mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for triggering a plurality of anchor launchers by pulling on pull wires extending to the anchor launchers, the apparatus comprising: a plurality of actuators housed in a housing, each of the actuators having (a) a channel that runs through the housing in a proximal-to-distal direction, (b) a shoulder disposed adjacent to the channel, (c) a compressed spring disposed in a distal portion of the channel, the spring having a fixed distal end and a movable proximal end, and the channel being configured to permit expansion of the spring in a proximal direction, (d) a tab that is affixed to the proximal end of the spring, wherein the tab is configured to be movable between a first position in which movement of the tab in a proximal direction is blocked by the shoulder, and a second position in which movement of the tab in a proximal direction is not blocked by the shoulder, wherein the channel, the shoulder, the spring and the tab are configured so that, when the tab is moved from the first position to the second position, the spring will expand within the channel, with the proximal end of the spring moving in a proximal direction, and (e) a pull wire having a proximal end that is attached to the spring or the tab and a distal portion that extends to the anchor launcher, wherein, when the proximal end of the spring moves in the proximal direction, the pull wire is pulled in the proximal direction, whereby the anchor launchers are triggered by pulling the pull wires extending to the anchor launchers. (a) a channel that runs through the housing in a proximal-to-distal direction, (b) a shoulder disposed adjacent to the channel, (c) a compressed spring disposed in a distal portion of the channel, the spring having a fixed distal end and a movable proximal end, and the channel being configured to permit expansion of the spring in a proximal direction, (d) a tab that is affixed to the proximal end of the spring, wherein the tab is configured to be movable between a first position in which movement of the tab in a proximal direction is blocked by the shoulder, and a second position in which movement of the tab in a proximal direction is not blocked by the shoulder, wherein the channel, the shoulder, the spring and the tab are configured so that, when the tab is moved from the first position to the second position, the spring will expand within the channel, with the proximal end of the spring moving in a proximal direction, and (e) a pull wire having a proximal end that is attached to the spring or the tab and a distal portion that extends to the anchor launcher, wherein, when the proximal end of the spring moves in the proximal direction, the pull wire is pulled in the proximal direction, whereby the anchor launchers are triggered by pulling the pull wires extending to the anchor launchers.
Tag comprising a plate-like element, a covering part, said plate-like element having a central part and a peripheral edge, said covering part being superimposed on said plate-like member matching with said peripheral edge, said plate-like element being made of metallic material, the covering part being made of plastic material, said peripheral edge having at least a housing seat for part of said covering part, characterised in that said housing seat is constituted by a through hole, said covering part being superimposed on said plate-like element at said housing seat. a plate-like element, a covering part, said plate-like element having a central part and a peripheral edge, said covering part being superimposed on said plate-like member matching with said peripheral edge, said plate-like element being made of metallic material, the covering part being made of plastic material, said peripheral edge having at least a housing seat for part of said covering part, characterised in that said housing seat is constituted by a through hole, said covering part being superimposed on said plate-like element at said housing seat.
An instrument for capturing separate images of components of a specimen, the instrument comprising: a light source configured to illuminate the specimen with an excitation beam of light that excites fluorescently labeled components to emit light in a number of different wavelength emission channels, each emission channel associated with a particular component; an objective lens configured to capture and direct the emission channels into an emission beam; a splitting system configured to receive the emission beam, separate the beam into the emission channels, and direct the emission channels into separate, substantially parallel paths, wherein the splitting system includes: a set of mirrors; and one or more sets of optical filters, wherein each filter in each set is configured to reflect one of the emission channels toward one of the mirrors, and each mirror is positioned and oriented to reflect the emission channel into one of the separate, substantially parallel paths; the instrument further comprising: an array of detector mounts disposed on one side of the instrument; and one or more detectors, wherein each detector is disposed within one of the detector mounts to receive one of the channels; the instrument being characterized in that the channels have equal optical path lengths. a light source configured to illuminate the specimen with an excitation beam of light that excites fluorescently labeled components to emit light in a number of different wavelength emission channels, each emission channel associated with a particular component; an objective lens configured to capture and direct the emission channels into an emission beam; a splitting system configured to receive the emission beam, separate the beam into the emission channels, and direct the emission channels into separate, substantially parallel paths, wherein the splitting system includes: a set of mirrors; and one or more sets of optical filters, wherein each filter in each set is configured to reflect one of the emission channels toward one of the mirrors, and each mirror is positioned and oriented to reflect the emission channel into one of the separate, substantially parallel paths; the instrument further comprising: an array of detector mounts disposed on one side of the instrument; and one or more detectors, wherein each detector is disposed within one of the detector mounts to receive one of the channels; an array of detector mounts disposed on one side of the instrument; and one or more detectors, wherein each detector is disposed within one of the detector mounts to receive one of the channels; the instrument being characterized in that the channels have equal optical path lengths.
Security element, in particular document of value, having a pattern region consisting of one or more design elements, the shaping of said pattern region providing a first piece of optically perceptible information, and having a background region at least regionally surrounding the one or more design elements of the pattern region, wherein the security element has an opaque reflection layer which is not provided in the background region and is provided in the pattern region in first zones but not in one or more second zones or is provided in one or more second zones but not in first zones, wherein the first zones are spaced apart from one another by less than 300 μm and have a smallest dimension of less than 300 μm, characterised in that the security element has a decorative layer for generating a second piece of optically perceptible information (23, 24, 25) which is superimposed at least regionally on both the pattern region and the background region, wherein the decorative layer is arranged below the opaque reflection layer with respect to the viewing direction of the security element, and wherein all layers of the security element which are arranged between the opaque reflection layer and the decorative layer are transparent or translucent.
A media sheet comprising: a substrate; a first layer formed on the substrate, the first layer comprising inorganic pigments; and a second layer formed on the first layer and comprising a plurality of wax particles and a resin; wherein the wax particles are selected from the group consisting of paraffin wax, microcrystalline waxes from the distillation of crude oil, synthetic polymers having a polyolefin backbone structure, and combinations thereof; and wherein the amount of wax particles is 10 to 50 percent of the dry weight of the resin in the second layer. a substrate; a first layer formed on the substrate, the first layer comprising inorganic pigments; and a second layer formed on the first layer and comprising a plurality of wax particles and a resin; wherein the wax particles are selected from the group consisting of paraffin wax, microcrystalline waxes from the distillation of crude oil, synthetic polymers having a polyolefin backbone structure, and combinations thereof; and wherein the amount of wax particles is 10 to 50 percent of the dry weight of the resin in the second layer.
A kit comprising a base body which has a sterilized mould recess for receiving and shaping a not yet cross-linked and/or not yet hardened kneadable mass (40a, 40b); and a removable sealing element, characterized in that said mould recess has a patient-specific three-dimensional negative surface contour of at least a part of a patient-specific body part structure such as bone, cartilage or teeth; and said removable sealing element hermetically seals said sterilized mould recess.
An enhanced base station, without RRC connection management, wherein the air interface user plane is controlled by a radio access network controller and by a network controller; comprising: a receiver, configured to receive, through an open interface, an air interface control policy sent by the radio access network controller, wherein the air interface control policy is generated by the radio access network controller, and the open interface is an interface between the enhanced base station and the radio access network controller; wherein the receiver is further configured to receive a user plane data forwarding policy of an Internet protocol IP layer and layers above the IP layer sent by the network controller, wherein the user plane data forwarding policy controls IP flow tables; and a processor, configured to process air interface user plane data according to the air interface control policy; wherein the processor is further configured to process user plane data of the IP layer and the layers above the IP layer according to the data forwarding policy; wherein the air interface control policy is sent over an interface layer on top of the IP layer; wherein the user plane data forwarding policy is sent over an interface layer on top of the IP layer, whereby the interface layer uses OpenFlow protocol; and wherein the air interface control policy is a joint processing policy. a receiver, configured to receive, through an open interface, an air interface control policy sent by the radio access network controller, wherein the air interface control policy is generated by the radio access network controller, and the open interface is an interface between the enhanced base station and the radio access network controller; wherein the receiver is further configured to receive a user plane data forwarding policy of an Internet protocol IP layer and layers above the IP layer sent by the network controller, wherein the user plane data forwarding policy controls IP flow tables; and a processor, configured to process air interface user plane data according to the air interface control policy; wherein the processor is further configured to process user plane data of the IP layer and the layers above the IP layer according to the data forwarding policy; wherein the air interface control policy is sent over an interface layer on top of the IP layer; wherein the user plane data forwarding policy is sent over an interface layer on top of the IP layer, whereby the interface layer uses OpenFlow protocol; and wherein the air interface control policy is a joint processing policy.
Suction apparatus having a housing, having an electric motor for generating an air flow, wherein the housing has an air inlet by way of which the air flow can enter the housing, and an air outlet by way of which the air flow can exit the housing, having at least one cyclone chamber, having a collection container, and having a filter element, wherein the suction apparatus has at least one air-directing device for directing the air flow inside the cyclone chamber, characterized in that the air-directing device at least partially protrudes beyond the filter element in the axial direction to a housing axis.
An integrated sample acquisition and sample stabilization device comprising: (i) a sample acquisition component comprising one or more piercing elements; (ii) more than one paper stabilization matrix, wherein the more than one paper stabilization matrices are stacked, and wherein the more than one paper stabilization matrices do not contact each other; and (iii) a channel configured to allow a biological sample to move from an opening in the sample acquisition component through the channel onto the more than one paper stabilization matrices, wherein the more than one paper stabilization matrices are configured to stabilize one or more biological components. (i) a sample acquisition component comprising one or more piercing elements; (ii) more than one paper stabilization matrix, wherein the more than one paper stabilization matrices are stacked, and wherein the more than one paper stabilization matrices do not contact each other; and (iii) a channel configured to allow a biological sample to move from an opening in the sample acquisition component through the channel onto the more than one paper stabilization matrices, wherein the more than one paper stabilization matrices are configured to stabilize one or more biological components.
A high refractive index, polarized spectacle lens comprising a high refractive index lens substrate having a refractive index of n ≥ 1.515, and a multi-layer polarized film embedded in the high refractive index lens substrate, characterized in that the multi-layer polarized film consists of one transparent support layer and two adhesion layers, each adhesion layer comprising a polyvinyl alcohol-type layer selected from one or more of the group of polyvinyl alcohol, polyvinyl formal, polyvinyl acetate (PVAc), a saponified (ethylene/vinyl acetate) copolymer, or a mixture thereof, at least one of the adhesion layers is a polarized adhesion layer being an outer layer of the multi-layer polarized film and being in direct contact with the high refractive index lens substrate and the transparent support layer is located between the two adhesion layers.
An animal monitoring system, comprising: a) an inert bolus body adapted to allow oral administration to a ruminant animal; b) an animal monitoring device having a location inside said inert bolus body, including: i) at least one sensor which generates a signal which varies in relation to change in a sensed animal characteristic; ii) a sensor signal encoder which encodes said signal generated by said at least one sensor as encoded sensed animal characteristic information; iii) a radio frequency signal generator which generates a radio frequency signal capable of carrying said encoded sensed animal characteristic information; iv) an antenna which transmits said radio frequency signal; and v) a power source which supplies power to said animal monitoring device; and c) a first magnet having a location inside said inert bolus body, wherein said radio frequency generator comprises at least an oscillator which generates said radio frequency signal, the system further comprising a radio frequency stabilizer which operates to maintain said radio frequency signal within a radio frequency range, characterized in the said system further comprises a network frequency match element which compensates for demodulation of said radio frequency signal passing through the mass of said ruminant animal. a) an inert bolus body adapted to allow oral administration to a ruminant animal; b) an animal monitoring device having a location inside said inert bolus body, including: i) at least one sensor which generates a signal which varies in relation to change in a sensed animal characteristic; ii) a sensor signal encoder which encodes said signal generated by said at least one sensor as encoded sensed animal characteristic information; iii) a radio frequency signal generator which generates a radio frequency signal capable of carrying said encoded sensed animal characteristic information; iv) an antenna which transmits said radio frequency signal; and v) a power source which supplies power to said animal monitoring device; and i) at least one sensor which generates a signal which varies in relation to change in a sensed animal characteristic; ii) a sensor signal encoder which encodes said signal generated by said at least one sensor as encoded sensed animal characteristic information; iii) a radio frequency signal generator which generates a radio frequency signal capable of carrying said encoded sensed animal characteristic information; iv) an antenna which transmits said radio frequency signal; and v) a power source which supplies power to said animal monitoring device; c) a first magnet having a location inside said inert bolus body, wherein said radio frequency generator comprises at least an oscillator which generates said radio frequency signal, the system further comprising a radio frequency stabilizer which operates to maintain said radio frequency signal within a radio frequency range, characterized in the said system further comprises a network frequency match element which compensates for demodulation of said radio frequency signal passing through the mass of said ruminant animal.
An air intake structure of a motorcycle engine, the air intake structure having a supercharger supercharging air and an air intake chamber receiving the air supercharged by the supercharger and sending the supercharged air to the engine, wherein the supercharger is arranged rearward of cylinders of the engine relative to a front-rear direction of the motorcycle, wherein a throttle body is connected to the air intake downstream side of the air intake chamber, wherein an air intake port of a cylinder head of the engine is connected to the air intake downstream side of the throttle body, and wherein the air intake chamber is arranged above the supercharger, above a rear portion of the engine and below a fuel tank of the motorcycle, characterized in that one or more upstream intercoolers and one or more downstream intercoolers are arranged side by side in the air intake direction, the one or more downstream intercoolers being arranged on the air intake downstream side of the one or more upstream intercoolers, each upstream intercooler circulates engine cooling water to cool intake air, an engine cooling water pump sending the cooling water into the upstream intercooler through an inlet thereof, each downstream intercooler circulates cooling liquid via a dedicated pump and a dedicated radiator to cool intake air, and the engine cooling water pump is operated by the power of a rotational shaft of the engine, and the dedicated pump is an electrically operated pump operated by an electrically operated motor based on a signal from an engine control unit and can be operated irrespective of the power of the rotational shaft of the engine.
An adhesive composition comprising a prepolymer that can be obtained by reacting a reaction mixture containing: (a) at least one epoxy resin; (b) at least one polyether diamine or triamine, in particular polyether triamine; (c) at least one carboxyl-terminated butadiene acrylonitrile copolymer (CTBN); and (d) rubber particles having a core-shell structure. (a) at least one epoxy resin; (b) at least one polyether diamine or triamine, in particular polyether triamine; (c) at least one carboxyl-terminated butadiene acrylonitrile copolymer (CTBN); and (d) rubber particles having a core-shell structure.
Heat exchanger comprising a fluid flow tube and configured to allow an exchange of heat between the fluid flowing in the tube and an enclosure surrounding the tube, the enclosure being formed of two profiled bars (112a, 112b; 212a, 212b; 312) configured to surround the tube over at least one part of its length, each comprising: - a recess (16a, 16b, 316) intended to receive the tube, the inner surface of the recess being a portion of a cylinder, characterized in that each of the bars comprises: - a joint surface (18a, 18b) distributed on either side of the recess and configured to form a joint with the other profiled bar following soldering of the bars, and in that the joint surfaces (18a, 18b) of the profiled bars are complementary in shape so as to form a gap therebetween, at least one soldering element (22a, 22b) being arranged in at least one part of said gap, and the joint surfaces (18a, 18b) of the profiled bars are arranged in different planes such that said gap forms at least one baffle (24a, 24b) on each side of the tube. the enclosure being formed of two profiled bars (112a, 112b; 212a, 212b; 312) configured to surround the tube over at least one part of its length, each comprising: - a recess (16a, 16b, 316) intended to receive the tube, the inner surface of the recess being a portion of a cylinder, characterized in that each of the bars comprises: - a joint surface (18a, 18b) distributed on either side of the recess and configured to form a joint with the other profiled bar following soldering of the bars, - a recess (16a, 16b, 316) intended to receive the tube, the inner surface of the recess being a portion of a cylinder, characterized in that each of the bars comprises: - a joint surface (18a, 18b) distributed on either side of the recess and configured to form a joint with the other profiled bar following soldering of the bars, - a joint surface (18a, 18b) distributed on either side of the recess and configured to form a joint with the other profiled bar following soldering of the bars, and in that the joint surfaces (18a, 18b) of the profiled bars are complementary in shape so as to form a gap therebetween, at least one soldering element (22a, 22b) being arranged in at least one part of said gap, and the joint surfaces (18a, 18b) of the profiled bars are arranged in different planes such that said gap forms at least one baffle (24a, 24b) on each side of the tube.