mhurhangee/ep-ind-claims huggingface dataset:
A computing device, comprising: a processor; one or more boot memories including a boot image and one or more boot images which correspond and are redundant to the boot image; a secure read-only location including at least one secure boot image; and a memory including initiation and recovery software for initiating a boot up cycle of the computing device that, when executed by the processor, causes the processor to: load and perform a verification of a boot image, the boot image including multiple levels of boot code; in the case a level of boot code is determined by the verification to be unusable, stop the boot cycle and load and perform a second verification of a redundant level of boot code; and in the case the redundant level of boot code is determined by the second verification to be unusable, load a secure level of boot code from the secure read-only location for replacement of the unusable level of boot code with the secure level of boot code and resume the same boot cycle at a last known verifiable level. a processor; one or more boot memories including a boot image and one or more boot images which correspond and are redundant to the boot image; a secure read-only location including at least one secure boot image; and a memory including initiation and recovery software for initiating a boot up cycle of the computing device that, when executed by the processor, causes the processor to: load and perform a verification of a boot image, the boot image including multiple levels of boot code; in the case a level of boot code is determined by the verification to be unusable, stop the boot cycle and load and perform a second verification of a redundant level of boot code; and in the case the redundant level of boot code is determined by the second verification to be unusable, load a secure level of boot code from the secure read-only location for replacement of the unusable level of boot code with the secure level of boot code and resume the same boot cycle at a last known verifiable level. load and perform a verification of a boot image, the boot image including multiple levels of boot code; in the case a level of boot code is determined by the verification to be unusable, stop the boot cycle and load and perform a second verification of a redundant level of boot code; and in the case the redundant level of boot code is determined by the second verification to be unusable, load a secure level of boot code from the secure read-only location for replacement of the unusable level of boot code with the secure level of boot code and resume the same boot cycle at a last known verifiable level.
A focused ion beam system for processing a sample, comprising: a source of ions; an extractor electrode for extracting ions from the source and forming the ions into a beam; a deflector for positioning the ion beam on the sample; and a focusing lens for focusing the ions onto a sub-micrometer (submicron) spot on the sample, characterized by: a high-pass filter (506, 600) for blocking ions in the beam having less than a specified energy value and passing essentially all ions having energies greater than the specified energy value, the specified energy value being below the peak energy value of the ion beam the high-pass filter in operation deflecting ions having energies below the specified energy value to hit a barrier and deflecting ions having energies above the specified energy value to clear the barrier. a source of ions; an extractor electrode for extracting ions from the source and forming the ions into a beam; a deflector for positioning the ion beam on the sample; and a focusing lens for focusing the ions onto a sub-micrometer (submicron) spot on the sample, characterized by: a high-pass filter (506, 600) for blocking ions in the beam having less than a specified energy value and passing essentially all ions having energies greater than the specified energy value, the specified energy value being below the peak energy value of the ion beam the high-pass filter in operation deflecting ions having energies below the specified energy value to hit a barrier and deflecting ions having energies above the specified energy value to clear the barrier. a high-pass filter (506, 600) for blocking ions in the beam having less than a specified energy value and passing essentially all ions having energies greater than the specified energy value, the specified energy value being below the peak energy value of the ion beam the high-pass filter in operation deflecting ions having energies below the specified energy value to hit a barrier and deflecting ions having energies above the specified energy value to clear the barrier.
A breaker machine for breaking concrete or asphalt comprising a power source, a tool holder arranged to receive a tool, a power driven striking mechanism arranged to strike a tip of the tool with a striking frequency on a hard surface, control circuitry arranged to control an output from the power source, and load detection means arranged to detect the load of the power source and transmit information relating to the detected load of the power source to the control circuitry, wherein the control circuitry is arranged to receive the information relating to the load of the power source characterized in that the control circuitry is further arranged to select a striking frequency based on the information relating to the load of the power source and to apply the selected striking frequency by ramping a current striking frequency to the selected striking frequency based on a predetermined ramping scheme by controlling the output from the power source.
A system for implanting a penile prosthetic into a penis with an insertion tool having a distal tool end insertable into a corpora cavernosum of the penis and a needle insertable through the glans penis, the system comprising: a penile implant having a proximal end insertable into a crus penis and a distal end insertable into a glans penis; a tow suture coupled to the distal end of the penile implant; a needle; and a delivery cap configured to allow the needle to automatically capture the tow suture during implanting of the penile implant, the delivery cap coupled to the tow suture and attachable to the distal tool end of the insertion tool; wherein the delivery cap has an aperture, with a portion of the tow suture located in the aperture; wherein an open slot is formed through an exterior surface of the needle, and the open slot is sized for engagement with the portion of the tow suture oriented in the aperture of the delivery cap; wherein a slotted opening is formed in a distal end of the delivery cap with the slotted opening coupled with the tow suture, characterized in that the slotted opening extends laterally across an entire diameter of the delivery cap. a penile implant having a proximal end insertable into a crus penis and a distal end insertable into a glans penis; a tow suture coupled to the distal end of the penile implant; a needle; and a delivery cap configured to allow the needle to automatically capture the tow suture during implanting of the penile implant, the delivery cap coupled to the tow suture and attachable to the distal tool end of the insertion tool; wherein the delivery cap has an aperture, with a portion of the tow suture located in the aperture; wherein an open slot is formed through an exterior surface of the needle, and the open slot is sized for engagement with the portion of the tow suture oriented in the aperture of the delivery cap; wherein a slotted opening is formed in a distal end of the delivery cap with the slotted opening coupled with the tow suture, characterized in that the slotted opening extends laterally across an entire diameter of the delivery cap.
A lice and nit removal comb comprising: a body having a first portion for hand-gripping, and a second portion adapted for rigidly retaining teeth; a plurality of elongated rigid metal teeth each having a distal end and a proximal end portion configured for enhancing the rigid retention thereof in said second portion of said body, said teeth having a plurality of longitudinal side edge portions substantially along the length of each tooth and being orientated such that adjacent teeth are juxtaposed with longitudinal side edge portions opposing one another, the distance between the opposing longitudinal side edge portions being constant between respective proximal end and distal end portions, the distance being small enough to effectively have the edge portions of said teeth scrape off and retain lice and nits from hair passed through said teeth, the teeth being of square cross section substantially along their length and have a total length ranging from 38mm to 69mm (1.5 inches to 2.72 inches), the length of said teeth protruding from said second portion of said body ranging from 31.75mm to 38mm (1.25 inches to 1.50 inches), the opposing side edge portions of said teeth being rounded and having a constant space therebetween in the range of 0.089mm to 0.114 mm (0.0035 inch to 0.0045 inch) and each tooth, proximate their distal end portions tapers slightly to a rounded tip. a body having a first portion for hand-gripping, and a second portion adapted for rigidly retaining teeth; a plurality of elongated rigid metal teeth each having a distal end and a proximal end portion configured for enhancing the rigid retention thereof in said second portion of said body, said teeth having a plurality of longitudinal side edge portions substantially along the length of each tooth and being orientated such that adjacent teeth are juxtaposed with longitudinal side edge portions opposing one another, the distance between the opposing longitudinal side edge portions being constant between respective proximal end and distal end portions, the distance being small enough to effectively have the edge portions of said teeth scrape off and retain lice and nits from hair passed through said teeth, the teeth being of square cross section substantially along their length and have a total length ranging from 38mm to 69mm (1.5 inches to 2.72 inches), the length of said teeth protruding from said second portion of said body ranging from 31.75mm to 38mm (1.25 inches to 1.50 inches), the opposing side edge portions of said teeth being rounded and having a constant space therebetween in the range of 0.089mm to 0.114 mm (0.0035 inch to 0.0045 inch) and each tooth, proximate their distal end portions tapers slightly to a rounded tip.
A simulation device comprising: a first storage unit storing an input/output map representing connection relationships between ports of controllers and ports of input/output devices; a second storage unit storing a library of model programs simulating operation of the controllers, model programs simulating operation of the input/output devices, and model programs simulating operation of control target apparatuses; a user input unit accepting input of operations by a user; and a model program execution unit executing the model program for a controller, the model program for an input/output device and the model program for a control target apparatus that are selected by the user through the user input unit from the library stored in the second storage unit, wherein the model program execution unit, when executing the model program for the controller, performs data exchange between the model program for the controller and the model program for the input/output device, based on the input/output map. a first storage unit storing an input/output map representing connection relationships between ports of controllers and ports of input/output devices; a second storage unit storing a library of model programs simulating operation of the controllers, model programs simulating operation of the input/output devices, and model programs simulating operation of control target apparatuses; a user input unit accepting input of operations by a user; and a model program execution unit executing the model program for a controller, the model program for an input/output device and the model program for a control target apparatus that are selected by the user through the user input unit from the library stored in the second storage unit, wherein the model program execution unit, when executing the model program for the controller, performs data exchange between the model program for the controller and the model program for the input/output device, based on the input/output map.
Arrangement of at least one drawer sidewall comprising a carrier body, a sidewall profile and a holding device for fastening a drawer rear wall, wherein both the sidewall profile and the holding device are each fixed to the carrier body, and a drawer rear wall which is fixed to the holding device, wherein the holding device in the unfixed condition of the drawer rear wall is aligned diagonally to a longitudinal direction of the carrier body, wherein the holding device in the unfixed and unconnected condition of the drawer rear wall has an angle smaller than 90°, preferably an angle larger than 85° and smaller than 90°, particularly preferred an angle of approximately 89,5°, to a longitudinal direction of the carrier body and in the fixed condition of the drawer rear wall has a larger angle to the longitudinal direction of the carrier body than in the unfixed condition of the drawer rear wall, characterized in that the holding device is arranged at least in regions within the sidewall profile.
Preassembled plug housing for a plug part for an optical plug connection, having a cable-side aperture and a plug-side aperture, wherein a pin holder, in which a plug pin having an optical fibre extending over a longitudinal centre axis is held, is able to be inserted into the plug housing through the cable-side aperture and stopped there in a bearing position, and wherein the pin holder is held to the plug pin in the plug housing in an axially sprung manner with the aid of a spring element, characterized in that the spring element is a separate component that is inserted in a receptacle for receiving the spring element in the plug housing, wherein an at least partly circumferential shoulder for limiting the spring travel in one direction is arranged in the receptacle, and the spring element is secured in the receptacle with respect to the opposing direction by a securing element that is able to be inserted into the receptacle and is fixed in the receptacle through a force-type connection and/or positive-locking connection, wherein the bearing position of the pin holder in the plug housing is predefined by latching means, wherein the latching means is mounted on the plug-side side of the spring element so as to be able to move in the receptacle.
A video recording apparatus, comprising: a first demultiplexer, configured to separate program information, audio data, and video data from a transport stream; wherein the program information is used to provide auxiliary information for the audio data and the video data in the transport stream, so as to obtain the audio data and the video data of a channel; a descrambler, configured to descramble the audio data and the video data separated from the transport stream; a marker, configured to: mark the descrambled audio data and the descrambled video data, to obtain marked audio data and marked video data, and transmit a mixed stream to an encryption processor, wherein the mixed stream comprises the program information, the marked audio data, and the marked video data; and the encryption processor, configured to: identify the marked audio data and the marked video data in the mixed stream, encrypt the identified audio data and the identified video data to obtain encrypted audio data and encrypted video data, and transmit the encrypted audio data, the encrypted video data, and the program information to a memory in a rich execution environment, REE for storage; wherein the REE is a rich and open execution environment; wherein the first demultiplexer is in the REE; wherein the descrambler, the marker and the encryption processor are in a trusted execution environment, TEE. a first demultiplexer, configured to separate program information, audio data, and video data from a transport stream; wherein the program information is used to provide auxiliary information for the audio data and the video data in the transport stream, so as to obtain the audio data and the video data of a channel; a descrambler, configured to descramble the audio data and the video data separated from the transport stream; a marker, configured to: mark the descrambled audio data and the descrambled video data, to obtain marked audio data and marked video data, and transmit a mixed stream to an encryption processor, wherein the mixed stream comprises the program information, the marked audio data, and the marked video data; and the encryption processor, configured to: identify the marked audio data and the marked video data in the mixed stream, encrypt the identified audio data and the identified video data to obtain encrypted audio data and encrypted video data, and transmit the encrypted audio data, the encrypted video data, and the program information to a memory in a rich execution environment, REE for storage; wherein the REE is a rich and open execution environment; wherein the first demultiplexer is in the REE; wherein the descrambler, the marker and the encryption processor are in a trusted execution environment, TEE.
Intrusion detection device for an expansive fence of wires consisting of two end posts between which the wires are stretched substantially horizontally, characterized in that it comprises detection means capable of detecting the displacement of at least one wire relative to the other wires, said detection means comprising: - at least first and second substantially identical elements (2, 2', 2") mounted one above the other and to each of which is fixed a corresponding wire, said first and second elements being capable of being displaced in translation and/or in rotation relative to one another, and - a detection member (6, 6', 6") for detecting the displacement of the first element relative to the second element under the effect of an external force applied to the wire fixed to the first element. - at least first and second substantially identical elements (2, 2', 2") mounted one above the other and to each of which is fixed a corresponding wire, said first and second elements being capable of being displaced in translation and/or in rotation relative to one another, and - a detection member (6, 6', 6") for detecting the displacement of the first element relative to the second element under the effect of an external force applied to the wire fixed to the first element.
LED light emitting strip for an automotive lighting system, comprising: a substrate extending along a length direction of the strip; a plurality of LED chips arranged on or in the substrate, wherein the LED chips are arranged in at least one row along the length direction; at least two contact stripes (5, 6) configured to supply the LED chips with electric energy, wherein each of the contact stripes (5, 6) individually extends, at least partially, along a side of the substrate in the length direction, wherein the LED chips are contacted to the contact stripes (5, 6) at least partially in a transverse or oblique direction of the strip, wherein a plurality of pairs of contact stripes (5, 6, 5', 6', 5", 6") are provided in a row along the length direction such that each pair of contact stripes (5, 6, 5', 6', 5", 6") corresponds to an individual segment (9, 9', 9") of the light emitting strip, and characterised in that each pair of contact stripes (5, 6; 5', 6'; 5", 6") is configured to be individually controllable to individually light the corresponding segment (9; 9'; 9") of the light emitting strip. a substrate extending along a length direction of the strip; a plurality of LED chips arranged on or in the substrate, wherein the LED chips are arranged in at least one row along the length direction; at least two contact stripes (5, 6) configured to supply the LED chips with electric energy, wherein each of the contact stripes (5, 6) individually extends, at least partially, along a side of the substrate in the length direction, wherein the LED chips are contacted to the contact stripes (5, 6) at least partially in a transverse or oblique direction of the strip, wherein a plurality of pairs of contact stripes (5, 6, 5', 6', 5", 6") are provided in a row along the length direction such that each pair of contact stripes (5, 6, 5', 6', 5", 6") corresponds to an individual segment (9, 9', 9") of the light emitting strip, and characterised in that each pair of contact stripes (5, 6; 5', 6'; 5", 6") is configured to be individually controllable to individually light the corresponding segment (9; 9'; 9") of the light emitting strip.
Viewing window for insertion into a viewing opening, in particular a viewing opening of an RLT installation and/or of a climate chamber, having two pane carriers (3, 4) which can be inserted from opposite directions (R 1, R 2) into the viewing opening and which can be fastened by way of fastening means (5, 6) in the viewing opening, wherein the fastening means (5, 6) are arranged and configured on the pane carriers (3, 4) in such a way that they can be actuated by way of a relative rotation of the pane carriers (3, 4), wherein the fastening means are formed by a plurality of separate spiral helix portions (6.1, 6.2, 6.3), and wherein the fastening means of the one pane carrier are configured so as to engage on the spiral-shaped fastening means of the other pane carrier, wherein a plurality of fastening means are arranged so as to be distributed over the circumference of the pane carrier, wherein the spiral helix portions (6.1, 6.2, 6.3) have insertion openings for the insertion of the fastening means.
Method for an access node of a core network of a telecommunication network comprising a radio access network and said core network, performing the step of: • Receiving via said radio network a communication initializing message including a multi destination party container, characterized by the step of: • Setting up a communication to multiple destination parties (6a - 6z) indicated in said multi destination party container. • Receiving via said radio network a communication initializing message including a multi destination party container, • Setting up a communication to multiple destination parties (6a - 6z) indicated in said multi destination party container.
Pharmaceutical aqueous composition containing levoleucovorin, characterized in that the composition comprises the calcium salt, magnesium salt or zinc salt of levoleucovorin and one or more of the compounds sodium gluconate, potassium gluconate, glycerophosphate disodium salt or glycerophosphate dipotassium salt, optionally a pharmaceutically acceptable buffer compound, and optionally a pharmaceutically acceptable antioxidant compound.