mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of a threaded bush for screwing into holes, comprising 1.1 a collar at one end of the cylindrical threaded bush, 1.2 an internal thread and 1.3 an external thread, which 1.4 is in the form of a self-cutting or self-tapping thread, wherein 1.5 the external thread is in the form of an asymmetrical thread and 1.6 extends over the entire length of the cylindrical threaded bush by way of a multiplicity of thread turns, whereas, prior to the introduction of the threaded bush into a hole of a workpiece, the internal thread does not reach as far as the end of the threaded bush, 1.7 in a hole which passes through the workpiece, wherein the threaded bush is screwed into the workpiece from a first side, and the screw is screwed into the threaded bush from a second side of the workpiece that lies opposite the first side, and wherein the screw subjects the threaded bush to tensile load, such that the collar of the threaded bush bears against the periphery of the workpiece, said periphery being subjected to pressure load during loading and surrounding the bore. 1.1 a collar at one end of the cylindrical threaded bush, 1.2 an internal thread and 1.3 an external thread, which 1.4 is in the form of a self-cutting or self-tapping thread, wherein 1.5 the external thread is in the form of an asymmetrical thread and 1.6 extends over the entire length of the cylindrical threaded bush by way of a multiplicity of thread turns, whereas, prior to the introduction of the threaded bush into a hole of a workpiece, the internal thread does not reach as far as the end of the threaded bush, 1.7 in a hole which passes through the workpiece, wherein the threaded bush is screwed into the workpiece from a first side, and the screw is screwed into the threaded bush from a second side of the workpiece that lies opposite the first side, and wherein the screw subjects the threaded bush to tensile load, such that the collar of the threaded bush bears against the periphery of the workpiece, said periphery being subjected to pressure load during loading and surrounding the bore.
A method for ensuring a universal serial bus, USB, attack protection between a communication device and an accessory device, a protection device being inserted between the communication device and the accessory device through a USB link, the method comprising the following steps in the communication device: memorizing the highest value of indexes of string descriptor found in a USB Device Descriptor received from the accessory device, sending a request (Req) for a string descriptor to the accessory device with a value of index higher than said highest value, receiving a response (Res) generated and sent from the protection device, the response containing an identifier (IdP) of the protection device validating the presence of the protection device if the identifier (IdP) is found in a database. memorizing the highest value of indexes of string descriptor found in a USB Device Descriptor received from the accessory device, sending a request (Req) for a string descriptor to the accessory device with a value of index higher than said highest value, receiving a response (Res) generated and sent from the protection device, the response containing an identifier (IdP) of the protection device validating the presence of the protection device if the identifier (IdP) is found in a database.
A drawer pull-out guide, including: - a first rail and at least one second rail which are displaceable relative to one another, - at least one running carriage having at least one rolling body, wherein the running carriage is displaceably arranged between the first rail and the second rail over a travelling path, - at least one limiting element arranged on the first rail or on the second rail, the limiting element being configured to limit the travelling path of the running carriage, - a damping device arranged on the running carriage for dampening a movement of the running carriage over a damping path when the running carriage abuts against the limiting element, wherein a maximum damping path of the damping device is predetermined, characterized in that a stop is arranged on the first rail and a counterstop is arranged on the second rail, wherein at the end of the maximum damping path of the running carriage, the stop of the first rail and the counterstop of the second rail abut against each other and thereby stop a movement of the second rail relative to the first rail. - a first rail and at least one second rail which are displaceable relative to one another, - at least one running carriage having at least one rolling body, wherein the running carriage is displaceably arranged between the first rail and the second rail over a travelling path, - at least one limiting element arranged on the first rail or on the second rail, the limiting element being configured to limit the travelling path of the running carriage, - a damping device arranged on the running carriage for dampening a movement of the running carriage over a damping path when the running carriage abuts against the limiting element, wherein a maximum damping path of the damping device is predetermined,
A bronchoscope adapter comprising: a housing; a retaining nut configured to mate with said housing; a clamping block defining an inner lumen and contained between said housing and said retaining nut such that tightening said retaining nut against said housing compresses said inner lumen, reducing a diameter thereof; a spacer ring between said retaining nut and said clamping block that transfers axial force from said retaining nut to said clamping block while preventing the transmission of rotational force from said retaining nut to said clamping block, characterized in that said clamping block comprises a beveled collar having a beveled surface and a flat surface, wherein said flat surface is configured to be acted upon by said spacer ring. a housing; a retaining nut configured to mate with said housing; a clamping block defining an inner lumen and contained between said housing and said retaining nut such that tightening said retaining nut against said housing compresses said inner lumen, reducing a diameter thereof; a spacer ring between said retaining nut and said clamping block that transfers axial force from said retaining nut to said clamping block while preventing the transmission of rotational force from said retaining nut to said clamping block, characterized in that said clamping block comprises a beveled collar having a beveled surface and a flat surface, wherein said flat surface is configured to be acted upon by said spacer ring.
An aqueous composition for use in an ophthalmic surgery for treating an ocular disease as an ophthalmic surgical aid, wherein the composition comprises chondroitin sulfate, hyaluronic acid, sorbitol, and a pharmaceutically acceptable carrier, and wherein the composition has a viscosity of 20,000 to 120,000 mPa·s at 25°C and at shear rate of 2 s -1, and wherein the concentration of the sorbitol contained in the composition is 1 mg/mL to 80 mg/mL.
Helicopter light system for arranging on a helicopter, comprising - a rotor blade tip comprising at least one layer material (10, 30, 40) arranged on the rotor blade tip and comprising at least one light emitting section that emits light after absorption of photons, wherein the at least one layer material (10, 30, 40) is arranged on a side of the rotor blade tip of the helicopter facing the helicopter body when installed, embedded in a glass-fiber housing on the rotor blade tip, and - at least one remote light source that is configured to be arranged on the helicopter body and to direct light onto the layer material (10, 30, 40) for emitting visible light by the at least one layer material during rotation of the rotor blade of the helicopter. - a rotor blade tip comprising at least one layer material (10, 30, 40) arranged on the rotor blade tip and comprising at least one light emitting section that emits light after absorption of photons, wherein the at least one layer material (10, 30, 40) is arranged on a side of the rotor blade tip of the helicopter facing the helicopter body when installed, embedded in a glass-fiber housing on the rotor blade tip, and - at least one remote light source that is configured to be arranged on the helicopter body and to direct light onto the layer material (10, 30, 40) for emitting visible light by the at least one layer material during rotation of the rotor blade of the helicopter.
Performance indicating device adapted to be connected to the hydraulic circuit of a processing apparatus, in particular an apparatus for demolishing and in particular for milling surfaces or layers (Sr) upon which one can walk or drive such as for example surfaces made of asphalt or cement or of similar solid materials, and/or to a main operating machine actuating said processing apparatus, said processing apparatus comprising hydraulically actuated processing means, said performance indicating device comprising at least a first movable indicating element adapted to be alternatively moved in a first sense of motion and in the opposite sense in case of increase and decrease of the stress undergone by said processing means, respectively, wherein said first indicating element is alternatively moved in said first sense of motion and in the opposite sense in case of increase and decrease of the hydraulic pressure inside said hydraulic circuit of said processing apparatus, respectively, whereby said performance indicating device comprises a second indicating element on which are provided indication and/or signaling means adapted to indicate and/or signal the position of said first indicating element with respect to said second indicating element, and said first indicating element is connected to said second indicating element so as to drag said second indicating element during its motion in said first sense of motion, and so as to freely move with respect to said second indicating element for at least a predefined segment of its motion in the sense opposite to said first sense of motion, characterized in that said indication and/or signaling means comprise a graduated scale, for example a chromatic or numeric scale or a scale having bars with portions of different colors or bars with different chromaticity.
A phosphorescent organic electroluminescence device, including a hole transport layer, a luminescent layer and an electron transport layer, which are successively laminated, wherein the luminescent layer has a double-layer structure comprising a hole transport material layer and an electron transport material layer, defining an interface between the hole transport material layer and the electron transport material layer, and an exciplex is formed on the interface of the hole transport material layer and the electron transport material layer, the exciplex is a TADF exciplex having a thermally activated delayed fluorescence effect; and the hole transport material layer consists of a host material having hole transport capability, the electron transport material layer consists of a host material and a phosphorescent dye doped in the host material, the host material having electron transport capability; wherein the hole transport material layer is arranged between the hole transport layer and the electron transport material layer, the electron transport material layer is arranged between the hole transport material layer and the electron transport layer wherein, the first triplet state energy level of the material having electron transport capability is higher than the singlet state energy level of the exciplex, with an energy gap between the first triplet of the material having electron transport capability and the first singlet state energy level of the exciplex being more than or equal to 0.2 eV; and the absolute value of HOMO energy level of the material having hole transport capability is less than or equal to 5.3 eV; the first triplet state energy level of the material having electron transport capability is higher than the first singlet state energy level of the exciplex, with an energy gap between the material having electron transport capability and the exciplex being more than 0.2 eV; and the absolute value of LUMO energy level of the material having electron transport capability is more than 2.0 eV; the difference in LUMO energy level between the material having hole transport capability and the material having electron transport capability is more than 0.3 eV, and the difference in HOMO energy level between the material having hole transport capability and the material having electron transport capability is more than 0.2 eV; wherein, the material having electron transport capability is one or more of compounds of the structural formulae to: Formula; wherein, the material having hole transport capability is one or more of compounds of the structural formulae to: the first singlet state energy level of the exciplex is higher than the first triplet state energy level of the phosphorescent dye.
A nonwoven fabric sheet comprising at least two adjacent layers of spunbonded nonwoven webs, wherein a first one of the two layers is a carrier layer in the form of a spunbonded nonwoven web comprising crimped multicomponent fibers, wherein a second one of the two layers is an elastic layer in the form of a spunbonded nonwoven web comprising elastic fibers formed from a thermoplastic elastomer polymer material; characterized in that the web of the carrier layer comprises a pattern of macroscopic bonding points, while the web of the elastic layer is devoid of macroscopic bonding points. wherein a first one of the two layers is a carrier layer in the form of a spunbonded nonwoven web comprising crimped multicomponent fibers, wherein a second one of the two layers is an elastic layer in the form of a spunbonded nonwoven web comprising elastic fibers formed from a thermoplastic elastomer polymer material;
A toner comprising: a core comprising a first latex comprising a styrene/butyl acrylate copolymer having from 70% by weight to 78% by weight styrene and from 22% by weight to 30% by weight butyl acrylate, and having a glass transition temperature from 49°C to 53°C; and a shell surrounding said core comprising a second latex comprising a styrene/butyl acrylate copolymer comprising from 79% by weight to 85% by weight styrene and from 15% by weight to 21% by weight butyl acrylate, and having a glass transition temperature from 57°C to 61°C. a core comprising a first latex comprising a styrene/butyl acrylate copolymer having from 70% by weight to 78% by weight styrene and from 22% by weight to 30% by weight butyl acrylate, and having a glass transition temperature from 49°C to 53°C; and a shell surrounding said core comprising a second latex comprising a styrene/butyl acrylate copolymer comprising from 79% by weight to 85% by weight styrene and from 15% by weight to 21% by weight butyl acrylate, and having a glass transition temperature from 57°C to 61°C.
Method for producing an acoustically resistive structure comprising a perforated external layer, an internal layer and an interlayer positioned between the external and internal layers having a plurality of mutually-spaced strips of material, characterized in that the method comprises: - a step of creating a first layer of reinforcing fibres, - a first consolidation step of consolidating the first layer of reinforcing fibres embedded in a first thermoplastic resin having a first melting point, - a step of cutting openings in the consolidated first layer so as to obtain the interlayer that exhibits an alternation of openings and of strips of material, - a step of laying a second layer of reinforcing fibres against a first face (64.1) of the interlayer, - a second consolidation step of consolidating the second layer of reinforcing fibres embedded in a second thermoplastic resin having a second consolidation temperature lower than the first melting point of the first resin so as to obtain a non-perforated external layer bound to the interlayer, - a step of perforating the external layer so as to obtain holes passing through the external layer in line with the openings of the interlayer, - a step of laying the internal layer on a second face (64.2) of the interlayer. - a step of creating a first layer of reinforcing fibres, - a first consolidation step of consolidating the first layer of reinforcing fibres embedded in a first thermoplastic resin having a first melting point, - a step of cutting openings in the consolidated first layer so as to obtain the interlayer that exhibits an alternation of openings and of strips of material, - a step of laying a second layer of reinforcing fibres against a first face (64.1) of the interlayer, - a second consolidation step of consolidating the second layer of reinforcing fibres embedded in a second thermoplastic resin having a second consolidation temperature lower than the first melting point of the first resin so as to obtain a non-perforated external layer bound to the interlayer, - a step of perforating the external layer so as to obtain holes passing through the external layer in line with the openings of the interlayer, - a step of laying the internal layer on a second face (64.2) of the interlayer.
An apparatus for delivering power to a battery comprising: an antenna coil; a resonant circuit comprising said antenna coil and a capacitor, in series with said antenna coil, said resonant circuit configured to receive power transmitted from a transmitter via a non-modulated wireless magnetic field at a frequency; and a power converting circuit, coupled to said antenna coil, the power converting circuit configured to receive a signal at a receive power level from the antenna coil, and to convert the received signal to a charging signal, the charging signal having a voltage and current satisfying the requirements of said battery and sufficient to charge the battery, the power converting circuit comprising a tunable load impedance, said tunable load impedance having a variable impedance, and said power converting circuit configured to vary said tunable load impedance based on a signal indicating a degradation of the AC power induced into the receiver antenna to tune the resonant circuit such that the resonant circuit resonates at the frequency. an antenna coil; a resonant circuit comprising said antenna coil and a capacitor, in series with said antenna coil, said resonant circuit configured to receive power transmitted from a transmitter via a non-modulated wireless magnetic field at a frequency; and a power converting circuit, coupled to said antenna coil, the power converting circuit configured to receive a signal at a receive power level from the antenna coil, and to convert the received signal to a charging signal, the charging signal having a voltage and current satisfying the requirements of said battery and sufficient to charge the battery, the power converting circuit comprising a tunable load impedance, said tunable load impedance having a variable impedance, and said power converting circuit configured to vary said tunable load impedance based on a signal indicating a degradation of the AC power induced into the receiver antenna to tune the resonant circuit such that the resonant circuit resonates at the frequency.
A controller for energizing a vehicle door lock indicator, comprising an electric actuator that exerts power for switching between an unlocked state in which release of a latched state of a latch mechanism provided on a door is enabled and a locked state in which release of the latched state is disabled, lock state detection means for detecting whether the latch mechanism is in the unlocked state or in the locked state, electric display means for displaying, by being energized, that the latch mechanism is in the unlocked state, and energization control means for controlling energization of the electric display means at least based on an output of the lock state detection means, characterized in that in a power source OFF state in which energization of in-vehicle equipment that is activated by energization is cut off, the energization control means cuts off energization of the electric display means, energization of which has started at the time of switching when the lock state detection means has detected that there is switching from the locked state to the unlocked state, when a predetermined time has elapsed from the time of the switching, and in a power source ON state in which energization of the in-vehicle equipment is enabled, as long as the lock state detection means detects that there is the unlocked state the energization control means continues the energized state of the electric display means even after the predetermined time has elapsed.
A spinal fixation system including first and second bone engaging fasteners each having a screw and a housing adjustably coupled to the screw at a screw coupled end, an elongate connecting element connectable to the first and second bone engaging fastener housings, and first and second guide members configured to mate with said first and second bone engaging fastener housings and guide said elongate connecting element into said housings, characterized in that said elongate connecting element has a first spherically shaped end and a second spherically shaped end and wherein each of said first and second bone engaging fastener housings has a receiving area configured to wholly receive one of the first and second spherically shaped ends therein and such that the housing is rotatable about the spherically shaped end to adjust the position of the screw coupled end of the housing relative to the elongate connecting element, and wherein manipulating an orientation of at least one of said guide members causes the associated housing to rotate about said shaped end and thereby effect at least one of spinal compression and spinal distraction.
A method for wireless communication at a base station, comprising: identifying (415; 1405) that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting (420; 1410), based at least in part on identifying that the data is available to be transmitted to the UE, a wakeup message to the UE using a first transmit beam; and initiating a beam management procedure based at least in part on identifying that the data is available to be transmitted to the UE, to identify a second narrower transmit beam for the base station to use to transmit the available data to the UE, wherein the beam management procedure comprises transmitting a set of beam management transmissions to the UE using a set of transmit beams, each transmit beam of the set of transmit beams being transmitted in a different direction and having a narrower beam width than the first transmit beam. identifying (415; 1405) that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting (420; 1410), based at least in part on identifying that the data is available to be transmitted to the UE, a wakeup message to the UE using a first transmit beam; and initiating a beam management procedure based at least in part on identifying that the data is available to be transmitted to the UE, to identify a second narrower transmit beam for the base station to use to transmit the available data to the UE, wherein the beam management procedure comprises transmitting a set of beam management transmissions to the UE using a set of transmit beams, each transmit beam of the set of transmit beams being transmitted in a different direction and having a narrower beam width than the first transmit beam.