mhurhangee/ep-ind-claims huggingface dataset:
Induction hob comprising a power stage with at least one switching element for enabling an alternating current flow through an induction element, a control unit and a pot detection entity, the control unit being adapted to provide a single electrical pulse to the power stage for initiating an oscillating current flow between the induction element and at least one capacitor, said oscillating current flow leading to an oscillating voltage (Vc) at a first monitoring point of the power stage; the pot detection entity being adapted to monitor the oscillating voltage (Vc) of said first monitoring point and to compare the number of oscillations of the voltage (Vc) of said first monitoring point initiated by the single electrical pulse with a first threshold value in order to detect a piece of cookware placed above the induction element, characterised in that after receiving a power request in order to heat a piece of cookware placed above the induction element, the pot detection entity is adapted to monitor the presence of cookware by monitoring the voltage at a second monitoring point and compare the voltage at said second monitoring point with a voltage threshold value in order to derive information regarding the presence of a piece of cookware.
Apparatus for the treatment of objects, with a) a conveyor device for moving the objects to be treated, b) a handling robot, c) a positioning device for the handling robot, the positioning device being arranged to hold the handling robot in a rest position in a first state of the positioning device and to hold the handling robot in an active position in a second state, the handling robot being arranged in the rest position below an object to be treated, and d) a multi-axis robot with a certain range of movement, characterized in e) that the handling robot in the rest position is located outside the movement range of the multi-axis robot. a) a conveyor device for moving the objects to be treated, b) a handling robot, c) a positioning device for the handling robot, the positioning device being arranged to hold the handling robot in a rest position in a first state of the positioning device and to hold the handling robot in an active position in a second state, the handling robot being arranged in the rest position below an object to be treated, and d) a multi-axis robot with a certain range of movement,
Hydraulic line coupling, in particular for a hydraulic brake or coupling of handlebar-operated vehicles, which has a line connection piece with an extension for connecting a hydraulic line and a housing, in which the line connection piece can be arranged which comprises a passage connected to the hydraulic line, characterized in that a pressure chamber housing is arranged in the housing in such a way that the housing receives a pressure prevailing in the pressure chamber housing, the pressure chamber of the pressure chamber housing being connected to the passage of the line connection piece.
Method for operating a household appliance for the care of laundry items, in which liquid is poured into an outer tub of the household appliance and the liquid is pumped out of the outer tub via an drain line during a subsequent pumping-out phase, wherein a pump is operated in a main direction for pumping out the liquid, and when pumping out a non-return valve is moved from a closed position, in which the drain line is sealed off from the outer tub, into an open position, in which the drain line has a fluid connection to the outer tub, wherein, at least during a predefined time interval, the pump is operated in a direction opposite the main direction and, as a result, a pumping pressure is established at the non-return valve, by means of which the non-return valve is pressed into the closed position, characterised in that the pump is operated in the opposite direction at least when pouring in the liquid and/or rinsing a detergent into the outer tub.
Mixing apparatus for mixing particles in a liquid, the mixing apparatus comprising - a tank having a bottom and a substantially vertical side wall, - an agitation means comprising a rotation shaft located vertically and centrally in the tank, and an impeller arranged at a height above the bottom at the end of the rotation shaft, - the bottom being equipped with a corrugated formation comprising alternate consecutive ridges and valleys, the ridges and valleys extending radially in relation to a center of the bottom, - wherein the height of at least one of the ridges decreases when moving from the side wall towards the center of the bottom of the tank and the highest point of the ridge is at a height of 0.1-1 times the radius of the bottom, and wherein - a floor of at least one of the valleys is horizontal for its entire length, and - the impeller is a downward pumping axial flow impeller, characteri zed in that - the impeller is a hydrofoil impeller, a propeller or a pitched-blade turbine, wherein the valleys are arranged to concentrate and channel the mixing power near to the bottom to turn downward flow of the liquid generated by the axial impeller smoothly upwards and to increase the velocity of the flow near to the bottom. - a tank having a bottom and a substantially vertical side wall, - an agitation means comprising a rotation shaft located vertically and centrally in the tank, and an impeller arranged at a height above the bottom at the end of the rotation shaft, - the bottom being equipped with a corrugated formation comprising alternate consecutive ridges and valleys, the ridges and valleys extending radially in relation to a center of the bottom, - wherein the height of at least one of the ridges decreases when moving from the side wall towards the center of the bottom of the tank and the highest point of the ridge is at a height of 0.1-1 times the radius of the bottom, and wherein - a floor of at least one of the valleys is horizontal for its entire length, and - the impeller is a downward pumping axial flow impeller, - the impeller is a hydrofoil impeller, a propeller or a pitched-blade turbine, wherein the valleys are arranged to concentrate and channel the mixing power near to the bottom to turn downward flow of the liquid generated by the axial impeller smoothly upwards and to increase the velocity of the flow near to the bottom.
A Mobility Management Entity, MME, for access, comprising: means for judging whether a Global Unique Temporary Identity, GUTI, carried by a user equipment, UE, is allocated by a System Architecture Evolution, SAE, network or mapped from a temporary identity of a Second Generation/Third Generation, 2G/3G, network; means for obtaining a UE context from an old MME by using the GUTI, if the GUTI is allocated by the SAE network; and means for reconstructing an old Routing Area Identification, old RAI, and a Packet Temporary Mobile Subscriber Identity, P-TMSI, from the GUTI and obtaining the UE context from an old Serving General Packet Radio Service, GPRS, Support Node, old SGSN, by using the old RAI and P-TMSI, if the GUTI is mapped. means for judging whether a Global Unique Temporary Identity, GUTI, carried by a user equipment, UE, is allocated by a System Architecture Evolution, SAE, network or mapped from a temporary identity of a Second Generation/Third Generation, 2G/3G, network; means for obtaining a UE context from an old MME by using the GUTI, if the GUTI is allocated by the SAE network; and means for reconstructing an old Routing Area Identification, old RAI, and a Packet Temporary Mobile Subscriber Identity, P-TMSI, from the GUTI and obtaining the UE context from an old Serving General Packet Radio Service, GPRS, Support Node, old SGSN, by using the old RAI and P-TMSI, if the GUTI is mapped.
A terminal apparatus that is configured to communicate with a base station apparatus (102, 108), the terminal apparatus comprising: a receiver configured to receive a Radio Resource Control, RRC, message including configuration information of a Multicast Broadcast Service, MBS, from the base station apparatus (102, 108); and a processing unit, wherein the configuration information of the MBS includes information of an MBS session, the processing unit establishes an MBS Radio Bearer, MRB, to receive the MBS session, and the processing unit, in a case of establishing the MRB, establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist. a receiver configured to receive a Radio Resource Control, RRC, message including configuration information of a Multicast Broadcast Service, MBS, from the base station apparatus (102, 108); and a processing unit, wherein the configuration information of the MBS includes information of an MBS session, the processing unit establishes an MBS Radio Bearer, MRB, to receive the MBS session, and the processing unit, in a case of establishing the MRB, establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist. establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist.
Use of a treatment agent for treating a salt-containing organic waste liquid, wherein the treatment agent comprises Scuticociliatida, wherein the salt-containing organic waste liquid comprises jellyfish, fishery products, crustaceans, food waste liquid or any combination thereof, and wherein the salt-containing organic waste liquid has a salt concentration as measured with an electroconductivity meter of 0.5% by mass or more but less than 8% by mass.
An interference cancellation method of a terminal in a mobile communication system, the method comprising: receiving control channel information including an interference indicator and transport block information associated with a transport block from a base station, the transport block information including at least one of modulation and coding scheme, MCS, new data indicator, NDI, and redundancy version, RV; determining whether the transport block is for the terminal or other terminal based on the interference indicator; receiving data from the base station based on the transport block information if the transport block is for the terminal; and performing interference cancellation based on the transport block information if the transport block is for the other terminal, wherein the terminal and the other terminal are scheduled on a same time-frequency resource for a communication, and wherein the interference indicator indicates whether at least two transport block information included in the control channel information is for the terminal or the other terminal. receiving control channel information including an interference indicator and transport block information associated with a transport block from a base station, the transport block information including at least one of modulation and coding scheme, MCS, new data indicator, NDI, and redundancy version, RV; determining whether the transport block is for the terminal or other terminal based on the interference indicator; receiving data from the base station based on the transport block information if the transport block is for the terminal; and performing interference cancellation based on the transport block information if the transport block is for the other terminal, wherein the terminal and the other terminal are scheduled on a same time-frequency resource for a communication, and wherein the interference indicator indicates whether at least two transport block information included in the control channel information is for the terminal or the other terminal.
A method performed by an apparatus, comprising: receiving an indication of a set of geographic zones and a set of control transmission wireless resource units, wherein, for each one of the geographic zones, a corresponding one or more of the control transmission wireless resource units is specified for use while in said one of the geographic zones; while in a first zone of the geographic zones, transmitting a control transmission reserving a first data transmission wireless resource unit for use by the apparatus for sidelink, SL, data communication while in the first zone, the control transmission performed using one of the control transmission wireless resource units corresponding to the first zone, wherein said first data transmission wireless resource unit is selected from a pool of data transmission wireless resource units, each member of the pool of data transmission wireless resource units being available for use across a contiguous plurality of the set of geographic zones, wherein different members of the pool of data transmission wireless resource units are concurrently usable regardless of geographic zone; and following determining that reservation of the first data transmission wireless resource unit in the defined geographic zone is successful, using the first data transmission wireless resource unit for SL data communication while in the defined geographic zone. receiving an indication of a set of geographic zones and a set of control transmission wireless resource units, wherein, for each one of the geographic zones, a corresponding one or more of the control transmission wireless resource units is specified for use while in said one of the geographic zones; while in a first zone of the geographic zones, transmitting a control transmission reserving a first data transmission wireless resource unit for use by the apparatus for sidelink, SL, data communication while in the first zone, the control transmission performed using one of the control transmission wireless resource units corresponding to the first zone, wherein said first data transmission wireless resource unit is selected from a pool of data transmission wireless resource units, each member of the pool of data transmission wireless resource units being available for use across a contiguous plurality of the set of geographic zones, wherein different members of the pool of data transmission wireless resource units are concurrently usable regardless of geographic zone; and following determining that reservation of the first data transmission wireless resource unit in the defined geographic zone is successful, using the first data transmission wireless resource unit for SL data communication while in the defined geographic zone.
A foaming soap dispenser, comprising: a housing having an underside dispensing opening, a receptacle disposed inside said housing, into which receptacle a liquid soap reservoir is exchangeably insertable, a soap container disposed underneath said receptacle, a soap pump for the soap, an air pump for delivering foaming air, and a foaming device in vicinity of said dispensing opening, characterized in that the air pump is designed as a diaphragm pump and the soap pump is designed as a peristaltic metering pump, and in that electric motors configured to be driven separately are associated with a respective one of said two pumps. a housing having an underside dispensing opening, a receptacle disposed inside said housing, into which receptacle a liquid soap reservoir is exchangeably insertable, a soap container disposed underneath said receptacle, a soap pump for the soap, an air pump for delivering foaming air, and a foaming device in vicinity of said dispensing opening, characterized in that the air pump is designed as a diaphragm pump and the soap pump is designed as a peristaltic metering pump, and in that electric motors configured to be driven separately are associated with a respective one of said two pumps.
An inlet guide vane arrangement for a gas turbine comprising a plurality of guide vane duct elements, the guide vane duct elements comprising a suction side wall and a pressure side wall, both walls (2, 3) facing each other, and being designed to be adjoinable to another of said guide vane duct elements, such that the pressure side wall of one guide vane duct element cooperates with the suction side wall of the adjacent guide vane duct element thereby forming a guide vane; the inlet guide vane arrangement further comprising a key element adapted to be arranged between the pressure side wall and the adjacent suction side wall, when two guide vane duct elements are adjoining to one another, characterised in that the key element is provided with protrusions and the suction side wall and the pressure side wall respectively are provided with webs cooperating with the protrusions thereby forming two dovetails at each side of the key element to fix together both adjoining guide vane duct elements.
A method for coding a video implemented in an encoder or a decoder including an enhanced interpolation filter, EIF, for motion compensation, the method comprising: i) determining control point motion vectors, CPMVs, for a block according to affine inter-prediction, the block being an affine block or a sub-block of the affine block; ii) for a sub-block of said block having a predefined size, determining a reference area in a reference picture based on the determined CPMVs; iii) comparing the size of the determined reference area with a predefined threshold; iv) applying EIF for motion compensation, comprising deriving a pixel-based motion vector field for the block from the CPMVs; wherein if the determined reference area is larger than the predefined threshold, deriving the pixel-based motion vector field for the sub-block further comprises motion vector clipping, wherein a motion vector clipping range is determined based on a motion model of the sub-block and the size of the sub-block; wherein using EIF for motion compensation further comprises: obtaining interpolated samples in a reference picture based on the pixel-based derived motion vector field using a T taps interpolation filter, where T is the number of interpolation filter taps corresponding to the filter length, where T is larger than zero; and applying a high-pass filter to the interpolated samples. i) determining control point motion vectors, CPMVs, for a block according to affine inter-prediction, the block being an affine block or a sub-block of the affine block; ii) for a sub-block of said block having a predefined size, determining a reference area in a reference picture based on the determined CPMVs; iii) comparing the size of the determined reference area with a predefined threshold; iv) applying EIF for motion compensation, comprising deriving a pixel-based motion vector field for the block from the CPMVs; wherein if the determined reference area is larger than the predefined threshold, deriving the pixel-based motion vector field for the sub-block further comprises motion vector clipping, wherein a motion vector clipping range is determined based on a motion model of the sub-block and the size of the sub-block; wherein using EIF for motion compensation further comprises: obtaining interpolated samples in a reference picture based on the pixel-based derived motion vector field using a T taps interpolation filter, where T is the number of interpolation filter taps corresponding to the filter length, where T is larger than zero; and applying a high-pass filter to the interpolated samples. obtaining interpolated samples in a reference picture based on the pixel-based derived motion vector field using a T taps interpolation filter, where T is the number of interpolation filter taps corresponding to the filter length, where T is larger than zero; and applying a high-pass filter to the interpolated samples.
A jaw assembly for a surgical tubular shaft instrument comprising a supporting component, a first arm including a first active area and a second arm having a second active area, wherein each of the first arm and the second arm has one link element (120, 220) and the arms (100, 200) are held by the supporting component in the axial direction, a cam carrier element is arranged in the jaw assembly which is axially movable relative to the supporting component and carries at least two cams (321, 322, 323; 331, 332, 333), characterized in that each link element (120, 220) is designed to be in contact with at least two cams (321, 322, 323; 331, 332, 333) when there is a relative axial movement between the supporting component and the cam carrier element, said cams being provided on the cam carrier element, and is designed to slide off said cams to effect an opening or closing of the jaw assembly by a movement of the two arms (100, 200) directed toward each other or away from each other. a first arm including a first active area and a second arm having a second active area, wherein each of the first arm and the second arm has one link element (120, 220) and the arms (100, 200) are held by the supporting component in the axial direction, a cam carrier element is arranged in the jaw assembly which is axially movable relative to the supporting component and carries at least two cams (321, 322, 323; 331, 332, 333), characterized in that each link element (120, 220) is designed to be in contact with at least two cams (321, 322, 323; 331, 332, 333) when there is a relative axial movement between the supporting component and the cam carrier element, said cams being provided on the cam carrier element, and is designed to slide off said cams to effect an opening or closing of the jaw assembly by a movement of the two arms (100, 200) directed toward each other or away from each other.
A vacuum system for securing items in printing machines, comprising a printing table having a perforated surface, in relation to which there is arranged a vacuum system for securing on said printing table the items to be printed, wherein the vacuum system comprises a box structure connected through nozzles with a suction system from the intermediate area of its transversal width, said box structure having an upper perforated wall opposite the perforated surface of the printing table, whereas in the interior thereof there are arranged lateral panels that vertically close in a leak tight manner said interior of the box structure, which lateral panels can be moved transversally to move them closer to and farther away from one another inside the box structure, an actuation system being linked to said panels in order to move them, and characterized in that the longitudinal extension of the box structure is divided into independent successive chambers in which different vacuum pressures are applied for securing the items to be printed, so as to apply greater force in the inlet area where the items are positioned on the printing table than in the printing area and less force in the area where the printed items are removed.