mhurhangee/patent-ind-claim-en huggingface dataset:
External cladding part arrangement comprising an injection-moulded bumper cladding with at least one opening and comprising at least one cover which is intended to cover this opening , wherein the cover has at least one first detent element protruding from the cover main body and at least one further detent element protruding from the cover main body wherein the bumper cladding has at least one first detent element receptacle for the at least one first detent element and at least one further detent element receptacle for the further detent element , wherein the first detent element receptacle is formed in the region of the opening of the bumper cladding to be closed and the first detent element and the first detent element receptacle are intended, in their connection state (V1), to hold the cover in the position (P1) covering the opening , wherein the further detent element receptacle is distanced from the opening and this further detent element receptacle is intended, in its connection state (V2) with the further detent element , to function as a temporary painting support (P2) of the cover, characterised in that the further detent element additionally has a fastening receptacle , suitable for fastening a separate catch strap of the cover and additionally a separate catch band is provided, which is fastened in a clamped fashion in the fastening receptacle of the further detent element . wherein the cover has at least one first detent element protruding from the cover main body and at least one further detent element protruding from the cover main body wherein the bumper cladding has at least one first detent element receptacle for the at least one first detent element and at least one further detent element receptacle for the further detent element , wherein the first detent element receptacle is formed in the region of the opening of the bumper cladding to be closed and the first detent element and the first detent element receptacle are intended, in their connection state (V1), to hold the cover in the position (P1) covering the opening , wherein the further detent element receptacle is distanced from the opening and this further detent element receptacle is intended, in its connection state (V2) with the further detent element , to function as a temporary painting support (P2) of the cover, characterised in that the further detent element additionally has a fastening receptacle , suitable for fastening a separate catch strap of the cover and additionally a separate catch band is provided, which is fastened in a clamped fashion in the fastening receptacle of the further detent element .
Crash structure for a vehicle, having a bumper crossmember , the end portions of which are in each case connected to a corresponding longitudinal member via a crash box , wherein end regions of the end portions in each case project in the vehicle transverse direction (y) beyond the corresponding longitudinal member , wherein in each case a first supporting element , which protrudes in the direction of a corresponding wheelhouse , is arranged at the end regions , which in an accident situation with slight overlapping of the other party in the accident, impinges on the corresponding longitudinal member , characterised in that in each case a second supporting element is arranged at the end regions of the end portions , which in the accident situation with slight overlapping of the other party in the accident, impinges on a corresponding connecting region between the crash box and the longitudinal member .
A smart self-feeding fuse with current detection function and communication function, comprising: - a plastic cabinet having a through-hole for inserting the fuse tube ; - a self-feeding nanocrystalline core current transformer, CT, and an Organic Photo Voltaic standard solar cell, OPV, ; - a supercapacitor board as the only energy storage medium; - a set of radios containing a short range of communication block (LoRA) and a long range of communication block (MESH) , using an InterNet of Things ,IoT, - a current detector as a current sensor; - a GPS module to identify georeferenced coordinates of the fuse; - an accelerometer module for identifying the fall of the fuse tube ; and - a LED ring for visual signaling; wherein the smart self-feeding fuse is installed directly in the medium voltage energy power distribution grid using a C-type base fuse base as a physical support , providing both functions of communications GATEWAY and signaling transitory or permanent faults. - a plastic cabinet having a through-hole for inserting the fuse tube ; - a self-feeding nanocrystalline core current transformer, CT, and an Organic Photo Voltaic standard solar cell, OPV, ; - a supercapacitor board as the only energy storage medium; - a set of radios containing a short range of communication block (LoRA) and a long range of communication block (MESH) , using an InterNet of Things ,IoT, - a current detector as a current sensor; - a GPS module to identify georeferenced coordinates of the fuse; - an accelerometer module for identifying the fall of the fuse tube ; and - a LED ring for visual signaling;
A method for controlling access to a wireless network, the method, performed by a computing device, comprising: receiving an encrypted request from a nearby computing device to access the wireless network, wherein the encrypted request includes user information associated with the nearby computing device; identifying, among a plurality of encryption keys received by the computing device, an encryption key for decrypting the encrypted request; determining, based on a satisfaction of a signal strength threshold associated with the encrypted request, that the nearby computing device and the computing device are proximate to one another; when the nearby computing device and the computing device are proximate to one another, decrypting the encrypted request to produce a decrypted request; determining, based on the decrypted request, that the user information matches a particular contact of a plurality of contacts known to the computing device; displaying a prompt to permit the nearby computing device to access the wireless network, wherein the prompt is associated with the particular contact; and in response to receiving an approval associated with the prompt: providing, to the nearby computing device, a password for the wireless network to enable the nearby computing device to access the wireless network. receiving an encrypted request from a nearby computing device to access the wireless network, wherein the encrypted request includes user information associated with the nearby computing device; identifying, among a plurality of encryption keys received by the computing device, an encryption key for decrypting the encrypted request; determining, based on a satisfaction of a signal strength threshold associated with the encrypted request, that the nearby computing device and the computing device are proximate to one another; when the nearby computing device and the computing device are proximate to one another, decrypting the encrypted request to produce a decrypted request; determining, based on the decrypted request, that the user information matches a particular contact of a plurality of contacts known to the computing device; displaying a prompt to permit the nearby computing device to access the wireless network, wherein the prompt is associated with the particular contact; and in response to receiving an approval associated with the prompt: providing, to the nearby computing device, a password for the wireless network to enable the nearby computing device to access the wireless network.
A retainer for connecting two panels of a heat shield assembly, the retainer comprising: a central elongate panel having a length I and a width w, a top end, a bottom end and first and second long sides extending from the top end to the bottom end; a first side panel extending along the first long side of the central elongate panel and a second side panel extending along the second long side of the central elongate panel; and characterised in that the central elongate panel is corrugated, with corrugations running along the length of the central elongate panel from the top end to the bottom end.
A field winding type rotating electric machine comprising: a stator armature winding wound on a stator core ; a rotor field winding (44, 44-1, 44-2, 44-3) wound on a rotor core ; a rectifying element connected to both ends of the rotor field winding; a capacitor (54, 54-1, 54-2) having one end connected to one end of the rectifying element and the other end connected between the two ends of the rotor field winding; and a control circuit configured to supply electric current, which includes a fundamental component for generating rotational torque and a harmonic component having a shorter period than the fundamental component and superimposed on the fundamental component, to the stator armature winding and thereby induce excitation current in the rotor field winding, wherein an inductance of the rotor field winding and a capacitance of the capacitor are in a resonant relationship with a frequency of the harmonic component. a stator armature winding wound on a stator core ; a rotor field winding (44, 44-1, 44-2, 44-3) wound on a rotor core ; a rectifying element connected to both ends of the rotor field winding; a capacitor (54, 54-1, 54-2) having one end connected to one end of the rectifying element and the other end connected between the two ends of the rotor field winding; and a control circuit configured to supply electric current, which includes a fundamental component for generating rotational torque and a harmonic component having a shorter period than the fundamental component and superimposed on the fundamental component, to the stator armature winding and thereby induce excitation current in the rotor field winding, wherein an inductance of the rotor field winding and a capacitance of the capacitor are in a resonant relationship with a frequency of the harmonic component.
A system for calibrating impedance for a plurality of chips, the system comprising: a resistor coupled between a supply voltage and calibration terminal of each of the plurality of chips; and a chip of the plurality of chips comprising: an arbiter circuit coupled to the resistor via the calibration terminal; and a register , in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. a resistor coupled between a supply voltage and calibration terminal of each of the plurality of chips; and a chip of the plurality of chips comprising: an arbiter circuit coupled to the resistor via the calibration terminal; and a register , in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. an arbiter circuit coupled to the resistor via the calibration terminal; and a register , in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available.
A container , comprising: a body having an upper end and a lower end , wherein the upper end has an opening formed therethrough, and wherein the body defines a plurality of ribs between the upper end and the lower end that are configured to actuate between an expanded state and a compressed state to vary a volume inside the body ; and a sleeve , wherein an upper end of the sleeve is positioned on an upper shoulder of the body and wherein a lower end of the sleeve is positioned under the lower end of the body , wherein the sleeve inhibits one or more of the plurality of ribs that are in the compressed state from actuating into the expanded state. a body having an upper end and a lower end , wherein the upper end has an opening formed therethrough, and wherein the body defines a plurality of ribs between the upper end and the lower end that are configured to actuate between an expanded state and a compressed state to vary a volume inside the body ; and a sleeve , wherein an upper end of the sleeve is positioned on an upper shoulder of the body and wherein a lower end of the sleeve is positioned under the lower end of the body , wherein the sleeve inhibits one or more of the plurality of ribs that are in the compressed state from actuating into the expanded state.
Laminated glass obtained by laminating at least one film A comprising a polyvinyl acetal PA and optionally at least one plasticiser WA between two glass sheets, characterised in that film A comprises at least on one surface a region where an ink is applied to the surface wherein the ink comprises at least one oxygen-containing complexation agent, which is a compound of general formula (I) (HO) 3-x P(A)(OR) x (I) wherein A is oxygen or a free electron pair, x is 1, 2 or 3, and the three R groups are independently a branched or linear, aliphatic or cycloaliphatic alkyl group.
Passenger table comprising a stationary table top and a table extension panel which, by means of a gear mechanism, can be transferred from a retracted position underneath the table top into a use position, in which the table extension panel adjoins an associated outer edge of the table top , characterized in that the gear mechanism is designed as a linear cam mechanism arranged underneath the table top , in which a first cam roller rolls on a first guide path that is stationary with respect to the table top , and a movement of the linear cam mechanism is scaled via a flat pantograph mechanism, which has a first coupling point (4.4) that is stationary with respect to the table top and a second coupling point (5.2) that is rotatably connected to the table extension panel , in such a way that, as the table extension panel is moved from the retracted position into the use position or vice versa, the second coupling point (5.2) on the table extension panel travels over a longer path curve in space than the first cam roller .
A stabilized trimer comprising three gp140 polypeptides, wherein each of said gp140 polypeptides comprises an amino acid sequence having the sequence of SEQ ID NO: 1.
A fiber producing device for use in a microfiber and/or nanofiber producing system, the device comprising a body, an internal cavity disposed in the body, wherein the internal cavity is configured to receive material to be produced into a fiber; one or more material outlets that allow material to be passed from the internal cavity to the exterior of the body passing through sidewalls of the body; a coupling member , wherein the body is couplable to a driver through the coupling member; the body comprising one or more gas outlets positioned proximate to the one or more material outlets ; wherein, during use, rotation of the body causes material in the internal body cavity to be passed through the one or more material outlets to produce microfibers and/or nanofibers, and wherein during rotation of the body gas is passed through the gas outlets . an internal cavity disposed in the body, wherein the internal cavity is configured to receive material to be produced into a fiber; one or more material outlets that allow material to be passed from the internal cavity to the exterior of the body passing through sidewalls of the body; a coupling member , wherein the body is couplable to a driver through the coupling member; the body comprising one or more gas outlets positioned proximate to the one or more material outlets ; wherein, during use, rotation of the body causes material in the internal body cavity to be passed through the one or more material outlets to produce microfibers and/or nanofibers, and wherein during rotation of the body gas is passed through the gas outlets .
A heater unit comprising: a first substrate and a second substrate joined together; a groove arranged on at least one join surface of the first substrate and the second substrate ; and a sheath heater arranged inside the groove ; wherein the sheath heater comprises, a metal sheath , a heating wire arranged with a gap within the metal sheath so as to rotate with respect to an axis direction of the metal sheath , an insulating material arranged in the gap, and characterized in that the heating wire has a band shape, and both ends of the heating wire are arranged at one end of the metal sheath , and in that the connection terminals are arranged at one end of the metal sheath, the connection terminals electrically connected with both ends of the heating wire respectively. a first substrate and a second substrate joined together; a groove arranged on at least one join surface of the first substrate and the second substrate ; and a sheath heater arranged inside the groove ; wherein the sheath heater comprises, a metal sheath , a heating wire arranged with a gap within the metal sheath so as to rotate with respect to an axis direction of the metal sheath , an insulating material arranged in the gap, and characterized in that the heating wire has a band shape, and both ends of the heating wire are arranged at one end of the metal sheath , and in that the connection terminals are arranged at one end of the metal sheath, the connection terminals electrically connected with both ends of the heating wire respectively. a metal sheath , a heating wire arranged with a gap within the metal sheath so as to rotate with respect to an axis direction of the metal sheath , an insulating material arranged in the gap, and characterized in that the heating wire has a band shape, and both ends of the heating wire are arranged at one end of the metal sheath , and in that the connection terminals are arranged at one end of the metal sheath, the connection terminals electrically connected with both ends of the heating wire respectively.
A luminaire comprising; a light engine for emitting light, and an optical structure positioned to receive the light emitted by the light engine , wherein the light engine comprises one or more LEDs mounted on a printed circuit board , the printed circuit board being attached to a housing , and wherein the optical structure has a fixing for removably attaching the optical structure to the housing , wherein the luminaire further comprises a decorative element , wherein the optical structure has a protruding annular portion extending around its circumference, characterized in that , said decorative element is removably supported by said protruding annular portion proximate to said light engine , and wherein the decorative element is manufactured with a circular hole having a larger diameter than a diameter of the housing but smaller than a diameter of the annular portion .
Installation apparatus for use in an elevator shaft , comprising - a first carrier which has a first carrier end and a second carrier end , - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft , wherein - the support element is configured and arranged such that, in an installation position of the installation apparatus , the first carrier can be supported by the support element in the region of a door opening of the elevator shaft , - the second carrier end is configured such that, in the installation position of the installation apparatus , the first carrier can be at least indirectly supported by the second carrier end on a shaft wall opposite the aforementioned door opening of the elevator shaft , wherein the receiving device for receiving the displacement device is configured and, in the installation position of the installation apparatus , is arranged on an upper face of the installation apparatus such that, in the installation position of the installation apparatus , a displacement device received by the receiving device is supported from above on the receiving device , and the installation apparatus has a deflection roller which is configured and arranged such that it can deflect a suspension means of a displacement device received by the receiving device , wherein the installation apparatus has a displacement device received by the receiving device and the displacement device has at least one guide element which is configured and arranged such that it interacts with a guide of the installation apparatus when the displacement device is arranged on the receiving device . - a first carrier which has a first carrier end and a second carrier end , - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft , - the support element is configured and arranged such that, in an installation position of the installation apparatus , the first carrier can be supported by the support element in the region of a door opening of the elevator shaft , - the second carrier end is configured such that, in the installation position of the installation apparatus , the first carrier can be at least indirectly supported by the second carrier end on a shaft wall opposite the aforementioned door opening of the elevator shaft , wherein the receiving device for receiving the displacement device is configured and, in the installation position of the installation apparatus , is arranged on an upper face of the installation apparatus such that, in the installation position of the installation apparatus , a displacement device received by the receiving device is supported from above on the receiving device , and