mhurhangee/ep-ind-claims huggingface dataset:
An end effector assembly for use with a circular stapler apparatus, which comprises: a cartridge housing defining a central housing axis; a staple retainer disposed within the cartridge housing, the staple retainer including a plurality of staples arranged in a circular array about the central housing axis; a staple pusher at least partially disposed within the cartridge housing, the staple pusher configured for movement through a firing stroke to eject the staples from the staple retainer; an anvil rod configured for coupling relative to the cartridge housing; and characterised by an anvil head including at least one continuous circular staple forming pocket, the staple forming pocket in registration with the staples for at least partial reception of the staples during the firing stroke, the staple forming pocket configured for at least partially deforming the staples. a cartridge housing defining a central housing axis; a staple retainer disposed within the cartridge housing, the staple retainer including a plurality of staples arranged in a circular array about the central housing axis; a staple pusher at least partially disposed within the cartridge housing, the staple pusher configured for movement through a firing stroke to eject the staples from the staple retainer; an anvil rod configured for coupling relative to the cartridge housing; and characterised by an anvil head including at least one continuous circular staple forming pocket, the staple forming pocket in registration with the staples for at least partial reception of the staples during the firing stroke, the staple forming pocket configured for at least partially deforming the staples.
A remote control and monitoring system for a spa comprising: a spa comprising: at least one sensor for monitoring water condition or status of a spa component; and a communications interface comprising a cellular transceiver which wirelessly transmits information obtained from the at least one sensor (60, 62, 64, 66, 68, 70, 72, 74, 80) of the spa to a central server over a cellular network; the central server in wireless communication with the spa and a portable computer device, wherein the central server is configured to: receive information from the at least one sensor (60, 62, 64, 66, 68) of the spa over the cellular network; process the received information to determine one or more water condition parameters for water contained in the spa; and generate a user interface displaying the one or more water condition parameters so that the one or more water condition parameters can be viewed by a user. a spa comprising: at least one sensor for monitoring water condition or status of a spa component; and a communications interface comprising a cellular transceiver which wirelessly transmits information obtained from the at least one sensor (60, 62, 64, 66, 68, 70, 72, 74, 80) of the spa to a central server over a cellular network; the central server in wireless communication with the spa and a portable computer device, wherein the central server is configured to: receive information from the at least one sensor (60, 62, 64, 66, 68) of the spa over the cellular network; process the received information to determine one or more water condition parameters for water contained in the spa; and generate a user interface displaying the one or more water condition parameters so that the one or more water condition parameters can be viewed by a user. receive information from the at least one sensor (60, 62, 64, 66, 68) of the spa over the cellular network; process the received information to determine one or more water condition parameters for water contained in the spa; and generate a user interface displaying the one or more water condition parameters so that the one or more water condition parameters can be viewed by a user.
A method of calibrating a sensor, comprising: applying a first voltage to a first carbon nanotube layer of a thin film structure to obtain a first temperature of the first carbon nanotube layer; and using a thermally conductive layer of the thin film structure to provide a substantially spatially uniform temperature related to the first temperature of the first carbon nanotube layer; and the method characterised by: receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure; and emitting, from the second carbon nanotube layer, a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer, to calibrate the sensor. applying a first voltage to a first carbon nanotube layer of a thin film structure to obtain a first temperature of the first carbon nanotube layer; and using a thermally conductive layer of the thin film structure to provide a substantially spatially uniform temperature related to the first temperature of the first carbon nanotube layer; and the method characterised by: receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure; and emitting, from the second carbon nanotube layer, a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer, to calibrate the sensor. receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure; and emitting, from the second carbon nanotube layer, a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer, to calibrate the sensor.
A method, comprising: using a computer in communication with a synthesizer to send an input signal to an input transducer(102, 168), wherein the synthesizer is connected to the input transducer, and wherein the input transducer is contacting a gemstone under evaluation; using a receiving transducer (104, 172) to sense vibrations of the gemstone and to send a resonance signal to a receiving amplifier (140, 170), wherein the receiving transducer is contacting the gemstone under evaluation; using a phase sensitive detector and digital signal processor to process the the amplified resonance signal; stepping the input signal through a range of input frequencies; receiving a range of received signals; processing the range of received signals to determine a Q value, wherein Q is defined as the center frequency of a peak divided by the full width at half maximum of the peak; establishing a unique fingerprint for the gemstone based on the range of received signals and the Q value; and sending the processed range of received signals for the gemstone under evaluation to the computer for storage and display. using a computer in communication with a synthesizer to send an input signal to an input transducer(102, 168), wherein the synthesizer is connected to the input transducer, and wherein the input transducer is contacting a gemstone under evaluation; using a receiving transducer (104, 172) to sense vibrations of the gemstone and to send a resonance signal to a receiving amplifier (140, 170), wherein the receiving transducer is contacting the gemstone under evaluation; using a phase sensitive detector and digital signal processor to process the the amplified resonance signal; stepping the input signal through a range of input frequencies; receiving a range of received signals; processing the range of received signals to determine a Q value, wherein Q is defined as the center frequency of a peak divided by the full width at half maximum of the peak; establishing a unique fingerprint for the gemstone based on the range of received signals and the Q value; and sending the processed range of received signals for the gemstone under evaluation to the computer for storage and display.
Method for producing a bearing element of a shift device for a vehicle transmission, wherein the method comprises the following steps: providing a bearing element having at least one projection and having a coupling point (130, 205) for the mechanical coupling of a selector lever for the selection of a shift position of the vehicle transmission; characterized by the step: encapsulating the projection, by means of an assembly injection moulding process, with a bearing bushing material to form a bearing bushing for the rotatable mounting of the bearing element relative to the bearing bushing.
A portable apparatus for analysis of a refinery feedstock or a product of a refinery process, said apparatus comprising: (a) a first microfabricated portable analytical device for determination of the boiling point profile of a refinery feedstock or a product of a refinery process, and (b) at least two further microfabricated portable analytical devices each of which contains or is associated with a database and an algorithm, at least one of said at least two further devices being adapted for determination of the density of the refinery feedstock or product of a refinery process, and at least one of said at least two further devices being adapted for determination of the total acid number of the refinery feedstock or product of a refinery process. (a) a first microfabricated portable analytical device for determination of the boiling point profile of a refinery feedstock or a product of a refinery process, and (b) at least two further microfabricated portable analytical devices each of which contains or is associated with a database and an algorithm, at least one of said at least two further devices being adapted for determination of the density of the refinery feedstock or product of a refinery process, and at least one of said at least two further devices being adapted for determination of the total acid number of the refinery feedstock or product of a refinery process.
An electrical device capable of operating at an operating ambient temperature higher than 300°C, said device comprising an electrical component (10a, 10b) mounted inside a casing, a transmission/reception antenna and at least one electrical and mechanical connection between the electrical component and a pole (30a, 30b) of the antenna, the electrical and mechanical connection comprising: a metal stud (40a, 40b), a connection surface of which is positioned against an external surface of the casing, the pole of the antenna being connected to said stud, an electrical connection tab having a first end connected to the electrical component, and an fixing means adapted to secure the pad, the casing and a second end of the connection tab of the component; wherein the stud comprises a groove opening onto a clearance surface of the stud, which groove is adapted to receive a fixing end of the pole of the antenna. a metal stud (40a, 40b), a connection surface of which is positioned against an external surface of the casing, the pole of the antenna being connected to said stud, an electrical connection tab having a first end connected to the electrical component, and an fixing means adapted to secure the pad, the casing and a second end of the connection tab of the component; wherein the stud comprises a groove opening onto a clearance surface of the stud, which groove is adapted to receive a fixing end of the pole of the antenna.
Catalytic system comprising at least: - a support containing at least one atom selected from the group consisting of aluminium and iron, - at least one porous deposit contacting said support, said deposit containing at least Ce, Pr, Nd and La, whereby said deposit comprising a series of adjacent grains with a size greater than 1 μm, whereby said grains of said series have a first face in direct contact with the support and a second face not contacting the support, whereby said deposit covers a first portion of the support, while not covering a second portion of the support so as to define zones extending between adjacent grains, - a first group of carbon nano particles contacting only a portion of the second face of one deposit, whereby leaving at least partly said second face of said deposit free of carbon deposit, - a second group of carbon nano particles contacting only partly the second portion of the support, and - a carbon containing structure extending between at least one carbon nano particle of the first group and at least one carbon nano particle of the second group whereby the catalytic system has a lead content of less than 10ppm, advantageously less than 5ppm, preferably less than 1ppm, and in which the carbon containing structure comprises a condensed liquid hydrocarbon phase, whereby said condensed liquid hydrocarbon phase comprises condensed liquid hydrocarbons with a condensation temperature below 300°C at atmospheric pressure. - a support containing at least one atom selected from the group consisting of aluminium and iron, - at least one porous deposit contacting said support, said deposit containing at least Ce, Pr, Nd and La, whereby said deposit comprising a series of adjacent grains with a size greater than 1 μm, whereby said grains of said series have a first face in direct contact with the support and a second face not contacting the support, whereby said deposit covers a first portion of the support, while not covering a second portion of the support so as to define zones extending between adjacent grains, - a first group of carbon nano particles contacting only a portion of the second face of one deposit, whereby leaving at least partly said second face of said deposit free of carbon deposit, - a second group of carbon nano particles contacting only partly the second portion of the support, and - a carbon containing structure extending between at least one carbon nano particle of the first group and at least one carbon nano particle of the second group
An apparatus comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured, with the at least one processor, to cause the apparatus to perform at least the following: receive grouping information indicative of a group of cells comprising a first cell and one or more second cells, wherein a correlation measure between a signal attribute of a signal received in the first cell and a signal attribute of a signal received in the one or more second cells exceeds a predetermined or preconfigured threshold; determine radio resource management information for a radio resource management activity related to the first cell; cause transmission of the radio resource management information in the first cell; wherein the determining the radio resource management information comprises evaluating the signal of the at least one of the second cells; the apparatus being characterized by causing transmission of correlation indication information indicative of the correlation measure. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured, with the at least one processor, to cause the apparatus to perform at least the following: receive grouping information indicative of a group of cells comprising a first cell and one or more second cells, wherein a correlation measure between a signal attribute of a signal received in the first cell and a signal attribute of a signal received in the one or more second cells exceeds a predetermined or preconfigured threshold; determine radio resource management information for a radio resource management activity related to the first cell; cause transmission of the radio resource management information in the first cell; wherein the determining the radio resource management information comprises evaluating the signal of the at least one of the second cells; the apparatus being characterized by causing transmission of correlation indication information indicative of the correlation measure. receive grouping information indicative of a group of cells comprising a first cell and one or more second cells, wherein a correlation measure between a signal attribute of a signal received in the first cell and a signal attribute of a signal received in the one or more second cells exceeds a predetermined or preconfigured threshold; determine radio resource management information for a radio resource management activity related to the first cell; cause transmission of the radio resource management information in the first cell; wherein the determining the radio resource management information comprises evaluating the signal of the at least one of the second cells; the apparatus being characterized by causing transmission of correlation indication information indicative of the correlation measure.
A tableting machine comprising a device for holding a component of a tableting machine, wherein the device comprises as components (12, 14, 16) exactly one upper part, exactly one intermediate element, and exactly one lower part, characterized in that the upper part, the intermediate element, and the lower part are provided arranged one above the other and the mutually touching surfaces (12U, 140, 14U, 160) of the components (12, 14, 16) are each designed to correspond, so that the upper part and the intermediate element are designed so they can slide relative to one another in a first spatial direction and the intermediate element and lower part are designed so they can slide relative to one another in a second spatial direction.
Method for controlling a VAr compensator which is connected to an AC voltage which has a plurality of phases, in which an actual voltage (v 12, v 23 and v 31), which is dropped across each phase, is determined for each phase, and a negative phase-sequence system actual component is calculated from the actual voltages (v 12, v 23 and v 31), and in which a control loop suppresses the negative phase-sequence system actual component, wherein a feedback loop determines the degree of suppression of the negative phase-sequence system actual component with the aid of control parameters, characterized in that - a comparator unit compares the negative phase-sequence system actual component with a negative phase-sequence system nominal component, and defines the control parameters as a function of the comparison, - the feedback loop serves for limiting the suppression of the negative phase-sequence system, - the feedback loop has feedback regulators which each have an integrator and are limited upwards and downwards by an upper limit and a lower limit, - the degree of suppression of the negative phase-sequence system is adjusted by adjusting the upper and lower limits, - the control parameters form the upper and lower limits for the feedback regulators, and - if the negative phase-system actual component becomes greater than the negative phase-sequence system nominal component, the current integrator values of the feedback regulators are used depending on the mathematical sign, as upper or respectively lower limit, with the respective other limit being set to zero. - a comparator unit compares the negative phase-sequence system actual component with a negative phase-sequence system nominal component, and defines the control parameters as a function of the comparison, - the feedback loop serves for limiting the suppression of the negative phase-sequence system, - the feedback loop has feedback regulators which each have an integrator and are limited upwards and downwards by an upper limit and a lower limit, - the degree of suppression of the negative phase-sequence system is adjusted by adjusting the upper and lower limits, - the control parameters form the upper and lower limits for the feedback regulators, and - if the negative phase-system actual component becomes greater than the negative phase-sequence system nominal component, the current integrator values of the feedback regulators are used depending on the mathematical sign, as upper or respectively lower limit, with the respective other limit being set to zero.
A surgical intervention device, comprising a surgical instrument capable of passing through human or animal tissue, wherein said instrument is a needle, and a system comprising so-called "passive" components capable of measuring a deformation or a local strain of the instrument, characterized in that said system comprises at least two series (20, 21) of passive components arranged at the surface of the instrument so as to set up a biunivocal relation between the spatial information of the instrument in a referential linked rigidly to said instrument and all the data issuing from said series.
A method of selecting messaging settings on a messaging client, the method comprising the steps of: determining a recipient of an outgoing message; retrieving a messaging setting from a data store based upon the determined recipient; repeating the determining and retrieving steps for a plurality of recipients; and resolving conflicts among retrieved messaging settings by selecting one or more messaging settings from the retrieved messaging settings based upon security of each retrieved messaging setting, time since last use of each retrieved messaging setting, frequency of use of each retrieved messaging setting, priority of recipient with whom retrieved messaging setting is associated or combinations thereof, wherein the retrieved messaging setting comprises a message format characteristic or a message security characteristic. determining a recipient of an outgoing message; retrieving a messaging setting from a data store based upon the determined recipient; repeating the determining and retrieving steps for a plurality of recipients; and resolving conflicts among retrieved messaging settings by selecting one or more messaging settings from the retrieved messaging settings based upon security of each retrieved messaging setting, time since last use of each retrieved messaging setting, frequency of use of each retrieved messaging setting, priority of recipient with whom retrieved messaging setting is associated or combinations thereof,
Operating device for a motor vehicle, having a touch-sensitive display device as well as a hand rest that is adjustable between a first position and a second position, which is arranged in the region of the display device, and having a control device, which is configured to, - activate a first display area of the display device and a manual driving mode of the motor vehicle when the hand rest is arranged in the first position, characterised in that the control device is configured to - activate a second display area of the display device and an autopilot of the motor vehicle when the hand rest is arranged in the second position. - activate a first display area of the display device and a manual driving mode of the motor vehicle when the hand rest is arranged in the first position, characterised in that the control device is configured to - activate a second display area of the display device and an autopilot of the motor vehicle when the hand rest is arranged in the second position.
A chimeric antigen receptor which binds B cell maturation antigen (BCMA), wherein the CAR comprises a Fab antigen binding domain, which comprises: a) a heavy chain variable region having complementarity determining regions (CDRs) with the following sequences: CDR1 - GFIFSDYN (SEQ ID No. 79) CDR2 - IIYDGSST (SEQ ID No. 80) CDR3 - ATRPGPFAY (SEQ ID No. 81); and b) a light chain variable region having complementarity determining regions (CDRs) with the following sequences: CDR1 - QSLLHSNGNTY (SEQ ID No. 82) CDR2 - LVS (SEQ ID No. 83) CDR3 - VHGTHAWT (SEQ ID No. 84). a) a heavy chain variable region having complementarity determining regions (CDRs) with the following sequences: CDR1 - GFIFSDYN (SEQ ID No. 79) CDR2 - IIYDGSST (SEQ ID No. 80) CDR3 - ATRPGPFAY (SEQ ID No. 81); and CDR1 - GFIFSDYN (SEQ ID No. 79) CDR2 - IIYDGSST (SEQ ID No. 80) CDR3 - ATRPGPFAY (SEQ ID No. 81); and b) a light chain variable region having complementarity determining regions (CDRs) with the following sequences: CDR1 - QSLLHSNGNTY (SEQ ID No. 82) CDR2 - LVS (SEQ ID No. 83) CDR3 - VHGTHAWT (SEQ ID No. 84). CDR1 - QSLLHSNGNTY (SEQ ID No. 82) CDR2 - LVS (SEQ ID No. 83) CDR3 - VHGTHAWT (SEQ ID No. 84).