mhurhangee/ep-ind-claims huggingface dataset:
A system to automate pharmaceutical compounding, comprising: a processing chamber; a robotic arm to convey medical containers, including IV bags, vials (1104, 5015) and syringes within the processing chamber; a compounding system disposed in the processing chamber to transfer medicaments between the medical containers; a vial identification station comprising: a camera to capture images of a vial label; and a processor configured to execute pattern matching software which compares areas of the via label to a set of predefined and trained images for a drug; the system being characterized in that it further comprises: a control system to regulate a pressure in the processing chamber to a pressure level below an ambient atmospheric pressure outside the processing chamber; a storage system to present a plurality of medical items to the processing chamber; a second chamber to enclose the storage system, and a second control system to regulate a pressure in the second chamber. a processing chamber; a robotic arm to convey medical containers, including IV bags, vials (1104, 5015) and syringes within the processing chamber; a compounding system disposed in the processing chamber to transfer medicaments between the medical containers; a vial identification station comprising: a camera to capture images of a vial label; and a processor configured to execute pattern matching software which compares areas of the via label to a set of predefined and trained images for a drug; a camera to capture images of a vial label; and a processor configured to execute pattern matching software which compares areas of the via label to a set of predefined and trained images for a drug; a control system to regulate a pressure in the processing chamber to a pressure level below an ambient atmospheric pressure outside the processing chamber; a storage system to present a plurality of medical items to the processing chamber; a second chamber to enclose the storage system, and a second control system to regulate a pressure in the second chamber.
A method for producing a plug bridge comprising a base plate and a hollow pin which penetrates said base plate, characterized in that the hollow space of the hollow pin, which is open at the socket end, is provided with a seal in order to prevent base plate material from penetrating thereinto during production of the plug bridge and the base plate is cast and/or injection-molded.
A printed energy storage device comprising: a cathode (140, 150, 400); an anode (140, 150, 400); and a separator between the cathode (140, 150, 400) and the anode (140, 150, 400), wherein at least one of the cathode (140, 150, 400) and the anode (140, 150, 400) includes frustules, and wherein the frustules comprise a surface modifying structure comprising an electrode active material, wherein at least one of the anode (140, 150, 400) and the cathode (140, 150, 400) is printed from an ink. a cathode (140, 150, 400); an anode (140, 150, 400); and a separator between the cathode (140, 150, 400) and the anode (140, 150, 400), wherein at least one of the cathode (140, 150, 400) and the anode (140, 150, 400) includes frustules, and wherein the frustules comprise a surface modifying structure comprising an electrode active material, wherein at least one of the anode (140, 150, 400) and the cathode (140, 150, 400) is printed from an ink.
A control device for the selective control of a multiplicity of actuators of an internal combustion engine, comprising a central control unit and a multiplicity of actuators associated with the multiplicity of actuator controls, which are connected to the central control unit, wherein each actuator control of the multiplicity of actuator controls comprises an address, so that the actuator controls are selectively controllable through the central control unit by means of the address and each actuator control comprises a comparator, which is configured to compare a voltage signal, emitted by the central control unit and to emit an activation signal via an activation line, if the comparison has resulted in a match of the signal with the address of the respective actuator control within a voltage window, characterized in that each actuator control comprises for the presetting of the address a switch, by means of which a reference voltage characteristic for the actuator control is presettable.
Tamping assembly (C, D, E, F) for a track tamping machine, comprising: a carrier (4, 18, 23) which is guided in a height-adjustable manner in relation to a tamping assembly frame (9, 14) along guides (8, 15, 22), pairs of tamping tools formed as oscillating levers (3, 19) being pivotably mounted on said carrier, the tamping tools of said pairs intended to be introduced into a ballast bed being able to be oppositely driven by an oscillation drive (7, 17, 20) and being hydraulically adjustable with respect to one another, wherein each of the tamping tools of a pair of tamping tools is associated with an adjusting drive, wherein several of the tamping tools are combined into tamping units which leave a compartment free therebetween for engaging around a rail and are mechanically connected to one another, and wherein each oscillating lever (3, 19) is associated with a tamping unit and an adjusting drive, wherein the guides (8, 15, 22) are arranged preferably outside the working region of the oscillating levers (3, 19), characterised in that the guides (15, 22), in particular guide rods, act directly on the respective carrier (18, 23) and run in fixed guides of the tamping assembly frame.
A photon-counting x-ray detector system (20; 200) comprising: - a plurality of detector elements; - a plurality of photon-counting channels, wherein each detector element is connected to a corresponding photon-counting channel, and - an anti-coincidence circuit, which is connected to at least two neighboring photon-counting channels, defined as channels that are connected to detector elements which are located next to each other, and configured to detect coincident events in the connected neighboring photon-counting channels, wherein the x-ray detector system further comprises an anti-coincidence controller configured to control the operation of said anti-coincidence circuit based on photon count information to provide a rate-adaptive anti-coincidence system configured to be operated differently in dependence on said photon count information, wherein said anti-coincidence controller is configured to control the operation of said anti-coincidence circuit by gradually adapting the operation of and gradually limiting the influence of said anti-coincidence circuit with increasing count rates, starting from a threshold count rate, with a gradual transition from one state of operation to another. - a plurality of detector elements; - a plurality of photon-counting channels, wherein each detector element is connected to a corresponding photon-counting channel, and - an anti-coincidence circuit, which is connected to at least two neighboring photon-counting channels, defined as channels that are connected to detector elements which are located next to each other, and configured to detect coincident events in the connected neighboring photon-counting channels, wherein the x-ray detector system further comprises an anti-coincidence controller configured to control the operation of said anti-coincidence circuit based on photon count information to provide a rate-adaptive anti-coincidence system configured to be operated differently in dependence on said photon count information, wherein said anti-coincidence controller is configured to control the operation of said anti-coincidence circuit by gradually adapting the operation of and gradually limiting the influence of said anti-coincidence circuit with increasing count rates, starting from a threshold count rate, with a gradual transition from one state of operation to another.
A process for producing a reaction bonded silicon carbide (RBSiC) member, the process comprising the steps of: providing a raw material containing at least silicon carbide particles and a binder; forming a thin layer of the raw material and sintering the thin layer by irradiating a desired area in the thin layer with a laser to form a sintered thin layer; repeating the step of forming the sintered thin layer to obtain a green body laminated to the plurality of sintered thin layers; impregnating the green body with an assisting agent containing a carbon source and curing the green body impregnated with the assisting agent to obtain a cured body; carbonizing organic compound components contained in the cured body to obtain a fired body; and infiltrating the fired body with silicon and subjecting the fired body infiltrated with silicon to reaction sintering to obtain the RBSiC member, wherein the fired body contains 8% to 30% by weight of carbon, the mean particle diameter of the silicon carbide particles contained in the raw material is between 1 μm and 80 μm, the raw material contains the silicon carbide particles and the binder at a weight ratio of 100:0.5 to 100:3, at least a thermoplastic resin is used as the binder, and the assisting agent is a phenol resin and/or a saccharide. providing a raw material containing at least silicon carbide particles and a binder; forming a thin layer of the raw material and sintering the thin layer by irradiating a desired area in the thin layer with a laser to form a sintered thin layer; repeating the step of forming the sintered thin layer to obtain a green body laminated to the plurality of sintered thin layers; impregnating the green body with an assisting agent containing a carbon source and curing the green body impregnated with the assisting agent to obtain a cured body; carbonizing organic compound components contained in the cured body to obtain a fired body; and infiltrating the fired body with silicon and subjecting the fired body infiltrated with silicon to reaction sintering to obtain the RBSiC member, wherein the fired body contains 8% to 30% by weight of carbon, the mean particle diameter of the silicon carbide particles contained in the raw material is between 1 μm and 80 μm, the raw material contains the silicon carbide particles and the binder at a weight ratio of 100:0.5 to 100:3, at least a thermoplastic resin is used as the binder, and the assisting agent is a phenol resin and/or a saccharide.
A stacker crane including a travel unit configured to move along a shelf that stores a load, a transfer unit configured to transfer the load to the shelf, a mast extending vertically and attached to the travel unit, and an ascending and descending unit configured to slide along the mast and move the transfer unit vertically, the stacker crane comprising: a first covering body covering a sliding section of the mast and the ascending and descending unit, and forming a first space extending vertically along the mast; a second covering body forming a second space extending vertically along the mast, the second space being partitioned from the first space by a first barrier; a plurality of exhaust holes (136, 137, 138) that are vertically dispersed in the first barrier and place the first space and the second space in communication; and an exhaust device that is attached to the mast and is configured to expel air in the second space at a portion in a vertical direction; characterized in that the stacker crane further comprises a second barrier that extends vertically and forms a third space and a fourth space by horizontally partitioning the first space, wherein the exhaust device has an intake port located nearer to the third space than to the fourth space, the plurality of exhaust holes comprise a plurality of first exhaust holes that place the third space and the second space in communication, and a plurality of second exhaust holes that place the fourth space and the second space in communication, and an airflow resistance of the plurality of first exhaust holes is higher than an airflow resistance of the plurality of second exhaust holes. a first covering body covering a sliding section of the mast and the ascending and descending unit, and forming a first space extending vertically along the mast; a second covering body forming a second space extending vertically along the mast, the second space being partitioned from the first space by a first barrier; a plurality of exhaust holes (136, 137, 138) that are vertically dispersed in the first barrier and place the first space and the second space in communication; and an exhaust device that is attached to the mast and is configured to expel air in the second space at a portion in a vertical direction; a second barrier that extends vertically and forms a third space and a fourth space by horizontally partitioning the first space, wherein the exhaust device has an intake port located nearer to the third space than to the fourth space, the plurality of exhaust holes comprise a plurality of first exhaust holes that place the third space and the second space in communication, and a plurality of second exhaust holes that place the fourth space and the second space in communication, and an airflow resistance of the plurality of first exhaust holes is higher than an airflow resistance of the plurality of second exhaust holes.
Modular structure for reinforcing the airtightness of a support comprising a continuous network of metal frames secured to the support in a sealed manner, each of the metal frames surrounding a slab of ultra-high performance fibre reinforced concrete UHPFC.
A shell-core tablet for at least biphasic release of betahistine with a content of active ingredient of between 1 mg and 200 mg, comprising: a) a core which comprises 40 % to 60 % of the amount of active ingredient, b) an intermediate layer which is disposed on the surface of the core and comprises at least one film-forming component in a proportion of 35 to 75 % by weight, and c) a shell which comprises 40 % to 60 % of the amount of active ingredient and is disposed on the opposite side of the intermediate layer from the core, wherein the mass ratio of shell to core is at least 1.8 to 1 and at most 5 to 1, wherein the core contains at least one organic acid with a molecular weight of lower than 300 g/mol as a buffer substance in such an amount that the mass ratio of active ingredient in the core to organic acid in the core is 0.5:1 to 1.5:1, wherein the core in addition comprises at least two carriers which are at least one disaccharide and at least one polysaccharide having more than 10 monosaccharide entities, and wherein the proportion of the carriers in the core is 50 % by weight to 90 % by weight, wherein the film-forming component is selected from cellulose derivatives, methacrylic acid polymers, polyvinyl derivatives and mixtures thereof, wherein the shell comprises at least one carrier which is selected from natural or modified polysaccharides consisting of two or more monosaccharide entities which may be the same or different from each other, and wherein the mass ratio of the carrier in the shell to the active ingredient in the shell is 7.5:1 to 35:1. a) a core which comprises 40 % to 60 % of the amount of active ingredient, b) an intermediate layer which is disposed on the surface of the core and comprises at least one film-forming component in a proportion of 35 to 75 % by weight, and c) a shell which comprises 40 % to 60 % of the amount of active ingredient and is disposed on the opposite side of the intermediate layer from the core,
A cup grinding wheel for working slab edges, which comprises: - a shaped backing pad for fixing to a spindle, - an abrasive annular body, fixed to said shaped backing pad, with a cylindrical lateral face and a front working face, said abrasive annular body comprising a continuous external abrasive crown and a segmented internal abrasive crown, characterized in that said abrasive annular body has an annular curvilinear channel that extends on the front working face so as to separate said continuous external abrasive crown and said segmented internal abrasive crown. - a shaped backing pad for fixing to a spindle, - an abrasive annular body, fixed to said shaped backing pad, with a cylindrical lateral face and a front working face,
A synthetic peptide of at most 30 amino acid residues comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 75-90, 92-94, 96-120 and 121, wherein the synthetic peptide inhibits cell activation mediated by a Toll-like receptor, for use in treatment of a TLR-mediated disease selected from the group consisting of an inflammation, an inflammatory bowel disease, an infection, an autoimmune disease, a pulmonary disease, a heart failure, a degenerative disease, a neurodegenerative disease, a rheumatoid disease, an ischemic reperfusion injury, a fibrotic disease, a cachexia, a graft rejection, a radiation damage, an asthma and a cancer.
Masonry comprising layers of bricks and mortar joints, whereby at least one mortar joint is reinforced by a reinforcement strip, whereby said strip comprises at least two straight, continuous, substantially parallel, steel reinforcement wires, which are connected to each other by means of a steel wire connecting structure which is glued or welded to the steel reinforcement wires and is running only between the two steel reinforcement wires, the wire connecting structure is provided with spacing elements protruding from the plane comprising said at least two straight reinforcement wires and allowing an embedment of the steel reinforcement wires in the mortar, characterised in that a layer of mortar is present between said reinforcing strip and the above layer of bricks completely separating the reinforcement strip from the above layer of bricks.
A method of wireless communication in a network which does not include a central coordinator, comprising: receiving a message at a first node (102, 104), wherein the message comprises a first address of a second node (102, 104) that is associated with a second address of the second node (104, 102), said message not including the second address; determining a channel at the first node (102, 104) based on the first address of the second node (104, 102), wherein at least one parameter of the channel is derived from the second address of the second node (104, 102); and responding, by the first node (102, 104), to the message via the determined channel, said response not including the second address, further comprising: defining the first address at the first node (102, 104); recording the association between the first address and the second address at the first node (102, 104); and sending, by the first node (102, 104), the first address to the second node (104, 102) prior to the reception of the message. receiving a message at a first node (102, 104), wherein the message comprises a first address of a second node (102, 104) that is associated with a second address of the second node (104, 102), said message not including the second address; determining a channel at the first node (102, 104) based on the first address of the second node (104, 102), wherein at least one parameter of the channel is derived from the second address of the second node (104, 102); and responding, by the first node (102, 104), to the message via the determined channel, said response not including the second address, further comprising: defining the first address at the first node (102, 104); recording the association between the first address and the second address at the first node (102, 104); and sending, by the first node (102, 104), the first address to the second node (104, 102) prior to the reception of the message. defining the first address at the first node (102, 104); recording the association between the first address and the second address at the first node (102, 104); and sending, by the first node (102, 104), the first address to the second node (104, 102) prior to the reception of the message.
A computer program product, comprising a group of program code, performing the method comprising: receiving, by an SDN controller, virtual network information sent by a cloud computing platform, wherein the virtual network information comprises a correspondence between information about a virtual machine, VM, and information about a server running the VM; acquiring, by the SDN controller, physical network information, wherein the physical network information comprises a correspondence between information about a top-of-rack, TOR, switch connected to the server and the information about the server; and acquiring, by the SDN controller, a correspondence between the information about the VM and the information about the TOR switch according to the virtual network information and the physical network information; the information about the VM comprises a VM MAC address or a VM IP address; the information about the server comprises at least one of the following elements: a network interface card address of the server, a SystemName of the server, a universally unique identifier, UUID, of the server, and an identifier of a virtual switch, vSwitch, on the server; and the information about the TOR switch comprises an equipment identity of the TOR switch, and information about a physical port connected to the server. receiving, by an SDN controller, virtual network information sent by a cloud computing platform, wherein the virtual network information comprises a correspondence between information about a virtual machine, VM, and information about a server running the VM; acquiring, by the SDN controller, physical network information, wherein the physical network information comprises a correspondence between information about a top-of-rack, TOR, switch connected to the server and the information about the server; and acquiring, by the SDN controller, a correspondence between the information about the VM and the information about the TOR switch according to the virtual network information and the physical network information; the information about the VM comprises a VM MAC address or a VM IP address; the information about the server comprises at least one of the following elements: a network interface card address of the server, a SystemName of the server, a universally unique identifier, UUID, of the server, and an identifier of a virtual switch, vSwitch, on the server; and the information about the TOR switch comprises an equipment identity of the TOR switch, and information about a physical port connected to the server.
A method for providing data from a resource weak device to a computer client connected to the resource weak device, wherein data communicated in a data stream from the resource weak device to the computer client is mapped from a first data format into a second data format, allowing the computer client to receive and send data to and from the resource weak device, and a mapping function comprises static data relating to the resource weak device, and the second data format links to the static data, and the second data format is used for displaying the data from the resource weak device at the computer client, and the data is communicated in the data stream between the resource weak device and the computer client and mapped from a first data format into a second data format, where the first data format is a low level data format and the second data format is a high level data format, by a mapping function in the computer client, characterized in that a web browser application of the computer client is used to establish the connection to the resource weak device by using a web browser application plug-in, and the web browser application plugin performs the mapping function and direct communication with the resource weak device.