mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (100, 400) for the fabrication of a container (300, 402), said apparatus (100, 400) comprising: - a mold (121, 401), said mold (121, 401) comprising a plurality of mold segments (101, 102A, 102B, 403, 404, 405) substantially defining a mold cavity (105, 401') in the form of a container (300, 402) and being further configured to accommodate a substantially tubular preform having a closed first end and defining a preform cavity communicating with a mouth at an open second end; - an injection head, said injection head configured to interface with the mouth of the preform and establish fluid communication between a liquid supply and said mouth; and - an injection valve, said injection valve configured to selectively permit fluid communication through said injection head; - at least one compression means (303A, 303B, 406, 407) mobile relative to said mold (121, 401) such that said at least one compression means (303A, 303B, 406, 407) is disposed outside said mold cavity (105, 401') in a retracted position and projects into said mold cavity (105, 401') in an extended position, said at least one compression means (406, 407) comprising at least one compression tab (406, 407), said at least one compression tab (406, 407) comprising a portion of and being mobile relative to at least one of said mold segments and forming a portion of the surface of said mold cavity when in the retracted position, said compression tab, characterized in that at least one compression means (303A, 303B, 406) extends into the mold cavity (105, 401') at an area of locally reduced diameter of said mold cavity. - a mold (121, 401), said mold (121, 401) comprising a plurality of mold segments (101, 102A, 102B, 403, 404, 405) substantially defining a mold cavity (105, 401') in the form of a container (300, 402) and being further configured to accommodate a substantially tubular preform having a closed first end and defining a preform cavity communicating with a mouth at an open second end; - an injection head, said injection head configured to interface with the mouth of the preform and establish fluid communication between a liquid supply and said mouth; and - an injection valve, said injection valve configured to selectively permit fluid communication through said injection head; - at least one compression means (303A, 303B, 406, 407) mobile relative to said mold (121, 401) such that said at least one compression means (303A, 303B, 406, 407) is disposed outside said mold cavity (105, 401') in a retracted position and projects into said mold cavity (105, 401') in an extended position, said at least one compression means (406, 407) comprising at least one compression tab (406, 407), said at least one compression tab (406, 407) comprising a portion of and being mobile relative to at least one of said mold segments and forming a portion of the surface of said mold cavity when in the retracted position, said compression tab,
A phased array formed by a plurality of phase shifters (100, 800) arranged in series; each of the plurality of phase shifters (100, 800) comprising a primary printed circuit board having at least a pair of arcuate co-centric unconnected double tracks (106, 108) printed thereon, and, a secondary printed circuit board having at least a pair of arcuate co-centric double tracks (116, 118) printed thereon, each (105, 107) of the pairs of arcuate co-centric double tracks (116, 118) on the secondary printed circuit board being connected by a link track located at neighbouring ends of the arcuate co-centric double tracks (116, 118); whereby, the secondary printed circuit board is rotatably mounted on the primary printed circuit board such that the arcuate co-centric double tracks (106, 108, 116, 118) on both printed circuit boards (102, 104) overlap one another to be in electrical communication with one another forming a pair of conductive paths, and, the overlap between the arcuate tracks may be varied by rotating the secondary printed circuit board relative to the primary printed circuit board so as to impart a variable phase shift on a signal travelling along the conductive paths; characterised in that, at least two of the plurality of phase shifters in the phased array comprise arcuate co-centric double tracks of a substantially equal diameter, and, the secondary printed circuit boards of the at least two phase shifters are rotated to differing angles to form a plurality of scaled phase shifts in the phased array; whereby, in order to rotate the at least two phase shifters to differing angles, each secondary printed circuit board of the at least two phase shifters comprises a radially outwardly projecting arm which is rotatably connected to a sliding arm; such that, as the sliding arm slides back and forth, the secondary printed circuit boards rotate about a centre pivot point; each radially outwardly projecting arm comprising an elongated slot, and, the sliding arm comprising a lug which projects away from the sliding arm and extends through the elongated slot, whereby, the distance of the lug from the centre pivot point is different for the at least two phase shifters respectively, such that a different angle of rotation is imparted to the secondary printed circuit boards of the at least two phase shifters and causes the secondary printed circuit boards of the at least two phase shifters to rotate to differing angles to form the plurality of scaled phase shifts in the phased array.
A building unit of plastic, in particular bottle-shaped, characterized in that it has the shape of a prism whose bottom (n) has an aspect ratio of 1: 2 and bevelled edges (z) at an angle of 45° with rounded corners (f) with a unified radius and the height of the prism is also equal to once to twice its width, with one shorter side of the prism having projection (a) in the shape of two continuous equal-armed crosses, with rounding on inner corners (b) and the opposite shorter side having negative depression (e) matching projection (a), and bottom (n) having depression (o) for up to three necks of other building units, including caps, on its central axis and with projections (a) on all edges (i) being bevelled at an angle of 45° and depressions (e) on all edges(j) being bevelled at an angle of 45°.
A contactless communication device, the device comprising a receiver unit (110, 610) having an antenna input (RXn, Vmid, RXp) for connecting to an antenna, the receiver unit (110, 610) being adapted to couple with a transmitting device and to receive an RF signal transmitted by the transmitting device, the receiver unit (110, 610) being further adapted to determine a point of time relating to a start position of data within the RF signal, a comparator adapted to generate a comparator output signal (age comp) which is indicative of a relation between a voltage at the antenna input (RXn, Vmid, RXp) of the receiver unit (110, 610) and a reference voltage (Vref), and a voltage regulation circuit coupled to the comparator and to the antenna input (RXn, Vmid, RXp) of the receiver unit (110, 610), the voltage regulation circuit being adapted to repetitively regulate the voltage at the antenna input (RXn, Vmid, RXp) based on the comparator output signal (agc_comp), wherein the voltage regulation circuit is adapted to separate each repetitive regulation of the voltage at the antenna input (RXn, Vmid, RXp) by a first time constant prior to the point of time determined by the receiver unit (110, 610) and by a second time constant after the point of time determined by the receiver unit (110, 610), wherein the first time constant is smaller than the second time constant, characterized in that the voltage regulation circuit is adapted to apply a first voltage regulation step size prior to the point of time determined by the receiver unit (110, 610) and to apply a second voltage regulation step size after the point of time, wherein the first voltage regulation step size is larger than the second voltage regulation step size.
Microwave oven comprising a heating chamber, a waveguide suitable for supplying high-frequency energy in the heating chamber from a magnetron, and a rotary antenna, comprising a rod emerging from the waveguide in a wall of the heating chamber and a plate (70, 70') fixed at a fixing point (72, 72') to one end of the rod, characterised in that said rod and said plate (70, 70') of the rotary antenna are produced from an electrically conductive material, in that the wall of the heating chamber comprises a housing, the rod of the antenna emerging in said housing and in that said plate (70, 70') of the antenna extends in said housing, said plate (70, 70') comprising a slot antenna (71, 71') disposed at a distance from said fixing point (72, 72') of the plate (70, 70'),
A method of determining an analyte concentration in a sample, comprising: providing a meter having a single defined slope value and single defined intercept value; selecting a sensor from a plurality of sensor totes, inserting the sensor into the meter; providing the sample to the sensor; and determining the analyte concentration in the sample, characterized in that said sensor has a slope value and an intercept value, wherein the slope value and the intercept value are equal to or substantially similar to the single defined slope and the single defined intercept of the meter. providing a meter having a single defined slope value and single defined intercept value; selecting a sensor from a plurality of sensor totes, inserting the sensor into the meter; providing the sample to the sensor; and determining the analyte concentration in the sample, characterized in that said sensor has a slope value and an intercept value, wherein the slope value and the intercept value are equal to or substantially similar to the single defined slope and the single defined intercept of the meter.
A medical device, comprising: a plurality of electrodes configured to sens cardiac signals; and a microprocessor operably coupled to the plurality of electrodes characterised in that the microprocessor is configured to determine a cumulative atrioventricular interval burden in response to the sensed cardiac signals, and, in response to the determined cumulative AVI burden, to switch operation of the device between a minimal biventricular pacing (MBVP) mode, wherein the MBVP mode comprises scheduling delivery of biventricular pacing in a subsequent cardiac cycle in response to detecting absence of an intrinsic ventricular depolarization in a current cardiac cycle, and a conditional triple chamber pacing (CTCP) mode, wherein the CTCP mode comprises delivering biventricular pacing in the current cardiac cycle in response to detecting an absence of the intrinsic ventricular depolarization in the current cardiac cycle, wherein the cumulative AVI burden comprises a measure of a proportion of atrioventricular intervals exceeding a predetermined threshold. a plurality of electrodes configured to sens cardiac signals; and a microprocessor operably coupled to the plurality of electrodes characterised in that the microprocessor is configured to determine a cumulative atrioventricular interval burden in response to the sensed cardiac signals, and, in response to the determined cumulative AVI burden, to switch operation of the device between a minimal biventricular pacing (MBVP) mode, wherein the MBVP mode comprises scheduling delivery of biventricular pacing in a subsequent cardiac cycle in response to detecting absence of an intrinsic ventricular depolarization in a current cardiac cycle, and a conditional triple chamber pacing (CTCP) mode, wherein the CTCP mode comprises delivering biventricular pacing in the current cardiac cycle in response to detecting an absence of the intrinsic ventricular depolarization in the current cardiac cycle, wherein the cumulative AVI burden comprises a measure of a proportion of atrioventricular intervals exceeding a predetermined threshold.
A composition comprising an activated Factor V (FVa) protein comprising the following modifications: mutations Arg306Gln, Arg506Gln, Arg679Gln, His609Cys, Glu1691Cys, and Ser2183Ala, wherein said FVa protein is resistant to APC inactivation.
A method of generating a query pipeline comprising: receiving a query request; and creating, by a processor, the query pipeline including query operations based on the query request, wherein the query operations include a first query operator and a second query operator to perform a first query operation and a second query operation on a database and on data outside the database, wherein a result from the first query operation in the query pipeline is fed to the second query operation in the query pipeline; and characterized by: identifying a user name associated with the query request; and modifying the query pipeline, including adding a new operator between the first query operator and the second query operator to limit results from the query pipeline based on a determined level of access of the user. receiving a query request; and creating, by a processor, the query pipeline including query operations based on the query request, wherein the query operations include a first query operator and a second query operator to perform a first query operation and a second query operation on a database and on data outside the database, wherein a result from the first query operation in the query pipeline is fed to the second query operation in the query pipeline; and characterized by: identifying a user name associated with the query request; and modifying the query pipeline, including adding a new operator between the first query operator and the second query operator to limit results from the query pipeline based on a determined level of access of the user. identifying a user name associated with the query request; and modifying the query pipeline, including adding a new operator between the first query operator and the second query operator to limit results from the query pipeline based on a determined level of access of the user.
An aerosol generating assembly comprising: - an aerosol generating article extending along an article axis and configured to operate with an aerosol generating device; the article consisting of a reservoir body formed of a block of semi-conductor ceramic doped with at least an electrically conductive agent; the semi-conductor ceramic being porous and able to retain a liquid aerosol forming precursor and to release the produced aerosol; the electrically conductive agent being configured to conduct or generate electrical current when powered by the device and to heat the aerosol forming precursor contained in the reservoir body to produce aerosol; and - an aerosol generating device, the device comprising a heating chamber able to receive the article, the device further comprising a power supply and an energy connection system arranged in the heating chamber, the power supply being configured to power the energy connection system to produce aerosol by the article. - an aerosol generating article extending along an article axis and configured to operate with an aerosol generating device; the article consisting of a reservoir body formed of a block of semi-conductor ceramic doped with at least an electrically conductive agent; the semi-conductor ceramic being porous and able to retain a liquid aerosol forming precursor and to release the produced aerosol; the electrically conductive agent being configured to conduct or generate electrical current when powered by the device and to heat the aerosol forming precursor contained in the reservoir body to produce aerosol; and the article consisting of a reservoir body formed of a block of semi-conductor ceramic doped with at least an electrically conductive agent; the semi-conductor ceramic being porous and able to retain a liquid aerosol forming precursor and to release the produced aerosol; the electrically conductive agent being configured to conduct or generate electrical current when powered by the device and to heat the aerosol forming precursor contained in the reservoir body to produce aerosol; and - an aerosol generating device, the device comprising a heating chamber able to receive the article, the device further comprising a power supply and an energy connection system arranged in the heating chamber, the power supply being configured to power the energy connection system to produce aerosol by the article.
A method for nucleic acid sequencing comprising: (a) providing a test sample comprising nucleic acid molecules, wherein said nucleic acid molecules are human genomic DNA molecules; (b) performing end-repair of the nucleic acid molecules to generate blunt-ended nucleic acids; (c) performing dA-tailing of the blunt-ended nucleic acids to generate dA-tailed nucleic acids; (d) ligating adaptors to the dA-tailed nucleic acids to generate a library of adaptor-ligated polynucleotides; (e) optionally amplifying the library using amplification primers, said amplification primers comprising an adaptor-specific portion; and (f) subjecting the library to massively parallel sequencing; wherein steps (b), (c), and (d) are consecutive steps. (a) providing a test sample comprising nucleic acid molecules, wherein said nucleic acid molecules are human genomic DNA molecules; (b) performing end-repair of the nucleic acid molecules to generate blunt-ended nucleic acids; (c) performing dA-tailing of the blunt-ended nucleic acids to generate dA-tailed nucleic acids; (d) ligating adaptors to the dA-tailed nucleic acids to generate a library of adaptor-ligated polynucleotides; (e) optionally amplifying the library using amplification primers, said amplification primers comprising an adaptor-specific portion; and (f) subjecting the library to massively parallel sequencing;
An induction heating cooker comprising: a cooking plate installed on an upper side of a body of the induction heating cooker; a plurality of heating coils (11, 12, 13, 14) are installed at a lower side of the cooking plate inside the body; a user interface provided on the upper side of the body, and including a touch panel as an input and display unit configured to display a power level of each coil in operation; and a control unit provided at the lower side of the cooking plate, and configured to control the heating coils (11, 12, 13, 14) and a user interface; characterized in that the control unit is configured to: simultaneously change power levels of all heating coils (11, 12, 13, 14) in operation to a predetermined standard level in response to a first drag touch signal being received from the touch panel, and control the user interface to display power levels of all heating coils (11, 12, 13, 14) changed to the standard level. a cooking plate installed on an upper side of a body of the induction heating cooker; a plurality of heating coils (11, 12, 13, 14) are installed at a lower side of the cooking plate inside the body; a user interface provided on the upper side of the body, and including a touch panel as an input and display unit configured to display a power level of each coil in operation; and a control unit provided at the lower side of the cooking plate, and configured to control the heating coils (11, 12, 13, 14) and a user interface; characterized in that the control unit is configured to: simultaneously change power levels of all heating coils (11, 12, 13, 14) in operation to a predetermined standard level in response to a first drag touch signal being received from the touch panel, and control the user interface to display power levels of all heating coils (11, 12, 13, 14) changed to the standard level. simultaneously change power levels of all heating coils (11, 12, 13, 14) in operation to a predetermined standard level in response to a first drag touch signal being received from the touch panel, and control the user interface to display power levels of all heating coils (11, 12, 13, 14) changed to the standard level.
A system for managing utilization of un-licensed frequency spectrum resources for secondary systems, comprising circuitry, configured to assign a first un-licensed frequency spectrum resource in an availability time period to a first secondary system; and characterised by: reassign at least part of the first un-licensed frequency spectrum resource during the availability time period to a second secondary system based on the current resource utilization by the first and the second secondary system, wherein the circuitry is configured to assign and reassign the first un-licensed frequency spectrum resource under protection of a primary system which has a licensed frequency spectrum usage right; and wherein the circuitry is further configured to control interference to other secondary systems when reassigning the at least part of first un-licensed frequency spectrum resource to the second secondary system.
Contamination prevention device, comprising a skirt defining a tubular flexible wall having a first end and a second end, said wall being continuous and configured to be extensible in at least two orthogonal dimensions of space, each of said ends at least delimiting an elastic opening and each of said ends being fitted with an elastic ring seal (4, 5).
A curing agent composition comprising at least one benzylated polyamine compound, the benzylated polyamine compound being a reaction product of a benzaldehyde compound or benzyl halide compound and a polyamine according to the following formula: H2N-CH2-A-CH2-NH2 where A is a phenylene group or a cyclohexylene group, wherein for the reaction product of the benzaldehyde compound and the polyamine compound the molar reactant ratio of the benzaldehyde compound to the polyamine compound of 1:1 to 1.6:1 and for the reaction product of the benzyl halide compound and the polyamine compound the molar reactant ratio of the benzyl halide compound to the polyamine compound of 1.2:1 to 1.5:1, and wherein the curing agent composition further includes at least one multifunctional amine having three or more active amine hydrogens.
A crucible useful for solidifying a silicon ingot from molten silicon, characterized in that it is coated at least partially on its inner surface with an outer layer that is in the form of a stack of strata, each stratum having a thickness varying from 5 to 150 μm, and being formed from a material obtained by thermal decomposition of polysilazane(s) and/or polysiloxane(s) and in which inorganic particles having a size that varies from 50 nm to 200 μm are incorporated.