mhurhangee/patent-ind-claim-en huggingface dataset:
A first flexible wiring comprising: a first elongated flexible substrate ; a first plurality of electrically conductive traces arranged in an array on a first side of the first elongated flexible substrate; and a first electromagnetic shielding layer on a second side of the first elongated flexible substrate, the second side being opposite the first side, wherein the first elongated flexible substrate comprises a fold region between a first electrically conductive trace and a second electrically conductive trace such that the first electromagnetic shielding layer provides electromagnetic shielding between the first electrically conductive trace and the second electrically conductive trace, and wherein the first flexible wiring further comprises an elongated groove in the fold region, and a length of the elongated groove runs parallel to a length of the first electrically conductive trace and a length of the second electrically conductive trace. a first plurality of electrically conductive traces arranged in an array on a first side of the first elongated flexible substrate; and a first electromagnetic shielding layer on a second side of the first elongated flexible substrate, the second side being opposite the first side, wherein the first elongated flexible substrate comprises a fold region between a first electrically conductive trace and a second electrically conductive trace such that the first electromagnetic shielding layer provides electromagnetic shielding between the first electrically conductive trace and the second electrically conductive trace, and wherein the first flexible wiring further comprises an elongated groove in the fold region, and a length of the elongated groove runs parallel to a length of the first electrically conductive trace and a length of the second electrically conductive trace.
A machine for assembling/disassembling spring/damper units of suspensions of vehicles, comprising a frame for supporting means for the lower resting contact of a spring of a spring/damper unit , means for gripping from above said spring and means for actuation with an alternating translational motion along a substantially vertical work direction (D) which are associated with said grip means , the machine comprising a single element for the sliding guiding of said grip means along a substantially vertical translation axis (A) and in that said grip means comprise a supporting body that is associated slidingly along said guiding element and an element that supports a pair of clamps that can be associated with the spring , the supporting element being associated with said supporting body so that it can rotate about a substantially horizontal axis (B) and each one of the clamps being associated with said supporting element so that it can rotate about a respective rotation axis (R) that is substantially perpendicular to the plane of arrangement of said clamps, characterized in that said guiding element has a tubular shape so as to form an internal longitudinal cavity and in that said actuation means comprise a pneumatic type cylinder , the corresponding stem of which can move within said internal longitudinal cavity, the supporting body being rendered integral in translation with the movable stem by means of at least one pin that is inserted so that it passes through at least one longitudinal slot formed on the guiding element .
Bicycle tool for fitting and removing a bicycle tyre on a rim , comprising a body having a first and a second side , between which an opening for receiving the fingers of a user is formed, further comprising a tyre removal hook and a tyre fitting hook, wherein the fitting hook has a curved protruding portion , and wherein the protruding portion is connected to a straight hook piece characterized in that the protruding portion has a first piece , which is bent towards the body , and an adjoining second piece , which is bent away from the body and forms a nose for guiding the tyre bead .
A mobile terminal , comprising: a body including an internal space, a metal plate located within the internal space and a partition partitioning the internal space by being vertically projected from the metal plate; a battery located in a first space on one side of the internal space with reference to the partition ; a main board located in a second space on the other side of the internal space with reference to the partition and having a heating component mounted thereon; and a heat pipe including a heat absorbing portion contacting with the heating component and a heat transfer portion disposed between the battery and the main board side by side with the partition and extending along the partition , so that a surface of the heat transfer portion faces a side of the partition , wherein the heat transfer portion comprises a pipe member formed of a material of high heat conductivity, a first fluid path formed within the pipe member , a second fluid path formed on an inner wall of the pipe member , and a working fluid passing through the first fluid path in a gas state and passing through the second fluid path in a liquid state. a body including an internal space, a metal plate located within the internal space and a partition partitioning the internal space by being vertically projected from the metal plate; a battery located in a first space on one side of the internal space with reference to the partition ; a main board located in a second space on the other side of the internal space with reference to the partition and having a heating component mounted thereon; and a heat pipe including a heat absorbing portion contacting with the heating component and a heat transfer portion disposed between the battery and the main board side by side with the partition and extending along the partition , so that a surface of the heat transfer portion faces a side of the partition , wherein the heat transfer portion comprises a pipe member formed of a material of high heat conductivity, a first fluid path formed within the pipe member , a second fluid path formed on an inner wall of the pipe member , and a working fluid passing through the first fluid path in a gas state and passing through the second fluid path in a liquid state.
Low power light therapy device for treating the eye, comprising a light source emitting monochromatic or quasi monochromatic light in a wavelength range between 600 - 700 nm and/or 780 - 950 nm, that comprises a beam expander positioned in the path of the light emitted from the light source and at least one light scattering element arranged past the beam expander providing scattered beams and a substantial attenuation, the light source being a base laser , characterized in that the beam expander has a concave inner surface facing towards the base laser and this concave inner surface has a diameter larger than the diameter of the incident light beam, the beam expander has an outwardly expanding conical body and has an outer surface provided by a raster of small lenses providing an even expansion of the outgoing light beams.
A method for acquiring of user-specific data and transmitting of tooth care parameters onto an electric toothbrush by way of a mobile device, wherein the toothbrush is designed as a hand-held device, and contains a care part for carrying out at least one electrically operated tooth care function, a grip body for holding the toothbrush and an electronics part for the control of the at least one electrically operated tooth care function, wherein the electronics part comprises a data transmission module for the wireless, bidirectional data transmission, characterised by the following steps: - acquiring of user-specific data which are entered by the user into the mobile device by way of a software application operated on the mobile device; - computing operating parameters in the form of tooth care parameters for electrical functional elements of the electric toothbrush by way of the software application operated on the mobile device based on the acquired user-specific data; - wireless transmission of the tooth care parameters onto the electric toothbrush by way of the software application operated on the mobile device. - acquiring of user-specific data which are entered by the user into the mobile device by way of a software application operated on the mobile device; - computing operating parameters in the form of tooth care parameters for electrical functional elements of the electric toothbrush by way of the software application operated on the mobile device based on the acquired user-specific data; - wireless transmission of the tooth care parameters onto the electric toothbrush by way of the software application operated on the mobile device.
Lid of a container for collecting organic liquids , which is designed to sealingly close a cup of said container for collecting organic liquids , comprising a patient port for connection to a an aspiration tube for removing the organic liquids from a patient and a vacuum port for connection to a vacuum source connection tube , said vacuum port comprising a connecting member ; characterized in that said connecting member defines a conical female connection , said vacuum port being connectable to a corresponding adapter associable with an end of said vacuum source connection tube .
A display device comprising a display panel , the display device comprises a touch sensing member which is disposed on the display panel , the touch sensing member comprises a touch sensing area (TA) and a peripheral area (NTA) around the touch sensing area (TA), wherein a vibration area (SA) is disposed in the peripheral area (NTA) and generating vibrations (VR) in response to a first audio signal (As1); and a window which is disposed on the touch sensing member and outputs sound in response to the vibrations (VR) generated in the vibration area (SA), characterized in that the vibration area (SA) of the touch sensing member and the touch sensing area (TA) of the touch sensing member are disposed between the display panel and the window . a display panel , the display device comprises a touch sensing member which is disposed on the display panel , the touch sensing member comprises a touch sensing area (TA) and a peripheral area (NTA) around the touch sensing area (TA), wherein a vibration area (SA) is disposed in the peripheral area (NTA) and generating vibrations (VR) in response to a first audio signal (As1); and a window which is disposed on the touch sensing member and outputs sound in response to the vibrations (VR) generated in the vibration area (SA), characterized in that the vibration area (SA) of the touch sensing member and the touch sensing area (TA) of the touch sensing member are disposed between the display panel and the window .
Dispensing system comprising an assembly having a dispenser of at least one cosmetic product, in particular makeup, and having at least two different types of outlet interfaces , each of which can be mounted removably on the dispenser, the dispenser having at least two different base products and being configured for allowing these to be delivered in variable proportions, the outlet interfaces being able to receive the one or more products delivered by the dispenser, the different types of outlet interfaces being chosen from among the following: - an outlet interface having a container, in particular a cup , allowing the product to be picked up using a finger or with the aid of an applicator, - an outlet interface allowing the product to be delivered to a spray system, in particular an airbrush , - an outlet interface comprising several regions for receiving the product, which can move relative to the dispenser, - an outlet interface that allows the product to be delivered to a dispensing endpiece (170; 180; 190). - an outlet interface having a container, in particular a cup , allowing the product to be picked up using a finger or with the aid of an applicator, - an outlet interface allowing the product to be delivered to a spray system, in particular an airbrush , - an outlet interface comprising several regions for receiving the product, which can move relative to the dispenser, - an outlet interface that allows the product to be delivered to a dispensing endpiece (170; 180; 190).
A method of operating a system at an operation site , the operation site comprising a surface ; wherein the operation site is a wind turbine with a wind turbine blade , and the surface is a surface of the wind turbine blade ; wherein the system comprises - an unmanned robot , wherein the robot comprises a base and an arm extending from the base , the arm comprising a remote end configured for movement of the remote end relatively to the base ; - a dispenser tool attached to the remote end of the arm and configured for dispensing viscous material on the surface ; wherein the dispenser tool holds multiple cartridges containing viscous material, each cartridge comprising a respective nozzle ; wherein method comprises - locating the robot at the surface ; - selecting one of the multiple cartridges in the dispenser tool for dispensing viscous material from the selected cartridge , - bringing the nozzle of the selected cartridge into the vicinity of the surface by the arm and orienting the dispenser tool relatively to the surface such that the nozzle of the corresponding selected cartridge is at the surface ; activating the dispenser tool and providing viscous material onto the surface only from the selected cartridge while moving the nozzle of the selected cartridge along the surface . - an unmanned robot , wherein the robot comprises a base and an arm extending from the base , the arm comprising a remote end configured for movement of the remote end relatively to the base ; - a dispenser tool attached to the remote end of the arm and configured for dispensing viscous material on the surface ; wherein the dispenser tool holds multiple cartridges containing viscous material, each cartridge comprising a respective nozzle ; - locating the robot at the surface ; - selecting one of the multiple cartridges in the dispenser tool for dispensing viscous material from the selected cartridge , - bringing the nozzle of the selected cartridge into the vicinity of the surface by the arm and orienting the dispenser tool relatively to the surface such that the nozzle of the corresponding selected cartridge is at the surface ; activating the dispenser tool and providing viscous material onto the surface only from the selected cartridge while moving the nozzle of the selected cartridge along the surface .
An assembly, comprising: - lighting devices (D) including an elongate planar support member having a front surface with electrically conductive lines and at least one electrically-powered light radiation source (L) thereon, and - a connector including: - a C-shaped body having a web portion and two side portions , said C-shaped body locatable astride said planar support member with said web portion facing said front surface, - electrical contact means extending from said web portion between said side portions for contacting electrically conductive lines on said front surface of said planar support member , said electrical contact means including at least one puncturing formation, and - an ingress region for at least one electric wire (K) toward said electrical contact means , the assembly characterized in that : - said lighting devices (D) are Ingress Protection IP-protected lighting devices (D) provided with a protective layer and said at least one puncturing formation is configured to pierce said protective layer of said lighting devices (D), - said connector includes at least one fixing formation arranged at one of said side portions of the connector body for fixing said connector on a substrate (H) with said planar support member sandwiched between the connector and said substrate (H), - wherein said at least one fixing formation and said ingress region are arranged at the one and the other of said side portions of the connector body , respectively. - lighting devices (D) including an elongate planar support member having a front surface with electrically conductive lines and at least one electrically-powered light radiation source (L) thereon, and - a connector including: - a C-shaped body having a web portion and two side portions , said C-shaped body locatable astride said planar support member with said web portion facing said front surface, - electrical contact means extending from said web portion between said side portions for contacting electrically conductive lines on said front surface of said planar support member , said electrical contact means including at least one puncturing formation, and - an ingress region for at least one electric wire (K) toward said electrical contact means , - said lighting devices (D) are Ingress Protection IP-protected lighting devices (D) provided with a protective layer and said at least one puncturing formation is configured to pierce said protective layer of said lighting devices (D), - said connector includes at least one fixing formation arranged at one of said side portions of the connector body for fixing said connector on a substrate (H) with said planar support member sandwiched between the connector and said substrate (H), - wherein said at least one fixing formation and said ingress region are arranged at the one and the other of said side portions of the connector body , respectively.
A clutch, in particular for motorcycles, said clutch comprising a bell adapted to be engaged and disengaged alternatively by a rotating transmission component , wherein the mutual engagement of said bell and said rotating transmission component by means of centrifugal sliding blocks results in said bell by dragged in rotation by said transmission component in a first rotation direction (A), wherein said bell defines an engagement profile formed so as to be engaged and disengaged alternatively by second engagement means dragged in rotation by said transmission component , and wherein the mutual engagement of said second engagement means and said engagement profile arises as a result of both the rotation of said transmission component in a second rotation direction, opposite to said first rotation direction (A), and the rotation of said bell in said first rotation direction (A), whereas the mutual disengagement of said engagement means and said engagement profile arises as a result of both the rotation of said transmission component in said first rotation direction (A) opposite to said second rotation direction, and the rotation of said bell in said second rotation direction; characterised in that said bell comprises a substantially cylindrical portion , and in that said engagement profile is defined by at least one portion of the outer surface of said substantially cylindrical portion .
A chip package using Land Grid Array, LGA, coupling, the chip package comprising: a multi-layer substrate comprising: transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate , a first integrated circuit, IC, directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region. a multi-layer substrate comprising: transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate , a first integrated circuit, IC, directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region. transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate , a first integrated circuit, IC, directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region.
Hydrophobic fluid, characterized by a solvent-based solution of at least one aliphatic and/or aromatic hydrocarbon, having a chain length of C9 to C15 and at least one ether, ester, ketone and/or an alcohol, in particular a non-flammable alcohol, wherein the hydrophobic fluid additionally comprises a fluoropolymer, in particular a non-flammable fluoropolymer having a flash point >60°C, in a proportion of 3 to 4 wt.%.
A piezoelectric ceramic composition represented by a composition formula A x BO 3 the piezoelectric ceramic composition comprising: potassium sodium niobate containing K and Na that account for 80% or more of an amount of A-site elements and containing Nb that accounts for 70% or more of an amount of B-site elements, wherein the piezoelectric ceramic composition comprises Ta and Fe at a B-site; the piezoelectric ceramic composition being represented by a composition formula {(K 1-u-v Na u Li v ) 1-w-α Ag w A1 α } x {(Nb 1-y-z Ta y Sb z ) 1-β-γ-δ B1 β B2 γ Fe δ }O 3 wherein A1 is Bi, La, Ce, Nd, or Sm or a combination thereof, B1 is Zn, Mg, Yb, Fe, Cu, Co, or Ni or a combination thereof, and B2 is Sn, Ti, Zr, Hf, Ce, Ge, V, W, Nb, Sb, or Ta or a combination thereof; characterized in that the following inequalities are satisfied: 0.500 ≤ u ≤ 0.540 , 0.00 < v ≤ 0.06 , 0.00 < w ≤ 0.06 , 0.99 ≤ x ≤ 1.02 , 0.00 < y ≤ 0.12 , 0.00 < z ≤ 0.10 , 0.0000 < α ≤ 0.0275 , 0.000 < β ≤ 0.005 , 0.000 < γ ≤ 0.005 , and 0.0000 < δ ≤ 0.0125 . potassium sodium niobate containing K and Na that account for 80% or more of an amount of A-site elements and containing Nb that accounts for 70% or more of an amount of B-site elements, wherein the piezoelectric ceramic composition comprises Ta and Fe at a B-site; wherein A1 is Bi, La, Ce, Nd, or Sm or a combination thereof, B1 is Zn, Mg, Yb, Fe, Cu, Co, or Ni or a combination thereof, and B2 is Sn, Ti, Zr, Hf, Ce, Ge, V, W, Nb, Sb, or Ta or a combination thereof; characterized in that