mhurhangee/ep-ind-claims huggingface dataset:
A medical scope comprising: an elongate body; an imaging head supported by and rotatably movable relative to a mount of the body about an axis of rotation extending from the mount, the imaging head including a light emitter for illuminating a field of view of the imaging head; and a light path extending from the body parallel to the axis of rotation and through the imaging head to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body. an elongate body; an imaging head supported by and rotatably movable relative to a mount of the body about an axis of rotation extending from the mount, the imaging head including a light emitter for illuminating a field of view of the imaging head; and a light path extending from the body parallel to the axis of rotation and through the imaging head to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body.
A method for detecting a chromosomal deletion comprising detecting a hemizygote deletion in the region 10q24.33 of a human chromosome of a human subject by hybridizing a reference nucleic acid fragment including a part of the 10q24.33 region with a nucleic acid fragment of a specimen of the human subject, and detecting a signal attributed to the hemizygote deletion of the 10q24.33 region, to thereby determine whether or not the subject has a multiple system malformation syndrome accompanying mental retardation.
A two-component curable compound, containing, after the two components have been mixed: a) at least one epoxy, b) at least one curing agent for the epoxy that is reactive at room temperature, c) particles having a core-shell structure, d) at least one aliphatic polyalkylene ether, which carries an amino group on each chain end, characterized in that component d) is different from component b) and is selected from homo- or copolymers of tetrahydrofuran which carry aliphatic amino end groups and which have a weight-average molar mass Mw of at least 1800, determined by GPC and based on the polyethylene glycol standard. a) at least one epoxy, b) at least one curing agent for the epoxy that is reactive at room temperature, c) particles having a core-shell structure, d) at least one aliphatic polyalkylene ether, which carries an amino group on each chain end,
A bicycle deriving driving force by a motor-generator having a rotating plate of a nonmagnetic material having a plurality of radially fixed magnets (11, 11'), fixed plates (20, 20') of a nonmagnetic material which are placed on both sides of the rotating plate and have a plurality of horizontally wound coil units (21, 21') corresponding to the magnets (11, 11'), and a rotating axis which is mounted on the center of the rotating plate and at both ends of which are fixed the plates (20, 20') through the bearings, the bicycle comprising: Said motor-generator which is mounted on the side of the rear wheel of the bicycle; a power transmission means including a driving pulley which is fixed on the shaft where the rear wheel of the bicycle is rotatably mounted, a driven pulley which is mounted on one end of the rotating axis mounted on the center of the rotating plate, and a belt which operatively connects the driving pulley and the driven pulley; a control box and a battery which are, mounted on the bicycle and are connected with the coil units (21, 21'); and a change-over switch which is mounted on the handle of the bicycle and converts the motor-generator in such a way that it can be used selectively as a generator or a motor, wherein one of the fixed plates is joined to a bend shaped support, the lower end of the former is fixed on the shaft and the upper end of the latter is fixed to the bicycle. Said motor-generator which is mounted on the side of the rear wheel of the bicycle; a power transmission means including a driving pulley which is fixed on the shaft where the rear wheel of the bicycle is rotatably mounted, a driven pulley which is mounted on one end of the rotating axis mounted on the center of the rotating plate, and a belt which operatively connects the driving pulley and the driven pulley; a control box and a battery which are, mounted on the bicycle and are connected with the coil units (21, 21'); and a change-over switch which is mounted on the handle of the bicycle and converts the motor-generator in such a way that it can be used selectively as a generator or a motor, wherein one of the fixed plates is joined to a bend shaped support, the lower end of the former is fixed on the shaft and the upper end of the latter is fixed to the bicycle.
A manufacturing method of an array substrate comprises: forming patterns of a source electrode, a drain electrode and a data line on an underlay substrate with one composition process; characterized in that the manufacturing method further comprises: performing an annealing process to the underlay substrate, on which the patterns of the source electrode, the drain electrode and the data line are formed, to form an oxide film on the patterns of the source electrode, the drain electrode and the data line; and forming patterns of a pixel electrode and a connecting portion on the underlay substrate after the annealing process; wherein the connecting portion electrically connects the drain electrode with the pixel electrode through a first via hole, which is arranged over the drain electrode and penetrates through the oxide film. forming patterns of a source electrode, a drain electrode and a data line on an underlay substrate with one composition process; characterized in that the manufacturing method further comprises: performing an annealing process to the underlay substrate, on which the patterns of the source electrode, the drain electrode and the data line are formed, to form an oxide film on the patterns of the source electrode, the drain electrode and the data line; and forming patterns of a pixel electrode and a connecting portion on the underlay substrate after the annealing process; wherein performing an annealing process to the underlay substrate, on which the patterns of the source electrode, the drain electrode and the data line are formed, to form an oxide film on the patterns of the source electrode, the drain electrode and the data line; and forming patterns of a pixel electrode and a connecting portion on the underlay substrate after the annealing process; wherein the connecting portion electrically connects the drain electrode with the pixel electrode through a first via hole, which is arranged over the drain electrode and penetrates through the oxide film.
A resin composition comprising: an allyl group-containing compound; and a maleimide compound, wherein the allyl group-containing compound has a reactive functional group other than the allyl group and comprises a compound represented by the following formula: an allyl group-containing compound; and a maleimide compound,
A device for extracorporeal blood treatment, in particular a dialysis device, comprising an internal fluidic system for a treatment liquid, in particular for a dialysis liquid, said internal fluidic system having at least two liquid connectors (20, 21, 22, 23) for connecting a substantially cylindrical filter element, in particular a dialyzer, to the internal fluidic system for passing treatment liquid through the filter element, and comprising a mounting for exchangeably holding the filter element in such a way that the filter element can be connected to the liquid connectors (20, 21, 22, 23) of the internal fluidic system and to an extracorporeal blood line in the intended manner, wherein the mounting for holding the filter element is designed in such a way that its longitudinal cylinder axis is substantially horizontally aligned and the filter element is rotatable in the mounting about its longitudinal cylinder axis in such a way that at least one of its liquid connectors points upwards to assist venting of the filter element during filling, and/or that at least one of its liquid connectors points downwards for draining so that draining of liquid from the filter element is facilitated and/or liquid can run off or be sucked off largely completely. comprising an internal fluidic system for a treatment liquid, in particular for a dialysis liquid, said internal fluidic system having at least two liquid connectors (20, 21, 22, 23) for connecting a substantially cylindrical filter element, in particular a dialyzer, to the internal fluidic system for passing treatment liquid through the filter element, and comprising a mounting for exchangeably holding the filter element in such a way that the filter element can be connected to the liquid connectors (20, 21, 22, 23) of the internal fluidic system and to an extracorporeal blood line in the intended manner, wherein the mounting for holding the filter element is designed in such a way that its longitudinal cylinder axis is substantially horizontally aligned and the filter element is rotatable in the mounting about its longitudinal cylinder axis in such a way that at least one of its liquid connectors points upwards to assist venting of the filter element during filling, and/or that at least one of its liquid connectors points downwards for draining so that draining of liquid from the filter element is facilitated and/or liquid can run off or be sucked off largely completely.
A method for implementing microwave transmission device trusteeship, characterized by comprising: configuring a plurality of all-outdoor units (AOUs) into a trusteeship mode; respectively connecting the AOUs configured into the trusteeship mode to a plurality of ports of a service unit of an IP device; the AOUs configured into the trusteeship mode accessing the IP device, and configuring the connected AOUs at the corresponding ports of the service unit of the IP device, and generating virtual slot numbers of the connected AOUs; and the IP device selecting at least two AOUs from the plurality of AOUs configured into the trusteeship mode to form a protection group, and setting a transmission unit number for each selected AOU, so as to virtually set each of the selected AOUs as a transmission unit of the IP device. configuring a plurality of all-outdoor units (AOUs) into a trusteeship mode; respectively connecting the AOUs configured into the trusteeship mode to a plurality of ports of a service unit of an IP device; the AOUs configured into the trusteeship mode accessing the IP device, and configuring the connected AOUs at the corresponding ports of the service unit of the IP device, and generating virtual slot numbers of the connected AOUs; and the IP device selecting at least two AOUs from the plurality of AOUs configured into the trusteeship mode to form a protection group, and setting a transmission unit number for each selected AOU, so as to virtually set each of the selected AOUs as a transmission unit of the IP device.
A compressed tablet for oral administration, which contains sucroferric oxyhydroxide as phosphate binder, obtained from phosphate binder particles comprising a mixture of iron -oxyhydroxide, sucrose and one or more starches, and at least one further pharmaceutically acceptable excipient, wherein at least 40% by volume, or at least 60% by volume, or at least 80% by volume, or at least 90% by volume of the phosphate binder particles are between 4 to 200 μm, or between 5 to 160 μm, or between 21 to 160 μm, the d50 by volume of the phosphate binder particles is in the range of between 30 μm to 80 μm, the particle size distribution is measured by laser diffraction as herein defined, and the disintegration time of said tablet, determined according to the European Pharmacopoeia 04/2011:20901, is less than 30 minutes.
A core network node, comprising: first transmitting means for transmitting first data using a Control Plane Cellular Internet of Things, CIoT, Evolved Packet System, EPS, Optimization; determining means for determining whether further data is transferred via User Plane or not, based on data size of second data transmitted after transmission of the first data; second transmitting means for transmitting a User Equipment, UE, context setup request message to a radio access network node based on the determining; receiving means for receiving a UE context setup complete message from the radio access network node when the radio access network node sets a radio bearer to a mobile terminal; and third transmitting means for transmitting a modify resources request message including a Tunnel Endpoint Identifier(s), TEID(s), for accepted bearers to a Serving Gateway, S-GW, for Packet Data Network, PDN, connection between the mobile terminal and PDN Gateway, P-GW. first transmitting means for transmitting first data using a Control Plane Cellular Internet of Things, CIoT, Evolved Packet System, EPS, Optimization; determining means for determining whether further data is transferred via User Plane or not, based on data size of second data transmitted after transmission of the first data; second transmitting means for transmitting a User Equipment, UE, context setup request message to a radio access network node based on the determining; receiving means for receiving a UE context setup complete message from the radio access network node when the radio access network node sets a radio bearer to a mobile terminal; and third transmitting means for transmitting a modify resources request message including a Tunnel Endpoint Identifier(s), TEID(s), for accepted bearers to a Serving Gateway, S-GW, for Packet Data Network, PDN, connection between the mobile terminal and PDN Gateway, P-GW.
A system comprising: a plurality of hardware blocks (112, 114, 116, 118), each of the plurality of hardware blocks (112, 114, 116, 118) configured to perform a function in response to a request associated with a command; an error queue manager configured to receive an error message from at least one of the plurality of hardware blocks (112, 114, 116, 118), and store the error message in an error queue, the error message including a command identifier of a command in error, and to report the presence of the error message in the error queue to a firmware; and an error state manager including an error state bitmap, the error state bitmap storing an error state bit for each of a plurality of command identifiers, the error state bit indicating either command in error or command not in error; wherein the error state manager configured to set the error state bit for the command identifier of the command in error to indicate command in error in response to an error state message that is distinct from the error message, the error state message including the command identifier of the command in error; the firmware is configured to identify at least one resource associated with the command identifier in a second one of the plurality of hardware blocks (112, 114, 116, 118); the second one of the plurality of hardware blocks (112, 114, 116, 118) is configured to release the at least one resource associated with the command identifier; and the error queue manager and/or each of the plurality of hardware blocks (112, 114, 116, 118) is further configured to generate the error state message. a plurality of hardware blocks (112, 114, 116, 118), each of the plurality of hardware blocks (112, 114, 116, 118) configured to perform a function in response to a request associated with a command; an error queue manager configured to receive an error message from at least one of the plurality of hardware blocks (112, 114, 116, 118), and store the error message in an error queue, the error message including a command identifier of a command in error, and to report the presence of the error message in the error queue to a firmware; and an error state manager including an error state bitmap, the error state bitmap storing an error state bit for each of a plurality of command identifiers, the error state bit indicating either command in error or command not in error; wherein the error state manager configured to set the error state bit for the command identifier of the command in error to indicate command in error in response to an error state message that is distinct from the error message, the error state message including the command identifier of the command in error; the firmware is configured to identify at least one resource associated with the command identifier in a second one of the plurality of hardware blocks (112, 114, 116, 118); the second one of the plurality of hardware blocks (112, 114, 116, 118) is configured to release the at least one resource associated with the command identifier; and the error queue manager and/or each of the plurality of hardware blocks (112, 114, 116, 118) is further configured to generate the error state message.
A mould for manufacturing a foldable artificial vitreous body comprising a capsule and a drainage tube connected to the capsule, the mould comprising: an upper mould; a lower mould; and. a core disposed between the upper mould and the lower mould, and connected to a drainage tube pin; wherein the drainage tube pin extends towards a plastic injection channel, and heating holes are provided on the upper mould and/or the lower mould. an upper mould; a lower mould; and. a core disposed between the upper mould and the lower mould, and connected to a drainage tube pin;
A method for producing a decellularized tissue scaffold, the method comprising the steps of: • incubating a starting tissue with a delipidating agent wherein the delipidating agent is a polar solvent; • incubating the tissue with an anionic detergent; • incubating the tissue at least once with a hypotonic solution and at least once with a hypertonic solution, and/or subjecting the tissue to at least one freeze/thaw cycle; and • incubating the tissue with a DNA removal agent, thereby obtaining a decellularized tissue scaffold; wherein the starting tissue is selected from the group consisting of: skin, meniscus, tendon, ligament, cartilage, muscle, and blood vessel. • incubating a starting tissue with a delipidating agent wherein the delipidating agent is a polar solvent; • incubating the tissue with an anionic detergent; • incubating the tissue at least once with a hypotonic solution and at least once with a hypertonic solution, and/or subjecting the tissue to at least one freeze/thaw cycle; and • incubating the tissue with a DNA removal agent, thereby obtaining a decellularized tissue scaffold; wherein the starting tissue is selected from the group consisting of: skin, meniscus, tendon, ligament, cartilage, muscle, and blood vessel.
Method for determining a ground surface, wherein at least one capacitance value of at least one electrode is determined, the electrode being arranged in the area of a shoe sole of a shoe, wherein the ground surface being determined as a function of the capacitance value or a time profile of the capacitance value, characterized in that the capacitance value of the electrode is determined, which is a function of a capacitance that is formed between the electrode and the ground surface and / or as a function of a capacitance that is formed between the sole of the foot of the user and the electrode, in which the capacitance value of the electrode being determined by cyclically loading and unloading, an underground-specific gait pattern of a user being determined which corresponds to the Capacity value or its temporal profile, which is generated as a function of a plantar pressure distribution or a temporal profile of the plantar pressure distribution, in which the background is determined depending on the gait pattern, as a basic coupling component of the capacitance values being determined, as the basic coupling component representing a component of the capacitance value that is present between the ground surface and the electrode, in which the basic coupling component determining as a function of the direct component or the mean value which is determined in a time window in the course of the capacitance value over time, in which the surface being determined as a function of an assignment of ground coupling components of surfaces.
An optoelectronic sensor for the detection of objects in a monitoring area, in particular a laser scanner, comprising a light transmitter for transmitting a transmission light beam, a light receiver for generating a reception signal from light remitted by objects in the monitoring area, reception optics (22, 24) having at least one reception lens and a beam-shaping mirror element for focusing the remitted light onto the light receiver, an optic unit movable with respect to an axis of rotation, light transmitter and light receiver including the reception optics (22, 24) being placed in the optic unit for periodically scanning the monitoring area, as well as an evaluation unit (28, 42) for detecting information about objects in the monitoring area based on the reception signal, characterized in that a common circuit board is provided in the optic unit, the light transmitter being arranged on a front face and the light receiver being arranged on a back face of the common circuit board.
A method for operating an electromagnetic flowmeter capable of being mounted on to a surface of a flow pipe for measuring a flow of fluid flowing in the flow pipe, the method comprising: exciting at least one coil to have electromagnetic interaction with the fluid in the flow pipe resulting in leakage current in flow pipe due to electromagnetic interaction in the flow pipe; providing a current to compensate for the resulting leakage current in the flow pipe by applying a potential difference to a pair of electrodes that are in contact with the flow pipe; detecting a condition with a processing unit wherein the resulting current flowing in the flow pipe is within a threshold range; and determining a measure of flow in the flow pipe with the processing unit based on a value of the applied potential difference, characterised in that: the at least one coil comprises a pair of coils which are placed opposite to each other on the flow pipe, and the flowmeter comprises a housing with a bracket fastened onto the flow pipe, wherein the pair of electrodes are attached to the housing and wherein an inner surface of the bracket is attached with the pair of coils on the flow pipe. exciting at least one coil to have electromagnetic interaction with the fluid in the flow pipe resulting in leakage current in flow pipe due to electromagnetic interaction in the flow pipe; providing a current to compensate for the resulting leakage current in the flow pipe by applying a potential difference to a pair of electrodes that are in contact with the flow pipe; detecting a condition with a processing unit wherein the resulting current flowing in the flow pipe is within a threshold range; and determining a measure of flow in the flow pipe with the processing unit based on a value of the applied potential difference, characterised in that: the at least one coil comprises a pair of coils which are placed opposite to each other on the flow pipe, and the flowmeter comprises a housing with a bracket fastened onto the flow pipe, wherein the pair of electrodes are attached to the housing and wherein an inner surface of the bracket is attached with the pair of coils on the flow pipe. the at least one coil comprises a pair of coils which are placed opposite to each other on the flow pipe, and the flowmeter comprises a housing with a bracket fastened onto the flow pipe, wherein the pair of electrodes are attached to the housing and wherein an inner surface of the bracket is attached with the pair of coils on the flow pipe.