mhurhangee/ep-ind-claims huggingface dataset:
An electrical junction box, comprising: - a box-like body made of electrically insulating material, - at least two coupling flanges designed, during use, to be coupled to terminals for the coupling of electrical wires; the electrical junction box further comprises a connecting element (5, 6) that conducts electrical current, is extended between said flanges and connects them electrically, characterized in that the coupling flanges are provided with a tubular coupling portion that is threaded internally and said connecting element (5, 6) is extended at least close to said tubular coupling portion in order to generate an electrical contact with a coupling terminal which, in the installed condition, is screwed into the tubular coupling portion, the connecting element (5, 6) having a body portion and at least two ends (11, 12) that extend at said tubular coupling portion in order to generate a radial electrical contact with a coupling terminal which, in the installed condition, is screwed into the tubular coupling portion, ends (11, 12) of the connecting element (5, 6) being in contact with the threads of the coupling portion. - a box-like body made of electrically insulating material, - at least two coupling flanges designed, during use, to be coupled to terminals for the coupling of electrical wires; the electrical junction box further comprises a connecting element (5, 6) that conducts electrical current, is extended between said flanges and connects them electrically, characterized in that the coupling flanges are provided with a tubular coupling portion that is threaded internally and said connecting element (5, 6) is extended at least close to said tubular coupling portion in order to generate an electrical contact with a coupling terminal which, in the installed condition, is screwed into the tubular coupling portion, the connecting element (5, 6) having a body portion and at least two ends (11, 12) that extend at said tubular coupling portion in order to generate a radial electrical contact with a coupling terminal which, in the installed condition, is screwed into the tubular coupling portion, ends (11, 12) of the connecting element (5, 6) being in contact with the threads of the coupling portion.
An aerosol generation device configured to operate with a replaceable article comprising a storage compartment containing a vaporizable material, the storage compartment defining an airflow path extending between an air inlet and an air outlet through the vaporizable material; the aerosol generation device comprising: - a receptacle extending along a receptacle axis, defining a receptacle internal surface and configured to receive the replaceable article in a space delimited by the receptacle internal surface so as the airflow path extends along the receptacle axis; - a heating system configured to heat the replaceable article when it is received in the receptacle; the aerosol generation device being characterized in that the receptacle internal surface comprises at least one protrusion protruding from the receptacle internal surface and configured to reduce the cross-sectional area of the receptacle so as to compress a part of the airflow path of the storage compartment, when the replaceable article is received in the receptacle; the or each protrusion defining a protrusion surface adjacent to the receptacle internal surface and forming an angle with the receptacle internal surface greater than 100° along the entire protrusion in an airflow direction wherein the maximum height of the or each protrusion measured according to an axis perpendicular to the receptacle axis is comprised between 2% and 15% of the receptacle diameter. the aerosol generation device comprising: - a receptacle extending along a receptacle axis, defining a receptacle internal surface and configured to receive the replaceable article in a space delimited by the receptacle internal surface so as the airflow path extends along the receptacle axis; - a heating system configured to heat the replaceable article when it is received in the receptacle; - a receptacle extending along a receptacle axis, defining a receptacle internal surface and configured to receive the replaceable article in a space delimited by the receptacle internal surface so as the airflow path extends along the receptacle axis; - a heating system configured to heat the replaceable article when it is received in the receptacle; the aerosol generation device being characterized in that the receptacle internal surface comprises at least one protrusion protruding from the receptacle internal surface and configured to reduce the cross-sectional area of the receptacle so as to compress a part of the airflow path of the storage compartment, when the replaceable article is received in the receptacle; the or each protrusion defining a protrusion surface adjacent to the receptacle internal surface and forming an angle with the receptacle internal surface greater than 100° along the entire protrusion in an airflow direction wherein the maximum height of the or each protrusion measured according to an axis perpendicular to the receptacle axis is comprised between 2% and 15% of the receptacle diameter.
A needle assembly comprising: a housing having proximal and distal ends (114,116) and a shield seat; a cannula having an IV end projecting distally from the housing and a non-patient end projecting proximally from the housing; characterized by a shield secured to the housing and having a pre-use position wherein the shield covers the non-patient end of the cannula, and a use position wherein the shield is capable of covering the IV end of the cannula. a housing having proximal and distal ends (114,116) and a shield seat; a cannula having an IV end projecting distally from the housing and a non-patient end projecting proximally from the housing; characterized by a shield secured to the housing and having a pre-use position wherein the shield covers the non-patient end of the cannula, and a use position wherein the shield is capable of covering the IV end of the cannula.
A liquid ejecting head of a side shooter type, comprising: a plate including a plurality of nozzles arranged along a first direction; and an actuator including: a plurality of pressure chambers arranged along the first direction and each communicating with a corresponding one of the nozzles, a plurality of dummy chambers, each of which is between two of the pressure chambers that are adjacent to each other, and a plurality of common chambers between which the pressure and dummy chambers are arranged and communicating with each of the pressure chambers at end portions thereof in a second direction that intersects the first direction, characterized in that: a width of the end portions of each of the pressure chambers is less than a width of a first portion of the pressure chamber between the end portions, and the end portions of each of the pressure chambers include protrusions that protrude from a sidewall of the pressure chamber. a plate including a plurality of nozzles arranged along a first direction; and an actuator including: a plurality of pressure chambers arranged along the first direction and each communicating with a corresponding one of the nozzles, a plurality of dummy chambers, each of which is between two of the pressure chambers that are adjacent to each other, and a plurality of common chambers between which the pressure and dummy chambers are arranged and communicating with each of the pressure chambers at end portions thereof in a second direction that intersects the first direction, characterized in that: a plurality of pressure chambers arranged along the first direction and each communicating with a corresponding one of the nozzles, a plurality of dummy chambers, each of which is between two of the pressure chambers that are adjacent to each other, and a plurality of common chambers between which the pressure and dummy chambers are arranged and communicating with each of the pressure chambers at end portions thereof in a second direction that intersects the first direction, characterized in that: a width of the end portions of each of the pressure chambers is less than a width of a first portion of the pressure chamber between the end portions, and the end portions of each of the pressure chambers include protrusions that protrude from a sidewall of the pressure chamber.
A method for facilitating electronic content distribution by a retail computing device (71, 72, 74) configured to provide functionality for a retailer of electronic content, said method comprising: receiving, at the retail computing device from a client computing device (90, 92), a purchasing order for electronic content; encrypting, at the retail computing device, information including at least a set of parameters relating to the purchased electronic content, the set of parameters comprising at least an identification of the electronic content, the encrypted information being destined for a content computing device configured to provide the electronic content, the content computing device being different from the client computing device and from the retail computing device; creating, at the retail computing device, an HTTP request which includes an address of said content computing device and the encrypted information; and transmitting said HTTP request from the retail computing device to the client computing device allowing the client computing device to supplement said HTTP request with a public portion of a key pair associated with a purchaser associated with the client computing device and to initiate a download of the electronic content from the content computing device using said HTTP request supplemented with said public portion of the key pair, the key pair having been issued to the purchaser for use on the client computing device upon condition of the purchaser tendering authenticatable credentials and upon further condition of the key pair not having previously been issued for use by the purchaser on a number of devices that exceeds a limit. receiving, at the retail computing device from a client computing device (90, 92), a purchasing order for electronic content; encrypting, at the retail computing device, information including at least a set of parameters relating to the purchased electronic content, the set of parameters comprising at least an identification of the electronic content, the encrypted information being destined for a content computing device configured to provide the electronic content, the content computing device being different from the client computing device and from the retail computing device; creating, at the retail computing device, an HTTP request which includes an address of said content computing device and the encrypted information; and transmitting said HTTP request from the retail computing device to the client computing device allowing the client computing device to supplement said HTTP request with a public portion of a key pair associated with a purchaser associated with the client computing device and to initiate a download of the electronic content from the content computing device using said HTTP request supplemented with said public portion of the key pair, the key pair having been issued to the purchaser for use on the client computing device upon condition of the purchaser tendering authenticatable credentials and upon further condition of the key pair not having previously been issued for use by the purchaser on a number of devices that exceeds a limit.
A vertical takeoff and landing aircraft having a fuselage with a tail, a wing fixedly attached to the fuselage, and at least two pylons attached to the wing and oriented in parallel with the horizontal flight direction, wherein - at least four non-tiltable ducted fans are provided in the wing, said non-tiltable ducted fans are configured to power vertical flight and to be closed during cruise flight; - a tiltable open propeller is provided on each pylon, said tiltable open propeller being located forwards of the leading edge of the wing; - at least one additional vertical flight powering means, selected from an open propeller (62, 7) and a non-tiltable ducted fan, is provided in the fuselage or on the pylons or on the tail, wherein the at least one additional vertical flight powering means is positioned behind the trailing edge of the wing. - at least four non-tiltable ducted fans are provided in the wing, said non-tiltable ducted fans are configured to power vertical flight and to be closed during cruise flight; - a tiltable open propeller is provided on each pylon, said tiltable open propeller being located forwards of the leading edge of the wing; - at least one additional vertical flight powering means, selected from an open propeller (62, 7) and a non-tiltable ducted fan, is provided in the fuselage or on the pylons or on the tail, wherein the at least one additional vertical flight powering means is positioned behind the trailing edge of the wing.
A method of treating a substrate, comprising: - providing an applicator roll (2,3) contacting the substrate which travels at a certain line speed; - supplying a coating liquid to the applicator roll (2,3) and thereby to the substrate, - applying the coating liquid as a substantially uniform layer of liquid coating onto the substrate, wherein a contact angle θ is defined as the angle, measured -in equilibrium- through the coating liquid, where the liquid-vapour interface of the coating liquid meets the solid surface of the applicator roll; characterized by - providing that the substrate is a metal strip; - providing that -in forward coating mode or in reverse coating mode- the absolute value of the tangential speed of a surface area of the applicator roll (2, 3) contacting the substrate substantially matches that of the line speed of the substrate; - providing that the contact angle θ is 97° or smaller, wherein the method is used in forward coating mode, providing that at least one applicator roll (2, 3) has a polymer cover and that the coating liquid is applied to the substrate as a thin wet film having a thickness of 4 μm or less; or wherein the method is used in reverse coating mode, providing that at least one applicator roll (2, 3) has a polymer cover and that the coating liquid is applied to the substrate as a thin wet film of less than 8 μm. - providing an applicator roll (2,3) contacting the substrate which travels at a certain line speed; - supplying a coating liquid to the applicator roll (2,3) and thereby to the substrate, - applying the coating liquid as a substantially uniform layer of liquid coating onto the substrate, wherein a contact angle θ is defined as the angle, measured -in equilibrium- through the coating liquid, where the liquid-vapour interface of the coating liquid meets the solid surface of the applicator roll; characterized by - providing that the substrate is a metal strip; - providing that -in forward coating mode or in reverse coating mode- the absolute value of the tangential speed of a surface area of the applicator roll (2, 3) contacting the substrate substantially matches that of the line speed of the substrate; - providing that the contact angle θ is 97° or smaller, wherein the method is used in forward coating mode, providing that at least one applicator roll (2, 3) has a polymer cover and that the coating liquid is applied to the substrate as a thin wet film having a thickness of 4 μm or less; or wherein the method is used in reverse coating mode, providing that at least one applicator roll (2, 3) has a polymer cover and that the coating liquid is applied to the substrate as a thin wet film of less than 8 μm.
Method for manufacturing a pixel array of a thermal pattern sensor, the method comprising the following steps: - providing a substrate; - forming a first layer of electrically conductive material, comprising: • a deposit of electrically conductive tracks extending in a first direction of elongation; • a deposit of connection lugs, extending from the tracks, in a second direction of elongation, different from the first direction of elongation, and heading towards a first edge of the substrate, called the exit edge; • a deposit of a ground strip intended to form the ground of the sensor; - forming a second layer of pyroelectric material covering the tracks and leaving at least one part of the connection lugs free; - forming a third layer of electrically conductive material deposited astride the layer of pyroelectric material and the ground strip without covering the free part of the connection lugs; - forming a fourth layer of dielectric material and extending across the tracks of the first layer; - depositing a fifth layer comprising electrically conductive heater tracks, said electrically conductive heater tracks extending from the ground strip towards the first edge of the substrate so as to be above the tracks of the first layer; - depositing a sixth layer of protection; manufacturing method characterised in that the deposit of the second layer and/or the deposit of the third layer and/or the deposit of the fourth layer and/or the deposit of the sixth layer is implemented by liquid deposit by means of a slot die. - providing a substrate; - forming a first layer of electrically conductive material, comprising: • a deposit of electrically conductive tracks extending in a first direction of elongation; • a deposit of connection lugs, extending from the tracks, in a second direction of elongation, different from the first direction of elongation, and heading towards a first edge of the substrate, called the exit edge; • a deposit of a ground strip intended to form the ground of the sensor; • a deposit of electrically conductive tracks extending in a first direction of elongation; • a deposit of connection lugs, extending from the tracks, in a second direction of elongation, different from the first direction of elongation, and heading towards a first edge of the substrate, called the exit edge; • a deposit of a ground strip intended to form the ground of the sensor; - forming a second layer of pyroelectric material covering the tracks and leaving at least one part of the connection lugs free; - forming a third layer of electrically conductive material deposited astride the layer of pyroelectric material and the ground strip without covering the free part of the connection lugs; - forming a fourth layer of dielectric material and extending across the tracks of the first layer; - depositing a fifth layer comprising electrically conductive heater tracks, said electrically conductive heater tracks extending from the ground strip towards the first edge of the substrate so as to be above the tracks of the first layer; - depositing a sixth layer of protection;
A method for conforming components, comprising: measuring a first component with a measuring member, the measuring member being attached to a robot arm of a robot of a conforming tool, the conforming tool also comprising a modifying member attached to the robot arm, the measuring member surrounding the modifying member during the measuring of the first component; recording position data for the first component based on the measuring; providing a path for the conforming tool using the position data; exposing the modifying member by removing the measuring member; and modifying a second component by moving the modifying member attached to the arm of the same conforming tool based on the provided path. measuring a first component with a measuring member, the measuring member being attached to a robot arm of a robot of a conforming tool, the conforming tool also comprising a modifying member attached to the robot arm, the measuring member surrounding the modifying member during the measuring of the first component; recording position data for the first component based on the measuring; providing a path for the conforming tool using the position data; exposing the modifying member by removing the measuring member; and modifying a second component by moving the modifying member attached to the arm of the same conforming tool based on the provided path.
A smart memory architecture comprising: a storage device comprising a plurality of memory tiles each comprising a memory block and a processing element; and an interconnection network coupled to the storage device and configured to interconnect the memory tiles, wherein the processing elements are configured to perform at least one packet processing feature, wherein the interconnection network is configured to promote communication between the memory tiles, wherein the memory tiles are grouped into a plurality of groups (130, 132, 134, 136, 138, 140), and wherein a variety of packet processing functions are mapped onto the plurality of groups, characterized in that static communication paths are created between the memory tiles, the memory tiles in each group are configured to process data, which is streamed through the group according to a static communication path, one memory tile after the other, and the plurality of groups (130, 132, 134, 136, 138, 140) are configured to communicate with each other by exchanging data in a sequential manner according to the static communication paths. a storage device comprising a plurality of memory tiles each comprising a memory block and a processing element; and an interconnection network coupled to the storage device and configured to interconnect the memory tiles, wherein the processing elements are configured to perform at least one packet processing feature, wherein the interconnection network is configured to promote communication between the memory tiles, wherein the memory tiles are grouped into a plurality of groups (130, 132, 134, 136, 138, 140), and wherein a variety of packet processing functions are mapped onto the plurality of groups, characterized in that static communication paths are created between the memory tiles, the memory tiles in each group are configured to process data, which is streamed through the group according to a static communication path, one memory tile after the other, and the plurality of groups (130, 132, 134, 136, 138, 140) are configured to communicate with each other by exchanging data in a sequential manner according to the static communication paths.