mhurhangee/ep-ind-claims huggingface dataset:
A method for protection against a relay attack on a system composed of at least a first and a second communication device, wherein data are transmitted wirelessly between the first and the second communication device, wherein the first communication device ascertains a first spectrum of all wirelessly transmitted signals to be received at the location of the first communication device within a frequency band, and the second communication device ascertains a second spectrum of all wirelessly transmitted signals to be received at the location of the second communication device within the frequency band, wherein the frequency band is limited by a minimum and a maximum frequency, wherein the second communication device transmits the second spectrum to the first communication device, wherein by means of the first communication device the first spectrum is compared with the second spectrum in order to determine whether the second communication device is located at the location of the first communication device, wherein the first and the second spectrum are ascertained at respectively different times, wherein the first communication device signals to the second communication device when the second communication device should start or finish the ascertainment of the spectrum to be received. the first communication device ascertains a first spectrum of all wirelessly transmitted signals to be received at the location of the first communication device within a frequency band, and the second communication device ascertains a second spectrum of all wirelessly transmitted signals to be received at the location of the second communication device within the frequency band, wherein the frequency band is limited by a minimum and a maximum frequency, wherein the second communication device transmits the second spectrum to the first communication device, wherein by means of the first communication device the first spectrum is compared with the second spectrum in order to determine whether the second communication device is located at the location of the first communication device, wherein the first and the second spectrum are ascertained at respectively different times, wherein the first communication device signals to the second communication device when the second communication device should start or finish the ascertainment of the spectrum to be received.
A catheter system, comprising: a catheter adapter comprising: a body; a nose extending distally from the body, wherein the nose is generally cylindrical; a strain relief rib disposed on the nose, wherein the strain relief rib is constructed of a flexible material; and a bump disposed on the strain relief rib; and a catheter secured within the catheter adapter and extending distally beyond the nose. a catheter adapter comprising: a body; a nose extending distally from the body, wherein the nose is generally cylindrical; a strain relief rib disposed on the nose, wherein the strain relief rib is constructed of a flexible material; and a bump disposed on the strain relief rib; and a body; a nose extending distally from the body, wherein the nose is generally cylindrical; a strain relief rib disposed on the nose, wherein the strain relief rib is constructed of a flexible material; and a bump disposed on the strain relief rib; and a catheter secured within the catheter adapter and extending distally beyond the nose.
Self-powered current sensor (102, 502, 602) comprising: a configuration panel including a selector and indicators, the selector movably configured to point to one of the indicators in order to set a desired value of a configuration setting; an electrical signal input (104, 202) configured to receive a current signal; a power circuit (108, 301, 401) configured to generate a power voltage from the current signal; a variable resistor having a counter-clockwise terminal, a wiper terminal, and a clockwise terminal, the variable resistor configured to set a value corresponding to one or more indicators affixed on the configuration panel (504, 607) of the self-powered current sensor (102, 502, 602), the counter-clockwise terminal coupled with at least one resistor; an amplifier having an inverting input, a non-inverting input, and an output, the amplifier coupled with the variable resistor, such that the amplifier is configured as a linear adjustment having a linear response, wherein the inverting input of the amplifier is coupled with the wiper terminal of the variable resistor and the output of the amplifier is coupled with the clockwise terminal of the variable resistor, and wherein the amplifier is coupled with the power circuit (108, 301, 401) and configured to be powered by the power voltage generated by the power circuit (108, 301, 401); and an alarm coupled with the amplifier, the alarm configured to be activated based on a magnitude of the current signal and the position of the selector. a configuration panel including a selector and indicators, the selector movably configured to point to one of the indicators in order to set a desired value of a configuration setting; an electrical signal input (104, 202) configured to receive a current signal; a power circuit (108, 301, 401) configured to generate a power voltage from the current signal; a variable resistor having a counter-clockwise terminal, a wiper terminal, and a clockwise terminal, the variable resistor configured to set a value corresponding to one or more indicators affixed on the configuration panel (504, 607) of the self-powered current sensor (102, 502, 602), the counter-clockwise terminal coupled with at least one resistor; an amplifier having an inverting input, a non-inverting input, and an output, the amplifier coupled with the variable resistor, such that the amplifier is configured as a linear adjustment having a linear response, wherein the inverting input of the amplifier is coupled with the wiper terminal of the variable resistor and the output of the amplifier is coupled with the clockwise terminal of the variable resistor, and wherein the amplifier is coupled with the power circuit (108, 301, 401) and configured to be powered by the power voltage generated by the power circuit (108, 301, 401); and an alarm coupled with the amplifier, the alarm configured to be activated based on a magnitude of the current signal and the position of the selector.
Air spreading device for spreading dispersed material onto a dispersed material conveyor with at least one air spreading chamber which has an upper dispersed material opening via which dispersed material is introduced into the air spreading chamber, one or more fans for producing air flows for separating the dispersed material in the air spreading chamber, an air in-feed housing through which the air flows produced by the fans are directed into the air spreading chamber and a nozzle unit adjoining the air in-feed housing in the flow direction, wherein the nozzle unit comprises a nozzle chamber with a plurality of outlet nozzles arranged in columns and rows, characterised in that the outlet nozzles each taper in the flow direction in a funnel-like manner from a rectangular inlet cross-section into a round or oval outlet cross-section.
A cartridge for adsorbent dialysis, comprising a container having an interior space with variable volume, wherein the container comprises at least a portion made of a flexible material, an adsorbent powder material filling said interior space so that all the interior space is occupied by the adsorbent powder material, wherein said adsorbent powder material is non-dissolvable and is filled in a dry state; an inlet tube and an outlet tube arranged for conducting fluid into and out of the interior space of the container for passage of fluid through the non-dissolvable adsorbent powder material; and wherein said interior space of the container is suitable to comprise a sub-pressure in relation to the ambient pressure during adsorbent dialysis use. a container having an interior space with variable volume, wherein the container comprises at least a portion made of a flexible material, an adsorbent powder material filling said interior space so that all the interior space is occupied by the adsorbent powder material, wherein said adsorbent powder material is non-dissolvable and is filled in a dry state; an inlet tube and an outlet tube arranged for conducting fluid into and out of the interior space of the container for passage of fluid through the non-dissolvable adsorbent powder material; and wherein said interior space of the container is suitable to comprise a sub-pressure in relation to the ambient pressure during adsorbent dialysis use.
A method for joining components (13, 14) to form a component group, wherein the components (13, 14) are formed from a rigid material, especially from metal, fibre-reinforced plastics material and/or from thermoplastic material, having the steps: - orienting a first component in a first predetermined position, wherein the first component is received in a first holding part, - orienting a second component in a first predetermined position, wherein the second component is received in a second holding part, - applying an adhesive to predetermined regions of the first and/or second component (13, 14), - transferring the second component into a second predetermined position, in which the second component assumes a predetermined distance (A, d) from the first component, characterised in that - if the first component is in its first position and the second component is in the second predetermined position, the holding parts (11, 12) go into block, with the second component being affixed to the first component via the adhesive such that a movement of the two components (13, 14) relative to each other is prevented, with - the predetermined distance being determined from a functional region of the first component to a functional region of the second component, with - a tolerance compensation of the components (13, 14) taking place via the thickness of adhesive, and/or - the predetermined distance (d) being determined from a predetermined region of the first component to a predetermined region of the second component. - orienting a first component in a first predetermined position, wherein the first component is received in a first holding part, - orienting a second component in a first predetermined position, wherein the second component is received in a second holding part, - applying an adhesive to predetermined regions of the first and/or second component (13, 14), - transferring the second component into a second predetermined position, in which the second component assumes a predetermined distance (A, d) from the first component, - if the first component is in its first position and the second component is in the second predetermined position, the holding parts (11, 12) go into block, with the second component being affixed to the first component via the adhesive such that a movement of the two components (13, 14) relative to each other is prevented, with - the predetermined distance being determined from a functional region of the first component to a functional region of the second component, with - a tolerance compensation of the components (13, 14) taking place via the thickness of adhesive, and/or - the predetermined distance (d) being determined from a predetermined region of the first component to a predetermined region of the second component.
A process for the preparation of ethylene glycol comprising the steps of: a. Pyrolysing a sugar solution comprising the sugar and a solvent selected from the group consisting of water and water and alcohol; to obtain a pyrolysis product composition comprising C 1 -C 3 oxygenate compounds including formaldehyde and glycolaldehyde; and b. Hydrogenating the pyrolysis product composition of step a. in the presence of a catalyst comprising a catalyst metal component supported by a support; and a solvent selected from the group consisting of water, alcohol and water and alcohol, wherein the pressure of the reaction of step b. is 40 bar or greater. a. Pyrolysing a sugar solution comprising the sugar and a solvent selected from the group consisting of water and water and alcohol; to obtain a pyrolysis product composition comprising C 1 -C 3 oxygenate compounds including formaldehyde and glycolaldehyde; and b. Hydrogenating the pyrolysis product composition of step a. in the presence of a catalyst comprising a catalyst metal component supported by a support; and a solvent selected from the group consisting of water, alcohol and water and alcohol,
Shock absorber having a shock absorber tube and having an external module tube which is connected to the shock absorber tube via a flange, wherein the flange has one or more fluid ducts (13, 14) which fluidically couple the module tube to the shock absorber tube, wherein the flange - has at least one metallic support cage which forms a retentive connection between the shock absorber tube and the module tube, and wherein the flange - has at least one plastics body in which the at least one fluid duct (13, 14) for the fluidic coupling of the module tube to the shock absorber tube is formed, characterized in that the metallic support cage is a sheet-metal body which is bent into a box shape and which at least partially surrounds the plastics body, or in that the metallic support cage is at least partially enclosed in the plastics body. - has at least one metallic support cage which forms a retentive connection between the shock absorber tube and the module tube, and wherein the flange - has at least one plastics body in which the at least one fluid duct (13, 14) for the fluidic coupling of the module tube to the shock absorber tube is formed,
Method for a terminal to request access to an item of digital content capable of being downloaded in the form of a data stream from a network, said content being represented by at least two successive sets (i, i+1), said terminal being capable of requesting the rendering of the content, characterized in that a request is followed by the following steps for calculating the waiting time before rendering: - obtaining, for a first set (i), a code rate (DV(i)) and a duration (T(i)); - obtaining a download speed; - obtaining, for a second set (i+1) subsequent to the first set, a waiting time before rendering (TR(i+1)); - calculating a waiting time before rendering (TaR) for the first set (i) taking into account the download speed, the code rate (DV(i)) and the duration T(i) of the first set (i), and the waiting time before rendering of the second set (i+1). - obtaining, for a first set (i), a code rate (DV(i)) and a duration (T(i)); - obtaining a download speed; - obtaining, for a second set (i+1) subsequent to the first set, a waiting time before rendering (TR(i+1)); - calculating a waiting time before rendering (TaR) for the first set (i) taking into account the download speed, the code rate (DV(i)) and the duration T(i) of the first set (i), and the waiting time before rendering of the second set (i+1).
A method performed by a terminal for a 2-step random access procedure in a wireless communication, comprising: identifying whether physical random access channel, PRACH, occasions for a 4-step random access type is shared with a 2-step random access type; and characterized by when the PRACH occasions for the 4-step random access type is shared with the 2-step random access type, transmitting, to a base station, a message A including preambles based on a configuration of PRACH occasions, wherein the configuration of the PRACH occasions is common for the 4-step random access type and the 2-step random access type. identifying whether physical random access channel, PRACH, occasions for a 4-step random access type is shared with a 2-step random access type; and characterized by when the PRACH occasions for the 4-step random access type is shared with the 2-step random access type, transmitting, to a base station, a message A including preambles based on a configuration of PRACH occasions, wherein the configuration of the PRACH occasions is common for the 4-step random access type and the 2-step random access type.
A MEMS gyroscope comprising: a movable mass; and at least one electrode configured to interact with the mass, the electrode having a top surface substantially parallel with a top surface of the movable mass and a bottom surface substantially parallel with a bottom surface of the movable mass, wherein the top surface of the electrode is anchored to a overlying support structure and the bottom surface of the electrode is anchored to an underlying support structure in order to constrain movement of the electrode, characterized in that: the electrode is further anchored by at least one surface other than the top surface and bottom surface to at least one side support structure in order to further constrain movement of the electrode. a movable mass; and at least one electrode configured to interact with the mass, the electrode having a top surface substantially parallel with a top surface of the movable mass and a bottom surface substantially parallel with a bottom surface of the movable mass, wherein the top surface of the electrode is anchored to a overlying support structure and the bottom surface of the electrode is anchored to an underlying support structure in order to constrain movement of the electrode, characterized in that: the electrode is further anchored by at least one surface other than the top surface and bottom surface to at least one side support structure in order to further constrain movement of the electrode. the electrode is further anchored by at least one surface other than the top surface and bottom surface to at least one side support structure in order to further constrain movement of the electrode.
An article comprising: a polymer composition which includes a compound of tungsten and oxygen and an additional additive, wherein said additional additive is selected from an acetaldehyde scavenger and a colourant, wherein when said polymer composition includes an acetaldehyde scavenger, said polymer composition includes at least 10ppm of said acetaldehyde scavenger and when said polymer composition includes a colourant, said polymer composition includes at least 50ppm of said colourant, wherein said article is a preform for a container; or a sheet comprising a polymer composition which includes a compound of tungsten and oxygen wherein said sheet has a width of at least 0.3m; wherein in both paragraphs and said compound of tungsten and oxygen includes 10.30 to 20.65wt% oxygen and said compound includes at least 90 wt% of tungsten and oxygen moieties; wherein said compound of tungsten and oxygen comprises tungsten oxide particles which have a d 50 of greater than 0.1 μm; and wherein said polymer composition includes 5 to 100ppm of said particles of tungsten and oxygen. a polymer composition which includes a compound of tungsten and oxygen and an additional additive, wherein said additional additive is selected from an acetaldehyde scavenger and a colourant, wherein when said polymer composition includes an acetaldehyde scavenger, said polymer composition includes at least 10ppm of said acetaldehyde scavenger and when said polymer composition includes a colourant, said polymer composition includes at least 50ppm of said colourant, wherein said article is a preform for a container; or a sheet comprising a polymer composition which includes a compound of tungsten and oxygen wherein said sheet has a width of at least 0.3m;
Light guide having an exit face and an elongate entrance face comprising a first elongate portion and a second elongate portion that are juxtaposed across the width of the entrance face, the light guide comprising, in line with said first portion, a first optical element and a second optical element, and, in line with said second portion, a third optical element and a fourth optical element, the first optical element adjoining the fourth optical element in the width of the elongate entrance face, the second optical element adjoining the third optical element in the width of the elongate entrance face, the first optical element being designed to reflect, in the direction at least of said second optical element, a first light flux received from the entrance face, and the second optical element being designed to transmit in the direction of the exit face a second light flux received from the entrance face and to reflect in the direction of the exit face the first light flux reflected by said first optical element, the third optical element being designed to reflect, in the direction at least of said fourth optical element, a third light flux received from the entrance face, and the fourth optical element being designed to transmit, in the direction of the exit face, a fourth light flux received from the entrance face and to reflect, in the direction of the exit face, the third light flux reflected by said third optical element.
A device comprising: at least one processor adapted to: determine synchronization information for each of a plurality of orthogonal frequency duplex multiplexing, OFDM, signals in a respective plurality of wireless local area network, WLAN, frames (103, 113, 123), the WLAN frames respectively being transmitted from different transmission addresses and respectively defining different reception addresses to be processed by different receivers (102, 112, 122); and instruct transmission of at least one message (402, 505) comprising the synchronization information; wherein the at least one message configures a first device to transmit a first OFDM signal of said plurality of OFDM signals synchronously with a transmission, by a second device (102 or 122), of a second OFDM signal (103 or 123) of said plurality of OFDM signals; wherein OFDM sub carriers of the first OFDM signal are synchronized, in a frequency domain, to OFDM subcarriers of the second OFDM signal; and/or wherein OFDM symbols of the first OFDM signal are synchronized in phase with OFDM symbols of the second OFDM signal (103 or 123). determine synchronization information for each of a plurality of orthogonal frequency duplex multiplexing, OFDM, signals in a respective plurality of wireless local area network, WLAN, frames (103, 113, 123), the WLAN frames respectively being transmitted from different transmission addresses and respectively defining different reception addresses to be processed by different receivers (102, 112, 122); and instruct transmission of at least one message (402, 505) comprising the synchronization information; wherein the at least one message configures a first device to transmit a first OFDM signal of said plurality of OFDM signals synchronously with a transmission, by a second device (102 or 122), of a second OFDM signal (103 or 123) of said plurality of OFDM signals; wherein OFDM sub carriers of the first OFDM signal are synchronized, in a frequency domain, to OFDM subcarriers of the second OFDM signal; and/or wherein OFDM symbols of the first OFDM signal are synchronized in phase with OFDM symbols of the second OFDM signal (103 or 123).
A mineral composition based on a mixed solid phase of synthetic calcium and magnesium carbonates, formed with a crystallized calcium portion and with a crystallized magnesium portion as platelets, the crystals of the calcium portion and those of the magnesium portion being aggregated as composite aggregates, these aggregates being themselves at least partly agglomerated as agglomerates, said calcium portion comprising at least one carbonate selected from the group consisting of calcite, aragonite and mixtures thereof, said magnesium portion comprising hydromagnesite in platelet form, said mixed solid phase of carbonates of said mineral composition having a bulk density less than or equal to 250 kg/m 3, and greater than or equal to 80 kg/m 3, as measured according to the EN 459.2 standard.