mhurhangee/ep-ind-claims huggingface dataset:
An active ester resin having a resin structure which includes a polyaryleneoxy structure and in which a plurality of aromatic carbon atoms in the polyaryleneoxy structures are linked through a structural site represented by a structural formula 1 below, (wherein Ar represents a phenylene group, a phenylene group nuclear-substituted by 1 to 3 alkyl groups each having 1 to 4 carbon atoms, a naphthylene group, or a naphthylene group nuclear-substituted by 1 to 3 alkyl groups each having 1 to 4 carbon atoms).
An injection mechanism for injecting fluid into a targeted tissue layer comprising: a primary reservoir for storing fluid prior to injection having a first axis; and a secondary reservoir for holding the amount of fluid to be injected having a second axis, wherein the secondary reservoir is located co-axially and in series with the primary reservoir and has a smaller cross-sectional area than the cross-sectional area of the primary reservoir, whereby the secondary reservoir is fluidly connected to the primary reservoir, wherein a needle connecting portion comprising a sliding seal, a needle assembly and a needle stop, wherein the sliding seal comprises a needle septum disposed at least partially within the secondary reservoir through which the fluid to be injected passes during the injection; and a patient needle intersecting the needle septum of the sliding seal for penetrating the skin of the patient to inject the fluid in the targeted tissue layer wherein said secondary reservoir is configured to be filled with fluid and move said sliding seal axially in said secondary reservoir. a primary reservoir for storing fluid prior to injection having a first axis; and a secondary reservoir for holding the amount of fluid to be injected having a second axis, wherein the secondary reservoir is located co-axially and in series with the primary reservoir and has a smaller cross-sectional area than the cross-sectional area of the primary reservoir, whereby the secondary reservoir is fluidly connected to the primary reservoir, wherein a needle connecting portion comprising a sliding seal, a needle assembly and a needle stop, wherein the sliding seal comprises a needle septum disposed at least partially within the secondary reservoir through which the fluid to be injected passes during the injection; and a patient needle intersecting the needle septum of the sliding seal for penetrating the skin of the patient to inject the fluid in the targeted tissue layer wherein said secondary reservoir is configured to be filled with fluid and move said sliding seal axially in said secondary reservoir.
A system comprising: means (20, 60) for receiving information indicative of a change in a first therapy field, wherein the first therapy field was generated by prior delivery of therapy, by a medical device, to tissue of a patient according to a therapy program, and wherein the change in the first therapy field comprises at least one of a change in a tissue characteristic of the tissue at a target tissue site or a change in a hardware characteristic of a therapy system that includes the medical device; means (20, 60) for generating a first therapy field algorithmic model based on the therapy program and the information indicative of the change in the first therapy field; means (20, 60) for comparing the first therapy field algorithmic model to an algorithmic model of a baseline therapy field; and means (20, 60) for modifying the therapy program based on the comparison of the first therapy field algorithmic model to the algorithmic model of the baseline therapy field. means (20, 60) for receiving information indicative of a change in a first therapy field, wherein the first therapy field was generated by prior delivery of therapy, by a medical device, to tissue of a patient according to a therapy program, and wherein the change in the first therapy field comprises at least one of a change in a tissue characteristic of the tissue at a target tissue site or a change in a hardware characteristic of a therapy system that includes the medical device; means (20, 60) for generating a first therapy field algorithmic model based on the therapy program and the information indicative of the change in the first therapy field; means (20, 60) for comparing the first therapy field algorithmic model to an algorithmic model of a baseline therapy field; and means (20, 60) for modifying the therapy program based on the comparison of the first therapy field algorithmic model to the algorithmic model of the baseline therapy field.
A coupling assembly for connecting an implement propeller shaft to a PTO drive of a tractor, comprising a PTO adapter shaft, the PTO adapter shaft having a first bore which forms internal splines and having a second blind bore extending from the first bore to an end wall which faces towards the first bore, the first bore having a larger diameter and the second blind bore having a smaller diameter; and a PTO stub shaft, the PTO stub shaft having a larger diameter shaft portion with external splines for meshing engagement with the internal splines of the PTO adapter shaft, and having a smaller diameter shaft portion extending away from the larger diameter shaft portion, characterized in that the smaller diameter shaft portion having an outer end with a chamfer and first and second journals (66, 68) formed thereon, the first journal being spaced axially apart from the second journal, the first and second journals (66, 68) being slidably received by the second blind bore, wherein the first bore is connected to the second blind bore by an outer tapered bore portion and an inner tapered bore portion.
Method for producing an injection valve for an internal combustion engine, comprising a valve body with a valve head which is designed so as to be arranged at least in sections in a combustion chamber of the internal combustion engine, or at least so as to directly face said combustion chamber, the valve head being coated at least in regions with a first oxide coating, characterized in that the first oxide coating is applied by means of a micro arc oxidation process or by means of a plasma electrolytic oxidation process, wherein the first oxide coating is formed from titanium oxide (TiO 2) and/or aluminium oxide (Al 2 O 3); and in that a second oxide coating composed of at least one or more compounds from the following group is applied, as washcoat, over the first oxide coating: cerium oxide (CeO 2), praseodymium oxide (PrO 2), zirconium oxide (ZrO 2), wherein the first oxide coating and/or the second oxide coating are/is impregnated with copper oxide (CuO) and with at least one element from the following group of platinum metals: ruthenium (Ru), osmium (Os), iridium (Ir)
Device for the heat treatment of objects, in particular of tubes and containers made of metal, wherein the device comprises a chain (K1, K2) composed of chain links, wherein the chain links are rotatably or pivotably connected to one another, and the device comprises at least one electrical conductor arranged in or on the chain (K1, K2), characterised in that the chain (K1, K2) has rollers which serve for rolling and/or bearing against the object to be heated.
A method of making a packaged product, the method comprising: forming a flexible material into a flexible package (1207-e, 1307-e); filling the flexible package with one or more products (1255, 1355), to make a filled flexible package (1207-f, 1307-f); closing the filled flexible package, to make the packaged product; and loading the packaged product into a parent container, to form a loaded packaged product; characterized in that, at a particular time, during or after the forming, and before the loading, and while the flexible material is moving, applying to at least a portion of the flexible material, activation energy, which at least contributes to self-folding in the portion, such that the self-folding forms at least part of a self-fold (866, 1066, 1466, 1566, 1666, 1966, 2066, 2166), which is present in the flexible material of the loaded packaged product. forming a flexible material into a flexible package (1207-e, 1307-e); filling the flexible package with one or more products (1255, 1355), to make a filled flexible package (1207-f, 1307-f); closing the filled flexible package, to make the packaged product; and loading the packaged product into a parent container, to form a loaded packaged product; characterized in that, at a particular time, during or after the forming, and before the loading, and while the flexible material is moving, applying to at least a portion of the flexible material, activation energy, which at least contributes to self-folding in the portion, such that the self-folding forms at least part of a self-fold (866, 1066, 1466, 1566, 1666, 1966, 2066, 2166), which is present in the flexible material of the loaded packaged product.
Pump device having a pump piston which is longitudinally displaceable in a pump housing and which, controlled by an actuating solenoid device, opens an outlet valve for fluid delivery during a delivery stroke, wherein the pump piston generates a negative pressure in a pump chamber of the pump housing during an intake stroke and, by passing over a control edge defining the pump chamber, establishes a fluid connection between a fluid inlet in the pump housing and the pump chamber in such a manner that the pump chamber is filled with a filling volume under the effect of the negative pressure prevailing within it, which filling volume results from a fluid flow that is guided towards the outlet valve on the outer circumference of parts of the pump piston, and this filling volume is then discharged from the pump chamber via the outlet valve during the delivery stroke, characterised in that the pump housing connects with a ring seal mounted on the end-face to a valve housing, which accommodates the outlet valve.
A method for constructing a content delivery network platform on heterogeneous resources, wherein the content delivery network platform includes a logic application layer and a basic resource layer, the basic resource layer includes a technology abstraction layer and a technology driver layer, and the heterogeneous resources cover resource types of physical machines, virtual machines and containers, the method comprising: after receiving an application creation request, determining, by the logic application layer, actual resource configuration requirement information of an application based on the application creation request, and determining, by the logic application layer, resource type information of the application based on a pre-configured automatic creation strategy and the actual resource configuration requirement information, and sending, by the logic application layer, the actual resource configuration requirement information and the resource type information to the basic resource layer; and receiving, by the basic resource layer, the actual resource configuration requirement information and the resource type information, and finding, by the basic resource layer, a corresponding resource type based on the resource type information at the technology abstraction layer, and finding, by the basic resource layer, a corresponding driver program based on the corresponding resource type and the actual resource configuration requirement information at the technology driver layer, and creating, by the basic resource layer, a basic resource environment of the application through the driver program in conjunction with the actual resource configuration requirement information. after receiving an application creation request, determining, by the logic application layer, actual resource configuration requirement information of an application based on the application creation request, and determining, by the logic application layer, resource type information of the application based on a pre-configured automatic creation strategy and the actual resource configuration requirement information, and sending, by the logic application layer, the actual resource configuration requirement information and the resource type information to the basic resource layer; and receiving, by the basic resource layer, the actual resource configuration requirement information and the resource type information, and finding, by the basic resource layer, a corresponding resource type based on the resource type information at the technology abstraction layer, and finding, by the basic resource layer, a corresponding driver program based on the corresponding resource type and the actual resource configuration requirement information at the technology driver layer, and creating, by the basic resource layer, a basic resource environment of the application through the driver program in conjunction with the actual resource configuration requirement information.
A network device, comprising: a receiving unit, configured to receive a transmission resource request sent by a first terminal device; a determining unit, configured to determine a quantity of transmission times in response to the transmission resource request received by the receiving unit; an allocation unit, configured to allocate a resource set to the first terminal device according to the quantity of transmission times determined by the determining unit, wherein a quantity of resources comprised in the resource set is equal to the quantity of transmission times, and the resources are a set of one or more physical resource blocks used by the first terminal device to send a to-be-transmitted service data packet; and a sending unit, configured to send, to the first terminal device, time-frequency resource location information of each resource in the resource set allocated by the allocation unit. a receiving unit, configured to receive a transmission resource request sent by a first terminal device; a determining unit, configured to determine a quantity of transmission times in response to the transmission resource request received by the receiving unit; an allocation unit, configured to allocate a resource set to the first terminal device according to the quantity of transmission times determined by the determining unit, wherein a quantity of resources comprised in the resource set is equal to the quantity of transmission times, and the resources are a set of one or more physical resource blocks used by the first terminal device to send a to-be-transmitted service data packet; and a sending unit, configured to send, to the first terminal device, time-frequency resource location information of each resource in the resource set allocated by the allocation unit.
A rejector device for use within a system for sorting discrete objects, the rejector device comprising: at least one paddle arranged to change the trajectory of a falling object; and drive means arranged to drive the paddle between at least three discrete positions; characterised in that the at least three positions comprise: a retracted position wherein the paddle is retracted and a falling object will be unaffected by the paddle and proceed along a first path; a semi extended position wherein the paddle is extended to contact the falling object and divert the falling object into a second path; and a fully extended position wherein the paddle is extended to contact the falling object and divert the falling object into a third path. at least one paddle arranged to change the trajectory of a falling object; and drive means arranged to drive the paddle between at least three discrete positions; characterised in that the at least three positions comprise: a retracted position wherein the paddle is retracted and a falling object will be unaffected by the paddle and proceed along a first path; a semi extended position wherein the paddle is extended to contact the falling object and divert the falling object into a second path; and a fully extended position wherein the paddle is extended to contact the falling object and divert the falling object into a third path. a retracted position wherein the paddle is retracted and a falling object will be unaffected by the paddle and proceed along a first path; a semi extended position wherein the paddle is extended to contact the falling object and divert the falling object into a second path; and a fully extended position wherein the paddle is extended to contact the falling object and divert the falling object into a third path.
Method for mounting an electrical machine, in particular a generator or a starter mechanism as a starter, for starting a combustion engine, comprising a connection assembly for a force transmitting connection of a pinion and a pinion shaft of the connection assembly having a bayonet locking with an axial distance limitation for preventing an unintentional opening of the bayonet locking, wherein the pinion of the connection assembly has a housing for accommodating the shaft of the connection assembly for forming the connection assembly, comprising the steps: arranging of the axial distance limitation inside the housing of the pinion of the connection assembly, after the connection assembly is arranged in an operating position, said axial distance limitation is moved in an axial direction such that the bayonet locking is locked in said operating position for preventing an unintentional unlocking of the connection assembly, wherein the axial distance limitation is adjusted to the inserted shaft, and wherein said axial distance limitation is axially locked such that during operation of said electrical machine said connection assembly is locked, wherein said axial distance limitation is formed as an adjustable stop that is adjustable with regard to its position relatively to one or both components at least in axial direction, wherein the housing of the pinion and/or the adjustable stop comprise locking means for locking the adjustable stop in the operating position. arranging of the axial distance limitation inside the housing of the pinion of the connection assembly, after the connection assembly is arranged in an operating position, said axial distance limitation is moved in an axial direction such that the bayonet locking is locked in said operating position for preventing an unintentional unlocking of the connection assembly, wherein the axial distance limitation is adjusted to the inserted shaft, and wherein said axial distance limitation is axially locked such that during operation of said electrical machine said connection assembly is locked, wherein said axial distance limitation is formed as an adjustable stop that is adjustable with regard to its position relatively to one or both components at least in axial direction, wherein the housing of the pinion and/or the adjustable stop comprise locking means for locking the adjustable stop in the operating position.
A control system for controlling a work machine and a traveling vehicle for traveling while being provided with the work machine, said control system comprising: a first communication device and a second communication device each of which is configured to control operation of the traveling vehicle and at least one of which includes: an authentication section configured to authenticate the work machine by communicating with a third communication device, provided in the work machine, for controlling operation of the work machine; and a notification section configured to notify the other one of the first communication device and the second communication device that the authentication section succeeded in authentication, the first communication device and the second communication device each being prohibited, unless the authentication section succeeds in authentication, from at least controlling operation of the traveling vehicle in accordance with information sent from the third communication device. a first communication device and a second communication device each of which is configured to control operation of the traveling vehicle and at least one of which includes: an authentication section configured to authenticate the work machine by communicating with a third communication device, provided in the work machine, for controlling operation of the work machine; and a notification section configured to notify the other one of the first communication device and the second communication device that the authentication section succeeded in authentication, an authentication section configured to authenticate the work machine by communicating with a third communication device, provided in the work machine, for controlling operation of the work machine; and a notification section configured to notify the other one of the first communication device and the second communication device that the authentication section succeeded in authentication, the first communication device and the second communication device each being prohibited, unless the authentication section succeeds in authentication, from at least controlling operation of the traveling vehicle in accordance with information sent from the third communication device.
An electrical accessory comprising: - a tubular conductor through which a current-carrying conductor can pass; - at least one insulating layer (34, 36) disposed around the tubular conductor; - a voltage sensing element forming a capacitive voltage divider to determine a voltage on the current-carrying conductor, comprising: • a first capacitor formed by the at least one insulating layer (34, 36); • a second capacitor electrically connected to a ground potential and to the first capacitor; characterized in that the first capacitor comprises at least two insulating layers (34, 36) having a dielectric constant whose temperature dependency coefficient has opposite signs with respect to each other. - a tubular conductor through which a current-carrying conductor can pass; - at least one insulating layer (34, 36) disposed around the tubular conductor; - a voltage sensing element forming a capacitive voltage divider to determine a voltage on the current-carrying conductor, comprising: • a first capacitor formed by the at least one insulating layer (34, 36); • a second capacitor electrically connected to a ground potential and to the first capacitor; characterized in that the first capacitor comprises at least two insulating layers (34, 36) having a dielectric constant whose temperature dependency coefficient has opposite signs with respect to each other. • a first capacitor formed by the at least one insulating layer (34, 36); • a second capacitor electrically connected to a ground potential and to the first capacitor;