mhurhangee/patent-ind-claim-en huggingface dataset:
Method for connecting an end device to a linkable computer infrastructure , wherein a device certificate is created and supplied to a user of the end device , wherein the device certificate is input into the end device , which device certificate is created as a uniform device certificate once for a large number of end devices, wherein a data link from the end device to an access zone connected upstream of the functions of the linkable computer infrastructure is produced, which zone can be selectively separated from the functions of the linkable computer infrastructure by this link, wherein the end device is registered in the access zone using the device certificate , wherein by access of a function from the linkable computer infrastructure to the end device registered in the access zone , this end device is identified for the linkable computer infrastructure , and wherein with successful identification of the end device , use of the linkable computer infrastructure is enabled for this end device, by a use token being allocated to the end device by means of an access zone management , which use token can be identified by a corresponding user space of the linkable computer infrastructure . wherein a device certificate is created and supplied to a user of the end device , wherein the device certificate is input into the end device , which device certificate is created as a uniform device certificate once for a large number of end devices, wherein a data link from the end device to an access zone connected upstream of the functions of the linkable computer infrastructure is produced, which zone can be selectively separated from the functions of the linkable computer infrastructure by this link, wherein the end device is registered in the access zone using the device certificate , wherein by access of a function from the linkable computer infrastructure to the end device registered in the access zone , this end device is identified for the linkable computer infrastructure , and wherein with successful identification of the end device , use of the linkable computer infrastructure is enabled for this end device, by a use token being allocated to the end device by means of an access zone management , which use token can be identified by a corresponding user space of the linkable computer infrastructure .
A mechanical seal arrangement configured to be fitted in a seal cavity formed between a housing and a rotating shaft , for sealing between the housing and the rotating shaft , the mechanical seal arrangement comprising: a rotating shaft ; a stationary-side seal ring ; a rotating-side seal ring facing and sliding on the stationary-side seal ring , the stationary-side seal ring for being disposed on a high-pressure fluid side of the rotating-side seal ring , and being configured to be fixed to the housing and having a sliding surface radially supporting the rotating shaft , the rotating-side seal ring being fitted axially movably by an urging means fitted on the rotating shaft , the rotating shaft having an outer peripheral surface contacting and sliding on the radial sliding surface of the stationary-side seal ring to be supported radially; and characterized by a thrust ring provided between the stationary-side seal ring and the rotating shaft , for supporting the rotating shaft in a thrust direction. a rotating shaft ; a stationary-side seal ring ; a rotating-side seal ring facing and sliding on the stationary-side seal ring , the stationary-side seal ring for being disposed on a high-pressure fluid side of the rotating-side seal ring , and being configured to be fixed to the housing and having a sliding surface radially supporting the rotating shaft , the rotating-side seal ring being fitted axially movably by an urging means fitted on the rotating shaft , the rotating shaft having an outer peripheral surface contacting and sliding on the radial sliding surface of the stationary-side seal ring to be supported radially; and characterized by a thrust ring provided between the stationary-side seal ring and the rotating shaft , for supporting the rotating shaft in a thrust direction.
Laminated assembly comprising : - a first and a second substrates laminated together by at least one thermoplastic interlayer ; - at least a functional element disposed between the two substrates ; - a conductive means disposed between the first substrate and the at least one thermoplastic interlayer ; the said conductive means is connected to the functional element and extending outside of the laminated assembly ; characterized in that a thin thermoplastic patch , comprising polyvinyl butyral, ethylene-vinyl acetate or cyclic olefin copolymer, with a thickness of more than 45 μm and less than 300 μm, preferably of more than 100 μm and less than 250 μm, is arranged between the conductive means and the first substrate to prevent air, moisture and water from entering the assembly, the thin thermoplastic patch being placed around exit of the conductive means means of the laminated assembly. - a first and a second substrates laminated together by at least one thermoplastic interlayer ; - at least a functional element disposed between the two substrates ; - a conductive means disposed between the first substrate and the at least one thermoplastic interlayer ; the said conductive means is connected to the functional element and extending outside of the laminated assembly ;
A MOS capacitor-type optical modulator, with a MOS capacitor region which comprises a p-doped region , an insulator formed of crystalline rare earth oxide (REO), and an n-doped region , wherein the insulator comprises: a first region of a first material within a silicon layer of a silicon-on-insulator (SOI) substrate; and a layer of crystalline REO ; wherein the layer of crystalline REO is epitaxially grown on top of the silicon layer and also on top of the first region of a first material , wherein the p-doped region is created in a top layer of the SOI substrate adjacent to the first material , and wherein the n-doped region is grown on top of the crystalline REO layer . a first region of a first material within a silicon layer of a silicon-on-insulator (SOI) substrate; and a layer of crystalline REO ; wherein the layer of crystalline REO is epitaxially grown on top of the silicon layer and also on top of the first region of a first material , wherein the p-doped region is created in a top layer of the SOI substrate adjacent to the first material , and wherein the n-doped region is grown on top of the crystalline REO layer .
A combustion chamber arrangement comprising a combustion chamber for combusting fuel, an input valve arranged to control an input for supplying air, means for controlling an input for supplying fuel to the combustion chamber , and an output for expelling combustion products from the combustion chamber , the combustion chamber being formed of a hollow container having a centre axis (X-X), a first axial end portion and an opposite second axial end portion , wherein the air and the fuel are supplied to the first axial end portion of the combustion chamber , the output is positioned in the second axial end portion of the combustion chamber , and the arrangement comprises further a multifunction valve being axially movable within the combustion chamber , the multifunction valve comprising a valve disc and a stem mounted on the valve disc and protruding out from the second axial end portion of the combustion chamber , whereby the valve disc divides the interior of the combustion chamber into two chamber portions at each axial side of the valve disc , the first chamber portion formed between the valve disc and the first axial end portion of the combustion chamber forming a variable volume combustion chamber opening into the output when the valve disc moves towards the second axial end portion of the combustion chamber , characterized in that the multifunction valve comprises at least one duct having an output in the valve disc , the multifunction valve being arranged to supply air, liquid water or steam through said duct and supply said air, liquid water or steam from said output into a gap formed between the valve disc and the inner wall of the combustion chamber .
A power train configured to be connected to a high impedance load , comprising: an input EMC filter for connection to a power supply ; a pulse-width modulation, PWM, converter connected to an output of the input EMC filter and configured to provide a PWM output to drive the high impedance load; and a damper connected between the output of the PWM converter and terminals of the high impedance load, wherein the damper comprises a piezoelectric transformer (11; 11a, 11b, 11c), characterised in that a load element (12; 12a, 12b, 12c) is connected across the output of the piezoelectric transformer, the load element (12; 12a, 12b, 12c) being configured to either passively control an overshoot or actively recycle energy and control the overshoot, in order to mitigate transmission line effects at a load end of the power train. an input EMC filter for connection to a power supply ; a pulse-width modulation, PWM, converter connected to an output of the input EMC filter and configured to provide a PWM output to drive the high impedance load; and a damper connected between the output of the PWM converter and terminals of the high impedance load, wherein the damper comprises a piezoelectric transformer (11; 11a, 11b, 11c), characterised in that a load element (12; 12a, 12b, 12c) is connected across the output of the piezoelectric transformer, the load element (12; 12a, 12b, 12c) being configured to either passively control an overshoot or actively recycle energy and control the overshoot, in order to mitigate transmission line effects at a load end of the power train.
A shingled solar cell module, comprising a plurality of sub-cells employing a centrally converged grid line electrode, wherein a front side of each sub-cell comprises a plurality of front-side main electrode points and secondary grid lines ; the plurality of front-side main electrode points are distributed along a long edge of the sub-cell, and the secondary grid line forms a divergent pattern centering on the front-side main electrode points , and converging currents to the front-side main electrode points ; a back side of the sub-cell is provided with back-side main electrode points which is one-to-one corresponding to the front-side main electrode points ; the front-side main electrode points and the back-side main electrode points of the same sub-cell are respectively distributed along two opposite long edges; and edges of adjacent sub-cells are overlapped, the front-side main electrode points of a first sub-cell and the back-side main electrode points of a second sub-cell are connected through conductive adhesive ; characterised in that the secondary grid lines are divided into a plurality of secondary grid line groups distributed annularly from inside to outside by centering on the main electrode points , an inner end of a first type secondary grid line of a first type secondary grid line group is connected with the main electrode points , and an outer end of the first type secondary grid line is connected with two second type secondary grid lines of a second type secondary grid line group, and the two second type secondary grid lines are connected with three third type secondary grid lines of a third type secondary grid line group, thus forming the divergent pattern by analogy in turn; so that currents of every three third secondary type grid lines are converged to two second type secondary grid lines , currents of every two second type secondary grid lines are converged to one first type secondary grid line and then converged to the main electrode points .
A suit having a water-inflow double-blocking function, the suit comprising a lower body portion ; an upper body portion coupled to a top of the lower body portion and integral with the lower body portion , wherein the upper body portion has an opening defined in a top center of the upper body portion ; and a neck cover coupled removably to the upper body portion , the neck cove including: a neck portion surrounding a neck; and an extension extending outwardly from a bottom of the neck portion to surround the neck, wherein the extension is inserted into the opening of the upper body portion and is coupled to an inner surface of the upper body portion , wherein the neck cover prevents water from flowing into the opening of the upper body portion , wherein the upper body portion includes an over-head cover having one side part fixed to a rear portion of the upper body portion , and having the other side part coupled to a front portion of the upper body portion and extending across a central top of the upper body Portion , wherein the over-head cover has a head receiving hol defined therein through which a head passes, wherein the over-head cover covers the opening of the upper body portion receiving the extension of the neck cover and thus seals the neck, thereby blocking water inflow to the opening of the upper body portion in a double manner, wherein the over-head cover further includes water-proof rubbers and water inflow prevention films for blocking water inflow while the over-head cover covers the opening of the upper body portion and thus seals the neck, wherein each of the water-proof rubbers is embedded into each of both lateral ends of the over-head cover to first block inflow of water while the over-head covers the opening of the upper body portion and thus seals the neck, wherein the water inflow prevention films are disposed inwardly of the water-proof rubbers , and second inflow of water not blocked by the water-proof rubbers .
A laser system comprising: a) a laser source configured to generate a laser light beam; b) an acousto-optic modulator (AOM) comprising i) an acousto-optic medium configured to receive the laser light beam, and ii) a phased array transducer comprising a plurality of electrodes coupled to the acousto-optic medium and configured to cause the acousto-optic medium to output a zero order laser light beam and a first order diffracted laser light beam; c) a beamsplitter downstream from the AOM and configured to split a sampled laser light beam from the zero order laser light beam; d) a photodetector configured to receive the sampled laser light beam and generate a feedback signal associated therewith; and e) a radio frequency (RF) driver configured to generate an RF drive signal to the phased array transducer electrodes so that noise is diverted to the first order diffracted laser light beam based upon the feedback signal f) wherein an RF power level associated with the RF drive signal has a constant power; and g) wherein the RF driver is configured to drive the alternating electrodes with different phases within a range of 0° to 180°, said range is chosen to vary the level of phase matching occurring in the acousto-optic diffraction process thereby selectively altering the amount of light directed from the zero order beam to the first order beam. a) a laser source configured to generate a laser light beam; b) an acousto-optic modulator (AOM) comprising i) an acousto-optic medium configured to receive the laser light beam, and ii) a phased array transducer comprising a plurality of electrodes coupled to the acousto-optic medium and configured to cause the acousto-optic medium to output a zero order laser light beam and a first order diffracted laser light beam; i) an acousto-optic medium configured to receive the laser light beam, and ii) a phased array transducer comprising a plurality of electrodes coupled to the acousto-optic medium and configured to cause the acousto-optic medium to output a zero order laser light beam and a first order diffracted laser light beam; c) a beamsplitter downstream from the AOM and configured to split a sampled laser light beam from the zero order laser light beam; d) a photodetector configured to receive the sampled laser light beam and generate a feedback signal associated therewith; and e) a radio frequency (RF) driver configured to generate an RF drive signal to the phased array transducer electrodes so that noise is diverted to the first order diffracted laser light beam based upon the feedback signal f) wherein an RF power level associated with the RF drive signal has a constant power; and g) wherein the RF driver is configured to drive the alternating electrodes with different phases within a range of 0° to 180°, said range is chosen to vary the level of phase matching occurring in the acousto-optic diffraction process thereby selectively altering the amount of light directed from the zero order beam to the first order beam.
A bolt for peeling a coating film, comprising notch parts for peeling a coating film, the notch parts being formed over a plurality of pitches at top parts of screw threads in a male screw part formed in a shaft part , characterized in that the respective notch parts formed over the plurality of pitches are arranged to be inclined at an angle of 40° to 50° to an axial line of the shaft part .
An implant for covering bone defects, in particular in a jaw region, wherein the implant consists of a magnesium film, wherein the magnesium film has a thickness between 70 and 200 pm, characterized in that the magnesium film has no openings, at least in a central area thereof.
A pressure sensor comprising: a sensor unit including a housing , a sensor chip for detecting a pressure and sending a detection output signal, a chip mounting member supporting the sensor chip , a diaphragm supported by a lower end surface of the housing for partitioning a liquid sealing chamber , in which the sensor chip is placed, from a pressure chamber facing the liquid sealing chamber , and a group of input-output terminals supported by a hermetic glass and electrically connected to the sensor chip ; the housing , the hermetic glass , the chip mounting member , and the diaphragm forming the liquid sealing chamber ; and an electric field blocking member placed between one end surface of the sensor chip in the liquid sealing chamber and the diaphragm by being supported by one end surface of a conductive plate electrically connected to one or more of the group of input-output terminals , and for blocking an electric field acting on a signal processing electronic circuit unit of the sensor chip , wherein the conductive plate and the signal processing electronic circuit unit of the sensor chip have an equal electric potential, and the electric field blocking member and the signal processing electronic circuit unit of the sensor chip have an equal electric potential, characterized in that the conductive plate has one end surface formed of a conductive layer which is opposed to the diaphragm and the other end surface formed of an insulating layer supported on the hermetic glass . a sensor unit including a housing , a sensor chip for detecting a pressure and sending a detection output signal, a chip mounting member supporting the sensor chip , a diaphragm supported by a lower end surface of the housing for partitioning a liquid sealing chamber , in which the sensor chip is placed, from a pressure chamber facing the liquid sealing chamber , and a group of input-output terminals supported by a hermetic glass and electrically connected to the sensor chip ; the housing , the hermetic glass , the chip mounting member , and the diaphragm forming the liquid sealing chamber ; and an electric field blocking member placed between one end surface of the sensor chip in the liquid sealing chamber and the diaphragm by being supported by one end surface of a conductive plate electrically connected to one or more of the group of input-output terminals , and for blocking an electric field acting on a signal processing electronic circuit unit of the sensor chip , wherein the conductive plate and the signal processing electronic circuit unit of the sensor chip have an equal electric potential, and the electric field blocking member and the signal processing electronic circuit unit of the sensor chip have an equal electric potential, characterized in that the conductive plate has one end surface formed of a conductive layer which is opposed to the diaphragm and the other end surface formed of an insulating layer supported on the hermetic glass .
A display apparatus comprising: a liquid crystal panel ; a light source configured to provide light to the liquid crystal panel; and an optical member disposed between the liquid crystal panel and the light source, wherein the optical member comprises: a diffuser sheet that is configured to diffuse the light from the light source; and a deformation preventing layer comprising a first material having a lower expansion or contraction rate than the diffuser sheet, wherein the optical member further comprises a quantum dot sheet disposed on a first side of the deformation preventing layer that is opposite to a second side of the deformation preventing layer on which the diffuser sheet is disposed, wherein the optical member further comprises: a Dual Brightness Enhancement Film, DBEF, that is configured to transmit a portion of the light passing therethrough and to reflect another portion of the light passing therethrough; characterised in that , protective beads are formed on a side of the DBEF that faces the liquid crystal panel . a liquid crystal panel ; a light source configured to provide light to the liquid crystal panel; and an optical member disposed between the liquid crystal panel and the light source, wherein the optical member comprises: a diffuser sheet that is configured to diffuse the light from the light source; and a deformation preventing layer comprising a first material having a lower expansion or contraction rate than the diffuser sheet, a diffuser sheet that is configured to diffuse the light from the light source; and a deformation preventing layer comprising a first material having a lower expansion or contraction rate than the diffuser sheet, wherein the optical member further comprises a quantum dot sheet disposed on a first side of the deformation preventing layer that is opposite to a second side of the deformation preventing layer on which the diffuser sheet is disposed, wherein the optical member further comprises: a Dual Brightness Enhancement Film, DBEF, that is configured to transmit a portion of the light passing therethrough and to reflect another portion of the light passing therethrough; characterised in that , protective beads are formed on a side of the DBEF that faces the liquid crystal panel . a Dual Brightness Enhancement Film, DBEF, that is configured to transmit a portion of the light passing therethrough and to reflect another portion of the light passing therethrough; characterised in that , protective beads are formed on a side of the DBEF that faces the liquid crystal panel .