mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: providing a Virtual Private Network, VPN, overlay network for at least one of a first set of communication devices and first set of users, the VPN overlay network being established on top of a public communication network and the method characterized by; establishing a first and second peer-to-peer network over the VPN over lay network, the first peer-to-peer network being established for at least one of a second set of communication devices and second set of users over the VPN overlay network and the second peer-to-peer network being established for at least one of a third set of communication devices and third set of users over the VPN overlay network, wherein the at least one of a second set of communication devices and second set of users are in the at least one of a first set of communication devices and first set of users, wherein the at least one of a third set of communication devices and third set of users are in the at least one of a first set of communication devices and first set of users, and defining a communication policy for the first peer-to-peer network which is different from a communication policy for the second peer-to-peer network. providing a Virtual Private Network, VPN, overlay network for at least one of a first set of communication devices and first set of users, the VPN overlay network being established on top of a public communication network and the method characterized by; establishing a first and second peer-to-peer network over the VPN over lay network, the first peer-to-peer network being established for at least one of a second set of communication devices and second set of users over the VPN overlay network and the second peer-to-peer network being established for at least one of a third set of communication devices and third set of users over the VPN overlay network, wherein the at least one of a second set of communication devices and second set of users are in the at least one of a first set of communication devices and first set of users, wherein the at least one of a third set of communication devices and third set of users are in the at least one of a first set of communication devices and first set of users, and defining a communication policy for the first peer-to-peer network which is different from a communication policy for the second peer-to-peer network.
A metal material comprising: an underlying metal; and a phosphate compound-based film which is disposed on a surface of the underlying metal and has a surface part, wherein the phosphate compound-based film consists of a phosphate compound and a Zr-based phosphate compound which is dispersed in the surface part of the phosphate compound-based film. an underlying metal; and a phosphate compound-based film which is disposed on a surface of the underlying metal and has a surface part, wherein the phosphate compound-based film consists of a phosphate compound and a Zr-based phosphate compound which is dispersed in the surface part of the phosphate compound-based film.
A sound attenuation system comprising: a first end including a shaft and a flange, the flange coupled to the shaft, the shaft having a first durometer, and the shaft having a bore between a receiver end and an emitter end; a second end including a filter stem coupled to a cap by a joint, the filter stem having a second durometer, the filter stem having a hole extending from an inlet end and an outlet end, the filter stem having a port boss at the inlet end, said hole extending through the port boss, and a base plate coupled to the filter stem; wherein the outlet end is coupled to the receiver end; and wherein the cap includes a cavity having a cavity diameter that corresponds to an outer diameter of the port boss and wherein the joint is configured to allow the cap to have a first position in which the cap occludes the hole and to have a second position in which the cap is clear of the hole. a first end including a shaft and a flange, the flange coupled to the shaft, the shaft having a first durometer, and the shaft having a bore between a receiver end and an emitter end; the flange coupled to the shaft, the shaft having a first durometer, and the shaft having a bore between a receiver end and an emitter end; a second end including a filter stem coupled to a cap by a joint, the filter stem having a second durometer, the filter stem having a hole extending from an inlet end and an outlet end, the filter stem having a port boss at the inlet end, said hole extending through the port boss, and a base plate coupled to the filter stem; the filter stem having a second durometer, the filter stem having a hole extending from an inlet end and an outlet end, the filter stem having a port boss at the inlet end, said hole extending through the port boss, and a base plate coupled to the filter stem; wherein the outlet end is coupled to the receiver end; and wherein the cap includes a cavity having a cavity diameter that corresponds to an outer diameter of the port boss and wherein the joint is configured to allow the cap to have a first position in which the cap occludes the hole and to have a second position in which the cap is clear of the hole.
A process for making a moisture-transporting molded bra cup for a sport bra, the process characterized by comprising: injection molding the molded bra cup using water-permeable materials, the molded bra cup having a first degree of hydrophilicity, the molded bra cup having an exterior face and an interior face facing a skin surface of a wearer when the sport bra is worn; and subsequent to injection molding the molded bra cup, treating the exterior face of the molded bra cup with a hydrophilic material having a second degree of hydrophilicity, the second degree of hydrophilicity being greater than the first degree of hydrophilicity.
Method for producing a material layer with at least one void from a green body comprising the following steps: - applying a first suspension containing at least one binder through a first opening in a first template, - applying a second suspension containing a binder and solid particles made of a second material through a second opening in a second template, wherein the first opening in the first template is completely contained within the second opening in the second template such that the second suspension completely surrounds the first suspension, - sintering the green body containing the suspensions (36, 46), characterised in that by means of the sintering process, the first suspension is evaporated to provide the void and permanent cohesion of the solid particles in the second suspension is achieved. - applying a first suspension containing at least one binder through a first opening in a first template, - applying a second suspension containing a binder and solid particles made of a second material through a second opening in a second template, wherein the first opening in the first template is completely contained within the second opening in the second template such that the second suspension completely surrounds the first suspension, - sintering the green body containing the suspensions (36, 46), characterised in that by means of the sintering process, the first suspension is evaporated to provide the void and permanent cohesion of the solid particles in the second suspension is achieved.
An additive manufacturing system for printing a three-dimensional chocolate confection, the additive manufacturing system comprising: at least one controller configured to receive instructions for printing the three-dimensional chocolate confection, and further configured to relay commands relating to the received instructions; a platen configured to move in a z direction; a recirculation loop configured to circulate a flow of a chocolate material, and further configured to maintain a temper of the chocolate material; a print head in signal communication with the at least one controller, the print head being configured to receive at least a first portion of the chocolate material from the recirculation loop, and further configured to extrude and deposit the first portion of the chocolate material onto the platen to print at least a portion of the three-dimensional chocolate confection in an x-y build plane such that the portion of the three-dimensional chocolate confection is printed in a layer by layer manner with at least a portion of a subsequent layer printed on top of at least a portion of a previous layer based on the commands from the at least one controller; and a re-melter configured to receive a second portion of flowable chocolate material from the print head and to direct the second portion of flowable chocolate material to a shear tank, wherein the re-melter is further configured to heat the second portion of the flowable chocolate material to fully melt the second portion of the flowable chocolate material. at least one controller configured to receive instructions for printing the three-dimensional chocolate confection, and further configured to relay commands relating to the received instructions; a platen configured to move in a z direction; a recirculation loop configured to circulate a flow of a chocolate material, and further configured to maintain a temper of the chocolate material; a print head in signal communication with the at least one controller, the print head being configured to receive at least a first portion of the chocolate material from the recirculation loop, and further configured to extrude and deposit the first portion of the chocolate material onto the platen to print at least a portion of the three-dimensional chocolate confection in an x-y build plane such that the portion of the three-dimensional chocolate confection is printed in a layer by layer manner with at least a portion of a subsequent layer printed on top of at least a portion of a previous layer based on the commands from the at least one controller; and a re-melter configured to receive a second portion of flowable chocolate material from the print head and to direct the second portion of flowable chocolate material to a shear tank, wherein the re-melter is further configured to heat the second portion of the flowable chocolate material to fully melt the second portion of the flowable chocolate material.
Bulk material cleaning device comprising: a support frame and a screen housing which is mounted on the support frame by means of spring elements in such a way that it can be set in oscillation and/or vibration by a drive, wherein at least one screen is arranged in the screen housing for separating bulk material into a first fraction and a second fraction, wherein the screen housing has a feed opening and at least two outlet openings (8, 9), respectively for the first fraction and the second fraction, characterized in that the bulk material cleaning device further comprises an air separator which is only attached to the screen housing, so that the air separator can also be set into oscillation and/or vibration by the drive. a support frame and a screen housing which is mounted on the support frame by means of spring elements in such a way that it can be set in oscillation and/or vibration by a drive, wherein at least one screen is arranged in the screen housing for separating bulk material into a first fraction and a second fraction, wherein the screen housing has a feed opening and at least two outlet openings (8, 9), respectively for the first fraction and the second fraction, characterized in that the bulk material cleaning device further comprises an air separator which is only attached to the screen housing, so that the air separator can also be set into oscillation and/or vibration by the drive.
System (1; 101; 201; 301; 401) for monitoring and/or controlling the taking of one or more medications by a patient, said one or more medications being contained in a blister pack (10; 410), said system (1; 101; 201; 301; 401) comprising: - an identification unit suited to identify the condition of said blister pack (10; 410), said identification unit being suited to identify how many and/or which of said one or more medications are extracted from said blister pack (10; 410); - a management unit communicating with said identification unit and suited to receive and process information transmitted by said identification unit and regarding how many and/or what medications have been extracted from said blister pack (10; 410); - a wireless communication unit communicating with said management unit and suited to transmit and/or receive wireless data; - a service provider suited to receive said wireless data from said wireless communication unit and/or transmit wireless data to said wireless communication unit; a casing suited to receive said blister pack, said casing comprising detection means suited to detect how many and/or which of said one or more medications are extracted from said blister pack, characterized by said casing further comprising a first substrate on which a layout is printed with a conductive type ink and which is die-cut in a format suited to receive said blister pack, said casing further comprising a second substrate on which holes are defined, said holes being made in a position which is aligned with a position of the one or more medications in the blister pack when the blister pack is received in the casing. - an identification unit suited to identify the condition of said blister pack (10; 410), said identification unit being suited to identify how many and/or which of said one or more medications are extracted from said blister pack (10; 410); - a management unit communicating with said identification unit and suited to receive and process information transmitted by said identification unit and regarding how many and/or what medications have been extracted from said blister pack (10; 410); - a wireless communication unit communicating with said management unit and suited to transmit and/or receive wireless data; - a service provider suited to receive said wireless data from said wireless communication unit and/or transmit wireless data to said wireless communication unit; said casing further comprising a first substrate on which a layout is printed with a conductive type ink and which is die-cut in a format suited to receive said blister pack, said casing further comprising a second substrate on which holes are defined, said holes being made in a position which is aligned with a position of the one or more medications in the blister pack when the blister pack is received in the casing.
A method for bonding parts, comprising the following steps (a) Providing a two-component adhesive composition precursor, comprising Part comprising at least one first dye and at least one epoxy curing agent; Part at least one second dye different from first dye and at least one epoxy resin; (b) Mixing part and part of the two-component adhesive composition precursor to obtain an adhesive composition; (c) Applying the adhesive composition onto a first part; (d) Applying a second part onto the adhesive composition applied to the first part; (e) Perform a first curing step at a first temperature in a range of from 60 to 140 °C, wherein the adhesive composition undergoes a first colour change; (f) Perform a second curing step at a second temperature higher than the first temperature, thereby fully curing the adhesive composition so as to obtain a structural adhesive bond between the first and second parts, wherein the adhesive composition undergoes a second colour change, wherein the second temperature is in a range of from 160 to 240 °C. (a) Providing a two-component adhesive composition precursor, comprising Part comprising at least one first dye and at least one epoxy curing agent; Part at least one second dye different from first dye and at least one epoxy resin; Part comprising at least one first dye and at least one epoxy curing agent; Part at least one second dye different from first dye and at least one epoxy resin; (b) Mixing part and part of the two-component adhesive composition precursor to obtain an adhesive composition; (c) Applying the adhesive composition onto a first part; (d) Applying a second part onto the adhesive composition applied to the first part; (e) Perform a first curing step at a first temperature in a range of from 60 to 140 °C, wherein the adhesive composition undergoes a first colour change; (f) Perform a second curing step at a second temperature higher than the first temperature, thereby fully curing the adhesive composition so as to obtain a structural adhesive bond between the first and second parts, wherein the adhesive composition undergoes a second colour change, wherein the second temperature is in a range of from 160 to 240 °C.
Machine for orienting cases adapted to contain crayons of cosmetic or medicinal products, known as "sticks", said cases being formed by a cylindrical base portion and by a substantially cylindrical tapered upper portion inside which the crayon is contained, such crayon having a blunt and inclined upper end, such machine comprising • a base plate, capable of rotating around its vertical axis, a series of housings, or bushings, being positioned on such plate that are capable of rotating on themselves around a vertical axis thereof, inside which the cases are inserted, • such bushings being organized in groups arranged consecutively along the perimeter of such work plane, • a first orienting station comprising at least one vertically movable orienting head, capable of descending on at least one group of suitably positioned cases and orienting them while the bushings rotate. • a base plate, capable of rotating around its vertical axis, a series of housings, or bushings, being positioned on such plate that are capable of rotating on themselves around a vertical axis thereof, inside which the cases are inserted, • such bushings being organized in groups arranged consecutively along the perimeter of such work plane, • a first orienting station comprising at least one vertically movable orienting head, capable of descending on at least one group of suitably positioned cases and orienting them while the bushings rotate.
A device for holding a flap of a non-return valve in the closed position, with a view to carrying out a hydraulic trial of an equipment or of an installation, characterized in that it includes a body which takes the shape of a caliper with two arms (41, 42) which are articulated with respect to one another at a first of their two opposite ends, around a first axis (X-X'), that it has a holder articulated around said first axis (X-X') and that said two arms (41, 42) each include, at their second end, a pad pivoting around axes (Y-Y'; Z-Z') parallel to said first axis (X-X').
An insulating garment, the garment including: an inner layer; an outer layer; a first quilting stitch line (102; 302); a second quilting stitch line (102; 302); and an insulating layer disposed intermediate the inner layer and the outer layer, the insulating layer comprising: a bundle structure comprising a plurality of yarn strands, each yarn strand including a longitudinal axis; wherein the bundle structure is received such that it is disposed intermediate the inner layer and the outer layer; wherein the first and the second quilting stitch lines (102; 302) are each transverse to the bundle structure longitudinal axis; wherein the first and the second quilting stitch lines (102; 302) are separated by a predetermined distance; wherein the bundle structure is received by a bundle channel, such that the bundle structure is disposed intermediate the inner layer and the outer layer, and the longitudinal axes of the yarn strands are substantially parallel with a bundle channel longitudinal axis; and wherein said bundle channels are formed by a plurality of bundle channel stitch lines (360, 362, 370, 372) that are substantially parallel to said bundle channel longitudinal axis and couple the inner layer and the outer layer; characterized in that consecutive bundle channels are not completely isolated from one another because said bundle channel stitch lines (360, 362, 370, 372), or tacks, do not run the length of the sides of the bundle channels. an inner layer; an outer layer; a first quilting stitch line (102; 302); a second quilting stitch line (102; 302); and an insulating layer disposed intermediate the inner layer and the outer layer, the insulating layer comprising: a bundle structure comprising a plurality of yarn strands, each yarn strand including a longitudinal axis; wherein the bundle structure is received such that it is disposed intermediate the inner layer and the outer layer; wherein the first and the second quilting stitch lines (102; 302) are each transverse to the bundle structure longitudinal axis; wherein the first and the second quilting stitch lines (102; 302) are separated by a predetermined distance; wherein the bundle structure is received by a bundle channel, such that the bundle structure is disposed intermediate the inner layer and the outer layer, and the longitudinal axes of the yarn strands are substantially parallel with a bundle channel longitudinal axis; and wherein said bundle channels are formed by a plurality of bundle channel stitch lines (360, 362, 370, 372) that are substantially parallel to said bundle channel longitudinal axis and couple the inner layer and the outer layer; characterized in that consecutive bundle channels are not completely isolated from one another because said bundle channel stitch lines (360, 362, 370, 372), or tacks, do not run the length of the sides of the bundle channels.
A computerized method for selecting a preferred orthodontic appliance to be used in real-life orthodontic treatment of a patient, comprising: (a) providing a virtual treatment plan including characteristics of at least one required orthodontic appliance, wherein the at least one required orthodontic appliance is defined by the virtual treatment plan by specifying said characteristics; (b) providing a digital appliances catalogue including characteristics of available orthodontic appliances; (c) comparing characteristics of said at least one required orthodontic appliance with characteristics of said available orthodontic appliances; and (d) determining at least one of said available orthodontic appliances that best matches the characteristics of the required orthodontic appliance. (a) providing a virtual treatment plan including characteristics of at least one required orthodontic appliance, wherein the at least one required orthodontic appliance is defined by the virtual treatment plan by specifying said characteristics; (b) providing a digital appliances catalogue including characteristics of available orthodontic appliances; (c) comparing characteristics of said at least one required orthodontic appliance with characteristics of said available orthodontic appliances; and (d) determining at least one of said available orthodontic appliances that best matches the characteristics of the required orthodontic appliance.
A combustion chamber comprising a sleeve section which is at least partly enclosing a duct wall for guiding a cooling gas in a channel between the sleeve section and the duct wall along the outer surface of the duct wall,wherein the duct wall is guiding a hot gas flow in a hot gas flow path having an upstream end and a downstream end during operation, characterized in that the sleeve section has one main inlet opening facing away from the duct wall wherein the cross sectional area of the main inlet opening is larger than 70% of the sum of the cross sections of all cooling openings to the sleeve section; characterized in that a rib for guiding the cooling gas is arranged in the channel between the sleeve and the duct wall, wherein the rib at least partly extends in a circumferential direction around the combustor to guide cooling gas from the side of the main inlet opening to an opposite side of the combustor.