mhurhangee/ep-ind-claims huggingface dataset:
An automatic purification and reaction preparing device which can perform analysis of various biological samples, comprising: a syringe block formed with a plurality of first mounting portions which removably mounts the plurality of pipettes for sucking and discharging the fluid substance; a syringe block moving unit which moves the syringe block so that the plurality of pipettes mounted in the plurality of first mounting portions are located just above each of a multi-well plate for biological sample, a plurality of multi-well plates for purification and a multi-well plate for polymerase chain reaction, PCR, which are disposed at a lower side of the syringe block; and an evaporation block for multi-well plate, which is connected with a compressed air supplying tube, and of which a lower surface is formed with a plurality of second mounting portions for shooting compressed air supplied through the compressed air supplying tube and mounting the plurality of pipettes, and which is disposed at a lower side of the syringe block so as to be removably mounted in the plurality of first mounting portions at different time point as compared with the time points, when the plurality of pipettes and the puncher are respectively mounted in the plurality of first mounting portions. a syringe block formed with a plurality of first mounting portions which removably mounts the plurality of pipettes for sucking and discharging the fluid substance; a syringe block moving unit which moves the syringe block so that the plurality of pipettes mounted in the plurality of first mounting portions are located just above each of a multi-well plate for biological sample, a plurality of multi-well plates for purification and a multi-well plate for polymerase chain reaction, PCR, which are disposed at a lower side of the syringe block; and an evaporation block for multi-well plate, which is connected with a compressed air supplying tube, and of which a lower surface is formed with a plurality of second mounting portions for shooting compressed air supplied through the compressed air supplying tube and mounting the plurality of pipettes, and which is disposed at a lower side of the syringe block so as to be removably mounted in the plurality of first mounting portions at different time point as compared with the time points, when the plurality of pipettes and the puncher are respectively mounted in the plurality of first mounting portions.
An extruder for 3D printing, comprising an outlet for providing extruded material, and a feedstock inlet piece for receiving material into the extruder, - the feedstock inlet piece including cooling means for cooling said material, - a reservoir for melting material, and having a reservoir width, being connected to the outlet, - a channel with a channel width, for connecting the feedstock inlet piece with the reservoir and introducing the material into the reservoir, where the channel width is lower than the reservoir width, the extruder further comprising - a first heater for melting material in a first reservoir part of the reservoir close to the channel and - a second heater close to the connection of the reservoir to the outlet, for maintaining molten material in a second reservoir part of the reservoir close to the outlet at the same temperature as the material in the first reservoir part or at higher temperature, and - a controller (107, 117) for controlling the temperature gradient of the material through the channel, the controller configured to maintain the level of molten material at least at the junction between the reservoir and the channel or along the channel during extrusion, for providing extrusion by the material introduced through the feedstock inlet piece and pushing on the molten material in the reservoir, characterized in that the first heater is distanced from the second heater by a thermal break separating the reservoir in the first reservoir part close to the channel and the second reservoir part close to the outlet. - the feedstock inlet piece including cooling means for cooling said material, - a reservoir for melting material, and having a reservoir width, being connected to the outlet, - a channel with a channel width, for connecting the feedstock inlet piece with the reservoir and introducing the material into the reservoir, where the channel width is lower than the reservoir width, the extruder further comprising - a first heater for melting material in a first reservoir part of the reservoir close to the channel and - a second heater close to the connection of the reservoir to the outlet, for maintaining molten material in a second reservoir part of the reservoir close to the outlet at the same temperature as the material in the first reservoir part or at higher temperature, and - a controller (107, 117) for controlling the temperature gradient of the material through the channel, the controller configured to maintain the level of molten material at least at the junction between the reservoir and the channel or along the channel during extrusion, for providing extrusion by the material introduced through the feedstock inlet piece and pushing on the molten material in the reservoir,
A method of receiving and reproducing broadcast data by wireless communication, the method comprising: switching to a power saving mode which uses less electrical power than a mode employed while performing wireless communication, if a wireless network providing the wireless communication is disconnected; and reproducing a predetermined sound source or image to a user in the power saving mode, characterised in that the switching to the power saving mode comprises, storing connection information required to re-receive the broadcast data being received if the wireless network is disconnected; and an attempt to reconnect to the wireless network comprises reconnecting the disconnected wireless communication using the stored connection information. switching to a power saving mode which uses less electrical power than a mode employed while performing wireless communication, if a wireless network providing the wireless communication is disconnected; and reproducing a predetermined sound source or image to a user in the power saving mode, characterised in that the switching to the power saving mode comprises, storing connection information required to re-receive the broadcast data being received if the wireless network is disconnected; and an attempt to reconnect to the wireless network comprises reconnecting the disconnected wireless communication using the stored connection information.
An assembly comprising a miniature electroacoustic transducer and a flexible electrical wire (12, 14), wherein: the flexible electrical wire is terminated at a first end thereof by a connecting element with an electrically conductive shoulder portion having a first portion with a first width, along a predetermined direction, and a second portion with a second width along the direction, the first portion being positioned closer than the second portion to the first end of the wire, the first width being larger than the second width, the miniature electroacoustic transducer comprises an electrically conducting, externally accessible terminal (18, 20) having a slot structure formed therein, and the slot structure is configured to mechanically and electrically engage the electrically conductive shoulder portion of the connecting element the slot structure comprises: a first element comprising two parts (24, 26) each adapted to engage the shoulder portion at a predetermined position thereof and, a second element mechanically biasing or forcing the shoulder portion toward the first element, wherein the two parts of the first element extend at least substantially in a plane of a wall portion of the transducer to which the slot structure is fixed, characterized in that each of the two parts (24, 26) of the first element forms a leg or finger structure of a U-shaped element, a distance between the leg or finger structures being between the first and second widths. the flexible electrical wire is terminated at a first end thereof by a connecting element with an electrically conductive shoulder portion having a first portion with a first width, along a predetermined direction, and a second portion with a second width along the direction, the first portion being positioned closer than the second portion to the first end of the wire, the first width being larger than the second width, the miniature electroacoustic transducer comprises an electrically conducting, externally accessible terminal (18, 20) having a slot structure formed therein, and the slot structure is configured to mechanically and electrically engage the electrically conductive shoulder portion of the connecting element a first element comprising two parts (24, 26) each adapted to engage the shoulder portion at a predetermined position thereof and, a second element mechanically biasing or forcing the shoulder portion toward the first element,
A positive or negative electrode comprising a binder that binds an active material to a current collector, wherein the binder comprises a base material made of a resin having a benzene ring, and a polyacene additive, that is an additive having two or more linearly condensed benzene rings; and the active material is a carbonaceous material or a lithium-containing composite oxide having a crystal structure in which a distance between nearest oxygen atoms is 0.19 to 0.29 nm, characterized in that the base material made of a resin having a benzene ring is selected from styrene-butadiene rubber or aromatic polyimide, and the polyacene additive is selected from the group consiting of anthracene or a derivative thereof, wherein the derivative of anthracene is substituted with 1 to 4 substituent groups independently selected from the group consisting of halogen (F, Cl, Br, I), a hydroxyl group, a carboxyl group, an aldehyde group, an amino group, a cyano group, a methyl group, an ethyl group, a hydroxymethyl group, a hydroxyethyl group, a methoxy group, an ethoxy group, a halomethyl group, and a haloethyl group.
A Modulator for generating a digital I/Q signal having a plurality of timeslots, the modulator including means (12,19) for introducing a dip in an envelope of the digital I/Q signal in a guard interval between adjacent time-slots of the plurality of time-slots, characterized in that the modulator further includes a first branch of a first order equal to zero with a first pulse-shaping filter for providing a first linearly modulated signal in the I/Q domain, at least one second branch of a second order higher than zero with a second pulse-shaping filter for providing a second linearly modulated signal in the I/Q domain, and an adder for adding the first linearly modulated signal and the second linearly modulated signal to approximate a GMSK modulator, the means for introducing the dip including means (12,19) for filling digital zeros into the first pulse-shaping filter and the second pulse-shaping filter.
A compound of formula I wherein R 1 is selected from the group consisting of H, F, -O-C 1-3 alkyl and OH, and R 2 is H, or R 2 is -CH 2 - and R 1 is -O-, forming together a -CH 2 -O- bridge, and R 3 is a purine nucleobase selected from the group consisting of purine, adenine, guanine, xanthine, hypoxanthine, connected through its N 9 nitrogen, the solvates and hydrates thereof, or a salt thereof. R 1 is selected from the group consisting of H, F, -O-C 1-3 alkyl and OH, and R 2 is H, or R 2 is -CH 2 - and R 1 is -O-, forming together a -CH 2 -O- bridge, and R 3 is a purine nucleobase selected from the group consisting of purine, adenine, guanine, xanthine, hypoxanthine, connected through its N 9 nitrogen,
A process for producing a polyamide powder comprising at least one semicrystalline polyamide and at least one additive selected from the group consisting of inorganic pigments and stabilizers, comprising the steps of a) compounding the at least one semicrystalline polyamide and the at least one additive in an extruder to obtain a compounded mixture (cM) comprising the at least one semicrystalline polyamide and the at least one additive, b) extruding the compounded mixture (cM) obtained in step a) from the extruder to obtain an extruded mixture (eM) comprising the at least one semicrystalline polyamide and the at least one additive, c) introducing the extruded mixture (eM) obtained in step b) into a solvent to obtain a first suspension comprising the extruded mixture (eM) and the solvent, wherein the solvent comprises lactam and water, d) heating the first suspension obtained in step c) to a first temperature wherein the at least one semicrystalline polyamide present in the extruded mixture (eM) dissolves in the solvent to obtain a mixture comprising the at least one semicrystalline polyamide dissolved in the solvent and the at least one additive, e) cooling the mixture obtained in step d) to a second temperature wherein the at least one semicrystalline polyamide crystallizes to obtain a second suspension comprising the polyamide powder suspended in the solvent, f) separating the polyamide powder from the second suspension obtained in step e). a) compounding the at least one semicrystalline polyamide and the at least one additive in an extruder to obtain a compounded mixture (cM) comprising the at least one semicrystalline polyamide and the at least one additive, b) extruding the compounded mixture (cM) obtained in step a) from the extruder to obtain an extruded mixture (eM) comprising the at least one semicrystalline polyamide and the at least one additive, c) introducing the extruded mixture (eM) obtained in step b) into a solvent to obtain a first suspension comprising the extruded mixture (eM) and the solvent, wherein the solvent comprises lactam and water, d) heating the first suspension obtained in step c) to a first temperature wherein the at least one semicrystalline polyamide present in the extruded mixture (eM) dissolves in the solvent to obtain a mixture comprising the at least one semicrystalline polyamide dissolved in the solvent and the at least one additive, e) cooling the mixture obtained in step d) to a second temperature wherein the at least one semicrystalline polyamide crystallizes to obtain a second suspension comprising the polyamide powder suspended in the solvent, f) separating the polyamide powder from the second suspension obtained in step e).
A method performed by a network node (500, 700) serving wireless devices in a radio network where feedback signalling is employed to indicate either an acknowledgement, ACK, or a non-acknowledgement, NACK, of correct reception of data transmitted by the wireless devices, the method comprising: - assigning, prior to receiving a set of concurrent transmissions of data from a group of wireless devices (502, 702) served by the network node (500, 700), a shared radio resource to the group of wireless devices (502, 702) to be used for retransmission in case the feedback signalling for at least one transmission of data out of the set of concurrent transmissions of data indicates a NACK, - receiving the set of concurrent transmissions of data from the group of wireless devices (502, 702) wherein a subset of the concurrent transmissions of data is not received correctly, - transmitting, as said feedback signalling, a NACK to those wireless devices in the group of wireless devices that transmitted the subset that was not received correctly, and - receiving, on the shared radio resource, a retransmission of at least one of the concurrent transmissions of data in the subset that was not received correctly from at least one wireless device to which said NACK was transmitted, wherein the network node signals to the wireless devices in the group that a first transmission mode shall be used for the set of concurrent transmissions of data, and that a second transmission mode shall be used for the retransmission on the shared radio resource, the second transmission mode being less robust to interference than the first transmission mode. - assigning, prior to receiving a set of concurrent transmissions of data from a group of wireless devices (502, 702) served by the network node (500, 700), a shared radio resource to the group of wireless devices (502, 702) to be used for retransmission in case the feedback signalling for at least one transmission of data out of the set of concurrent transmissions of data indicates a NACK, - receiving the set of concurrent transmissions of data from the group of wireless devices (502, 702) wherein a subset of the concurrent transmissions of data is not received correctly, - transmitting, as said feedback signalling, a NACK to those wireless devices in the group of wireless devices that transmitted the subset that was not received correctly, and - receiving, on the shared radio resource, a retransmission of at least one of the concurrent transmissions of data in the subset that was not received correctly from at least one wireless device to which said NACK was transmitted,
Adjusting device for a vehicle seat for the adjustment of the tilt of a backrest of the vehicle seat with respect to a seating part, wherein a fitting part comprises a form-fitting means which is formed in the manner of a splined shaft on the outer circumference and can be pushed into a correspondingly formed receptacle of the seating part with the configuration of a rotary form-fitting connection, a plurality of teeth which are spaced apart from one another at regular angular spacings being configured on the outer circumference of the form-fitting means which is formed in the manner of a splined shaft, characterized in that one tooth has an asymmetrical geometry and/or contour which differs from the remaining teeth of the form-fitting means.
A method of selecting transmit power in a user equipment used for physical uplink Control Channel and Data Channel on a secondary carrier used by the user equipment when transmitting data on the secondary carrier in a cellular radio system, the method comprising the steps of: - determining a time-varying back-off value for the uplink Control Channel and Data Channel power level, and - selecting the determined time-varying back-off value to update the uplink Control Channel and Data Channel transmit power, wherein the time-varying back-off value is achieved by two configured back-off values comprising a first back-off value that considers cell load, and a second back-off value that can be used when information about the cell load is outdated, so that after a certain time duration beyond which the cell load is considered to be outdated, the user equipment utilizes the second back-off value. - determining a time-varying back-off value for the uplink Control Channel and Data Channel power level, and - selecting the determined time-varying back-off value to update the uplink Control Channel and Data Channel transmit power, wherein the time-varying back-off value is achieved by two configured back-off values comprising a first back-off value that considers cell load, and a second back-off value that can be used when information about the cell load is outdated, so that after a certain time duration beyond which the cell load is considered to be outdated, the user equipment utilizes the second back-off value.
A neck protection system for being used in a vehicle, comprising: a support structure; a helmet; a force transmission arrangement; an actuator arrangement; and a controller; wherein the force transmission arrangement is mechanically coupled to the support structure and to the helmet and configured to apply a relative force between the support structure and the helmet; wherein the actuator arrangement is mechanically coupled with the force transmission arrangement and configured to apply a load to the force transmission arrangement to initiate the relative force between the support structure and the helmet; wherein the controller is communicatively connected to the actuator arrangement and configured to generate and send control commands to the actuator arrangement based on which the actuator arrangement applies the load to the force transmission arrangement; characterized in that the controller is configured to receive maneuver information from a control computer of the vehicle and to generate the control commands for the actuator arrangement based on the received maneuver information. a support structure; a helmet; a force transmission arrangement; an actuator arrangement; and a controller; wherein the force transmission arrangement is mechanically coupled to the support structure and to the helmet and configured to apply a relative force between the support structure and the helmet; wherein the actuator arrangement is mechanically coupled with the force transmission arrangement and configured to apply a load to the force transmission arrangement to initiate the relative force between the support structure and the helmet; wherein the controller is communicatively connected to the actuator arrangement and configured to generate and send control commands to the actuator arrangement based on which the actuator arrangement applies the load to the force transmission arrangement; characterized in that the controller is configured to receive maneuver information from a control computer of the vehicle and to generate the control commands for the actuator arrangement based on the received maneuver information.
Use of at least one diglycerol ester in combination with at least one phosphate for enhancing the flowability of a transparent polycarbonate composition, wherein a transparent polycarbonate composition exhibits a transmission, determined to ISO 13468 for a thickness of 4 mm, of at least 86% in the range from 400 nm to 800 nm.