mhurhangee/patent-ind-claim-en huggingface dataset:
A window glass near which an electronic device is to be disposed, the window glass comprising: a glass plate ; an electronic device mounting area suitable for fixing the electronic device in indirect contact with the window glass; an antenna that is disposed on the glass plate and is configured to receive broadcast waves; and at least one linearly-shaped canceller that is disposed on the glass plate and is configured to inhibit noise produced from the electronic device from being received by the antenna, wherein the canceller is disposed between the antenna and the electronic device mounting area, wherein the broadcast waves received by the antenna have a wavelength of λ 1 to λ 2 and the glass plate has a wavelength shortening ratio of α, characterized in that a distance between the antenna and the canceller is 0.08*α*λ 2 or more, and a distance between the electronic device mounting area and the canceller is 0.08*α*λ 2 or more. a glass plate ; an electronic device mounting area suitable for fixing the electronic device in indirect contact with the window glass; an antenna that is disposed on the glass plate and is configured to receive broadcast waves; and at least one linearly-shaped canceller that is disposed on the glass plate and is configured to inhibit noise produced from the electronic device from being received by the antenna, wherein the canceller is disposed between the antenna and the electronic device mounting area, wherein the broadcast waves received by the antenna have a wavelength of λ 1 to λ 2 and the glass plate has a wavelength shortening ratio of α, characterized in that a distance between the antenna and the canceller is 0.08*α*λ 2 or more, and a distance between the electronic device mounting area and the canceller is 0.08*α*λ 2 or more.
Mould for injection-compression moulding comprising: - a punch and a matrix suitable to close on the punch so as to delimit with this an injection chamber to contain the material to be injected, said matrix and punch being axially movable between them with respect to an axial direction (Y-Y) of opening/closing of the mould , - a perimetral ring , slidingly associated to the punch or the matrix , along the axial direction (Y-Y), suitable to define, together with the matrix and the punch , the profile of the injection chamber ; characterised in that the perimetral ring comprises an interface profile , intended to engage with the matrix or with the punch , comprising an upper thrust wall , inclined, on which there engages an inclined plane associated to the matrix , so as to generate, in the closing phase of the mould , a force (F) substantially transverse with respect to the axial direction (Y-Y) and with a direction towards the inside of the mould . - a punch and a matrix suitable to close on the punch so as to delimit with this an injection chamber to contain the material to be injected, said matrix and punch being axially movable between them with respect to an axial direction (Y-Y) of opening/closing of the mould , - a perimetral ring , slidingly associated to the punch or the matrix , along the axial direction (Y-Y), suitable to define, together with the matrix and the punch , the profile of the injection chamber ;
Panel for vehicle comprising a steel sheet having one outer face and one inner face , wherein at least the inner face is coated with a coating comprising from 3.5 to 3.9 % by weight of aluminum, from 2.3 to 3.3 % by weight of magnesium, the balance being zinc and optionally impurities and optionally additional elements chosen from Si, Sb, Pb, Ti, Ca, Mn, Sn, La, Ce, Cr, Zr or Bi, the content by weight of each additional element being inferior to 0.3% by weight, said sheet being locally reinforced by at least one patch bound to said inner face , wherein the patch comprises a resin layer and an inorganic material layer , said resin layer being in contact with the coating of the inner face and wherein said resin layer is a foam material, said resin layer being an epoxy-rubber based material and wherein said outer face and inner face further comprise a phosphate layer and an electrophoretic coating layer around the patch.
Mixture of at least nine fatty acids, selected from palmitic acid, oleic acid, stearic acid, linoleic acid, alpha-linolenic acid, gamma-linolenic acid, eicosapentaenoic acid (EPA), docosahexaenoic acid (DHA), azelaic acid and myristic acid for use in the treatment and/or prevention of inflammatory pathologies selected from atopic dermatitis, dermatomyositis, scleroderma, psoriasis, polymyositis, pemphigus, pemphigoid epidermolysis bullosa, Sjogren's syndrome, sympathetic ophthalmia, uveitis, and uveo-retinitis.
A backpack , comprising: an adjustable padded shoulder-strap set , wherein the shoulder-strap set is attached to a backpanel of the backpack; and an adjustable padded hip-belt set , wherein the hip-belt set is mounted to the backpanel by a pair of hip-belt adjustment mechanisms wherein the hip-belt set includes a pair of hip-belt straps , characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing , wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position. an adjustable padded shoulder-strap set , wherein the shoulder-strap set is attached to a backpanel of the backpack; and an adjustable padded hip-belt set , wherein the hip-belt set is mounted to the backpanel by a pair of hip-belt adjustment mechanisms wherein the hip-belt set includes a pair of hip-belt straps , characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing , wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position. wherein the hip-belt set includes a pair of hip-belt straps , characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing , wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position.
A flexible display substrate, comprising a flexible base and a display structure, wherein the flexible display substrate further comprises: a reflective layer provided between the flexible base and the display structure, characterized in that the reflective layer is provided with an opening at a position corresponding to an alignment mark. a reflective layer provided between the flexible base and the display structure, characterized in that the reflective layer is provided with an opening at a position corresponding to an alignment mark.
A quantum dot comprising ZnAgIn x Ga 1-x S y Se 1-y (0≤x<1 and 0≤y≤1), wherein the quantum dot exhibits fluorescence properties including a fluorescence full width at half maximum of less than or equal to 35 nm and a fluorescence quantum yield of greater than or equal to 60% in a green wavelength range to a red wavelength range, and wherein a ratio between Ag and Ga is in a range of Ag/Ga = 0.05 to 10, and a ratio between Zn and Ga is in a range of Zn/Ga = 0.1 to 10.
An assembly comprising: a skid plate module that includes: a skid plate ; and first and second pillars that extend from the skid plate and are adapted to be mounted to a chassis , wherein the first and second pillars are disposed along a center plane of the skid plate ; first and second lower control arms that are mounted to the first and second pillars , respectively; characterized by first and second mounting bracket subassemblies that are mounted to the first and second pillars , respectively, for mounting a drivetrain component , wherein the first pillar has a first tube that extends at least partially through the first pillar and at least partially receives the first mounting bracket subassembly , and the first mounting bracket subassembly includes a rod that is disposed in the first tube , a first sleeve that receives the rod , a first bushing that receives the first sleeve and is received in the first tube , and a first mounting plate that extends from the rod and is operatively connected to the drivetrain component . a skid plate module that includes: a skid plate ; and first and second pillars that extend from the skid plate and are adapted to be mounted to a chassis , wherein the first and second pillars are disposed along a center plane of the skid plate ; a skid plate ; and first and second pillars that extend from the skid plate and are adapted to be mounted to a chassis , wherein the first and second pillars are disposed along a center plane of the skid plate ; first and second lower control arms that are mounted to the first and second pillars , respectively; characterized by first and second mounting bracket subassemblies that are mounted to the first and second pillars , respectively, for mounting a drivetrain component , wherein the first pillar has a first tube that extends at least partially through the first pillar and at least partially receives the first mounting bracket subassembly , and the first mounting bracket subassembly includes a rod that is disposed in the first tube , a first sleeve that receives the rod , a first bushing that receives the first sleeve and is received in the first tube , and a first mounting plate that extends from the rod and is operatively connected to the drivetrain component .
A blade outer air seal component for a gas turbine engine, comprising: at least one first region of a first material; at least one second region of a second material; and at least one functionally graded transition region of the first material and the second material between said at least one first region and said at least one second region of the component , wherein a thermal expansion coefficient of the first material is higher than a thermal expansion coefficient of the second material; wherein: said at least one first region provides an attachment structure that secures the composite blade outer air seal to a casing ; and said at least one second region provides a blade interface surface that interfaces with a blade tip ; characterized in that said first , second and transition regions each extend axially from a leading edge to a trailing edge of the blade outer air seal component, the first material is a metal, and the second material is a ceramic matrix composite. at least one first region of a first material; at least one second region of a second material; and at least one functionally graded transition region of the first material and the second material between said at least one first region and said at least one second region of the component , wherein a thermal expansion coefficient of the first material is higher than a thermal expansion coefficient of the second material; wherein: said at least one first region provides an attachment structure that secures the composite blade outer air seal to a casing ; and said at least one second region provides a blade interface surface that interfaces with a blade tip ; characterized in that said first , second and transition regions each extend axially from a leading edge to a trailing edge of the blade outer air seal component, the first material is a metal, and the second material is a ceramic matrix composite. said at least one first region provides an attachment structure that secures the composite blade outer air seal to a casing ; and said at least one second region provides a blade interface surface that interfaces with a blade tip ;
A switching unit for a seat arrangement, which is configured to change a direction of arrangement of seats in a vehicle cabin of a vehicle, the switching unit comprising: a support base , which is to be fixed to a vehicle cabin , and is configured to support the seats ; a rotating support , which is fixed to the support base , and is configured to serve as a center of rotation of the seats ; a seat mounting frame configured to allow the seats to be fixed thereto; linear guides , which are arranged between the seat mounting frame and the rotating support , and is configured to guide movement of the seat mounting frame with respect to the rotating support along the width direction of the seats ; a rotation stopping member , which is provided to the support base , and is configured to lock rotation of the seat mounting frame caused by the rotating support ; and a seat fixing member configured to lock movement of the seat mounting frame with respect to the rotating support . a support base , which is to be fixed to a vehicle cabin , and is configured to support the seats ; a rotating support , which is fixed to the support base , and is configured to serve as a center of rotation of the seats ; a seat mounting frame configured to allow the seats to be fixed thereto; linear guides , which are arranged between the seat mounting frame and the rotating support , and is configured to guide movement of the seat mounting frame with respect to the rotating support along the width direction of the seats ; a rotation stopping member , which is provided to the support base , and is configured to lock rotation of the seat mounting frame caused by the rotating support ; and a seat fixing member configured to lock movement of the seat mounting frame with respect to the rotating support .
A delaminatable container , comprising a container body provided with a storage portion to store contents and a mouth to deliver the contents from the storage portion , the storage portion and the mouth having an outer layer and an inner layer , the inner layer delaminating from the outer layer and being shrunk with a decrease in the contents, wherein the mouth includes an enlarged diameter portion provided at an end of the mouth and an inner layer support portion provided in a position closer to the storage portion than the enlarged diameter portion and inhibiting slip down of the inner layer , characterized in, that the inner layer support portion is formed by providing a circular narrow portion having a smaller inner diameter than an upper part and a lower part adjacent to the inner layer support portion in the mouth , the narrow portion being formed circularly all around the mouth .
Electronic terminal block for a data bus having a control electronics system , which has an electrical contact-making device , which is connected via an internal power line , a data bus contact-making device , which is connected via an internal data bus line , and a connection device for connecting bus subscribers, a housing , in which the control electronics system is arranged and which has a first housing side having a receptacle for a support rail , a second housing side having a recess for the connection device of the control electronics system and a housing side face , wherein the housing side face has a first opening for the data bus contact-making device of the control electronics system and a second opening for the electrical contact-making device of the control electronics system, characterized in that the housing is a metal housing, wherein a coupling plate is provided for mounting on the housing side face , said coupling plate having a first recess having an engagement area in the region of the first opening of the first housing side face and a second recess having an engagement area in the region of the second opening of the housing side face, wherein the coupling plate is made of a non-metallic material, preferably an electrical insulating material, and wherein the engagement areas are projecting surrounds .
Oxidative dyeing or bleaching agent for keratin fibers, in particular for human hair, containing a) at least one dicarboxylic acid with 2 to 10 carbon atoms, selected from maleic acid and fumaric acid, and/or at least one salt of these acid(s), b) at least one amino acid of the formula (VI) where X represents a hydrogen atom or a mono- or divalent cation; n represents zero, 1, 2 or 3; R1 represents a residue which is selected from an amino group, a guanidine group, a (1H-imidazol-4-yl) group, a carboxamide group -CONH2, a 1H-indol-3-yl group, a thiol group -SH and a methylsulfanyl group -SCH3, or at least one salt of this amino acid, c) further at least one alkalizing agent selected from ammonium hydroxide, monoethanolamine and sodium silicates and mixtures thereof, d) optionally at least one oxidation dye precursor and / or at least one substantive dye, e) water and f) at least one peroxide compound. a) at least one dicarboxylic acid with 2 to 10 carbon atoms, selected from maleic acid and fumaric acid, and/or at least one salt of these acid(s), b) at least one amino acid of the formula (VI) where X represents a hydrogen atom or a mono- or divalent cation; n represents zero, 1, 2 or 3; R1 represents a residue which is selected from an amino group, a guanidine group, a (1H-imidazol-4-yl) group, a carboxamide group -CONH2, a 1H-indol-3-yl group, a thiol group -SH and a methylsulfanyl group -SCH3, or at least one salt of this amino acid, X represents a hydrogen atom or a mono- or divalent cation; n represents zero, 1, 2 or 3; R1 represents a residue which is selected from an amino group, a guanidine group, a (1H-imidazol-4-yl) group, a carboxamide group -CONH2, a 1H-indol-3-yl group, a thiol group -SH and a methylsulfanyl group -SCH3, or at least one salt of this amino acid, c) further at least one alkalizing agent selected from ammonium hydroxide, monoethanolamine and sodium silicates and mixtures thereof, d) optionally at least one oxidation dye precursor and / or at least one substantive dye, e) water and f) at least one peroxide compound.
Method for communication between an external computer and a charging cable with an in-cable control box for charging battery-electric vehicles , wherein the charging cable has a data line for communication with the vehicle and a hardware interface between the in-cable control box of the charging cable and the computer allows access to the data line by means of the computer , wherein data for the in-cable control box of the charging cable are sent from the computer to the hardware interface , are modulated to the signal of the data line by the hardware interface and thus forwarded to the in-cable control box of the charging cable, whereas data for the computer are sent by the in-cable control box of the charging cable via the signal of the data line , converted by the hardware interface and sent to the computer , wherein the data from the in-cable control box of the charging cable to the computer are modulated by the in-cable control box of the charging cable by a modification of the pulse width of the signal of the data line and sent to the hardware interface , which forwards the data to the computer , wherein the data from the computer to the in-cable control box of the charging cable are modulated onto the signal of the data line by the hardware interface by a modification of the voltage level , in particular by amplitude shift keying, characterized in that in order to send data from the computer to the in-cable control box of the charging cable, only the negative part of the voltage level is modified to implement the data exchange between the in-cable control box of the charging cable and the computer in parallel with a charging operation of a battery-electric vehicle via the charging cable.
Method for adjusting an actuator of a positioning system into a predefined position against a counter-torque, - wherein the positioning system has an electronically commutated actuator drive which is coupled to the actuator , - wherein the actuator drive has a rotor with permanent magnets, wherein the rotor has a first axis which extends along a pole axis of the rotor , - and wherein the actuator drive has an electronically commutated stator , - wherein the stator can be energized by a space phasor , wherein the space phasor has an electric phase (φ el ) and an amplitude (A), wherein the space phasor is oriented about a differential phasing θ relative to the first axis of the rotor , characterized in that the method comprises the following steps for controlling a predefined position of the actuator : - setting the differential phasing (θ) of the space phasor to an operating differential phasing (θ O ), - setting the amplitude to an operating amplitude (A O ), wherein the operating differential phasing (θ O ) and the operating amplitude (A O ) are set such that the operating differential phasing (θ O ) is less than 45°, and that a torque is generated which acts on the rotor and is suitable for approaching the predefined position of the actuator , such as to overcome a counter-torque which occurs maximally and acts onto the rotor, which counter-torque occurs on the path from the position of the actuator, at which the operating differential phasing ist set, to the predefined position of the actuator, wherein the combination including the operating amplitude (A O ) and the operating differential phasing (θ O ) are selected such that, on the entire path which is to be travelled from the position of the actuator at which the operating differential phasing is set to the predefined position of the actuator, a larger torque (T M ) is exerted by the space phasor than a counter-torque (T C ) maximally occuring on the path. - wherein the positioning system has an electronically commutated actuator drive which is coupled to the actuator , - wherein the actuator drive has a rotor with permanent magnets, wherein the rotor has a first axis which extends along a pole axis of the rotor , - and wherein the actuator drive has an electronically commutated stator , - wherein the stator can be energized by a space phasor , wherein the space phasor has an electric phase (φ el ) and an amplitude (A), wherein the space phasor is oriented about a differential phasing θ relative to the first axis of the rotor , - setting the differential phasing (θ) of the space phasor to an operating differential phasing (θ O ), - setting the amplitude to an operating amplitude (A O ),