mhurhangee/patent-ind-claim-en huggingface dataset:
A system for power management of a plurality of heating sources for an electric range , the system comprising: a cooktop heating element ; an oven heating element ; a switch in electrical connection with the cooktop heating element and configured to supply a first voltage or a second voltage to the cooktop heating element from a voltage source , characterized in that the system comprises a controller in communication with the oven heating element and configured to control the at least one switch , the controller being operable between: a first state , wherein the controller controls the switch to supply the first voltage to the cooktop heating element in response to an off-state of the oven element ; and a second state , wherein the controller controls the switch to supply the second voltage to the cooktop heating element in response to an on-state of the oven heating element . a cooktop heating element ; an oven heating element ; a switch in electrical connection with the cooktop heating element and configured to supply a first voltage or a second voltage to the cooktop heating element from a voltage source , characterized in that the system comprises a controller in communication with the oven heating element and configured to control the at least one switch , the controller being operable between: a first state , wherein the controller controls the switch to supply the first voltage to the cooktop heating element in response to an off-state of the oven element ; and a second state , wherein the controller controls the switch to supply the second voltage to the cooktop heating element in response to an on-state of the oven heating element . a first state , wherein the controller controls the switch to supply the first voltage to the cooktop heating element in response to an off-state of the oven element ; and a second state , wherein the controller controls the switch to supply the second voltage to the cooktop heating element in response to an on-state of the oven heating element .
A device for automated screening of congenital heart diseases, said device comprising phonocardiograms recording media, phonocardiograms storage media, output media, a processor and a set of instructions executable by said processor, said set of instruction implementing a method comprising the steps of: - collecting and/or recording a first set of phonocardiograms from a first set of reference healthy patient, and a second set of phonocardiograms from a second set of patients suffering of a heart disease; - determining a frequency band giving rise to a maximal distinction between spectral energies of the said phonocardiograms from the first and the second set of phonocardiograms; - comparing said determined frequency band energy of phonocardiograms of a patient to corresponding frequency band energy of the first and the second set of phonocardiograms to define if said patient suffers of the heart disease wherein the determined frequency band and the corresponding heart disease is one of the following frequency band: a) frequency band comprised between 88 Hz and 96 Hz and the heart disease is ventricular septal defect; b) frequency band comprised between 50 Hz and 60 Hz and the heart disease is tetralogy of fallot; c) frequency band comprised between 15 Hz and 121 Hz and the heart disease is ventricular patent ductus arteriosus; d) frequency band is comprised between 17 Hz and 129 Hz and the heart disease is aortic stenosis; e) frequency band comprised between 16 Hz and 32 Hz and the heart disease is pulmonary valve stenosis. - collecting and/or recording a first set of phonocardiograms from a first set of reference healthy patient, and a second set of phonocardiograms from a second set of patients suffering of a heart disease; - determining a frequency band giving rise to a maximal distinction between spectral energies of the said phonocardiograms from the first and the second set of phonocardiograms; - comparing said determined frequency band energy of phonocardiograms of a patient to corresponding frequency band energy of the first and the second set of phonocardiograms to define if said patient suffers of the heart disease a) frequency band comprised between 88 Hz and 96 Hz and the heart disease is ventricular septal defect; b) frequency band comprised between 50 Hz and 60 Hz and the heart disease is tetralogy of fallot; c) frequency band comprised between 15 Hz and 121 Hz and the heart disease is ventricular patent ductus arteriosus; d) frequency band is comprised between 17 Hz and 129 Hz and the heart disease is aortic stenosis; e) frequency band comprised between 16 Hz and 32 Hz and the heart disease is pulmonary valve stenosis.
A light emitting device comprising: a plurality of phosphor converted light emitting diodes disposed on a shared substrate with adjacent phosphor converted light emitting diodes separated by gaps; and a light scattering composition filling the gaps to form sidewall reflectors shared by adjacent phosphor converted light emitting diodes, the sidewall reflectors reducing optical cross-talk across the gaps between the adjacent phosphor converted light emitting diodes, characterized by the light scattering composition comprising porous light scattering particles dispersed in a transparent binder , the porous light scattering particles each including one or more pores defined by inner surfaces of the porous light scattering particles. a plurality of phosphor converted light emitting diodes disposed on a shared substrate with adjacent phosphor converted light emitting diodes separated by gaps; and a light scattering composition filling the gaps to form sidewall reflectors shared by adjacent phosphor converted light emitting diodes, the sidewall reflectors reducing optical cross-talk across the gaps between the adjacent phosphor converted light emitting diodes, characterized by the light scattering composition comprising porous light scattering particles dispersed in a transparent binder , the porous light scattering particles each including one or more pores defined by inner surfaces of the porous light scattering particles.
An in vitro method for determining an optimum time for utilizing a semen sample for insemination or storage comprising the steps of: i. providing a semen sample from a male subject to be tested and incubating the sample under controlled conditions of a constant pH and a temperature of from about 0° C to about 37° C; ii. selecting a marker that is indicative of fertility status of sperm, wherein expression of the marker correlates with fertility status of the sperm, and wherein the marker is Fc receptor (FcR); iii. detecting the level of expression of the FcR by sperm in the semen sample at a plurality of time points that are at least 10 minutes apart; iv. determining the time point at which the sperm in the semen sample express the FcR at about a maximum or a predetermined level that correlates to approaching a maximum of FcR expression of the sperm; and v. selecting a time point where the sperm display a minimum level of expression of the Fc receptor (FcR), and thereby providing an optimum time for administering the semen sample for insemination or freezing to provide improved pregnancy results, wherein the time point of step (v) is from about 20 minutes before to about 20 minutes after the minimum level of expression of the FcR. i. providing a semen sample from a male subject to be tested and incubating the sample under controlled conditions of a constant pH and a temperature of from about 0° C to about 37° C; ii. selecting a marker that is indicative of fertility status of sperm, wherein expression of the marker correlates with fertility status of the sperm, and wherein the marker is Fc receptor (FcR); iii. detecting the level of expression of the FcR by sperm in the semen sample at a plurality of time points that are at least 10 minutes apart; iv. determining the time point at which the sperm in the semen sample express the FcR at about a maximum or a predetermined level that correlates to approaching a maximum of FcR expression of the sperm; and v. selecting a time point where the sperm display a minimum level of expression of the Fc receptor (FcR), and thereby providing an optimum time for administering the semen sample for insemination or freezing to provide improved pregnancy results, wherein the time point of step (v) is from about 20 minutes before to about 20 minutes after the minimum level of expression of the FcR.
A blood treatment cassette comprising a cassette body designed as a hard part and a film , the film being connected to the hard part and covering the hard part at least in sections, wherein the hard part comprises at least one valve base of a valve , the valve being designed to take, in addition to a first, open position of the valve , in which the valve base and a portion of the film disposed above it don't touch each other, a second, closed position of the valve , in which the valve base and the portion of the film touch each other when a force is applied to a portion of the film , wherein the blood treatment cassette comprises at least one spacer springly or elastically supported on the hard part and/or produced integrally therewith, wherein the spacer is arranged to apply tension, force or pressure to the portion of the film disposed above the valve base in the first position. wherein the spacer is an integral element of a spring element (227a; 227b) connected to the hard part or is arranged at it, wherein humps are arranged on the spring element (227a; 227b), the humps being traversed by drainage structures and/or wherein the spring element (227a; 227b) comprises a functional element, namely an integrated hydrophobic membrane support grid , a blood clot catcher disc and/or a non-return valve.
A feed unit, comprising a stationary guide member and a dispensing unit being configured to rotate and dispense components into the stationary guide member, the dispensing unit comprising one or more channels to receive a stack of components one on top of the other, and wherein the dispensing unit is configured to rotate relative to the stationary guide member, and wherein each channel has a control gate to apply suction/gaseous flow to control output of components from the channel for onward conveyance through the guide member , characterised in that each control gate comprises a first hole extending into the channel to which suction/gaseous flow is applied to retain a bottommost component of said stack in position within the channel until released.
Excavating tooth for a bucket of a bucket-wheel excavator, having a tooth head for engaging in the excavation material, and having a receptacle shaft for disposing in or on a receptacle of a bucket of the bucket-wheel excavator, wherein the tooth head and the receptacle shaft are connected to one another in a materially integral manner, wherein the materially integral connection is formed by means of a welded connection, characterized in that the tooth head has a higher hardness than the receptacle shaft , and in that the receptacle shaft has a higher toughness than the tooth head .
A gas sampling system , comprising: a receptacle configured to receive a gas detection tube , the gas detection tube comprising an inlet for receiving a gas sample, the gas detection tube further comprising an interior cavity into which the gas sample flows, the interior cavity containing at least one reagent material that reacts with a target gas to cause a visual change with a stain length corresponding to a concentration level of the target gas; an imaging device configured to generate image data of the gas detection tube during a sampling period; at least one processor configured to receive the image data from the imaging device , analyze the image data for the visual change corresponding to the gas detection tube , determine the concentration level of the target gas based on the stain length of the visual change; and monitor for a reading time and control the imaging device to capture a sample image at the reading time; wherein the reading time corresponds to a desired exposure time of the at least one reagent material to the gas sample, and the analyzed image data corresponds to the sample image. a receptacle configured to receive a gas detection tube , the gas detection tube comprising an inlet for receiving a gas sample, the gas detection tube further comprising an interior cavity into which the gas sample flows, the interior cavity containing at least one reagent material that reacts with a target gas to cause a visual change with a stain length corresponding to a concentration level of the target gas; an imaging device configured to generate image data of the gas detection tube during a sampling period; at least one processor configured to receive the image data from the imaging device , analyze the image data for the visual change corresponding to the gas detection tube , determine the concentration level of the target gas based on the stain length of the visual change; and monitor for a reading time and control the imaging device to capture a sample image at the reading time; wherein the reading time corresponds to a desired exposure time of the at least one reagent material to the gas sample, and the analyzed image data corresponds to the sample image.
Drawer and drawer-guide unit , wherein the drawer is made up of drawer elements, comprising a drawer base , a rear drawer wall , a drawer front , which is located opposite the rear drawer wall , and two side drawer walls , wherein the drawer-guide unit comprises a fixed rail and a drawer rail, and wherein the drawer and/or the drawer-guide unit has a front adjustment device , which is designed to adjust the drawer front in terms of inclination and/or in a direction perpendicular to a drawer-movement direction, the latter being provided by the drawer-guide unit , so that, when the drawer has been fitted on a piece of furniture , there is predefined positioning and/or orientation of the drawer front in a closed state of the drawer on the piece of furniture , characterized in that the front adjustment device comprises a motor drive for adjusting the drawer front at least in a direction perpendicular to the drawer-movement direction, wherein the front adjustment device with the motor drive remains permanently fitted on the side drawer wall and/or on the drawer-guide unit .
A stimulus delivery probe for delivering an electrical stimulus to an animal, said stimulus delivery probe comprising: a base member adapted to be mechanically secured to an animal training device , the animal training device being adapted to be carried by the animal and capable of generating the electrical stimulus; a compliant member mechanically secured to said base member, said compliant member being in electrical communication with the animal training device when said base member is mechanically secured to the animal training device, said compliant member being electrically conductive and mechanically compliant in response to a force applied against said stimulus delivery probe by the animal training device when the animal training device is carried by the animal; and a tip member mechanically secured to and in electrical communication with said compliant member, said tip member being positioned in physical contact with the animal when the animal training device is carried by the animal, said tip member delivering the electrical stimulus to the animal when the animal training system generates the electrical stimulus, characterized in that the compliant member is resiliently compressible in the direction of the force between the animal training device and the animal. a base member adapted to be mechanically secured to an animal training device , the animal training device being adapted to be carried by the animal and capable of generating the electrical stimulus; a compliant member mechanically secured to said base member, said compliant member being in electrical communication with the animal training device when said base member is mechanically secured to the animal training device, said compliant member being electrically conductive and mechanically compliant in response to a force applied against said stimulus delivery probe by the animal training device when the animal training device is carried by the animal; and a tip member mechanically secured to and in electrical communication with said compliant member, said tip member being positioned in physical contact with the animal when the animal training device is carried by the animal, said tip member delivering the electrical stimulus to the animal when the animal training system generates the electrical stimulus, characterized in that the compliant member is resiliently compressible in the direction of the force between the animal training device and the animal.
A food processor for preparing a food, with a food preparation space , with one or more devices for preparing the food in the food preparation space , with at least one interface for connecting the food processor to another household appliance (16, 17; 18), with a control unit for providing control programs (P HT ) and with a communication unit for providing communication channels (K H ), characterized by a user interface unit for providing user interfaces with a user interface by which the other household appliance (16; 17; 18) can be operated and/or which is able to display a status of the other household appliance (16; 17; 18), and a screen for displaying a user interface , wherein the food processor is configured such that it can display on the screen a user interface for the food processor and a user interface for the other household appliance (16, 17; 18).
A method for processing an exceptional case of establishing a default bearer in a mobility management entity of a mobile communication system, comprising: receiving a network attachment request as part of a network attachment procedure from a user equipment ; transmitting a network attachment acceptance with an activation request of the default bearer to the user equipment in response to the network attachment request; and cancelling, by the mobility management entity , the network attachment procedure when a completion response to the activation request of the default bearer is not received from the user equipment within a predetermined time, wherein the cancelling the network attachment procedure further includes allowing an evolved session management, ESM, layer included in the mobility management entity to notify a failure in establishing the default bearer to an evolved mobility management, EMM, layer included in the mobility management entity . receiving a network attachment request as part of a network attachment procedure from a user equipment ; transmitting a network attachment acceptance with an activation request of the default bearer to the user equipment in response to the network attachment request; and cancelling, by the mobility management entity , the network attachment procedure when a completion response to the activation request of the default bearer is not received from the user equipment within a predetermined time, wherein the cancelling the network attachment procedure further includes allowing an evolved session management, ESM, layer included in the mobility management entity to notify a failure in establishing the default bearer to an evolved mobility management, EMM, layer included in the mobility management entity .
An implantable graft , comprising: a main section having walls formed with a woven fabric , the main section having a main lumen extending therethrough; and a bifurcated section having walls formed with the woven fabric, wherein the bifurcated section extends from main section, wherein the bifurcated section includes a first branch and a second branch , and wherein the first branch and the second branch each include a branch lumen in fluid communication with the main lumen, wherein at least one branch of the bifurcated section includes a branch taper formed by a seam connecting a first woven layer and a second woven layer, and wherein a seam extension extends outwardly along the seam of the branch taper, the seam extension being a single-layer woven structure wherein warp ends and weft threads in both the first woven layer and the second woven layer are incorporated into the woven structure of the seam extension such that the seam extension has a higher thread density than both the first woven layer and the second woven layer in the at least one branch. a main section having walls formed with a woven fabric , the main section having a main lumen extending therethrough; and a bifurcated section having walls formed with the woven fabric, wherein the bifurcated section extends from main section, wherein the bifurcated section includes a first branch and a second branch , and wherein the first branch and the second branch each include a branch lumen in fluid communication with the main lumen, wherein at least one branch of the bifurcated section includes a branch taper formed by a seam connecting a first woven layer and a second woven layer, and wherein a seam extension extends outwardly along the seam of the branch taper, the seam extension being a single-layer woven structure wherein warp ends and weft threads in both the first woven layer and the second woven layer are incorporated into the woven structure of the seam extension such that the seam extension has a higher thread density than both the first woven layer and the second woven layer in the at least one branch.
An electrode arrangement comprising: a transmitting electrode receiving a drive signal from a controller to generate a quasi-static alternating electric field which extends into an observation area; a first electrode (e 1 ) extending in a first direction and configured to be connected to an evaluation device in said controller as a receiving electrode; a second electrode (e 2 ) extending in a second direction different from the first direction, wherein the second electrode (e 2 ) is electrically floating and disconnected from said controller , wherein for evaluating disturbances of the quasi-static alternating electric field with the first electrode (e 1 ) a combined sensitivity profile of the first electrode (e 1 ) is obtained by capacitively coupling the first and second electrode (e 1 , e 2 ), wherein the sensitivity profile of the first electrode corresponds to the spatial profile on an axis perpendicular to an axis along which the first electrode (e 1 ) extends, wherein the first and second electrode (e 1 , e 2 ) are capacitively combined by connecting a discrete capacitor (C k ) between the first and second electrode or by a capacitive coupling path (r 1 ) between the first and second electrodes (e 1 , e 2 ). a transmitting electrode receiving a drive signal from a controller to generate a quasi-static alternating electric field which extends into an observation area; a first electrode (e 1 ) extending in a first direction and configured to be connected to an evaluation device in said controller as a receiving electrode; a second electrode (e 2 ) extending in a second direction different from the first direction, wherein the second electrode (e 2 ) is electrically floating and disconnected from said controller , wherein for evaluating disturbances of the quasi-static alternating electric field with the first electrode (e 1 ) a combined sensitivity profile of the first electrode (e 1 ) is obtained by capacitively coupling the first and second electrode (e 1 , e 2 ), wherein the sensitivity profile of the first electrode corresponds to the spatial profile on an axis perpendicular to an axis along which the first electrode (e 1 ) extends, wherein the first and second electrode (e 1 , e 2 ) are capacitively combined by connecting a discrete capacitor (C k ) between the first and second electrode or by a capacitive coupling path (r 1 ) between the first and second electrodes (e 1 , e 2 ).