mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus (100, 200) for use at a user equipment side for wireless communications, comprising: processing circuitry (101,102,201,202), configured to: set a first timer for timing activation time of a current bandwidth part, BWP; for use by the user equipment on an unlicensed frequency band; switch the user equipment to another BWP on the unlicensed frequency band when the first timer expires; set a second timer for timing time during which the user equipment does not occupy the current BWP in an activated state to perform transmission; and determine whether to switch the user equipment to another BWP on the unlicensed frequency band based on the second timer; wherein the processing circuitry acquires the timing duration of the second timer via a radio resource control, RRC, signaling. set a first timer for timing activation time of a current bandwidth part, BWP; for use by the user equipment on an unlicensed frequency band; switch the user equipment to another BWP on the unlicensed frequency band when the first timer expires; set a second timer for timing time during which the user equipment does not occupy the current BWP in an activated state to perform transmission; and determine whether to switch the user equipment to another BWP on the unlicensed frequency band based on the second timer; wherein the processing circuitry acquires the timing duration of the second timer via a radio resource control, RRC, signaling.
Centrifugal discharge pump for electric household appliances, comprising: a working chamber which has an intake opening and a delivery opening; an open impeller arranged inside said working chamber and rotatable about a main axis (x) so as to move a discharge stream of the electric household appliance coming from the intake opening through the delivery opening; and motor means designed to drive said impeller by means of a transmission shaft arranged along said main axis (x); said impeller comprising a support element arranged in a plane perpendicular to the main axis (x) and integral with the transmission shaft, and a plurality of blades projecting from said support element, said impeller having, between said blades, along the main axis (x), a free space of predefined volume for allowing removal through the centrifugal pump of foreign solids present in the discharge stream; the impeller being rotatable in a predefined direction of rotation, said blades being curved blades whose convex surface faces forwards relative to said direction of rotation of the impeller; said support element being a disc centered on the main axis (x), the blades extending along said disc from a peripheral edge to a minimum radius (r 1) from the main axis (x) characterized in that said blades are two in number and are directed so that the free space passes diametrically across said disc, without intersecting either one of said blades; said free space passing diametrically across the disc so as to form a corridor having a width equal to at least twice the minimum radius (r 1), said corridor not intersecting either one of said blades.
An apparatus for transporting corrugated boxes, comprising: a plurality of top wheel assemblies (124; 130); and a plurality of bottom wheel assemblies (126; 132) that are below the top wheel assem.blies (124; 130), the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132) receive a box with scrap created by rotary die cutting and transport the box between the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132), wheels of the bottom wheel assemblies (126; 132) are staggered from wheels of the top wheel assemblies (124; 130) causing the box to flex when being transported between the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132), the wheels of the top wheel assemblies (124; 130) are driven, the wheels of the bottom wheel assemblies (126; 132) are driven, relative positioning of the wheels of the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132) can be adjusted. a plurality of top wheel assemblies (124; 130); and a plurality of bottom wheel assemblies (126; 132) that are below the top wheel assem.blies (124; 130), the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132) receive a box with scrap created by rotary die cutting and transport the box between the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132), wheels of the bottom wheel assemblies (126; 132) are staggered from wheels of the top wheel assemblies (124; 130) causing the box to flex when being transported between the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132), the wheels of the top wheel assemblies (124; 130) are driven, the wheels of the bottom wheel assemblies (126; 132) are driven, relative positioning of the wheels of the top wheel assemblies (124; 130) and bottom wheel assemblies (126; 132) can be adjusted.
A network node arranged to participate in establishment of a call between a caller and a callee over a network, the network node comprising: transmitter apparatus arranged to send multiple versions of a call invite (S12, S20, S30) for establishing the call between a caller client of the caller and one or more callee clients implemented at one or more callee terminals of the callee, the transceiver apparatus being arranged to send said multiple versions of the call invite over a plurality of different delivery mechanisms, wherein one of the delivery mechanisms comprises a push notification on a push channel. transmitter apparatus arranged to send multiple versions of a call invite (S12, S20, S30) for establishing the call between a caller client of the caller and one or more callee clients implemented at one or more callee terminals of the callee, the transceiver apparatus being arranged to send said multiple versions of the call invite over a plurality of different delivery mechanisms,
A method of forming a ceramic product including a transparent ceramic material comprising a sapphire, the method comprising: providing a transparent ceramic panel, wherein providing the transparent ceramic panel comprises polishing the transparent ceramic panel; placing the polished transparent ceramic panel between bend jigs including polished bend jigs formed of any refractory metal so long as it maintains its strength at the bending temperatures; heating the panel; and bending the panel to conform to a non-planar geometry; wherein the transparent ceramic panel retains at least a portion of the polish after bending. providing a transparent ceramic panel, wherein providing the transparent ceramic panel comprises polishing the transparent ceramic panel; placing the polished transparent ceramic panel between bend jigs including polished bend jigs formed of any refractory metal so long as it maintains its strength at the bending temperatures; heating the panel; and bending the panel to conform to a non-planar geometry; wherein the transparent ceramic panel retains at least a portion of the polish after bending.
A method for inactivation and extraction of acid-fast bacteria in a test sample, the method comprising the following sequential steps: (a) culturing a test sample containing acid-fast bacteria in a liquid culture and continuing to culture the test sample in the liquid culture for at least 24 hours after the test sample has tested positive for growth of the acid-fast bacteria and until a minimum concentration of 1.0x10 7 CFU/ml is present in the test sample culture; (b) transferring the test sample from the positive liquid culture to a first tube, wherein the first tube comprises a body having a volume of 5 mL, a first end to the body having an opening, and a second end to the body having a frustoconical portion ending in a concave tip; (c) centrifuging the first tube to pellet the acid-fast bacteria in the concave tip and subsequently decanting at least 90% of a first supernatant while retaining the pellet of acid-fast bacteria in the concave tip; (d) resuspending the acid-fast bacteria pellet in alcohol, optionally ethanol, to generate a first suspension; (e) transferring the suspension from the first tube to a second tube containing beads to form a second suspension; (f) agitating the second tube to break up clumps and disrupt acid-fast bacteria cells in the second suspension; and (g) incubating the second suspension for at least 5 minutes to inactivate the acid-fast bacteria in the test sample to form an inactivated second suspension; optionally wherein said acid-fast bacteria is Mycobacterium or Nocardia. (a) culturing a test sample containing acid-fast bacteria in a liquid culture and continuing to culture the test sample in the liquid culture for at least 24 hours after the test sample has tested positive for growth of the acid-fast bacteria and until a minimum concentration of 1.0x10 7 CFU/ml is present in the test sample culture; (b) transferring the test sample from the positive liquid culture to a first tube, wherein the first tube comprises a body having a volume of 5 mL, a first end to the body having an opening, and a second end to the body having a frustoconical portion ending in a concave tip; (c) centrifuging the first tube to pellet the acid-fast bacteria in the concave tip and subsequently decanting at least 90% of a first supernatant while retaining the pellet of acid-fast bacteria in the concave tip; (d) resuspending the acid-fast bacteria pellet in alcohol, optionally ethanol, to generate a first suspension; (e) transferring the suspension from the first tube to a second tube containing beads to form a second suspension; (f) agitating the second tube to break up clumps and disrupt acid-fast bacteria cells in the second suspension; and (g) incubating the second suspension for at least 5 minutes to inactivate the acid-fast bacteria in the test sample to form an inactivated second suspension;
A device for sending voice call contents, comprising: a display for displaying at least one soft button for activating or deactivating a voice recognition for a user's voice or another party's voice; and a controller adapted to activate or deactivate the voice recognition for the user's voice or the other party's voice according to an input of the soft button, output a notification sound for notifying the activation of the voice recognition when the voice recognition is activated during a call with the other party, convert voice inputted during the call into text information, and display the converted text information when the voice recognition is activated; wherein the controller is further adapted to output another notification sound for notifying the deactivation of the voice recognition when the voice recognition is deactivated, convert the text information into a text message, and send the text message to the other party's mobile communications terminal. a display for displaying at least one soft button for activating or deactivating a voice recognition for a user's voice or another party's voice; and a controller adapted to activate or deactivate the voice recognition for the user's voice or the other party's voice according to an input of the soft button, output a notification sound for notifying the activation of the voice recognition when the voice recognition is activated during a call with the other party, convert voice inputted during the call into text information, and display the converted text information when the voice recognition is activated; wherein the controller is further adapted to output another notification sound for notifying the deactivation of the voice recognition when the voice recognition is deactivated, convert the text information into a text message, and send the text message to the other party's mobile communications terminal.
Modular system, in particular for the construction of buildings, in which several interconnecting modular components formed mainly of synthetic material (1.1 through 1.9) have at least one connecting element (4,5) for interconnection on the top and/or on the bottom, in which the connecting element (at least one) (4,5) of a component (1.1 through 1.9) is designed as part of a form-fitting connection realised as an elongated, prismatic recess or an elongated, prismatic projection and can interlock with a complementary, correspondingly designed connecting element (4,5) of another component (1.1 through 1.9), in which the base body of at least one of the components (1.1 through 1.9) has feedthroughs (3,3'), in which the feedthrough is arranged with its lengthwise axis parallel to the course of the connecting elements (4,5) and the feedthrough is arranged with its lengthwise axis in the normal direction to the feedthrough, and in which the feedthrough intersects the feedthrough, in which side faces (4a, 5a) of the elongated, prismatic projection of a component (1.9) respectively have additional projections, which can interlock with corresponding additional lateral recesses in an elongated, prismatic recess of another component (1.9).
An endoscope system comprising: an image signal acquisition unit adapted to acquire a first image signal corresponding to a first wavelength range with a center wavelength between 373 nm and 453 nm where an amount of light absorption changes according to the concentration of yellow dye, a second image signal corresponding to a second wavelength range where the amount of light absorption changes according to a blood volume of an observation target, and a third image signal corresponding to a third wavelength range where a change in the amount of light absorption according to the concentration of yellow dye is small compared with the first wavelength range and a change in the amount of light absorption according to the blood volume is small compared with the second wavelength range; a signal ratio calculation unit adapted to calculate a first signal ratio (G2/B2) for each pixel based on the first and second image signals and to calculate a second signal ratio (R2/G2) for each pixel based on the second and third image signals; and a warning notification unit adapted to calculate, according to the second signal ratio (R2/G2), a threshold value (Q TH) for comparison with the first signal ratio (G2/B2) and to generate a warning signal for giving a warning for prompting cleaning of the observation target based on a comparison result between the first signal ratio and the threshold value. an image signal acquisition unit adapted to acquire a first image signal corresponding to a first wavelength range with a center wavelength between 373 nm and 453 nm where an amount of light absorption changes according to the concentration of yellow dye, a second image signal corresponding to a second wavelength range where the amount of light absorption changes according to a blood volume of an observation target, and a third image signal corresponding to a third wavelength range where a change in the amount of light absorption according to the concentration of yellow dye is small compared with the first wavelength range and a change in the amount of light absorption according to the blood volume is small compared with the second wavelength range; a signal ratio calculation unit adapted to calculate a first signal ratio (G2/B2) for each pixel based on the first and second image signals and to calculate a second signal ratio (R2/G2) for each pixel based on the second and third image signals; and a warning notification unit adapted to calculate, according to the second signal ratio (R2/G2), a threshold value (Q TH) for comparison with the first signal ratio (G2/B2) and to generate a warning signal for giving a warning for prompting cleaning of the observation target based on a comparison result between the first signal ratio and the threshold value.
Turbocharger, and in particular an exhaust gas driven turbocharger for a motor vehicle, comprising - a variable turbo- and/or compressor geometry, - and a guide vane device arranged in a housing, comprising at least one vane mounting ring with guide vanes rotatably mounted thereon or therein and an adjuster ring arranged coaxially to the vane mounting ring, which may rotate relative to the vane mounting ring and by means of which the guide vanes may be adjusted, characterised in that, mounting of the adjuster ring on the vane mounting ring is achieved by slide or roller bearings each arranged on a locating pin passing through the vane mounting ring, wherein the locating pins define an axial separation of the vane mounting ring from the housing or to an insert piece or cover disc element arranged therein. - a variable turbo- and/or compressor geometry, - and a guide vane device arranged in a housing, comprising at least one vane mounting ring with guide vanes rotatably mounted thereon or therein and an adjuster ring arranged coaxially to the vane mounting ring, which may rotate relative to the vane mounting ring and by means of which the guide vanes may be adjusted, characterised in that, mounting of the adjuster ring on the vane mounting ring is achieved by slide or roller bearings each arranged on a locating pin passing through the vane mounting ring, wherein the locating pins define an axial separation of the vane mounting ring from the housing or to an insert piece or cover disc element arranged therein.
Avoidance and braking assistant for motor vehicles, having a sensor system for sensing traffic surroundings of the vehicle, an actuator system for interventions into a steering system and a brake system of the vehicle, and having an electronic control device in which an emergency avoidance function is implemented, which emergency avoidance function checks, on the basis of the data supplied by the sensor system, whether an emergency avoidance manoeuvre is necessary, and then acts on the dynamics of the vehicle via the actuator system, in order to assist the vehicle driver during the initiation and/or execution of the emergency avoidance manoeuvre, characterized in that the emergency avoidance function engages, in the first phase of an avoidance manoeuvre, at any rate when the driver does not engage himself in the lateral dynamics, exclusively in the lateral dynamics and only after this phase decides whether an intervention in the longitudinal dynamics will take place as well.
Method for operating a vehicle, which has a plurality of outer doors (3, 4, 5, 6, 7, 8) for separating a passenger region within the vehicle from an outside surrounding area of the vehicle, comprising: - identifying an object, which is located within a closing region of an outer door of the plurality of outer doors (3, 4, 5, 6, 7, 8), wherein the object located within the closing region hinders a closing of the outer door, - outputting a notification message (28, 128, 228), which notifies of the hindrance and can be perceived by a person located within a door surrounding region of the outer door, if the object is located within the closing region during a planned departure of the vehicle, characterised in that the notification message is output exclusively within the door surrounding region of that outer door of the plurality of outer doors for which the closing is hindered or blocked, and - outputting an interaction message (31, 129), which can be perceived by the person, as a function of a response of the person to the notification message (28, 128). - identifying an object, which is located within a closing region of an outer door of the plurality of outer doors (3, 4, 5, 6, 7, 8), wherein the object located within the closing region hinders a closing of the outer door, - outputting a notification message (28, 128, 228), which notifies of the hindrance and can be perceived by a person located within a door surrounding region of the outer door, if the object is located within the closing region during a planned departure of the vehicle, characterised in that the notification message is output exclusively within the door surrounding region of that outer door of the plurality of outer doors for which the closing is hindered or blocked, and - outputting an interaction message (31, 129), which can be perceived by the person, as a function of a response of the person to the notification message (28, 128).
A welding-type apparatus comprising: an enclosure; a power source constructed to condition and output an electrical signal suitable to welding and located in the enclosure; a gas cylinder and a regulator bold disposed within the enclosure; and characterized in that the power source is a combination of an inverter and an energy storage device constructed to output an electrical signal capable of welding; the welding-type apparatus further comprises a first adapter of the regulator arranged within the enclosure for engaging said gas cylinder and a second adapter extending from regulator through a rear panel of the enclosure for connecting a bulk gas cylinder via a connection means to the welding-type apparatus, said regulator being constructed to control the flow of gas from either the gas cylinder disposed within the enclosure and/or the bulk cylinder arranged outside of the enclosure. an enclosure; a power source constructed to condition and output an electrical signal suitable to welding and located in the enclosure; a gas cylinder and a regulator bold disposed within the enclosure; and characterized in that the power source is a combination of an inverter and an energy storage device constructed to output an electrical signal capable of welding; the welding-type apparatus further comprises a first adapter of the regulator arranged within the enclosure for engaging said gas cylinder and a second adapter extending from regulator through a rear panel of the enclosure for connecting a bulk gas cylinder via a connection means to the welding-type apparatus, said regulator being constructed to control the flow of gas from either the gas cylinder disposed within the enclosure and/or the bulk cylinder arranged outside of the enclosure.
Furniture system comprising at least one furniture element (4, 7, 39; 40) comprising a plate-like main body with a. a first side surface, b. a second side surface opposite the first side surface, c. an end face connecting the side surfaces (19, 20) to one another, d. a cable channel (25; 42) arranged inside the main body which comprises at least i. one first opening and ii. a second opening, wherein the openings (27; 29) are accessible via the side surfaces (19, 20) and/or the end face, and e) a layered structure of the main body with an inner structure layer, a first side cover plate, a second side cover plate, wherein f) the structure layer comprises a strength-increasing structure element and a reinforcing structure element in the form of a honeycomb structure, and g) the cable channel (25; 42) is integrated into the structure layer characterised by a stand element connected to the main body, which stand element is used for the defined placing of the furniture system on a base. a. a first side surface, b. a second side surface opposite the first side surface, c. an end face connecting the side surfaces (19, 20) to one another, d. a cable channel (25; 42) arranged inside the main body which comprises at least i. one first opening and ii. a second opening, wherein the openings (27; 29) are accessible via the side surfaces (19, 20) and/or the end face, and i. one first opening and ii. a second opening, e) a layered structure of the main body with an inner structure layer, a first side cover plate, a second side cover plate, wherein f) the structure layer comprises a strength-increasing structure element and a reinforcing structure element in the form of a honeycomb structure, and g) the cable channel (25; 42) is integrated into the structure layer