mhurhangee/ep-ind-claims huggingface dataset:
A computing device comprising: a display device; a display modular component including a housing physically and communicatively coupled to the display device via a hinge, and one or more display hardware elements disposed within the housing and configured to generate an output for display by the display device; and a computing modular component including a housing that is physically and communicatively coupled to the display modular component, a processing system disposed within the housing, and memory disposed within the housing, the processing system configured to execute instructions stored by the processing system to generate a user interface for display by the display device; characterized in that the housing of the display modular component or the housing of the computing modular component is configured to receive a plurality of swappable other housings (504. 506. 508. 510) therein. and each of the other housings is configured to provide a different functionality such that different functionality may be swapped within the modular component. a display device; a display modular component including a housing physically and communicatively coupled to the display device via a hinge, and one or more display hardware elements disposed within the housing and configured to generate an output for display by the display device; and a computing modular component including a housing that is physically and communicatively coupled to the display modular component, a processing system disposed within the housing, and memory disposed within the housing, the processing system configured to execute instructions stored by the processing system to generate a user interface for display by the display device; characterized in that the housing of the display modular component or the housing of the computing modular component is configured to receive a plurality of swappable other housings (504. 506. 508. 510) therein. and each of the other housings is configured to provide a different functionality such that different functionality may be swapped within the modular component.
A see-through security element for security papers, value documents and the like, having a thin-film element that has a color-shift effect and that includes exactly one metal layer and at least one dielectric layer, the metal layer being developed to be semitransparent, characterized in that the semitransparent metal layer forms an optical element that is selectively absorbing in the visible spectral range and the see-through security element appears metallically mirror reflective and color neutral in reflected light and colored in transmitted light.
A vaporiser device comprising a heating chamber for receiving a sachet of herbal material to be heated with which said vaporiser is used, and a lid which is movable between an open position in which an internal area of said heating chamber is accessible and a closed position in which said lid overlies said internal area, in which said vaporiser device comprises a mounting surface for supporting a sachet in a pre-loading position and an opening formed in said mounting surface leading to said heating chamber, and in which said lid comprises a protrusion on an underside thereof which extends into said internal area in said closed position, said protrusion being configured to push the sachet down from said pre-loading position into said heating chamber when said lid is moved from said open position to said closed position.
A method for a networked microphone system comprising a networked microphone system server, the method comprising: receiving, by a networked microphone device, a voice command, wherein the voice command comprises a context-specific request or a context-specific command related to a media playback system comprising one or more zones each comprising one or more playback devices; establishing a metadata exchange channel between the media playback system and the networked microphone system; in response to a metadata exchange triggering event experienced by the media playback system or the networked microphone system, obtaining, from the media playback system via the metadata exchange channel, metadata stored on one or more components of the media playback system, the metadata comprising one or more configuration parameters comprising information about playback devices of the media playback system that have been grouped so that all of the playback devices in the group are configured to play the same media content in synchrony, wherein each group is at least one of a synchrony group, a consolidated playback device and a bonded group of playback devices; and based on the obtained metadata, processing the context-specific request or the context-specific command. receiving, by a networked microphone device, a voice command, wherein the voice command comprises a context-specific request or a context-specific command related to a media playback system comprising one or more zones each comprising one or more playback devices; establishing a metadata exchange channel between the media playback system and the networked microphone system; in response to a metadata exchange triggering event experienced by the media playback system or the networked microphone system, obtaining, from the media playback system via the metadata exchange channel, metadata stored on one or more components of the media playback system, the metadata comprising one or more configuration parameters comprising information about playback devices of the media playback system that have been grouped so that all of the playback devices in the group are configured to play the same media content in synchrony, wherein each group is at least one of a synchrony group, a consolidated playback device and a bonded group of playback devices; and based on the obtained metadata, processing the context-specific request or the context-specific command.
An arrangement for monitoring laser structuring processes, which are carried out on surfaces of components, with an arrangement of optical elements configured such that a laser beam emitted by a laser radiation source is split into at least two partial beams and the at least two partial beams are directed onto the surface of a component to be structured, such that the interference of the at least two partial beams forms a locally defined structure on the respective surface of the component with a predefinable structural period Λ, characterized in that an optical detector, which is configured for the spatially resolved detection of intensities of laser radiation reflected by the component surface to be structured or an already partially structured component surface or laser radiation reflected and refracted by the component surface that is already at least partially structured, is a component of the arrangement of optical elements and the optical detector is connected to an electronic evaluation and control unit; wherein the electronic evaluation and control unit is configured to control the process of direct laser interference structuring as a function of the spatially resolved detected intensities. characterized in that an optical detector, which is configured for the spatially resolved detection of intensities of laser radiation reflected by the component surface to be structured or an already partially structured component surface or laser radiation reflected and refracted by the component surface that is already at least partially structured, is a component of the arrangement of optical elements and the optical detector is connected to an electronic evaluation and control unit; wherein the electronic evaluation and control unit is configured to control the process of direct laser interference structuring as a function of the spatially resolved detected intensities.
A method for reducing extrusion pressure during a process for making a ceramic article, comprising: mixing a first ceramic batch composition, said first ceramic batch composition comprising amylose and amylopectin, and said first ceramic batch composition having an amylose:amylopectin ratio ranging from 35:65 to 95:5; extruding the first ceramic batch composition through an extrusion die to form an extruded green ceramic article; measuring the extrusion pressure of the extruding step; and adjusting the amylose:amylopectin ratio in a second ceramic batch composition; wherein adjusting the amylose:amylopectin ratio in the second ceramic batch composition comprises adding a pore former having a higher amylose:amylopectin ratio than in the first ceramic batch composition; wherein the amount of pressure needed to extrude the second ceramic batch composition is less than the amount of pressure needed to extrude the first ceramic batch composition at the same feed rate. mixing a first ceramic batch composition, said first ceramic batch composition comprising amylose and amylopectin, and said first ceramic batch composition having an amylose:amylopectin ratio ranging from 35:65 to 95:5; extruding the first ceramic batch composition through an extrusion die to form an extruded green ceramic article; measuring the extrusion pressure of the extruding step; and adjusting the amylose:amylopectin ratio in a second ceramic batch composition; wherein adjusting the amylose:amylopectin ratio in the second ceramic batch composition comprises adding a pore former having a higher amylose:amylopectin ratio than in the first ceramic batch composition; wherein the amount of pressure needed to extrude the second ceramic batch composition is less than the amount of pressure needed to extrude the first ceramic batch composition at the same feed rate. wherein adjusting the amylose:amylopectin ratio in the second ceramic batch composition comprises adding a pore former having a higher amylose:amylopectin ratio than in the first ceramic batch composition; wherein the amount of pressure needed to extrude the second ceramic batch composition is less than the amount of pressure needed to extrude the first ceramic batch composition at the same feed rate.
A method of determining, in a measurement system, a frequency response characteristic within a synchronous area of an electric power grid, electricity flowing in the grid in accordance with a grid frequency, wherein the electric power grid is connected to a first group of one or more power units each arranged to consume electric power from and/or provide electric power to the electric power grid such that a change in power provision and/or consumption by said first group of one or more power units results in a change in power flow in the electric power grid, wherein power flow to and/or from each of the power units is modulated on the basis of a sequence of control signals, thereby modulating the grid frequency to provide a frequency modulated signal according to the sequence of control signals, the method comprising: measuring, in the measurement system, a frequency characteristic relating to a frequency of electricity flowing in the electric power grid; accessing a database storing data relating to power characteristics of said one or more power units and determining, on the basis thereof, a characteristic relating to said power flow modulation; and determining a frequency response characteristic associated with at least one area of said electric power grid on the basis of the measured frequency characteristic and the said determined power flow modulation characteristic; characterised in that the determining the characteristic relating to said power flow modulation comprises: determining a correspondence between an identifier included in the frequency modulated signal and one or more identifiers stored in the database, thereby identifying the first group of one or more power units; and establishing a power flow modulation characteristic associated with the identified first group of one or more power units. measuring, in the measurement system, a frequency characteristic relating to a frequency of electricity flowing in the electric power grid; accessing a database storing data relating to power characteristics of said one or more power units and determining, on the basis thereof, a characteristic relating to said power flow modulation; and determining a frequency response characteristic associated with at least one area of said electric power grid on the basis of the measured frequency characteristic and the said determined power flow modulation characteristic; characterised in that the determining the characteristic relating to said power flow modulation comprises: determining a correspondence between an identifier included in the frequency modulated signal and one or more identifiers stored in the database, thereby identifying the first group of one or more power units; and establishing a power flow modulation characteristic associated with the identified first group of one or more power units. determining a correspondence between an identifier included in the frequency modulated signal and one or more identifiers stored in the database, thereby identifying the first group of one or more power units; and establishing a power flow modulation characteristic associated with the identified first group of one or more power units.
Method for operating a container treatment machine for treating containers with a treatment fluid, e.g. a container cleaning machine, in which container treatment machine operating parameters, such as, for example, the temperature of the treatment fluid and the duration of the treatment of the containers with the treatment fluid can be set, wherein, for the treatment of the containers, the container type to be treated and/or the degree of soiling of the containers to be treated is/are detected and at least one operating parameter is set as a dependency of the container type and/or the degree of soiling, characterised in that, for the restarting of the container treatment machine after temporary disconnection, the treatment fluid is heated before the restart, such that, at the time of restart, a predetermined operating temperature has at least approximately been attained, and that a controller of the container treatment machine is provided before the restart with data regarding the container type to be treated, from which the controller calculates the operating parameters of the container treatment machine for this container type and the assigned heating time for the treatment fluid, and the heating of the treatment fluid is started a corresponding period of time before the restart of the container treatment machine.
Dishwasher, in particular household dishwasher, having a dishwasher cavity for receiving dishware, glasses, cutlery or similar items to be washed, wherein this dishwasher cavity is able to be closed via at least one door or flap which can be moved between an open and a closed position, and wherein a device is provided, which is used for capturing whether the door or flap is closed or open, characterised in that the door or flap is associated with a two-stage or multi-stage safety catch for the transition between open and closed state and the traversal of the two-stage or multi-stage safety catch is able to be detected by the device by way of a dual or multiple peak (19, 20) in an electronic evaluation.
An implantable stimulator device (100; 200), comprising: a case; a plurality of arrays coupled to the case, wherein each array comprises a group of a plurality of electrodes (E1-E24) configured for implantation at a location in a patient; a plurality of current sources inside the case; and a group selection matrix (160; 170) inside the case controllable by a plurality of group control signals each for coupling the plurality of current sources to a different selected group of the plurality of electrodes (E1-E24). a case; a plurality of arrays coupled to the case, wherein each array comprises a group of a plurality of electrodes (E1-E24) configured for implantation at a location in a patient; a plurality of current sources inside the case; and a group selection matrix (160; 170) inside the case controllable by a plurality of group control signals each for coupling the plurality of current sources to a different selected group of the plurality of electrodes (E1-E24).
A radio communication mobile device comprising: a control circuit configured to trigger radio measurement of one or more cells of a combined circuit-switched packet-switched, CS-PS, network; a measurement circuit configured to perform radio measurement to identify one or more cells of the combined CS-PS network in anticipation of voice calls; and the control circuit configured to: identify a pending voice call to be supported by the combined CS-PS network while attached to a current network; and switch from the current network to the combined CS-PS network to engage in the pending voice call using a selected cell of the one or more cells; characterized in that: wherein triggering radio measurement of one or more cells of the combined CS-PS network comprises triggering measurement of one or more cells of the combined CS-PS network each time the control circuit switches to a new serving cell of the current network. a control circuit configured to trigger radio measurement of one or more cells of a combined circuit-switched packet-switched, CS-PS, network; a measurement circuit configured to perform radio measurement to identify one or more cells of the combined CS-PS network in anticipation of voice calls; and the control circuit configured to: identify a pending voice call to be supported by the combined CS-PS network while attached to a current network; and switch from the current network to the combined CS-PS network to engage in the pending voice call using a selected cell of the one or more cells; identify a pending voice call to be supported by the combined CS-PS network while attached to a current network; and switch from the current network to the combined CS-PS network to engage in the pending voice call using a selected cell of the one or more cells; characterized in that: wherein triggering radio measurement of one or more cells of the combined CS-PS network comprises triggering measurement of one or more cells of the combined CS-PS network each time the control circuit switches to a new serving cell of the current network.
A pipe retainer for simultaneously retaining a first pipe to a first port and a second pipe to a second port that is a fixed distance from said first port, said pipe retainer comprising: a first yoke for receiving said first pipe and said first port to retain said first pipe to said first port; a second yoke for receiving said second pipe and said second port to retain said second pipe to said second port; characterised in that it comprises a hinge joining said first yoke to said second yoke such that said hinge allows said first yoke to pivot relative to said second yoke about a hinge axis between a disassembled position which allows removal of said pipe retainer from said first pipe, said first port, said second pipe, and said second port and an assembled position which prevents removal of said pipe retainer from said first pipe, said first port, said second pipe, and said second port. a first yoke for receiving said first pipe and said first port to retain said first pipe to said first port; a second yoke for receiving said second pipe and said second port to retain said second pipe to said second port; a hinge joining said first yoke to said second yoke such that said hinge allows said first yoke to pivot relative to said second yoke about a hinge axis between a disassembled position which allows removal of said pipe retainer from said first pipe, said first port, said second pipe, and said second port and an assembled position which prevents removal of said pipe retainer from said first pipe, said first port, said second pipe, and said second port.
A method, comprising: creating a TCP connection between a client device and a cloud device; sending, by the cloud device, a first UDP message to the client device in response to the creation of a TCP connection with the client device; waiting, by the client device, to receive the first UDP message until a predetermined time after the creation of the TCP connection; and if the client device has not received the first UDP message by the predetermined time, sending, by the client device, a second UDP message to the cloud device, wherein sending the second UDP message starts an open time period during which the client device is able to receive UDP messages from the cloud device. creating a TCP connection between a client device and a cloud device; sending, by the cloud device, a first UDP message to the client device in response to the creation of a TCP connection with the client device; waiting, by the client device, to receive the first UDP message until a predetermined time after the creation of the TCP connection; and if the client device has not received the first UDP message by the predetermined time, sending, by the client device, a second UDP message to the cloud device, wherein sending the second UDP message starts an open time period during which the client device is able to receive UDP messages from the cloud device.
An airflow delivery device for an electric motor air gap, wherein, the air gap (a) is formed between a rotor and a stator of the motor, the airflow delivery device comprises an annular air distribution chamber which is located at at least one axial end of the air gap (a), and the annular air distribution chamber matches the shape of the air gap (a) and is provided with a delivery port (b) right facing the air gap (a), which delivers hot airflow or cold airflow to the air gap (a), characterised in that the annular air distribution chamber comprises an air intake nozzle, and a flow area of the air intake nozzle is gradually reduced along an air intake direction, or the air intake nozzle is a converging nozzle; and a jet of the air intake nozzle forms the delivery port (b), the air intake nozzle is annular. the annular air distribution chamber comprises an air intake nozzle, and a flow area of the air intake nozzle is gradually reduced along an air intake direction, or the air intake nozzle is a converging nozzle; and a jet of the air intake nozzle forms the delivery port (b), the air intake nozzle is annular.
A device comprising: a catheter having a proximal end, a distal end, and a lumen extending from the proximal end to the distal end; a sheath disposed about the distal end of the catheter and having a distal tip that extends distally beyond the distal end of the catheter to form a chamber within the sheath distally of the distal end of the catheter; an absorbent material disposed within the chamber of the sheath; a handle coupled to the sheath and including a release mechanism configured and positioned to release the absorbent material from the chamber; and a vacuum passage disposed for application of a proximal suction force through the catheter lumen, wherein the lumen of the catheter forms the vacuum passage and provides a fluid pathway between a distal end of the sheath and a vacuum source that is included in or can be coupled to the handle. a catheter having a proximal end, a distal end, and a lumen extending from the proximal end to the distal end; a sheath disposed about the distal end of the catheter and having a distal tip that extends distally beyond the distal end of the catheter to form a chamber within the sheath distally of the distal end of the catheter; an absorbent material disposed within the chamber of the sheath; a handle coupled to the sheath and including a release mechanism configured and positioned to release the absorbent material from the chamber; and a vacuum passage disposed for application of a proximal suction force through the catheter lumen, wherein the lumen of the catheter forms the vacuum passage and provides a fluid pathway between a distal end of the sheath and a vacuum source that is included in or can be coupled to the handle.