mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration system comprising: multiple containers (1A, 1B, 1C) joined together to form a storage, the multiple containers (1A, 1B, 1C) each including a refrigeration apparatus, wherein the refrigeration apparatuses of the containers (1A, 1B, 1C) each include a control unit (51, 61, 71) and a communication unit (52, 62, 72), the communication units (52, 62, 72) of the refrigeration apparatuses of the containers (1A, 1B, 1C) are configured so that the refrigeration apparatuses of the containers (1A, 1B, 1C) connect and communicate with each other, the control unit of one of the refrigeration apparatuses of the containers (1A, 1B, 1C) is set to a main control unit, the control unit (61, 71) of a remaining one of the refrigeration apparatuses is set to a slave control unit, the communication units (52, 62, 72) in the refrigeration apparatuses of the containers (1A, 1B, 1C) allow the main control unit and the slave control unit (61, 71) to communicate with each other, characterized in that the containers (1A,1B,1C) when joined together define a single accommodation space S, and in that when a defrosting operation is performed, the main control unit sends time information of a clock to the slave control unit (61, 71) and causes the refrigeration apparatuses of the containers (1A, 1B, 1C) to operate in synchronization with each other based on the time information of the clock. multiple containers (1A, 1B, 1C) joined together to form a storage, the multiple containers (1A, 1B, 1C) each including a refrigeration apparatus, wherein the refrigeration apparatuses of the containers (1A, 1B, 1C) each include a control unit (51, 61, 71) and a communication unit (52, 62, 72), the communication units (52, 62, 72) of the refrigeration apparatuses of the containers (1A, 1B, 1C) are configured so that the refrigeration apparatuses of the containers (1A, 1B, 1C) connect and communicate with each other, the control unit of one of the refrigeration apparatuses of the containers (1A, 1B, 1C) is set to a main control unit, the control unit (61, 71) of a remaining one of the refrigeration apparatuses is set to a slave control unit, the communication units (52, 62, 72) in the refrigeration apparatuses of the containers (1A, 1B, 1C) allow the main control unit and the slave control unit (61, 71) to communicate with each other, characterized in that the containers (1A,1B,1C) when joined together define a single accommodation space S, and in that when a defrosting operation is performed, the main control unit sends time information of a clock to the slave control unit (61, 71) and causes the refrigeration apparatuses of the containers (1A, 1B, 1C) to operate in synchronization with each other based on the time information of the clock.
Optoelectronic oscillator which comprises a laser source which is intended to transmit a signal and a closed optoelectronic loop which is capable of oscillating the signal transmitted at a basic frequency f 0 or at one or the harmonics thereof, the closed loop comprising an optoelectronic modulator of the laser source, an optical fibre which is capable of generating a delay, a photodetector which is connected to this optical fibre, means for filtering one of the oscillation frequencies, a coupler/divider which is connected to the output (S') of the oscillator, furthermore: - the laser source is an optical bi-frequency laser having two sections, one designated the first section (1'a) being capable of transmitting an optical signal having frequency v1, the other designated the second section (1'b) being capable of transmitting an optical signal having frequency v2, - the photodetector is a photo mixer, that is to say, which is capable of detecting optical signals having frequency v1 and v2 and providing at the output an electrical signal having frequency F = |v1 - v2|, - the modulator is connected to the first section (1'a) but not to the second section, the optoelectronic oscillator being characterised - in that the basic frequency f 0 of the electrical oscillation is equal to the inverse of the propagation time along said closed loop, and - in that the bi-frequency laser, the optical fibre, the photo mixer photodetector and the modulator of the first section are configured so that there is obtained at the output of the oscillator an electrical signal which results from a signal in the form of harmonics which are centred at k.f 0 and which are generated by the closed loop multiplied by a frequency signal F, k being a positive or negative natural number, thus producing the filtering means of an oscillation frequency. - the laser source is an optical bi-frequency laser having two sections, one designated the first section (1'a) being capable of transmitting an optical signal having frequency v1, the other designated the second section (1'b) being capable of transmitting an optical signal having frequency v2, - the photodetector is a photo mixer, that is to say, which is capable of detecting optical signals having frequency v1 and v2 and providing at the output an electrical signal having frequency F = |v1 - v2|, - the modulator is connected to the first section (1'a) but not to the second section, - in that the basic frequency f 0 of the electrical oscillation is equal to the inverse of the propagation time along said closed loop, and - in that the bi-frequency laser, the optical fibre, the photo mixer photodetector and the modulator of the first section are configured so that there is obtained at the output of the oscillator an electrical signal which results from a signal in the form of harmonics which are centred at k.f 0 and which are generated by the closed loop multiplied by a frequency signal F, k being a positive or negative natural number, thus producing the filtering means of an oscillation frequency.
A resource allocation method, comprising: Receiving, by a terminal, first uplink power control common configuration information of a first cell and second uplink power control common configuration information of a second cell from a first base station, the first cell being a cell served by the first base station, the second cell being a cell served by a second base station; acquiring, by the terminal, power headroom report -PHR-information according to the first and the second uplink power control common configuration information; and sending, by the terminal, the PHR information to the first base station. Receiving, by a terminal, first uplink power control common configuration information of a first cell and second uplink power control common configuration information of a second cell from a first base station, the first cell being a cell served by the first base station, the second cell being a cell served by a second base station; acquiring, by the terminal, power headroom report -PHR-information according to the first and the second uplink power control common configuration information; and sending, by the terminal, the PHR information to the first base station.
A soil working device for creating a substantially vertically running hole in the ground, which hole is provided with a slurry, said soil working device having - a basic body, - a connection apparatus which is arranged at an upper end region of the basic body, and - a soil removal apparatus and/or a soil displacement apparatus which is arranged at a lower end region of the basic body, characterised in that at a lower region of the basic body a first pressure measuring apparatus for measuring a first ambient pressure under the soil working device is arranged, and that at an upper region of the basic body, which is vertically spaced apart from the lower region, a second pressure measuring apparatus for measuring a second ambient pressure is arranged. said soil working device having - a basic body, - a connection apparatus which is arranged at an upper end region of the basic body, and - a soil removal apparatus and/or a soil displacement apparatus which is arranged at a lower end region of the basic body, - a basic body, - a connection apparatus which is arranged at an upper end region of the basic body, and - a soil removal apparatus and/or a soil displacement apparatus which is arranged at a lower end region of the basic body, characterised in that at a lower region of the basic body a first pressure measuring apparatus for measuring a first ambient pressure under the soil working device is arranged, and that at an upper region of the basic body, which is vertically spaced apart from the lower region, a second pressure measuring apparatus for measuring a second ambient pressure is arranged.
A method for the digital transmission of periodically detected position values of a moving object having inertial mass, wherein the respective position value is characterised by at least two values, in particular partial angle value and subangle value and/or fine angle value, in particular digital values, wherein the first value is able to be characterised with a whole number, and a range of position values is associated with each number, wherein partial ranges of this range of position values which are separate from each other are associated with each range of position values which is characterised by a first value, wherein each of these partial ranges is characterised by a second value which can be characterised as a whole number, wherein a first position value is detected at a first point in time and the first and second values associated with the first position value are transmitted, characterised in that (i) a further position value is detected and the second value which is associated with this further position value, hence is newly detected, is transmitted, (ii) whereupon the range of position values characterised by the first value is determined from the newly detected second value of the further position value and the previously detected second value of the first position value, i.e. thus also the first value associated with the newly detected further position value. (i) a further position value is detected and the second value which is associated with this further position value, hence is newly detected, is transmitted, (ii) whereupon the range of position values characterised by the first value is determined from the newly detected second value of the further position value and the previously detected second value of the first position value, i.e. thus also the first value associated with the newly detected further position value.
A receiver circuit, comprising a common source or common emitter low-noise amplifier, LNA, circuit for amplifying signals at an operating frequency f in the receiver circuit, comprising: - an input transistor arranged to, in operation, be biased to have a transconductance g m at the operating frequency f, and having a first terminal, which is a gate or base terminal, operatively connected to an input terminal of the LNA circuit; - a shunt-feedback capacitor operatively connected between the first terminal of the input transistor and a second terminal, which is a drain or collector terminal, of the input transistor; and - an output capacitor operatively connected between the second terminal of the input transistor and an output terminal of the LNA circuit; wherein - the output capacitor has a capacitance value C L < g m / f; and a termination circuit with a current input terminal connected to the output terminal of the LNA circuit; wherein the termination circuit is or comprises a common-base amplifier, a common-gate amplifier, a trans-impedance amplifier, a feedback-connected operational amplifier with a virtual-ground node as current input terminal, a transformer, or a current-mode mixer. - an input transistor arranged to, in operation, be biased to have a transconductance g m at the operating frequency f, and having a first terminal, which is a gate or base terminal, operatively connected to an input terminal of the LNA circuit; - a shunt-feedback capacitor operatively connected between the first terminal of the input transistor and a second terminal, which is a drain or collector terminal, of the input transistor; and - an output capacitor operatively connected between the second terminal of the input transistor and an output terminal of the LNA circuit; wherein - the output capacitor has a capacitance value C L < g m / f; and
A hand apparatus, in particular for dental purposes, for dispensing a pasty filler mass, the viscosity of which can be reduced by supplying vibration energy, having an apparatus housing, having a container for the pasty filler mass, having an exit nozzle communicating with the container, having a vibration-generator, and having pressure-production means for exerting pressure on the pasty filler mass, wherein the vibration-generator and the container are mounted movably with respect to the apparatus housing and are vibration-coupled with each other by way of an oscillation part, characterised in that the oscillation part has a receiving chamber for the container that is accessible from the fore, and a pressure piston, which can be acted upon pneumatically, is mounted displaceably in the receiving chamber of the oscillation part, wherein the container can be brought from the fore into the receiving chamber.
A polysiloxane vinylic crosslinker, comprising: a polysiloxane segment comprising dimethylsiloxane units and aryl-containing siloxane unit having one methyl substituent and one organic substituent having up to 45 carbon atoms and at least one aryl moiety which is linked to Si atom through a linker having at least 2 carbon atoms; and ethylenically-unsaturated groups. a polysiloxane segment comprising dimethylsiloxane units and aryl-containing siloxane unit having one methyl substituent and one organic substituent having up to 45 carbon atoms and at least one aryl moiety which is linked to Si atom through a linker having at least 2 carbon atoms; and ethylenically-unsaturated groups.
A method of producing an extracellular matrix composition, comprising in order: decellularizing a tissue to produce decellularized ECM; freezing the ECM; lyophilizing the ECM; rehydrating the ECM; and drying the ECM at a temperature of 40°C to 70°C to produce said ECM composition, wherein said method does not comprise modification of the ECM with a protease. decellularizing a tissue to produce decellularized ECM; freezing the ECM; lyophilizing the ECM; rehydrating the ECM; and drying the ECM at a temperature of 40°C to 70°C to produce said ECM composition, wherein said method does not comprise modification of the ECM with a protease.
Threaded joint for oil and gas pipes, the joint comprising a female part and a male part, wherein a coupling direction between the male part and the female part and a coupling configuration are defined, the male part having a nose, wherein the female part is a joint tubular body comprising a coupling section which internal surface is threaded, the axis of the tubular body having the coupling direction, a seal section which prolongs the coupling section in the coupling direction with a decreasing diameter in the coupling direction, the seal section having an internal sealing surface and a shoulder at the end of the seal section for abutting the nose of the male part in the coupling configuration and wherein the male part comprises a tubular body which comprises a first section which external surface is threaded and which is complementary to the threaded internal surface of the female part, a second sealing section comprising a seal surface which in the coupling configuration cooperates with the seal surface of the female part for sealing the joint, wherein, - the internal sealing surface of the female part is made of conical sections (S121, S122); - the seal surface of the male part comprises a proximal portion closer to the first section and a distal portion closer to the end; - the proximal portion having a conical surface which forms, in the coupling configuration, a first seal with one of the conical sections of the internal sealing surface of the female part; - the distal portion having a convex surface which forms, in the coupling configuration, a second seal with the other conical section of the internal sealing surface of the female part; - such that in the coupling configuration a double seal formed by the first seal and the second seal is established, the first seal being a cone to cone seal that can prevent ingress from external pressure, the second seal being a convex to cone seal that reduces the galling. - the internal sealing surface of the female part is made of conical sections (S121, S122); - the seal surface of the male part comprises a proximal portion closer to the first section and a distal portion closer to the end; - the proximal portion having a conical surface which forms, in the coupling configuration, a first seal with one of the conical sections of the internal sealing surface of the female part; - the distal portion having a convex surface which forms, in the coupling configuration, a second seal with the other conical section of the internal sealing surface of the female part; - such that in the coupling configuration a double seal formed by the first seal and the second seal is established, the first seal being a cone to cone seal that can prevent ingress from external pressure, the second seal being a convex to cone seal that reduces the galling.
A terminal comprising: a receiving section configured to receive a configuration for a physical uplink control channel, PUCCH, corresponding to a multicast physical downlink shared channel, PDSCH, downlink control information, DCI, scheduling the PDSCH, and the PDSCH; and a control section configured to determine a PUCCH resource for hybrid automatic repeat request acknowledgement, HARQ-ACK, for the PDSCH, based on the configuration, a PUCCH resource indicator field included in the DCI, and a control channel element, CCE, index for a physical downlink control channel, PDCCH, transmitting the DCI, wherein a transmission power control, TPC, command field is not used in the DCI, the receiving section is configured to monitor the DCI in a common search space for multicast, and a PUCCH format for the PUCCH resource is a PUCCH format without a demodulation reference signal. a receiving section configured to receive a configuration for a physical uplink control channel, PUCCH, corresponding to a multicast physical downlink shared channel, PDSCH, downlink control information, DCI, scheduling the PDSCH, and the PDSCH; and a control section configured to determine a PUCCH resource for hybrid automatic repeat request acknowledgement, HARQ-ACK, for the PDSCH, based on the configuration, a PUCCH resource indicator field included in the DCI, and a control channel element, CCE, index for a physical downlink control channel, PDCCH, transmitting the DCI, wherein a transmission power control, TPC, command field is not used in the DCI, the receiving section is configured to monitor the DCI in a common search space for multicast, and a PUCCH format for the PUCCH resource is a PUCCH format without a demodulation reference signal.
A method of operating a hearing aid system comprising the steps of: - identifying a type of a receiver of the hearing aid system, - measuring an electrical impedance of the receiver of the hearing aid system for a range of frequencies hereby providing a measured receiver impedance spectrum, - determining at least one of a peak frequency and a valley frequency from the measured receiver impedance spectrum, CHARACTERISED IN - providing a threshold frequency based on the identified receiver type, - triggering an action in response to the determined peak frequency or valley frequency exceeding the threshold frequency, wherein - the threshold frequency is selected such that the action is triggered when a sound output of a hearing aid of the hearing aid system is at least partially congested. - identifying a type of a receiver of the hearing aid system, - measuring an electrical impedance of the receiver of the hearing aid system for a range of frequencies hereby providing a measured receiver impedance spectrum, - determining at least one of a peak frequency and a valley frequency from the measured receiver impedance spectrum, CHARACTERISED IN - providing a threshold frequency based on the identified receiver type, - triggering an action in response to the determined peak frequency or valley frequency exceeding the threshold frequency, wherein - the threshold frequency is selected such that the action is triggered when a sound output of a hearing aid of the hearing aid system is at least partially congested.
A method for producing a recombinant ADAMTS13 composition, the method comprising the steps of: (a) providing a basal cell culture media; (b) supplementing the basal cell culture media with copper to provide a final copper concentration of between 1 μg/L and 6 μg/L copper; (c) providing one or more cells comprising a nucleic acid encoding a rA13 protein; (d) culturing the one or more cells in the copper supplemented cell culture media such that rA13 is expressed and excreted from the cells into a culture supernatant, wherein the NH 4 + content of the cell culture supernatant is maintained at a concentration no more than 5 mM; and (e) recovering at least a portion of the culture supernatant, wherein at least 1500 Units FRETS-VWF73 activity per liter supplemented basal cell culture media per day is present in the recovered culture supernatant. (a) providing a basal cell culture media; (b) supplementing the basal cell culture media with copper to provide a final copper concentration of between 1 μg/L and 6 μg/L copper; (c) providing one or more cells comprising a nucleic acid encoding a rA13 protein; (d) culturing the one or more cells in the copper supplemented cell culture media such that rA13 is expressed and excreted from the cells into a culture supernatant, wherein the NH 4 + content of the cell culture supernatant is maintained at a concentration no more than 5 mM; and (e) recovering at least a portion of the culture supernatant,
A method of preparing a biocompatible contact or intraocular lens comprising the steps of (a) preparing a polymerization mixture comprising at least two monomers, of which the first monomer is 2-methylated, 2,3-dimethylated or unmethylated maleic acid anhydride, or substituted or unsubstituted vinylic or acrylic phthalic acid anhydride and the second or further monomer is a different monomer having at least one ethylenically unsatured group, the polymerization mixture optionally further including one or both of a free radical initiator and a cross-linking agent having a plurality of ethylenically unsaturated groups; (b) transferring polymerization mixture to a lens mold or to a mold for producing a rod and inducing polymerization therein; (c) upon completion of the polymerization reaction, removing the lens from the lens mold; or removing the rod from the mold for producing a rod, cutting the mold into sections of an appropriate thickness and milling a section into a lens; and (d) exposing the lens to L-lysine under basic conditions for amidating substantially all succinylic anhydride groups present in the lens. (a) preparing a polymerization mixture comprising at least two monomers, of which the first monomer is 2-methylated, 2,3-dimethylated or unmethylated maleic acid anhydride, or substituted or unsubstituted vinylic or acrylic phthalic acid anhydride and the second or further monomer is a different monomer having at least one ethylenically unsatured group, the polymerization mixture optionally further including one or both of a free radical initiator and a cross-linking agent having a plurality of ethylenically unsaturated groups; (b) transferring polymerization mixture to a lens mold or to a mold for producing a rod and inducing polymerization therein; (c) upon completion of the polymerization reaction, removing the lens from the lens mold; or removing the rod from the mold for producing a rod, cutting the mold into sections of an appropriate thickness and milling a section into a lens; and (d) exposing the lens to L-lysine under basic conditions for amidating substantially all succinylic anhydride groups present in the lens.