mhurhangee/ep-ind-claims huggingface dataset:
A fuse system for a projectile for a ranged weapon, the fuse system comprising: a plurality of magnetic field sensors (20, 32, 42), each sensor being arranged to provide a signal that changes in response to a relative change in position and/or orientation between the system and the Earth's magnetic field, and wherein each sensor (20, 32, 42) has a different alignment in terms of magnetic field sensitivity, and a controller arranged to receive one or more signals from the plurality of magnetic field sensors, and to activate a fuse of the projectile depending on the received one or more signals, characterised in that the controller is arranged to, based on magnetic field mapping of the environment in which the projectile is fired and in which a target location is positioned and based on a known firing origin of the projectile, infer a particular navigational change in location of the projectile during the projectile's trajectory from said firing origin to said target location, relative to the Earth's magnetic field, from the one or more received signals, and the controller is arranged to activate the fuse when the particular navigational change equates to the projectile being at said target location a plurality of magnetic field sensors (20, 32, 42), each sensor being arranged to provide a signal that changes in response to a relative change in position and/or orientation between the system and the Earth's magnetic field, and wherein each sensor (20, 32, 42) has a different alignment in terms of magnetic field sensitivity, and a controller arranged to receive one or more signals from the plurality of magnetic field sensors, and to activate a fuse of the projectile depending on the received one or more signals, characterised in that the controller is arranged to, based on magnetic field mapping of the environment in which the projectile is fired and in which a target location is positioned and based on a known firing origin of the projectile, infer a particular navigational change in location of the projectile during the projectile's trajectory from said firing origin to said target location, relative to the Earth's magnetic field, from the one or more received signals, and the controller is arranged to activate the fuse when the particular navigational change equates to the projectile being at said target location
A projection lens, consisting of a first lens, a reflective optical device, a second lens, a third lens and a fourth lens from an image side of the projection lens to an object side of the projection lens in turn, wherein the first lens is of a negative focal power, an image side of the first lens is of a convexity, an object side of the first lens is of a concavity; the reflective optical device enables a light path to be bended; the second lens is of a positive focal power, an object side of the second lens is of a convexity; the third lens is of a positive focal power, an image side of the third lens is of a convexity, an object side of the third lens is of a concavity; and the fourth lens is of a positive focal power, wherein a diaphragm is arranged between the first lens and the second lens, the projection lens meets the following formula: 0.25 < ImgH / D < 0.55, wherein ImgH equals to a half-length of an object diagonal, and D represents a vertical height from the image side of the first lens to a center axis perpendicular to an object.
A method for manufacturing a hollow glass article, method wherein: - a blank of the article is introduced into a finishing mold, and - the article is formed in the finishing mold, by a injecting at least one gas at a forming pressure inside the blank of the article, characterized in that, during formation of the article in the finishing mold, at least one gas injection point (54A; 54C) is displaced so as to direct the gas towards at least one predefined area of the blank, the gas being injected at least at one particular finishing pressure in said predefined area in order to give a particular shape to said predefined area and obtain an article the inside of which is sculpted, and in order to form a specific inner glass distribution of the article. - a blank of the article is introduced into a finishing mold, and - the article is formed in the finishing mold, by a injecting at least one gas at a forming pressure inside the blank of the article,
A system (100, 100', 700, 800, 1100) comprising: a plurality of module locations, each configured to interchangeably accept on-line uninterruptible power supply modules and standby UPS modules (110, 110', 300, 300a, 300b, 400); and a control circuit (370, 370', 370") configured to selectively support standby UPS and on-line UPS operation of UPS modules (110, 110', 300, 300a, 300b, 400, 500) installed at the plurality of module locations. a plurality of module locations, each configured to interchangeably accept on-line uninterruptible power supply modules and standby UPS modules (110, 110', 300, 300a, 300b, 400); and a control circuit (370, 370', 370") configured to selectively support standby UPS and on-line UPS operation of UPS modules (110, 110', 300, 300a, 300b, 400, 500) installed at the plurality of module locations.
An electrochemical reaction unit comprising: a unit cell including an electrolyte layer, and a cathode and an anode that face each other in a first direction with the electrolyte layer intervening therebetween; and a felt member containing a ceramic material and a silica component, the electrochemical reaction unit being characterized in that: the felt member includes both a first crystal structure corresponding to the ceramic material and a second crystal structure, which is an SiO 2 crystal structure, corresponding to the silica component, wherein the felt member is disposed in a gas chamber (166, 176) facing a specific electrode (114, 116), which is at least one of the cathode and the anode. a unit cell including an electrolyte layer, and a cathode and an anode that face each other in a first direction with the electrolyte layer intervening therebetween; and a felt member containing a ceramic material and a silica component, the electrochemical reaction unit being characterized in that: the felt member includes both a first crystal structure corresponding to the ceramic material and a second crystal structure, which is an SiO 2 crystal structure, corresponding to the silica component, wherein the felt member is disposed in a gas chamber (166, 176) facing a specific electrode (114, 116), which is at least one of the cathode and the anode. the felt member includes both a first crystal structure corresponding to the ceramic material and a second crystal structure, which is an SiO 2 crystal structure, corresponding to the silica component, wherein the felt member is disposed in a gas chamber (166, 176) facing a specific electrode (114, 116), which is at least one of the cathode and the anode.
Aqueous zeta negative single digit carboxylated nanodiamond dispersion comprising zeta negative single digit carboxylated nanodiamond particles, wherein i) zeta potential of the zeta negative single digit carboxylated nanodiamond dispersion is over -50 mV measured at pH higher than 7 and over - 60 mV measured at pH higher than 8.5 ii) zeta negative single digit carboxylated nanodiamond particle concentration in the dispersion is over 2 wt-%, iii) D90 average primary particle size distribution of the zeta negative single digit carboxylated nanodiamond particles is from 2 nm to 12 nm, wherein zeta potential value is measured of samples diluted to 0.1 wt-% and particle size distribution is measured of samples diluted to 0.5 wt-% using Malvern Zetasizer NanoZS. i) zeta potential of the zeta negative single digit carboxylated nanodiamond dispersion is over -50 mV measured at pH higher than 7 and over - 60 mV measured at pH higher than 8.5 ii) zeta negative single digit carboxylated nanodiamond particle concentration in the dispersion is over 2 wt-%, iii) D90 average primary particle size distribution of the zeta negative single digit carboxylated nanodiamond particles is from 2 nm to 12 nm,
A kit of parts for use in unicondylar meniscal bearing knee replacement, comprising a plurality of meniscal bearings (24; 30), each meniscal bearing comprising a body defining a dished first bearing surface on one side thereof and a second surface on an opposing side of the body, in which each meniscal bearing has an entrapment (t max -t min; e), the entrapment of each meniscal bearing being between 3.2mm and 3.8mm.
A method for manufacturing a primary preform for an optical fibre, using a plasma chemical internal vapour deposition process, wherein doped or undoped glass-forming precursors are supplied to the interior of a hollow glass substrate tube, a reaction zone in the form of a plasma is moved back and forth along the length of the aforesaid hollow glass substrate tube between a point of reversal near the supply side and a point of reversal near the discharge side of the hollow substrate tube, wherein the substrate tube is positioned in a furnace and wherein such conditions are created in the aforesaid reaction zone that one or more glass layer packages made up of at least two separate glass layers are deposited on the interior of the aforesaid substrate tube, characterised in that the method comprises the following steps: i) defining deposition conditions for the deposition of a number of glass layers to be deposited adjacent to each other and forming a glass layer package under the aforesaid deposition conditions, ii) defining deposition conditions for the deposition of a successive number of glass layers to be deposited adjacent to each other and forming a subsequent glass layer package under the aforesaid deposition conditions, wherein the deposition conditions thus defined for i) and ii) differ from each other, and iii) possibly repeating steps i) and ii), wherein the deposition conditions defined under iii) may be identical to the process conditions defined under i) and ii). i) defining deposition conditions for the deposition of a number of glass layers to be deposited adjacent to each other and forming a glass layer package under the aforesaid deposition conditions, ii) defining deposition conditions for the deposition of a successive number of glass layers to be deposited adjacent to each other and forming a subsequent glass layer package under the aforesaid deposition conditions, wherein the deposition conditions thus defined for i) and ii) differ from each other, and iii) possibly repeating steps i) and ii),
A lane-keeping assistant device for monitoring the lane-keeping of a motor vehicle, having an evaluation apparatus for evaluating at least one bend of lanes (6, 7) located in front of the motor vehicle, wherein a tolerance threshold value is predefined by the evaluation apparatus, which specifies the maximum deviation limit of a transverse deviation of the motor vehicle from an own lane, wherein the evaluation apparatus is configured to adapt the tolerance threshold value in such a way that the intersection of an adjacent lane of the own lane in the at least one evaluated bend is tolerated, wherein, when evaluating an overtaking motor vehicle, the tolerance threshold value is adapted in such a way that the intersection of the adjacent lane is prohibited by the tolerance threshold value, characterized in that the evaluation apparatus is configured to evaluate oncoming traffic in the adjacent lane, wherein the tolerance threshold value is adapted in such a way that the intersection of the adjacent lane is prohibited by the tolerance threshold value, should it not be possible for the evaluation apparatus to evaluate oncoming traffic due to an invisible bend.
An apparatus (100, 502) for balancing energy in a battery pack, comprising: a transmitting coil, configured to input a first alternating current, and transmit an electromagnetic wave generated by the first alternating current to multiple receiving coils; the multiple receiving coils, wherein parameter values of all receiving coils of the multiple receiving coils are the same, all the receiving coils are coupled to the transmitting coil in an electromagnetic induction manner at a same coupling strength, and each receiving coil is configured to receive the electromagnetic wave transmitted by the transmitting coil, and generate and output a second alternating current according to the electromagnetic wave; and multiple rectifiers, wherein the multiple rectifiers are connected to the multiple receiving coils in a one-to-one correspondence, and each of the multiple rectifiers is configured to convert the input second alternating current into a direct current, and output the direct current to one individual battery in a battery pack, wherein the multiple rectifiers and multiple individual batteries in the battery pack are in a one-to-one correspondence, wherein coil types of all the receiving coils are the same; characterized in that vertical distances from the receiving coils to the transmitting coil are the same, and among the receiving coils, distances between every two adjacent receiving coils are the same. a transmitting coil, configured to input a first alternating current, and transmit an electromagnetic wave generated by the first alternating current to multiple receiving coils; the multiple receiving coils, wherein parameter values of all receiving coils of the multiple receiving coils are the same, all the receiving coils are coupled to the transmitting coil in an electromagnetic induction manner at a same coupling strength, and each receiving coil is configured to receive the electromagnetic wave transmitted by the transmitting coil, and generate and output a second alternating current according to the electromagnetic wave; and multiple rectifiers, wherein the multiple rectifiers are connected to the multiple receiving coils in a one-to-one correspondence, and each of the multiple rectifiers is configured to convert the input second alternating current into a direct current, and output the direct current to one individual battery in a battery pack, wherein the multiple rectifiers and multiple individual batteries in the battery pack are in a one-to-one correspondence, wherein coil types of all the receiving coils are the same; characterized in that vertical distances from the receiving coils to the transmitting coil are the same, and among the receiving coils, distances between every two adjacent receiving coils are the same.
A dry vacuum pump comprising a pump housing defining a plurality of suction chambers, rotor elements (14, 16) arranged in the suction chambers for conveying a pump medium from a high-vacuum-side inlet (22, 60) to an outlet, wherein at least one rotor element (14, 16) is arranged in each suction chamber, a rotor shaft (18, 20) connected with the rotor elements (14, 16), and bearings (30, 32) supporting the rotor shaft (18, 20), wherein a high-vacuum-side bearing is arranged in a recess, wherein a sealing device is arranged between the high-vacuum-side bearing and at least one suction chamber adjacent the high-vacuum-side bearing, characterized in that a first duct connects the recess with a region of the dry vacuum pump in which a higher pressure prevails than in the at least one suction chamber adjacent the high-vacuum-side bearing.
Gasket for sealing an upper and a lower half of a housing for liquids with respect to each other, comprising: - a circumferential inner sealing section which in installed position of the gasket abuts in a sealing manner on the upper and the lower housing half: - a circumferential outer sealing section which in installed position of the gasket abuts in a sealing manner on the upper and the lower housing half, and wherein the outer sealing section comprises: at least one groove facing one housing half, wherein the groove receives a complementary rib of this housing half in installed position of the gasket, or at least one rib facing one housing half, wherein the rib is received in a complementary groove of this housing half in installed position of the gasket; - a connecting web between the inner and the outer sealing section; and - a dripping lip which in installed position of the gasket protrudes radially past the outer edge of the housing half which in installed position is the lower one, wherein the dripping lip comprises a dripping edge extending downwards and is spaced from the outer side of the lower housing half by an area, wherein the lower edge of the dripping edge in installed position of the gasket is located lower than the outer sealing surface of the lower housing half and the area between the dripping edge and the outer side of the lower housing half. - a circumferential inner sealing section which in installed position of the gasket abuts in a sealing manner on the upper and the lower housing half: - a circumferential outer sealing section which in installed position of the gasket abuts in a sealing manner on the upper and the lower housing half, and wherein the outer sealing section comprises: at least one groove facing one housing half, wherein the groove receives a complementary rib of this housing half in installed position of the gasket, or at least one rib facing one housing half, wherein the rib is received in a complementary groove of this housing half in installed position of the gasket; at least one groove facing one housing half, wherein the groove receives a complementary rib of this housing half in installed position of the gasket, or at least one rib facing one housing half, wherein the rib is received in a complementary groove of this housing half in installed position of the gasket; - a connecting web between the inner and the outer sealing section; and - a dripping lip which in installed position of the gasket protrudes radially past the outer edge of the housing half which in installed position is the lower one, wherein the dripping lip comprises a dripping edge extending downwards and is spaced from the outer side of the lower housing half by an area, wherein the lower edge of the dripping edge in installed position of the gasket is located lower than the outer sealing surface of the lower housing half and the area between the dripping edge and the outer side of the lower housing half.
A device, which is a electroluminescence device comprising: (i) electrodes (11, 16); (ii) a plurality of layers (12, 13, 15) deposited one on another between the electrodes and, between them, (iii) a light emitting region emitting light by application of an electric field between the electrodes, and (iv) arranged in the vicinity of or in the light emitting region, at least one core- shell-type microparticle including at least one metal microparticle core and an insulation shell covering it, which induces plasmon resonance on the surface thereof by the light emitted from the light emitting region. wherein the microparticle or the metal microparticle core is elongated, such that the aspect ratio of the major axis to the minor axis being perpendicular thereto is > 1, and characterized in that a multiplicity of elongated microparticles (20, 22) are arranged such that the minor axes thereof are oriented in a direction substantially perpendicular to the surfaces of the electrodes (11, 16). (i) electrodes (11, 16); (ii) a plurality of layers (12, 13, 15) deposited one on another between the electrodes and, between them, (iii) a light emitting region emitting light by application of an electric field between the electrodes, and (iv) arranged in the vicinity of or in the light emitting region, at least one core- shell-type microparticle including at least one metal microparticle core and an insulation shell covering it, which induces plasmon resonance on the surface thereof by the light emitted from the light emitting region.
A shoulder incision-making apparatus for a poultry carcass for cutting a shoulder joint section (so) of a poultry carcass, comprising: a fixing jig on which a poultry carcass which is eviscerated and which has leg parts removed is to be placed and fixed; a conveyer forming a conveyance path of the fixing jig and configured to convey the fixing jig along the conveyance path; a first cutter disposed in the conveyance path; and a second cutter disposed in the conveyance path at a downstream side of the first cutter in a conveying direction, wherein the first cutter is configured to make an incision on the shoulder joint section (so) of the poultry carcass, and the second cutter is configured to be inserted into the incision to cut the shoulder joint section (so), characterized in that the fixing jig is mounted to the conveyer rotatably about a base portion of the fixing jig within a plane extending along the conveying direction, and includes an inclination-angle defining part for defining an angle of the fixing jig with respect to a horizontal direction in accordance with a position in the conveying direction so that a cutter incision position is selectable and a cutter incision amount is adjustable for the poultry carcass, and in that the inclination-angle defining part is configured to tilt the fixing jig toward upstream in the conveying direction immediately after the second cutter cuts the shoulder joint section (so). a fixing jig on which a poultry carcass which is eviscerated and which has leg parts removed is to be placed and fixed; a conveyer forming a conveyance path of the fixing jig and configured to convey the fixing jig along the conveyance path; a first cutter disposed in the conveyance path; and a second cutter disposed in the conveyance path at a downstream side of the first cutter in a conveying direction, wherein the first cutter is configured to make an incision on the shoulder joint section (so) of the poultry carcass, and the second cutter is configured to be inserted into the incision to cut the shoulder joint section (so), characterized in that the fixing jig is mounted to the conveyer rotatably about a base portion of the fixing jig within a plane extending along the conveying direction, and includes an inclination-angle defining part for defining an angle of the fixing jig with respect to a horizontal direction in accordance with a position in the conveying direction so that a cutter incision position is selectable and a cutter incision amount is adjustable for the poultry carcass, and in that the inclination-angle defining part is configured to tilt the fixing jig toward upstream in the conveying direction immediately after the second cutter cuts the shoulder joint section (so).
A process for the preparation of particulate acylated biopolymer comprising anhydroglucose units, said process comprising the steps of a. dispersing an amount of particulate non-surface modified biopolymer comprising anhydroglucose units in an amount of a liquid alkenyl carboxylate, or of a mixture of two or more liquid alkenyl carboxylates, in order to form a first dispersion, b. adding a catalytic composition to the first dispersion such a to form a second dispersion, c. heating the. second dispersion to a temperature above ambient temperature d. cooling the second dispersion to ambient temperature, e. isolating the obtained particulate acylated biopolymer, wherein the amount of a liquid alkenyl carboxylate, or a mixture of two or more liquid alkenyl carboxylates, corresponds to a molar excess of alkenyl carboxylate, the molar excess being defined with respect to the moles of anhydroglucose units comprised in the amount of the particulate non-surface modified biopolymer, and wherein the catalytic composition comprises an amount of one, or two or more, non-nucleophilic bases. a. dispersing an amount of particulate non-surface modified biopolymer comprising anhydroglucose units in an amount of a liquid alkenyl carboxylate, or of a mixture of two or more liquid alkenyl carboxylates, in order to form a first dispersion, b. adding a catalytic composition to the first dispersion such a to form a second dispersion, c. heating the. second dispersion to a temperature above ambient temperature d. cooling the second dispersion to ambient temperature, e. isolating the obtained particulate acylated biopolymer,