mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear (100, 200, 300, 400, 500), comprising: an upper (102, 206, 306, 406, 506) configured to receive a foot of a wearer and formed using a rapid manufacturing additive fabrication technique, the upper including a first portion formed from a first thermoplastic elastomer material and formed as fused layers of the first thermoplastic elastomer material in a rapid manufacturing additive fabrication technique and a second portion formed from a second material and formed as fused layers of the second material, the second thermoplastic elastomer material being different from the first thermoplastic elastomer material; and a sole structure connected to the upper (102, 206, 306, 406, 506) and including a midsole (122, 210) and an outsole (120, 212). an upper (102, 206, 306, 406, 506) configured to receive a foot of a wearer and formed using a rapid manufacturing additive fabrication technique, the upper including a first portion formed from a first thermoplastic elastomer material and formed as fused layers of the first thermoplastic elastomer material in a rapid manufacturing additive fabrication technique and a second portion formed from a second material and formed as fused layers of the second material, the second thermoplastic elastomer material being different from the first thermoplastic elastomer material; and a sole structure connected to the upper (102, 206, 306, 406, 506) and including a midsole (122, 210) and an outsole (120, 212).
Filtering device (1; 1') for a temporary sanitation facility for a civil engineering worksite, this temporary sanitation facility containing at least one hollow element preferably constituted by at least one reservoir and/or at least one trench and/or at least one natural watercourse; said hollow element forming and/or comprising at least one flow path for runoff water in a flow direction, in which the filtering device (1; 1') comprises at least one enclosure (5; 5') which, one the one hand, contains a filtering medium having the form of a mass of filtering elements, and which, on the other hand, contains at least a base (6; 6'), upstream (7; 7') and downstream (8; 8') walls and side walls (10; 10'), defining a receiving volume (15; 15') for the filtering medium, upstream (7; 7') and downstream (8; 8') walls extending from the base (6; 6') in a transverse direction with respect to a direction intended to be arranged in the direction of flow of the runoff water, the upstream (7; 7') and downstream (8; 8') walls preferably being parallel, each of the upstream (7; 7') and downstream (8; 8') walls containing at least one part (23; 23') that is open-worked so as to allow the runoff water to flow through said upstream (7; 7') and downstream (8; 8') walls; said enclosure (5; 5'): • having an open upper face, via which the filtering medium can be introduced into the enclosure (5; 5') after the latter is installed in the flow path; • having a weight less than or equal to - given below in kg and in increasing order of preference - 350; 300; 250; 200; 150; 100; 50; characterized ▪ in that the enclosure is made of a rigid material; ▪ in that said filtering medium is selected from gravels, sands, straws, wood shavings, bark chips, washed gravel, coco chips and mixtures thereof; ▪ and in that the open-work part or parts of each of the upstream and downstream walls of the enclosure comprise a mesh at least a part of the cells of which each have a flow cross section comprised between 4 and 10 cm 2. • having an open upper face, via which the filtering medium can be introduced into the enclosure (5; 5') after the latter is installed in the flow path; • having a weight less than or equal to - given below in kg and in increasing order of preference - 350; 300; 250; 200; 150; 100; 50; ▪ in that the enclosure is made of a rigid material; ▪ in that said filtering medium is selected from gravels, sands, straws, wood shavings, bark chips, washed gravel, coco chips and mixtures thereof; ▪ and in that the open-work part or parts of each of the upstream and downstream walls of the enclosure comprise a mesh at least a part of the cells of which each have a flow cross section comprised between 4 and 10 cm 2.
A blower assembly, comprising: a blower enclosure; a blower slider assembly mounted to the blower enclosure, the blower slider assembly includes slider rails (106A; 106B) each including a moveable rail (108A; 108B) and a stationary rail (110A; 110B), a blower mounting plate coupled to each moveable rail (108A; 108B) of the slider rails (106A; 106B); a rail anchor plate coupled to the blower enclosure, wherein each of the stationary rails is mounted to the rail anchor plate, and wherein the rail anchor plate in particular includes a top portion fastened to the blower enclosure, and anchor sides extending downward from the top portion, wherein the stationary rails (110A; 110B) are fastened to the anchor sides; a blower motor and fan assembly mounted to the blower mounting plate wherein the blower motor and fan assembly is adapted to slide out of the blower enclosure; characterised by a catch operational to limit an extent of sliding of the blower motor and fan assembly, wherein the catch in particular comprises a bent flange on a blower anchor plate. a blower enclosure; a blower slider assembly mounted to the blower enclosure, the blower slider assembly includes slider rails (106A; 106B) each including a moveable rail (108A; 108B) and a stationary rail (110A; 110B), a blower mounting plate coupled to each moveable rail (108A; 108B) of the slider rails (106A; 106B); a rail anchor plate coupled to the blower enclosure, wherein each of the stationary rails is mounted to the rail anchor plate, and wherein the rail anchor plate in particular includes a top portion fastened to the blower enclosure, and anchor sides extending downward from the top portion, wherein the stationary rails (110A; 110B) are fastened to the anchor sides; a blower motor and fan assembly mounted to the blower mounting plate wherein the blower motor and fan assembly is adapted to slide out of the blower enclosure; characterised by a catch operational to limit an extent of sliding of the blower motor and fan assembly, wherein the catch in particular comprises a bent flange on a blower anchor plate.
A kiteboard comprising a. a base comprising i. a top face and a bottom face and ii. an outer edge face extending in a circumferential direction along an outer contour of the top face and the bottom face and comprising a first mechanical interface; b. a front extension and/or a back extension comprising a top face and a bottom face and an inner edge face extending between the top face and the bottom face along an inner contour, wherein c. the inner edge face corresponds at least partially to the outer contour of the base and comprises a second mechanical interface, wherein d. in an assembled position the first and the second mechanical interfaces are engaged with each other to position the front extension and/or the back extension with respect to the base, wherein e. the outer edge face of the base is a riding edge such that the base is a fully functioning kiteboard in itself, and wherein the riding edge comprises a reinforcing element, which in placed on and thus reinforces the outer edge face; f. at least one first locking element, wherein the at least one first locking element is located on the top face of the base and/or top face of the front extension and/or the back extension. a. a base comprising i. a top face and a bottom face and ii. an outer edge face extending in a circumferential direction along an outer contour of the top face and the bottom face and comprising a first mechanical interface; i. a top face and a bottom face and ii. an outer edge face extending in a circumferential direction along an outer contour of the top face and the bottom face and comprising a first mechanical interface; b. a front extension and/or a back extension comprising a top face and a bottom face and an inner edge face extending between the top face and the bottom face along an inner contour, wherein c. the inner edge face corresponds at least partially to the outer contour of the base and comprises a second mechanical interface, wherein d. in an assembled position the first and the second mechanical interfaces are engaged with each other to position the front extension and/or the back extension with respect to the base, wherein e. the outer edge face of the base is a riding edge such that the base is a fully functioning kiteboard in itself, and wherein the riding edge comprises a reinforcing element, which in placed on and thus reinforces the outer edge face; f. at least one first locking element, wherein the at least one first locking element is located on the top face of the base and/or top face of the front extension and/or the back extension.
A method for fastening an electronic unit to a nappy, said method comprising the steps of providing a sensor element comprising a contact area arranged between two attachment parts which can be fastened to the nappy, said contact area having a first side and a second side opposite the first side, fastening the attachment parts of the sensor element to the surface of the nappy, preferably by means of an adhesive, in a fixed position in relation to the nappy, leaving the contact area of the sensor element free from being fastened directly to the surface of the nappy, providing an electronic unit comprising a first part and a second part, placing the first part of the electronic unit between the contact area and the surface of the nappy in close contact with the first side of the contact area, and placing the second part of the electronic unit in close contact with the second side of the contact area opposite the first side thereof, so that the contact area of the sensor element is wedged in between the first and the second part of the electronic unit, whereby the electronic unit is attached to and held in a fixed position in relation to the sensor element and, thereby, also to the nappy.
A catheter securement dressing, comprising: a body comprising an upper portion and a lower portion, the lower portion comprising an access opening, wherein the access opening is enclosed within the lower portion on each lateral side, the upper portion having a close tab; a first adhesive layer disposed on a bottom surface of the lower portion and configured to adhere the catheter securement dressing to the skin; a second adhesive layer configured to adhere the upper portion to the lower portion, wherein the second adhesive layer is disposed on a top surface of the upper portion and includes an antimicrobial agent, wherein the upper portion is configured to fold over onto a top surface of the lower portion about a fold line disposed at an end of the lower portion, wherein when the upper portion folds over the lower portion about the fold line, only a bottom surface of the upper portion is exposed and the second adhesive layer adheres to the top surface of the lower portion surrounding the access opening such that an entire portion of a catheter device inserted through the access opening is surrounded by the antimicrobial agent, wherein the bottom surface of the upper portion includes a bottom surface of the close tab, and wherein the close tab is free of the second adhesive layer. a body comprising an upper portion and a lower portion, the lower portion comprising an access opening, wherein the access opening is enclosed within the lower portion on each lateral side, the upper portion having a close tab; a first adhesive layer disposed on a bottom surface of the lower portion and configured to adhere the catheter securement dressing to the skin; a second adhesive layer configured to adhere the upper portion to the lower portion, wherein the second adhesive layer is disposed on a top surface of the upper portion and includes an antimicrobial agent, wherein the upper portion is configured to fold over onto a top surface of the lower portion about a fold line disposed at an end of the lower portion, wherein when the upper portion folds over the lower portion about the fold line, only a bottom surface of the upper portion is exposed and the second adhesive layer adheres to the top surface of the lower portion surrounding the access opening such that an entire portion of a catheter device inserted through the access opening is surrounded by the antimicrobial agent, wherein the bottom surface of the upper portion includes a bottom surface of the close tab, and wherein the close tab is free of the second adhesive layer.
A preform for an antiresonant hollow core optical fibre comprising; an outer jacket tube having an inner surface and a central longitudinal axis; a plurality of antiresonant cladding tubes spaced apart at predefined peripheral locations in a ring around the inner surface of the outer jacket tube with a void within the ring, the void having a boundary with a shape defined by inwardly-facing portions of outer surfaces of the antiresonant cladding tubes, each antiresonant cladding tube in contact with the inner surface such that a central longitudinal axis of each antiresonant cladding tube is at a first radial distance from the central longitudinal axis of the outer jacket tube; and a plurality of spacing elements disposed alternately with the antiresonant cladding tubes and each in contact with an outer surface of each of two adjacent antiresonant cladding tubes at one or more contact points, the contact points at a second radial distance from the central longitudinal axis of the outer jacket tube, the second radial distance being greater than the first radial distance. an outer jacket tube having an inner surface and a central longitudinal axis; a plurality of antiresonant cladding tubes spaced apart at predefined peripheral locations in a ring around the inner surface of the outer jacket tube with a void within the ring, the void having a boundary with a shape defined by inwardly-facing portions of outer surfaces of the antiresonant cladding tubes, each antiresonant cladding tube in contact with the inner surface such that a central longitudinal axis of each antiresonant cladding tube is at a first radial distance from the central longitudinal axis of the outer jacket tube; and a plurality of spacing elements disposed alternately with the antiresonant cladding tubes and each in contact with an outer surface of each of two adjacent antiresonant cladding tubes at one or more contact points, the contact points at a second radial distance from the central longitudinal axis of the outer jacket tube, the second radial distance being greater than the first radial distance.
An ink comprising: (a) 0.1 to 10 parts of a self-dispersible pigment; (b) 5 to 15 parts of a polymeric latex binder with a glass transition temperature in the range of from 0°C to -60°C; (c) 5 to 15 parts of one or more polar organic solvent(s) with a solubility parameter at 25°C greater than 27.5; (d) 0.1 to 3 parts of an acetylenic surfactant; (e) 0.001 to 5 parts of biocide; (f) 0 to 10 parts of a viscosity modifier; (g) 0 to 5 parts of one or more organic solvents with a solubility parameter at 25°C less than 27.5; (h) 0 to 5 parts of a cross linking agent; and (i) the balance to 100 parts water; where the ratio of latex binder to total organic solvent is in the range of from 1:3 to 3:1. (a) 0.1 to 10 parts of a self-dispersible pigment; (b) 5 to 15 parts of a polymeric latex binder with a glass transition temperature in the range of from 0°C to -60°C; (c) 5 to 15 parts of one or more polar organic solvent(s) with a solubility parameter at 25°C greater than 27.5; (d) 0.1 to 3 parts of an acetylenic surfactant; (e) 0.001 to 5 parts of biocide; (f) 0 to 10 parts of a viscosity modifier; (g) 0 to 5 parts of one or more organic solvents with a solubility parameter at 25°C less than 27.5; (h) 0 to 5 parts of a cross linking agent; and (i) the balance to 100 parts water;
A method of information selection in a wireless communication system performed in a propagator node, comprising: receiving an information advertisement signal from a distributor node over a neighbor interface module associated with said distributor node, wherein the information advertisement signal identifies an information object that is stored in said distributor node; extracting a distributor tag identifying said distributor node from the information advertisement signal; storing said distributor tag and an identifier of said neighbor interface module in a distributor routing table; receiving a selection request signal, wherein said selection request signal identifies information requested by a selector node; determining all or a portion of said selection request signal matches all or a portion of said distributor tag stored in said distributor routing table and determining that said neighbor interface module is associated with said distributor tag; and forwarding all or a portion of said selection request signal to said distributor node over said neighbor interface module based on the determining. receiving an information advertisement signal from a distributor node over a neighbor interface module associated with said distributor node, wherein the information advertisement signal identifies an information object that is stored in said distributor node; extracting a distributor tag identifying said distributor node from the information advertisement signal; storing said distributor tag and an identifier of said neighbor interface module in a distributor routing table; receiving a selection request signal, wherein said selection request signal identifies information requested by a selector node; determining all or a portion of said selection request signal matches all or a portion of said distributor tag stored in said distributor routing table and determining that said neighbor interface module is associated with said distributor tag; and forwarding all or a portion of said selection request signal to said distributor node over said neighbor interface module based on the determining.
A magnetoresistive device, comprising: a tunnel barrier region; a magnetically fixed region positioned on one side of the tunnel barrier region a magnetically free region positioned on an opposite side of the tunnel barrier region; and multiple transition regions positioned between the magnetically fixed region and the tunnel barrier region, wherein the transition regions include at least a first transition region and a second transition region, and wherein the first transition region includes a non-ferromagnetic transition metal and the second transition region includes an iron-boron alloy, FeB, characterised in that the FeB has a concentration of boron greater than or equal to 50 atomic percent. a tunnel barrier region; a magnetically fixed region positioned on one side of the tunnel barrier region a magnetically free region positioned on an opposite side of the tunnel barrier region; and multiple transition regions positioned between the magnetically fixed region and the tunnel barrier region, wherein the transition regions include at least a first transition region and a second transition region, and wherein the first transition region includes a non-ferromagnetic transition metal and the second transition region includes an iron-boron alloy, FeB, characterised in that the FeB has a concentration of boron greater than or equal to 50 atomic percent.
A device comprising a first part shrink-fitted by means of a first shrink ring, the first being itself shrink-fitted by means of a second shrink ring exhibiting a lower thermal expansion coefficient than the thermal expansion coefficient of the first shrink ring, a shrink ring being an external part shrink fitted to an internal part.
An electronic cigarette, comprising a power supply device, a control device, a tobacco heating device and an e-liquid atomizing device, wherein the power supply device is configured to provide electric power to the control device, the tobacco heating device and the e-liquid atomizing device, the tobacco heating device and the e-liquid atomizing device have a common smoke outlet, the control device is electrically connected to each of the tobacco heating device and the e-liquid atomizing device, the control device is configured to control the tobacco in the tobacco heating device to be heated when receiving an instruction for heating the tobacco and control the e-liquid in the e-liquid atomizing device to be atomized when a condition for atomizing the e-liquid is satisfied, and the smoke generated by the tobacco heating device and the mist generated by the e-liquid atomizing device are mixed and then discharged from the smoke outlet; characterized in that the tobacco heating device comprises a heating element and a tobacco storage apparatus, the heating element is provided with a plurality of heating sections separately controlled by the control device, the control device controls each heating section of the plurality of heating sections to be sequentially heated along the airflow direction, the control device further comprises a smoke sensor provided at the smoke outlet to detect the content of a target substance, and the control device controls the heating element to increase a heating section for heating when the content of the target substance is less than a preset value, such that the heating section currently being heated is controlled to stop heating, and a next heating section in the airflow direction after the current heating section is controlled to start heating, wherein the target substance is a substance from the tobacco, not from the e-liquid.
A liquid storage device for a cotton-free electronic cigarette, comprising a liquid storage cup for storing cigarette liquid, and a liquid percolation piece having a plurality of liquid percolation holes; the liquid storage cup having a cylindrical shape, an inner wall of a liquid outlet end of the liquid storage cup being provided with at least two locking members, the liquid percolation piece having a circular edge which engages with an internal circumferential surface of the liquid outlet end of the liquid storage cup, the liquid percolation piece being inserted into the liquid outlet end of the liquid storage cup and being passed through the at least two locking members to be locked; characterized in that a plurality of longitudinally-disposed supporting ribs are inwardly protruded from an inner wall of a liquid storage part of the liquid storage cup, the liquid percolation piece is pressed by the locking members to be locked on a top of the supporting ribs.