mhurhangee/ep-ind-claims huggingface dataset:
A first communications device for requesting a service from a second communications device, the first communications device comprising a web browser configured to run scripts that are from remote sources (30, 34); to respond to a log in request of a script, received from a first of said remote sources and running on the web browser, for the web browser to log in to the second communications device, by communicating to a user of the first communications device the log in request and an identifier for the first remote source; to respond to provision by the user of log in details by logging in with the second communications device and sending the identifier for the first remote source to the second communications device, said provision of log in details being indicative that the user regards the first remote source, as identified by the identifier communicated to the user, as trustworthy; to respond to a service requirement of a script, subsequently received from the first or a second of said remote sources and running on the web browser, to send to the second communications device a service request for a service required by that subsequently received script, and an identifier for the source of that subsequently received script; and to receive from the second communications device, in the event that the second communications device determines that the identifier for the source of that subsequently received script corresponds to the identifier for the first remote source, and the requested service produces a service product that the second communications device sends to the first communications device, that service product, and in the event that the second communications device determines that the identifier for the source of that subsequently received script does not correspond to the identifier for the first remote source and sends to the first communications device a refusal message, that refusal message. in the event that the second communications device determines that the identifier for the source of that subsequently received script corresponds to the identifier for the first remote source, and the requested service produces a service product that the second communications device sends to the first communications device, that service product, and in the event that the second communications device determines that the identifier for the source of that subsequently received script does not correspond to the identifier for the first remote source and sends to the first communications device a refusal message, that refusal message.
A medical implant, comprising - at least a first cortical fixation device for fixing a ligament or tendon graft in a desired position, wherein said first cortical fixation device comprises a body having a front side and a rear side, which rear side faces away from the front side, and wherein said body comprises a first and an adjacent second through-hole (210, 211), which through-holes (210, 211) extend from the front side to the rear side of said body, characterized in that the medical implant further comprises a first suture thread extending through the through-holes (210, 211) and forming a twisted loop and a non-twisted loop on the front side of the body, and a sliding knot on the rear side of the body, and wherein the medical implant comprises a second suture thread extending through the sliding knot. - at least a first cortical fixation device for fixing a ligament or tendon graft in a desired position, wherein said first cortical fixation device comprises a body having a front side and a rear side, which rear side faces away from the front side, and wherein said body comprises a first and an adjacent second through-hole (210, 211), which through-holes (210, 211) extend from the front side to the rear side of said body,
Foodstuff temperature monitoring apparatus including a housing with control means and data processing means located therein and a probe including a body connected with an elongate member for insertion into the foodstuff of which the temperature is to be detected, said probe connected to allow data indicative of the temperature to be passed to the said data processing means in the housing and characterised in that the said apparatus housing and probe are substantially formed of a material which is detectable by at least one of metal detection and/or x-ray detection apparatus with at least the said housing and said body of said probe formed of a polymer material which includes metal particles so as to render the same detectable by metal detection apparatus and/or barium so as to render the polymer material sufficiently dense as to be detected by X-ray detection apparatus
A resilient back-rest dampening mechanism for use with chairs having a seat and a backrest, where the mechanism comprises four pivot points; - a first pivot point arranged on a base different from the backrest; - a second pivot point arranged at a distance from the first pivot point on said base, wherein a bracket is pivotally connected to said second pivot point, and where - a third pivot point is provided between said bracket and a first end of a back rest connection member, and said back rest connection member is adjustably connected to a backrest and where the third pivot point comprises an oblong aperture in the bracket, and where the first end of the backrest connection member is provided with an axle constituting the pivot axis, where said axle is controllably guided in said oblong aperture, such that the distance between the second pivot point and the third pivot point may be adjusted; - where the fourth pivot point is provided in said bracket; and where between the fourth pivot point and the first pivot point is arranged a resilient member, and that all pivot points (4,6,18,24) pivot around an axis, where all pivot axes are parallel. - a first pivot point arranged on a base different from the backrest; - a second pivot point arranged at a distance from the first pivot point on said base, wherein a bracket is pivotally connected to said second pivot point, and where - a third pivot point is provided between said bracket and a first end of a back rest connection member, and said back rest connection member is adjustably connected to a backrest and where the third pivot point comprises an oblong aperture in the bracket, and where the first end of the backrest connection member is provided with an axle constituting the pivot axis, where said axle is controllably guided in said oblong aperture, such that the distance between the second pivot point and the third pivot point may be adjusted; - where the fourth pivot point is provided in said bracket; and where between the fourth pivot point and the first pivot point is arranged a resilient member, and that all pivot points (4,6,18,24) pivot around an axis, where all pivot axes are parallel.
A radiation detector (200, 300) comprising: - a photo-detecting element array (220, 320) having a plurality of photo-detecting elements, the photo-detecting element array (220, 320) being a tile array; - a plurality of imaging elements (230, 330) adjacent to the photo-detecting element array (220, 320); - light-reflecting material (240, 340) lying between every two adjacent imaging elements (230, 330) and covering the side faces as well as the top side of the plurality of imaging elements (230, 330), wherein the light-reflecting material (240, 340) is made of a resin having a refractive index which is less than 1.5, characterised in that the resin comprises Nu-Sil LS-6143, Elastosil RT 601, or a thermoplastic fluoropolymer. - a photo-detecting element array (220, 320) having a plurality of photo-detecting elements, the photo-detecting element array (220, 320) being a tile array; - a plurality of imaging elements (230, 330) adjacent to the photo-detecting element array (220, 320); - light-reflecting material (240, 340) lying between every two adjacent imaging elements (230, 330) and covering the side faces as well as the top side of the plurality of imaging elements (230, 330), wherein the light-reflecting material (240, 340) is made of a resin having a refractive index which is less than 1.5, characterised in that the resin comprises Nu-Sil LS-6143, Elastosil RT 601, or a thermoplastic fluoropolymer.
An actuator unit configured to be mounted in an airplane, the actuator unit comprising: an actuator having a piston, a controller attached to the actuator and configured to control a position of the piston, wherein the controller and the actuator form a single unit, the controller comprises an actuator monitoring circuit configured to monitor the actuator, and the actuator monitoring circuit comprises a total moving distance calculator configured to calculate a total moving distance of the piston up to the present time after replacement of the actuator, and a first notification signal transmitter configured to output, when the total moving distance of the piston exceeds a first threshold which indicates replacement mileage of the actuator, a notification signal to notify excess over the first threshold. an actuator having a piston, a controller attached to the actuator and configured to control a position of the piston, wherein the controller and the actuator form a single unit, the controller comprises an actuator monitoring circuit configured to monitor the actuator, and the actuator monitoring circuit comprises a total moving distance calculator configured to calculate a total moving distance of the piston up to the present time after replacement of the actuator, and a first notification signal transmitter configured to output, when the total moving distance of the piston exceeds a first threshold which indicates replacement mileage of the actuator, a notification signal to notify excess over the first threshold.
A multifunctional welding apparatus comprising: a first handle; a first head member moveably coupled to the first handle; a second handle; a second head member movably coupled to the second handle, wherein the first head member and the second head member are rotatably coupled to each other; a first tool unitarily formed with at least one of the first head member and the second head member, wherein the first tool is a pliers, and a plurality of tools moveably coupled to at least one of the first handle and the second handle, wherein the plurality of tools includes at least one of a thickness gauge, a scratching tool, and a picking tool, characterized by further including a biasing member between the first and second head members (56, 60), and wherein not only a pliers is formed with at least one of the first and second head members (56, 60), but also a nozzle removing tool, a tip removing tool, a wire cutting tool, a hammer and a cleaning tool. a first handle; a first head member moveably coupled to the first handle; a second handle; a second head member movably coupled to the second handle, wherein the first head member and the second head member are rotatably coupled to each other; a first tool unitarily formed with at least one of the first head member and the second head member, wherein the first tool is a pliers, and a plurality of tools moveably coupled to at least one of the first handle and the second handle, wherein the plurality of tools includes at least one of a thickness gauge, a scratching tool, and a picking tool, characterized by further including a biasing member between the first and second head members (56, 60), and wherein not only a pliers is formed with at least one of the first and second head members (56, 60), but also a nozzle removing tool, a tip removing tool, a wire cutting tool, a hammer and a cleaning tool.
A gasoline engine in combination with a honeycomb catalytic body arranged for purification of the exhaust gas from the engine, wherein the honeycomb catalytic body is of a flow-through type through which the cells as through channels extend from an inlet to an outlet, and the cells as through flow channels are defined by partition walls having pores which communicate from a surface on one cell side to a surface on another cell side, both surfaces of the partition walls and inner surfaces of the pores carry a catalyst, and the partition walls after catalyst carrying have a permeability in the range of 1 × 10 -12 to 1 × 10 -9 [m 2], and wherein the catalyst is a ternary catalyst including a carrier coat having a noble metal dispersed and carried in the carrier coat or is an oxidation catalyst which contains a noble metal, and wherein the surfaces of the partition walls have a plurality of protruding portions.
An appearance inspection device of a crimp terminal, which inspects an appearance by capturing an image of the appearance with a camera while applying illumination light onto a crimp terminal crimped on a tip of an electric wire, the device comprising: a terminal set unit that is set at a fixed position of an image capturing space; an illumination unit for applying illumination light onto the crimp terminal disposed on the terminal set unit in a predetermined direction; and a camera (C1,C3) that captures an image of the crimp terminal disposed on the terminal set unit in a predetermined direction, characterized in that a planar gradation light source (15,101) having brightness that gradually changes from one side on an illumination surface toward another side is provided as the illumination unit, and the camera (C1,C3) is disposed at a position at which the gradation light source (15, 101) appears, as a reflected image on a surface of the crimp terminal, on an image obtained by the camera capturing the image of the crimp terminal. a terminal set unit that is set at a fixed position of an image capturing space; an illumination unit for applying illumination light onto the crimp terminal disposed on the terminal set unit in a predetermined direction; and a camera (C1,C3) that captures an image of the crimp terminal disposed on the terminal set unit in a predetermined direction, characterized in that a planar gradation light source (15,101) having brightness that gradually changes from one side on an illumination surface toward another side is provided as the illumination unit, and the camera (C1,C3) is disposed at a position at which the gradation light source (15, 101) appears, as a reflected image on a surface of the crimp terminal, on an image obtained by the camera capturing the image of the crimp terminal.
A method for packaging articles, piece goods, or containers and for grouping the articles, piece goods, or containers to form bundles (32, 44, 46, 48) by way of wrapping the articles, piece goods, or containers and/or the groupings, which are transported in a conveying direction in an article flow or piece goods flow, into multiple layers of an elastic film about a longitudinal axis extending through the article flow or piece goods flow, with the elastic film being applied under tension, whereof a film packaging for the articles, piece goods, or containers is formed, the film packaging moving continuously in conveying direction, with the film packaging being severed in planes perpendicular to the longitudinal axis between consecutive articles, piece goods, containers, or, as applicable, between article pairs, piece good pairs, or container pairs, or between groups of a plurality of articles, piece goods, or containers that are being conveyed next to each other, thereby forming bundles (32, 44, 46, 48) that are conveyed one after the other, wherein the film packaging is severed at in each instance specified and/or variable spacings to preceding separating locations for the purpose of separating bundles (32, 44, 46, 48) of variable sizes or bundles (32, 44, 46, 48), as applicable, with a variable number of articles, piece goods, or containers gathered together by means of film, wherein the separation of the film- -wrapped article flow or piece goods flow is carried out by way of pulling it apart by means of a handling device and gripping elements, characterised in that the film- -wrapped article flow or piece goods flow moving continuously in conveying direction is provided with perforations at specified locations and in planes perpendicular to the longitudinal axis subsequently to the film packaging having been formed, and in that the handling device that is equipped with gripping elements produces the bundles (32, 44, 46, 48) by means of pulling movements by separating the corresponding bundle groups along their perforations from the film packaging, and further characterised in that the bundles (32, 44, 46, 48) that have been separated from each other are sorted, assembled into layers, palletised, and/or stacked in transport stations and/or in handling stations disposed downstream.
A contact member comprising: a surface comprising a fluororesin fiber layer comprising a fluororesin fiber, characterized in that the surface is configured to contact a contact-target member having an area to which a liquid composition is applied, and the fluororesin fiber layer has a thickness of 500 μm or more.
A perfumery composition comprising a compound of formula wherein each of R1, R2, R3, R4, R5, R6, R7, R8, R9 and R10 are independently selected from H, CH 3, and C 2 H 5 X is selected from -CH 2 OH, -CH 2 OCOCH3 and -CHO n is selected from 0 and 1 the dotted line represents double bond or single bond and at least one ingredient selected from the group consisting of solvents, carriers, stabilizers, emulsifiers, moisturizers, dispersants, diluents, thickeners, thinners, other odorants, and adjuvants. wherein each of R1, R2, R3, R4, R5, R6, R7, R8, R9 and R10 are independently selected from H, CH 3, and C 2 H 5 X is selected from -CH 2 OH, -CH 2 OCOCH3 and -CHO n is selected from 0 and 1 the dotted line represents double bond or single bond and at least one ingredient selected from the group consisting of solvents, carriers, stabilizers, emulsifiers, moisturizers, dispersants, diluents, thickeners, thinners, other odorants, and adjuvants.
An opto-electronic contact, comprising: an opto-electronic converter including a converter length extending between opposing first and second ends, said first end being configured for removable optical engagement with an opposing contact and said second end including a converter electrical connection arrangement; a barrel housing defining an interior cavity having an elongated length defining an elongation axis extending between opposing first and second barrel openings for receiving the opto-electronic converter in the interior cavity to provide for relative movement between the barrel housing and the opto-electronic converter with the first end of the opto-electronic converter supported in the interior cavity proximate to the first barrel opening for external optical engagement to the opposing contact via the first barrel opening; and a flexible circuit board assembly having an internal electrical connection end, an external electrical connection end, and an elongated length extending therebetween, said internal connection end electrically engaging the electrical connection arrangement of the opto-electronic converter at said second end and said external connection end fixedly positioned proximate to the second barrel opening for external electrical connection to the opto-electronic contact such that the external connection end is positioned on the elongation axis at a distance from the second end of the opto-electronic converter that is less than the elongated length of the flexible circuit board, the elongated length being captured within said interior cavity of the barrel housing. an opto-electronic converter including a converter length extending between opposing first and second ends, said first end being configured for removable optical engagement with an opposing contact and said second end including a converter electrical connection arrangement; a barrel housing defining an interior cavity having an elongated length defining an elongation axis extending between opposing first and second barrel openings for receiving the opto-electronic converter in the interior cavity to provide for relative movement between the barrel housing and the opto-electronic converter with the first end of the opto-electronic converter supported in the interior cavity proximate to the first barrel opening for external optical engagement to the opposing contact via the first barrel opening; and a flexible circuit board assembly having an internal electrical connection end, an external electrical connection end, and an elongated length extending therebetween, said internal connection end electrically engaging the electrical connection arrangement of the opto-electronic converter at said second end and said external connection end fixedly positioned proximate to the second barrel opening for external electrical connection to the opto-electronic contact such that the external connection end is positioned on the elongation axis at a distance from the second end of the opto-electronic converter that is less than the elongated length of the flexible circuit board, the elongated length being captured within said interior cavity of the barrel housing.
A method for visually enhancing an approach runway signature comprising a plurality of runway lights arranged in a predefined pattern on an enhanced flight vision system on an aircraft, comprising: • retrieving a location and an approach course for a runway; • displaying, on the enhanced flight vision system, a representation of the runway relative to a position of the aircraft; • capturing, by an imaging device, an image; • defining an area, along the approach course and before a first end of the runway, where the approach runway signature should be located, the area being as small as possible while accounting for navigational error; • visually enhancing, on the enhanced flight vision system, only a portion of the captured image corresponding to the defined area, wherein the visually enhancing comprises suppressing noise not associated with the runway lights of the approach runway signature in the defined area; and • displaying, on the enhanced flight vision system, the captured image including the visually enhanced portion thereof relative to a position of the aircraft and such that the visually enhanced portion is at the first end of the displayed representation of the runway. • retrieving a location and an approach course for a runway; • displaying, on the enhanced flight vision system, a representation of the runway relative to a position of the aircraft; • capturing, by an imaging device, an image; • defining an area, along the approach course and before a first end of the runway, where the approach runway signature should be located, the area being as small as possible while accounting for navigational error; • visually enhancing, on the enhanced flight vision system, only a portion of the captured image corresponding to the defined area, wherein the visually enhancing comprises suppressing noise not associated with the runway lights of the approach runway signature in the defined area; and • displaying, on the enhanced flight vision system, the captured image including the visually enhanced portion thereof relative to a position of the aircraft and such that the visually enhanced portion is at the first end of the displayed representation of the runway.