mhurhangee/patent-ind-claim-en huggingface dataset:
Container for ingredients for making beverages in the form of a rotation-symmetric truncated cone which is open at the larger bottom end of the truncated cone and closed at the smaller top end of the truncated cone by a top section of the truncated cone which preferably is of a flat, rounded, inclined or dented form or a combination of these forms, wherein the larger bottom end of the truncated cone can be closed by a base plate or membrane and can have an outward flange section to which the base plate or membrane can be attached, and wherein the thickness of the container wall is non-uniform, the container wall forming one or more circumferential stiffening rings which cover 10 to 50% of the container height, and wherein the wall thickness of the stiffening rings is at least 50% higher than the wall thickness in the remaining container wall outside the stiffening rings, the container having a maximum height of 5 cm and a maximum diameter without flange of 6 cm, characterized in that the truncated cone including the top section is prepared in one piece. wherein the larger bottom end of the truncated cone can be closed by a base plate or membrane and can have an outward flange section to which the base plate or membrane can be attached, and wherein the thickness of the container wall is non-uniform, the container wall forming one or more circumferential stiffening rings which cover 10 to 50% of the container height, and wherein the wall thickness of the stiffening rings is at least 50% higher than the wall thickness in the remaining container wall outside the stiffening rings, the container having a maximum height of 5 cm and a maximum diameter without flange of 6 cm, characterized in that the truncated cone including the top section is prepared in one piece.
An apparatus comprising: a monitor module configured to monitor a behavior of a user of the apparatus; means for providing tokens for use in one or more token bids for an application to access a user-output resource of the apparatus wherein a number of tokens provided for token bids for the application is dependent upon at least the monitored behavior of the user; means for receiving a token bid , comprising a number of the provided tokens, for the application to access the user-output resource of the apparatus ; and means for controlling access to the user-output resource of the apparatus in dependence upon at least the token bid for the application to access the user-output resource of the apparatus . a monitor module configured to monitor a behavior of a user of the apparatus; means for providing tokens for use in one or more token bids for an application to access a user-output resource of the apparatus wherein a number of tokens provided for token bids for the application is dependent upon at least the monitored behavior of the user; means for receiving a token bid , comprising a number of the provided tokens, for the application to access the user-output resource of the apparatus ; and means for controlling access to the user-output resource of the apparatus in dependence upon at least the token bid for the application to access the user-output resource of the apparatus .
A method of manufacturing insulated winding elements for an electric machine, comprising the steps of: V1: providing a conductive element; V2: applying an insulation to the conductive element; V3: impregnating the insulation with resin; V4: placing the insulated winding element in a press mold and pressing; V5: Curing of the impregnation; V6: Removing the winding element from the press mold and cleaning the press mold ; wherein the base body of the press mold is made of metal, wherein the surfaces of the press mold that come into contact with resin during the execution of the process are provided with a coating, characterized in that the coating comprises two partial layers , wherein a first partial layer is in direct contact with the base body and is expressed as a primer, and a second partial layer is in direct contact with the primer and is expressed as an anti-adhesion layer and comprises fluorinated polyurethanes. V1: providing a conductive element; V2: applying an insulation to the conductive element; V3: impregnating the insulation with resin; V4: placing the insulated winding element in a press mold and pressing; V5: Curing of the impregnation; V6: Removing the winding element from the press mold and cleaning the press mold ; wherein the base body of the press mold is made of metal, wherein the surfaces of the press mold that come into contact with resin during the execution of the process are provided with a coating, characterized in that the coating comprises two partial layers , wherein a first partial layer is in direct contact with the base body and is expressed as a primer, and a second partial layer is in direct contact with the primer and is expressed as an anti-adhesion layer and comprises fluorinated polyurethanes.
A heterocyclic compound selected from Compounds 2, 5, 9, 25, 31, 40, 45, 60, 74, 81, and 90:
A method for measuring optical component errors during fabrication of a photonic integrated circuit , the method comprising: fabricating , on a silicon layer of the photonic integrated circuit, a plurality of optical components using an initial fabrication cycle in a fabrication environment, the plurality of optical components including functional optical components to process light in the photonic integrated circuit and fabrication waveguide monitor structures to measure damage to one or more regions of the photonic integrated circuit that are susceptible to damage caused by a subsequent fabrication cycle process to form the photonic integrated circuit; fabricating , in another layer of the photonic integrated circuit, a plurality of additional optical components using the subsequent fabrication cycle in the fabrication environment, the plurality of additional optical components being included in the one or more regions that are susceptible to damage from the subsequent fabrication cycle; and identifying , in the fabrication environment, damage to the one or more regions of the silicon layer caused by the subsequent fabrication cycle, the damage measured from light propagating through one of the fabrication waveguide monitor structures formed from the initial fabrication cycle. fabricating , on a silicon layer of the photonic integrated circuit, a plurality of optical components using an initial fabrication cycle in a fabrication environment, the plurality of optical components including functional optical components to process light in the photonic integrated circuit and fabrication waveguide monitor structures to measure damage to one or more regions of the photonic integrated circuit that are susceptible to damage caused by a subsequent fabrication cycle process to form the photonic integrated circuit; fabricating , in another layer of the photonic integrated circuit, a plurality of additional optical components using the subsequent fabrication cycle in the fabrication environment, the plurality of additional optical components being included in the one or more regions that are susceptible to damage from the subsequent fabrication cycle; and identifying , in the fabrication environment, damage to the one or more regions of the silicon layer caused by the subsequent fabrication cycle, the damage measured from light propagating through one of the fabrication waveguide monitor structures formed from the initial fabrication cycle.
An apparatus for a first device (100-1) in a wireless network, the apparatus comprising: circuitry (120-a); a peer-to-peer, P2P, connection component (124-a) executable by the circuitry, wherein the P2P connection component is configured to connect to a P2P network using a Wi-Fi radio (112-a), wherein the P2P network comprises a Wi-Fi Direct network; and a discovery component (125-a) executable by the circuitry, wherein the discovery component is configured to: transmit a handover request frame to a second device (100-2) using a near field communication, NFC, radio (114-a), the handover request frame including an indication of a request to receive P2P service information from the second device, wherein the handover request frame includes a P2P attributes portion including an indication of a service hash, and wherein the handover request frame further includes an indication of services available to the second device (100-2) through the P2P network; receive a handover select frame from the second device using the NFC radio (114-a), wherein the handover select frame includes a P2P attributes portion including an indication of one or more services available on the second device through the P2P network. circuitry (120-a); a peer-to-peer, P2P, connection component (124-a) executable by the circuitry, wherein the P2P connection component is configured to connect to a P2P network using a Wi-Fi radio (112-a), wherein the P2P network comprises a Wi-Fi Direct network; and a discovery component (125-a) executable by the circuitry, wherein the discovery component is configured to: transmit a handover request frame to a second device (100-2) using a near field communication, NFC, radio (114-a), the handover request frame including an indication of a request to receive P2P service information from the second device, wherein the handover request frame includes a P2P attributes portion including an indication of a service hash, and wherein the handover request frame further includes an indication of services available to the second device (100-2) through the P2P network; receive a handover select frame from the second device using the NFC radio (114-a), wherein the handover select frame includes a P2P attributes portion including an indication of one or more services available on the second device through the P2P network. transmit a handover request frame to a second device (100-2) using a near field communication, NFC, radio (114-a), the handover request frame including an indication of a request to receive P2P service information from the second device, wherein the handover request frame includes a P2P attributes portion including an indication of a service hash, and wherein the handover request frame further includes an indication of services available to the second device (100-2) through the P2P network; receive a handover select frame from the second device using the NFC radio (114-a), wherein the handover select frame includes a P2P attributes portion including an indication of one or more services available on the second device through the P2P network.
A priming device comprising: a housing defining a chamber and an inlet port , wherein the chamber and the inlet port are fluidly coupled, the housing comprising: an opening extending from within the chamber to outside the housing and configured to permit a gas to exit the chamber ; a valve extending from the inlet port toward the chamber , wherein in a sealed position the valve seals the inlet port , and in an open position, the valve does not seal the inlet port ; and a cover body having an open first end , an open second end , and an axis between the first end and the second end , the first end configured to couple with a male luer connector, the second end configured to couple with the inlet port of the housing , wherein the cover body is moveable relative to the housing . a housing defining a chamber and an inlet port , wherein the chamber and the inlet port are fluidly coupled, the housing comprising: an opening extending from within the chamber to outside the housing and configured to permit a gas to exit the chamber ; a valve extending from the inlet port toward the chamber , wherein in a sealed position the valve seals the inlet port , and in an open position, the valve does not seal the inlet port ; and an opening extending from within the chamber to outside the housing and configured to permit a gas to exit the chamber ; a valve extending from the inlet port toward the chamber , wherein in a sealed position the valve seals the inlet port , and in an open position, the valve does not seal the inlet port ; and a cover body having an open first end , an open second end , and an axis between the first end and the second end , the first end configured to couple with a male luer connector, the second end configured to couple with the inlet port of the housing , wherein the cover body is moveable relative to the housing .
A method for operating a conveyor means, in particular a hoist, a crane, a continuous conveyor or the like, the conveyor means comprising a drive unit and a control unit for controlling the drive unit, the drive unit comprising at least two drives , the drives being controlled by means of a control device of the control unit, rotary encoders of the control unit being connected to respective shafts of the drive unit of the conveyor means, each shaft being allocated to one of the drives, and registering a rotation of the shafts, a rotation angle signal and/or a rotational speed signal being transmitted to the control device by means of an encoder device of the corresponding rotary encoder in order to control the drives, wherein the control device determines the respective rotational speeds of the shafts and compares them to a referential rotational speed, the control device controlling the drives depending on the comparison.
A stoker-type incinerator comprising: a stoker configured to burn an object (D) to be incinerated while being conveyed; a combustion gas channel configured to guide combustion gas (R) generated due to combustion of the object to be incinerated upward; a primary combustion air supply unit configured to supply primary combustion air to the stoker ; a recirculated exhaust gas supply unit configured to allow exhaust gas resulting from treating the combustion gas that has circulated through the combustion gas channel to reflux to the combustion gas channel via a plurality of recirculated exhaust gas nozzles provided on the combustion gas channel and to supply the exhaust gas as recirculated exhaust gas; and a secondary combustion air supply unit configured to supply secondary combustion air to the combustion gas channel via secondary combustion air nozzles provided on the combustion gas channel and on a downstream side, in a circulation direction of the combustion gas (R), of the recirculated exhaust gas nozzles on the combustion gas channel , wherein the recirculated exhaust gas nozzles are directed to supply the recirculated exhaust gas along a conveyance direction (C) of the object to be incinerated, the secondary combustion air nozzles are directed to supply secondary combustion air along the conveyance direction (C) of the object to be incinerated, and the stoker-type incinerator being characterized in that the secondary combustion air nozzles and the recirculated exhaust gas nozzles are arranged at different positions in a plan view, being alternately arranged in the plan view. a stoker configured to burn an object (D) to be incinerated while being conveyed; a combustion gas channel configured to guide combustion gas (R) generated due to combustion of the object to be incinerated upward; a primary combustion air supply unit configured to supply primary combustion air to the stoker ; a recirculated exhaust gas supply unit configured to allow exhaust gas resulting from treating the combustion gas that has circulated through the combustion gas channel to reflux to the combustion gas channel via a plurality of recirculated exhaust gas nozzles provided on the combustion gas channel and to supply the exhaust gas as recirculated exhaust gas; and a secondary combustion air supply unit configured to supply secondary combustion air to the combustion gas channel via secondary combustion air nozzles provided on the combustion gas channel and on a downstream side, in a circulation direction of the combustion gas (R), of the recirculated exhaust gas nozzles on the combustion gas channel , wherein the recirculated exhaust gas nozzles are directed to supply the recirculated exhaust gas along a conveyance direction (C) of the object to be incinerated, the secondary combustion air nozzles are directed to supply secondary combustion air along the conveyance direction (C) of the object to be incinerated, and the stoker-type incinerator being characterized in that the secondary combustion air nozzles and the recirculated exhaust gas nozzles are arranged at different positions in a plan view, being alternately arranged in the plan view.
A method to fabricate an inductive device created in or on photo-definable glass comprising the following steps performed in the order as listed: preparing a photosensitive glass substrate comprising at least silica, lithium oxide, aluminum oxide, and cerium oxide; masking a design layout comprising one or more curved structures to form one or more electrical conduction channels on the photosensitive glass substrate; exposing at least one portion of the photosensitive glass substrate to an activating energy source; exposing the photosensitive glass substrate to a heating phase of at least ten minutes above its glass transition temperature; cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate; etching the glass-crystalline substrate with an etchant solution to form one or more angled channels in the device; wherein the glass-crystalline substrate adjacent to the one or more channels is converted to a ceramic phase; coating the one or more angled channels with one or more metals; coating all or part of the device with a dielectric media; removing all or part of the dielectric media to provide electrical contact or free standing inductive device; and wherein the metal is connected to a circuitry through a surface or buried contact. preparing a photosensitive glass substrate comprising at least silica, lithium oxide, aluminum oxide, and cerium oxide; masking a design layout comprising one or more curved structures to form one or more electrical conduction channels on the photosensitive glass substrate; exposing at least one portion of the photosensitive glass substrate to an activating energy source; exposing the photosensitive glass substrate to a heating phase of at least ten minutes above its glass transition temperature; cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate; etching the glass-crystalline substrate with an etchant solution to form one or more angled channels in the device; wherein the glass-crystalline substrate adjacent to the one or more channels is converted to a ceramic phase; coating the one or more angled channels with one or more metals; coating all or part of the device with a dielectric media; removing all or part of the dielectric media to provide electrical contact or free standing inductive device; and wherein the metal is connected to a circuitry through a surface or buried contact.
A data processing method for a cartridge chip, wherein the cartridge chip comprises a primary storage area and a backup storage area , and the data processing method comprises: determining (S10, S20, S30) whether a received instruction is a read instruction or a write instruction; characterized in that if the received instruction is a write instruction, writing (S11, S21, S31), according to an address comprised in the write instruction, data carried in the write instruction to a location to which the address points in the primary storage area, and determining (S15, S25, S36), according to a preset rule, whether data in the backup storage area needs to be updated. determining (S10, S20, S30) whether a received instruction is a read instruction or a write instruction; characterized in that if the received instruction is a write instruction, writing (S11, S21, S31), according to an address comprised in the write instruction, data carried in the write instruction to a location to which the address points in the primary storage area, and determining (S15, S25, S36), according to a preset rule, whether data in the backup storage area needs to be updated.
A mattress comprising a base having a lower surface and an upper surface , the mattress further comprising a frame which extends around at least a portion of a periphery of the base and which extends above the upper surface of the base to define a mattress cavity , the mattress further comprising an inflatable bladder disposed in the cavity, characterised in that the base comprises a plurality of lower channels formed in the lower surface thereof, which extend substantially parallel to each other, for enabling the frame and base to bend and flex to conform with the underlying support frame for the mattress to avoid unduly stressing the base and the frame material wherein the frame is disposed on the upper surface of the base, and wherein the frame is formed of a first foamed material and the base is formed of a second foamed material, and wherein the first foamed material comprises a greater density than the second foamed material.
Tool system for an assembly installation , having at least two tool controllers (11 to 14) for controlling a tool element for handling at least one workpiece , a first data handling device which is connected to the assembly installation and is configured to receive the data generated by the at least two tool controllers (11 to 14) when handling the at least one workpiece and to store the data in a first database , and a second data handling device which is configured to access the first database , but is not connected to the first data handling device and to the assembly installation , wherein the second data handling device is configured to process the data stored by the first data handling device in the first database in order to analyse the data and/or create a visualization of the data , and wherein the first data handling device is configured to newly create one of the at least two tool controllers (11 to 14) with the master data (A) of the tool controller (11 to 14) in the organizational structure of the first data handling device if the first data handling device receives data from the tool controller (11 to 14), but the tool controller (11 to 14) is still unknown to the first data handling device .
A system comprising: a magnetostrictive sensor comprising: a driving coil configured to receive a first driving current and to emit a first magnetic flux portion through a target made of a ferromagnetic material and a second magnetic flux portion ; a first sensing coil configured to receive the first magnetic flux portion and to transmit a signal based at least in part on the received first magnetic flux portion , wherein the received first magnetic flux portion is based at least in part on a force on the target ; and characterized in that it further comprises a magnetic shield disposed between the driving coil and the first sensing coil , wherein the magnetic shield is configured to reduce the second magnetic flux portion received by the first sensing coil . a driving coil configured to receive a first driving current and to emit a first magnetic flux portion through a target made of a ferromagnetic material and a second magnetic flux portion ; a first sensing coil configured to receive the first magnetic flux portion and to transmit a signal based at least in part on the received first magnetic flux portion , wherein the received first magnetic flux portion is based at least in part on a force on the target ; and characterized in that it further comprises a magnetic shield disposed between the driving coil and the first sensing coil , wherein the magnetic shield is configured to reduce the second magnetic flux portion received by the first sensing coil .