mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement comprising at least one sensor, in particular temperature sensor, a measurement unit, in particular temperature measurement unit, comprising measurement electronics, and a data entry and communication unit, wherein the at least one sensor is connectable with the measurement unit via a first cable connection and the measurement unit is connectable with the data entry and communication unit via a second cable connection, wherein the first cable connection is divided into a first cable section and a second cable section, wherein the first cable section is connectable with the second cable section by means of a releasable plug connection, wherein the plug connection has a male connector and a female connector, wherein the male connector is associated with the first cable section and the female connector is associated with the second cable section, and the sensor arrangement has at least one calibration connector, wherein the at least one calibration connector is releasably connectable with the female connector of the plug connection, wherein the data entry and communication unit has a storage unit for the display and intermediate storage of information, and wherein the storage unit is provided for the storage of calibration data, wherein the sensor arrangement is oriented in such a manner that a transfer of respectively relevant calibration data from a connectable storage medium to the storage unit automatically initiates the start of a corresponding calibration process, with which a calibration of a residual system consisting of the second cable connection, the measurement unit and the data entry and communication unit occurs on the basis of the respective relevant calibration data after the sensor together with the first cable section and the male connector is separated from the female connector, and the at least one calibration connector is connected with the female connector of the plug connection.
A control method of a printing device having a print unit configured to print on a recording medium, a first communication unit configured to receive data, a first receive buffer configured to store data received by the first communication unit, a second communication unit configured to receive data, and a second receive buffer configured to store data received by the second communication unit, the control method comprising: switching a target buffer for processing between the first receive buffer and the second receive buffer; controlling the print unit based on data stored in the buffer set as the target buffer; changing the target buffer from the first receive buffer to the second receive buffer when the target buffer is the first receive buffer and control of the print unit based on data stored in the first receive buffer goes to a specific state; and resetting the target buffer to the first receive buffer when control of the print unit based on data stored in the second receive buffer ends, characterized by further comprising: controlling the print unit using a settings file based on data stored in the buffer that is set as the target buffer; resetting the settings file when the target buffer changes from the first receive buffer to the second receive buffer; and restoring the settings file when the target buffer changes from the second receive buffer to the first receive buffer. switching a target buffer for processing between the first receive buffer and the second receive buffer; controlling the print unit based on data stored in the buffer set as the target buffer; changing the target buffer from the first receive buffer to the second receive buffer when the target buffer is the first receive buffer and control of the print unit based on data stored in the first receive buffer goes to a specific state; and resetting the target buffer to the first receive buffer when control of the print unit based on data stored in the second receive buffer ends, characterized by further comprising: controlling the print unit using a settings file based on data stored in the buffer that is set as the target buffer; resetting the settings file when the target buffer changes from the first receive buffer to the second receive buffer; and restoring the settings file when the target buffer changes from the second receive buffer to the first receive buffer. controlling the print unit using a settings file based on data stored in the buffer that is set as the target buffer; resetting the settings file when the target buffer changes from the first receive buffer to the second receive buffer; and restoring the settings file when the target buffer changes from the second receive buffer to the first receive buffer.
An ink-jet recording method comprising: providing a first ink on a recording medium; and applying a second ink on top of the first ink, wherein each of the first ink and the second ink are contained in an ink set, the first ink is a white ink, and each of the first and the second ink independently comprise: a coloring agent; a surfactant; one or more organic solvents; a resin; and water, wherein the content of the surfactant in the first ink and the second ink is independently from 1 to 5 mass% with respect to the total mass % of each of the first and second inks, wherein the surface tension of each of the first and second inks is independently in a range of 15-30 mN/m, and characterised in that: the mix SP value of the one or more organic solvents and the water included in the first ink is larger than the mix SP value of the one or more organic solvents and the water included in the second ink. providing a first ink on a recording medium; and applying a second ink on top of the first ink, wherein each of the first ink and the second ink are contained in an ink set, the first ink is a white ink, and each of the first and the second ink independently comprise: a coloring agent; a surfactant; one or more organic solvents; a resin; and water, a coloring agent; a surfactant; one or more organic solvents; a resin; and water, wherein the content of the surfactant in the first ink and the second ink is independently from 1 to 5 mass% with respect to the total mass % of each of the first and second inks, wherein the surface tension of each of the first and second inks is independently in a range of 15-30 mN/m, and characterised in that: the mix SP value of the one or more organic solvents and the water included in the first ink is larger than the mix SP value of the one or more organic solvents and the water included in the second ink.
A refrigeration compressor which comprises a shell containing lubricant oil and carrying a cylinder block journalling a crankshaft; an electric motor having a stator affixed to the cylinder block and a rotor mounted around the crankshaft; and an oil pump coupled to the crankshaft and having: a tubular sleeve having an upper tubular portion affixed to one of the parts of crankshaft and rotor; a pump body disposed in the interior of the tubular sleeve and having a lower end portion carried by the assembly defined by the cylinder block and stator, so as to be freely displaced in the interior of the tubular sleeve in radial directions orthogonal to the rotation axis of the rotor and rotatively locked in relation to the rotor; a fixation rod having an upper portion mounted to one of the parts of cylinder block and stator, and a lower portion around which a lower end portion of the pump body is axially retained and slidably mounted, according to a direction orthogonal and coplanar to the rotation axis of the rotor, where the upper portion of the fixation rod is mounted to one of the parts of cylinder block and stator in a manner that allows rotational movement of the fixation rod around an articulation axis which is orthogonal and coplanar to the rotation axis of the rotor and the lower portion of the pump body is provided with a through-hole having an axis orthogonal and coplanar to the rotation axis of the rotor, and the lower portion of the fixation rod being slidably mounted through the through-hole and being angularly and freely displaced according to a direction orthogonal to said articulation axis and the fixation rod presents a U-shape having a pair of side legs, whose upper ends (41 a) define the upper portion of the fixation rod and whose lower ends (41 b) are connected by a base leg which defines the lower portion of the fixation rod, characterized in that the side legs of the fixation rod have their upper ends (41 a) each incorporating an articulation shaft portion, the two articulation shaft portions being mounted in respective bearings carried by one of the parts of cylinder block and stator, according to the articulation axis.
Biotin for use thereof in the treatment or prevention of hepatic encephalopathy wherein the daily amount of biotin administered to the patient is at least 200 mg, and wherein the hepatic encephalopathy is a type C hepatic encephalopathy.
A material, in particular an active material for an electrode of a galvanic element, - comprising one or more compounds of the composition Me x Cu n-x/2 P 2 O 5+n, - wherein the following applies: - Me is a monovalent metal, for example silver, - 1 < x < 6, - 1 < n < 6, and - n > x, further comprising one or more compounds of the composition Cu m P 2 O 5+m, wherein: 1 < m < 6. - comprising one or more compounds of the composition Me x Cu n-x/2 P 2 O 5+n, - wherein the following applies: - Me is a monovalent metal, for example silver, - 1 < x < 6, - 1 < n < 6, and - n > x,
A method, in a network node, for arranging a synchronization service for a target network access node, comprising: receiving a service request from the target network access node for a synchronization service to be provided to the target network access node, wherein the service request comprises service information related to the synchronization needs of the target network access node; selecting a synchronization source node from among a plurality of candidate synchronization source nodes, responsive to the service request, wherein the selecting of the synchronization source node is based on the service information; negotiating with the synchronization source node to establish the synchronization service to be used for the target network access node; and sending a response towards the target network access node regarding the synchronization service to be provided by the synchronization source node. receiving a service request from the target network access node for a synchronization service to be provided to the target network access node, wherein the service request comprises service information related to the synchronization needs of the target network access node; selecting a synchronization source node from among a plurality of candidate synchronization source nodes, responsive to the service request, wherein the selecting of the synchronization source node is based on the service information; negotiating with the synchronization source node to establish the synchronization service to be used for the target network access node; and sending a response towards the target network access node regarding the synchronization service to be provided by the synchronization source node.
A method for uplink synchronization of a first transceiver and a second transceiver in a multi-user cellular communication system, the method comprises the steps of: transmitting, by the second transceiver, a first signature sequence to the first transceiver, wherein said first signature sequence is selected from a first set of signature sequences, characterized in the first signature sequence is a sequence from a set of zero-correlation zone sequences; the method further comprises: receiving, by the second transceiver, a reference representing a particular set of signature sequences, wherein the reference is used for retrieving the signature sequence set scheme to be used; wherein the set of zero-correlation zone sequences is constructed by using a Zadoff-Chu sequence, the Zadoff-Chu sequence being: a k = { W N k 2 / 2 + qk, N even W N k k + 1 / 2 + qk, N odd, k=0, 1,..., N-1, q is any integer, where W N =exp(-j2πr/N), r is relatively prime to N, and r is corresponding to the reference. transmitting, by the second transceiver, a first signature sequence to the first transceiver, wherein said first signature sequence is selected from a first set of signature sequences, characterized in the first signature sequence is a sequence from a set of zero-correlation zone sequences; the method further comprises: receiving, by the second transceiver, a reference representing a particular set of signature sequences, wherein the reference is used for retrieving the signature sequence set scheme to be used; wherein the set of zero-correlation zone sequences is constructed by using a Zadoff-Chu sequence, the Zadoff-Chu sequence being: a k = { W N k 2 / 2 + qk, N even W N k k + 1 / 2 + qk, N odd, k=0, 1,..., N-1, q is any integer, where W N =exp(-j2πr/N), r is relatively prime to N, and r is corresponding to the reference. receiving, by the second transceiver, a reference representing a particular set of signature sequences, wherein the reference is used for retrieving the signature sequence set scheme to be used; wherein the set of zero-correlation zone sequences is constructed by using a Zadoff-Chu sequence, the Zadoff-Chu sequence being: a k = { W N k 2 / 2 + qk, N even W N k k + 1 / 2 + qk, N odd, k=0, 1,..., N-1, q is any integer, where W N =exp(-j2πr/N), r is relatively prime to N, and r is corresponding to the reference.
A cutting device for surgical or dental use comprising a motor and a handpiece equipped with a transmission module for a cutting tool, said motor being detachably connected to said handpiece, said transmission module comprising: - a motor coupling part arranged to be rotated by said motor; - a kinematic chain transforming said rotary movement of said motor into a first linear reciprocating movement of a blade holder via a rotary transmission shaft provided with an eccentric, said transmission module being characterized in that it further comprises a counter-mass arranged so as to be displaced according to a second linear reciprocating movement synchronized with said first linear reciprocating movement of said blade holder, and in the opposite direction to the latter. - a motor coupling part arranged to be rotated by said motor; - a kinematic chain transforming said rotary movement of said motor into a first linear reciprocating movement of a blade holder via a rotary transmission shaft provided with an eccentric,
A fibre suitable for incorporation into a paper product for use in counterfeit protection and having a plurality of regions (4, 6, 8, 10, 12; 16, 18, 20, 22, 24) on front and rear sides of said fibre, wherein said regions are coloured and the colours are visible only under ultra-violet light, wherein said regions are formed by applying print.
A distal head assembly for a bipolar instrument, the head assembly comprising a receiving frame comprising a first lateral arm and a second lateral arm that define therebetween a receiving portion, a transmitting piece movably arranged at the receiving portion, a movable jaw arrangement comprising a first jaw and a second jaw, and a retaining bracket arranged to engage the receiving frame, wherein the jaw arrangement is pivotably mounted to the receiving frame in a snap-on mounting fashion, and wherein the retaining bracket, in the mounted state, engages the receiving frame and secures the mounted state of the jaw arrangement, characterized in that the retaining bracket is arranged as a frontal locking bracket that is arranged to be attached to a frontal end of the receiving frame to secure the snap-on mounting of the jaw arrangement.
A system for monitoring usage of a medication container having a plurality of medication-containing cells, comprising: an electrical circuit including a plurality of sequential value elements electrically coupled in parallel between ground and a single port, with each sequential value element being configured for association with a different one of said plurality of medication-containing cells and having a unique value; and a wireless supply, to provide power such that a separate power source is omitted; and a plurality of frangible sections, with each frangible section being configured for association with a different one of said plurality of medication-containing cells and a different one of said plurality of sequential value elements, wherein each frangible section is configured to be broken to access medication within the associated cell and to electrically uncouple the associated sequential value element from the electrical circuit; and a measurement device associated with the port and programmed to calculate the combined value of the sequential value elements electrically coupled to the electrical circuit and, based on the combined value, determine which of the cells have been accessed via breakage of the associated frangible section. an electrical circuit including a plurality of sequential value elements electrically coupled in parallel between ground and a single port, with each sequential value element being configured for association with a different one of said plurality of medication-containing cells and having a unique value; and a wireless supply, to provide power such that a separate power source is omitted; and a plurality of frangible sections, with each frangible section being configured for association with a different one of said plurality of medication-containing cells and a different one of said plurality of sequential value elements, wherein each frangible section is configured to be broken to access medication within the associated cell and to electrically uncouple the associated sequential value element from the electrical circuit; and a measurement device associated with the port and programmed to calculate the combined value of the sequential value elements electrically coupled to the electrical circuit and, based on the combined value, determine which of the cells have been accessed via breakage of the associated frangible section.
A radio frequency receiving link, comprising: an input unit, configured to input a first input signal; a clock unit, configured to generate a local oscillator signal; a receiving link frequency-mixing unit, configured to obtain the first input signal and the local oscillator signal, and generate a first frequency-mixing signal according to the first input signal and the local oscillator signal; and a calibration unit, configured to obtain first direct current offset information of the radio frequency receiving link, wherein the first direct current offset information is direct current offset information in the radio frequency receiving link when the receiving link frequency-mixing unit generates the first frequency-mixing signal; wherein the receiving link frequency-mixing unit is further configured to obtain a second input signal and generate a second frequency-mixing signal according to the second input signal and the local oscillator signal, wherein the second input signal is input by the input unit and comprises the first input signal and the local oscillator signal; the calibration unit is further configured to obtain second direct current offset information of the radio frequency receiving link, and perform frequency calibration for the radio frequency receiving link according to the first direct current offset information and the second direct current offset information, wherein the second direct current offset information is direct current offset information in the radio frequency receiving link when the receiving link frequency-mixing unit generates the second frequency-mixing signal. an input unit, configured to input a first input signal; a clock unit, configured to generate a local oscillator signal; a receiving link frequency-mixing unit, configured to obtain the first input signal and the local oscillator signal, and generate a first frequency-mixing signal according to the first input signal and the local oscillator signal; and a calibration unit, configured to obtain first direct current offset information of the radio frequency receiving link, wherein the first direct current offset information is direct current offset information in the radio frequency receiving link when the receiving link frequency-mixing unit generates the first frequency-mixing signal; wherein the receiving link frequency-mixing unit is further configured to obtain a second input signal and generate a second frequency-mixing signal according to the second input signal and the local oscillator signal, wherein the second input signal is input by the input unit and comprises the first input signal and the local oscillator signal; the calibration unit is further configured to obtain second direct current offset information of the radio frequency receiving link, and perform frequency calibration for the radio frequency receiving link according to the first direct current offset information and the second direct current offset information, wherein the second direct current offset information is direct current offset information in the radio frequency receiving link when the receiving link frequency-mixing unit generates the second frequency-mixing signal.
A number plate holder suitable to be coupled to a number plate comprising: - a perimetric rim formed by a first edge, which is upper in use, a second edge, which is lower in use, and two third edges (32, 33), which are lateral in use; - a central plate portion delimited by said perimetric rim and comprising a first face adapted to be coupled to said number plate and a second face, opposite to said first face, adapted to be coupled to a vehicle; and - a damping element, which is made of damping material; said damping element comprising: - a first portion and a second portion, arranged respectively on said first and second faces (4a, 4b), at said central portion; characterised in that said damping element comprises, in addition, a third portion, arranged around the whole perimetric rim. - a perimetric rim formed by a first edge, which is upper in use, a second edge, which is lower in use, and two third edges (32, 33), which are lateral in use; - a central plate portion delimited by said perimetric rim and comprising a first face adapted to be coupled to said number plate and a second face, opposite to said first face, adapted to be coupled to a vehicle; and - a damping element, which is made of damping material; - a first portion and a second portion, arranged respectively on said first and second faces (4a, 4b), at said central portion;