mhurhangee/ep-ind-claims huggingface dataset:
Electrophoretic separation device, comprising - an anode and a cathode, - a porous scaffold material, and - a liquid separation medium, characterized in that the separation medium i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm. - an anode and a cathode, - a porous scaffold material, and - a liquid separation medium, characterized in that the separation medium i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm. i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm.
Device for identifying foreign parts in spinning preparation, having an inspection channel through which a fibre material stream can be guided, wherein • foreign parts to be identified are present in the fibre material stream, for which purpose at least one lighting unit is provided for irradiating light into the inspection channel, • at least one camera is provided, by means of which light generated by the lighting unit and reflected by the foreign part can be detected, • a closed housing is provided, in which the lighting unit is accommodated in an air-tight manner, • a liquid cooling unit is provided for cooling the lighting unit, - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, • a discharge unit is provided, by means of which the foreign parts can be discharged from the fibre material stream, • a collecting container is provided, in which the foreign parts discharged from the fibre material stream can be collected, • a suction unit is provided, by means of which the foreign parts can be discharged from the collecting container by means of conveying air, and • the cooling air and the conveying air are brought together, or the cooling air forms the conveying air after it has flowed through the heat exchanger. • foreign parts to be identified are present in the fibre material stream, for which purpose at least one lighting unit is provided for irradiating light into the inspection channel, • at least one camera is provided, by means of which light generated by the lighting unit and reflected by the foreign part can be detected, • a closed housing is provided, in which the lighting unit is accommodated in an air-tight manner, • a liquid cooling unit is provided for cooling the lighting unit, - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, • a discharge unit is provided, by means of which the foreign parts can be discharged from the fibre material stream, • a collecting container is provided, in which the foreign parts discharged from the fibre material stream can be collected, • a suction unit is provided, by means of which the foreign parts can be discharged from the collecting container by means of conveying air, and • the cooling air and the conveying air are brought together, or the cooling air forms the conveying air after it has flowed through the heat exchanger.
A braking energy recovery system for an electric motor, comprising: a first regulator having an input for receiving an input voltage and an output for outputting a DC link voltage; an energy storage device coupled to the output of the first regulator; a second regulator having an input coupled to the energy storage device and an output for outputting a motor drive signal to the electric motor; and means for sensing a characteristic of the electric motor operating in response to the motor drive signal; characterized in that the system further comprises: a controller for receiving the sensed characteristic and outputting an energy management signal to the first regulator in response to the sensed characteristic, wherein the energy management signal comprises a time variant signal as a function of at least one of (i) motor speed and (ii) back EMF determined via the sensed characteristic, and wherein the first regulator is responsive to the energy management signal for dynamically regulating the DC link voltage to maintain substantially constant an energy balance that comprises a sum of (a) at least one of rotational and linear kinetic energy of the electric motor and (b) energy stored in the energy storage device. a first regulator having an input for receiving an input voltage and an output for outputting a DC link voltage; an energy storage device coupled to the output of the first regulator; a second regulator having an input coupled to the energy storage device and an output for outputting a motor drive signal to the electric motor; and means for sensing a characteristic of the electric motor operating in response to the motor drive signal;
A driving unit for a portable drug infusion device, comprising an electric motor operated by a battery and controlled by a programmable electronic controller, and a mechanical assembly (21, 27, 28, 40) arranged to convert the rotary motion of the motor into a linear motion and to impart said linear motion to the plunger of a syringe, said mechanical assembly (21, 27, 28, 40) including a toothed crown gear driven by a pinion gear integral with a shaft of the motor, and an axially sliding rod carrying, at a front end, a pusher associated with the plunger, wherein said syringe is mounted outside a body housing the driving unit and said rod moves, during its sliding motion, between the inside of the body and the inside of the syringe, and wherein said rod is a hollow rod having a smooth external surface and an axial cavity housing an externally threaded stem integral in rotation with said toothed crown gear, and having a rear end portion provided with an internal thread arranged to mesh with the external thread of said stem, characterized in that a rear- end of said threaded stem is rounded and abuts against the bottom of a seat formed in a support member associated with a rear base of said body and in that said rear end cooperates with a pressure sensor, connected to a signalling device, for detecting and signalling to the patient an irregular increase in the thrust applied to said rod because of a possible occlusion along the flow line of the drug from the syringe.
A method for controlling the establishment of a connection within a transport network, said method comprising, receiving within a first node of said network located on a path of said connection, a first signaling message for establishing said connection for the transport of a signal within said transport network, processing said first signaling message to extract from it the information needed to identify a switching state for a transport switch of said first node, ordering said transport switch to configure said transport switch in said switching state, estimating a first piece of time information regarding the configuration of said transport switch, generating a second.signaling message, said second signaling message comprising said first time information for enabling a second node of the network to determine a configuration end date of said transport switch, and transmitting said second signaling message to said second node of said transport network.
A method for paging, comprising: sending, by a terminal device, movement information of the terminal device to an access network device; and receiving, by the terminal device, a target paging area where the access network device initiates paging to the terminal device, wherein the target paging area is determined by the access network device based on the movement information; the method is characterised in that the movement information comprises time information, and the time information is used for indicating information of absolute time when the terminal device camps on each serving cell during a movement process of the terminal device in a previous radio resource control, RRC, inactive state; wherein the information of the absolute time is a time length which is relative to initial reference absolute time and is recorded when the terminal device performs cell reselection during the movement process. sending, by a terminal device, movement information of the terminal device to an access network device; and receiving, by the terminal device, a target paging area where the access network device initiates paging to the terminal device, wherein the target paging area is determined by the access network device based on the movement information; the method is characterised in that the movement information comprises time information, and the time information is used for indicating information of absolute time when the terminal device camps on each serving cell during a movement process of the terminal device in a previous radio resource control, RRC, inactive state; wherein the information of the absolute time is a time length which is relative to initial reference absolute time and is recorded when the terminal device performs cell reselection during the movement process.
A hygrometer for measuring a relative humidity of a measurement space that is spaced from an external space by a heat-insulating part which is used for the measuring, the external space having a temperature lower than that of the measurement space, the heat-insulating part having a through-hole, the hygrometer comprising: a main body part configured by a heat pipe or a meandering capillary tube type heat pipe or an oscillating heat pipe, said main body part being configured to encapsulate a working fluid therein and to cause a heat-pipe phenomenon when said main body part is, through the through-hole, disposed across the measurement space and the external space; first temperature deriving means configured to derive a temperature of the main body part in a section where the working fluid evaporates when said main body part is, through the through-hole, disposed across the measurement space and the external space; a space temperature detecting unit configured to detect a temperature of the measurement space; and a computation unit configured to calculate the relative humidity of the measurement space based on the temperature of the main body part derived by the first temperature deriving means and the temperature detected by the space temperature detecting unit. a main body part configured by a heat pipe or a meandering capillary tube type heat pipe or an oscillating heat pipe, said main body part being configured to encapsulate a working fluid therein and to cause a heat-pipe phenomenon when said main body part is, through the through-hole, disposed across the measurement space and the external space; first temperature deriving means configured to derive a temperature of the main body part in a section where the working fluid evaporates when said main body part is, through the through-hole, disposed across the measurement space and the external space; a space temperature detecting unit configured to detect a temperature of the measurement space; and a computation unit configured to calculate the relative humidity of the measurement space based on the temperature of the main body part derived by the first temperature deriving means and the temperature detected by the space temperature detecting unit.
A security door leaf assembly (102; 104), comprising: a leaf frame structure, having at least a top rail member, a bottom rail member, a hinge stile member and a lock stile member; at least one inner leaf panel, mountable to a first side of said leaf frame structure; at least one outer leaf panel, mountable to a second side of said leaf frame structure, that is opposite to said first side; at least one first upgrade cavity (122; 123, 125), formed by said leaf frame structure, said at least one inner leaf panel and said at least one outer leaf panel, characterized by provision of: at least one first security-upgrade liner, and in that: said at least one inner leaf panel is removably mountable to the first side of said leaf frame structure and said at least one outer leaf panel is removably mountable to the second side of said leaf frame structure whereby the first upgrade cavity is accessible via said at least one inner and/or outer leaf panel and adapted to receive and operatively affix said at least one first security-upgrade liner (128, 130); and at least one first liner mount is provided adapted to mount said at least one first security-upgrade liner in a predetermined position within said at least one first upgrade cavity (122; 123, 125). a leaf frame structure, having at least a top rail member, a bottom rail member, a hinge stile member and a lock stile member; at least one inner leaf panel, mountable to a first side of said leaf frame structure; at least one outer leaf panel, mountable to a second side of said leaf frame structure, that is opposite to said first side; at least one first upgrade cavity (122; 123, 125), formed by said leaf frame structure, said at least one inner leaf panel and said at least one outer leaf panel, characterized by provision of: at least one first security-upgrade liner, and in that: said at least one inner leaf panel is removably mountable to the first side of said leaf frame structure and said at least one outer leaf panel is removably mountable to the second side of said leaf frame structure whereby the first upgrade cavity is accessible via said at least one inner and/or outer leaf panel and adapted to receive and operatively affix said at least one first security-upgrade liner (128, 130); and at least one first liner mount is provided adapted to mount said at least one first security-upgrade liner in a predetermined position within said at least one first upgrade cavity (122; 123, 125). said at least one inner leaf panel is removably mountable to the first side of said leaf frame structure and said at least one outer leaf panel is removably mountable to the second side of said leaf frame structure whereby the first upgrade cavity is accessible via said at least one inner and/or outer leaf panel and adapted to receive and operatively affix said at least one first security-upgrade liner (128, 130); and at least one first liner mount is provided adapted to mount said at least one first security-upgrade liner in a predetermined position within said at least one first upgrade cavity (122; 123, 125).
Plug connection comprising two tubular workpieces (1, 2) made of concrete and each comprising an inner liner made of synthetic material, one of the tubular workpieces forming a tip end and the other forming a socket end receiving the tip end, wherein the circumferential edge of the inner liners is connected to circumferential sealing flanges which engage over the end surface of the tip end or the socket face, a joint seal being provided between the sealing flanges, characterised in that the inner liners are provided on the end side with a circumferential, elastomeric angular profile (8, 9) which receives the circumferential edge of the inner liner in an end-side profile groove of its axis-parallel limb, and the axis-normal limb thereof forms the sealing flange, and in that the edge of the inner liner engaging into the profile groove extends in a radially outwardly offset manner with respect to the adjoining section of the inner liner by the thickness of a groove wall of the end-side profile groove facing away from the concrete body of the workpieces (1, 2).
The use of an alkaline earth metal salt of an acidic chelating agent including an amine functionality to improve the stability of a peroxide bleaching agent to a greater extent than would be achieved using an equivalent amount of the same chelating agent as the free acid or an alkali metal salt thereof; wherein the salt comprises at least 0.25 mole of an alkaline earth metal per mole of acidic protons provided by the chelating agent; and wherein the acidic chelating agent is iminodisuccinic acid.
A radiation detector comprising: a radiation detection portion for detecting radiations and producing an output signal; a first differential filter portion having a time constant and operative to differentiate the output signal from the radiation detection portion for converting the signal into a first pulsed signal; a second differential filter portion having a time constant shorter than the time constant of the first differential filter portion and operative to differentiate the output signal from the radiation detection portion for converting the signal into a second pulsed signal; a third differential filter portion having a time constant longer than the time constant of the second differential filter portion and shorter than the time constant of the first differential filter portion and operative to differentiate the output signal from the radiation detection portion for converting the signal into a third pulsed signal; an event detection portion for outputting an event signal in response to the second and third pulsed signals; a pileup detection portion for outputting a pileup signal in response to a ratio between a pulse height of the second pulsed signal and a pulse height of the third pulsed signal; and a pulse height detection portion operative to start detection of the pulse height of the first pulsed signal in response to the event signal and to output a detection signal containing information about the pulse height of the first pulsed signal; wherein said pulse height detection portion stops from outputting the detection signal in response to the pileup signal. a radiation detection portion for detecting radiations and producing an output signal; a first differential filter portion having a time constant and operative to differentiate the output signal from the radiation detection portion for converting the signal into a first pulsed signal; a second differential filter portion having a time constant shorter than the time constant of the first differential filter portion and operative to differentiate the output signal from the radiation detection portion for converting the signal into a second pulsed signal; a third differential filter portion having a time constant longer than the time constant of the second differential filter portion and shorter than the time constant of the first differential filter portion and operative to differentiate the output signal from the radiation detection portion for converting the signal into a third pulsed signal; an event detection portion for outputting an event signal in response to the second and third pulsed signals; a pileup detection portion for outputting a pileup signal in response to a ratio between a pulse height of the second pulsed signal and a pulse height of the third pulsed signal; and a pulse height detection portion operative to start detection of the pulse height of the first pulsed signal in response to the event signal and to output a detection signal containing information about the pulse height of the first pulsed signal; wherein said pulse height detection portion stops from outputting the detection signal in response to the pileup signal.
A process for producing protein microparticles, comprising: atomizing an aqueous protein solution containing a protein and water to form liquid droplets; collecting the droplets in a mixed dehydration solvent that absorbs water to generate the protein microparticles. atomizing an aqueous protein solution containing a protein and water to form liquid droplets; collecting the droplets in a mixed dehydration solvent that absorbs water to generate the protein microparticles.
A method performed by a wireless device (12, 900) in a wireless communication system, the method comprising: performing channel coding on information bits of uplink control information, UCI, wherein the information bits of the UCI include hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits for serving cells, and wherein a number of information bits of the UCI is determined based on a number of the serving cells and a number of codewords for each of the serving cells; and transmitting the information bits of the UCI on which the channel coding is performed to a base station on a physical uplink control channel, PUCCH, wherein the serving cells correspond to configured downlink components carriers, DL CCs. performing channel coding on information bits of uplink control information, UCI, wherein the information bits of the UCI include hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits for serving cells, and wherein a number of information bits of the UCI is determined based on a number of the serving cells and a number of codewords for each of the serving cells; and transmitting the information bits of the UCI on which the channel coding is performed to a base station on a physical uplink control channel, PUCCH, wherein the serving cells correspond to configured downlink components carriers, DL CCs.