mhurhangee/ep-ind-claims huggingface dataset:
Means of transport comprising a secured space, a first secondary space provided adjacent said secured space, a second secondary space provided adjacent said first secondary space such that said first secondary space is arranged between said secured space and said second secondary space, a passageway connecting said secured space and said second secondary space wherein said first secondary space is accessible from said passageway, a door unit for a means of transport, said door unit being configured to limit access to a secured space and comprising, a door module comprising a door frame and a door coupled to said door frame movably between an open position and a closed position so as to selectively provide access to said secured space through said door, wherein said door module is translatory movable, wherein the door unit is arranged in said passageway in such a manner that the door module is movable between a forward position in which said door module is located on a secured space side of said passageway, and a rearward position in which said door module is located on a second secondary space side of said passageway.
A telephone terminal comprising: an operation unit for inputting an operation signal corresponding to an operation of a user; a sound input unit for inputting a sound signal corresponding to sound captured from an outside of the telephone terminal; and a signal processing unit for converting the sound signal from the sound input unit to a transmission signal and transmitting the transmission signal to a telephone line; characterized by: a control unit for interrupting transmission of the sound signal inputted to the signal processing unit at the time when the operation signal from the operation unit is recognized, wherein the control unit is addapted to recognize each of a signal indicating depression of a key and a signal indicating return of said key to the original state as the operation signal and to cancel the interruption of the sound signal after a lapse of a predetermined period since said interruption. an operation unit for inputting an operation signal corresponding to an operation of a user; a sound input unit for inputting a sound signal corresponding to sound captured from an outside of the telephone terminal; and a signal processing unit for converting the sound signal from the sound input unit to a transmission signal and transmitting the transmission signal to a telephone line; characterized by: a control unit for interrupting transmission of the sound signal inputted to the signal processing unit at the time when the operation signal from the operation unit is recognized, wherein the control unit is addapted to recognize each of a signal indicating depression of a key and a signal indicating return of said key to the original state as the operation signal and to cancel the interruption of the sound signal after a lapse of a predetermined period since said interruption. a control unit for interrupting transmission of the sound signal inputted to the signal processing unit at the time when the operation signal from the operation unit is recognized, wherein the control unit is addapted to recognize each of a signal indicating depression of a key and a signal indicating return of said key to the original state as the operation signal and to cancel the interruption of the sound signal after a lapse of a predetermined period since said interruption.
A semiconductor device comprising: a silicon carbide substrate comprising a channel region; and a gate stack on the silicon carbide substrate on the channel region, the gate stack comprising: one or more oxide layers comprising barium silicate or barium oxide; a dielectric layer on the one or more oxide layers; and a gate contact layer on the dielectric layer. a silicon carbide substrate comprising a channel region; and a gate stack on the silicon carbide substrate on the channel region, the gate stack comprising: one or more oxide layers comprising barium silicate or barium oxide; a dielectric layer on the one or more oxide layers; and a gate contact layer on the dielectric layer. one or more oxide layers comprising barium silicate or barium oxide; a dielectric layer on the one or more oxide layers; and a gate contact layer on the dielectric layer.
A tube yoke manufacturing apparatus comprising: a plurality of tube yoke forming moulds configured to form a tube yoke comprising a tube part and a yoke part by inserting a material into a die and pressing the material by means of a punch, and a spline forging mould provided with a forming pin having a spline part (161P-a) formed in an outer circumferential surface thereof and configured to make a spline formed inside the tube part as the forming pin is inserted into the tube part characterized in that a land part (L1, L2) protruding in a circumferential direction of the forming pin is formed on the spline part (161P-a) corresponding to one side in the length direction of the forming pin. a plurality of tube yoke forming moulds configured to form a tube yoke comprising a tube part and a yoke part by inserting a material into a die and pressing the material by means of a punch, and a spline forging mould provided with a forming pin having a spline part (161P-a) formed in an outer circumferential surface thereof and configured to make a spline formed inside the tube part as the forming pin is inserted into the tube part characterized in that a land part (L1, L2) protruding in a circumferential direction of the forming pin is formed on the spline part (161P-a) corresponding to one side in the length direction of the forming pin.
Formaldehyde-free binder for cellulose-containing materials, characterized in that it contains a hydroxyaldehyde resin which is polycondensed with an ammonium salt.
A method for preparing a fatty acid (C 1 -C 5)alkyl ester comprising: providing cement kiln dust of particle size 0.1-100μm and specific gravity 2.6-2.8 or lime kiln dust of 50 nm to 3mm diameter or length or largest dimension (depending upon shape) 100 nm to 2 mm, having a surface area of 0.2 - 10 m 2 per gram and containing up to 65 mass percent calcium atoms, at least 15 wt. % calcium oxide and exhibiting powder X-ray diffraction peaks (2θ) at 32, 38 and 53° assigned to CaO; contacting the cement kiln dust or lime kiln dust with a (C 1 -C 5)alkanol at a temperature at or above 20°C and up to the reflux temperature of the alkanol for a period of time sufficient to activate the kiln dust; and subsequently contacting a glyceride-containing vegetable or animal oil or poultry fat with an effective amount of the activated cement kiln dust or lime kiln dust and the (C 1 -C 5)alkanol to provide a reaction mixture under conditions such that the activated kiln dust catalyzes formation of a corresponding vegetable oil-derived, or animal oil-derived or fat-derived, fatty acid (C 1 -C 5)alkyl ester, and glycerol. providing cement kiln dust of particle size 0.1-100μm and specific gravity 2.6-2.8 or lime kiln dust of 50 nm to 3mm diameter or length or largest dimension (depending upon shape) 100 nm to 2 mm, having a surface area of 0.2 - 10 m 2 per gram and containing up to 65 mass percent calcium atoms, at least 15 wt. % calcium oxide and exhibiting powder X-ray diffraction peaks (2θ) at 32, 38 and 53° assigned to CaO; contacting the cement kiln dust or lime kiln dust with a (C 1 -C 5)alkanol at a temperature at or above 20°C and up to the reflux temperature of the alkanol for a period of time sufficient to activate the kiln dust; and subsequently contacting a glyceride-containing vegetable or animal oil or poultry fat with an effective amount of the activated cement kiln dust or lime kiln dust and the (C 1 -C 5)alkanol to provide a reaction mixture under conditions such that the activated kiln dust catalyzes formation of a corresponding vegetable oil-derived, or animal oil-derived or fat-derived, fatty acid (C 1 -C 5)alkyl ester, and glycerol.
A continuous process for the conversion of carbohydrate-containing feed material into furanic compounds, the process comprising a reaction step comprising subjecting said feed material to reaction conditions for said conversion in a reaction medium comprising a reactive liquid phase and an extractive liquid phase, wherein said liquid phases are immiscible with each other, and a Bronsted acid as catalyst, wherein the reaction medium comprises a solid component comprising at least a part of a carbohydrate-containing fraction of said feed material, wherein said Bronsted acid catalyst is a homogenous acid catalyst, wherein said reactor is a pulsed column reactor and wherein the reaction medium has a reciprocating forward and backward flow during said reaction step, wherein said feed material comprises a polysaccharide, wherein said reaction conditions cause the opening of the solid component, hydrolysis of polysaccharides to yield monosaccharides, and dehydration of said monosaccharides in a single reaction medium, wherein the reaction condition comprise a temperature of at least 150 °C and a pH of 2 or less, and the reaction conditions are applied to said polysaccharide in a reactor, wherein said at least two immiscible liquid phases have interfacial contact in said reactor and are in co-current flow or counter-current flow, and wherein particles comprising said polysaccharide are dispersed in at least one of said liquid phases of said reaction medium in said reactor and flow from an inlet towards an outlet of said reactor.
A method of joining at least two joining partners (10, 20) comprising performing a plurality of ultrasonic joining operations in direct succession, wherein performing an ultrasonic joining operation comprises placing a first joining partner adjacent to a support surface of a first joining tool, and with a second joining tool, applying pressure to a second joining partner that is arranged adjacent to the first joining partner, thereby pressing the second joining partner against the first j oining partner, and, with the second joining tool, applying high-frequency ultrasonic vibrations to the joining partners (10, 20); and being characterised by: during at least one intermediate time interval between two directly successive ultrasonic joining operations, at least one of actively cooling and heating the second joining tool, wherein the second joining tool is heated or cooled by means of a temperature unit, and wherein the temperature unit is inactive during each of the plurality of ultrasonic joining operations. wherein performing an ultrasonic joining operation comprises placing a first joining partner adjacent to a support surface of a first joining tool, and with a second joining tool, applying pressure to a second joining partner that is arranged adjacent to the first joining partner, thereby pressing the second joining partner against the first j oining partner, and, with the second joining tool, applying high-frequency ultrasonic vibrations to the joining partners (10, 20); and being characterised by: during at least one intermediate time interval between two directly successive ultrasonic joining operations, at least one of actively cooling and heating the second joining tool, wherein the second joining tool is heated or cooled by means of a temperature unit, and wherein the temperature unit is inactive during each of the plurality of ultrasonic joining operations.
A system to drive a load with a wideband signal, the system comprising: a power amplifier, PA, circuit, and a digital predistortion, DPD, circuit, including a DPD input to receive a DPD input signal and a DPD output for providing a DPD output signal based upon which the power amplifier, PA, circuit is driven for communicating a PA output signal onto the load, wherein the DPD circuit is configured to operate according to an inverse model of the PA circuit; a scheduler circuit; and the inverse model of the PA circuit including a linear sum of basis terms, obtained from the PA output signal, raised to both even and odd powers to capture both odd and even harmonics or both odd and even other non-linear terms wherein the inverse model of the PA circuit includes a sparse inverse model in which the basis terms include tested basis terms that meet at least one criterion for eliminating redundant or inactive basis terms and exclude tested basis terms that do not meet the at least one criterion for eliminating redundant or inactive basis terms, and characterized in that the DPD circuit is adapted to switch off a hardware relating to the redundant or inactive basis terms, and the scheduler circuit is configured to be capable of independently scheduling building the inverse model using a real value component of the basis terms; and compressing the inverse model into the sparse inverse model by providing a reduced set of basis terms as the tested basis terms that meet the at least one criterion for eliminating redundant or inactive basis terms.
An information processing device comprising: a storing unit that is adapted to store map data including opened and unopened roads at the time of creation of the map data; a processing unit that is adapted to perform display of the map or a search for a route or the display of the map and the search for a route on the basis of the map data stored by the storing unit; and an acquiring unit comprising a communication device connected to an electric communication line or a reading device adapted to reading a recording medium and being adapted to acquire with the communication device or the reading device an opening flag file indicating an actual opening situation of a road, wherein the storing unit is adapted to store, separately from the the map data, the opening flag file acquired by the acquiring unit, the device being characterised in that the processing unit is adapted to perform the display of the map or the search for a route or the display of the map and the search for a route on the basis of the map data and the opening flag file stored by the storing unit wherein it is unnecessary to rewrite the opening information of the map data. a storing unit that is adapted to store map data including opened and unopened roads at the time of creation of the map data; a processing unit that is adapted to perform display of the map or a search for a route or the display of the map and the search for a route on the basis of the map data stored by the storing unit; and an acquiring unit comprising a communication device connected to an electric communication line or a reading device adapted to reading a recording medium and being adapted to acquire with the communication device or the reading device an opening flag file indicating an actual opening situation of a road, wherein the storing unit is adapted to store, separately from the the map data, the opening flag file acquired by the acquiring unit, the device being characterised in that the processing unit is adapted to perform the display of the map or the search for a route or the display of the map and the search for a route on the basis of the map data and the opening flag file stored by the storing unit wherein it is unnecessary to rewrite the opening information of the map data.
A method for determining a nucleotide at one or more nucleotide positions of a polynucleotide sample, the polynucleotide sample comprising heterogeneous polynucleotides having different nucleotides at the one or more nucleotide positions, the method comprising: (a) sequencing in a reaction mixture a target region of the polynucleotide sample that spans the one or more nucleotide positions; and (b) sequencing in the same reaction mixture a set of polynucleotide fragments, the polynucleotide fragments comprising a polynucleotide sequence corresponding to the target region of the polynucleotide sample, the polynucleotide fragments further comprising a nucleotide tag for distinguishing the polynucleotide fragments from the target region of the polynucleotide sample, the target region having C/T degeneracy at the one or more nucleotide positions and the set of polynucleotide fragments comprising two or more different polynucleotide fragments having a cytosine or a thymine at the one or more nucleotide positions of the polynucleotide sample; wherein the polynucleotide sample has been treated with an agent that selectively modifies unmethylated cytosine residues and not methylated cytosine residues and the method determines whether the nucleotide at the one or more nucleotide positions of the polynucleotide sample is a cytosine or a thymine residue and wherein the polynucleotide sample and the polynucleotide fragments are present in equimolar amounts in the same reaction mixture. (a) sequencing in a reaction mixture a target region of the polynucleotide sample that spans the one or more nucleotide positions; and (b) sequencing in the same reaction mixture a set of polynucleotide fragments, the polynucleotide fragments comprising a polynucleotide sequence corresponding to the target region of the polynucleotide sample, the polynucleotide fragments further comprising a nucleotide tag for distinguishing the polynucleotide fragments from the target region of the polynucleotide sample, the target region having C/T degeneracy at the one or more nucleotide positions and the set of polynucleotide fragments comprising two or more different polynucleotide fragments having a cytosine or a thymine at the one or more nucleotide positions of the polynucleotide sample;
A secondary tube tray (1'; 1") for an automated processing system, the secondary tube tray (1'; 1") comprising a base module and a secondary tube insert (200'; 200"), the secondary tube insert (200'; 200") being adapted for holding a plurality of secondary tubes in parallel, and the secondary tube insert (200'; 200") being inserted into said base module, wherein the base module comprises a substantially closed bottom side with at least one discharge opening for discharging secondary tubes, the secondary tube insert (200'; 200") is a hollow body with at least one insert opening (203'; 203") in its bottom side (201'; 201"); the secondary tube insert (200'; 200") comprises a blocking mechanism in the form of a blocking bar (300'; 300") movably arranged on an inside of the secondary tube insert (200'; 200"), said blocking mechanism blocking the discharge opening in the bottom side of the base module when not operated, wherein the blocking mechanism is adapted to be openable from the outside. the base module comprises a substantially closed bottom side with at least one discharge opening for discharging secondary tubes, the secondary tube insert (200'; 200") is a hollow body with at least one insert opening (203'; 203") in its bottom side (201'; 201"); the secondary tube insert (200'; 200") comprises a blocking mechanism in the form of a blocking bar (300'; 300") movably arranged on an inside of the secondary tube insert (200'; 200"), said blocking mechanism blocking the discharge opening in the bottom side of the base module when not operated, wherein the blocking mechanism is adapted to be openable from the outside.
A fusion-protein comprising a gut surface-binding polypeptide linked to an enzyme, wherein the gut surface-binding polypeptide is a domain of a mucus-binding protein consisting of the mucin-binding domain of Lactobacillus reuteri 1063, and wherein the enzyme is selected from the group consisting of phytase, xylanase, galactanase, alpha-galactosidase, protease, phospholipase, beta-glucuronidase, alkaline phosphatase, amylase, beta-glucanase and cellulase; or wherein the gut surface-binding polypeptide is a domain of a mucus-binding protein selected from the group consisting of the mucin-binding domain of Lactobacillus reuteri 1063, the conA-like lectin domain of Lactobacillus plantarum mannose-specific adhesion Msa and adhesion domain SpaB from Lactobacillus rhamnosus GG and wherein the enzyme is a phytase,
A ring sealing apparatus for a trocar, comprising a guiding mechanism and a sealing ring, wherein the guiding mechanism comprises a positioning groove for mounting the sealing ring and at least two guiding blocks; the guiding blocks together form a rotary structure having a proximal part with a large internal diameter, a middle part with a small internal diameter and a distal part with a large internal diameter; and the positioning groove is disposed at the small internal diameter middle part of the guiding block; the sealing ring is made of an elastic medical macromolecular material, and has a surgical instrument through hole; and the sealing ring is mounted in the positioning groove, characterised in that the bottom of the sealing ring close to the surgical instrument through hole is secured between an upper edge and a lower edge of the positioning groove, forming a sealing structure by being fixed together with the positioning groove through a connection locking mechanism; and wherein the sealing ring includes a plurality of through holes for positioning on a bottom of the sealing ring, wherein the connection locking mechanism includes a plurality of pins preventing relative movement between the bottom of the sealing ring and the upper edge and the lower edge of the positioning groove by passing through the bottom of the sealing ring and inserting into a plurality of pin holes of the positioning groove.
A method for operating a GNSS, Global Navigation Satellite System, receiver, wherein for a position determination, the GNSS receiver receives from a multitude of satellites a respective GNSS code signal, and wherein for each signal from a satellite, the received GNSS code signal is correlated with a reference code signal generated by the GNSS receiver to obtain an autocorrelation function, wherein a multitude of function values (Ai) of the autocorrelation function at different discrete chip spacings (Pi) are analyzed and used in obtaining a test metric, wherein using the test metric, a decision is made whether the received GNSS code signal is suitable for a position determination or unsuitable for a position determination due to multipath signal components, wherein a position determination of the GNSS receiver is made based on the received GNSS code signals from the multitude of satellites, with received GNSS code signals considered unsuitable for position determination being excluded from the position determination, wherein the chip spacings (Pi) of the multitude of function values (Ai) of the autocorrelation function are chosen asymmetrically with respect to a prompt chip spacing, characterized in that during analysis of the multitude of function values (Ai) of the autocorrelation function, a bias removal is performed, subtracting corresponding function values of an autocorrelation function that would result from a received GNSS code signal of the satellite unaffected by multipath signal components, and that the multitude of function values (Ai) contribute to the test metric in an order higher than first order.
A protection assembly for a syringe, in particular dental, comprising a syringe body, said protection assembly comprising: - a cannula made from a resiliently rigid material including a base intended to be fastened on the syringe body, and - a sheath made from a flexible material intended to cover said syringe body loosely, said sheath being fastened to said cannula near said base, said fastening being of the irreversible type, characterized in that the sheath is formed from two planar parallel walls (18A, 18B) and in that the cannula includes two channels and a reference mark to facilitate the orientation of the channels of said cannula relative to those of the syringe. - a cannula made from a resiliently rigid material including a base intended to be fastened on the syringe body, and - a sheath made from a flexible material intended to cover said syringe body loosely,