mhurhangee/patent-ind-claim-en huggingface dataset:
Method for displaying selectable items of function information on a display unit of a household appliance , in which the following steps are performed: - providing multiple separate items of function information which can be displayed on the display unit ; - creating a favourites list of items of function information (10 to 13); wherein the favourites list is automatically created by the household appliance itself; wherein the favourites list is automatically created dependent upon items of function information (10 to 13) having been carried out at least once in the past and/or dependent upon the site in which the household appliance is installed; - displaying the most important item of function information (10 to 13) on a touch-sensitive control panel of the electronic display unit in a stand-by mode of the household appliance ; - detecting the displayed item of function information (10 to 13) has been touched; and - in reaction thereto, automatically changing the household appliance from the stand-by mode into a normal operation and simultaneously starting an operating function of the household appliance linked to the displayed item of function information (10 to 13). - providing multiple separate items of function information which can be displayed on the display unit ; - creating a favourites list of items of function information (10 to 13); wherein the favourites list is automatically created by the household appliance itself; wherein the favourites list is automatically created dependent upon items of function information (10 to 13) having been carried out at least once in the past and/or dependent upon the site in which the household appliance is installed; - displaying the most important item of function information (10 to 13) on a touch-sensitive control panel of the electronic display unit in a stand-by mode of the household appliance ; - detecting the displayed item of function information (10 to 13) has been touched; and - in reaction thereto, automatically changing the household appliance from the stand-by mode into a normal operation and simultaneously starting an operating function of the household appliance linked to the displayed item of function information (10 to 13).
A cutting apparatus for cutting, such as slicing, a food object , said apparatus is comprising: - At least one circular blade being rotatable around a first axis through a centre of the circular blade, and wherein the at least one circular blade is rotatable around a second axis , wherein the second axis is parallel and non-coaxial with respect to the first axis, said apparatus further comprising: - A measurement device for determining a position of at least a part of the surface of the food object to be cut, such as a height profiler arranged for determining a height profile of the food object, and - A processor arranged for controlling an angular speed of the at least one circular blade around the second axis based on the position of at least a part of the surface of the food object to be cut, such as the height profile. said apparatus is comprising: - At least one circular blade being rotatable around a first axis through a centre of the circular blade, and wherein the at least one circular blade is rotatable around a second axis , wherein the second axis is parallel and non-coaxial with respect to the first axis, - At least one circular blade being rotatable around a first axis through a centre of the circular blade, and wherein the at least one circular blade is rotatable around a second axis , wherein the second axis is parallel and non-coaxial with respect to the first axis, said apparatus further comprising: - A measurement device for determining a position of at least a part of the surface of the food object to be cut, such as a height profiler arranged for determining a height profile of the food object, and - A processor arranged for controlling an angular speed of the at least one circular blade around the second axis based on the position of at least a part of the surface of the food object to be cut, such as the height profile. - A measurement device for determining a position of at least a part of the surface of the food object to be cut, such as a height profiler arranged for determining a height profile of the food object, and - A processor arranged for controlling an angular speed of the at least one circular blade around the second axis based on the position of at least a part of the surface of the food object to be cut, such as the height profile.
A communication method, performed by a virtual broadband network gateway control plane, vBNG-CP, device in a virtual broadband network gateway, vBNG, said method comprising the steps of : receiving a third packet sent by a first user plane UP device, wherein the third packet comprises a first location identifier, the first location identifier comprises an identifier of a steering function, SF, device and an identifier of a first physical port, and the first physical port is a port, on the SF device, that receives a first packet sent by first user equipment; obtaining user online information of the first user equipment, wherein the user online information comprises a traffic quality requirement and the first location identifier; obtaining an identifier of a second virtual broadband network gateway user plane, vBNG-UP, device in the vBNG that meets the traffic quality requirement and that is determined based on the user online information; and delivering a user entry corresponding to the first user equipment to the second vBNG-UP device; wherein the method further comprises the steps of : sending the user online information of the first user equipment to a user plane steering function, USF, device; and the obtaining an identifier of a second vBNG-UP device comprises: receiving the identifier of a second vBNG-UP device from the USF device. receiving a third packet sent by a first user plane UP device, wherein the third packet comprises a first location identifier, the first location identifier comprises an identifier of a steering function, SF, device and an identifier of a first physical port, and the first physical port is a port, on the SF device, that receives a first packet sent by first user equipment; obtaining user online information of the first user equipment, wherein the user online information comprises a traffic quality requirement and the first location identifier; obtaining an identifier of a second virtual broadband network gateway user plane, vBNG-UP, device in the vBNG that meets the traffic quality requirement and that is determined based on the user online information; and delivering a user entry corresponding to the first user equipment to the second vBNG-UP device; wherein the method further comprises the steps of : sending the user online information of the first user equipment to a user plane steering function, USF, device; and the obtaining an identifier of a second vBNG-UP device comprises: receiving the identifier of a second vBNG-UP device from the USF device. sending the user online information of the first user equipment to a user plane steering function, USF, device; and the obtaining an identifier of a second vBNG-UP device comprises: receiving the identifier of a second vBNG-UP device from the USF device.
A guided wave radar level gauge system for determining a filling level of a product contained in a tank , which level gauge system comprises: a transceiver for transmitting electromagnetic transmission signals and receiving reflected electromagnetic signals reflected at a surface of said product; a probe , connected to said transceiver, arranged to extend vertically into said tank and configured to guide said electromagnetic transmission signals towards said surface and to guide said reflected electromagnetic signals back to said transceiver; processing circuitry connected to said transceiver and configured to determine said filing level based on said received reflected electromagnetic signals; characterized by a plurality of spacing elements (108; 320) arranged on said probe, each of said spacing elements comprising: a hollow shell structure having a substantially ellipsoidal shape defining an ellipsoidal space; a first shell opening (304 a) at a first location of said shell; a second shell (304 b) opening at a second location, such that a passage through said first and second shell openings defines a passage through said ellipsoidal space, wherein said probe extends through said passage; and a plurality of flow openings allowing fluid flow between the exterior and interior of said shell. a transceiver for transmitting electromagnetic transmission signals and receiving reflected electromagnetic signals reflected at a surface of said product; a probe , connected to said transceiver, arranged to extend vertically into said tank and configured to guide said electromagnetic transmission signals towards said surface and to guide said reflected electromagnetic signals back to said transceiver; processing circuitry connected to said transceiver and configured to determine said filing level based on said received reflected electromagnetic signals; characterized by a plurality of spacing elements (108; 320) arranged on said probe, each of said spacing elements comprising: a hollow shell structure having a substantially ellipsoidal shape defining an ellipsoidal space; a first shell opening (304 a) at a first location of said shell; a second shell (304 b) opening at a second location, such that a passage through said first and second shell openings defines a passage through said ellipsoidal space, wherein said probe extends through said passage; and a plurality of flow openings allowing fluid flow between the exterior and interior of said shell. a hollow shell structure having a substantially ellipsoidal shape defining an ellipsoidal space; a first shell opening (304 a) at a first location of said shell; a second shell (304 b) opening at a second location, such that a passage through said first and second shell openings defines a passage through said ellipsoidal space, wherein said probe extends through said passage; and a plurality of flow openings allowing fluid flow between the exterior and interior of said shell.
A system for placing and removing pipe from a finger rack of a drilling rig, the system comprising a pipe handling apparatus and a finger rack having at least one finger board having at least two fingers (103 to 106) defining a slot (107 to 109) and a multiplicity of latches arranged therebetween defining a space for a pipe, each latch of the multiplicity of latches selectively movable between an open position and a closed position, characterised in that the system further comprising at least one camera having said at least several latches of said multiplicity of latches in a field of view, capturing an image of said at least several latches and sending said image to a master control computer , said master control computer programmed with a set of instructions to define a sub-image of an area about one latch, said area being sufficient to cover the one latch in a closed and open position, and to analyse said sub-image for details indicative of one latch of said several latches being in an open position or closed position, concluding the one latch to be in an open position or closed position and allowing or disallowing a pipe handling apparatus to place or remove a pipe in the finger rack based on said conclusion.
A sealed battery comprising: a case body forming an interior space in which an electrolyte is arranged and having a through-hole formed therein to communicate with said interior space , to allow gas in said interior space to flow out through said through-hole ; an elastic valve body provided to close said through-hole ; and a cap body fixed to said case body to compress and deform said elastic valve body toward said case body , wherein said case body has a flat surface through which said through-hole is opened, and said elastic valve body has a bottom surface opposing said through-hole with a gap, and a convex surface protruding from a peripheral edge of said bottom surface toward said surface , wherein said convex surface pressurizes said surface at a position away from an opening edge of said through-hole , said bottom surface is formed of a rounded surface, said elastic valve body is constituted with a base portion formed in an approximately cylindrical shape, and an abutment portion positioned between said base portion and said surface and extending annularly facing said surface to pressurize said surface , and, if said abutment portion is cut across a plane extending in the radial direction of an axis that is a center axis extending in the direction in which said through-hole passes through, said convex surface appears as a curve which is convex with respect to said flat surface and is directly connected to said rounded surface. a case body forming an interior space in which an electrolyte is arranged and having a through-hole formed therein to communicate with said interior space , to allow gas in said interior space to flow out through said through-hole ; an elastic valve body provided to close said through-hole ; and a cap body fixed to said case body to compress and deform said elastic valve body toward said case body , wherein said case body has a flat surface through which said through-hole is opened, and said elastic valve body has a bottom surface opposing said through-hole with a gap, and a convex surface protruding from a peripheral edge of said bottom surface toward said surface , wherein said convex surface pressurizes said surface at a position away from an opening edge of said through-hole , said bottom surface is formed of a rounded surface, said elastic valve body is constituted with a base portion formed in an approximately cylindrical shape, and an abutment portion positioned between said base portion and said surface and extending annularly facing said surface to pressurize said surface , and, if said abutment portion is cut across a plane extending in the radial direction of an axis that is a center axis extending in the direction in which said through-hole passes through, said convex surface appears as a curve which is convex with respect to said flat surface and is directly connected to said rounded surface.
A method in a network node of a communication network for enabling communication between a machine and said communication network, which method comprises the steps of: - receiving an Activation Request from a User Equipment , which User Equipment has an identity which is valid in said communication network and which User Equipment is authenticated in said communication network, said Activation Request comprising a machine identity for said machine, - obtaining an identity which is valid in said communication network for said machine on the basis of said Activation Request being received from a User Equipment having a valid identity and being authenticated in said communication network, wherein a telephone number also is requested in said Activation Request and is obtained together with said identity which is valid in said communication network for said machine, wherein the telephone number is used to establish a session with said machine and/or sending data to said machine; - transmitting said obtained identity and said obtained telephone number to said machine for enabling said machine to subsequently authenticate itself in said communication network using said obtained identity. - receiving an Activation Request from a User Equipment , which User Equipment has an identity which is valid in said communication network and which User Equipment is authenticated in said communication network, said Activation Request comprising a machine identity for said machine, - obtaining an identity which is valid in said communication network for said machine on the basis of said Activation Request being received from a User Equipment having a valid identity and being authenticated in said communication network, wherein a telephone number also is requested in said Activation Request and is obtained together with said identity which is valid in said communication network for said machine, wherein the telephone number is used to establish a session with said machine and/or sending data to said machine; - transmitting said obtained identity and said obtained telephone number to said machine for enabling said machine to subsequently authenticate itself in said communication network using said obtained identity.
A latch circuit, comprising: a master circuit comprising a cross coupled pair of inverters; a slave circuit comprising a cross coupled pair of inverters wherein each inverter of the slave circuit comprises an NMOS and PMOS transistor in series with connected gates at their input; a data input terminal (DIN); a data output terminal (DOUT); an inverter arrangement for inverting the data at the data input terminal, to derive an inverted and a non-inverted version of the data input; a first switching arrangement for switching the inverted and non-inverted versions of the data input to the master circuit for a first phase of an input clock (CK), and for decoupling the inverted and non-inverted versions of the data input from the master circuit for a second phase of an input clock (CK); and a second switching arrangement for coupling together the master circuit and the slave circuit for the second phase of the input clock (CK), and for decoupling the master circuit and the slave circuit for the first phase of the input clock (CK), wherein the inverters of the slave circuit are coupled to a high voltage rail and a low voltage rail, wherein for each of the two inverters, the coupling to one of the voltage rails is through a resistive element characterized by that the resistive element comprises a diode-connected transistor or a polysilicon resistor. a master circuit comprising a cross coupled pair of inverters; a slave circuit comprising a cross coupled pair of inverters wherein each inverter of the slave circuit comprises an NMOS and PMOS transistor in series with connected gates at their input; a data input terminal (DIN); a data output terminal (DOUT); an inverter arrangement for inverting the data at the data input terminal, to derive an inverted and a non-inverted version of the data input; a first switching arrangement for switching the inverted and non-inverted versions of the data input to the master circuit for a first phase of an input clock (CK), and for decoupling the inverted and non-inverted versions of the data input from the master circuit for a second phase of an input clock (CK); and a second switching arrangement for coupling together the master circuit and the slave circuit for the second phase of the input clock (CK), and for decoupling the master circuit and the slave circuit for the first phase of the input clock (CK), wherein the inverters of the slave circuit are coupled to a high voltage rail and a low voltage rail, wherein for each of the two inverters, the coupling to one of the voltage rails is through a resistive element characterized by that the resistive element comprises a diode-connected transistor or a polysilicon resistor.
Profile unit (100; 100'; 100") for roller shutter guidance and fastening of at least one anti-fall safeguarding element on an outer frame or post of a window, at least comprising: an enclosure profile having a groove for peripherally enclosing the anti-fall safeguarding element , a roller shutter guide rail (130; 130'; 130") having at least one guide groove (131; 131', 131") for guiding the roller shutter; characterized in that a mounting profile (110; 110'; 110") formed as a hollow profile is provided which has an angular profile configuration with at least one base region (111; 111'; 111") and, arranged perpendicularly thereto, a connecting region (112; 112'; 112") into which at least one reinforcing profile is inserted, in that the enclosure profile is formed in two parts and comprises an intermediate profile and a guide profile , wherein the intermediate profile is connected to the reinforcing profile in the mounting profile (110; 110'; 110") by connecting means extending parallel to the outer visible surface; and in that the guide profile and/or the mounting profile (110; 110'; 110") are (is) provided with at least one form-fitting element onto which the roller shutter guide rail can be latched. an enclosure profile having a groove for peripherally enclosing the anti-fall safeguarding element , a roller shutter guide rail (130; 130'; 130") having at least one guide groove (131; 131', 131") for guiding the roller shutter; in that a mounting profile (110; 110'; 110") formed as a hollow profile is provided which has an angular profile configuration with at least one base region (111; 111'; 111") and, arranged perpendicularly thereto, a connecting region (112; 112'; 112") into which at least one reinforcing profile is inserted, in that the enclosure profile is formed in two parts and comprises an intermediate profile and a guide profile , wherein the intermediate profile is connected to the reinforcing profile in the mounting profile (110; 110'; 110") by connecting means extending parallel to the outer visible surface; and in that the guide profile and/or the mounting profile (110; 110'; 110") are (is) provided with at least one form-fitting element onto which the roller shutter guide rail can be latched.
A plate-type heat exchanger which comprises a plurality of heat-exchange plates which are mutually stacked and facing each other so as to define, in the space comprised between them, at least two passage channels , which alternate with each other along the direction of stacking of the heat-exchange plates and are passed through by respective fluids that are adapted to exchange heat with each other, said heat-exchange plates having respective entry apertures which are substantially mutually adjacent so as to define an entry conduit for one of said fluids, said entry conduit being connected with the passage channel of the respective fluid through at least one orifice , said entry apertures having respective collar-like edgings which extend from the edge of said entry apertures along a direction that is substantially parallel to the axis of said entry apertures , wherein each one of said collar-like edgings has, at its opposite end from the end connected to the edge of the corresponding entry aperture , an abutment flange which extends radially with respect to the axis of said entry apertures and is adapted to engage, by contact, the abutment flange of the collar-like edging of an adjacent heat-exchange plate and wherein each one of the heat-exchange plates extends between at least one first plane of arrangement and at least one second plane of arrangement , which are mutually parallel and spaced apart, and has, around the corresponding entry aperture , at least one flat annular abutment zone which is adapted to be in contact with a corresponding flat annular abutment zone of an adjacent heat-exchange plate characterized in that said flat annular abutment zone of at least one of said heat-exchange plates has a ridge in relief, which extends around at least one portion of the edge of the corresponding entry aperture and is adapted to engage a corresponding indentation which is defined in the corresponding flat annular abutment zone of the adjacent heat-exchange plate .