mhurhangee/ep-ind-claims huggingface dataset:
A portable encoded information reading - EIR - terminal (100a - 100z) for incorporation in a data collection system having a plurality of peer EIR terminals, said plurality of peer EIR terminal collectively forming a wireless network, said wireless network being an open system interconnection - OSI - layer 2 network, said wireless network comprising zero or more wireless access points (140a, 140b), said wireless network further comprising zero or more portals, each portal routing medium access control - MAC - frames between said wireless network and at least one OSI layer 2 network, said EIR terminal comprising: ▪ a terminal module including a central processing unit - CPU, a memory, and an encoded information reading - EIR - device selected from the group consisting of a bar code reading device, a radio-frequency identification - RFID - reading device, and a card reading device, said EIR device configured to perform one of: outputting raw message data containing an encoded message, outputting decoded message data corresponding to an encoded message; and ▪ a wireless interface module communicatively coupled to said terminal module via a wired interface, said wireless interface module including a microcontroller, a memory, and at least one wireless communication interface; wherein said wireless interface module establishes one or more wireless links with one or more EIR terminals of said plurality of peer EIR terminals, to join said wireless network; characterised in that said wireless interface module performs at least one of: receiving beacons, transmitting beacons, said beacons containing at least an identifier of a path selection protocol, said path selection protocol being used for unicast, multicast and broadcast frame transmission within said wireless network; wherein said wireless interface module, responsive to receiving one or more data packets from said terminal module, incorporates said one or more data packets into one or more MAC frames and forwards said one or more MAC frames, according to said path selection protocol, to one of: a peer EIR terminal, a wireless access point, one or more of said portals; and wherein said wireless interface module, responsive to receiving one or more MAC frames, said one or more MAC frames containing one or more data packet addressed to said terminal module, transmits said one or more data packets to said terminal module. ▪ a terminal module including a central processing unit - CPU, a memory, and an encoded information reading - EIR - device selected from the group consisting of a bar code reading device, a radio-frequency identification - RFID - reading device, and a card reading device, said EIR device configured to perform one of: outputting raw message data containing an encoded message, outputting decoded message data corresponding to an encoded message; and ▪ a wireless interface module communicatively coupled to said terminal module via a wired interface, said wireless interface module including a microcontroller, a memory, and at least one wireless communication interface;
A sliding or rolling sports device, consisting of a pair of skis for sliding or of two roller skis for roller skiing, with bindings for the shoes of the rider, wherein the left ski or the left roller ski is articulately connected to the right ski or to right roller ski respectively, via a coupling system, so that given a longitudinal displacement of the one ski or of the one roller ski with respect to the other ski or the other roller ski respectively, the skis (10a, b) or the roller skis are guided parallel or approximately parallel to one another, and the lateral inclining of the two skis (10a,b) or roller skis is coordinated by way of the coupling system in a manner such that the angular change of the two individual skis (10a, b) or roller skis to the ground is coupled, further that given skis or roller skis lying next to one another, the bearing heads (120a,b; 220a,b; 3210) which lie opposite one another to the left and right are connected to one or two cross-members or one or two limbs (130, 140), whose ends are pivotably mounted at different heights in the bearing heads (120a,b; 220a,b; 3120) and thus form a parallelogram with these bearing heads (120a,b; 220a,b; 3120), so that the edging positions of the two skis or roller skis are coupled to one another, characterised in that on the upper side of each ski or roller ski, one or two bearing heads (120a,b; 220a,b; 3120) which by hand can be latched in and releasably fastened again on the ski or roller ski are present.
A tool interchange (20, 200) for a submersible remote operated vehicle, i.e., ROV arm, the tool interchange comprising: a first interchange body that affixes to the ROV arm; a second interchange body carried by the first interchange body to rotate on a rotation axis, the second interchange body comprising a tool mount actuable between gripping an ROV tool to the second interchange body and releasing the ROV tool from the second interchange body; and an inductive power coupling part in the tool mount, the inductive power coupling part presented outwardly in the tool mount, residing on the rotation axis and fixed with respect to the first interchange body, the inductive power coupling part adapted to inductively communicate power with a corresponding inductor power coupling part of the ROV tool when the ROV tool is docked in the tool mount. a first interchange body that affixes to the ROV arm; a second interchange body carried by the first interchange body to rotate on a rotation axis, the second interchange body comprising a tool mount actuable between gripping an ROV tool to the second interchange body and releasing the ROV tool from the second interchange body; and an inductive power coupling part in the tool mount, the inductive power coupling part presented outwardly in the tool mount, residing on the rotation axis and fixed with respect to the first interchange body, the inductive power coupling part adapted to inductively communicate power with a corresponding inductor power coupling part of the ROV tool when the ROV tool is docked in the tool mount.
A method of production of a highly saturated nitrile rubber comprising: a polymerization step of polymerizing a monomer mixture containing at least an α,β-ethylenically unsaturated nitrile monomer and diene monomer in a medium to obtain a dispersion or solution of a nitrile rubber; a coagulation step of causing the dispersion or solution of the nitrile rubber to coagulate at 10 to 60°C to obtain a solid form nitrile rubber; and a hydrogenation reaction step of causing the solid form nitrile rubber obtained by the coagulation step to disperse or dissolve in a medium to obtain a dispersion or solution of the nitrile rubber and performing a hydrogenation reaction of the obtained dispersion or solution of the nitrile rubber to thereby obtain a dispersion or solution of a highly saturated nitrile rubber, wherein in the hydrogenation reaction, the content of a compound having a mercapto group having 9 to 12 carbon atoms is 50 wt ppm or less and the content of a compound having a mercapto group having 13 to 16 carbon atoms is 1 to 120 wt ppm with respect to 100 wt% of the content of the nitrile rubber in the dispersion or solution of the nitrile rubber. a polymerization step of polymerizing a monomer mixture containing at least an α,β-ethylenically unsaturated nitrile monomer and diene monomer in a medium to obtain a dispersion or solution of a nitrile rubber; a coagulation step of causing the dispersion or solution of the nitrile rubber to coagulate at 10 to 60°C to obtain a solid form nitrile rubber; and a hydrogenation reaction step of causing the solid form nitrile rubber obtained by the coagulation step to disperse or dissolve in a medium to obtain a dispersion or solution of the nitrile rubber and performing a hydrogenation reaction of the obtained dispersion or solution of the nitrile rubber to thereby obtain a dispersion or solution of a highly saturated nitrile rubber, wherein in the hydrogenation reaction, the content of a compound having a mercapto group having 9 to 12 carbon atoms is 50 wt ppm or less and the content of a compound having a mercapto group having 13 to 16 carbon atoms is 1 to 120 wt ppm with respect to 100 wt% of the content of the nitrile rubber in the dispersion or solution of the nitrile rubber.
A method for locating a target on a site comprising: monitoring at least one locating device (460-1, 460-2, 460-3) of a plurality of locating devices traversing the site based on data from a mobile device (300, 400-1, 400-2, 400-3) cooperating with a server; determining, based on the monitoring, if a current position of the at least one locating device is at a distance that is greater than or equal to a specified distance from the target; if the distance is determined to be greater than or equal to the specified distance then positioning the at least one locating device using a first positioning system; and when the distance is determined not to be greater than or equal to the specified distance then transitioning, coordinated by the mobile device and the server, the positioning of the at least one locating device from using the first positioning system to positioning the at least one locating device using a robotic total station until a final position for the target has been located on the site. monitoring at least one locating device (460-1, 460-2, 460-3) of a plurality of locating devices traversing the site based on data from a mobile device (300, 400-1, 400-2, 400-3) cooperating with a server; determining, based on the monitoring, if a current position of the at least one locating device is at a distance that is greater than or equal to a specified distance from the target; if the distance is determined to be greater than or equal to the specified distance then positioning the at least one locating device using a first positioning system; and when the distance is determined not to be greater than or equal to the specified distance then transitioning, coordinated by the mobile device and the server, the positioning of the at least one locating device from using the first positioning system to positioning the at least one locating device using a robotic total station until a final position for the target has been located on the site.
A device for applying a fluid sealant comprising a wand with a fluid sealant supply either as part of the wand or as a separate supply tube and an applicator head, wherein, the wand is attached to the top of an applicator head via a universal joint, further wherein, the applicator head includes a chamber on its underside which is sufficiently large to enable a constant supply of a fluid sealant to a substrate that is to be sealed, and, still further wherein, the applicator head has disposed around its lower periphery a chamber edge adapted to strike the sealant flat, which lower periphery is a beveled edge or which chamber edge has short brush bristles disposed within it in a normal relation to the bottom plane of the applicator head.
A food blender, comprising: a vessel for receiving food for blending; a blade assembly adapted in use to be mounted at a base of the vessel, the blade assembly comprising a rotatable blade and non-rotatable blade support; and an optical analysis system comprising: a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector, wherein at least one of the sensor module and the reference reflector is mounted on the rotatable blade. a vessel for receiving food for blending; a blade assembly adapted in use to be mounted at a base of the vessel, the blade assembly comprising a rotatable blade and non-rotatable blade support; and an optical analysis system comprising: a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector, a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector, wherein at least one of the sensor module and the reference reflector is mounted on the rotatable blade.
A frozen aerated confection comprising: a mixture consisting of glycerides wherein 18 to 35%, by weight of the total amount of fatty acids in said glycerides, are saturated fatty acids; at least 90%, by weight of said saturated fatty acids, are fatty acids of saturated C16 and/or C18 fatty acids, and at least one additional fat or oil component, wherein the ratio of the combined percentages of SOS and SSO, by weight of the total amount of glycerides, to the percentage of SSS, by weight of the total amount of glycerides, is greater than 6, wherein the mixture is the only fat ingredient of the frozen aerated confection; and wherein "S" refers to saturated fatty acid residues of glyceride molecules, and "O" refers to oleic fatty acid residues of glyceride molecules. a mixture consisting of glycerides wherein 18 to 35%, by weight of the total amount of fatty acids in said glycerides, are saturated fatty acids; at least 90%, by weight of said saturated fatty acids, are fatty acids of saturated C16 and/or C18 fatty acids, and at least one additional fat or oil component, wherein the ratio of the combined percentages of SOS and SSO, by weight of the total amount of glycerides, to the percentage of SSS, by weight of the total amount of glycerides, is greater than 6, wherein the mixture is the only fat ingredient of the frozen aerated confection; and wherein "S" refers to saturated fatty acid residues of glyceride molecules, and "O" refers to oleic fatty acid residues of glyceride molecules.
A method for obtaining illumination with preferential colour rendition using a light source comprising at least three solid-state electroluminescent and/or photoluminescent emitters, each emitter having an individual spectral power distribution and relative partial radiant flux selected by computational searching with the net spectral power distribution of said light source, characterised in that the computational searching Is constrained by the condition that for more than fifteen different test colour samples illuminated by said light source, the colour shifts of the samples computed in respect of a reference light source are such that a) the ratio of the fraction of the test colour samples that are rendered with increased saturation to the fraction of the test colour samples that are rendered with high fidelity within the range of 0.3 to 3 and b) the fraction of the test colour samples that are rendered with decreased saturation of less than 10%.
A ventilator system (200/300) configured to enable breathing in the event of a blockage, comprising: an inhalation pathway comprising an ambient air inlet (208/308), a bi-directional emergency valve (214/314), and a blower (210/310); an exhalation pathway (220/320) comprising a bi-directional exhalation valve (222/322) and an exhalation port (224/324); wherein the exhalation pathway is configured such that when a blockage occurs in the inhalation pathway, during inspiration ambient air can be drawn by the patient from the exhalation port and through the bi-directional exhalation valve, and during exhalation exhalant exits the ventilator through the bi-directional exhalation valve and the exhalation port; wherein either the blower is a dynamic blower and the inhalation pathway is configured such that when a blockage occurs in the exhalation pathway, during inspiration inhalant is delivered to the patient by the dynamic blower, and during exhalation the dynamic blower lowers its speed or stops and the exhalant exits the ventilator through the bi-directional emergency valve, the dynamic blower and the ambient air inlet, or the inhalation pathway comprises a blower bypass valve, and the blower is a constant speed blower, and the inhalation pathway is configured such that when a blockage occurs in the exhalation pathway, during inspiration inhalant is delivered to the patient by the constant speed blower, and during exhalation the blower bypass valve is configured to bypass the blower and allow exhalation through the inhalation pathway. an inhalation pathway comprising an ambient air inlet (208/308), a bi-directional emergency valve (214/314), and a blower (210/310); an exhalation pathway (220/320) comprising a bi-directional exhalation valve (222/322) and an exhalation port (224/324); wherein the exhalation pathway is configured such that when a blockage occurs in the inhalation pathway, during inspiration ambient air can be drawn by the patient from the exhalation port and through the bi-directional exhalation valve, and during exhalation exhalant exits the ventilator through the bi-directional exhalation valve and the exhalation port; wherein either the blower is a dynamic blower and the inhalation pathway is configured such that when a blockage occurs in the exhalation pathway, during inspiration inhalant is delivered to the patient by the dynamic blower, and during exhalation the dynamic blower lowers its speed or stops and the exhalant exits the ventilator through the bi-directional emergency valve, the dynamic blower and the ambient air inlet, or the inhalation pathway comprises a blower bypass valve, and the blower is a constant speed blower, and the inhalation pathway is configured such that when a blockage occurs in the exhalation pathway, during inspiration inhalant is delivered to the patient by the constant speed blower, and during exhalation the blower bypass valve is configured to bypass the blower and allow exhalation through the inhalation pathway.
Apparatus for treatment of eye tissues comprising a source of electromagnetic radiation and means to direct said electromagnetic radiation to a selected zone of a surface of the eye, said source consisting of a light-emitting diode adapted to emit radiation at a wavelength of approximately 265mn, and being adapted to produce an irradiation intensity of between 0.01mW/cm 2 and 5mW/cm 2 on a zone of irradiated eye tissue and having a maximum power output of between 0.005mW and 50mW.
Apparatus for protecting an outer sheath of a flexible pipe of a riser, jumper or subsea flow line, comprising: a sleeve body (420, 620) comprising a first end region and a further end region, securable over a portion of an outer sheath of the flexible pipe of a riser, jumper or subsea flow line; wherein the apparatus further comprises at least one connector element (370, 670 securable to the first end region for securing the sleeve body with respect to the flexible pipe located proximate to a wear hazard (300, 900); wherein the at least one connector element (370, 670) is an intermediate connector (370, 670) connectable to a friction clamp secured to the flexible pipe, and wherein the sleeve body (420, 620) is a protective sleeve body securable uncovered over a portion of an outer sheath of the flexible pipe between said outer sheath and said wear hazard to provide a protected portion of flexible pipe having a bending stiffness substantially equal to a bending stiffness of a remaining portion of the flexible pipe uncovered by said sleeve body (420, 620). a sleeve body (420, 620) comprising a first end region and a further end region, securable over a portion of an outer sheath of the flexible pipe of a riser, jumper or subsea flow line; wherein the apparatus further comprises at least one connector element (370, 670 securable to the first end region for securing the sleeve body with respect to the flexible pipe located proximate to a wear hazard (300, 900); wherein the at least one connector element (370, 670) is an intermediate connector (370, 670) connectable to a friction clamp secured to the flexible pipe, and wherein the sleeve body (420, 620) is a protective sleeve body securable uncovered over a portion of an outer sheath of the flexible pipe between said outer sheath and said wear hazard to provide a protected portion of flexible pipe having a bending stiffness substantially equal to a bending stiffness of a remaining portion of the flexible pipe uncovered by said sleeve body (420, 620).
Apparatus for reflecting incident light, comprising a plurality of reflector units, arranged one next to the other, each having at least one reflector surface, wherein the reflector surfaces of all reflector units are pivotable, wherein each reflector unit (2, 3, 4, 5) comprises a pole and a reflector surface attached to the upper free end of the pole, comprises at the lower end of the pole a lower spherical joint to which the pole is connected in an articulated fashion by way of a movable coupling element that is common to all reflector units (2, 3, 4, 5), comprises in an intermediate region between the upper end and the lower end of the pole a spherical universal joint which connects the pole in an articulated fashion to a positionally fixed base element common to all reflector units (2, 3, 4, 5) and which supports each reflector unit (2, 3, 4, 5) movably about its own positionally fixed joint centre point, wherein, by moving the coupling element that is arranged under the base element, the reflector surfaces of all reflector units (2, 3, 4, 5) are movable simultaneously in the same direction and to the same extent, wherein the apparatus comprises a first and a second drive unit, characterized in that each drive unit comprises a universal joint (2a, 2b), which is connected to the base element and is connected to a spherical joint, which is attached to the coupling element, via a connecting pole which is movable about the joint centre point of the universal joint (2a, 2b), wherein the universal joints (2a, 2b) that are attached to the base element are motor-driven by the first and second drive units in mutually perpendicular shafts, wherein the driven universal joint (2a, 2b), the connecting pole and the spherical joint, connecting the connecting pole to the coupling element, of a respective drive unit are parts of a reflector unit (2, 3, 4, 5).
An articular administration device comprising - a reservoir suitable to contain at least one active ingredient and comprising a hollow body defining a collection chamber for collecting the active ingredient; and at least one opening designed to allow the introduction and\or outflow of said active ingredient from said collection chamber; - a feeding duct for said active ingredient adapted to be at least partially introduced into the body at an articulation and connected with said collection chamber through said opening; - a pump designed to push said active ingredient from said reservoir into said feeding duct and then into said articulation; and - a control unit adapted to control said pump so that it carries out the delivery of said active ingredient into said articulation; and - said reservoir comprises an inlet section for allowing an additional introduction of the active ingredient into the collection chamber, characterised in that the articular administration device is wearable and comprises - anchoring means for binding said articular administration device directly to a patient. - a reservoir suitable to contain at least one active ingredient and comprising a hollow body defining a collection chamber for collecting the active ingredient; and at least one opening designed to allow the introduction and\or outflow of said active ingredient from said collection chamber; - a feeding duct for said active ingredient adapted to be at least partially introduced into the body at an articulation and connected with said collection chamber through said opening; - a pump designed to push said active ingredient from said reservoir into said feeding duct and then into said articulation; and - a control unit adapted to control said pump so that it carries out the delivery of said active ingredient into said articulation; and - said reservoir comprises an inlet section for allowing an additional introduction of the active ingredient into the collection chamber, characterised in that the articular administration device is wearable and comprises - anchoring means for binding said articular administration device directly to a patient.