mhurhangee/patent-ind-claim-en huggingface dataset:
Manufacturing method of a microphone , wherein the microphone comprises: - a piezoelectric film of piezoelectric material, - a lower electrode disposed on a lower side of the piezoelectric film , - a patterned upper electrode comprising pads disposed on an upper side of the piezoelectric film, - pillars disposed on the pads of the patterned electrode, - a rigid dish disposed on said pillars; said method comprising the following steps: - making of the patterned upper electrode by means of a first deposition of conductive material on an upper side of the piezoelectric film in such a way to form the pads of the patterned electrode, and characterised by - making of the pillars by means of successive depositions of rigid material, in aligned position on the pads of the patterned electrode, wherein said first deposition and said successive depositions are made by means of screen-printing, dispenser-printing or spray-coating of material in liquid or semifluid state. - a piezoelectric film of piezoelectric material, - a lower electrode disposed on a lower side of the piezoelectric film , - a patterned upper electrode comprising pads disposed on an upper side of the piezoelectric film, - pillars disposed on the pads of the patterned electrode, - a rigid dish disposed on said pillars; - making of the patterned upper electrode by means of a first deposition of conductive material on an upper side of the piezoelectric film in such a way to form the pads of the patterned electrode, - making of the pillars by means of successive depositions of rigid material, in aligned position on the pads of the patterned electrode,
A connector assembly adapted to connect a plug to a communication device, comprising: a receptacle adapted to be fixed on a circuit board of the communication device and mated with the plug ; and a connection base adapted to be fixed on a housing panel of the communication device, characterized in that the connection base has a main body portion located outside the housing panel of the communication device, the connection base is formed with an insertion cavity adapted to receive at least a portion of the receptacle , and the connection base is in thermal contact with the receptacle . a receptacle adapted to be fixed on a circuit board of the communication device and mated with the plug ; and a connection base adapted to be fixed on a housing panel of the communication device, characterized in that the connection base has a main body portion located outside the housing panel of the communication device, the connection base is formed with an insertion cavity adapted to receive at least a portion of the receptacle , and the connection base is in thermal contact with the receptacle .
A two-piece spill proof open cup comprising: a container suitable for holding liquids, the container having a sidewall , a neck adjacent the sidewall , an opening defined by the neck ; the neck having a flange along a neck edge and a plurality of posts adjacent the flange ; a lid adapted to fasten to the container , the lid having an upper surface external to the two-piece spill proof open cup , a lower surface internal to the two-piece spill proof open cup , a flap , a lid body , a hinge connecting the flap to the lid body , a handle on the upper surface , and a bead having channels wherein the bead is integrated into the lower surface , wherein the flap is constructed so that it is loaded against the flange and wherein the flap rests along the flange and adjacent to a rim abutting the neck edge so that a flap edge is loaded against the neck edge creating a liquid tight seal between the lid and the container at the flange , so that when a user drinks from the cup , the flap moves along hinge , attached to lid body , and lifts the flap away from the flange allowing the liquid to flow out of the cup . a container suitable for holding liquids, the container having a sidewall , a neck adjacent the sidewall , an opening defined by the neck ; the neck having a flange along a neck edge and a plurality of posts adjacent the flange ; a lid adapted to fasten to the container , the lid having an upper surface external to the two-piece spill proof open cup , a lower surface internal to the two-piece spill proof open cup , a flap , a lid body , a hinge connecting the flap to the lid body , a handle on the upper surface , and a bead having channels wherein the bead is integrated into the lower surface , wherein the flap is constructed so that it is loaded against the flange and wherein the flap rests along the flange and adjacent to a rim abutting the neck edge so that a flap edge is loaded against the neck edge creating a liquid tight seal between the lid and the container at the flange , so that when a user drinks from the cup , the flap moves along hinge , attached to lid body , and lifts the flap away from the flange allowing the liquid to flow out of the cup .
A display device comprising a display region that comprises a first display region and a second display region, wherein the first display region (DPA_D) comprises a plurality of first pixels, and the second display region (DPA_T) comprises a plurality of second pixels and at least one light transmission region, wherein the first pixels and second pixels include an emission region (EMA), the first pixels are larger than the second pixels of the same color, a resolution of the second display region is the same as resolution of the first display region and the size of each emission region of the second pixels is the same as the size of each emission region of the first pixels of the same color, wherein light transmittance of the at least one light transmission region is higher than light transmittance of each of the first pixels and light transmittance of each of the second pixels, and light transmittance of the second display region is higher than light transmittance of the first display region and wherein the display device further comprises: a light sensing member arranged to overlap the second display region. wherein the first display region (DPA_D) comprises a plurality of first pixels, and the second display region (DPA_T) comprises a plurality of second pixels and at least one light transmission region, wherein the first pixels and second pixels include an emission region (EMA), the first pixels are larger than the second pixels of the same color, a resolution of the second display region is the same as resolution of the first display region and the size of each emission region of the second pixels is the same as the size of each emission region of the first pixels of the same color, wherein light transmittance of the at least one light transmission region is higher than light transmittance of each of the first pixels and light transmittance of each of the second pixels, and light transmittance of the second display region is higher than light transmittance of the first display region and wherein the display device further comprises: a light sensing member arranged to overlap the second display region.
A method of manufacturing a brush, comprising the steps of providing a one-piece, injection-molded bristle carrier having sleeve-like bundle receptacles which are open on the front side and closed to the rear side, a central carrying structure and connecting webs , wherein the bundle receptacles are each retained at the carrying structure by means of at least one connecting web and the connecting webs continue into the central carrying structure , wherein intermediate spaces are provided between the bundle receptacles relative to one another and between the bundle receptacles and the carrying structure ; overmolding the bristle carrier with a softer plastic material while embedding the bundle receptacles and filling the intermediate spaces between bundle receptacles relative to one another and between the bundle receptacles and the carrying structure with the soft plastic material ; inserting bristle bundles into the bundle receptacles ; and reshaping the bundle receptacles at their respective front edges while applying heat and pressure and thereby locking the bristle bundles in place in the bundle receptacles . providing a one-piece, injection-molded bristle carrier having sleeve-like bundle receptacles which are open on the front side and closed to the rear side, a central carrying structure and connecting webs , wherein the bundle receptacles are each retained at the carrying structure by means of at least one connecting web and the connecting webs continue into the central carrying structure , wherein intermediate spaces are provided between the bundle receptacles relative to one another and between the bundle receptacles and the carrying structure ; overmolding the bristle carrier with a softer plastic material while embedding the bundle receptacles and filling the intermediate spaces between bundle receptacles relative to one another and between the bundle receptacles and the carrying structure with the soft plastic material ; inserting bristle bundles into the bundle receptacles ; and reshaping the bundle receptacles at their respective front edges while applying heat and pressure and thereby locking the bristle bundles in place in the bundle receptacles .
A liquid dispersion comprising: - at least one plant growth regulator which has a solubility in sunflower oil of 0.1 wt% or less at 25 °C; - wherein the plant growth regulator, is chosen from the group of gibberellins, or prohexadione; - an organic hydrophobic carrier wherein the organic hydrophobic carrier is a vegetable oil with a melting point of 10 °C or lower, or an alkyl ester of a fatty acid, having a solubility in water of lower than about 1 g/Liter at 20 °C; - wherein the at least one growth regulator is insoluble or unstable in water, and is present in the liquid dispersion in an amount exceeding 0.1 wt%; - wherein more than 90% of the particles of said growth regulator have a particle size of between 1-7 μm; - wherein the dispersion further comprises an emulsifier which stabilizes the dispersion in the organic carrier, and which causes the concentrate to be water miscible and self-emulsifying when diluted in water in a 1:50 dilution; - wherein the dispersion contains less than 0.4 wt% water. - at least one plant growth regulator which has a solubility in sunflower oil of 0.1 wt% or less at 25 °C; - wherein the plant growth regulator, is chosen from the group of gibberellins, or prohexadione; - an organic hydrophobic carrier wherein the organic hydrophobic carrier is a vegetable oil with a melting point of 10 °C or lower, or an alkyl ester of a fatty acid, having a solubility in water of lower than about 1 g/Liter at 20 °C; - wherein the at least one growth regulator is insoluble or unstable in water, and is present in the liquid dispersion in an amount exceeding 0.1 wt%; - wherein more than 90% of the particles of said growth regulator have a particle size of between 1-7 μm; - wherein the dispersion further comprises an emulsifier which stabilizes the dispersion in the organic carrier, and which causes the concentrate to be water miscible and self-emulsifying when diluted in water in a 1:50 dilution; - wherein the dispersion contains less than 0.4 wt% water.
A system for imaging a body part, comprising: a motion sensor configured to sense an acceleration wave emitted by a source and to generate acceleration measurements in response to sensing the acceleration wave, wherein the source is associated with the body part of a subject; and a processing device communicatively coupled to the motion sensor, the processing device configured to: receive the acceleration measurements; determine a location of the source using a location of the motion sensor and the acceleration measurements; determine a dampening coefficient matrix; and image the body part of the subject using the determined location of the source and the acceleration measurements, wherein, to image the body part of the subject, the processing device is configured to produce a structural image of the body part using the dampening coefficient matrix. a motion sensor configured to sense an acceleration wave emitted by a source and to generate acceleration measurements in response to sensing the acceleration wave, wherein the source is associated with the body part of a subject; and a processing device communicatively coupled to the motion sensor, the processing device configured to: receive the acceleration measurements; determine a location of the source using a location of the motion sensor and the acceleration measurements; determine a dampening coefficient matrix; and image the body part of the subject using the determined location of the source and the acceleration measurements, wherein, to image the body part of the subject, the processing device is configured to produce a structural image of the body part using the dampening coefficient matrix. receive the acceleration measurements; determine a location of the source using a location of the motion sensor and the acceleration measurements; determine a dampening coefficient matrix; and image the body part of the subject using the determined location of the source and the acceleration measurements, wherein, to image the body part of the subject, the processing device is configured to produce a structural image of the body part using the dampening coefficient matrix.
A laser system comprising a portable beam shaper , the beam shaper having: - a cartridge , - an optical system mounted in the cartridge and configured to transform a collimated input beam with a Gaussian intensity distribution profile into an output beam with a substantially uniform intensity profile, wherein the cartridge has opposite threaded ends configured to be removably engaged by respective optical components. - a cartridge , - an optical system mounted in the cartridge and configured to transform a collimated input beam with a Gaussian intensity distribution profile into an output beam with a substantially uniform intensity profile, wherein the cartridge has opposite threaded ends configured to be removably engaged by respective optical components.
A multilayer sound absorbing sheet comprising: a film layer comprising through-micro bores having a diameter in the range of from 10μm to 200μm and apertures having a diameter of at least 1 mm, and a fibrous material layer disposed on the film layer, characterized in that the apertures have an aperture ratio of 3 % to 50 % and wherein the through-micro bores have an air permeability of 0.1 seconds per 100 cc to 300 seconds per 100 cc, as measured in accordance with JIS-L-1906, and wherein the film layer comprises a multilayer film having a first film layer and a second film layer disposed on the first film layer. a film layer comprising through-micro bores having a diameter in the range of from 10μm to 200μm and apertures having a diameter of at least 1 mm, and a fibrous material layer disposed on the film layer, characterized in that the apertures have an aperture ratio of 3 % to 50 % and wherein the through-micro bores have an air permeability of 0.1 seconds per 100 cc to 300 seconds per 100 cc, as measured in accordance with JIS-L-1906, and wherein the film layer comprises a multilayer film having a first film layer and a second film layer disposed on the first film layer.
A device for creating an aperture in an eye, comprising: a control unit for a laser unit, wherein the control unit is configured to control the laser unit to create the aperture in a lens of the eye, wherein the aperture is used to increase the depth of field of the eye and is formed by laser-induced lesions which reduce light transmission through an aperture region of the lens surrounding an aperture opening, characterized in that the device further comprises an alignment unit for aligning and/or fixating the eye and a light stimulation unit for light stimulation of the eye in order to narrow the pupil, wherein the control unit is configured to control the laser unit on the basis of the narrowed pupil in orderto produce marks defining the aperture opening in the lateral and/or axial direction . a control unit for a laser unit, wherein the control unit is configured to control the laser unit to create the aperture in a lens of the eye, wherein the aperture is used to increase the depth of field of the eye and is formed by laser-induced lesions which reduce light transmission through an aperture region of the lens surrounding an aperture opening, characterized in that the device further comprises an alignment unit for aligning and/or fixating the eye and a light stimulation unit for light stimulation of the eye in order to narrow the pupil, wherein the control unit is configured to control the laser unit on the basis of the narrowed pupil in orderto produce marks defining the aperture opening in the lateral and/or axial direction .
Centrifuge having a holding and opening mechanism for a pivotable rotor chamber cover , which latter is mounted so as to be pivotable, relative to a housing , about a first axle via a first joint , characterized in that a pivot arm is provided which acts between the rotor chamber cover and the housing and is pivotably mounted about a second axle which is not the same as the first axle , with the free end of the pivot arm acting, preferably via a roller , on a control surface of a guide element , with a torsion spring being provided that acts on the pivot arm in a direction around said second axle in order to generate a holding and opening force on said pivot arm and said control surface , with a fixed part and a part pivotable relative thereto, of which one part comprises said guide element and the other part comprises said pivot arm , said pivotable part being pivotable relative to said fixed part about said joint and said first axle , said pivotable part being connected to said pivot arm and said rotor chamber cover and said fixed part being connected to said housing , wherein the holding and opening force is determined via said control surface in cooperation with said torsion spring and said pivot arm via the pivot angle of said rotor chamber cover , with a multitude of pivot arms , guide elements , joints and fixed and pivot parts being provided, wherein said pivot arms are coupled to one another in said second axle via a common torsion spring .
A heat shield assembly for an aircraft wheel, defining a first circumferential side and a second circumferential side and an inboard end and an outboard end, comprising: a first layer defining a first surface of the heat shield assembly and having a first tab member disposed proximate the inboard end at the first circumferential side and a second tab member disposed proximate the outboard end at the first circumferential side; and a second layer defining a second surface of the heat shield assembly and having one or more first crimped portions extending along the first circumferential side and configured to engage the first tab member and the second tab member; and characterized by further comprising an intermediate layer disposed between the first layer and the second layer, wherein the intermediate layer comprises a first plurality of dimples oriented toward the first layer, and wherein the intermediate layer comprises a second plurality of dimples oriented toward the second layer; wherein the first plurality of dimples is configured to contact the first layer and the second plurality of dimples is configured to contact the second layer. a first layer defining a first surface of the heat shield assembly and having a first tab member disposed proximate the inboard end at the first circumferential side and a second tab member disposed proximate the outboard end at the first circumferential side; and a second layer defining a second surface of the heat shield assembly and having one or more first crimped portions extending along the first circumferential side and configured to engage the first tab member and the second tab member; and characterized by further comprising an intermediate layer disposed between the first layer and the second layer, wherein the intermediate layer comprises a first plurality of dimples oriented toward the first layer, and wherein the intermediate layer comprises a second plurality of dimples oriented toward the second layer; wherein the first plurality of dimples is configured to contact the first layer and the second plurality of dimples is configured to contact the second layer.
An apparatus, comprising: a plurality of processors , wherein a subset of the plurality of processors is configured to execute a secure program; and a plurality of configurable communication elements (601; 602) coupled to the plurality of processors in an interspersed arrangement, wherein each configurable communication element (601; 602) included in a subset of the plurality of configurable communication elements (601; 602) is coupled to at least one processor of the subset of the plurality of processors ; wherein a particular processor of the subset of the plurality of processors is coupled to a particular configurable communication element (601; 602), the apparatus being characterized in that the subset of the plurality of processors and the subset of the plurality of configurable communication elements (601; 602) define a secured area; and in that the particular configurable communication element (601; 602) of the subset of the plurality of configurable communication elements (601; 602) is configured to restrict access of a message to a memory coupled to the particular processor but to allow the message to bypass over the secured area. a plurality of processors , wherein a subset of the plurality of processors is configured to execute a secure program; and a plurality of configurable communication elements (601; 602) coupled to the plurality of processors in an interspersed arrangement, wherein each configurable communication element (601; 602) included in a subset of the plurality of configurable communication elements (601; 602) is coupled to at least one processor of the subset of the plurality of processors ; wherein a particular processor of the subset of the plurality of processors is coupled to a particular configurable communication element (601; 602), the apparatus being characterized in that the subset of the plurality of processors and the subset of the plurality of configurable communication elements (601; 602) define a secured area; and in that the particular configurable communication element (601; 602) of the subset of the plurality of configurable communication elements (601; 602) is configured to restrict access of a message to a memory coupled to the particular processor but to allow the message to bypass over the secured area.
Method for secure transmission of a virtual key (VK) from a server (50, S) to a mobile terminal (20, T) comprising a memory and suitable for communicating with the server (50, S), said method including steps of: a) the server (50, S) receiving a certification request for the mobile terminal (20, T), b) the server (50, S) providing and downloading a user application to the mobile terminal (20, T), and c) the server (50, S) providing a virtual key (VK) to the mobile terminal (20, T), and d) downloading and securing the virtual key (VK) in a security element of the mobile terminal (20, T), said virtual key (VK) being sent in encrypted form using a secure Internet connection implemented using a secure input key (EK), characterized in that said security element is formed by an encryption software environment implementing a virtual safe in which it is possible to conceal the virtual key in order to secure it, and operating using a white-box cryptography technique, said virtual safe being intended to be stored in the memory of the mobile terminal apart from any physical security element. a) the server (50, S) receiving a certification request for the mobile terminal (20, T), b) the server (50, S) providing and downloading a user application to the mobile terminal (20, T), and c) the server (50, S) providing a virtual key (VK) to the mobile terminal (20, T), and d) downloading and securing the virtual key (VK) in a security element of the mobile terminal (20, T), said virtual key (VK) being sent in encrypted form using a secure Internet connection implemented using a secure input key (EK),