mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, operable with a source of cleaning fluid under pressure, for cleaning external surfaces of heat exchange tubes of an air cooled heat exchanger which tubes are situated in generally horizontal rows that are vertically separated from each other, thus defining a generally horizontal zone between each two adjacent rows, which zone has a height defined by the distance between each of said two adjacent rows, comprising: a. a spray mat having: i. top and bottom fluid impermeable sheets sealed at their mutual peripheral edges defining at least one chamber between said sheets, with at least one fluid inlet into said chamber for receiving a flow of said cleaning fluid under pressure, ii. a plurality of laterally spaced apart apertures in both said top and bottom sheets, said apertures being in fluid communication with said at least one chamber, and iii. a spray nozzle coupled to each of said apertures for outward spraying of cleaning fluid received from said chamber, and b. a positioning mechanism for moving said spray mat transversely into one of said zones between two adjacent rows of said heat exchange tubes, where said cleaning fluid can be sprayed onto the external surfaces of said heat exchanger tubes in said zone, and for moving said spray mat out of said zone. a. a spray mat having: i. top and bottom fluid impermeable sheets sealed at their mutual peripheral edges defining at least one chamber between said sheets, with at least one fluid inlet into said chamber for receiving a flow of said cleaning fluid under pressure, ii. a plurality of laterally spaced apart apertures in both said top and bottom sheets, said apertures being in fluid communication with said at least one chamber, and iii. a spray nozzle coupled to each of said apertures for outward spraying of cleaning fluid received from said chamber, and i. top and bottom fluid impermeable sheets sealed at their mutual peripheral edges defining at least one chamber between said sheets, with at least one fluid inlet into said chamber for receiving a flow of said cleaning fluid under pressure, ii. a plurality of laterally spaced apart apertures in both said top and bottom sheets, said apertures being in fluid communication with said at least one chamber, and iii. a spray nozzle coupled to each of said apertures for outward spraying of cleaning fluid received from said chamber, and b. a positioning mechanism for moving said spray mat transversely into one of said zones between two adjacent rows of said heat exchange tubes, where said cleaning fluid can be sprayed onto the external surfaces of said heat exchanger tubes in said zone, and for moving said spray mat out of said zone.
A reciprocally-cycled, externally-powered weapon, comprising: a rotative driver connected to one end of a crank; a connecting rod connected at a first end to another end of the crank; a weapon operating group subassembly connected to a second end of the connecting rod; and a receiver, the weapon operating group subassembly being disposed in the receiver, further comprising a translating rack and a stationary rack, and a pinion in meshing engagement with the translating rack and the stationary rack, the pinion being operably connected to the second end of the connecting rod, the translating rack being operably connected to the weapon operating group subassembly, and the stationary rack being fixed to the receiver, wherein the weapon operating group subassembly includes a bolt carrier fixed to the translating rack, a firing pin subassembly disposed in the bolt carrier, characterized by; a bolt subassembly disposed in the bolt carrier, wherein the bolt subassembly is rotatable with respect to the bolt carrier, the bolt subassembly includes a bolt and the firing pin subassembly includes a firing pin, the bolt being rotatable with respect to the firing pin, the bolt includes a rearward end having a slot formed therein and the firing pin includes an engaging member for engaging the slot in the bolt, the firing pin subassembly includes a firing pin base, the firing pin being rotatable with respect to the firing pin base, and the firing pin subassembly includes a torsion spring for applying a rotative force on the firing pin. a rotative driver connected to one end of a crank; a connecting rod connected at a first end to another end of the crank; a weapon operating group subassembly connected to a second end of the connecting rod; and a receiver, the weapon operating group subassembly being disposed in the receiver, further comprising a translating rack and a stationary rack, and a pinion in meshing engagement with the translating rack and the stationary rack, the pinion being operably connected to the second end of the connecting rod, the translating rack being operably connected to the weapon operating group subassembly, and the stationary rack being fixed to the receiver, wherein the weapon operating group subassembly includes a bolt carrier fixed to the translating rack, a firing pin subassembly disposed in the bolt carrier, characterized by; a bolt subassembly disposed in the bolt carrier, wherein the bolt subassembly is rotatable with respect to the bolt carrier, the bolt subassembly includes a bolt and the firing pin subassembly includes a firing pin, the bolt being rotatable with respect to the firing pin, the bolt includes a rearward end having a slot formed therein and the firing pin includes an engaging member for engaging the slot in the bolt, the firing pin subassembly includes a firing pin base, the firing pin being rotatable with respect to the firing pin base, and the firing pin subassembly includes a torsion spring for applying a rotative force on the firing pin.
Pharmaceutical or nutritional association comprising the active ingredients: curcumin, quercetin, chondroitin sulfate and hyaluronic acid for use, by oral administration, in the prevention or treatment of neoplasms of the bladder, pelvic and urogenital apparatus.
A process for producing an α-fluoroaldehyde of the general formula, comprising: reaction of an α-fluoroester of the general formula with hydrogen gas (H 2) in the presence of a ruthenium complex of the general formula where R 1 represents a halogen atom or a haloalkyl group; and R 2 represents an alkyl group or a substituted alkyl group, where R each independently represents a hydrogen atom, an alkyl group, a substituted alkyl group, an aromatic ring group or a substituted aromatic ring group; Ar each independently represents an aromatic ring group or a substituted aromatic ring group; X each independently represents a ligand with a formal charge of -1 or 0 (with the proviso that the sum of the formal charges of three X is -2); and n each independently represents an integer of 1 or 2, where R 1 has the same meaning as in the general formula.
Implant component of which at least portions are coated with a coating, the coating being a TiNb coating having an at% fraction of Ti and an at% fraction of Nb, characterized in that the coating also has an at% fraction of 1-25 at% of Ag, and in that the implant component with the coating is plastically deformable.
Electric drive motor, containing a stator and a permanent magnet rotor which has a motor shaft and a laminated core positioned on the motor shaft, wherein the stator and permanent magnet rotor are separated from one another by means of an air gap, wherein on their surfaces (7, 8) facing the air gap the stator and permanent magnet rotor have locking positions equidistant from one another in the peripheral direction v in each case, which locking positions are realised in each case by depressions in the surfaces (7, 8), wherein the number v of locking positions also comprises groove slits, on which no indentations are possible, characterised in that the depressions are spherical or conical.
A computer-implemented method for determining a score representing an amount of staining of the cornea, the method comprising: obtaining a digital image of the cornea stained with a tracer material; receiving a selection of a portion of the image; detecting one or more imaging artefacts in the digital image by identifying a pixel which meets a threshold intensity; processing, by a processing device, the selection to exclude areas with the one or more imaging artifacts to define an evaluation area; for each of a plurality of pixels within the evaluation area: determining a plurality of color components that are based on a Cartesian color space, determining, from the color components, a hue value in a polar coordinate based color space, and determining an amount of staining of the cornea as a function of the hue value; and assigning a score to the evaluation area based on the amount of staining calculated for the plurality of pixels. obtaining a digital image of the cornea stained with a tracer material; receiving a selection of a portion of the image; detecting one or more imaging artefacts in the digital image by identifying a pixel which meets a threshold intensity; processing, by a processing device, the selection to exclude areas with the one or more imaging artifacts to define an evaluation area; for each of a plurality of pixels within the evaluation area: determining a plurality of color components that are based on a Cartesian color space, determining, from the color components, a hue value in a polar coordinate based color space, and determining an amount of staining of the cornea as a function of the hue value; and determining a plurality of color components that are based on a Cartesian color space, determining, from the color components, a hue value in a polar coordinate based color space, and determining an amount of staining of the cornea as a function of the hue value; and assigning a score to the evaluation area based on the amount of staining calculated for the plurality of pixels.
A surgical retractor comprising: a blade; a handle extending at an angle from a proximal end of the blade; an illumination assembly having a plurality of direct light sources (212a, 212b) provided on the blade; and a cover configured to enclose the illumination assembly, wherein the cover comprises a plurality of openings, each opening corresponding in position to a respective light source of the illumination assembly when the cover is attached to the blade; and characterised in that at least one of the light sources is angled differently relative to the blade than another one of the light sources. a blade; a handle extending at an angle from a proximal end of the blade; an illumination assembly having a plurality of direct light sources (212a, 212b) provided on the blade; and a cover configured to enclose the illumination assembly, wherein the cover comprises a plurality of openings, each opening corresponding in position to a respective light source of the illumination assembly when the cover is attached to the blade; and
A multilayer machine direction oriented film comprising at least an layer and layer, at least one of said layer or layer comprising at least 50 wt% of a multimodal linear low density polyethylene (LLDPE) having a density of 905 to 935 kg/m 3 and an MFR 2 of 0.01 to 20 g/10min which comprises a lower molecular weight component and a higher molecular weight component; wherein said LMW component is an ethylene homopolymer and said HMW component is an ethylene polymer of ethylene with at least two C4-12 alpha olefins; wherein said film is a stretched film which is uniaxially oriented in the machine direction in a draw ratio of at least 1:3 and has a film thickness of at least 40 microns (after stretching) and wherein said film does not comprise a layer in which more than 50 wt% of said layer comprises a polymer component having a melting point (Tm) of 100°C or less.
A power manager operative to monitor a hardware monitor during a monitoring time period; - the hardware monitor is coupled to an electronic device; - the electronic device has a workload during operational use; - the hardware monitor is operative to indicate the workload of the electronic device; - the power manager is operative to detect an edge in the monitored indicated workload; - the power manager is operative to detect a further edge in the monitored indicated workload; - the power manager is operative to predict a future edge in dependency on a time difference between the edge and the further edge; - the power manager is operative to control power supplied to the electronic device in dependency on the predicted future edge. - the hardware monitor is coupled to an electronic device; - the electronic device has a workload during operational use; - the hardware monitor is operative to indicate the workload of the electronic device; - the power manager is operative to detect an edge in the monitored indicated workload; - the power manager is operative to detect a further edge in the monitored indicated workload; - the power manager is operative to predict a future edge in dependency on a time difference between the edge and the further edge; - the power manager is operative to control power supplied to the electronic device in dependency on the predicted future edge.
A feeding apparatus comprising; a container for, in use, containing food for an animal, the container having a side wall through which a slot (20, 22, 24, 26) is defined; and a feeding restrictor; the feeding restrictor comprising a food-covering element through which at least one opening is defined for, in use, resting on top of the food such that the animal can access the food through the opening; a locating element which extends from the food-covering element through the slot; and a retaining element extending from the locating element and movably engageable with an outer portion of the container.
An inductor framework, comprising a main winding part and at least two conductive welding components; the main winding part is configured to fix a winding and has a connection surface facing downward, the conductive welding components are under the connection surface and at least partly cover the connection surface, and the conductive welding components are in fixed connection with the main winding part and the at least two conductive welding components are insulated from each other; and a side surface of the conductive welding components away from the connection surface is a welding bonding surface, and the conductive welding components have a wire accommodation region, and the wire accommodation region is configured that a wire of the winding do not extend beyond the welding bonding surface in a case where the wire of the winding is accommodated in the wire accommodation region, characterised in that the main winding part is made of a nonmagnetic material. the main winding part is configured to fix a winding and has a connection surface facing downward, the conductive welding components are under the connection surface and at least partly cover the connection surface, and the conductive welding components are in fixed connection with the main winding part and the at least two conductive welding components are insulated from each other; and a side surface of the conductive welding components away from the connection surface is a welding bonding surface, and the conductive welding components have a wire accommodation region, and the wire accommodation region is configured that a wire of the winding do not extend beyond the welding bonding surface in a case where the wire of the winding is accommodated in the wire accommodation region, characterised in that the main winding part is made of a nonmagnetic material.
A network resource scheduling method, comprising: receiving, by a first network node, a message, wherein the message comprises an identifier of the first network node, an identifier of a second network node, an identifier of a third network node, first resource information, and second resource information; the first resource information is used to indicate a network resource that needs to be scheduled between the first network node and the second network node; and the second resource information is used to indicate a network resource that needs to be scheduled between the second network node and the third network node; wherein the message is a destination advertisement object, DAO, message sent by a network management device; when determining that the message comprises the identifier of the first network node, obtaining, by the first network node, the first resource information, and performing network resource scheduling with the second network node based on the first resource information; and sending, by the first network node, the message to the second network node, to trigger the second network node to perform network resource scheduling with the third network node based on the second resource information. receiving, by a first network node, a message, wherein the message comprises an identifier of the first network node, an identifier of a second network node, an identifier of a third network node, first resource information, and second resource information; the first resource information is used to indicate a network resource that needs to be scheduled between the first network node and the second network node; and the second resource information is used to indicate a network resource that needs to be scheduled between the second network node and the third network node; wherein the message is a destination advertisement object, DAO, message sent by a network management device; when determining that the message comprises the identifier of the first network node, obtaining, by the first network node, the first resource information, and performing network resource scheduling with the second network node based on the first resource information; and sending, by the first network node, the message to the second network node, to trigger the second network node to perform network resource scheduling with the third network node based on the second resource information.
An arrangement for positioning a flat part on a switchgear cabinet frame, having a switchgear cabinet frame which has a horizontal profiled web projecting towards the outside of the switchgear cabinet frame, and having a flat part which has an L-shaped bend at least in sections on its outer circumference, and having a positioning piece which is placed on the profiled web, characterized in that the positioning piece has a positive-locking section with three abutment surfaces (3, 4, 5) which run perpendicular to one another and with which the positive-locking section bears in a form-fitting manner in a corner of the flat part against in each case one of three inner sides of the L-shaped bend, the inner sides running perpendicular to one another.
A boat hull comprising a plurality of chines extending downwardly from a bow of the hull towards a stern of the hull, each chine in transverse cross section being substantially straight and substantially horizontal and arranged so that a centreline of each chine lies in a plane which is parallel to a central plane of an adjacent chine, wherein collectively the chines in a lower forward portion of the hull are arranged in a "stepped" form that approximates a V shape cross section, and wherein a flat aft underbody portion of a base of the hull is generally flat and each chine terminates at the flat aft underbody portion, wherein a vertical separation of the chines varies along a length of the chines to allow the chines to transition from being aligned at the bow through greater offset sections at mid bow to merge with the flat aft underbody portion of the hull and wherein a substantially vertical surface is disposed between adjacent chines, characterised in that: the flat aft underbody portion narrows toward a forward end of the hull, with the central chine terminating at a location which is forwardmost compared to the location at which the outer chines terminate.
An unauthorized activity detection method for detecting that an unauthorized state has occurred in an onboard network system (10, 11, 12) having a plurality of electronic control units (200a - 200d, 3200a - 3200d) that perform communication via a bus, the unauthorized activity detection method comprising: a receiving step of a monitoring electronic control unit (100, 2100, 3100) connected to the bus sequentially receiving data frames transmitted onto the bus; a storing step of storing a frame reception history, which includes information relating to the contents of data frames that the monitoring electronic control unit (100, 2100, 3100) has successively received; determining (S1102, S2102), using unauthorized activity detection rule information indicating a first condition that is a condition regarding a relation in content between a data frame having a first identifier and a data frame having an identifier that differs from the first identifier, whether or not a set of data frames received from the bus satisfies the first condition by referencing the frame reception history; and detecting that an unauthorized state has occurred in a case where the first condition is not satisfied. a receiving step of a monitoring electronic control unit (100, 2100, 3100) connected to the bus sequentially receiving data frames transmitted onto the bus; a storing step of storing a frame reception history, which includes information relating to the contents of data frames that the monitoring electronic control unit (100, 2100, 3100) has successively received; determining (S1102, S2102), using unauthorized activity detection rule information indicating a first condition that is a condition regarding a relation in content between a data frame having a first identifier and a data frame having an identifier that differs from the first identifier, whether or not a set of data frames received from the bus satisfies the first condition by referencing the frame reception history; and detecting that an unauthorized state has occurred in a case where the first condition is not satisfied.