mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a corrected volume compartment V(t) of a patient at the time t, wherein the patient is missing individual limbs or parts thereof, comprising the following steps: measuring bioimpedance data on the patient at the time t, determining a volume compartment V'(t) of the patient based on the measured bioimpedance data, determining a corrected volume compartment V(t) by multiplying the volume compartment V'(t) or a variable correlated therewith with a correction factor k, which is characteristic for a missing limb of the individual limbs or for parts thereof, characterized by: determining the body weight M(t) of the patent, wherein a corrected body weight M'(t), which results from the quotient of the measured body weight M(t), divided by the correction factor k, is used when determining the volume compartment V'(t), and the determination of the volume compartment V'(t) based on the bioimpedance data and of the corrected body weight M'(t) otherwise takes place as if the patient were not missing limbs or extremities. measuring bioimpedance data on the patient at the time t, determining a volume compartment V'(t) of the patient based on the measured bioimpedance data, determining a corrected volume compartment V(t) by multiplying the volume compartment V'(t) or a variable correlated therewith with a correction factor k, which is characteristic for a missing limb of the individual limbs or for parts thereof, characterized by: determining the body weight M(t) of the patent, wherein a corrected body weight M'(t), which results from the quotient of the measured body weight M(t), divided by the correction factor k, is used when determining the volume compartment V'(t), and the determination of the volume compartment V'(t) based on the bioimpedance data and of the corrected body weight M'(t) otherwise takes place as if the patient were not missing limbs or extremities. determining the body weight M(t) of the patent, wherein a corrected body weight M'(t), which results from the quotient of the measured body weight M(t), divided by the correction factor k, is used when determining the volume compartment V'(t), and the determination of the volume compartment V'(t) based on the bioimpedance data and of the corrected body weight M'(t) otherwise takes place as if the patient were not missing limbs or extremities.
A magnetic marker installation method for laying, in or on a road, a magnetic marker having retained therein a wireless tag (2, 27) including an antenna (23, 24, 25, 272) for transmitting or receiving electric waves for wireless communication, the installation method comprising: an arrangement step of arranging the magnetic marker in or on the road; and a formation step of providing the magnetic marker with a protecting part (40, 401, 43, 431, 45) for isolating the antenna (23, 24, 25, 272) from water, wherein the antenna (23, 24, 25, 272) includes waveguide parts (231, 241, 251, 272) made of a conductive material and a gap (230, 240, 250, 270) formed by any two of the waveguide parts (231, 241, 251, 272) arranged to face each other, and the formation step is a step of providing the magnetic marker with the protecting part (40, 401, 43, 431, 45) so that a distance (Gw) for isolating the antenna (23, 24, 25, 272) from water is longer than the gap (230, 240, 250, 270, G). an arrangement step of arranging the magnetic marker in or on the road; and a formation step of providing the magnetic marker with a protecting part (40, 401, 43, 431, 45) for isolating the antenna (23, 24, 25, 272) from water, wherein the antenna (23, 24, 25, 272) includes waveguide parts (231, 241, 251, 272) made of a conductive material and a gap (230, 240, 250, 270) formed by any two of the waveguide parts (231, 241, 251, 272) arranged to face each other, and the formation step is a step of providing the magnetic marker with the protecting part (40, 401, 43, 431, 45) so that a distance (Gw) for isolating the antenna (23, 24, 25, 272) from water is longer than the gap (230, 240, 250, 270, G).
Apparatus for dividing regions, with - at least one dividing wall, in particular a glass wall or a glass panel, - at least one holding device (2, 3) on which the dividing wall is arranged, - at least one first mounting device (23 to 28) which is arranged on the holding device (2, 3), - at least one second mounting device (23 to 28) which is arranged on the holding device (2, 3), - at least one clamping holder (4 to 9), wherein the clamping holder (4 to 9) has a first clamping part and a second clamping part, and wherein the dividing wall is held in a clamping manner between the first clamping part and the second clamping part, characterized in that - the first mounting device (23 to 38) has a first end (32, 32A) which is provided with a first radius (33, 33A), wherein a first spherically headed end (33, 33A) is shaped on the first end, - the second mounting device (23 to 28) has a second end (32, 32A) which is provided with a second radius (33, 33A), wherein a second spherically headed end (33, 33A) is shaped on the second end, - the clamping holder (4 to 9) is arranged at the first end (32, 32A) of the first mounting device (23 to 28) or at the second end (32, 32A) of the second mounting device (23 to 28), and that - the clamping holder (4 to 9) has a complementary design (17, 22) corresponding to a spherical head (33, 33A) for receiving the spherical head (33, 33A). - at least one dividing wall, in particular a glass wall or a glass panel, - at least one holding device (2, 3) on which the dividing wall is arranged, - at least one first mounting device (23 to 28) which is arranged on the holding device (2, 3), - at least one second mounting device (23 to 28) which is arranged on the holding device (2, 3), - at least one clamping holder (4 to 9), wherein the clamping holder (4 to 9) has a first clamping part and a second clamping part, and wherein the dividing wall is held in a clamping manner between the first clamping part and the second clamping part, characterized in that - the first mounting device (23 to 38) has a first end (32, 32A) which is provided with a first radius (33, 33A), wherein a first spherically headed end (33, 33A) is shaped on the first end, - the second mounting device (23 to 28) has a second end (32, 32A) which is provided with a second radius (33, 33A), wherein a second spherically headed end (33, 33A) is shaped on the second end, - the clamping holder (4 to 9) is arranged at the first end (32, 32A) of the first mounting device (23 to 28) or at the second end (32, 32A) of the second mounting device (23 to 28), and that - the clamping holder (4 to 9) has a complementary design (17, 22) corresponding to a spherical head (33, 33A) for receiving the spherical head (33, 33A).
A system for providing information on at least one container for storing a biological sample, comprising: a holder (22, 22a) configured to hold at least one biological sample container; and a receiver configured to receive: information relating to at least one of the container or the biological sample; wherein the receiver is further configured to receive: data relating to at least one instruction for printing the information; and a printer configured to print the information in accordance with the at least one instruction characterised in that the instruction relates, at least in part, to orientation of the container in the system for printing the information by the printer. a holder (22, 22a) configured to hold at least one biological sample container; and a receiver configured to receive: information relating to at least one of the container or the biological sample; wherein information relating to at least one of the container or the biological sample; wherein the receiver is further configured to receive: data relating to at least one instruction for printing the information; and a printer configured to print the information in accordance with the at least one instruction data relating to at least one instruction for printing the information; and a printer configured to print the information in accordance with the at least one instruction
A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising: a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet; a liquid receptacle configured to receive liquid from the liquid inlet; and a fluid outlet chamber having a bottom wall and a plurality of side walls, wherein the fluid outlet chamber is secured to an upper portion of the housing, wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump, wherein the fluid outlet chamber comprises a dividing wall extending between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber, wherein the second region is configured to maintain a pocket of air, and wherein pulsations within liquid entering the liquid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet. a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet; a liquid receptacle configured to receive liquid from the liquid inlet; and a fluid outlet chamber having a bottom wall and a plurality of side walls, wherein the fluid outlet chamber is secured to an upper portion of the housing, wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump, wherein the fluid outlet chamber comprises a dividing wall extending between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber, wherein the second region is configured to maintain a pocket of air, and wherein pulsations within liquid entering the liquid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet.
A tissue processor, comprising an apparatus for indicating a reagent status in a reagent bottle in the tissue processor, comprising: a detector, configured to detect the reagent status; a controller, configured to generate a control signal based on the reagent status; and an indicator, configured to generate a signal for indicating the reagent status based on the control signal, characterised in that the indicator comprises a plurality of display modules, the plurality of display modules being in one-to-one correspondence with a plurality of reagent bottles in the tissue processor, wherein the plurality of display modules serves as backlight modules of the plurality of reagent bottles, respectively. a detector, configured to detect the reagent status; a controller, configured to generate a control signal based on the reagent status; and an indicator, configured to generate a signal for indicating the reagent status based on the control signal, characterised in that the indicator comprises a plurality of display modules, the plurality of display modules being in one-to-one correspondence with a plurality of reagent bottles in the tissue processor, wherein the plurality of display modules serves as backlight modules of the plurality of reagent bottles, respectively.
A method of adding a functionality to an executable first module of a program package, the executable first module, during execution, providing an internal function or utilizing an internal function of an executable second module of the program package; wherein, if the first module is not executed, an externally visible reference is determined, the reference referring to the internal function, additional code is added to the first module and, depending on the determined reference, a rerouting is statically provided in the first module such that a step of modification of the executable first module is carried out, by which, when the internal function is called during execution, a rerouting to the additional code is carried out which, during execution, causes the provision of the functionality.
A liquid concentrate of low-caffeine coffee which is to be diluted by a factor of from 3 to 6 times to yield a beverage suitable for drinking, wherein the liquid concentrate satisfies the following requirements (i) to (iv): (i) the liquid concentrate comprises caffeine at a concentration sufficient to yield a diluted beverage having a caffeine concentration of from 0.1 to 10 mg/100 g; (ii) the liquid concentrate comprises acetic acid at a concentration sufficient to yield a diluted beverage having an acetic acid concentration of not less than 1 mg/100 g; (iii) the liquid concentrate having a concentration ratio of acetic acid and caffeine [ /] of from 0.7 to 25; (iv) the liquid concentrate comprising a coffee flavor. (i) the liquid concentrate comprises caffeine at a concentration sufficient to yield a diluted beverage having a caffeine concentration of from 0.1 to 10 mg/100 g; (ii) the liquid concentrate comprises acetic acid at a concentration sufficient to yield a diluted beverage having an acetic acid concentration of not less than 1 mg/100 g; (iii) the liquid concentrate having a concentration ratio of acetic acid and caffeine [ /] of from 0.7 to 25; (iv) the liquid concentrate comprising a coffee flavor.
Furniture element, in particular a support or shelf having at least one storage level, comprising - a carcass having at least one support surface, - a translational-rotational fitting for enabling translational-rotational movement of the carcass relative to a carrier plate of the translational-rotational fitting from a starting position to an open position and back, - wherein the carcass is movable relative to the carrier plate from a starting position to an intermediate position and further to an open position and back, - wherein in an intermediate position the carcass is rotated relative to the carrier plate in a direction of rotation (R 1, R 2) and displaced in a predetermined direction, - wherein a guide channel specifying the direction is provided in the carrier plate, in which a guide carriage (4, 4') is displaceably accommodated, characterized by - at least one self-retraction apparatus which is coupled at least in sections to the guide carriage (4, 4') and arranged directly on a side of the carrier plate facing away from the carcass - wherein a coupling element having at least one first activator for activating the self-retraction apparatus is arranged on the guide carriage, - wherein the coupling element is designed as a bracket which is integrally formed on or attached to the guide carriage, and - wherein the at least one first activator protrudes from a web of the coupling element, which web projects laterally beyond the guide carriage. - a carcass having at least one support surface, - a translational-rotational fitting for enabling translational-rotational movement of the carcass relative to a carrier plate of the translational-rotational fitting from a starting position to an open position and back, - wherein the carcass is movable relative to the carrier plate from a starting position to an intermediate position and further to an open position and back, - wherein in an intermediate position the carcass is rotated relative to the carrier plate in a direction of rotation (R 1, R 2) and displaced in a predetermined direction, - wherein a guide channel specifying the direction is provided in the carrier plate, in which a guide carriage (4, 4') is displaceably accommodated, characterized by - at least one self-retraction apparatus which is coupled at least in sections to the guide carriage (4, 4') and arranged directly on a side of the carrier plate facing away from the carcass - wherein a coupling element having at least one first activator for activating the self-retraction apparatus is arranged on the guide carriage, - wherein the coupling element is designed as a bracket which is integrally formed on or attached to the guide carriage, and - wherein the at least one first activator protrudes from a web of the coupling element, which web projects laterally beyond the guide carriage.
A multi-level reservoir history matching system for improving reservoir surveillance that comprises: means for acquiring measurement data from a reservoir and adding the measurement data to a historical database; a memory having multi-level reservoir history matching software; and one or more processors coupled to the memory, the software causing the one or more processors to: generate a first history-matched model using at least one updated model parameter derived from one or more existing model parameters in combination with the measurement data from the historical database; generate a plurality of second history-matched models by applying a probabilistic inversion to the first history-matched model; derive a plurality of third history-matched models from the plurality of second history matched models; generate a plurality of dynamic simulation realization sets using each of the plurality of third history-matched models; rank each of the plurality of third history-matched models based at least in part on the plurality of dynamic simulation realization sets; and present a production forecast to a user based on one or more of the highest ranked third history-matched models. means for acquiring measurement data from a reservoir and adding the measurement data to a historical database; a memory having multi-level reservoir history matching software; and one or more processors coupled to the memory, the software causing the one or more processors to: generate a first history-matched model using at least one updated model parameter derived from one or more existing model parameters in combination with the measurement data from the historical database; generate a plurality of second history-matched models by applying a probabilistic inversion to the first history-matched model; derive a plurality of third history-matched models from the plurality of second history matched models; generate a plurality of dynamic simulation realization sets using each of the plurality of third history-matched models; rank each of the plurality of third history-matched models based at least in part on the plurality of dynamic simulation realization sets; and present a production forecast to a user based on one or more of the highest ranked third history-matched models. generate a first history-matched model using at least one updated model parameter derived from one or more existing model parameters in combination with the measurement data from the historical database; generate a plurality of second history-matched models by applying a probabilistic inversion to the first history-matched model; derive a plurality of third history-matched models from the plurality of second history matched models; generate a plurality of dynamic simulation realization sets using each of the plurality of third history-matched models; rank each of the plurality of third history-matched models based at least in part on the plurality of dynamic simulation realization sets; and present a production forecast to a user based on one or more of the highest ranked third history-matched models.
A device management apparatus comprising: a storage unit configured to store device information in which a target device (21, 22) for management is associated with a group and function information in which a piece of identification information for a user is associated with a function of the device (21, 22) to which operation permission is applied for the user and with the group; an acquisition unit configured to acquire a screen request for acquiring a screen related to the device (21, 22) from the user; a specifying unit (103, 104) configured to specify the function to which the operation permission is applied for the user and the device (21, 22) having the function and belonging to the group by referring to the device information and the function information, in response to the screen request; a screen generating unit configured to generate screen information related to the function and the device (21, 22) specified by the specifying unit (103, 104), wherein the screen generating unit generates a management screen; and a communication unit configured to output the screen information generated by the screen generating unit to a display device; characterized in that: the management screen includes a function display region and a device display region as operation accepting area for accepting selecting operations from the user; wherein on the management screen a function can be selected, which is to be performed by a selected device. a storage unit configured to store device information in which a target device (21, 22) for management is associated with a group and function information in which a piece of identification information for a user is associated with a function of the device (21, 22) to which operation permission is applied for the user and with the group; an acquisition unit configured to acquire a screen request for acquiring a screen related to the device (21, 22) from the user; a specifying unit (103, 104) configured to specify the function to which the operation permission is applied for the user and the device (21, 22) having the function and belonging to the group by referring to the device information and the function information, in response to the screen request; a screen generating unit configured to generate screen information related to the function and the device (21, 22) specified by the specifying unit (103, 104), wherein the screen generating unit generates a management screen; and a communication unit configured to output the screen information generated by the screen generating unit to a display device; the management screen includes a function display region and a device display region as operation accepting area for accepting selecting operations from the user; wherein on the management screen a function can be selected, which is to be performed by a selected device.
A threaded valve for an aerosol container, said threaded valve comprising: a housing, a moving assembly disposed in said housing, threads suitable for threadable onward attachment onto a complementary neck of an outer container for an aerosol dispenser and characterized by further comprising a plurality of pawls or ratchets disposed on and extending from said housing, said pawls or ratchets allowing onward rotation of said valve onto the complementary neck and impeding rotational detachment of said valve therefrom; wherein said threads are exterior threads for internally threading onto the neck of the container of the aerosol dispenser.