mhurhangee/ep-ind-claims huggingface dataset:
A first hearing device (L, R) configured for use in a binaural hearing system comprising the first hearing device, a second hearing device and one or more auxiliary devices, the first hearing device being arrangeable at or in an ear of an individual, the first hearing device adapted to cooperatively act as combined network master with the second hearing device, the first hearing device (L, R) being adapted to receive from the second hearing device (L, R) beacon messages within a predefined radio frequency range, wherein the first hearing device (L, R) is adapted to transmit beacon messages within the predefined radio frequency range and alternatingly with the received beacon messages, wherein the first hearing device is adapted to connect an auxiliary device to the network by executing an initialisation procedure, and to maintain a record of connected auxiliary devices and to transmit information on connected auxiliary devices to the other hearing device (L, R).
A method of monitoring the bicarbonate content and the sodium content of a dialysis solution, wherein the dialysis solution is prepared while adding a bicarbonate component and an acidic sodium component, and wherein the method comprises the following steps: a. adding the acidic sodium component and measuring the conductivity (LF ist,Na); b. adding the bicarbonate component and measuring the increase in conductivity (ΔLF ist,Bic) caused by adding the bicarbonate component; c. determining the increase in conductivity (ΔLF exp,Bic) expected due to the addition of the bicarbonate component; d. checking whether the measured increase in conductivity (ΔLF ist,Bic) lies in an expected range of the increase in conductivity (ΔLF exp,Bic); e. determining the total conductivity (LF exp,D) expected after the addition of the bicarbonate component and of the acidic sodium component; f. measuring the total conductivity (LF ist,D) after the addition of the bicarbonate component and of the acidic sodium component; and g. checking whether the measured total conductivity LF ist,D) lies in an expected range of the total conductivity (LF exp,D), wherein the measurement of the conductivity in accordance with step a.; the measurement of the increase in conductivity in accordance with step b.; and the measurement of the total conductivity in accordance with step f. are carried out by one and the same conductivity measurement cell. a. adding the acidic sodium component and measuring the conductivity (LF ist,Na); b. adding the bicarbonate component and measuring the increase in conductivity (ΔLF ist,Bic) caused by adding the bicarbonate component; c. determining the increase in conductivity (ΔLF exp,Bic) expected due to the addition of the bicarbonate component; d. checking whether the measured increase in conductivity (ΔLF ist,Bic) lies in an expected range of the increase in conductivity (ΔLF exp,Bic); e. determining the total conductivity (LF exp,D) expected after the addition of the bicarbonate component and of the acidic sodium component; f. measuring the total conductivity (LF ist,D) after the addition of the bicarbonate component and of the acidic sodium component; and g. checking whether the measured total conductivity LF ist,D) lies in an expected range of the total conductivity (LF exp,D),
Sizing composition for sizing of a surface of paper, board or the like, the sizing composition having a solids content of 3 - 30 % and comprising - degraded non-ionic starch, having a viscosity of 2 - 80 mPas, preferably 2 - 40 mPas, more preferably 2 - 20 mPas, at 10 % concentration, measured with Brookfield SSA, Spindel 18, 60 rpm, 60 °C, and - 0.5 - 10 weight-% of anionic polyacrylamide, which has an average molecular weight, MW, in the range of 530 000 - 1 500 000 g/mol and an anionicity in the range of 4 - 35 mol-%. - degraded non-ionic starch, having a viscosity of 2 - 80 mPas, preferably 2 - 40 mPas, more preferably 2 - 20 mPas, at 10 % concentration, measured with Brookfield SSA, Spindel 18, 60 rpm, 60 °C, and - 0.5 - 10 weight-% of anionic polyacrylamide, which has an average molecular weight, MW, in the range of 530 000 - 1 500 000 g/mol and an anionicity in the range of 4 - 35 mol-%.
A method comprising: receiving, at a video processing device, an orientation negotiation message from a first device associated with a communication session between the video processing device and the first device, the orientation negotiation message including an indication of an orientation of the first device and a characteristic associated with the first device; identifying either the video processing device or the first device to perform orientation processing of video data transmitted via the communication session, said identifying based on a comparison of the received characteristic of the first device with the corresponding characteristic of the video processing device, wherein the compared characteristics are such that their comparison is indicative of which device is more efficient at performing the orientation processing; and transmitting a message to said first device, said message including information indicating a result of said identifying. receiving, at a video processing device, an orientation negotiation message from a first device associated with a communication session between the video processing device and the first device, the orientation negotiation message including an indication of an orientation of the first device and a characteristic associated with the first device; identifying either the video processing device or the first device to perform orientation processing of video data transmitted via the communication session, said identifying based on a comparison of the received characteristic of the first device with the corresponding characteristic of the video processing device, wherein the compared characteristics are such that their comparison is indicative of which device is more efficient at performing the orientation processing; and transmitting a message to said first device, said message including information indicating a result of said identifying.
Steam iron board with a stand frame and an ironing board plate arranged on the stand frame, wherein the ironing board plate • has a steam tub and a steam-permeable ironing surface provided above the steam tub, which is in flow connection with the steam tub, • is penetrated by through openings in the area above the steam tub for forming the flow connection between steam tub and ironing surface, • has two fitting rails lying opposite each other for fitting the stand frame, running from a front area to a rear area of the ironing board plate, which are fitted to the underside of the ironing board plate, as well as • has a fan that is in flow connection with an interior space of the steam tub, characterised in that the steam tub is arranged to run along the underside of the ironing board plate between the fitting rails, wherein the ironing board plate is designed in such a way that the width of the steam tub is limited to the area between the fitting rail below the ironing board plate and holds the fitting rails in a solid area of the ironing board plate not formed as a hollow chamber, outside of the area of the steam tub. • has a steam tub and a steam-permeable ironing surface provided above the steam tub, which is in flow connection with the steam tub, • is penetrated by through openings in the area above the steam tub for forming the flow connection between steam tub and ironing surface, • has two fitting rails lying opposite each other for fitting the stand frame, running from a front area to a rear area of the ironing board plate, which are fitted to the underside of the ironing board plate, as well as • has a fan that is in flow connection with an interior space of the steam tub,
A method for implementing function sharing in a wireless access hotspot device, comprising: the wireless access hotspot device sending information of a function supported by the wireless access hotspot device itself, to a terminal that passed wireless access authentication; the wireless access hotspot device obtaining, from a function sharing request message returned by the terminal, an information of a function that the terminal requests to share, wherein the information of the function that is requested to be shared comprises all kinds of functions that are successfully matched from the information of the function supported by the wireless access hotspot device and are capable of being shared by the terminal; and when the terminal enabling a function in the information of the function that is requested to be shared, the wireless access hotspot device sending application data corresponding to the enabled function to the terminal in a wireless transmission manner. the wireless access hotspot device sending information of a function supported by the wireless access hotspot device itself, to a terminal that passed wireless access authentication; the wireless access hotspot device obtaining, from a function sharing request message returned by the terminal, an information of a function that the terminal requests to share, wherein the information of the function that is requested to be shared comprises all kinds of functions that are successfully matched from the information of the function supported by the wireless access hotspot device and are capable of being shared by the terminal; and when the terminal enabling a function in the information of the function that is requested to be shared, the wireless access hotspot device sending application data corresponding to the enabled function to the terminal in a wireless transmission manner.
A mouthpiece for oral care application, comprising: a mouthpiece body for receiving teeth situated in one or both of the upper and lower jaws, wherein the mouthpiece body has at least one portion (12, 14) having a U-shaped configuration with vertical walls (18, 23) adapted to extend along the side surfaces of the teeth and an intermediate wall adapted to fit against the horizontal surfaces of the teeth, wherein the mouthpiece body is for cleaning of teeth, and wherein the mouthpiece body further includes brush elements on an interior surface of the mouthpiece body, and a system for moving the brush elements to provide the cleaning function for the teeth, characterized in that the mouthpiece body includes at least two spaced teeth receiving sections (26, 28, 30; 52, 54; 60-65) joined by an intermediate flexible member (32, 34; 50; 48-52), such that the two sections (26, 28, 30; 52, 54; 60-65) can move laterally relative to each other to accommodate various dental arches. a mouthpiece body for receiving teeth situated in one or both of the upper and lower jaws, wherein the mouthpiece body has at least one portion (12, 14) having a U-shaped configuration with vertical walls (18, 23) adapted to extend along the side surfaces of the teeth and an intermediate wall adapted to fit against the horizontal surfaces of the teeth, wherein the mouthpiece body is for cleaning of teeth, and wherein the mouthpiece body further includes brush elements on an interior surface of the mouthpiece body, and a system for moving the brush elements to provide the cleaning function for the teeth, characterized in that the mouthpiece body includes at least two spaced teeth receiving sections (26, 28, 30; 52, 54; 60-65) joined by an intermediate flexible member (32, 34; 50; 48-52), such that the two sections (26, 28, 30; 52, 54; 60-65) can move laterally relative to each other to accommodate various dental arches.
A skate comprising a motorized wheel assembly, the motorized wheel assembly comprising: an electric motor that includes a housing that at least partially surrounds a motor coil, wherein the electric motor is operable to rotate at least a portion of the housing that is provided in a generally cylindrical shape in a forward rotational direction around the motor coil in response to applying electrical power to the electric motor; and a wheel operable to serve as at least one wheel of the apparatus, the wheel positioned around the at least a portion of the housing that is provided in a generally cylindrical shape, and operable to rotate with the housing in the forward rotational direction both when electrical power is applied to the electric motor and when electrical power is removed; wherein the wheel and the housing that is a generally cylindrical shape are operable to serve as a roller of the skate to roll on a surface in the forward rotational direction both when electrical power is applied to the electric motor to propel the wheel and the housing in the forward rotational direction, and when electrical power is removed from the electric motor so that the wheel and the housing are operable to rotate freely in the forward rotational direction. an electric motor that includes a housing that at least partially surrounds a motor coil, wherein the electric motor is operable to rotate at least a portion of the housing that is provided in a generally cylindrical shape in a forward rotational direction around the motor coil in response to applying electrical power to the electric motor; and a wheel operable to serve as at least one wheel of the apparatus, the wheel positioned around the at least a portion of the housing that is provided in a generally cylindrical shape, and operable to rotate with the housing in the forward rotational direction both when electrical power is applied to the electric motor and when electrical power is removed; wherein the wheel and the housing that is a generally cylindrical shape are operable to serve as a roller of the skate to roll on a surface in the forward rotational direction both when electrical power is applied to the electric motor to propel the wheel and the housing in the forward rotational direction, and when electrical power is removed from the electric motor so that the wheel and the housing are operable to rotate freely in the forward rotational direction.
A clean room shuttle system adapted to transport objects in a clean room, and adapted to meet the requirements for the maximum particle emission of the clean room, comprising - a carriageway (2, 2a, 2b) on which a wheel (16, 18) can move in at least two dimensions and which is arranged higher than the upper edge of the room bottom of the clean room; and - a clean room shuttle which has at least three steerable wheels (16, 18) which move on the carriageway (2, 2a, 2b) and touch them, wherein the point, on which the wheel touches the carriageway is located eccentrically with respect to the axis about which the wheel (16, 18) is pivoted during a steering movement, characterized in that - each of the wheels of the clean-room shuttle has a steering drive which pivots the wheel (16, 18) for a steering movement, - each of the wheels of the clean-room shuttle is driven by a propulsion drive, which moves the clean-room shuttle and - each wheel of the clean room shuttle, which touches the ground, can be steered individually and independently of one another. - a carriageway (2, 2a, 2b) on which a wheel (16, 18) can move in at least two dimensions and which is arranged higher than the upper edge of the room bottom of the clean room; and - a clean room shuttle which has at least three steerable wheels (16, 18) which move on the carriageway (2, 2a, 2b) and touch them, wherein the point, on which the wheel touches the carriageway is located eccentrically with respect to the axis about which the wheel (16, 18) is pivoted during a steering movement, characterized in that - each of the wheels of the clean-room shuttle has a steering drive which pivots the wheel (16, 18) for a steering movement, - each of the wheels of the clean-room shuttle is driven by a propulsion drive, which moves the clean-room shuttle and - each wheel of the clean room shuttle, which touches the ground, can be steered individually and independently of one another.
Method for producing a water-tight plug connector in which at least one electric conductor such as a wire is introduced into a guide channel of an insulator part via a lateral opening in order to hold the conductor, the insulator part with the introduced conductor is arranged in a plug connector housing, and an internal volume of the plug connector housing is then at least partially filled with a sealing compound, characterised in that the lateral opening is closed prior to filling.
A computing system for performing management operations on different versions of a service, comprising: a management configuration system configured to receive a call to perform a management operation on a service having a version, and a management assembly library that includes a set of stored management assemblies for a plurality of different versions of the service; wherein the management configuration system comprises a management interface hosting system that comprises a service version identifier logic, which identifies the version of the service, comprises a management assembly retrieval logic, which obtains a management assembly for the identified version of the service, and loads a management interface, corresponding to the version of the service, into an execution environment in response to receiving the call, detects execution of the management operation on the service, through the management interface, and discards the execution environment when the management operation has been executed, and wherein the management interface is used to perform the management operation on the version of the service. a management configuration system configured to receive a call to perform a management operation on a service having a version, and a management assembly library that includes a set of stored management assemblies for a plurality of different versions of the service; wherein the management configuration system comprises a management interface hosting system that comprises a service version identifier logic, which identifies the version of the service, comprises a management assembly retrieval logic, which obtains a management assembly for the identified version of the service, and loads a management interface, corresponding to the version of the service, into an execution environment in response to receiving the call, detects execution of the management operation on the service, through the management interface, and discards the execution environment when the management operation has been executed, and comprises a service version identifier logic, which identifies the version of the service, comprises a management assembly retrieval logic, which obtains a management assembly for the identified version of the service, and loads a management interface, corresponding to the version of the service, into an execution environment in response to receiving the call, detects execution of the management operation on the service, through the management interface, and discards the execution environment when the management operation has been executed, and wherein the management interface is used to perform the management operation on the version of the service.
Method for humanely killing animals, particularly birds, comprising the steps of: - spraying liquid CO 2 into a holding site housing said animals, particularly in the form of a pen, so that said CO 2 is evaporated and said animals are exposed to an atmosphere in their holding site containing gaseous CO 2, and, - after having asphyxiated said animals by exposing them to said atmosphere, discharging a mixture of a purge gas and at least one sterilising agent into the holding side. - spraying liquid CO 2 into a holding site housing said animals, particularly in the form of a pen, so that said CO 2 is evaporated and said animals are exposed to an atmosphere in their holding site containing gaseous CO 2, and, - after having asphyxiated said animals by exposing them to said atmosphere, discharging a mixture of a purge gas and at least one sterilising agent into the holding side.
Axial-flux electromagnetic motor or generator including at least one rotor and at least one stator (1, 2), said at least one rotor comprising permanent magnets rotating about a middle shaft, the permanent magnets being magnet structures forming magnet poles, each magnet structure being composed of a plurality of unit magnets, said at least one stator (1, 2) comprising concentric windings while including a series of studs with the windings wound around each stud, characterised in that the unit magnets are in the form of elongate pins having a length extending along the thickness (11, 15, 11') of the magnet structure, covering discs being disposed axially on each of the two opposite axial faces of said at least one rotor, the covering discs being made from composite, the covering discs and the magnet structures being coated in an external coating layer of composite defining the external contour of said at least one rotor, and in that the studs are connected together.
A clamp mounting for accommodating at least one section of a drug delivery device or for restricting it in at least one direction of motion, wherein the drug delivery device comprises an accommodation chamber for drug solution or substance to be delivered, wherein the clamp mounting comprises at least one clamping device, wherein the clamping device comprises at least one recess which is provided for accommodating or restricting at least one part of the section of the drug delivery device, wherein the recess or at least a section hereof comprises an arched or curved demarcation between itself and sections of the clamping device that are not recessed, and/or wherein the recess or at least one section hereof in at least one section hereof is arch-shaped or curve-shaped, characterized in that the recess is configured as a groove and has an arched course in a direction perpendicular to a shifting direction of the section of the drug delivery device and/or in a plane parallel to the shifting direction of the section of the drug delivery device runs in a curve, that is outwardly curved or convex in relation to the shifting direction in direction of a nozzle of the drug delivery device, in the opposed direction inwards curved or concave.