mhurhangee/ep-ind-claims huggingface dataset:
A UV flame sensor for detecting run-on conditions in a UV tube, the UV flame sensor comprising: at least two primary electrodes; a mesotube situated on a flange containing a pair of secondary electrodes thereby forming a breakdown chamber in order to detect a run-on condition; a cathode plate situated on said flange and in contact with at least one of said primary electrodes; an aperture formed on said cathode plate adapted to expose said pair of secondary electrodes to an UV radiation in order to energize said pair of secondary electrode continuously by a lower voltage; and an anode grid situated on said flange and in contact with another of said primary electrodes. at least two primary electrodes; a mesotube situated on a flange containing a pair of secondary electrodes thereby forming a breakdown chamber in order to detect a run-on condition; a cathode plate situated on said flange and in contact with at least one of said primary electrodes; an aperture formed on said cathode plate adapted to expose said pair of secondary electrodes to an UV radiation in order to energize said pair of secondary electrode continuously by a lower voltage; and an anode grid situated on said flange and in contact with another of said primary electrodes.
A method of fabricating a turbine engine vane out of composite material, the vane comprising an airfoil secured to inner and outer platforms, the method comprising the following steps: • using multilayer weaving to form a fiber blank having a longitudinal direction corresponding to the direction of the vane to be made and including in its thickness a first woven portion with a plurality of yarn layers that are interlinked by weaving, a second woven portion, and a third woven portion, the first portion being situated between the second portion and the third portion and being interlinked therewith by weaving over only a fraction of its longitudinal dimension; • using the fiber blank to form a preform for the vane to be made, by folding out, on either side of the first portion, segments (104a, 104b, 106a, 106b) of the second and third portions (104, 106) that are not interlinked with the first portion, by shaping the first portion to form a preform portion for the airfoil of the vane to be made, and by shaping the folded-out segments of the second and third portions to form preform portions (114, 116) for the inner and outer platforms (14, 16) of the vane to be fabricated; and • densifying the vane preform with a matrix to obtain a composite material vane having incorporated inner and outer platforms (14, 16). • using multilayer weaving to form a fiber blank having a longitudinal direction corresponding to the direction of the vane to be made and including in its thickness a first woven portion with a plurality of yarn layers that are interlinked by weaving, a second woven portion, and a third woven portion, the first portion being situated between the second portion and the third portion and being interlinked therewith by weaving over only a fraction of its longitudinal dimension; • using the fiber blank to form a preform for the vane to be made, by folding out, on either side of the first portion, segments (104a, 104b, 106a, 106b) of the second and third portions (104, 106) that are not interlinked with the first portion, by shaping the first portion to form a preform portion for the airfoil of the vane to be made, and by shaping the folded-out segments of the second and third portions to form preform portions (114, 116) for the inner and outer platforms (14, 16) of the vane to be fabricated; and • densifying the vane preform with a matrix to obtain a composite material vane having incorporated inner and outer platforms (14, 16).
Method for controlling a converter, wherein a positive line and a negative line of an intermediate circuit are respectively connected by means of a half-bridge having a low-side circuit and a high-side circuit to an alternating voltage phase conductor via a plurality of semiconductor switches (20, 21, 23), wherein each semiconductor switch (20, 21, 23) of the half-bridge has its own dedicated fuse (22, 24), connected in series with the circuit path, comprising the following steps: - detection of a defective semiconductor switch of the half-bridge, which is permanently blocked in an electrically conductive state; - incremental melting of the fuse of the defective semiconductor switch, by means of the repeated sequential short-circuiting of the positive line and the negative line via the defective semiconductor switch and at least two parallel-connected semiconductor switches of the half-bridge for a respective pulse duration (Tsoa) which is shorter than a melting duration (Ta) required by the fuse in order to melt in the event of a continuous short-circuit. - detection of a defective semiconductor switch of the half-bridge, which is permanently blocked in an electrically conductive state; - incremental melting of the fuse of the defective semiconductor switch, by means of the repeated sequential short-circuiting of the positive line and the negative line via the defective semiconductor switch and at least two parallel-connected semiconductor switches of the half-bridge for a respective pulse duration (Tsoa) which is shorter than a melting duration (Ta) required by the fuse in order to melt in the event of a continuous short-circuit.
A neutron and gamma-ray collimator comprising: a neutron diaphragm; a gamma-ray diaphragm; a diaphragm fixing plate that fixes the neutron diaphragm and the gamma-ray diaphragm; and a flight tube integrated with the diaphragm fixing plate and having a neutron shield and a gamma-ray shield lining an inner side of the neutron shield, and wherein a bismuth compound is used as the gamma-ray shield of the flight tube, characterised in that a gadolinium compound is used as the neutron diaphragm and the neutron shield of the flight tube a neutron diaphragm; a gamma-ray diaphragm; a diaphragm fixing plate that fixes the neutron diaphragm and the gamma-ray diaphragm; and a flight tube integrated with the diaphragm fixing plate and having a neutron shield and a gamma-ray shield lining an inner side of the neutron shield, and wherein a bismuth compound is used as the gamma-ray shield of the flight tube, characterised in that a gadolinium compound is used as the neutron diaphragm and the neutron shield of the flight tube
Detection device, in particular for the bulk detection of goods provided with transponders, - with at least one reading device for contactless identification of transponders, - with a reading area which is at least section wise arranged within the range of the reading device and in which goods for bulk detection can be arranged, - with an exit for goods located within the reading area and - with a limiting device for temporarily limiting the exit and/or the position of goods in the reading area, - wherein the reading device comprises at least one reading unit which can be moved automatically in relation to the reading area, - wherein the limiting device is designed as a blocking device for temporarily closing the exit, - wherein the limiting device is configured to release the exit of the reading area and/or the removal of the goods from the reading area only after a predetermined period of time has elapsed after the start of a respective reading process, characterized in that that the limiting device is configured to lock the exit during the predetermined period of time. - with at least one reading device for contactless identification of transponders, - with a reading area which is at least section wise arranged within the range of the reading device and in which goods for bulk detection can be arranged, - with an exit for goods located within the reading area and - with a limiting device for temporarily limiting the exit and/or the position of goods in the reading area, - wherein the reading device comprises at least one reading unit which can be moved automatically in relation to the reading area, - wherein the limiting device is designed as a blocking device for temporarily closing the exit, - wherein the limiting device is configured to release the exit of the reading area and/or the removal of the goods from the reading area only after a predetermined period of time has elapsed after the start of a respective reading process, characterized in that that the limiting device is configured to lock the exit during the predetermined period of time.
A golf pin connector comprising: a base member having a lower cylindrical socket therein extending from an upper surface of the base member, a thin shaft having a lower end and an upper end, the lower end of the thin shaft being removably engageable in the lower cylindrical socket of the base member, a thin shaft fastening mechanism adapted to secure the lower end of the thin shaft in the lower cylindrical socket of the base member, and a ferrule secured to the upper end of the thin shaft and having an upper cylindrical socket for receiving a golf pin; characterised in that, the thin shaft has a diameter of 10 mm or less, preferably 8 mm or less. a base member having a lower cylindrical socket therein extending from an upper surface of the base member, a thin shaft having a lower end and an upper end, the lower end of the thin shaft being removably engageable in the lower cylindrical socket of the base member, a thin shaft fastening mechanism adapted to secure the lower end of the thin shaft in the lower cylindrical socket of the base member, and a ferrule secured to the upper end of the thin shaft and having an upper cylindrical socket for receiving a golf pin; characterised in that, the thin shaft has a diameter of 10 mm or less, preferably 8 mm or less.
A coil for transcranial magnetic stimulation of a human head, the coil comprising: a base portion including substantially parallel multiple stimulating elements, said base portion configured to at least partially encircle and contact a first section of the head and to provide electrical flow in a circular path; and a contacting return portion including parallel multiple contacting return elements, said contacting return portion configured to at least partially encircle and contact a second section of the head, wherein said contacting return portion and said base portion are arranged at an angle of less than 180 degrees to each other, and to provide electrical flow in a continuation of the circular path of said base portion, wherein all of said multiple stimulating elements of said base portion are configured to contact the head and all of said multiple contacting return elements are configured to contact the head, such that said coil does not include any protruding return elements. a base portion including substantially parallel multiple stimulating elements, said base portion configured to at least partially encircle and contact a first section of the head and to provide electrical flow in a circular path; and a contacting return portion including parallel multiple contacting return elements, said contacting return portion configured to at least partially encircle and contact a second section of the head, wherein said contacting return portion and said base portion are arranged at an angle of less than 180 degrees to each other, and to provide electrical flow in a continuation of the circular path of said base portion, wherein all of said multiple stimulating elements of said base portion are configured to contact the head and all of said multiple contacting return elements are configured to contact the head, such that said coil does not include any protruding return elements.
A dielectric waveguide comprising a PTFE (polytetrafluoroethylene) molded article that has a relative permittivity of ≥ 2.05 at 2.45 GHz or 12 GHz, a loss tangent of ≤ 1.20 × 10 -4 at 2.45 GHz or 12 GHz, and a hardness, measured in accordance with JIS K6301-1975 using a spring-type hardness meter (JIS-A shaped), of ≥ 95.
Splicing method for splicing two packaging films for a horizontal packaging machine, whereby a first packaging film being used in the packaging machine for packaging the products is spliced to a second packaging film, which is a spare film, by means of an adhesive element comprising a first adhesive surface which is adhered to the second film and a second adhesive surface opposite the first adhesive surface and which is adhered to the first film, characterized in that in the method the second adhesive surface of the adhesive element is adhered to an adhering element of the packaging machine, the first adhesive surface of said adhesive element being exposed; the adhering element moves to a position in which said first adhesive surface of the adhesive element comes into contact with the second film for being adhered to same; the adhering element is separated from the second film such that the second adhesive surface of the adhesive element is peeled off said adhering element and the adhesive element is adhered to said second film with the second adhesive surface exposed; and contact between the first film and said exposed second adhesive surface of the adhesive element is caused for splicing both films (11, 21) to one another by means of the adhesive element.
An office chair comprising a seat, a backrest including a lumbar support, an actuator device arranged to enable adjustment of the lumbar support between an inactive position in which it follows the general shape of the backrest, and a fully active position in which it is adjusted outwards forwardly from the backrest in order to support the lumbar back portion of a person seated on the seat, wherein the lumbar support comprises of a first part with a first end and a second end and a second part with a first end and a second end, said first ends (201, 301) of said first and second parts (200, 300) are connected to each other via a pivoting point and said second ends (202, 302) are pivotally coupled to the backrest, wherein at least one of said second ends (202, 302) of said parts (200, 300) is slidably arranged along the backrest wherein the actuator device comprises means for pushing and/or pulling said slidable ends (202, 302) in response to actuation, so as to cause a sliding movement of said slidable ends (202, 302), characterised in that the seat is tiltable between an initial position and a slightly forwardly tilted position, whereby the actuator device is adapted to cause said pushing and/or pulling on said at least one end (202, 302) in response to tilting of the seat.
Method of supervision of a handover of a communication in a communication network supporting a signalling protocol of SIP type, characterized in that the method comprises the following steps implemented by a second terminal subsequent to the dispatching by the second terminal of a command for handover of a communication established between a first terminal and the second terminal to a communication between the first terminal and a third communication terminal, and subsequent to the cutting of the communication established between the first and the second terminal, said cutting being prompted by said handover command: - reception from the first terminal of at least one information item relating to the establishment of the communication between the first and the third terminal; - if said information item indicates that the establishment of said communication between the first and the third terminal is not performed, verification to determine whether at least one predefined criterion of non-establishment is satisfied; - dispatching to said first terminal of a command for resumption of the communication between the first and the second terminal, if at least one said criterion is satisfied. - reception from the first terminal of at least one information item relating to the establishment of the communication between the first and the third terminal; - if said information item indicates that the establishment of said communication between the first and the third terminal is not performed, verification to determine whether at least one predefined criterion of non-establishment is satisfied; - dispatching to said first terminal of a command for resumption of the communication between the first and the second terminal, if at least one said criterion is satisfied.
A combination of: (a) a stem cell mobiliser selected from granulocyte colony stimulating factor (G-CSF), filgrastim, lenograstim and pegfilgrastim; and (b) an antagonist of TLR4, for use in a method of treating or preventing liver failure in an individual in need thereof. (a) a stem cell mobiliser selected from granulocyte colony stimulating factor (G-CSF), filgrastim, lenograstim and pegfilgrastim; and (b) an antagonist of TLR4,
A drainage channel with a channel body made of plastic having two channel walls (3, 4) that flank a channel base on both sides and each form a support (6, 7) for a cover, wherein the channel body has ribs which each extend continuously on the outside from a first support along a first channel wall, over the channel base and a second channel wall to a second support, characterized in that the ribs each form at least one first side rib extending at least in sections vertically from the first support to a first branching point, which then branches into diverging downwardly extending first rib legs, which respectively merge into bottom ribs that are initially vertical and then extend around the channel base and are rejoined via second rib legs at a second branching point, from which a second side rib respectively extends vertically to the second support.
A processor comprising: a plurality of packed data registers; a decode unit to decode an instruction, the instruction to indicate a first source operand having a single lane of bits, and the instruction to indicate a second source packed data operand having a number of subsets of bit selection elements, wherein a respective copy of the single lane is created for each subset of bit selection elements of the second source packed data operand, and said copies are in a temporary source packed data operand; and an execution unit coupled with the packed data registers and the decode unit, the execution unit, in response to the instruction, to store a result operand in a destination storage location that is to be indicated by the instruction, the result operand to include a different corresponding bit for each of the number of bit selection elements, a value of each bit of the result operand corresponding to a bit selection element being equal to that of a bit of a corresponding lane of bits of the at least one lane of bits of the temporary source packed data operand, wherein each bit selection element selects a bit position in a corresponding lane of bits of the temporary source packed operand, and wherein the value of the bit at that position is stored to the appropriate corresponding bit position for that bit selection element in the result operand, and wherein all bits selected by all selection elements are concatenated together in the result operand. a plurality of packed data registers; a decode unit to decode an instruction, the instruction to indicate a first source operand having a single lane of bits, and the instruction to indicate a second source packed data operand having a number of subsets of bit selection elements, wherein a respective copy of the single lane is created for each subset of bit selection elements of the second source packed data operand, and said copies are in a temporary source packed data operand; and an execution unit coupled with the packed data registers and the decode unit, the execution unit, in response to the instruction, to store a result operand in a destination storage location that is to be indicated by the instruction, the result operand to include a different corresponding bit for each of the number of bit selection elements, a value of each bit of the result operand corresponding to a bit selection element being equal to that of a bit of a corresponding lane of bits of the at least one lane of bits of the temporary source packed data operand, wherein each bit selection element selects a bit position in a corresponding lane of bits of the temporary source packed operand, and wherein the value of the bit at that position is stored to the appropriate corresponding bit position for that bit selection element in the result operand, and wherein all bits selected by all selection elements are concatenated together in the result operand.
Method of manufacturing an LED module, comprising the steps: - providing a housing, which is formed as a hollow body which has an opening on a light exit side of the LED module, wherein the housing has a base side, which is arranged opposite the light exit side; - arranging a circuit board having at least one LED on the base side of the housing; - pouring a second base layer made of a curable material in a non-cured state into the housing through the opening of the housing; - curing the second base layer; - pouring at least one first base layer made of a curable material in a non-cured state onto the cured second base layer through the opening in the housing; and - pouring a scattering layer made of a curable material in a non-cured state into the housing through the opening; characterized in that the scattering layer is poured onto the first base layer, wherein the first base layer is not cured when the scattering layer is poured in and, after the scattering layer has been poured in, the at least one first base layer and the scattering layer are cured, wherein the second base layer has a white pigmentation and the white pigmentation is set up to reflect back-reflected light, wherein the LED has a light exit side which defines an upper edge of the LED, and the at least one first base layer is poured in in such a way that, following the pouring-in, a surface of the first base layer that faces away from the second base layer has a distance from the light exit side of the LED module which is smaller than a distance of the upper edge of the LED from the light exit side of the LED module, and wherein the second base layer is poured in at most as far as the upper edge of the LED. - providing a housing, which is formed as a hollow body which has an opening on a light exit side of the LED module, wherein the housing has a base side, which is arranged opposite the light exit side; - arranging a circuit board having at least one LED on the base side of the housing; - pouring a second base layer made of a curable material in a non-cured state into the housing through the opening of the housing; - curing the second base layer; - pouring at least one first base layer made of a curable material in a non-cured state onto the cured second base layer through the opening in the housing; and - pouring a scattering layer made of a curable material in a non-cured state into the housing through the opening;
An α1-α2 domain molecule comprising an amino acid sequence having at least 80% identity to SEQ ID NO: 17, wherein said domain molecule contains all of (a)-(c): (a) a S residue at the position corresponding to position 103 of SEQ ID NO: 17, (b) an A, P, S, T or H residue at the position corresponding to position 165 of SEQ ID NO: 17; and (c) a G residue at the position corresponding to position 162 of SEQ ID NO: 17, and wherein said domain molecule exhibits a greater binding affinity to a human NKG2D as compared to SEQ ID NO: 17. wherein said domain molecule contains all of (a)-(c): (a) a S residue at the position corresponding to position 103 of SEQ ID NO: 17, (b) an A, P, S, T or H residue at the position corresponding to position 165 of SEQ ID NO: 17; and (c) a G residue at the position corresponding to position 162 of SEQ ID NO: 17, (a) a S residue at the position corresponding to position 103 of SEQ ID NO: 17, (b) an A, P, S, T or H residue at the position corresponding to position 165 of SEQ ID NO: 17; and (c) a G residue at the position corresponding to position 162 of SEQ ID NO: 17, and wherein said domain molecule exhibits a greater binding affinity to a human NKG2D as compared to SEQ ID NO: 17.