mhurhangee/ep-ind-claims huggingface dataset:
A crate stacking device comprising - a travelling mechanism, which can be moved along a first horizontal direction of movement (R L), - a vertical stacking device, which is coupled to the travelling mechanism and which is embodied such that, in response to accommodating a crate, it in each case accommodates at least one crate from below into a crate stack, which is located in the vertical stacking device, and which, in response to releasing a crate, it releases at least one crate located at the very bottom in a crate stack, - a storage device, wherein, in the first horizontal direction of movement (R L), the storage device and/or the vertical stacking device can be moved relative to one another at least from a first position, in which the vertical stacking device is at least partially arranged above the storage device, into a second position, in which the vertical stacking device and the storage device are arranged relative to one another such that the vertical stacking device can place a crate stack next to the storage device onto a warehouse floor or can be lifted off the warehouse floor. - a travelling mechanism, which can be moved along a first horizontal direction of movement (R L), - a vertical stacking device, which is coupled to the travelling mechanism and which is embodied such that, in response to accommodating a crate, it in each case accommodates at least one crate from below into a crate stack, which is located in the vertical stacking device, and which, in response to releasing a crate, it releases at least one crate located at the very bottom in a crate stack, - a storage device,
A multi-frequency horn antenna able to propagate signals in a spectrum of frequencies comprising multiple different frequency bands B1,..., Bi,..., BN, i being between 1 and N, B1 being the lowest frequency band, Bi being at least one intermediate frequency band and BN the highest frequency band, the horn antenna comprising a side wall axisymmetric about a longitudinal axis Z, an axial access orifice, termed throat, and a radiating aperture opposite the axial access orifice, the side wall bounding a longitudinal axial conduit connecting the axial access orifice and the radiating aperture, the longitudinal axial conduit having, in cross section, a diameter that increases between the axial access orifice and the radiating aperture, the side wall comprising an internal surface consisting of a plurality of concentric annular corrugations, located in successive planes that are mutually parallel and perpendicular to the longitudinal axis Z, each corrugation being centred on the longitudinal axis Z, characterised in that the horn antenna further comprises four coaxial probes which are diametrically opposite in pairs, inserted into a specific, dedicated corrugation of the side wall, perpendicular to the longitudinal axis Z, the four coaxial probes being spaced apart at equal angles in a plane perpendicular to the longitudinal axis Z and entering the longitudinal axial conduit of the horn antenna, each coaxial probe being designed for the propagation of signals in the lowest frequency band B1 of the frequency spectrum in question.
An annular structure sector of a stator for a module of an aircraft turboshaft engine, said sector comprising a stator ferrule sector intended to delimit radially inward a primary flow passing through said turboshaft engine, said ferrule sector comprising a plurality of perforations each intended to receive the root of a stator vane, said annular structure sector further comprising a radially inner coating sector coating forming an annular sealing path and made of a first material, said radially inner coating sector being intended to be contacted by a rotating portion of said turboshaft engine, and applied to said ferrule sector, characterized in that it further comprises, interposed between said ferrule sector and said inner coating sector, filling means made of a second material having a smaller density than that of said first material, and in that the ratio between the densities of the first and second materials is less than 0.1.
A safety system having at least one first safety control part having a control and evaluation unit, wherein the first safety control part is a local safety control part; having at least one second safety control part having a control and evaluation program, wherein the second safety control part is a server based safety control part that is connected to the first safety control part over a first interface, wherein the first safety control part 2) is connected to at least one machine over a second interface, with the first safety control part being configured to control and to evaluate the machine over the second interface; wherein the first safety control part is connected to at least one data source over a third interface, with the first safety control part being configured to control and to evaluate the data source over the third interface; wherein the second safety control part is connected to at least the machine over a fourth interface, with the second safety control part being configured to control and to evaluate the machine over the fourth interface, characterized in that the second safety control part has a test unit for cyclic tests of the first safety control part; and in that a test interface is arranged between the second safety control part and the first safety control part. having at least one first safety control part having a control and evaluation unit, wherein the first safety control part is a local safety control part; having at least one second safety control part having a control and evaluation program, wherein the second safety control part is a server based safety control part that is connected to the first safety control part over a first interface, wherein the first safety control part 2) is connected to at least one machine over a second interface, with the first safety control part being configured to control and to evaluate the machine over the second interface; wherein the first safety control part is connected to at least one data source over a third interface, with the first safety control part being configured to control and to evaluate the data source over the third interface; wherein the second safety control part is connected to at least the machine over a fourth interface, with the second safety control part being configured to control and to evaluate the machine over the fourth interface, characterized in that the second safety control part has a test unit for cyclic tests of the first safety control part; and in that a test interface is arranged between the second safety control part and the first safety control part.
A method, comprising: receiving, at a network element, a request for performance measurements from an agent; receiving, at the network element, measurement reports of minimization of drive test data corresponding to a plurality of user equipments; converting, at the network element, user equipment measurement reports to performance measurements; and transmitting the performance measurements from the network element to the agent; wherein the converting is performed conditionally upon determining that the network element is configured to convert the measurement reports. receiving, at a network element, a request for performance measurements from an agent; receiving, at the network element, measurement reports of minimization of drive test data corresponding to a plurality of user equipments; converting, at the network element, user equipment measurement reports to performance measurements; and transmitting the performance measurements from the network element to the agent; wherein the converting is performed conditionally upon determining that the network element is configured to convert the measurement reports.
A carrying device having a receptacle member which configures a receptacle space for receiving a baby or infant, and having a holding harness system for fastening the receptacle member to a person, wherein the holding harness system has a hip strap, and wherein the receptacle member has a central part which supports the baby or infant and which is connected to the hip strap at a first connection point, - wherein the central part narrows from an upper region in the direction toward the hip strap; and - wherein, in the upper region, a first and a second widening element (13, 14) are connected to the central part; - wherein the first widening element extends to a second connection point to the hip strap, the position of said second connection point being able to be adapted by displacing the first widening element along the hip strap; and - wherein the second widening element extends to a third connection point to the hip strap, the position of said third connection point being able to be adapted by displacing the second widening element along the hip strap. characterized in that, one intermediate piece (15, 16) which does not have any connection to the hip strap is in each case tensioned between the first and the second widening element (13, 14) and the central part, and that the second and the third connection point (42, 43) have in each case one sling (19, 20) which is disposed on the widening elements (13, 14) and is mounted so as to be displaceable on the hip strap. - wherein the central part narrows from an upper region in the direction toward the hip strap; and - wherein, in the upper region, a first and a second widening element (13, 14) are connected to the central part; - wherein the first widening element extends to a second connection point to the hip strap, the position of said second connection point being able to be adapted by displacing the first widening element along the hip strap; and - wherein the second widening element extends to a third connection point to the hip strap, the position of said third connection point being able to be adapted by displacing the second widening element along the hip strap.
1a) A sealing device for being disposed between an inner member and an outer member that rotate relative to each other, and for sealing a gap between the inner member and the outer member, the sealing device comprising: 1b) a first sealing member comprising a cylindrical part adapted to be mounted to the outer member, and an annular part that extends radially inward from the cylindrical part toward the inner member; and 1c) a second sealing member comprising a sleeve adapted to be mounted to the inner member, and a flange that extends radially outward from the sleeve, the flange facing the annular part of the first sealing member, 1d) the first sealing member further comprising at least one lip (24D, 24E) made of an elastic material that extends toward the flange of the second sealing member, 1e) an annular first clearance being provided between the flange and the cylindrical part of the first sealing member, 1f) the second sealing member further comprising a labyrinth lip (40, 90) extending from the flange radially outward and extending toward an atmosphere side more than the cylindrical part of the first sealing member, characterized in that 1g) the labyrinth lip (40, 90) is configured to provide a second clearance between the labyrinth lip (40, 90) and the outer member in use of the sealing device, the second clearance being radially outside the first clearance and communicating with the first clearance, and 1h) an outer diameter of the labyrinth lip (40, 90) is equal to or less than an inner diameter of the cylindrical part of the first sealing member. 1b) a first sealing member comprising a cylindrical part adapted to be mounted to the outer member, and an annular part that extends radially inward from the cylindrical part toward the inner member; and 1c) a second sealing member comprising a sleeve adapted to be mounted to the inner member, and a flange that extends radially outward from the sleeve, the flange facing the annular part of the first sealing member, 1d) the first sealing member further comprising at least one lip (24D, 24E) made of an elastic material that extends toward the flange of the second sealing member, 1e) an annular first clearance being provided between the flange and the cylindrical part of the first sealing member, 1f) the second sealing member further comprising a labyrinth lip (40, 90) extending from the flange radially outward and extending toward an atmosphere side more than the cylindrical part of the first sealing member, characterized in that 1g) the labyrinth lip (40, 90) is configured to provide a second clearance between the labyrinth lip (40, 90) and the outer member in use of the sealing device, the second clearance being radially outside the first clearance and communicating with the first clearance, and 1h) an outer diameter of the labyrinth lip (40, 90) is equal to or less than an inner diameter of the cylindrical part of the first sealing member.
Use of a kit for detecting the presence of at least one pathogenic Bordetella species by assaying for the presence of an IS481, IS1001, and hIS1001 target nucleic acid in a biological sample, wherein the nucleic acid has not been extracted from the biological sample, wherein the biological sample is a nasopharyngeal swab, aspirate, wash, or nasal swab, and wherein the kit comprises: a. a first primer pair that amplifies an IS481 target nucleic acid of SEQ ID NO: 1 or a complement thereof; b. a second primer pair that amplifies an IS1001 target nucleic acid of SEQ ID NO: 2 or a complement thereof; and c. a third primer pair that amplifies a hIS1001 target nucleic acid of SEQ ID NO: 3 or a complement thereof. a. a first primer pair that amplifies an IS481 target nucleic acid of SEQ ID NO: 1 or a complement thereof; b. a second primer pair that amplifies an IS1001 target nucleic acid of SEQ ID NO: 2 or a complement thereof; and c. a third primer pair that amplifies a hIS1001 target nucleic acid of SEQ ID NO: 3 or a complement thereof.
An image forming system including at least one information processor, the system comprising: an output data reception part configured to receive output data or output target data via a network; a determination part configured to determine during user authentication using a password, whether user identification information is specified from user information stored in a user information storage part, wherein the user identification information is to be correlated with the received output data or output data generated based on the output target data; a storing part configured to store data identification information and the received or generated output data in correlation with each other in a data storage part when the user identification information is not specified; a notification part configured to give notice of the data identification information via the network; and a transmission part configured to transmit, via the network, the received or generated output data correlated with the user identification information or the data identification information received via the network; characterized in that: the data identification information is a PIN code having an expiration date. an output data reception part configured to receive output data or output target data via a network; a determination part configured to determine during user authentication using a password, whether user identification information is specified from user information stored in a user information storage part, wherein the user identification information is to be correlated with the received output data or output data generated based on the output target data; a storing part configured to store data identification information and the received or generated output data in correlation with each other in a data storage part when the user identification information is not specified; a notification part configured to give notice of the data identification information via the network; and a transmission part configured to transmit, via the network, the received or generated output data correlated with the user identification information or the data identification information received via the network; characterized in that: the data identification information is a PIN code having an expiration date.
A spiral-wound filter element comprising: a) a feed channel having a height of less than 600 μm and a length that is less than 800 times the feed channel height defined by the height of a feed screen contained in the channel; b) a permeate channel having a height of less than 300 μm defined by the height of a permeate screen contained in the channel; and c) an ultrafiltration membrane or a microfiltration membrane. a) a feed channel having a height of less than 600 μm and a length that is less than 800 times the feed channel height defined by the height of a feed screen contained in the channel; b) a permeate channel having a height of less than 300 μm defined by the height of a permeate screen contained in the channel; and c) an ultrafiltration membrane or a microfiltration membrane.
An assembly for a medication delivery device comprising - a body, - a piston rod adapted and arranged to be rotated with respect to the body for setting a dose of a medication and to be axially moved in a distal direction with respect to the body for delivering the set dose of the medication, wherein, as seen in cross-section, the piston rod comprises a plurality of ratchet teeth adapted and arranged to enable rotation of the piston rod during setting of the dose of the medication, wherein the ratchet teeth extend circumferentially around the piston rod, - at least one stop member secured against axial and rotational movement with respect to the body, wherein the stop member is adapted and arranged to mechanically cooperate with the piston rod, - an interaction member secured against axial and rotational movement with respect to the body, wherein the interaction member comprises the at least one stop member and pawl means which are configured to mechanically cooperate with the piston rod, wherein the pawl means are adapted and arranged to mechanically cooperate with the ratchet teeth to prevent movement of the piston rod in a direction opposite to the distal direction, wherein when setting the dose of the medication, the piston rod becomes aligned with the stop member, wherein when delivering the set dose, the piston rod is moved in the distal direction towards the stop member such that the piston rod and the stop member abut at the end of the dose delivery operation and such that further distal movement of the piston rod is prevented after the set dose of the medication was delivered. - a body, - a piston rod adapted and arranged to be rotated with respect to the body for setting a dose of a medication and to be axially moved in a distal direction with respect to the body for delivering the set dose of the medication, wherein, as seen in cross-section, the piston rod comprises a plurality of ratchet teeth adapted and arranged to enable rotation of the piston rod during setting of the dose of the medication, wherein the ratchet teeth extend circumferentially around the piston rod, - at least one stop member secured against axial and rotational movement with respect to the body, wherein the stop member is adapted and arranged to mechanically cooperate with the piston rod, - an interaction member secured against axial and rotational movement with respect to the body, wherein the interaction member comprises the at least one stop member and pawl means which are configured to mechanically cooperate with the piston rod, wherein the pawl means are adapted and arranged to mechanically cooperate with the ratchet teeth to prevent movement of the piston rod in a direction opposite to the distal direction,
Method for detecting and quantifying at least one individual analyte in liquid analyte mixtures by means of NMR spectrometry, in which method a high-frequency pulse is applied to a sample of the analyte mixture in an NMR spectrometer and the resulting NMR spectrum is evaluated, wherein the sample of the analyte mixture is arranged in a low-field NMR spectrometer, characterised in that at least one high-frequency pulse that excites only one specific analyte is applied to the sample, wherein the high-frequency pulse is configured in such a way that it selectively excites the analyte at all points where signals appear in the NMR spectrum.
A method of power control of an array of light emitting devices (701,702) coupled in parallel, the method comprising: - supplying power to the light emitting devices (701,702) from a single inverter; - sensing individual output information for individual light emitting devices of the array by multiple sensors, wherein each sensor senses individual output information of a respective individual light emitting device; - processing the sensed output information by a microcontroller to produce individual current control signals for adjusting individual operating currents of the light emitting devices; and characterised by adjusting the individual operating currents applied to individual light emitting devices using a plurality of control modules, each control module being coupled to a respective light emitting device, wherein each control module comprises a plurality of parallel capacitors (708a-708d,708e-708h) and switches (710a-710d,710e-710h), each parallel capacitor of a respective control module being connected in series to the respective individual light emitting device and to a respective switch, and wherein the individual operating currents are adjusted by switching an appropriate number of switches in the respective control modules in accordance with the individual current control signals so as to obtain the appropriate combination of parallel capacitors to adjust the individual operating currents. - supplying power to the light emitting devices (701,702) from a single inverter; - sensing individual output information for individual light emitting devices of the array by multiple sensors, wherein each sensor senses individual output information of a respective individual light emitting device; - processing the sensed output information by a microcontroller to produce individual current control signals for adjusting individual operating currents of the light emitting devices; and
A core-shell catalyst system, characterized in that - the core comprises at least one oxide selected among ceria, a ceria-based mixed oxide and mixtures thereof, preferably ceria, said core comprising at least one particle having size of 2-100 nm, preferably of 5-100 nm, more preferably of 20-80 nm; and - the shell comprises an amorphous phase comprising Pd and an oxide selected among ceria, a ceria-based mixed oxide and mixtures thereof, the shell having thickness of ≤ 5 nm, preferably of 0.5 - 5 nm. - the core comprises at least one oxide selected among ceria, a ceria-based mixed oxide and mixtures thereof, preferably ceria, said core comprising at least one particle having size of 2-100 nm, preferably of 5-100 nm, more preferably of 20-80 nm; and - the shell comprises an amorphous phase comprising Pd and an oxide selected among ceria, a ceria-based mixed oxide and mixtures thereof, the shell having thickness of ≤ 5 nm, preferably of 0.5 - 5 nm.