; a communication part configured to carry out communication with another one of the plural image forming apparatuses; a registration part configured to register the plural image forming apparatuses, wherein the registration part is configured to register the image forming apparatuses with which communication can be carried out using the communication parts; and a control part configured to obtain information from the illuminance detecting parts of the plural image forming apparatuses using the communication parts, and return from an energy saving mode; characterized in that the control part is configured to obtain the illuminance values of image forming apparatuses selected from among the registered image forming apparatuses, at intervals of a period of time "t", and in a case where the obtained illuminance values are equal to or more than a continuous threshold "I" for a period of time "s", the control part is configured to cause the image forming apparatus to return from the energy saving mode; and by an operations panel through which the value of the period of time "s", the value of the threshold "I", and the value of the period of time "t" can be selected by a user. an illuminance detecting part configured to detect illuminance; a communication part configured to carry out communication with another one of the plural image forming apparatuses; a registration part configured to register the plural image forming apparatuses, wherein the registration part is configured to register the image forming apparatuses with which communication can be carried out using the communication parts; and a control part configured to obtain information from the illuminance detecting parts of the plural image forming apparatuses using the communication parts, and return from an energy saving mode; characterized in that the control part is configured to obtain the illuminance values of image forming apparatuses selected from among the registered image forming apparatuses, at intervals of a period of time "t", and in a case where the obtained illuminance values are equal to or more than a continuous threshold "I" for a period of time "s", the control part is configured to cause the image forming apparatus to return from the energy saving mode; and by an operations panel through which the value of the period of time "s", the value of the threshold "I", and the value of the period of time "t" can be selected by a user.
Baked core for writing, drawing and/or colouring instruments, consisting at least of binder, filler and colour-imparting medium, wherein the binder is present as clay and wherein the colour-imparting medium is graphite, characterised in that the filler has the form of a non-sintered siliceous filler, the non-sintered siliceous filler has the form of soapstone and the core has a content of: 45 to 68 weight % graphite 5 to 20 weight % soapstone 20 to 40 weight % clay 3 to 8 weight % additives
A sputtering cathode (1, 2), comprising a sputtering target having a rectangular cross-sectional shape, and a magnetic circuit being provided along the sputtering target; wherein the sputtering target has a pair of mutually facing long-side portions (18a, 18b) and a pair of mutually facing short-side portions (18c, 18d); the pair of the long-side portions (18a, 18b) are parallel to each other and have an erosion surface facing inward, and each of the long-side portions (18a, 18b) comprises a cylindrical rotary target (11, 12); and the pair of the short-side portions (18c, 18d) is perpendicular to the pair of the long-side portions (18a, 18b) and each of the short-side portions (18c, 18d) has a rectangular shape in a cross-sectional view, both ends of the pair of the short-side portions (18c, 18d) face the cylindrical rotary target (11, 12), are concavely rounded corresponding to the cylindrical shape of the rotary target (11, 12), and are close thereto to such an extent that they do not constitute a hindrance to the rotation of the cylindrical rotary target (11, 12). a sputtering target having a rectangular cross-sectional shape, and a magnetic circuit being provided along the sputtering target; wherein the sputtering target has a pair of mutually facing long-side portions (18a, 18b) and a pair of mutually facing short-side portions (18c, 18d); the pair of the long-side portions (18a, 18b) are parallel to each other and have an erosion surface facing inward, and each of the long-side portions (18a, 18b) comprises a cylindrical rotary target (11, 12); and the pair of the short-side portions (18c, 18d) is perpendicular to the pair of the long-side portions (18a, 18b) and each of the short-side portions (18c, 18d) has a rectangular shape in a cross-sectional view, both ends of the pair of the short-side portions (18c, 18d) face the cylindrical rotary target (11, 12), are concavely rounded corresponding to the cylindrical shape of the rotary target (11, 12), and are close thereto to such an extent that they do not constitute a hindrance to the rotation of the cylindrical rotary target (11, 12).
A vent structure for a respiratory therapy system, the vent structure comprising: a vent housing defining: a first flow path between a first port configured to connect in use to an air circuit and a second port configured to connect in use to a plenum chamber of a patient interface; and a second flow path between the first flow path and surrounding ambient air, the vent structure further comprising: a membrane positioned within the vent housing, the membrane comprising a central aperture through which the first flow path passes, wherein the membrane is positioned in the vent housing such that a first side of the membrane and a second side of the membrane opposite the first side are both exposed to air flow in the first flow path in use, wherein the vent structure is configured such that, in use: when air flows in the first flow path from the first port to the second port, the membrane adopts a first configuration to at least partially block air flow from the first flow path to the second flow path; and when air flows in the first flow path from the second port to the first port, the membrane adopts a second configuration to allow air flow from the first flow path to the second flow path. a first flow path between a first port configured to connect in use to an air circuit and a second port configured to connect in use to a plenum chamber of a patient interface; and a second flow path between the first flow path and surrounding ambient air, a membrane positioned within the vent housing, the membrane comprising a central aperture through which the first flow path passes, wherein the membrane is positioned in the vent housing such that a first side of the membrane and a second side of the membrane opposite the first side are both exposed to air flow in the first flow path in use, wherein the vent structure is configured such that, in use: when air flows in the first flow path from the first port to the second port, the membrane adopts a first configuration to at least partially block air flow from the first flow path to the second flow path; and when air flows in the first flow path from the second port to the first port, the membrane adopts a second configuration to allow air flow from the first flow path to the second flow path. when air flows in the first flow path from the first port to the second port, the membrane adopts a first configuration to at least partially block air flow from the first flow path to the second flow path; and when air flows in the first flow path from the second port to the first port, the membrane adopts a second configuration to allow air flow from the first flow path to the second flow path.
Driverless transport vehicle for conveying a load support, comprising - a chassis; - a load-carrying unit that is connected to the chassis; - a lifting unit for lifting the load-carrying unit relative to the chassis, characterized in that - the chassis has two individual chassis units that each comprise at least one wheel unit, the chassis units being interconnected by means of the load-carrying unit. - a chassis; - a load-carrying unit that is connected to the chassis; - a lifting unit for lifting the load-carrying unit relative to the chassis, - the chassis has two individual chassis units that each comprise at least one wheel unit, the chassis units being interconnected by means of the load-carrying unit.
A transition piece assembly of a combustor, comprising: a transition piece; a frame installed on the downstream side of the transition piece; and a seal member (10, 10a, 10b, 10c, 10d) installed on a coupled part of the frame and a turbine-side stator vane part, the seal member (10, 10a, 10b, 10c, 10d) blocking flowing of compressed air from a compressor to a turbine side through a gap of the coupled part, a projection member provided on an outer circumference of the frame; and a movement suppression mechanism provided on the seal (10, 10a, 10b) and fitted to the projection member so as to suppress a movement of the seal (10, 10a, 10b), thereby fixing the seal (10, 10a, 10b) to the frame, characterized in that the projection member extends in a radius direction of the transition piece and the movement suppression mechanism is a through-hole which matches the projection member, the projection member is fitted into the through-hole and thereby the seal member (10a, 10b) is fixed to the frame. a transition piece; a frame installed on the downstream side of the transition piece; and a seal member (10, 10a, 10b, 10c, 10d) installed on a coupled part of the frame and a turbine-side stator vane part, the seal member (10, 10a, 10b, 10c, 10d) blocking flowing of compressed air from a compressor to a turbine side through a gap of the coupled part, a projection member provided on an outer circumference of the frame; and a movement suppression mechanism provided on the seal (10, 10a, 10b) and fitted to the projection member so as to suppress a movement of the seal (10, 10a, 10b), thereby fixing the seal (10, 10a, 10b) to the frame, characterized in that the projection member extends in a radius direction of the transition piece and the movement suppression mechanism is a through-hole which matches the projection member, the projection member is fitted into the through-hole and thereby the seal member (10a, 10b) is fixed to the frame.