mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for moving and grouping flat products having two main faces and a perimeter edge, comprising: - a first guide to which a conveyor device is associated in order to advance said products along a direction of advancement, - a transfer device located downstream of a terminal end of the first guide and rotatably mounted about an axis transversal to said direction of advancement, said transfer device being provided with rotation driving means and having at least one seat suitable for housing one of said products, and - a second guide arranged downstream of said transfer device, having a bottom wall with a longitudinal slot and being adapted to receive said products, once unloaded from the transfer device, characterized in that, the apparatus further comprises - a linear motor including a closed loop stator having a length located below the second guide, and a plurality of trolleys (68a, 68b) movable independently from each other along the stator, said trolleys (68a, 68b) having a pin which protrudes through said longitudinal slot, bringing about the formation of groups (84, 92) of products on said second guide, wherein said transfer device is selectively movable so as not to interfere, if desired, with the transfer of products from the first guide to the second guide. - a first guide to which a conveyor device is associated in order to advance said products along a direction of advancement, - a transfer device located downstream of a terminal end of the first guide and rotatably mounted about an axis transversal to said direction of advancement, said transfer device being provided with rotation driving means and having at least one seat suitable for housing one of said products, and - a second guide arranged downstream of said transfer device, having a bottom wall with a longitudinal slot and being adapted to receive said products, once unloaded from the transfer device, - a linear motor including a closed loop stator having a length located below the second guide, and a plurality of trolleys (68a, 68b) movable independently from each other along the stator, said trolleys (68a, 68b) having a pin which protrudes through said longitudinal slot, bringing about the formation of groups (84, 92) of products on said second guide,
An X-ray apparatus configured to irradiate an object with an X-ray and to detect a transmission X-ray transmitted through the object, comprising: an X-ray source configured to emit the X-ray; a stage (3,9) configured to retain the object; a detector configured to detect at least a part of the X-ray which is emitted from the X-ray source and has passed through the object; a chamber member defining an internal space, in which the X-ray source, the stage (3,9) and the detector are placed, and configured to restrain X-rays from leaking outside of the chamber member; and a partition (100, 100Q) configured to divide the internal space into a first space in which the X-ray source is placed and a second space in which the detector is placed, characterized in that: the X-ray source includes: a target configured to generate the X-ray by collision of electrons or transmission of electrons, electron conduction members configured to conduct the electrons to the target, and a housing accommodating the electron conduction members, the housing including a duct located in the housing to flow temperature-controlled fluid in the duct; and in that the X-ray apparatus is configured to supply a temperature-controlled gas to the first space and wherein the partition (100, 100Q) restrains the temperature-controlled gas from flowing to the second space. an X-ray source configured to emit the X-ray; a stage (3,9) configured to retain the object; a detector configured to detect at least a part of the X-ray which is emitted from the X-ray source and has passed through the object; a chamber member defining an internal space, in which the X-ray source, the stage (3,9) and the detector are placed, and configured to restrain X-rays from leaking outside of the chamber member; and a partition (100, 100Q) configured to divide the internal space into a first space in which the X-ray source is placed and a second space in which the detector is placed, the X-ray source includes: a target configured to generate the X-ray by collision of electrons or transmission of electrons, electron conduction members configured to conduct the electrons to the target, and a housing accommodating the electron conduction members, the housing including a duct located in the housing to flow temperature-controlled fluid in the duct; and in that the X-ray apparatus is configured to supply a temperature-controlled gas to the first space and wherein the partition (100, 100Q) restrains the temperature-controlled gas from flowing to the second space.
Printed circuit board terminal, comprising a housing which has an inner wall and an outer wall, a clamping spring, a contact element arranged inside the housing, and a connecting element arranged outside the housing, wherein the contact element and the connecting element are conductively connected to one another, wherein the contact element is arranged flush with the inner wall and the connecting element is arranged flush with the outer wall, characterised in that the contact element lies flush on one single side wall of the housing and/or the connecting element lies flush on a single side wall of the housing, wherein the contact element and the connecting element preferably lie on the same side wall of the housing.
A polynucleotide comprising a messenger RNA (mRNA) comprising: (i) a 5' UTR; (ii) an open reading frame encoding a human ornithine transcarbamylase polypeptide, wherein the ORF has at least 99% sequence identity to 100% of the length of the nucleic acid sequence of SEQ ID NO: 14; and (iii) a 3' UTR. (i) a 5' UTR; (ii) an open reading frame encoding a human ornithine transcarbamylase polypeptide, wherein the ORF has at least 99% sequence identity to 100% of the length of the nucleic acid sequence of SEQ ID NO: 14; and (iii) a 3' UTR.
Method for the production of a concealed and/or covered label on an element, whereby the element comprises a first part and a second part joined together via a joining surface, whereby the label on the joining surface is mounted on the second part, whereby the joining surface is at least partially covered by the first part, whereby the label is produced by a laser beam, whereby the first part is substantially transparent for the laser beam, while the second part is substantially absorbent for the laser beam, and whereby on marking, the laser beam penetrates the first part and is absorbed at the joining surface of the second part, characterised in that the first part is opaque to the human eye.
A process for the preparation of a brominated epoxy resin with a symmetric or saturated heterocyclic aliphatic molecular structure, wherein the process includes the following steps: (i) 2,6-substituted symmetric monophenol compound is reacted with an aldehyde compound or a cyclodiene compound at the presence of an acidic catalyst to form a bisphenol type phenol-aldehyde compound with a symmetrical structure or saturated ring structure; (ii) an epoxidation is carried out by reacting the resulted bisphenol type phenol-aldehyde compound with epichlorohydrin to form a phenol-aldehyde epoxy resin; and (iii) the phenol-aldehyde epoxy resin is reacted with a bromine containing phenolic compound to produce a novel brominated epoxy resin, characterized in that it possesses the structure as follows: wherein X: -CH 3, -C 2 H 5, -C(CH 3) 3 R: in which P 1 /P 2 are H, -CH 3, -C 2 H 5 etc., K: and n = 1-4. (i) 2,6-substituted symmetric monophenol compound is reacted with an aldehyde compound or a cyclodiene compound at the presence of an acidic catalyst to form a bisphenol type phenol-aldehyde compound with a symmetrical structure or saturated ring structure; (ii) an epoxidation is carried out by reacting the resulted bisphenol type phenol-aldehyde compound with epichlorohydrin to form a phenol-aldehyde epoxy resin; and (iii) the phenol-aldehyde epoxy resin is reacted with a bromine containing phenolic compound to produce a novel brominated epoxy resin, wherein X: -CH 3, -C 2 H 5, -C(CH 3) 3 R: in which P 1 /P 2 are H, -CH 3, -C 2 H 5 etc., K: and n = 1-4.
A pharmaceutical dosage form carrier comprising: a base tray having a base and side walls; and one or more transparent inserts; the base tray being configured to receive the one or more transparent inserts; each transparent insert having one or more upwardly opening receptacles extending from the base tray, the receptacles being elongate and arranged in a side-by-side array; each receptacle comprising: a respective base region; and one or more upwardly extending side portions; each receptacle being dimensioned to accommodate a container containing a predetermined dosage of a drug; wherein the base tray comprises one or more coloured panels arranged so that each coloured panel is visible through the base of the transparent inserts, the colour being selected to provide a visual indication of the dosage form to be accommodated in the receptacle; characterised in that the base tray has one or more locations defined by formations configured to engage complementary formations on the one or more transparent inserts, the formations being arranged so that the transparent inserts are receivable within the base tray in only one configuration. a base tray having a base and side walls; and one or more transparent inserts; the base tray being configured to receive the one or more transparent inserts; each transparent insert having one or more upwardly opening receptacles extending from the base tray, the receptacles being elongate and arranged in a side-by-side array; each receptacle comprising: a respective base region; and one or more upwardly extending side portions; a respective base region; and one or more upwardly extending side portions; each receptacle being dimensioned to accommodate a container containing a predetermined dosage of a drug; wherein the base tray comprises one or more coloured panels arranged so that each coloured panel is visible through the base of the transparent inserts, the colour being selected to provide a visual indication of the dosage form to be accommodated in the receptacle; characterised in that the base tray has one or more locations defined by formations configured to engage complementary formations on the one or more transparent inserts, the formations being arranged so that the transparent inserts are receivable within the base tray in only one configuration.
A barrier (110, 310, 410) for at least partially surrounding a planted area for repelling gastropods, the barrier comprising: a wall arrangement (118, 318); and a ledge (156, 356) extending in a direction away from the wall arrangement, the ledge comprising a plurality of downwardly extending elements, characterised in that the barrier further comprises a channel (120, 320) between the wall arrangement (118, 318) and the ledge. a wall arrangement (118, 318); and a ledge (156, 356) extending in a direction away from the wall arrangement, the ledge comprising a plurality of downwardly extending elements, characterised in that the barrier further comprises a channel (120, 320) between the wall arrangement (118, 318) and the ledge.
A method for self-interference suppression in a relay for wireless communication, wherein said relay being a part of a communication channel between a transmitter and a receiver in a wireless communication system, said relay being arranged for receiving a signal r ( n) transmitted from said transmitter, and transmitting a self-interference suppressed transmit signal x r ( n) to said receiver, said communication channel having a transmit channel, defined by a transmit channel matrix ( H 1) between said transmitter and said relay, a receive channel, defined by a receive channel matrix ( H 2) between said relay and said receiver, and a self-interference channel between an relay output and a relay input of said relay, the self-interference channel being defined by a self-interference channel matrix ( H 0), the method comprising the steps of: - receiving at the relay input of said relay a receive signal r( n) transmitted from said transmitter over said transmit channel; - determining a receive suppression filter matrix W r, in said relay, based on said transmit channel matrix ( H 1) and said self-interference channel matrix ( H 0); - determining a transmit suppression filter matrix W t, in said relay, based on said receive suppression filter matrix W r, said receive channel matrix ( H 2), and said self-interference channel matrix ( H 0); - determining a self-interference suppressed transmit signal x r ( n) by applying said receive suppression filter matrix W r, a relay amplification matrix G and said transmit suppression filter matrix W t, to said received signal r ( n); and - transmitting said self-interference suppressed transmit signal x r ( n) from said relay over said receive channel to said receiver. - receiving at the relay input of said relay a receive signal r( n) transmitted from said transmitter over said transmit channel; - determining a receive suppression filter matrix W r, in said relay, based on said transmit channel matrix ( H 1) and said self-interference channel matrix ( H 0); - determining a transmit suppression filter matrix W t, in said relay, based on said receive suppression filter matrix W r, said receive channel matrix ( H 2), and said self-interference channel matrix ( H 0); - determining a self-interference suppressed transmit signal x r ( n) by applying said receive suppression filter matrix W r, a relay amplification matrix G and said transmit suppression filter matrix W t, to said received signal r ( n); and - transmitting said self-interference suppressed transmit signal x r ( n) from said relay over said receive channel to said receiver.
A deployable feed cluster architecture having a support and an array of radiofrequency RF sources, each RF source consisting of a radiofrequency RF chain and of a radiating element, the RF chain being provided with input/output ports (1, 2), the architecture including a deployable panel that is rotatably articulated about an axis of rotation, the array of RF sources being mounted on the panel, the panel being rotatably movable between a first position in which the array of RF sources is stowed on the support and a second position in which the array of RF sources is deployed, characterised in that it further has contactless radiofrequency RF junctions, each RF junction consisting of two separate parts, respectively a first connecting flange mounted on the panel and a second connecting flange mounted on the support, the first connecting flange being linked to an input/output port (1, 2) of an RF source, the second connecting flange being configured to, in the second deployed position, cooperate in a contactless manner with the first connecting flange to provide a contactless RF link, the first connecting flange having a first metal plate in which a first through orifice is arranged, the second connecting flange having a second metal plate in which a second through orifice is arranged, wherein at least one of the two connecting flanges (45, 52) has a plurality of transverse metal pads that are distributed periodically over the corresponding metal plate, the metal pads delimiting an RF communication channel between the first through orifice and the second through orifice when the array of RF sources is in the deployed position.
Wheel intended for a motor vehicle, having a rim made of a sheet of aluminium alloy that is fastened to the contour of a wheel disc made from a steel sheet by assemblies that connect the aluminium sheet of the rim and the steel sheet of the wheel disc, which overlap one another, characterised in that the assemblies comprise connecting pins that have a tip that passes through a hole in the aluminium sheet of the rim, the front end of which is welded to the steel sheet of the wheel disc, and a rear head that presses against the aluminium sheet about said hole.
A milking system comprising a milking member for extracting milk from an animal, a transport line connected to the milking member, a milk tank connected to the transport line and arranged to receive the milk from the milking member via the transport line, a milk filter unit forming a part of the transport line for filtering the milk and comprising at least a first filter device and a second filter device each comprising a filter container and a filter element, and a valve arrangement configured to convey the milk through at least one of the first filter device and the second filter device, wherein the valve arrangement communicates with a control unit configured to control the valve arrangement, characterised in that the milking system comprises an indication device configured to generate an indication to a user when any one of the filter element of the first filter device and the second filter device needs to be replaced and which filter element of the first filter device and the second filter device needs to be replaced, wherein said indication also indicates to the user when the filter element to be replaced is accessible for replacement.
A screen for a mill, the screen comprising: a tapered sidewall having a wider top and a narrower bottom, the sidewall including a plurality of openings, each opening separated from adjacent openings by spacing distances, characterized in that the openings are of uniform size and in that the spacing distances at the top of the sidewall are less than the spacing distances at the bottom of the sidewall.
An electronic smoking device, comprising the following: an outer tube mounted around at least a portion of an inner tube, wherein the outer tube comprises an outer surface and an inner surface, wherein the inner tube comprises an inner surface defining an air path and an outer surface, and wherein an annular liquid storage tank is defined between the outer surface of the inner tube and the inner surface of the outer tube; a mouth piece connected to a proximal end of the inner tube and to the outer tube; a heater enclosure defining a heater coil chamber; a heater coil mounted at least partially within the heater enclosure; and a wick that includes a first end portion, the wick extending through a center of the heater coil; characterized in that the first end portion of the wick extending into a first wick bore in a first wall of the heater enclosure, wherein the first end portion of the wick is in fluid communication with the annular liquid storage tank via a first liquid lumen (162-1, 308-1) that extends through the first wall of the heater enclosure, and the heater coil chamber is formed by a support base portion of a heater coil support, connected with a housing base portion of a heater coil housing, in a manner which completely isolates the wick from the inner surface of the outer tube. an outer tube mounted around at least a portion of an inner tube, wherein the outer tube comprises an outer surface and an inner surface, wherein the inner tube comprises an inner surface defining an air path and an outer surface, and wherein an annular liquid storage tank is defined between the outer surface of the inner tube and the inner surface of the outer tube; a mouth piece connected to a proximal end of the inner tube and to the outer tube; a heater enclosure defining a heater coil chamber; a heater coil mounted at least partially within the heater enclosure; and a wick that includes a first end portion, the wick extending through a center of the heater coil; characterized in that
A method for wireless communications in a cell identified by a cell ID, the method comprising: transmitting data as a bundled transmission to a device with limited communications resources, the bundled transmission comprising multiple bursts wherein each burst spans a plurality of transmission time intervals, TTIs and the same data is transmitted in each burst; and increasing at least one of spatial diversity, time diversity, or frequency diversity for the bundled transmission, wherein: increasing spatial diversity comprises applying precoding cycling across different bursts in the bundled transmission, increasing frequency diversity comprises performing frequency hopping on different bursts in the bundled transmission as a function of the cell ID, and increasing time diversity comprises increasing at least one of a burst length or a gap between different bursts in the bundled transmission. transmitting data as a bundled transmission to a device with limited communications resources, the bundled transmission comprising multiple bursts wherein each burst spans a plurality of transmission time intervals, TTIs and the same data is transmitted in each burst; and increasing at least one of spatial diversity, time diversity, or frequency diversity for the bundled transmission, wherein: increasing spatial diversity comprises applying precoding cycling across different bursts in the bundled transmission, increasing frequency diversity comprises performing frequency hopping on different bursts in the bundled transmission as a function of the cell ID, and increasing time diversity comprises increasing at least one of a burst length or a gap between different bursts in the bundled transmission. increasing spatial diversity comprises applying precoding cycling across different bursts in the bundled transmission, increasing frequency diversity comprises performing frequency hopping on different bursts in the bundled transmission as a function of the cell ID, and increasing time diversity comprises increasing at least one of a burst length or a gap between different bursts in the bundled transmission.
Method for unidirectional and integrity-protected synchronization of log data between at least one first network and a second network, wherein: - log data are monitored and copied in the first network by a monitoring apparatus, - metadata of the log data are formed during the monitoring by the monitoring apparatus, - the copied log data and the associated metadata are temporarily stored in the first network, - the copied log data and the associated metadata are transmitted from the first network to the second network unidirectionally via a unidirectional coupling unit, and - the copied log data are checked and chronologically organized in the second network on the basis of the metadata, wherein the log data from devices of the at least one first network being transferred to a log server in the first network, and the monitoring apparatus monitoring the transfer of the log data between devices and log server. - log data are monitored and copied in the first network by a monitoring apparatus, - metadata of the log data are formed during the monitoring by the monitoring apparatus, - the copied log data and the associated metadata are temporarily stored in the first network, - the copied log data and the associated metadata are transmitted from the first network to the second network unidirectionally via a unidirectional coupling unit, and - the copied log data are checked and chronologically organized in the second network on the basis of the metadata,