mhurhangee/ep-ind-claims huggingface dataset:
Control device for a network and vulnerability scanner for examining a computer system for the presence of security gaps, having: a first interface for selecting a test profile comprising parameter data which define an examination of the computer system; and a second interface for transmitting the parameter data in the test profile to the network and vulnerability scanner, wherein the control device is configured to define and determine a logic of test runs, with the result that a compliance test is carried out after a vulnerability test by using the results of the vulnerability test as input parameters for the compliance test, wherein the control device is also configured to receive, after a user has logged in on the control device with a password, a network address of the computer system and administrative login data for the computer system from the user and to use the received data to check whether the computer system can be reached through the network and whether the transferred login data are administrative logins for the computer system. a first interface for selecting a test profile comprising parameter data which define an examination of the computer system; and a second interface for transmitting the parameter data in the test profile to the network and vulnerability scanner, wherein the control device is configured to define and determine a logic of test runs, with the result that a compliance test is carried out after a vulnerability test by using the results of the vulnerability test as input parameters for the compliance test, wherein the control device is also configured to receive, after a user has logged in on the control device with a password, a network address of the computer system and administrative login data for the computer system from the user and to use the received data to check whether the computer system can be reached through the network and whether the transferred login data are administrative logins for the computer system.
A closed container comprising a folded sheetlike composite; wherein the folded sheetlike composite a) surrounds an interior of the container, and b) comprises, as mutually superposed layers, i) a carrier layer, ii) a barrier layer, and iii) an inner polymer layer; wherein the closed container comprises a body and a fold-over excess; wherein the body and the fold-over excess adjoin one another at a fold; wherein the fold-over excess is joined to the body via a thermoplastic layer A between fold-over excess and body; wherein the carrier layer is cardboard or paper; characterized in that the thermoplastic layer A - comprises a polyvinyl acetal in a proportion of at least 40% by weight, based on the weight of the thermoplastic layer A, and - superimposes the body over more than 0%, and up to 15% of its surface area remote from the interior. wherein the folded sheetlike composite a) surrounds an interior of the container, and b) comprises, as mutually superposed layers, i) a carrier layer, ii) a barrier layer, and iii) an inner polymer layer; a) surrounds an interior of the container, and b) comprises, as mutually superposed layers, i) a carrier layer, ii) a barrier layer, and iii) an inner polymer layer; i) a carrier layer, ii) a barrier layer, and iii) an inner polymer layer; wherein the closed container comprises a body and a fold-over excess; wherein the body and the fold-over excess adjoin one another at a fold; wherein the fold-over excess is joined to the body via a thermoplastic layer A between fold-over excess and body; wherein the carrier layer is cardboard or paper; characterized in that the thermoplastic layer A - comprises a polyvinyl acetal in a proportion of at least 40% by weight, based on the weight of the thermoplastic layer A, and - superimposes the body over more than 0%, and up to 15% of its surface area remote from the interior. - comprises a polyvinyl acetal in a proportion of at least 40% by weight, based on the weight of the thermoplastic layer A, and - superimposes the body over more than 0%, and up to 15% of its surface area remote from the interior.
A vacuum cleaner comprising a main body and a dirt separator removably attached to the main body, wherein the dirt separator comprises a first dirt-separation stage, a second dirt-separation stage, and a vacuum motor for moving air through the first dirt-separation stage and the second dirt-separation stage, the vacuum motor comprises an impeller driven by an electric motor, the first dirt-separation stage is located upstream of the impeller, and the second dirt-separation stage is located downstream of the impeller.
A high dielectric liquid crystal polymer composite material, characterized by comprising: liquid crystal polymer; poly(vinylidene fluoride-co-hexafluoropropylene); modified multi-walled carbon nanotubes; and modified dielectric ceramics; wherein the modified multi-walled carbon nanotubes comprise following components metered by mass: 0.5-2 parts of multi-walled carbon nanotubes; 1~4 parts of polyvinyl pyrrolidone; and 1.5-5 parts of a silane coupling agent; and the modified dielectric ceramics comprise following components metered by mass: 10∼20 parts of dielectric ceramics; and 1∼2 parts of a dopa-like compound. wherein the modified multi-walled carbon nanotubes comprise following components metered by mass: 0.5-2 parts of multi-walled carbon nanotubes; 1~4 parts of polyvinyl pyrrolidone; and 1.5-5 parts of a silane coupling agent; and the modified dielectric ceramics comprise following components metered by mass: 10∼20 parts of dielectric ceramics; and 1∼2 parts of a dopa-like compound.
Method for connecting two at least partially metallic components (4a, 4h, 4i, 10, 10g, 11, 12, 13) of a vehicle seat which has a backrest which can be pivoted about an axis, the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13) being arranged relative to one another and then being connected, the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13) being arranged spaced apart from one another at least in part regions and are connected by means of electromagnetic pulse technology, by electromagnetic fields being induced by a current pulse in the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13), by means of the strong magnetic attraction force of which electromagnetic fields the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13) being pressed together with the formation of a material-to-material connection characterized in that, in order to fix the arrangement of the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13) with respect to one another, the two components (4a, 4h, 4i, 10, 10g, 11, 12, 13) bear against one another at some points by way of local, direct contact and only those part regions of the components (4a, 4h, 4i, 10, 10g, 11, 12, 13) which are first of all spaced apart from one another, in particular by way of beads, are pressed together, at least one of the components (4a, 4h, 4i, 10, 10g, 11, 12, 13) being a backrest structural part made from a metal sheet.
An apparatus, comprising: - a reaction chamber (732, 1732, 2732, 3732); - a housing (741, 1741, 2741, 3741) configured to be removably coupled to the reaction chamber, the housing defining a reagent volume (742, 1742, 2742, 2744, 3742) configured to contain a reagent, the housing including a side wall (774, 2774) defining a delivery path (771, 1771, 2771, 2773, 3771) between the reagent volume and the reaction chamber when the housing is coupled to the reaction chamber having a delivery path length L, the side wall including a protrusion (776, 1776, 2776, 2778, 3776) within the delivery path, the housing further including an end surface (745, 1745, 2745) defining an exit opening (746, 2746) through which the reagent is conveyed when the reagent exits the delivery path into the reaction chamber; and - an actuator (750, 1750, 2750, 2760, 3750) configured to be manipulated to convey the reagent from the reagent volume into the reaction chamber via the delivery path, wherein: - the delivery path defines a longitudinal center line and a flow area, the flow area bounded by the side wall and being within a plane normal to the longitudinal center line, the flow area of the delivery path having a diameter; - the protrusion extends into the flow area a distance (Hp) from the side wall, a ratio of the distance to the diameter being between about 0.1 and 0.2; - the protrusion extends into the exit opening; and - the protrusion length (L P) is substantially equal to or greater than the length L of the delivery path. - a reaction chamber (732, 1732, 2732, 3732); - a housing (741, 1741, 2741, 3741) configured to be removably coupled to the reaction chamber, the housing defining a reagent volume (742, 1742, 2742, 2744, 3742) configured to contain a reagent, the housing including a side wall (774, 2774) defining a delivery path (771, 1771, 2771, 2773, 3771) between the reagent volume and the reaction chamber when the housing is coupled to the reaction chamber having a delivery path length L, the side wall including a protrusion (776, 1776, 2776, 2778, 3776) within the delivery path, the housing further including an end surface (745, 1745, 2745) defining an exit opening (746, 2746) through which the reagent is conveyed when the reagent exits the delivery path into the reaction chamber; and - an actuator (750, 1750, 2750, 2760, 3750) configured to be manipulated to convey the reagent from the reagent volume into the reaction chamber via the delivery path, - the delivery path defines a longitudinal center line and a flow area, the flow area bounded by the side wall and being within a plane normal to the longitudinal center line, the flow area of the delivery path having a diameter; - the protrusion extends into the flow area a distance (Hp) from the side wall, a ratio of the distance to the diameter being between about 0.1 and 0.2; - the protrusion extends into the exit opening; and - the protrusion length (L P) is substantially equal to or greater than the length L of the delivery path.
A method for selecting a controlled device, applied to a wireless network that comprises one control device and at least one controlled device, characterized in that the control device executes the following method: acquiring a first signal received strength in a direct path mode and a second signal received strength in a multipath mode of each controlled device of the at least one controlled device; obtaining a signal received strength ratio of each controlled device according to the first signal received strength and the second signal received strength of each controlled device of the at least one controlled device; determining, according to the signal received strength ratio of each controlled device of the at least one controlled device and a preset signal received strength ratio corresponding to the controlled device, whether the control device directs to a corresponding controlled device; and determining a target controlled device from the controlled device to which the control device directs, and displaying a control interface of the target controlled device on the control device. acquiring a first signal received strength in a direct path mode and a second signal received strength in a multipath mode of each controlled device of the at least one controlled device; obtaining a signal received strength ratio of each controlled device according to the first signal received strength and the second signal received strength of each controlled device of the at least one controlled device; determining, according to the signal received strength ratio of each controlled device of the at least one controlled device and a preset signal received strength ratio corresponding to the controlled device, whether the control device directs to a corresponding controlled device; and determining a target controlled device from the controlled device to which the control device directs, and displaying a control interface of the target controlled device on the control device.
A device for removing fluid from a body, the device comprising: i) an array of microneedles; and ii) a housing, the array of microneedles being disposed within the housing, and the housing defining a chamber; wherein the microneedles are moveable between a disengaged position and an engaged position where, in use in the engaged position, the microneedles penetrate the surface of a body; and the microneedle array is biased towards the disengaged position only once the microneedles have moved to the engaged position to achieve post-engagement biasing; the chamber is adapted to surround the surface of the body through which the microneedles penetrate when in the engaged position; and the chamber is configured for connection to a vacuum device, such that negative pressure can be applied to the chamber. i) an array of microneedles; and ii) a housing, the array of microneedles being disposed within the housing, and the housing defining a chamber;
A method for providing a Head Related Transfer Function (HRTF) for application to an input audio signal for localizing audio to a set of headphones comprising: accessing a Binaural Acoustic Impulse Response (BAIRs) pair individualized for a listener at a reference position; accessing a plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the listener corresponding to additional positions relative to the listener; deriving a plurality of transfer functions for converting Binaural Acoustic Impulse Response (BAIRs) for the reference position relative to the listener to each of the additional positions by dividing each of the plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the additional positions by the Binaural Acoustic Impulse Response (BAIRs) pair for the reference position; receiving a signal indicating a change in head orientation and selecting one pair of the plurality of transfer functions in response to and corresponding to the signal; and applying the reference position Binaural Acoustic Impulse Response (BAIRs) pair and the selected pair of the plurality of transfer functions to the input audio signal to localize the audio in the set of headphones. accessing a Binaural Acoustic Impulse Response (BAIRs) pair individualized for a listener at a reference position; accessing a plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the listener corresponding to additional positions relative to the listener; deriving a plurality of transfer functions for converting Binaural Acoustic Impulse Response (BAIRs) for the reference position relative to the listener to each of the additional positions by dividing each of the plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the additional positions by the Binaural Acoustic Impulse Response (BAIRs) pair for the reference position; receiving a signal indicating a change in head orientation and selecting one pair of the plurality of transfer functions in response to and corresponding to the signal; and applying the reference position Binaural Acoustic Impulse Response (BAIRs) pair and the selected pair of the plurality of transfer functions to the input audio signal to localize the audio in the set of headphones.
A logged MDT measurement system, comprising: a user equipment, UE, and a network device; the network device, configured to determine logged minimization of drive tests, MDT, configuration information; send the logged MDT configuration information to the UE; the UE, configured to receive the logged MDT configuration information; determine, according to the logged MDT configuration information, a Multimedia Broadcast Multicast Service, MBMS, set used for triggering logged MDT measurement and a measurement parameter used for performing the logged MDT measurement; wherein the measurement parameter comprises MDT measurement duration and a measurement interval; perform the logged MDT measurement based on the measurement parameter when it is determined that an MBMS used for triggering the logged MDT measurement is being received, wherein the MBMS used for triggering the logged MDT measurement belongs to the MBMS set used for triggering the logged MDT measurement.
A safety lock adapted to be operated with a key having a coded bit, said safety lock including: a cylinder made of coded discs having two opposite ends (18, 20) and a passage way opening within said two ends (18, 20); a driving member rotatingly mounted to the one of said two ends, said driving member comprising a central part extending in front of said passage way and a circular edge having two opposite notches (72, 74), said bit being adapted to be engaged into said passage way through the other of said ends to engage said central part; two offset wedges (30, 32) swivellingly mounted on said one of said ends of said cylinder to be able to engage said notches (74, 72) respectively, in order to rotatingly block said driving member, said bit being adapted to sequentially cause the spacing apart of said wedges (30, 32) in order to release said notches (74, 72), and the rotation of said driving member; characterized in that, said circular edge having two axially shifted slice portions (56, 58), said notches (74, 72) are provided in one of said slice portions, while the other of said slice portions is further provided with a notch opening within one of said notches; and in that one of said wedges is provided with a side nipple intended to engage said notch when the wedge extends within said one of said notches. a cylinder made of coded discs having two opposite ends (18, 20) and a passage way opening within said two ends (18, 20); a driving member rotatingly mounted to the one of said two ends, said driving member comprising a central part extending in front of said passage way and a circular edge having two opposite notches (72, 74), said bit being adapted to be engaged into said passage way through the other of said ends to engage said central part; two offset wedges (30, 32) swivellingly mounted on said one of said ends of said cylinder to be able to engage said notches (74, 72) respectively, in order to rotatingly block said driving member, said bit being adapted to sequentially cause the spacing apart of said wedges (30, 32) in order to release said notches (74, 72), and the rotation of said driving member;
An apparatus for dewatering fluids, comprising: - a dewatering chamber through which fluid can flow for at least partial dewatering, in particular by means of a gas that dries the fluid, - a supply line for fluid from a fluid reservoir that is to be dewatered to a fluid inlet of the dewatering chamber, - a discharge line for at least partially dewatered fluid from a fluid outlet of the dewatering chamber to the fluid reservoir, - a common line that is alternately assigned to the supply line and the discharge line, - a fluid pump disposed in the common line, and - a directional valve which connects the common line to the fluid reservoir when in a first position and to the fluid outlet of the dewatering chamber when in a second position, - characterised in that a flow divider is disposed at the end of the common line opposite the directional valve, which flow divider divides the fluid flow arriving from the fluid pump into a first sub-stream leading to the fluid input of the dewatering chamber and into a second sub-stream leading to the fluid reservoir, and that, independently of the degree of contamination of the fluid flow, and in every active operating state of the apparatus, the flow divider divides the fluid flow arriving from the fluid pump into the first sub-stream and the second sub-stream at a fixed, definable ratio. - a dewatering chamber through which fluid can flow for at least partial dewatering, in particular by means of a gas that dries the fluid, - a supply line for fluid from a fluid reservoir that is to be dewatered to a fluid inlet of the dewatering chamber, - a discharge line for at least partially dewatered fluid from a fluid outlet of the dewatering chamber to the fluid reservoir, - a common line that is alternately assigned to the supply line and the discharge line, - a fluid pump disposed in the common line, and - a directional valve which connects the common line to the fluid reservoir when in a first position and to the fluid outlet of the dewatering chamber when in a second position, - characterised in that a flow divider is disposed at the end of the common line opposite the directional valve, which flow divider divides the fluid flow arriving from the fluid pump into a first sub-stream leading to the fluid input of the dewatering chamber and into a second sub-stream leading to the fluid reservoir, and that, independently of the degree of contamination of the fluid flow, and in every active operating state of the apparatus, the flow divider divides the fluid flow arriving from the fluid pump into the first sub-stream and the second sub-stream at a fixed, definable ratio.
A photograph enlarger for enlarging digital photographs onto a photosensitive material, the photograph enlarger comprising: an enlarger stand from which an enlarger chassis projects; and a carriage comprising a light source, a condenser, a focal lens, and a removable projector module, wherein the carriage is connected to a support that is displaceable along the enlarger chassis for allowing the carriage to be positioned at a desired height above the enlarger stand to effect a desired enlargement size when a digital photograph is projected using the projector module and the light source is energized to form an enlarged photographic image for exposing a photo-sensitive material positioned on the enlarger stand under the focal lens, and wherein the photograph enlarger further comprises electronics and a non-contact sensor coupled to the electronics, the non-contact sensor being configured to detect a height of the carriage above the enlarger stand. an enlarger stand from which an enlarger chassis projects; and a carriage comprising a light source, a condenser, a focal lens, and a removable projector module, wherein the carriage is connected to a support that is displaceable along the enlarger chassis for allowing the carriage to be positioned at a desired height above the enlarger stand to effect a desired enlargement size when a digital photograph is projected using the projector module and the light source is energized to form an enlarged photographic image for exposing a photo-sensitive material positioned on the enlarger stand under the focal lens, and wherein the photograph enlarger further comprises electronics and a non-contact sensor coupled to the electronics, the non-contact sensor being configured to detect a height of the carriage above the enlarger stand.