mhurhangee/ep-ind-claims huggingface dataset:
A device for inspecting the rings and necks of containers, including a movable element driven by a drive system in an alternating movement relative to the frame, in a direction of movement parallel to the axis of symmetry of a container during inspection thereof by the inspection device, the movable element being provided with an outer gauge for checking the outside of the ring of the containers, and an inner gauge for checking the inside of the ring and neck of the containers, the inspection device being characterized in that it further includes: - a processing unit, - a system for measuring the position of the movable element relative to the frame, in the direction of movement, the measurements of the position of the movable element being provided to the processing unit, - a system for detecting the contact between the inner gauge and the container, during the movement of the movable element, the instances of contact being provided to the processing unit, - a system for detecting the contact between the outer gauge and the container, during the movement of the movable element, the instances of contact being provided to the processing unit, and - the processing unit being suitable for determining whether or not the size of the rings and/or necks of the containers are acceptable, and the types of defects for the containers whereof the sizes of the rings and/or necks are not acceptable on the basis of the measurements of the position of the movable element and of the instances of contact between the gauges ( 14, 15) and the container. - a processing unit, - a system for measuring the position of the movable element relative to the frame, in the direction of movement, the measurements of the position of the movable element being provided to the processing unit, - a system for detecting the contact between the inner gauge and the container, during the movement of the movable element, the instances of contact being provided to the processing unit, - a system for detecting the contact between the outer gauge and the container, during the movement of the movable element, the instances of contact being provided to the processing unit, and - the processing unit being suitable for determining whether or not the size of the rings and/or necks of the containers are acceptable, and the types of defects for the containers whereof the sizes of the rings and/or necks are not acceptable on the basis of the measurements of the position of the movable element and of the instances of contact between the gauges ( 14, 15) and the container.
A bed board for a diagnostic bed for a medical imaging apparatus, the diagnostic bed comprising: a supporting device, which supports the bed board, a bed frame, which bears the supporting device, and a driving device, which drives the bed board to move relative to the bed frame, characterised in that a material of the bed board comprises basalt fibers. a supporting device, which supports the bed board, a bed frame, which bears the supporting device, and a driving device, which drives the bed board to move relative to the bed frame, characterised in that a material of the bed board comprises basalt fibers.
A ballistic resistant article comprising at least one consolidated composite, wherein the at least one consolidated composite comprises at least two layers, each layer comprises a network of fibers, the fibers have a strength of at least 800 mN/tex (1100 MPa) according to ASTM D 7269-07, the fibers in each layer are impregnated with a matrix material, and each consolidated composite has a front surface and a rear surface, characterized in that at least the front surface of each consolidated composite is powder coated with partly molten and solidified powder particles to form a powder coated surface, and the partly molten and solidified powder particles form an island-in-the-sea coating pattern on the powder coated surface.
A printing system comprising: a first reservoir to store printing fluid; a second reservoir to store printing fluid; and a printing fluid circulation circuit, the printing fluid circulation circuit comprising: a first circuit port to supply printing fluid to, or receive printing fluid from, a first fluid port of a printhead; a second circuit port to supply printing fluid to, or receive printing fluid from, a second fluid port of a printhead; wherein the printing fluid circulation circuit is to operate in a first mode to concurrently supply printing fluid from the first reservoir to the first circuit port and from a second circuit port to the second reservoir, and in a second mode to concurrently supply printing fluid from the first reservoir to the second circuit port and from the first circuit port to the second reservoir. a first reservoir to store printing fluid; a second reservoir to store printing fluid; and a printing fluid circulation circuit, the printing fluid circulation circuit comprising: a first circuit port to supply printing fluid to, or receive printing fluid from, a first fluid port of a printhead; a second circuit port to supply printing fluid to, or receive printing fluid from, a second fluid port of a printhead; wherein the printing fluid circulation circuit is to operate in a first mode to concurrently supply printing fluid from the first reservoir to the first circuit port and from a second circuit port to the second reservoir, and in a second mode to concurrently supply printing fluid from the first reservoir to the second circuit port and from the first circuit port to the second reservoir. a first circuit port to supply printing fluid to, or receive printing fluid from, a first fluid port of a printhead; a second circuit port to supply printing fluid to, or receive printing fluid from, a second fluid port of a printhead; wherein the printing fluid circulation circuit is to operate in a first mode to concurrently supply printing fluid from the first reservoir to the first circuit port and from a second circuit port to the second reservoir, and in a second mode to concurrently supply printing fluid from the first reservoir to the second circuit port and from the first circuit port to the second reservoir.
Method for heating water with a variable volume flow according to the circulation principle, in which a heat generator heats a heating fluid which is conveyed in a circuit by a pump, the heating fluid heats circulated water, and at least one measuring sensor (8, 9, 10) which is arranged in a waterway measures a discharge temperature Tw and/or a volume flow Vw of the water, wherein the discharge temperature Tw of the water is regulated to a predefinable water setpoint temperature Two on the basis of a heating capacity Q, which can be modulated and/or switched, of the heat generator as well as of a volume flow V H which can be modulated and/or switched, of the heating fluid, characterized in the case of a clocking in heat-generator operation with alternating switching on and off of the heat generator, wherein a heating request to heat the water is lower than a minimum heat-generator heating capacity Q MIN which is different from zero, the discharge temperature T W is regulated, in that • for example when a minimum permissible discharge temperature T W0,MIN is reached, the heat generator switches on at a heating capacity which is different from zero, and the pump switches over to a low heating fluid volume flow V H,MIN which is different from zero, and • for example when a maximum permissible discharge temperature T W0,MAX is reached, the heat generator switches off and the pump switches over to a high heating fluid volume flow V H,MAX. • for example when a minimum permissible discharge temperature T W0,MIN is reached, the heat generator switches on at a heating capacity which is different from zero, and the pump switches over to a low heating fluid volume flow V H,MIN which is different from zero, and • for example when a maximum permissible discharge temperature T W0,MAX is reached, the heat generator switches off and the pump switches over to a high heating fluid volume flow V H,MAX.
A method for lysing a staphylococcus existing in milk, which comprises: the step of mixing a lysis agent containing lysostaphin, an ampholytic surfactant, and a nonionic surfactant with the milk to lyse a staphylococcus existing in the milk, wherein in the step of mixing the lysis agent with the milk to lyse a staphylococcus existing in the milk, final concentration of the ampholytic surfactant is not lower than 0.03% and not higher than 0.2%. the step of mixing a lysis agent containing lysostaphin, an ampholytic surfactant, and a nonionic surfactant with the milk to lyse a staphylococcus existing in the milk, wherein in the step of mixing the lysis agent with the milk to lyse a staphylococcus existing in the milk, final concentration of the ampholytic surfactant is not lower than 0.03% and not higher than 0.2%.
Method for operating a covering film sensor device, for agricultural applications, with a sensor for detecting light, with a light source for generating a light beam, the sensor and the light source being oriented in such a way that the sensor detects light from the light source that is reflected from a surface of a covering film, characterized in that the covering film sensor device has transparent cap, such that the sensor and the light source are at a distance from the covering film, in that the method involves determining, depending on the light intensity and the frequency spectrum of the detected light, whether the covering film is present and/or what surface coloration the covering film present has, the light intensity being compared with predefinable intensity ranges and the presence and/or the surface coloration of the covering film being determined depending on the comparison, and in that a black surface coloration of the covering film is assigned to a first light intensity range, and absence of the covering film is assigned to a second light intensity range, and a white surface coloration of the covering film is assigned to a third intensity range.
A vascular punch, comprising: a sharp razor-like cutter, having a razor-blade and a cutter seat, wherein the razor-blade is curved in a U-shape form and mounted in the cutter seat; a backstop element, attached with a semi-rigid pad for receiving the razor-like cutter; and a linkage handler, being able to engage the cutter seat and the backstop element at a distal end of the linkage handler, an engagement of a razor blade edge of the razor-blade being in alignment with a backstop surface of the backstop element, wherein the razor blade edge aligns with a U-shaped edge of a flat surface of the semi-rigid pad; and wherein at a proximal end of the linkage handler, a hand gripping force can be applied and transmitted through the linkage handler to a distal end of the razor-like cutter intended for cutting. a sharp razor-like cutter, having a razor-blade and a cutter seat, wherein the razor-blade is curved in a U-shape form and mounted in the cutter seat; a backstop element, attached with a semi-rigid pad for receiving the razor-like cutter; and a linkage handler, being able to engage the cutter seat and the backstop element at a distal end of the linkage handler, an engagement of a razor blade edge of the razor-blade being in alignment with a backstop surface of the backstop element, wherein the razor blade edge aligns with a U-shaped edge of a flat surface of the semi-rigid pad; and wherein at a proximal end of the linkage handler, a hand gripping force can be applied and transmitted through the linkage handler to a distal end of the razor-like cutter intended for cutting.
A catheter (11, 21), comprising: a multilayer hollow body, comprising, a single-stripe hollow body that is wound by one element wire, an inner hollow body that is disposed adjacently to an inner periphery of the single-stripe hollow body, and an outer hollow body that is disposed adjacently to an outer periphery of the single-stripe hollow body; and a distal end tip (13, 23) that is connected to a distal end of the multilayer hollow body; and a connector that is connected to a proximal end of the multilayer hollow body, characterised in that the inner hollow body is a multi-stripe hollow body that is wound by a plurality of element wires in an opposite direction from the single-stripe hollow body, and the outer hollow body is a multi-stripe hollow body that is wound by a plurality of element wires in an opposite direction from the single-stripe hollow body. a multilayer hollow body, comprising, a single-stripe hollow body that is wound by one element wire, an inner hollow body that is disposed adjacently to an inner periphery of the single-stripe hollow body, and an outer hollow body that is disposed adjacently to an outer periphery of the single-stripe hollow body; and a single-stripe hollow body that is wound by one element wire, an inner hollow body that is disposed adjacently to an inner periphery of the single-stripe hollow body, and an outer hollow body that is disposed adjacently to an outer periphery of the single-stripe hollow body; and a distal end tip (13, 23) that is connected to a distal end of the multilayer hollow body; and a connector that is connected to a proximal end of the multilayer hollow body, characterised in that the inner hollow body is a multi-stripe hollow body that is wound by a plurality of element wires in an opposite direction from the single-stripe hollow body, and the outer hollow body is a multi-stripe hollow body that is wound by a plurality of element wires in an opposite direction from the single-stripe hollow body.
Liquid dispenser for the discharge of, in particular, pharmaceutical liquids with the following features: a. the liquid dispenser has a discharge head, on which a discharge opening is provided, and b. the liquid dispenser has a cap with a cap body which can be placed onto the discharge head and can be removed from the latter and, in the placed-on state, covers the discharge opening, and c. the cap body has an aerating opening which connects the surrounding atmosphere to an interior space of the cap body, with the result that, after initial operation of the liquid dispenser in the case of a placed-on cap body, the discharge opening which is covered by the cap body can dry off by way of the connection to the surrounding atmosphere, and d. the cap has a moulded pull-off section which, in the delivery state, covers the aeration opening and is connected in an integrally joined manner to the cap body, and e. the cap has a tamper-evident section which, in the delivery state of the dispenser, prevents a removal of the cap body until the tamper-evident section has been removed from the cap body, and f. the cap has a segment which can be severed in its entirety from the cap body and has the tamper-evident section and the pull-off section, characterized by the following additional feature: g. the severable segment has a gripping section which is attached to the severable segment in such a way that loading of the gripping section with force away from the cap body initially causes severing of the pull-off section from the cap body and subsequently causes severing of the tamper-evident section from the cap body. a. the liquid dispenser has a discharge head, on which a discharge opening is provided, and b. the liquid dispenser has a cap with a cap body which can be placed onto the discharge head and can be removed from the latter and, in the placed-on state, covers the discharge opening, and c. the cap body has an aerating opening which connects the surrounding atmosphere to an interior space of the cap body, with the result that, after initial operation of the liquid dispenser in the case of a placed-on cap body, the discharge opening which is covered by the cap body can dry off by way of the connection to the surrounding atmosphere, and d. the cap has a moulded pull-off section which, in the delivery state, covers the aeration opening and is connected in an integrally joined manner to the cap body, and e. the cap has a tamper-evident section which, in the delivery state of the dispenser, prevents a removal of the cap body until the tamper-evident section has been removed from the cap body, and f. the cap has a segment which can be severed in its entirety from the cap body and has the tamper-evident section and the pull-off section,
A lighting arrangement comprising a lighting module and an optical element for releasable connection to the lighting module, said optical element comprising: an outer member having a cylindrical portion, said cylindrical portion having a shoulder portion extending towards a central axis of said cylindrical portion; an inner member having a cylindrical portion at least partially arranged within said cylindrical portion of said outer member; wherein said optical element further comprises at least one deformable member arranged within said cylindrical portion of said outer element adjacent to said shoulder portion; and at least one of said inner and said outer member comprising an optical member for modifying light emitted from said lighting module; and characterized in that said inner member is movable in an axial direction in relation to said outer member to compress said deformable member between a base surface of said cylindrical portion of said inner member and said shoulder portion of said cylindrical portion of said outer member and to expand said deformable member in a direction perpendicular to the axial direction such that the optical element is releasably connected to the lighting module through a friction between the deformable member and the lighting module an outer member having a cylindrical portion, said cylindrical portion having a shoulder portion extending towards a central axis of said cylindrical portion; an inner member having a cylindrical portion at least partially arranged within said cylindrical portion of said outer member; wherein said optical element further comprises at least one deformable member arranged within said cylindrical portion of said outer element adjacent to said shoulder portion; and at least one of said inner and said outer member comprising an optical member for modifying light emitted from said lighting module; and characterized in that said inner member is movable in an axial direction in relation to said outer member to compress said deformable member between a base surface of said cylindrical portion of said inner member and said shoulder portion of said cylindrical portion of said outer member and to expand said deformable member in a direction perpendicular to the axial direction such that the optical element is releasably connected to the lighting module through a friction between the deformable member and the lighting module
A method for controlling charging and discharging of a battery system having a plurality of battery modules housed in a container that has one or more openings for loading and/or unloading the battery modules, comprising: determining an unloading, loading, and/or replacement difficulty according to a loading position of each battery module in the container and a position on the container of each opening for loading and/or unloading; determining, by a controller, a charging and/or discharging priority of each battery module in the battery system, comprising at least one of: raising the charging priority of the battery modules that are difficult to unload, load, or replace; and lowering the charging priority of the battery modules that are easy to unload, load, or replace; causing, by the controller, the battery modules with higher charging priority to take precedence over the battery modules with lower charging priority during charging; determining, by the controller, a discharging priority of each of the plurality of battery modules, comprising at least one of: raising the discharging priority of the battery modules that are easy to unload, load, or replace; and lowering the discharging priority of the battery modules that are difficult to unload, load, or replace; and causing, by the controller, the battery modules with higher discharging priority to take precedence over the battery modules with lower discharging priority during discharging. determining an unloading, loading, and/or replacement difficulty according to a loading position of each battery module in the container and a position on the container of each opening for loading and/or unloading; determining, by a controller, a charging and/or discharging priority of each battery module in the battery system, comprising at least one of: raising the charging priority of the battery modules that are difficult to unload, load, or replace; and lowering the charging priority of the battery modules that are easy to unload, load, or replace; raising the charging priority of the battery modules that are difficult to unload, load, or replace; and lowering the charging priority of the battery modules that are easy to unload, load, or replace; causing, by the controller, the battery modules with higher charging priority to take precedence over the battery modules with lower charging priority during charging; determining, by the controller, a discharging priority of each of the plurality of battery modules, comprising at least one of: raising the discharging priority of the battery modules that are easy to unload, load, or replace; and lowering the discharging priority of the battery modules that are difficult to unload, load, or replace; and raising the discharging priority of the battery modules that are easy to unload, load, or replace; and lowering the discharging priority of the battery modules that are difficult to unload, load, or replace; and causing, by the controller, the battery modules with higher discharging priority to take precedence over the battery modules with lower discharging priority during discharging.
A method for scheduling a service in a wireless telecommunication network in a single cell point-to-multipoint transmission for multiple user equipment devices within a cell of the network, the method comprising: providing scheduling information for the service to at least one of the respective ones of the user equipment devices as part of or together with a radio network temporary identifier transmitted over a Physical Downlink Control Channel, of the network, the scheduling information comprising a Physical Resource Block allocation on a Physical Downlink Shared Channel of the network for an initial scheduling instance of the service and multiple predefined subsequent scheduling instances of the service occurring at predefined periodic intervals, to allow the user equipment device to monitor the Physical Downlink Control Channel for transmission according to the predefined periodic intervals; wherein the predefined periodic intervals are communicated to the user equipment device in the initial scheduling instance transmitted to the user equipment as part of or together with the radio network temporary identifier communicated over the Physical Downlink Control Channel of the network, and wherein the Physical Resource Block allocation for the initial scheduling instance is used for the subsequent scheduling instances. providing scheduling information for the service to at least one of the respective ones of the user equipment devices as part of or together with a radio network temporary identifier transmitted over a Physical Downlink Control Channel, of the network, the scheduling information comprising a Physical Resource Block allocation on a Physical Downlink Shared Channel of the network for an initial scheduling instance of the service and multiple predefined subsequent scheduling instances of the service occurring at predefined periodic intervals, to allow the user equipment device to monitor the Physical Downlink Control Channel for transmission according to the predefined periodic intervals; wherein the predefined periodic intervals are communicated to the user equipment device in the initial scheduling instance transmitted to the user equipment as part of or together with the radio network temporary identifier communicated over the Physical Downlink Control Channel of the network, and wherein the Physical Resource Block allocation for the initial scheduling instance is used for the subsequent scheduling instances.