mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid cartridge comprising: a plastic fluid body having a bottom wall having a fluid supply opening therein; a metal insert adhesively attached to the bottom wall , the metal insert having a fluid supply slot therein corresponding to the fluid supply opening in the bottom wall , a die bond surface adjacent to the fluid supply slot for adhesively attaching an ejection head chip thereto, and a plurality of air vents adjacent to the die bond surface; and an ejection head chip adhesively attached to the die bond surface of the metal insert through a die bond adhesive, the fluid cartridge being characterized in that the air vents are configured to enable air to escape from the die bond adhesive. a plastic fluid body having a bottom wall having a fluid supply opening therein; a metal insert adhesively attached to the bottom wall , the metal insert having a fluid supply slot therein corresponding to the fluid supply opening in the bottom wall , a die bond surface adjacent to the fluid supply slot for adhesively attaching an ejection head chip thereto, and a plurality of air vents adjacent to the die bond surface; and an ejection head chip adhesively attached to the die bond surface of the metal insert through a die bond adhesive, the fluid cartridge being characterized in that the air vents are configured to enable air to escape from the die bond adhesive.
A motorcycle tire comprising a toroidal carcass , and a tread reinforcing layer arranged outside the carcass in a tire radial direction and inside of a tread portion , wherein the tread reinforcing layer includes a ply reinforcing portion in which belt-shaped plies are wound, each of the belt-shaped plies is formed by at least one reinforcing cord covered with a topping rubber , the ply reinforcing portion includes a plurality of first inclined portions , in which the belt-shaped plies are inclined to one side with respect to a tire circumferential direction, and a plurality of second inclined portions , in which the belt-shaped plies are inclined to a side opposite to the plurality of the first inclined portions with respect to the tire circumferential direction, the plurality of the first inclined portions are arranged such that side edges thereof are not in contact with each other, the plurality of the second inclined portions are arranged such that side edges thereof are not in contact with each other, the ply reinforcing portion includes a lattice-shaped portion in which the plurality of the first inclined portions and the plurality of the second inclined portions intersect with each other so as to have space portions between them, and in each of the first inclined portions and the second inclined portions , an angle (θ) thereof with respect to the tire circumferential direction is continuously decreased from an inner side in a tire axial direction to an outer side in the tire axial direction. the tread reinforcing layer includes a ply reinforcing portion in which belt-shaped plies are wound, each of the belt-shaped plies is formed by at least one reinforcing cord covered with a topping rubber , the ply reinforcing portion includes a plurality of first inclined portions , in which the belt-shaped plies are inclined to one side with respect to a tire circumferential direction, and a plurality of second inclined portions , in which the belt-shaped plies are inclined to a side opposite to the plurality of the first inclined portions with respect to the tire circumferential direction, the plurality of the first inclined portions are arranged such that side edges thereof are not in contact with each other, the plurality of the second inclined portions are arranged such that side edges thereof are not in contact with each other, the ply reinforcing portion includes a lattice-shaped portion in which the plurality of the first inclined portions and the plurality of the second inclined portions intersect with each other so as to have space portions between them, and in each of the first inclined portions and the second inclined portions , an angle (θ) thereof with respect to the tire circumferential direction is continuously decreased from an inner side in a tire axial direction to an outer side in the tire axial direction.
A set of passenger compartments including a primary passenger compartment and an auxiliary passenger compartment , the primary passenger compartment including a primary aircraft seat and the auxiliary passenger compartment including an auxiliary aircraft seat, wherein the primary aircraft seat and the auxiliary aircraft seat are arranged in a staggered configuration, the primary passenger compartment further comprising a primary monument, the primary passenger compartment further comprising a primary ottoman corresponding to the primary aircraft seat and installed under the primary monument, the primary passenger compartment further comprising a structure installed within the primary passenger compartment, the primary passenger compartment further comprising a floor, characterized by the primary passenger compartment further comprising: a first consolidated electronics package installed in a primary cavity defined within the primary ottoman , the primary ottoman further defining an auxiliary cavity configured as a storage space; and a second consolidated electronics package installed within a cavity defined between a surface of the structure within the primary passenger compartment and the floor of the primary passenger compartment, the first consolidated electronics package and the second consolidated electronics package being configured to provide electrical connectivity to the primary passenger compartment and the auxiliary passenger compartment . a first consolidated electronics package installed in a primary cavity defined within the primary ottoman , the primary ottoman further defining an auxiliary cavity configured as a storage space; and a second consolidated electronics package installed within a cavity defined between a surface of the structure within the primary passenger compartment and the floor of the primary passenger compartment, the first consolidated electronics package and the second consolidated electronics package being configured to provide electrical connectivity to the primary passenger compartment and the auxiliary passenger compartment .
A method for making a composite part of non-developable three-dimensional shape comprising 5 faces and 4 areas of trihedral connection between the faces, with a thermoplastic matrix and continuous reinforcement, characterized in that it comprises the steps of: a. obtaining a fibrous preform preimpregnated with the polymer making the matrix corresponding to the shape of the final piece, by three-dimensional knitting, the fibrous preform comprising 5 faces and 4 areas of trihedral connection between the faces; b. placing the preform between a paired punch and a die and distant each other by an air gap (e) of a tooling, defining between them a sealed cavity when the tooling is closed; c. closing the tooling thus applying a first pressure on the preform; d. bringing the cavity to a melting temperature of the polymer impregnating the preform while maintaining the first pressure; e. cooling the cavity comprising the preform to a temperature suitable for demolding by maintaining a second pressure; f. opening the mold and unmolding the part. a. obtaining a fibrous preform preimpregnated with the polymer making the matrix corresponding to the shape of the final piece, by three-dimensional knitting, the fibrous preform comprising 5 faces and 4 areas of trihedral connection between the faces; b. placing the preform between a paired punch and a die and distant each other by an air gap (e) of a tooling, defining between them a sealed cavity when the tooling is closed; c. closing the tooling thus applying a first pressure on the preform; d. bringing the cavity to a melting temperature of the polymer impregnating the preform while maintaining the first pressure; e. cooling the cavity comprising the preform to a temperature suitable for demolding by maintaining a second pressure; f. opening the mold and unmolding the part.
A composition comprising: a) at least one amino acid surfactant; b) at least one amphoteric or zwitterionic surfactant; c) at least one solid fatty acid; d) at least one starch phosphate; and e) at least one acrylic thickening polymer selected from crosslinked copolymers of (meth)acrylic acid and of a (C 1 -C 6 )alkyl acrylate. a) at least one amino acid surfactant; b) at least one amphoteric or zwitterionic surfactant; c) at least one solid fatty acid; d) at least one starch phosphate; and e) at least one acrylic thickening polymer selected from crosslinked copolymers of (meth)acrylic acid and of a (C 1 -C 6 )alkyl acrylate.
A method for producing a packaging trough by thermoforming, comprising: positioning at least an area of a film web between a forming tool upper part and a forming tool lower part of a forming station ; inserting a male die part of the forming tool upper part along a vertical direction (V) into a forming space of a female die part of the forming tool lower part , a packaging trough being thus produced through thermoforming in the film web by deforming the film web between the male die part and an inner wall of the forming space of the female die part , characterized in that in the inserted condition of the male die part , a push-in unit is extended from the male die part towards the inner wall of the forming space at an angle relative to the vertical direction (V), wherein, when being extended, the push-in unit is extended, at least partially, into a recess provided in the inner wall of the forming space . positioning at least an area of a film web between a forming tool upper part and a forming tool lower part of a forming station ; inserting a male die part of the forming tool upper part along a vertical direction (V) into a forming space of a female die part of the forming tool lower part , a packaging trough being thus produced through thermoforming in the film web by deforming the film web between the male die part and an inner wall of the forming space of the female die part , characterized in that in the inserted condition of the male die part , a push-in unit is extended from the male die part towards the inner wall of the forming space at an angle relative to the vertical direction (V), wherein, when being extended, the push-in unit is extended, at least partially, into a recess provided in the inner wall of the forming space .
A method comprising: determining, by a computing device, data about a working environment using one or more sensors, the sensed data being sensed apart from an article of personal protection equipment (PPE) and during actual use of the article of PPE in the working environment, wherein the article of PPE can be worn by a user and is configured with a smart tag; tracking usage of the article of PPE through retrieval of tracked data from the smart tag; and determining, by the computing device a condition associated with the article of PPE based on comparing tracked data of the article of PPE retrieved from the smart tag against at least one predetermined criterion, wherein the predetermined criterion corresponds to the sensed data about hazardous materials in the working environment. determining, by a computing device, data about a working environment using one or more sensors, the sensed data being sensed apart from an article of personal protection equipment (PPE) and during actual use of the article of PPE in the working environment, wherein the article of PPE can be worn by a user and is configured with a smart tag; tracking usage of the article of PPE through retrieval of tracked data from the smart tag; and determining, by the computing device a condition associated with the article of PPE based on comparing tracked data of the article of PPE retrieved from the smart tag against at least one predetermined criterion, wherein the predetermined criterion corresponds to the sensed data about hazardous materials in the working environment.
A support structure, comprising: a rigid platform defining a supporting surface configured to support pallets or baskets with a pallet base; a rigid footboard fixed longitudinally to said platform in a substantially central position and dividing said supporting surface into two lanes separated by the footboard , characterised in that said footboard is shaped so as to define two grooves substantially specular with respect to a median longitudinal plane of the supporting surface, each groove of said grooves being raised with respect to a respective lane of said two lanes; two longitudinal beams fixed longitudinally on the outer sides of said platform , wherein each longitudinal beam of said longitudinal beams has: - a substantially C-shaped section suitable for hooking to a vehicle frame, and - a plurality of holes arranged in a row on a back of said C-shaped section, said holes remaining exposed on sides of said vehicle when the beam is hooked to said vehicle frame. a rigid platform defining a supporting surface configured to support pallets or baskets with a pallet base; a rigid footboard fixed longitudinally to said platform in a substantially central position and dividing said supporting surface into two lanes separated by the footboard , characterised in that said footboard is shaped so as to define two grooves substantially specular with respect to a median longitudinal plane of the supporting surface, each groove of said grooves being raised with respect to a respective lane of said two lanes; two longitudinal beams fixed longitudinally on the outer sides of said platform , wherein each longitudinal beam of said longitudinal beams has: - a substantially C-shaped section suitable for hooking to a vehicle frame, and - a plurality of holes arranged in a row on a back of said C-shaped section, said holes remaining exposed on sides of said vehicle when the beam is hooked to said vehicle frame. - a substantially C-shaped section suitable for hooking to a vehicle frame, and - a plurality of holes arranged in a row on a back of said C-shaped section, said holes remaining exposed on sides of said vehicle when the beam is hooked to said vehicle frame.
A reservoir component provided as part of a spray gun reservoir for containing a supply of liquid, the reservoir component comprising: a spout ; a platform projecting from an outer face of the reservoir component at a location external the spout ; a connector format having a connector structure including a first undercut and a first contact surface , wherein the first contact surface defines a ramp region , and further wherein the first undercut is formed at an end of the ramp region ; wherein the connector structure is configured for mating interface with a complementary connector structure of a spray gun inlet, wherein the reservoir component is a lid ; and wherein the platform forms the connector structure . a spout ; a platform projecting from an outer face of the reservoir component at a location external the spout ; a connector format having a connector structure including a first undercut and a first contact surface , wherein the first contact surface defines a ramp region , and further wherein the first undercut is formed at an end of the ramp region ; wherein the connector structure is configured for mating interface with a complementary connector structure of a spray gun inlet, wherein the reservoir component is a lid ; and wherein the platform forms the connector structure .
A contact lens comprising: a lens section to be worn on an eyeball; a communication electrode that is provided in the lens section, the communication electrode being configured to generate an electric field for wireless communication; a sensor device that is provided in the lens section; a controller that is provided in the lens section, and supplies electric power to the communication electrode, while outputting a signal corresponding to information acquired by the sensor device to the communication electrode; a shield layer that is provided in the lens section, and is provided at a position facing at least one of the sensor device, the controller, or the communication electrode; the contact lens being characterised in that the communication electrode comprises a first partial electrode that is provided mainly in a region facing a pupil when the lens section is worn on the eyeball, and a second partial electrode that is provided mainly in a region other than the region facing the pupil when the lens section is worn on the eyeball, and in the shield layer, a portion facing the first partial electrode includes a transparent conductive material, and a portion facing the second partial electrode includes a conductive carbon or a metal. a lens section to be worn on an eyeball; a communication electrode that is provided in the lens section, the communication electrode being configured to generate an electric field for wireless communication; a sensor device that is provided in the lens section; a controller that is provided in the lens section, and supplies electric power to the communication electrode, while outputting a signal corresponding to information acquired by the sensor device to the communication electrode; a shield layer that is provided in the lens section, and is provided at a position facing at least one of the sensor device, the controller, or the communication electrode; the contact lens being characterised in that the communication electrode comprises a first partial electrode that is provided mainly in a region facing a pupil when the lens section is worn on the eyeball, and a second partial electrode that is provided mainly in a region other than the region facing the pupil when the lens section is worn on the eyeball, and in the shield layer, a portion facing the first partial electrode includes a transparent conductive material, and a portion facing the second partial electrode includes a conductive carbon or a metal.
A data processing method based on a Merkle tree, characterized in that : the method comprises: acquiring (S201) new service data and a Merkle tree to be updated, the Merkle tree to be updated comprising a leaf node layer and a non-leaf node layer, a leaf node comprised in the leaf node layer carrying a hash value of original service data, a hash value carried by a non-leaf node comprised in the non-leaf node layer being obtained by calculating hash values of two child nodes, in the Merkle tree to be updated, there is no such a node that its adjacent node has no parent node; creating (S202) a new leaf node corresponding to the new service data, calculating a hash value of the new service data as a hash value of the new leaf node, and inserting the hash value of the new leaf node into an end position of the leaf node layer; in case that the new leaf node is located at an odd position in the leaf node layer, obtaining a target Merkle tree based on an updated leaf node layer and the non-leaf node layer of the Merkle tree to be updated; and in case that the new leaf node is located at an even position in the leaf node layer, creating a new non-leaf node as a parent node for two adjacent child nodes without parent nodes in a bottom-up order, determining a hash value of the new non-leaf node based on hash values carried by the two adjacent child nodes, inserting the new non-leaf node into the non-leaf node layer, and obtaining the target Merkle tree based on the updated leaf node layer and the updated non-leaf node layer, wherein in the target Merkle tree, there is no such a node that its adjacent node has no parent node. acquiring (S201) new service data and a Merkle tree to be updated, the Merkle tree to be updated comprising a leaf node layer and a non-leaf node layer, a leaf node comprised in the leaf node layer carrying a hash value of original service data, a hash value carried by a non-leaf node comprised in the non-leaf node layer being obtained by calculating hash values of two child nodes, in the Merkle tree to be updated, there is no such a node that its adjacent node has no parent node; creating (S202) a new leaf node corresponding to the new service data, calculating a hash value of the new service data as a hash value of the new leaf node, and inserting the hash value of the new leaf node into an end position of the leaf node layer; in case that the new leaf node is located at an odd position in the leaf node layer, obtaining a target Merkle tree based on an updated leaf node layer and the non-leaf node layer of the Merkle tree to be updated; and in case that the new leaf node is located at an even position in the leaf node layer, creating a new non-leaf node as a parent node for two adjacent child nodes without parent nodes in a bottom-up order, determining a hash value of the new non-leaf node based on hash values carried by the two adjacent child nodes, inserting the new non-leaf node into the non-leaf node layer, and obtaining the target Merkle tree based on the updated leaf node layer and the updated non-leaf node layer, wherein in the target Merkle tree, there is no such a node that its adjacent node has no parent node.
A device for installing decking boards on a structure, said structure being composed of mutually parallel beams and/or of mutually parallel joists, preferably made of wood, forming a support capable of receiving mutually parallel decking boards , said device further comprising said decking boards , a joist hanger and a separator of decking boards, characterized in that: - said joist hanger comprises a first plate , preferably metallic, flat and rectangular, the length of which defines a longitudinal axis, the width of which is adapted to match the width of said decking boards and which is provided with at least one slot perpendicular to the longitudinal axis of the joist hanger ; said boards having shapes and dimensions complementary to those of said separator , the thickness of which is determined to separate two decking boards by a distance allowing a gap between two decking boards called an "expansion space" , in order to removably receive said separator which is thus reusable to successively separate several contiguous boards, - said joist hanger comprises two flanks perpendicular to the first plate to fit the edges of the decking boards , the length of said first plate and said lateral flanks being adapted to colinearly hold the decking boards between them, said first plate being provided with holes provided at determined positions of said slot to guide the fastening of the boards on the beams and/or joists . - said joist hanger comprises a first plate , preferably metallic, flat and rectangular, the length of which defines a longitudinal axis, the width of which is adapted to match the width of said decking boards and which is provided with at least one slot perpendicular to the longitudinal axis of the joist hanger ; said boards having shapes and dimensions complementary to those of said separator , the thickness of which is determined to separate two decking boards by a distance allowing a gap between two decking boards called an "expansion space" , in order to removably receive said separator which is thus reusable to successively separate several contiguous boards, - said joist hanger comprises two flanks perpendicular to the first plate to fit the edges of the decking boards , the length of said first plate and said lateral flanks being adapted to colinearly hold the decking boards between them, said first plate being provided with holes provided at determined positions of said slot to guide the fastening of the boards on the beams and/or joists .