mhurhangee/patent-ind-claim-en huggingface dataset:
A name plate for an article, in particular for a funeral article, the name plate comprising: - a frame adapted to be secured to said article and defining a housing adapted to accommodate a label indicating said name; - a plate comprising a closing portion , which closes said housing to hold said label in said housing ; - coupling means for coupling said plate to said frame in a fixed position; said coupling means comprising: - at least one pair of retaining seats obtained on said frame ; - at least one pair of tabs , which form part of said plate , are arranged along a peripheral edge of said closing portion and each engage a corresponding said retaining seat ; said closing portion being elastically deformable so as to take a curved shape for inserting said tabs into said retaining seats ; - said frame being made in one piece and consisting of: a wall defining the bottom of said housing ; and at least one projection protruding with respect to said wall so as to delimit said housing laterally; said retaining seats being defined by slits made in the projection and flush with the front surface of the wall ; - said name plate being characterized in that said wall has a rear surface provided with two holes , each communicating with a corresponding said retaining seat , said holes 15 being shaped to allow moulding manufacturing of the retaining seats . - a frame adapted to be secured to said article and defining a housing adapted to accommodate a label indicating said name; - a plate comprising a closing portion , which closes said housing to hold said label in said housing ; - coupling means for coupling said plate to said frame in a fixed position; said coupling means comprising: - at least one pair of retaining seats obtained on said frame ; - at least one pair of tabs , which form part of said plate , are arranged along a peripheral edge of said closing portion and each engage a corresponding said retaining seat ; said closing portion being elastically deformable so as to take a curved shape for inserting said tabs into said retaining seats ; - said frame being made in one piece and consisting of: a wall defining the bottom of said housing ; and at least one projection protruding with respect to said wall so as to delimit said housing laterally; said retaining seats being defined by slits made in the projection and flush with the front surface of the wall ; - said name plate being characterized in that said wall has a rear surface provided with two holes , each communicating with a corresponding said retaining seat , said holes 15 being shaped to allow moulding manufacturing of the retaining seats .
Apparatus for testing an array of light-sensitive electronic devices, the apparatus comprising: an array of LED, light emitting diode, light sources, wherein the array of LED light sources is configured to have a respective LED light source corresponding to each of the electronic devices ; wherein each LED light source includes a light emitting diode configured to provide LED light; wherein each LED light source includes a phosphor disposed to receive the LED light and to provide phosphorescence light; wherein each LED light source includes an aperture configured to provide point source illumination from the phosphorescence light; wherein each LED light source includes a lens configured to provide collimated light from the point source illumination; wherein each LED light source includes a uniformity filter disposed to receive the collimated light and to provide output light having improved uniformity of illumination; a feedback control system configured to measure optical signals from each LED light source and configured to control operation of the array of LED light sources using the measured optical signals to provide uniform illumination to the array of light-sensitive electronic devices ; wherein each LED light source further comprises a first photodetector and a second photodetector with a neutral density filter disposed on the second photodetector; wherein the optical signals are provided by both the first photodetector and the second photodetector. an array of LED, light emitting diode, light sources, wherein the array of LED light sources is configured to have a respective LED light source corresponding to each of the electronic devices ; wherein each LED light source includes a light emitting diode configured to provide LED light; wherein each LED light source includes a phosphor disposed to receive the LED light and to provide phosphorescence light; wherein each LED light source includes an aperture configured to provide point source illumination from the phosphorescence light; wherein each LED light source includes a lens configured to provide collimated light from the point source illumination; wherein each LED light source includes a uniformity filter disposed to receive the collimated light and to provide output light having improved uniformity of illumination; a feedback control system configured to measure optical signals from each LED light source and configured to control operation of the array of LED light sources using the measured optical signals to provide uniform illumination to the array of light-sensitive electronic devices ; wherein each LED light source further comprises a first photodetector and a second photodetector with a neutral density filter disposed on the second photodetector; wherein the optical signals are provided by both the first photodetector and the second photodetector.
A system for healing a wound at a tissue site , comprising: a drape adapted to cover the wound at the tissue site ; an adhesive having one surface affixed to at least a portion of the drape and an opposite surface adapted to bond to the tissue site ; and a release material and a linker material disposed in the adhesive , wherein the release material is configured to be inert when linked to the adhesive through a bond with the linker material, and wherein the bond between the release material and the linker material is a covalent or ionic bond which is configured to become weak or broken in the presence of an external stimulus, releasing the release material to weaken a bond between the adhesive and the tissue site. a drape adapted to cover the wound at the tissue site ; an adhesive having one surface affixed to at least a portion of the drape and an opposite surface adapted to bond to the tissue site ; and
An electrical spinal cord stimulator for gait training used in gait training for those who have difficulty in walking due to hemiplegia, the stimulator comprising: first and second electrodes attached to a rehabilitant ; a detector which detects a gait-related physical movement of the rehabilitant ; and an electrical sensory nerve stimulation generator which generates, according to a detection result of the detector, electrical stimulation to be applied through the first and second electrodes to a nerve root of a sensory nerve which communicates with a spinal cord a third electrode attached to the rehabilitant ; and an electrical motor nerve stimulation generator which generates, according to a detection result of the detector, electrical stimulation to be applied to a motor nerve through the third electrode, characterized in that the electrical stimulation generated by the electrical sensory nerve stimulation generator is an electric signal of 50 mA or less and 50 Hz or more and 100 Hz or less, and the electrical stimulation generated by the electrical motor nerve stimulation generator is an electric signal of 50 mA or less and 30 Hz or less. first and second electrodes attached to a rehabilitant ; a detector which detects a gait-related physical movement of the rehabilitant ; and an electrical sensory nerve stimulation generator which generates, according to a detection result of the detector, electrical stimulation to be applied through the first and second electrodes to a nerve root of a sensory nerve which communicates with a spinal cord a third electrode attached to the rehabilitant ; and an electrical motor nerve stimulation generator which generates, according to a detection result of the detector, electrical stimulation to be applied to a motor nerve through the third electrode, characterized in that the electrical stimulation generated by the electrical sensory nerve stimulation generator is an electric signal of 50 mA or less and 50 Hz or more and 100 Hz or less, and the electrical stimulation generated by the electrical motor nerve stimulation generator is an electric signal of 50 mA or less and 30 Hz or less.
Trifocal artificial ophthalmic lens , which contains an anterior side optical surface , a posterior side optical surface and an optical axis , at least one of the anterior side optical surface and the posterior side optical surface contains an optics having three useful focal points and having an at least partially diffractive profile, characterised by that the three useful focal points correspond to focal points belonging to the 0 th and 1 st diffraction orders of the diffractive profile, and to a focal point belonging to an enhanced diffractive subsidiary maximum between the focal points belonging to the 0 th and the 1 st diffraction orders.
Timepiece including: - a flange positioned between a dial and a glass of the timepiece, completely covered by the glass , said flange comprising a body movable in rotation about a second rotation axis independently of a bezel of the timepiece on which the glass is fitted, said body being provided with rolling teeth - a control system for said flange , comprising ∘ a control element for actuating said flange , and ∘ a transmission device between said control element and said flange , characterised in that said transmission device is a hybrid gearing device comprising a first element , which is movable around a first rotation axis provided with a drive runner made from elastomeric material, said drive runner cooperating with said rolling tooth system by friction. characterised in that the first rotation axis of the first element is perpendicular to the second rotation axis of the body of the flange , and in that the first element passes through a middle part of the timepiece, said middle part being separate from the bezel . - a flange positioned between a dial and a glass of the timepiece, completely covered by the glass , said flange comprising a body movable in rotation about a second rotation axis independently of a bezel of the timepiece on which the glass is fitted, said body being provided with rolling teeth - a control system for said flange , comprising ∘ a control element for actuating said flange , and ∘ a transmission device between said control element and said flange , characterised in that said transmission device is a hybrid gearing device comprising a first element , which is movable around a first rotation axis provided with a drive runner made from elastomeric material, said drive runner cooperating with said rolling tooth system by friction. ∘ a control element for actuating said flange , and ∘ a transmission device between said control element and said flange , characterised in that said transmission device is a hybrid gearing device comprising a first element , which is movable around a first rotation axis provided with a drive runner made from elastomeric material, said drive runner cooperating with said rolling tooth system by friction.
A method for avoiding entrapment of air bubbles in a lens forming material , in particular in a low viscosity lens forming material, in an ophthalmic lens manufacturing process using mold halves (2; 3) each having a lens forming surface (21; 31), said method including the step of providing an electrostatic charge on a predetermined portion of said lens forming surface (21; 31) of at least one of said mold halves (2; 3) prior to said predetermined portion of said lens forming surface (21; 31) coming into contact with said lens forming material , characterized in that said electrostatic charge is provided on said predetermined portion of said lens forming surface (21; 31) of said at least one mold half (2; 3) by contacting said predetermined portion of said lens forming surface (21; 31) of said at least one mold half (2; 3) with a stamp made of a material which is located sufficiently far away in the triboelectric series from the material said at least one mold half (2; 3) is made of such that upon contact of said stamp and said predetermined portion of said lens forming surface (21; 31) said electrostatic charge is provided on said predetermined portion of said lens forming surface (21; 31), wherein said predetermined portion of said lens forming surface (21; 31) is a central portion of said lens forming surface (21; 31), with the area contacted by said stamp having a diameter ranging from about 1 mm to about 10 mm .
A method, comprising: generating, at a user equipment, UE, a challenge vector; generating, at the UE, a response vector based on the challenge vector; transmitting, from the UE a request for on-demand system information; transmitting, from the UE, a challenge response for authentication of the request for the on-demand system information, wherein the challenge response includes the challenge vector and the response vector, and wherein the request for the on-demand system information and the challenge response are transmitted in a same message; and receiving , at the UE, the on-demand system information after the request for the on-demand system information is authenticated based on the challenge response. generating, at a user equipment, UE, a challenge vector; generating, at the UE, a response vector based on the challenge vector; transmitting, from the UE a request for on-demand system information; transmitting, from the UE, a challenge response for authentication of the request for the on-demand system information, wherein the challenge response includes the challenge vector and the response vector, and wherein the request for the on-demand system information and the challenge response are transmitted in a same message; and receiving , at the UE, the on-demand system information after the request for the on-demand system information is authenticated based on the challenge response.
Charging station for electric vehicles , comprising: - at least one charging cable with at least one charging plug , and - at least one cable suspension device for holding the charging cable , - wherein the cable suspension device has a distance (h1) from a base surface on which an electric vehicle to be charged is arranged which is at least greater than the distance (h2) from the base surface to the plug receiving area of the electric vehicle to be charged, - wherein when viewed from the base surface when the charging plug is plugged in, in a connection point region of the charging cable there is a first upper angle which lies between 1° and 90° between the charging cable and a horizontal plane running through the connection point region , characterized in that - when viewed from the base surface when the charging plug is plugged in, in the connection point region of the charging cable there is a further upper angle which lies between 5° and 80° between the charging cable and a vertical plane running through the longitudinal axis of a main body of the charging plug and through the connection point region of the charging cable . - at least one charging cable with at least one charging plug , and - at least one cable suspension device for holding the charging cable , - wherein the cable suspension device has a distance (h1) from a base surface on which an electric vehicle to be charged is arranged which is at least greater than the distance (h2) from the base surface to the plug receiving area of the electric vehicle to be charged, - wherein when viewed from the base surface when the charging plug is plugged in, in a connection point region of the charging cable there is a first upper angle which lies between 1° and 90° between the charging cable and a horizontal plane running through the connection point region , - when viewed from the base surface when the charging plug is plugged in, in the connection point region of the charging cable there is a further upper angle which lies between 5° and 80° between the charging cable and a vertical plane running through the longitudinal axis of a main body of the charging plug and through the connection point region of the charging cable .
A compound, which is a salt of 1-[[ -3-methyl-6-(4,4,4-trifluorobutoxy)-3,4-dihydronaphthalen-2-yl]methyl]azetidine-3-carboxylic acid, wherein (i) the salt is mono(4-hydroxybenzoate), (ii) the salt is mono-tryptophan salt, or (iii) the salt is a hemisuccinate. (i) the salt is mono(4-hydroxybenzoate), (ii) the salt is mono-tryptophan salt, or (iii) the salt is a hemisuccinate.
An automated grooming appliance for hair processing procedures, the appliance comprising: - a processing head including a blade set having a processing width , - a length setting unit that is operatively coupled to the blade set , and - a control unit that is arranged to operate the length setting unit based on a hairstyle model that correlates position data and hair processing data, characterized in that the control unit is arranged to adjust a length setting dependent on an actual position and an actual orientation of the blade set . - a processing head including a blade set having a processing width , - a length setting unit that is operatively coupled to the blade set , and - a control unit that is arranged to operate the length setting unit based on a hairstyle model that correlates position data and hair processing data,
Method for controlling a functionality of a vehicle by way of a user terminal , characterized by the following steps: - acquiring information representative of a distance (d) between the user terminal and an identifier ; - implementing the functionality only if said information indicates that said distance (d) is less than a predetermined threshold, the distance (d) being evaluated by the user terminal by measuring (E28) the strength of electromagnetic signals exchanged between two communication modules fitted respectively to the identifier and the user terminal , characterized in that data representative of the distance (d) between the identifier and the user terminal are transmitted (E40) from the user terminal to the vehicle . - acquiring information representative of a distance (d) between the user terminal and an identifier ; - implementing the functionality only if said information indicates that said distance (d) is less than a predetermined threshold,
Method for obtaining the deformation of a tyre casing subjected to a load, in an inflated and laden state rotating at a rotational speed W, said tyre casing having a crown, two sidewalls and two beads of revolution about a natural axis of rotation and a median plane, the intersection between the median plane and the natural axis of rotation defining a wheel centre, comprising the following steps: - fixing at least one sensor on the tyre casing in line with the crown at a radial position R with respect to the natural axis of rotation and able to generate at least one output signal proportional to the acceleration experienced by said sensor in the tyre casing; - acquiring a first signal comprising at least the amplitude of the acceleration in the direction normal to the crown when running at the rotational speed W; - delimiting the first signal over a number N TdR of wheel revolutions, N TdR being greater than or equal to 1, N TdR being preferably a whole number, so as to construct a wheel revolution signal; - determining a reference acceleration γ reference that is a function of the rotational speed W and of the position of the at least one sensor; - defining a first energy density S which is a function of the wheel revolution signal, and of the reference acceleration γ reference , and which is denoted S + when the wheel revolution signal is above a threshold value A, or is denoted S - when the wheel revolution signal is below or equal to said threshold value A; - identifying the deformation of the tyre casing, which deformation is generated by the load as a function of the reference acceleration γ reference and of the first energy density S which are associated with the position of the at least one sensor. - fixing at least one sensor on the tyre casing in line with the crown at a radial position R with respect to the natural axis of rotation and able to generate at least one output signal proportional to the acceleration experienced by said sensor in the tyre casing; - acquiring a first signal comprising at least the amplitude of the acceleration in the direction normal to the crown when running at the rotational speed W; - delimiting the first signal over a number N TdR of wheel revolutions, N TdR being greater than or equal to 1, N TdR being preferably a whole number, so as to construct a wheel revolution signal; - determining a reference acceleration γ reference that is a function of the rotational speed W and of the position of the at least one sensor; - defining a first energy density S which is a function of the wheel revolution signal, and of the reference acceleration γ reference , and which is denoted S + when the wheel revolution signal is above a threshold value A, or is denoted S - when the wheel revolution signal is below or equal to said threshold value A; - identifying the deformation of the tyre casing, which deformation is generated by the load as a function of the reference acceleration γ reference and of the first energy density S which are associated with the position of the at least one sensor.
Operating unit (BE) for a field device (FG) used in automation engineering, with a first operating system (OS1), comprising: - an application program (AW) that can be run on the first operating system (OS1) of the operating unit (BE); and - an emulation algorithm (EA), which is designed to execute, on the application program (AW) of the operating unit (BE), an application software (AP) which can be run on a second operating system (OS2), said software having at least a communication protocol for coding/decoding telegrams transmitted by/to the field device (FG), and wherein said software is designed to operate the field device (FG), particularly to read, display and modify parameters of the field device (FG) and/or to read and display measured values of the field device (FG). - an application program (AW) that can be run on the first operating system (OS1) of the operating unit (BE); and - an emulation algorithm (EA), which is designed to execute, on the application program (AW) of the operating unit (BE), an application software (AP) which can be run on a second operating system (OS2), said software having at least a communication protocol for coding/decoding telegrams transmitted by/to the field device (FG), and wherein said software is designed to operate the field device (FG), particularly to read, display and modify parameters of the field device (FG) and/or to read and display measured values of the field device (FG).