mhurhangee/ep-ind-claims huggingface dataset:
Meter electronics for determining a mass fraction of flow components in a flow material flowing through a vibrating flow meter, the meter electronics comprising: an interface for receiving a frequency response of the flow material; and a processing system in communication with the interface and arranged to: receive the frequency response from the interface, with the processing system being characterized by being further arranged to: break out the frequency response into at least a gas frequency component and a fluid frequency component; determine an overall density from the frequency response; determine a gas density from the gas frequency component; determine the void fraction of gas from the frequency response and one or more of the gas frequency component and the fluid frequency component; and determine the mass fraction from the void fraction of gas multiplied by a ratio of the gas density divided by the overall density. an interface for receiving a frequency response of the flow material; and a processing system in communication with the interface and arranged to: receive the frequency response from the interface, with the processing system being characterized by being further arranged to: break out the frequency response into at least a gas frequency component and a fluid frequency component; determine an overall density from the frequency response; determine a gas density from the gas frequency component; determine the void fraction of gas from the frequency response and one or more of the gas frequency component and the fluid frequency component; and determine the mass fraction from the void fraction of gas multiplied by a ratio of the gas density divided by the overall density. receive the frequency response from the interface, with the processing system being characterized by being further arranged to: break out the frequency response into at least a gas frequency component and a fluid frequency component; determine an overall density from the frequency response; determine a gas density from the gas frequency component; determine the void fraction of gas from the frequency response and one or more of the gas frequency component and the fluid frequency component; and determine the mass fraction from the void fraction of gas multiplied by a ratio of the gas density divided by the overall density. break out the frequency response into at least a gas frequency component and a fluid frequency component; determine an overall density from the frequency response; determine a gas density from the gas frequency component; determine the void fraction of gas from the frequency response and one or more of the gas frequency component and the fluid frequency component; and determine the mass fraction from the void fraction of gas multiplied by a ratio of the gas density divided by the overall density.
A control unit for a medical instrument, the control unit comprising: (a) a housing having a curved top surface capable of accommodating a palm of a hand of the user, said housing being attachable to the medical instrument; (b) a first interface rotatably attached to an end of said housing, said first interface being engageable by a purlicue of said hand and rotatable thereby with respect to said curved top surface, said first interfaced being for controlling a first function of the medical instrument; (c) a restraint element attached to said first interface and being capable of rotating therewith, said restraint element being for applying force to a back of said hand when positioned over said curved top surface; and (d) a second interface being attached to said first interface and being engageable by one or more fingers of said hand, said second interface being for operating at least a second function of the medical instrument. (a) a housing having a curved top surface capable of accommodating a palm of a hand of the user, said housing being attachable to the medical instrument; (b) a first interface rotatably attached to an end of said housing, said first interface being engageable by a purlicue of said hand and rotatable thereby with respect to said curved top surface, said first interfaced being for controlling a first function of the medical instrument; (c) a restraint element attached to said first interface and being capable of rotating therewith, said restraint element being for applying force to a back of said hand when positioned over said curved top surface; and (d) a second interface being attached to said first interface and being engageable by one or more fingers of said hand, said second interface being for operating at least a second function of the medical instrument.
A strap adjuster for use with a strap, said strap adjuster including: a housing configured to permit passage of the strap therethrough; two strap-guiding members disposed in said housing; and a locking member disposed in said housing and cooperating with said housing to define a locking area therebetween; said housing being configured to permit two sections of the strap to enter therein in an entry direction from two opposite sides of said housing, each of said strap-guiding members being configured to guide a respective one of the sections of the strap to change from extending in the entry direction to extending in an exit direction different from the entry direction in a manner that the sections of the strap pass through said locking area in a stacked arrangement, said locking area being configured to permit the strap extending in the exit direction to pass therethrough, said locking member being operable for restricting movement of the strap that passes through said locking area, and said housing being further configured to permit the strap passing through said locking area to exit therefrom; and said strap adjuster being characterized in that an extension plane of one of said strap-guiding members is disposed to cross an extension plane of the other one of said strap-guiding members. a housing configured to permit passage of the strap therethrough; two strap-guiding members disposed in said housing; and a locking member disposed in said housing and cooperating with said housing to define a locking area therebetween; said housing being configured to permit two sections of the strap to enter therein in an entry direction from two opposite sides of said housing, each of said strap-guiding members being configured to guide a respective one of the sections of the strap to change from extending in the entry direction to extending in an exit direction different from the entry direction in a manner that the sections of the strap pass through said locking area in a stacked arrangement, said locking area being configured to permit the strap extending in the exit direction to pass therethrough, said locking member being operable for restricting movement of the strap that passes through said locking area, and said housing being further configured to permit the strap passing through said locking area to exit therefrom; and said strap adjuster being characterized in that an extension plane of one of said strap-guiding members is disposed to cross an extension plane of the other one of said strap-guiding members.
Liquid-ring vacuum pump having a pump housing and an impeller which is mounted eccentrically in the pump housing, characterized in that the impeller is composed of a material, the modulus of elasticity of which is smaller than 4000 N/mm 2.
Working mixture or concentrate comprising (a) one or more 1- or 2-(C 3 - to C 24 -alkyl) glycerol ethers and (b) one or more aromatic alcohols selected from phenoxyethanol or phenoxypropanols, phenoxydiethanol, phenoxytriethanol, phenoxydipropanol, phenoxytripropanol, 3-phenylpropan-1-ol, phenylethyl alcohol, veratryl alcohol, benzyl alcohol or 2-methyl-1-phenyl-2-propanol for use as disinfectant on skin, mucosal membrane or wounds, in the control of mycobacteria. (a) one or more 1- or 2-(C 3 - to C 24 -alkyl) glycerol ethers and (b) one or more aromatic alcohols selected from phenoxyethanol or phenoxypropanols, phenoxydiethanol, phenoxytriethanol, phenoxydipropanol, phenoxytripropanol, 3-phenylpropan-1-ol, phenylethyl alcohol, veratryl alcohol, benzyl alcohol or 2-methyl-1-phenyl-2-propanol for use as disinfectant on skin, mucosal membrane or wounds, in the control of mycobacteria.
A lockable orthosis assembly comprising: an internal/external rotation pivot hub defining an axial hub opening; a hub base plate defining a plate opening, the hub base plate pivotally engaged with the internal/external rotation pivot hub and comprising a slide member; an abduction support panel defining a panel opening and having at least one hub base plate adjustment receiver proximate the panel opening; a hub lock knob proximate the hub base plate adjustment receiver, the hub lock knob defining a mating opening; and a hub lock down axially disposed through the axial hub opening, the plate opening, and the panel opening, the hub lock down comprising a mating end mated to the mating opening of the hub lock knob, characterised in that: the abduction support panel is disposed between the hub base plate and the hub lock knob; and an assembly of the hub lock down, the internal/external rotation pivot hub, the hub base plate, and the hub lock knob is translatably engaged through the panel opening of the at least one hub base plate adjustment receiver of the abduction support panel, and in that: the lockable orthosis assembly comprises a hinged frame comprising the abduction support panel coupled to a torso support panel through a locking abduction hinge. an internal/external rotation pivot hub defining an axial hub opening; a hub base plate defining a plate opening, the hub base plate pivotally engaged with the internal/external rotation pivot hub and comprising a slide member; an abduction support panel defining a panel opening and having at least one hub base plate adjustment receiver proximate the panel opening; a hub lock knob proximate the hub base plate adjustment receiver, the hub lock knob defining a mating opening; and a hub lock down axially disposed through the axial hub opening, the plate opening, and the panel opening, the hub lock down comprising a mating end mated to the mating opening of the hub lock knob, characterised in that: the abduction support panel is disposed between the hub base plate and the hub lock knob; and an assembly of the hub lock down, the internal/external rotation pivot hub, the hub base plate, and the hub lock knob is translatably engaged through the panel opening of the at least one hub base plate adjustment receiver of the abduction support panel, and in that: the lockable orthosis assembly comprises a hinged frame comprising the abduction support panel coupled to a torso support panel through a locking abduction hinge. the abduction support panel is disposed between the hub base plate and the hub lock knob; and an assembly of the hub lock down, the internal/external rotation pivot hub, the hub base plate, and the hub lock knob is translatably engaged through the panel opening of the at least one hub base plate adjustment receiver of the abduction support panel, and in that: the lockable orthosis assembly comprises a hinged frame comprising the abduction support panel coupled to a torso support panel through a locking abduction hinge. the lockable orthosis assembly comprises a hinged frame comprising the abduction support panel coupled to a torso support panel through a locking abduction hinge.
Steering column for a motor vehicle, with a steering spindle mounted rotatably in a steering spindle bearing unit and with a guide bracket for connecting the steering spindle bearing unit to a body of the motor vehicle, at least one component of the steering column being formed at least partially from a fiber-reinforced composite material, the component lying in the force flux of the steering column between the steering spindle and the body, characterized in that the component has a thin-walled braided core (1, 10, 30) which corresponds to the form of the component and is made from a thermoplastic and which is braided around with a fiber material, the braided core (1, 10, 30) being produced in an injection molding method.
An automatic dispenser of banknotes, wherein the automatic dispenser comprises a safe for containing the banknotes to be dispensed, a banknote dispenser arranged inside the safe for dispensing the banknotes, a management system arranged outside the safe for managing the automatic dispenser, a control system arranged inside the safe for controlling the banknote dispenser under the control of the management system, the management system having a plurality of ports for connecting thereto being adapted to providing corresponding electrical power supplies, in condition of use a part of the ports being used to connect the control system to the management system, characterized by a plurality of corresponding transmission lines (154,354) extending from the verification system ending with corresponding connectors (157,357) being coupled with all the ports in condition of use, a plurality of corresponding motion sensors associated with the connectors (157,357) for detecting corresponding movements of the motion sensors indicative of corresponding decoupling at least partial of the connectors (157,357) from the corresponding ports, a verification system arranged inside the safe comprising a power supply detector for detecting the electrical power supplies of the transmission lines (154,354) being provided by the corresponding ports and a transmission system (154,354) extending from the motion sensors to the verification system for transmitting corresponding indications of the movements being detected by the motion sensors to the verification system, the verification system being configured to enter an alarm condition wherein inhibits the dispensing of the banknotes according to the indications of the movements and to an indication of the electrical power supplies of the transmission lines (154,354) being detected by the power supply detector, the alarm condition being entered in response to the indication of presence of the electrical power supply of one or more of the transmission lines (154,354) and to the indication of absence of the electrical power supply of other one or more of the transmission lines (154,354).
A method for watermarking segments of a content stream to allow multiple content streams respectively associated with receivers to be distinguished from one another, the method comprising: (a) receiving from a receiver a request for the content stream; (b) in response to the request for the content stream, obtaining a watermark sequence associated with the request and returning the watermark sequence to the receiver, the watermark sequence indicating successive watermarks to be respectively applied to successive segments of the content stream provided in response to the request; (c) receiving, from a receiver, (3, 4) a request for a specified content segment of the content stream; (d) in response to receiving the request for the specified content segment, embedding the watermark specified by the sequence in an instance of the specified content segment and returning, as a watermarked segment, the specified content segment with the watermark specified by the watermark sequence; (e) repeating steps (c) and (d) for successive content segments of the content stream; and (f) packaging the watermarked content segments to create the content stream and transmitting the content stream to the receiver. (a) receiving from a receiver a request for the content stream; (b) in response to the request for the content stream, obtaining a watermark sequence associated with the request and returning the watermark sequence to the receiver, the watermark sequence indicating successive watermarks to be respectively applied to successive segments of the content stream provided in response to the request; (c) receiving, from a receiver, (3, 4) a request for a specified content segment of the content stream; (d) in response to receiving the request for the specified content segment, embedding the watermark specified by the sequence in an instance of the specified content segment and returning, as a watermarked segment, the specified content segment with the watermark specified by the watermark sequence; (e) repeating steps (c) and (d) for successive content segments of the content stream; and (f) packaging the watermarked content segments to create the content stream and transmitting the content stream to the receiver.
A method for allowing a user equipment, UE, to measure a neighbor cell in a wireless communication system, comprising: receiving, from a serving cell, a first time information indicating time-domain boundary interval between the neighbor cell and the serving cell; receiving channel state information - reference signal configuration, CSI-RS configuration, from the serving cell, wherein the CSI-RS configuration is associated with the neighbor cell among a plurality of CSI-RS configurations; receiving, from the serving cell, alignment information indicating whether the time-domain boundary interval indicated by the first time information is larger than a predetermined time; receiving a channel state information - reference signal, CSI-RS, from the neighbor cell by correcting the CSI-RS configuration by a value corresponding to the first time information, when the alignment information indicates that the time-domain boundary interval indicated by the first time information is not larger than the predetermined time; performing synchronization with the neighbor cell and receiving the CSI-RS from the neighbor cell, when the alignment information indicates that the time-domain boundary interval indicated by the first time information is larger than the predetermined time; and performing measurement using the CSI-RS. receiving, from a serving cell, a first time information indicating time-domain boundary interval between the neighbor cell and the serving cell; receiving channel state information - reference signal configuration, CSI-RS configuration, from the serving cell, wherein the CSI-RS configuration is associated with the neighbor cell among a plurality of CSI-RS configurations; receiving, from the serving cell, alignment information indicating whether the time-domain boundary interval indicated by the first time information is larger than a predetermined time; receiving a channel state information - reference signal, CSI-RS, from the neighbor cell by correcting the CSI-RS configuration by a value corresponding to the first time information, when the alignment information indicates that the time-domain boundary interval indicated by the first time information is not larger than the predetermined time; performing synchronization with the neighbor cell and receiving the CSI-RS from the neighbor cell, when the alignment information indicates that the time-domain boundary interval indicated by the first time information is larger than the predetermined time; and performing measurement using the CSI-RS.
A method for feedback information transmission by a terminal in a mobile communication system, the method comprising: receiving reference signal, RS, configuration information on at least two reference signals and feedback configuration information from a base station, the feedback configuration information including precoding matrix indicator, PMI, codebook information on a set of precoding matrices capable of being used for generating feedback information based on the at least two reference signals, feedback interval and offset information, and interference measurement resource information; receiving the at least two reference signals from the base station based on the RS configuration information; measuring the received at least two reference signals; generating the feedback information based on the measurement according to the feedback configuration information; and transmitting the feedback information to the base station, wherein the at least two reference signals are respectively associated with first and second antenna groups of the base station, and the feedback information includes PMIs generated by referencing a codebook defined from the PMI codebook information based on the first and second antenna groups. receiving reference signal, RS, configuration information on at least two reference signals and feedback configuration information from a base station, the feedback configuration information including precoding matrix indicator, PMI, codebook information on a set of precoding matrices capable of being used for generating feedback information based on the at least two reference signals, feedback interval and offset information, and interference measurement resource information; receiving the at least two reference signals from the base station based on the RS configuration information; measuring the received at least two reference signals; generating the feedback information based on the measurement according to the feedback configuration information; and transmitting the feedback information to the base station, wherein the at least two reference signals are respectively associated with first and second antenna groups of the base station, and the feedback information includes PMIs generated by referencing a codebook defined from the PMI codebook information based on the first and second antenna groups.
Apparatus, comprising: an intrabody probe; and an ablation electrode coupled to a distal end of the intrabody probe, the ablation electrode comprising: a flexible electrically-insulating substrate, comprising a substrate surface; a layer of an electrically-conducting metal covering at least part of the substrate surface; a metallic sheet, comprising an inner sheet surface and an outer sheet surface, the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal. an intrabody probe; and an ablation electrode coupled to a distal end of the intrabody probe, the ablation electrode comprising: a flexible electrically-insulating substrate, comprising a substrate surface; a layer of an electrically-conducting metal covering at least part of the substrate surface; a metallic sheet, comprising an inner sheet surface and an outer sheet surface, the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal. a flexible electrically-insulating substrate, comprising a substrate surface; a layer of an electrically-conducting metal covering at least part of the substrate surface; a metallic sheet, comprising an inner sheet surface and an outer sheet surface, the outer sheet surface shaped to define multiple depressions in the outer sheet surface of the metallic sheet; and an adhesive, which fills the depressions and bonds the outer sheet surface to the layer of the electrically-conducting metal.