mhurhangee/patent-ind-claim-en huggingface dataset:
Household appliance which - is embodied as a cooking appliance and - has a mounting surface for a control element which extends across a front edge region of the household appliance , - the cooking appliance being embodied in the form of a cooktop with a number of cooking zones , characterised in that - the mounting surface only extends along the entire front edge region of the household appliance , - a number of transmission units for establishing a data transmission by means of an NFC radio link from the control element or from and to the control element for controlling the household appliance are arranged next to or below the mounting surface and - a number of supply units are arranged along the entire front edge region in the form of primary coils for the purpose of inductively feeding the control element so that - the control element can be mounted at any point on the front edge region and can then be fed inductively and can communicate with the household appliance by way of an NFC radio link. - is embodied as a cooking appliance and - has a mounting surface for a control element which extends across a front edge region of the household appliance , - the cooking appliance being embodied in the form of a cooktop with a number of cooking zones , - the mounting surface only extends along the entire front edge region of the household appliance , - a number of transmission units for establishing a data transmission by means of an NFC radio link from the control element or from and to the control element for controlling the household appliance are arranged next to or below the mounting surface and - a number of supply units are arranged along the entire front edge region in the form of primary coils for the purpose of inductively feeding the control element so that - the control element can be mounted at any point on the front edge region and can then be fed inductively and can communicate with the household appliance by way of an NFC radio link.
A bag sorting method whereby: - bags are provided, filing flat one after the other while being separated by a gap; - each bag is presented in front of a visual inspection system to determine an acceptable or unacceptable quality of the bag inspected; and - the acceptable bags are stacked and the unacceptable bags are rejected after they have passed in front of the visual inspection system ; - the method being characterized in that , before the visual inspection, the outer edges of each bag are checked to determine whether the template and the position of the bag correspond to a calibrated bag or non-calibrated bag , the non-calibrated bags are ejected upstream of the visual inspection system , and the calibrated bags are presented to the visual inspection system . - bags are provided, filing flat one after the other while being separated by a gap; - each bag is presented in front of a visual inspection system to determine an acceptable or unacceptable quality of the bag inspected; and - the acceptable bags are stacked and the unacceptable bags are rejected after they have passed in front of the visual inspection system ; - the method being characterized in that , before the visual inspection, the outer edges of each bag are checked to determine whether the template and the position of the bag correspond to a calibrated bag or non-calibrated bag , the non-calibrated bags are ejected upstream of the visual inspection system , and the calibrated bags are presented to the visual inspection system .
A process for manufacturing a plate comprising a heat-strengthened mineral glass sheet, comprising the shaping of the edge face of the glass sheet after application of the heat strengthening and over a depth from the edge smaller than the depth of the compression zone.
A method comprising: determining, with a plurality of agent nodes structured to communicate asynchronously in a distributed system, a first set of iterations including an iteration determined by each of the plurality of agent nodes; determining, with a first agent node of the plurality of agent nodes, a local vector clock; receiving, with the first agent node, a first iteration of the first set of iterations and a remote vector clock determined based on the first iteration; updating, with the first agent node, the local vector clock based on the received remote vector clock; and determining, with the first agent node, a first iteration of a second set of iterations based on the first set of iterations after determining all iterations of the first set of iterations have been received based on the local vector clock, wherein the local vector clock includes a plurality of elements, wherein a first element of the local vector clock corresponds to a number of iterations determined with the first agent node. determining, with a plurality of agent nodes structured to communicate asynchronously in a distributed system, a first set of iterations including an iteration determined by each of the plurality of agent nodes; determining, with a first agent node of the plurality of agent nodes, a local vector clock; receiving, with the first agent node, a first iteration of the first set of iterations and a remote vector clock determined based on the first iteration; updating, with the first agent node, the local vector clock based on the received remote vector clock; and determining, with the first agent node, a first iteration of a second set of iterations based on the first set of iterations after determining all iterations of the first set of iterations have been received based on the local vector clock,
A powdered beef fat comprising a total saturated fat content of 54 to 72 wt% (based on weight of total fat) and at least 23.5 wt% (based on weight of total fat) of C18:0.
Thermocouple for controlling the opening of a valve of a gas cock, comprising a first conductor element and a second conductor element , which first and second conductor elements are brought in electrically conductive contact at one detecting end , so called hot junction, obtained by joining a terminal of said first conductor element with a corresponding terminal of said second conductor element , such to generate at the two free ends of each conductor element, so called cold junction, a potential difference that is a function of the temperature detected at the detecting end , the free ends of each one of said two conductor elements being connected each one to one corresponding transmission conductor , a first and a second transmission conductor respectively, for transmitting the electrical signal generated by the potential difference to an electromagnet, wherein at least one of the two transmission conductors is made of aluminium; characterized in that said at least one transmission conductor made of aluminium is fastened to the corresponding conductor element by fastening means composed of a chemical-physical connection and a mechanical connection; and said mechanical connection is a form fit and wherein the free end of at least one of the two conductor elements has a housing seat for the connection with the terminal of the corresponding transmission conductor or vice versa and the housing seat is composed of a surface having a section complementary, at least partially, with the section of the terminal of the corresponding transmission conductor .
Binder material activating device to activate a binder material on a fibrous substrate , the binder material activating device comprising a heat exposing device to expose the fibrous substrate with the binder material to heat, the heat exposing device comprising a light source to provide a divergent light beam and an optics device to be arranged in between the fibrous substrate to be exposed to heat and the light source the optics device configured to focus the light beam onto the fibrous substrate and/or to homogeneously expose the fibrous substrate , characterized in that a) the optics device comprises a collimating lens to collimate the non-focused light beam and a focusing lens to focus the collimated light beam onto the fibrous substrate ; b) the binder material activating device comprises a control device for controlling the emission wavelength of the light source and c) the binder material activating device comprises at least one heat exposing device with a plurality of light sources , wherein one collimating lens extends over the plurality of light sources and wherein the light sources of the plurality of light sources emit light beams with differeing wavelengths; or d) the binder material activating device comprises a plurality of juxtaposed heat exposing devices each comprising a light source and an optics device , wherein the plurality of juxtaposed heat exposing devices emit light beams with differing wavelengths. a) the optics device comprises a collimating lens to collimate the non-focused light beam and a focusing lens to focus the collimated light beam onto the fibrous substrate ; b) the binder material activating device comprises a control device for controlling the emission wavelength of the light source and c) the binder material activating device comprises at least one heat exposing device with a plurality of light sources , wherein one collimating lens extends over the plurality of light sources and wherein the light sources of the plurality of light sources emit light beams with differeing wavelengths; or d) the binder material activating device comprises a plurality of juxtaposed heat exposing devices each comprising a light source and an optics device , wherein the plurality of juxtaposed heat exposing devices emit light beams with differing wavelengths.
An adhesive thread device for producing an adhesive thread , comprising - a feeding device for supplying an adhesive-free crude thread , - an adhesive tank for receiving and storing an adhesive granulate , - a main heater arranged at a lower portion of the adhesive tank to define an activation zone of the adhesive tank , where the adhesive granulate is melted, - a substantially horizontally arranged closed receptacle , which is connected to the activation zone of the adhesive tank with a first end , - wherein the closed receptacle comprises at least one inlet opening for feeding and at least one outlet opening for withdrawing the adhesive thread , - wherein, when passing the crude thread through the closed receptacle , the entire outer surface of the crude thread is wetted with adhesive in an oxidation-free manner, and characterized in that - an at least partially air-filled expansion tube is arranged on the closed receptacle in order to compensate for changes in volume of the molten adhesive. - a feeding device for supplying an adhesive-free crude thread , - an adhesive tank for receiving and storing an adhesive granulate , - a main heater arranged at a lower portion of the adhesive tank to define an activation zone of the adhesive tank , where the adhesive granulate is melted, - a substantially horizontally arranged closed receptacle , which is connected to the activation zone of the adhesive tank with a first end , - wherein the closed receptacle comprises at least one inlet opening for feeding and at least one outlet opening for withdrawing the adhesive thread , - wherein, when passing the crude thread through the closed receptacle , the entire outer surface of the crude thread is wetted with adhesive in an oxidation-free manner, and characterized in that - an at least partially air-filled expansion tube is arranged on the closed receptacle in order to compensate for changes in volume of the molten adhesive.
Manipulator for performing a handling and/or machining process on a workpiece , comprising a control device , a drive device, a handling and/or machining tool and a trigger device designed as a personal piece of equipment for an operator, wherein the drive device can be activated by the control device to generate a handling movement and/or a machining movement and/or an adjusting movement and the trigger device is connected to the control device for activating and/or deactivating the drive device, wherein the trigger device comprises a sound receiver for the reception of control commands of the operator and is designed to provide a signal to the control device when receiving a control command, characterised in that the trigger device comprises at least one sensor from the group of tilt sensor, speed sensor, acceleration sensor, position sensor, and in that the trigger device is designed for an evaluation of a sensor signal of the at least one sensor , in order to provide a stop signal if there is a signal difference between the sensor signal and a presettable sensor signal level.
A method for performing, by a user equipment, UE, wireless local area network, WLAN, measurement in a wireless communication system, the method comprising: receiving (S1010), from a base station, a WLAN measurement configuration, wherein the WLAN measurement configuration includes, in a measurement object, a list of WLAN frequencies and a list of WLAN access point, AP, identifiers and wherein the WLAN measurement configuration furthermore includes an indicator which indicates whether measurement and reporting of a WLAN AP which is detected by the UE but not listed in the list of WLAN AP identifiers is allowed; detecting WLAN APs on a frequency listed in the list of WLAN frequencies; performing (S1020) WLAN measurements on the WLAN APs listed in the list of WLAN AP identifiers, and if allowed by the indicator, also on a detected WLAN AP not listed in the list of WLAN AP identifiers; performing (S1030) reporting of the WLAN measurements, wherein the measurement results of the WLAN APs listed in the list of WLAN AP identifiers are reported, and if allowed by the indicator, also the measurement result of the detected WLAN AP not listed in the list of WLAN AP identifiers is reported. receiving (S1010), from a base station, a WLAN measurement configuration, wherein the WLAN measurement configuration includes, in a measurement object, a list of WLAN frequencies and a list of WLAN access point, AP, identifiers and wherein the WLAN measurement configuration furthermore includes an indicator which indicates whether measurement and reporting of a WLAN AP which is detected by the UE but not listed in the list of WLAN AP identifiers is allowed; detecting WLAN APs on a frequency listed in the list of WLAN frequencies; performing (S1020) WLAN measurements on the WLAN APs listed in the list of WLAN AP identifiers, and if allowed by the indicator, also on a detected WLAN AP not listed in the list of WLAN AP identifiers; performing (S1030) reporting of the WLAN measurements, wherein the measurement results of the WLAN APs listed in the list of WLAN AP identifiers are reported, and if allowed by the indicator, also the measurement result of the detected WLAN AP not listed in the list of WLAN AP identifiers is reported.
A battery formation system comprising: a plurality of battery modules ; an energy storage system electrically coupled to the plurality of battery modules and configured to allow bi-directional transfer of energy between the energy storage system and the plurality of battery modules , the energy storage system operable in a first operating state in which energy is transferred from the energy storage system to the plurality of battery modules to charge the plurality of battery modules , and a second operating state in which the energy is transferred from the plurality of battery modules to the energy storage system to discharge the plurality of battery modules ; a power source electrically coupled to the energy storage system ; and a controller operably coupled to the plurality of battery modules and the energy storage system , and configured to control a charging state of the plurality of battery modules . a plurality of battery modules ; an energy storage system electrically coupled to the plurality of battery modules and configured to allow bi-directional transfer of energy between the energy storage system and the plurality of battery modules , the energy storage system operable in a first operating state in which energy is transferred from the energy storage system to the plurality of battery modules to charge the plurality of battery modules , and a second operating state in which the energy is transferred from the plurality of battery modules to the energy storage system to discharge the plurality of battery modules ; a power source electrically coupled to the energy storage system ; and a controller operably coupled to the plurality of battery modules and the energy storage system , and configured to control a charging state of the plurality of battery modules .
A photovoltaic device comprising a semiconductor, wherein the semiconductor comprises: (a) a metal halide perovskite; characterised in that the semiconductor further comprises: (b) a passivating agent which is an organic compound; wherein molecules of the passivating agent are chemically bonded to anions or cations in the metal halide perovskite. (a) a metal halide perovskite; characterised in that the semiconductor further comprises: (b) a passivating agent which is an organic compound;
A braking arrangement for an electric motor, wherein the braking arrangement has - a brake lining carrier , - a shaft, - a magnet body , - a winding, - a housing part with braking face, - an armature disc and - a driving element , wherein the brake lining carrier and the armature disc are arranged axially between the housing part and the magnet body , wherein a seal element in a first axial region is connected to the housing part and in a second axial region is connected to the magnet body , wherein the seal element radially surrounds the armature disc and the brake lining carrier , in particular covers and/or seals off the spatial region accommodating the armature disc and the brake lining carrier from the surroundings, wherein a nose region protruding radially inwards which limits the armature disc in the axial direction is formed on the seal element , characterised in that the driving element has an inner and an outer driving element part which are connected together by means of an intermediate layer , the brake lining carrier having internal gearing which is engaged with external gearing of the outer driving element part, so that the brake lining carrier is connected non-rotatably but axially displaceably to the driving element , the inner driving element part being connected non-rotatably, in particular by means of a feather-key connection, to the shaft, in particular being connected without play. wherein the braking arrangement has - a brake lining carrier , - a shaft, - a magnet body , - a winding, - a housing part with braking face, - an armature disc and - a driving element , - a brake lining carrier , - a shaft, - a magnet body , - a winding, - a housing part with braking face, - an armature disc and - a driving element , wherein the brake lining carrier and the armature disc are arranged axially between the housing part and the magnet body , wherein a seal element in a first axial region is connected to the housing part and in a second axial region is connected to the magnet body , wherein the seal element radially surrounds the armature disc and the brake lining carrier , in particular covers and/or seals off the spatial region accommodating the armature disc and the brake lining carrier from the surroundings, wherein a nose region protruding radially inwards which limits the armature disc in the axial direction is formed on the seal element , characterised in that the driving element has an inner and an outer driving element part which are connected together by means of an intermediate layer , the brake lining carrier having internal gearing which is engaged with external gearing of the outer driving element part, so that the brake lining carrier is connected non-rotatably but axially displaceably to the driving element , the inner driving element part being connected non-rotatably, in particular by means of a feather-key connection, to the shaft, in particular being connected without play.
A cutting edge assembly comprising: an attachment element configured to be attached to a work tool of a machine , wherein the attachment element (102, 200,) is formed from a first metal alloy; and a wear element configured to form a cutting edge of the work tool , wherein the wear element is formed from a second metal alloy that is different from the first metal alloy, characterised in that the attachment element includes a plurality of retention structures that extend from an attachment end of the attachment element toward a cutting edge end of the attachment element and in that the wear element is cast over the plurality of retention structures to bond the wear element to the attachment element . an attachment element configured to be attached to a work tool of a machine , wherein the attachment element (102, 200,) is formed from a first metal alloy; and a wear element configured to form a cutting edge of the work tool , wherein the wear element is formed from a second metal alloy that is different from the first metal alloy, characterised in that the attachment element includes a plurality of retention structures that extend from an attachment end of the attachment element toward a cutting edge end of the attachment element and in that the wear element is cast over the plurality of retention structures to bond the wear element to the attachment element .
A valved tree member for inclusion in a riser system which includes a port comprising at least an aperture through a sidewall of the riser system , the valved tree member being suitable for use with a floating vessel having a moon pool , the valved tree member comprising:- a body member ; one or more valve members adapted to selectively permit and prevent flow of fluid therethrough and being mounted on the body member , and one or more moveable stab members adapted to respectively selectively provide a sealed fluid communication path between a throughbore of the riser system and the one or more valve members ; wherein the one or more moveable stab members are arranged to selectively sealingly engage with the port provided in the riser system ; characterised in that the said one or more moveable stab members are arranged to selectively move radially inwards toward a longitudinal axis of the riser system in a direction substantially perpendicular to the longitudinal axis of the riser system to sealingly engage with the port such that fluid in the throughbore of the riser system is allowed to flow in a sealed manner from the throughbore of the riser system through the one or more moveable stab members and into one or more valve members mounted on the valved tree member . a body member ; one or more valve members adapted to selectively permit and prevent flow of fluid therethrough and being mounted on the body member , and one or more moveable stab members adapted to respectively selectively provide a sealed fluid communication path between a throughbore of the riser system and the one or more valve members ; wherein the one or more moveable stab members are arranged to selectively sealingly engage with the port provided in the riser system ; characterised in that the said one or more moveable stab members are arranged to selectively move radially inwards toward a longitudinal axis of the riser system in a direction substantially perpendicular to the longitudinal axis of the riser system to sealingly engage with the port such that fluid in the throughbore of the riser system is allowed to flow in a sealed manner from the throughbore of the riser system through the one or more moveable stab members and into one or more valve members mounted on the valved tree member .