mhurhangee/ep-ind-claims huggingface dataset:
A glass laminate comprising a thin glass sheet and an ionomeric interlayer sheet, said thin glass sheet having a thickness of 0.1 to 0.8 mm, wherein the ionomeric interlayer sheet comprises an ionomer that is an ionic neutralized derivative of a precursor acid copolymer comprising copolymerized units of an α-olefin having 2 to 10 carbon atoms and 18 to 30 wt% of copolymerized units of an α,β-ethylenically unsaturated carboxylic acid having 3 to 8 carbons, based on a total weight of the precursor acid copolymer, wherein 5% to 90% of a total content of the α,β-ethylenically unsaturated carboxylic acid present in the precursor acid copolymer have been neutralized, and further wherein said ionomer has a Young's modulus of 200 to 600 MPa, as measured in accordance with ASTM D5026 at 30°C and with 1 minute of load duration.
Method for processing a data packet before transmission thereof in a radio communication network by a sequence of waveforms transmitted at positions defined by hop codes, said positions being able to be temporal or frequency positions, the packet being transmitted on a communication channel of the network by a transmitter node to a receiver node, the method being characterized in that it comprises the following steps, implemented for each bit (b n) of the data packet to be transmitted, called current bit: - calculating a hop code (C n) at least on the basis of the value of the current bit and of an encryption key (k n) generated using a pseudorandom generator, the encryption key having a size greater than the maximum size of a data packet transmitted on the channel; - controlling the transmission of a waveform at the position defined by the calculated hop code, the transmitted waveform being identical regardless of the value of the current bit. - calculating a hop code (C n) at least on the basis of the value of the current bit and of an encryption key (k n) generated using a pseudorandom generator, the encryption key having a size greater than the maximum size of a data packet transmitted on the channel; - controlling the transmission of a waveform at the position defined by the calculated hop code, the transmitted waveform being identical regardless of the value of the current bit.
An electrical wheel comprising a hub extending along a centre line, a rim being rotatable about the hub such that the centre line forms axis of revolution, and a motor arranged to provide a torque between the hub and the rim to move the rim relative to the hub, where - the rim forms a compartment with a sidewall extending between a circular bottom and an opening; - the hub extends through a suspension located centrally in the circular bottom and terminates in a free end inside the compartment; - the motor is located in the compartment; and where the wheel comprises a transmission for transferring the torque from the motor to the rim, the transmission is arranged in the compartment about the hub, and the transmission is located between the bottom and the motor, characterized in that the motor is located in continuation of the hub and fixed to the free end of the hub. - the rim forms a compartment with a sidewall extending between a circular bottom and an opening; - the hub extends through a suspension located centrally in the circular bottom and terminates in a free end inside the compartment; - the motor is located in the compartment; and
A method of preparing polymeric microparticles comprising the steps of: subjecting a mixture containing a biocompatible polymer in an emulsion state and a first crosslinking agent to a primary crosslinking reaction to form crosslinked particles; and extracting the crosslinked particles and performing a secondary crosslinking reaction in an organic solvent phase including a second crosslinking agent, wherein the step of subjecting a mixture containing a biocompatible polymer in an emulsion state and a first crosslinking agent to a primary crosslinking reaction to form crosslinked particles comprises adding an aqueous solution in which the biocompatible polymer is dissolved to a hydrophobic solvent to form an emulsion; and adding the first crosslinking agent to the mixed solution containing the emulsion, wherein in the step of extracting the crosslinked particles and performing a secondary crosslinking reaction, the crosslinked particles and the second crosslinking agent proceed the secondary crosslinking reaction in a solid phase, and wherein the biocompatible polymer means a polymer that can be injected directly into a human body for effective drug delivery of drugs applied to the human body. subjecting a mixture containing a biocompatible polymer in an emulsion state and a first crosslinking agent to a primary crosslinking reaction to form crosslinked particles; and extracting the crosslinked particles and performing a secondary crosslinking reaction in an organic solvent phase including a second crosslinking agent, wherein the step of subjecting a mixture containing a biocompatible polymer in an emulsion state and a first crosslinking agent to a primary crosslinking reaction to form crosslinked particles comprises adding an aqueous solution in which the biocompatible polymer is dissolved to a hydrophobic solvent to form an emulsion; and adding the first crosslinking agent to the mixed solution containing the emulsion, wherein in the step of extracting the crosslinked particles and performing a secondary crosslinking reaction, the crosslinked particles and the second crosslinking agent proceed the secondary crosslinking reaction in a solid phase, and wherein the biocompatible polymer means a polymer that can be injected directly into a human body for effective drug delivery of drugs applied to the human body.
Process for recovering carbonized lignin having a defined grain size distribution from a lignin-containing liquid, wherein the lignin-containing liquid is subjected to a hydrothermal carbonization to convert the lignin into a carbonized lignin and the carbonized lignin is separated from the liquid containing the carbonized lignin, characterized in that - the lignin-containing liquid is subjected to a hydrothermal carbonization at temperatures in the range from 150°C to 280°C and - by adapting the H+ ion concentration in the lignin-containing liquid before or before and during the hydrothermal carbonization the grain size distribution of the carbonized lignin is adjusted, - wherein a low H+ ion concentration is adjusted in order to achieve the smallest possible grain size distribution of the carbonized lignin and - a high H+ ion concentration is adjusted in order to achieve the largest possible grain size distribution of the carbonized lignin. - the lignin-containing liquid is subjected to a hydrothermal carbonization at temperatures in the range from 150°C to 280°C and - by adapting the H+ ion concentration in the lignin-containing liquid before or before and during the hydrothermal carbonization the grain size distribution of the carbonized lignin is adjusted, - wherein a low H+ ion concentration is adjusted in order to achieve the smallest possible grain size distribution of the carbonized lignin and - a high H+ ion concentration is adjusted in order to achieve the largest possible grain size distribution of the carbonized lignin.
A cap for a temperature-dependent switch, said switch comprising a first connection area and at least one second connection area on the outer surface of its housing (11, 12) for the purpose of electrically connecting leads (25, 26), whereby said cap is designed as a cup-like surrounding housing which can be pushed onto the switch, such that the connection areas (22, 23) for electrical connection are accessible from the outside after said surrounding housing has been pushed on, wherein a first opening for the first connection area and a second opening,for the second connection area are provided in said cap, wherein the cap comprises a base and a side wall which adjoins the base, surrounds the base and delimits an insertion opening for the switch opposite the base, and wherein the first opening is formed in the base and the second opening is at least partially formed in the side wall.
A radioisotope production apparatus comprising: an electron source arranged to provide an electron beam, the electron source comprising an electron injector and an electron accelerator; a target support structure configured to hold a target; and a beam splitter arranged to direct a first portion of the electron beam along a first path towards a first side of the target and to direct a second portion of the electron beam along a second path towards a second side of the target. an electron source arranged to provide an electron beam, the electron source comprising an electron injector and an electron accelerator; a target support structure configured to hold a target; and a beam splitter arranged to direct a first portion of the electron beam along a first path towards a first side of the target and to direct a second portion of the electron beam along a second path towards a second side of the target.
A method for calculating an indenter area function and quantifying a deviation from the ideal shape of an indenter, the steps comprising: providing a material testing apparatus, an indenter, and a sample; wherein said material testing apparatus comprises: a frame, an indenter module assembly, and a table; wherein said indenter module assembly comprises a force transducer and a displacement sensor; coupling said indenter to said material testing apparatus; wherein said indenter module assembly is configured to actuate said indenter along a displacement axis; wherein said force transducer is configured to determine one or more applied loads F of said indenter against said sample; placing said sample on said table of said material testing apparatus, such that said indenter may be in contact with a surface of said sample; performing at least one indentation test by applying said one or more applied loads F to said indenter and said sample; determining said one or more applied loads F with said force transducer; determining said depth h of said indenter with said displacement sensor; recording a load data and a depth data; wherein said recording of said load data and said depth data is based on said one or more applied loads F as a function of said depth h of said indenter on said sample; calculating a Martens hardness data HM of said surface of said sample based on said load data and said depth data; and calculating a first indenter area function A(h) 1 based on said Martens hardness data. providing a material testing apparatus, an indenter, and a sample; wherein said material testing apparatus comprises: a frame, an indenter module assembly, and a table; wherein said indenter module assembly comprises a force transducer and a displacement sensor; coupling said indenter to said material testing apparatus; wherein said indenter module assembly is configured to actuate said indenter along a displacement axis; wherein said force transducer is configured to determine one or more applied loads F of said indenter against said sample; placing said sample on said table of said material testing apparatus, such that said indenter may be in contact with a surface of said sample; performing at least one indentation test by applying said one or more applied loads F to said indenter and said sample; determining said one or more applied loads F with said force transducer; determining said depth h of said indenter with said displacement sensor; recording a load data and a depth data; wherein said recording of said load data and said depth data is based on said one or more applied loads F as a function of said depth h of said indenter on said sample; calculating a Martens hardness data HM of said surface of said sample based on said load data and said depth data; and calculating a first indenter area function A(h) 1 based on said Martens hardness data.
Use of lithium silicate-low quartz glass ceramic, which comprises 1.0 to 8.0 wt.-% oxide of monovalent elements Me I 2 O selected from the group of K 2 O, Na 2 O, Rb 2 O, Cs 2 O and mixtures thereof and 1.0 to 6.0 wt.-% of MgO and which comprises lithium silicate as main crystal phase and low quartz as further crystal phase, as dental material, with the exception of glass ceramic having the following composition Component wt.-% SiO 2 65.7 Li 2 O 13.3 CaO 4.0 MgO 2.9 K 2 O 3.2 Al 2 O 3 3.2 P 2 O 3 7.7, which comprises lithium disilicate as main crystal phase and CaMgSi 2 O 6, low quartz and Li 3 PO 4 as further crystal phases and is prepared by melting a starting glass in a platinum crucible at 1500°C for a period of 120 min, producing a glass frit by pouring the melted starting glass into water, grinding the glass frit with a vibrating mill and a zirconia vibrating mill to an average particle size of <90 pm, based on the number of particles, and uniaxially pressing the ground glass powder into a small cylinder and crystallizing and sintering in a furnace at 840°C for 5 min. with the exception of glass ceramic having the following composition Component wt.-% SiO 2 65.7 Li 2 O 13.3 CaO 4.0 MgO 2.9 K 2 O 3.2 Al 2 O 3 3.2 P 2 O 3 7.7, which comprises lithium disilicate as main crystal phase and CaMgSi 2 O 6, low quartz and Li 3 PO 4 as further crystal phases and is prepared by melting a starting glass in a platinum crucible at 1500°C for a period of 120 min, producing a glass frit by pouring the melted starting glass into water, grinding the glass frit with a vibrating mill and a zirconia vibrating mill to an average particle size of <90 pm, based on the number of particles, and uniaxially pressing the ground glass powder into a small cylinder and crystallizing and sintering in a furnace at 840°C for 5 min.
An hinged valve comprising a valve body, a valve stem, a valve spool, an actuator, and a sliding member (3,3'), wherein the valve body is a housing which is formed with a valve stem hole for partially accommodating the valve stem, and is formed with a passage having an inlet and an outlet; the valve spool is connected to the valve body through a hinge, so that the valve spool is rotatable around a rotation axis of the hinge, wherein the actuator cooperates with the sliding member (3,3'), so that the rotational movement of the valve stem is transmitted to the valve spool through the actuator via the sliding member (3,3') and is converted into a movement that drives the valve spool to rotate around the rotation axis of the hinge to open or close the valve, wherein the valve spool is provided with a locking post, the bottom end of the valve stem is provided with a locking hook, so that when the valve is in the closed state, the valve spool is locked to the valve body by the locking hook and the locking post, characterized in that the locking post is provided with a locking boss, the locking hook is provided with a locking-ledge, when the valve is in the closed state, the locking-ledge on the locking hook and the locking boss on the locking post cooperate with each other.
Sealant capsule for fitting of a tubeless tyre for a two-wheeled vehicle, which tyre comprises, disposed laterally to a tread surface section, two tyre beads (18, 20) which are configured for abutment on a respective rim flange (22, 24) of a two-wheeled vehicle rim for a tubeless tyre; wherein the sealant capsule has a shell which seals an interior space of the sealant capsule which is at least partially filled with a sealing liquid, at least with atmospheric pressure present in an environment of the sealant capsule, against the environment; wherein the sealant capsule is adapted to be placed into an interior zone of the tubeless tyre, which zone is delimited by the tubeless tyre and the rim, in the condition of the tubeless tyre fitted on the rim, in order to release at least a part of the sealing liquid to the environment of the sealant capsule in the interior zone of the tubeless tyre as a result of opening the shell in the fitted condition of the tubeless tyre, characterized in that the shell includes at least one rigid section with a predetermined breaking point.
Beverage package structure comprising a body having a chamber in which fizzy and unfizzy beverages are preserved, a base and a cap, wherein: - threaded tightening surfaces are formed on a rim of the body; - the cap is screwed on said threaded tightening surfaces; - tightening lugs configured to tighten the cap by bending said lugs, are formed on said cap; - a pull tab is present on said cap; and characterized in that said pull tab is configured to access the package structure directly without the necessity to open the cap. - threaded tightening surfaces are formed on a rim of the body; - the cap is screwed on said threaded tightening surfaces; - tightening lugs configured to tighten the cap by bending said lugs, are formed on said cap; - a pull tab is present on said cap;
A transmitter adapted to transmit a periodic report of channel quality information to a receiving entity within a communication system, the transmitter comprising: a transmitting unit adapted to transmit first-type channel quality information reports reporting channel quality values at a first predetermined reporting frequency, and to transmit second-type channel quality information reports reporting channel quality values, wherein the reporting for the first-type channel quality information reports differs from the reporting for the second-type channel quality information reports in a number of partitions into which the channel quality values are partitioned, wherein the transmitter is adapted to decide to transmit the second-type channel quality information reports, and thereafter, to transmit the second-type channel quality information reports between the first-type channel quality information reports.
Lidded vessel made of plastic for laboratory use comprising - a tubular vessel which has a vessel base at the bottom, a vessel opening at the top and a sealing region on the inner wall below the vessel opening, - a lid which has a lid base and a plug which projects from the inside of the lid base and can be inserted through the vessel opening into a sealing position in the sealing region, and - a locking devices for releasably latching the lid to the vessel, comprising - at least one locking projection (9.2) projecting radially outwards at the upper edge of the vessel, - at least one flexible and elastic tab projecting from the underside of the lid base, - a first lever which projects laterally outwards from the tab at a distance from the lid base and on which a latching edge is arranged at a distance from the lid base and which can be snapped under the latching projection (9.2) when the plug is inserted into the sealing region, characterized in that a second lever projects upwardly from the first lever at a distance from the tab when the lid is closed, the latching edge being releasable from the latching projection (9.2) by pressing from the side against the outside of the second lever. - a tubular vessel which has a vessel base at the bottom, a vessel opening at the top and a sealing region on the inner wall below the vessel opening, - a lid which has a lid base and a plug which projects from the inside of the lid base and can be inserted through the vessel opening into a sealing position in the sealing region, and - a locking devices for releasably latching the lid to the vessel, comprising - at least one locking projection (9.2) projecting radially outwards at the upper edge of the vessel, - at least one flexible and elastic tab projecting from the underside of the lid base, - a first lever which projects laterally outwards from the tab at a distance from the lid base and on which a latching edge is arranged at a distance from the lid base and which can be snapped under the latching projection (9.2) when the plug is inserted into the sealing region, characterized in that a second lever projects upwardly from the first lever at a distance from the tab when the lid is closed, the latching edge being releasable from the latching projection (9.2) by pressing from the side against the outside of the second lever.
Osseous pin for bone fracture fixation, wherein the pin comprises a threaded front section and an unthreaded rear section, which threaded front section comprises a forward end configured to be inserted into a bone fragment at a bone fracture through an entrance site of the bone fragment, wherein the threaded front section of the pin comprises: - a forward end to be inserted into the bone fragment; and - two or more kerfs provided along an entire length of the threaded front section and configured as interruptions of a threading of the threaded front section, which interruptions have a diameter which is lesser than a diameter of the threading,, wherein the diameter of the threading of the threaded front section of the pin is equal to the diameter of the unthreaded rear section of the pin and wherein when in use, the kerfs are configured to facilitate breaking of the pin at the kerf closest to the entrance site, characterised in that the forward end of the threaded front section is configured with a quadrilateral cross section of which two sides are threaded. wherein the pin comprises a threaded front section and an unthreaded rear section, which threaded front section comprises a forward end configured to be inserted into a bone fragment at a bone fracture through an entrance site of the bone fragment, wherein the threaded front section of the pin comprises: - a forward end to be inserted into the bone fragment; and - two or more kerfs provided along an entire length of the threaded front section and configured as interruptions of a threading of the threaded front section, which interruptions have a diameter which is lesser than a diameter of the threading,, wherein the diameter of the threading of the threaded front section of the pin is equal to the diameter of the unthreaded rear section of the pin and wherein when in use, the kerfs are configured to facilitate breaking of the pin at the kerf closest to the entrance site, - a forward end to be inserted into the bone fragment; and - two or more kerfs provided along an entire length of the threaded front section and configured as interruptions of a threading of the threaded front section, which interruptions have a diameter which is lesser than a diameter of the threading,, wherein the diameter of the threading of the threaded front section of the pin is equal to the diameter of the unthreaded rear section of the pin and wherein when in use, the kerfs are configured to facilitate breaking of the pin at the kerf closest to the entrance site, characterised in that the forward end of the threaded front section is configured with a quadrilateral cross section of which two sides are threaded.