mhurhangee/patent-ind-claim-en huggingface dataset:
A document bundler for a bill validator, the document bundler comprising: a pushing member having a first pushing surface and a second surface opposite the first pushing surface; and an extendable arm connected to the pushing member and rotatable through a first trajectory from a retracted position to an extended position, the first trajectory passing the pushing member from the retracted position through at least a portion of a document path to press, in the extended position, the first pushing surface of the pushing member against a first document residing within the document path , the extendable arm adapted to inhibit movement of the first document residing within the document path when in the extended position, and the extendable arm rotatable through a second trajectory along a different path from the first trajectory from the extended position to the retracted position. a pushing member having a first pushing surface and a second surface opposite the first pushing surface; and an extendable arm connected to the pushing member and rotatable through a first trajectory from a retracted position to an extended position, the first trajectory passing the pushing member from the retracted position through at least a portion of a document path to press, in the extended position, the first pushing surface of the pushing member against a first document residing within the document path , the extendable arm adapted to inhibit movement of the first document residing within the document path when in the extended position, and the extendable arm rotatable through a second trajectory along a different path from the first trajectory from the extended position to the retracted position.
A drying device for a plurality of columnar structures supported upright to a supporting surface , wherein a plurality of feeding parts for feeding drying gas toward the supporting surface and a plurality of discharge parts for discharging the fed drying gas are both provided in an opposing surface facing the supporting surface a bed plate is provided to be removably placed on the supporting surface in a positionally adjusted manner, such that the bed plate can be placed in a predetermined position with respect to the supporting surface , a plurality of molding pins are provided on the bed plate , wherein the molding pins are configured such that the columnar structures can be attached to the molding pins , the molding pins are disposed immediately below the respective discharge parts when the bed plate is placed on the supporting surface in a positionally adjusted manner, and the feeding parts and the discharge parts are disposed either in a staggered form or in a matrix form such that some of the discharge parts are symmetrically disposed around one of the feeding parts , and some of the feeding parts are symmetrically disposed around one of the discharge parts , wherein the feeding parts and the discharge parts are symmetrically disposed with respect to each of the molding pins such that an airflow is created, which uniformly runs along axial directions around the columnar structures . a plurality of feeding parts for feeding drying gas toward the supporting surface and a plurality of discharge parts for discharging the fed drying gas are both provided in an opposing surface facing the supporting surface a bed plate is provided to be removably placed on the supporting surface in a positionally adjusted manner, such that the bed plate can be placed in a predetermined position with respect to the supporting surface , a plurality of molding pins are provided on the bed plate , wherein the molding pins are configured such that the columnar structures can be attached to the molding pins , the molding pins are disposed immediately below the respective discharge parts when the bed plate is placed on the supporting surface in a positionally adjusted manner, and the feeding parts and the discharge parts are disposed either in a staggered form or in a matrix form such that some of the discharge parts are symmetrically disposed around one of the feeding parts , and some of the feeding parts are symmetrically disposed around one of the discharge parts , wherein the feeding parts and the discharge parts are symmetrically disposed with respect to each of the molding pins such that an airflow is created, which uniformly runs along axial directions around the columnar structures .
An electrical steel sheet, comprising: a base material of electrical steel; and an insulating film formed on a surface of the base material, wherein the insulating film contains a phosphates of one or more selected from the group consisting of Al, Zn, Mg and Ca, and wherein the phosphate exhibits a specific peak having a top within a range of -26 ppm to -16 ppm in a solid 31 P-NMR spectrum, and a proportion of an integrated intensity of the specific peak relative to an integrated intensity of all peaks in the solid 31 P-NMR spectrum is 30% or more. a base material of electrical steel; and an insulating film formed on a surface of the base material, wherein the insulating film contains a phosphates of one or more selected from the group consisting of Al, Zn, Mg and Ca, and wherein the phosphate exhibits a specific peak having a top within a range of -26 ppm to -16 ppm in a solid 31 P-NMR spectrum, and a proportion of an integrated intensity of the specific peak relative to an integrated intensity of all peaks in the solid 31 P-NMR spectrum is 30% or more.
A multilayer structure , comprising a substrate film having a first side and an opposite second side, said substrate film comprising electrically substantially insulating material, a number of conductive traces , optionally defining contact pads and/or elongated conductors, preferably printed by printed electronics technology, at least on the first side of the substrate film for establishing a desired circuit design, a connector element provided to, optionally substantially laid upon the first side of, said substrate film , one side of the connector element facing the structure internals and the other, opposite side facing the environment on the second side of the substrate film via at least one hole, preferably a through hole, defined in the substrate film , said connector element comprising a number of electrically conductive contact members connected to the circuit on the first side of the substrate film and configured to contact one or more electrical contact members of an external element responsive to mating the external element with the connector element , and characterized in that the substrate film is flexible, and the substrate film provided with the circuit design is thermoformable, and a plastic layer is molded onto said first side of the substrate film and said one side of the connector element so as to cover said one side of the connector element and the circuit.
A method of buffering audio data in an audio playback system that has a number of audio playback devices and is adapted to receive and playback separate, discrete audio files from one or more audio sources, where the audio files comprise audio data, and where the audio playback system comprises a master device which is one of the audio playback devices, each of the audio playback device being able to act as the master device, where the master device receives audio files from the one or more audio sources, buffers the received audio data, and distributes the buffered audio data to one or more active slave audio playback devices which are others of the audio playback devices, wherein the method comprising: requesting , by the master device, a first discrete audio file from an audio source; receiving , by the master device, the first discrete audio file; buffering , by the master device, audio data from the received first discrete audio file; and sending , by the master device, buffered audio data from the received first discrete audio file to the one or more active slave audio playback devices; and during synchronized playback by both the master device and the one or more active slave devices of the audio data from the first discrete audio file, sequentially performing each of the following steps: requesting , by the master device, a second discrete audio file from an audio source; receiving , by the master device, the second discrete audio file; buffering , by the master device, audio data from the received second discrete audio file; and sending , by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices. requesting , by the master device, a first discrete audio file from an audio source; receiving , by the master device, the first discrete audio file; buffering , by the master device, audio data from the received first discrete audio file; and sending , by the master device, buffered audio data from the received first discrete audio file to the one or more active slave audio playback devices; and during synchronized playback by both the master device and the one or more active slave devices of the audio data from the first discrete audio file, sequentially performing each of the following steps: requesting , by the master device, a second discrete audio file from an audio source; receiving , by the master device, the second discrete audio file; buffering , by the master device, audio data from the received second discrete audio file; and sending , by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices. requesting , by the master device, a second discrete audio file from an audio source; receiving , by the master device, the second discrete audio file; buffering , by the master device, audio data from the received second discrete audio file; and sending , by the master device, buffered audio data from the received second discrete audio file to the one or more active slave audio playback devices.
Device for detecting time information of different administrative domains with: a plurality of detection units , wherein each detection unit is assigned to one of the administrative domains and is configured to receive time information (TA1, TA2; TB1, TB2, TC1, TC2) from a timer of the assigned administrative domain and to synchronize with the timer of the assigned administrative domain, a storage device with a plurality of storage areas , a plurality of control units , wherein each control unit is assigned to precisely one of the detection units , the control units being configured to detect, synchronously with one another, at a certain point in time of a reference time predetermined by the one reference time source, a respective most recent item of received time information (TA1, TB1, TC1; TA2, TB2, TC2) of the respective assigned detection unit and to store the synchronously detected time information (TA1, TB1, TC1; TA2, TB2, TC2) of the plurality of detection units together as synchronization data (SD1, SD2) in one of the storage areas , and a translation unit which is configured to translate a first item of time information (TA, TB, TC) relating to a first administrative domain of the plurality of administrative domains by means of the stored synchronization data (SD1, SD2) into a second item of time information (TA, TB, TC) relating to a second administrative domain of the plurality of administrative domains . a plurality of detection units , wherein each detection unit is assigned to one of the administrative domains and is configured to receive time information (TA1, TA2; TB1, TB2, TC1, TC2) from a timer of the assigned administrative domain and to synchronize with the timer of the assigned administrative domain, a storage device with a plurality of storage areas , a plurality of control units , wherein each control unit is assigned to precisely one of the detection units , the control units being configured to detect, synchronously with one another, at a certain point in time of a reference time predetermined by the one reference time source, a respective most recent item of received time information (TA1, TB1, TC1; TA2, TB2, TC2) of the respective assigned detection unit and to store the synchronously detected time information (TA1, TB1, TC1; TA2, TB2, TC2) of the plurality of detection units together as synchronization data (SD1, SD2) in one of the storage areas , and a translation unit which is configured to translate a first item of time information (TA, TB, TC) relating to a first administrative domain of the plurality of administrative domains by means of the stored synchronization data (SD1, SD2) into a second item of time information (TA, TB, TC) relating to a second administrative domain of the plurality of administrative domains .
An apparatus for unpacking objects built using build material in an additive manufacturing process, the apparatus comprising: an unpacking compartment ; a collection hose to operate within the unpacking compartment to recover by suction non-fused build material from around built objects; a recovered build material tank coupled to the collection hose to receive non-fused build material recovered by the collection hose ; a housing defining the unpacking compartment to be at least partially open to permit user access to a work area of the unpacking compartment to operate the collection hose ; and a dust filter and a compartment airflow pump to create a laminar airflow across the work area from air outside the work area towards the work area and through the dust filter to contain powder in the apparatus; the apparatus to provision recovered non-fused build material from the recovered build material tank for an additive manufacturing process. an unpacking compartment ; a collection hose to operate within the unpacking compartment to recover by suction non-fused build material from around built objects; a recovered build material tank coupled to the collection hose to receive non-fused build material recovered by the collection hose ; a housing defining the unpacking compartment to be at least partially open to permit user access to a work area of the unpacking compartment to operate the collection hose ; and a dust filter and a compartment airflow pump to create a laminar airflow across the work area from air outside the work area towards the work area and through the dust filter to contain powder in the apparatus; the apparatus to provision recovered non-fused build material from the recovered build material tank for an additive manufacturing process.
A method of controlling a temperature of a heater of an aerosol generating device , the method comprising: detecting an external temperature and an external humidity of the aerosol generating device ; determining a temperature profile of the heater ; outputting a plurality of adjustment values; determining an adjustment value from among the plurality of adjustment values based on a user input; fine-tuning the temperature profile based on the determined adjustment value; and controlling power supplied to the heater based on the fine-tuned temperature profile, wherein at least one of the temperature profile and the plurality of adjustment values is determined based on at least one of the external temperature and the external humidity. detecting an external temperature and an external humidity of the aerosol generating device ; determining a temperature profile of the heater ; outputting a plurality of adjustment values; determining an adjustment value from among the plurality of adjustment values based on a user input; fine-tuning the temperature profile based on the determined adjustment value; and controlling power supplied to the heater based on the fine-tuned temperature profile, wherein at least one of the temperature profile and the plurality of adjustment values is determined based on at least one of the external temperature and the external humidity.
A method for controlling an automation system , comprising: rendering, by a processor, an image from a three-dimensional scene representing at least part of the automation system on the basis of position data and viewing direction data, displaying the image on a display unit , wherein the automation system comprises a plurality of components , wherein a tree structure is stored in a data memory in which nodes are assigned to the components of the automation system , characterized in that a focus component is determined, wherein the focus component describes a component which currently is the focus of the user, and from the scene only those components of the part of the automation system are loaded into the processor for rendering whose assigned nodes in the tree structure have only a predetermined maximum distance from the node assigned to the focus component. rendering, by a processor, an image from a three-dimensional scene representing at least part of the automation system on the basis of position data and viewing direction data, displaying the image on a display unit , wherein the automation system comprises a plurality of components , wherein a tree structure is stored in a data memory in which nodes are assigned to the components of the automation system , characterized in that a focus component is determined, wherein the focus component describes a component which currently is the focus of the user, and from the scene only those components of the part of the automation system are loaded into the processor for rendering whose assigned nodes in the tree structure have only a predetermined maximum distance from the node assigned to the focus component.
Expansion anchor comprising - an anchor bolt , and - at least one expansion shell located at the anchor bolt , - wherein the anchor bolt comprises - a wedge zone for expanding the at least one expansion shell , - an abutment zone forming a rearward stop for the expansion shell , the abutment zone being located rearwardly of the wedge zone , and - a rear zone for intruding tensile force into the anchor bolt , the rear zone being located rearwardly of the abutment zone , characterized in that located between the abutment zone and the rear zone , and spaced from the abutment zone , the anchor bolt comprises, as an integral part of the anchor bolt , a bulged zone , which radially protrudes on the anchor bolt . - an anchor bolt , and - at least one expansion shell located at the anchor bolt , - wherein the anchor bolt comprises - a wedge zone for expanding the at least one expansion shell , - an abutment zone forming a rearward stop for the expansion shell , the abutment zone being located rearwardly of the wedge zone , and - a rear zone for intruding tensile force into the anchor bolt , the rear zone being located rearwardly of the abutment zone , - a wedge zone for expanding the at least one expansion shell , - an abutment zone forming a rearward stop for the expansion shell , the abutment zone being located rearwardly of the wedge zone , and - a rear zone for intruding tensile force into the anchor bolt , the rear zone being located rearwardly of the abutment zone ,
Electric power steering system, comprising an electric machine , an electric machine shaft connected to the electric machine , and a worm , wherein an end of the electric machine shaft is provided with a first mounting flange , and an end of the worm is provided with a second mounting flange , wherein at least one disk is provided between the first mounting flange of the electric machine shaft and the second mounting flange of the worm , characterized in that at least two disks are provided between the first mounting flange of the electric machine shaft and the second mounting flange of the worm and adjacent disks among the at least two disks are connected together using a bolt.
Retrofit securing kit for securing an elevator story door which can be unlocked by means of a manually operated unlocking element and which comprises: a lock unit which can be fastened in the vicinity of the unlocking element and which has a lock , a key element that matches the lock for adjusting the lock and a latch for preventing actuation of the unlocking element in a securing position of the lock and for actuating the unlocking element by moving the lock from the securing position into a release position by means of the key element .
A railroad sleeper for fixation of at least one pair of rails of a railroad network, the railroad sleeper comprising a contact surface , wherein each rail of the pair of rails is fixed spaced apart from each other, when in use, the railroad sleeper being provided with an inverted-U shape and comprising a hollow sector delimited by association of the contact surface with the anchorage walls , thus establishing a free portion adjacent to the anchorage walls and opposite the contact surface , wherein the contact surface and the anchorage walls establish an inner wall , an outer wall and an intermediate layer of the railroad sleeper , so that: - the inner and outer walls of the railroad sleeper are manufactured from a polymeric material, and - the intermediate layer is manufactured from a composition comprising a bending module higher than or equal to 5000 MPa, wherein the intermediate layer comprises a composition of polypropylene with fiberglass. - the inner and outer walls of the railroad sleeper are manufactured from a polymeric material, and - the intermediate layer is manufactured from a composition comprising a bending module higher than or equal to 5000 MPa,
An optical measuring system comprising 1) a fibre-optic sensor system comprising at least one fibre-Bragg grating (107-109); 2) an optical interrogator comprising a broadband light source arrangement for emitting light at a plurality of wavelengths within a wavelength range, and a spectrum analysing arrangement for receiving and analysing light reflected from the fibre-optic sensor system ; and 3) an optical arrangement interconnecting the optical interrogator and the fibre-optic sensor system, characterized in that the fibre-optic sensor system being a polymer-based single-mode fibre-optic sensor system comprising at least one polymer-based single-mode optical fibre having a polymer core. 1) a fibre-optic sensor system comprising at least one fibre-Bragg grating (107-109); 2) an optical interrogator comprising a broadband light source arrangement for emitting light at a plurality of wavelengths within a wavelength range, and a spectrum analysing arrangement for receiving and analysing light reflected from the fibre-optic sensor system ; and 3) an optical arrangement interconnecting the optical interrogator and the fibre-optic sensor system,