Abstract: An inflatable ornament is disclosed, including an inflatable body. The inflatable body is surrounded by a membrane material, an inflatable fan is arranged on the inflatable body, the inflatable body expands after being inflated. A first swinging portion is arranged on the inflatable body, the first swinging portion is connected with the inflatable body, a swinging drive is arranged in the first swinging portion, and the swinging drive drives the first swinging portion to swing. A second swinging portion is connected with the inflatable body, the second swinging portion is connected with the first swinging portion via at least one connecting piece. When the first swinging portion swings, the first swinging portion drives the second swinging portion to swing via the connecting piece. The swinging structure is simple and is not easy to be damaged, thereby reducing the production cost and prolonging the service life of a product.

Abstract: Removable maneuvering member comprising at least one mounting element and at least one maneuvering element, wherein the mounting element is configured to be removably mounted on an automatic operating device in such a way as to at least partially surround an external surface of the automatic operating device characterized in that the maneuvering element is configured to be removably mounted on the mounting element, wherein the maneuvering element is sized and configured to be handled by an operator in order to cause the movement of the automatic operating device.

Abstract: Method carried out by a control unit of a collaborative work cell of managing the collaborative work cell comprising at least one work plane, a tool store, a user interface connected to the control unit, and an automatic operating device connected to the control unit, wherein the method comprises the following steps: receiving a first input comprising an indication on a type of operation to execute, wherein the first input is entered by an operator on the user interface; controlling the automatic operating device to execute an operation on the basis of the indication on the type of operation to execute comprised in the first input.

Abstract: Embedding personalized media into electronic document signing sessions in an electronic signature service includes receiving an electronic document, and media associated with the electronic document, from a document sender during generation of a signing package for a document signer to electronically sign. The electronic signature service embeds the media into the signing package with the electronic document and transmits notice of the signing package to the document signer. The media is displayed to the document signer at predetermined times respective to the commencement of an electronic signing session with the electronic signature service to electronically sign the electronic document.

Abstract: A method of generating a dynamic hotspot map from social media information including performing a streaming social media data collection function that includes receiving a social media data stream, identifying social media objects therefrom, and writing a graph file responsive to the social media objects, performing a grapher function including applying network functions to the graph file and calculating characteristic values of nodes comprised by the graph file, and performing a mapping and interaction method including receiving a map selection, activity mode selection, and filter selection from a user and sending display information to the user responsive to the selections.

Abstract: A functional chef kitchen machine, a feeding device thereof and a feeding method therefor. The feeding device comprises a first assembly and a second assembly rotationally connected to the first assembly; a plurality of ingredient storage bins are disposed along a circumference of the second assembly; bottoms of the ingredient storage bins are provided with openings; the first assembly is provided with a discharge port; and when the second assembly rotates on the first assembly, the openings at lower ends of the plurality of ingredient storage bins are sequentially communicated with the discharge port. By placing different food materials into the different ingredient storage bins, when the second assembly rotates, the different food materials can be sequentially fed from the discharge port. Accordingly, different food materials can be fed by stages.

Abstract: In a general aspect, a method is described herein for detecting the phase properties of a radio frequency (RF) wave. The method includes generating an optical signal by interacting laser signals with a vapor of a vapor cell sensor. The optical signal is based on a transmission of one of the laser signals through the vapor. The method also includes altering an intensity of the optical signal by interacting a target RF electromagnetic field with a Rydberg electronic transition of the vapor. The target RF electromagnetic field includes a time series of RF pulses. The method additionally includes determining, by operation of a signal processing system, a magnitude of phase change in the time series of RF pulses. In some implementations, the method includes determining a phase of a target RF pulse in the times series of RF pulses.

Abstract: In a general aspect, a system is described herein for detecting the phase properties of a radio frequency (RF) wave. The system includes a vapor cell sensor that contains a vapor and is configured to generate an optical signal in response to laser signals that interact with the vapor. The vapor has a Rydberg electronic transition that interacts with a target RF electromagnetic field, and the optical signal is based on a transmission of one of the laser signals through the vapor. The system also includes an optical detection system and a signal processing system. The optical detection system is configured to generate a detector signal in response to receiving the optical signal, and the signal processing system is configured to receive the detector signal and perform operations that determine a phase change of the target RF electromagnetic field.

Abstract: Work cell (10), comprising a support frame (11) inside which at least one working plane (12) is obtained on which the objects to be worked are placed and at least one automatic operator device (13) configured to perform the workings on said objects.

Abstract: A UV microorganism inhibiting device that includes a housing having an interior, and a front and back that defines a length; at least one UV light source located within the interior of the housing; a pressurized air source to produce pressurized air; an inlet for introducing pressurized air into the interior of the housing; a reflective surface within the interior of the housing; and an outlet opening for allowing UV light and an air and ozone mixture to pass from the interior of the housing to outside the housing.

Abstract: In a general aspect, a radiometer is disclosed that includes a vapor cell sensor. The vapor cell sensor contains a vapor and is configured to generate an optical signal in response to laser signals and thermal radiation interacting with the vapor. The vapor includes a Rydberg electronic transition that is configured to interact with the thermal radiation. The radiometer also includes a computing system having one or more processors and a memory. The memory stores instructions that, when executed by the one or more processors, are configured to perform operations that include generating, based on the optical signal, transmission data that represents the transmission of the one laser signal through the vapor. The operations also include determining, based on the transmission data, a temperature of a target body that generates the thermal radiation.

Abstract: The present disclosure relates to vortexer. The vortexer may be accommodated within a cap of a personal vaporizer. Further, vortexer may include at least one inlet which may be non-parallel, radially-offset from, and non-intersecting to a central axis. The at least one inlet may be configured to generate a vortex airflow with an inhalation action created by the user.

Abstract: In a general aspect, a radiometer is disclosed that includes a vapor cell sensor. The vapor cell sensor contains a vapor and is configured to generate an optical signal in response to laser signals and thermal radiation interacting with the vapor. The vapor includes a Rydberg electronic transition that is configured to interact with the thermal radiation. The radiometer also includes a computing system having one or more processors and a memory. The memory stores instructions that, when executed by the one or more processors, are configured to perform operations that include generating, based on the optical signal, transmission data that represents the transmission of the one laser signal through the vapor. The operations also include determining, based on the transmission data, a temperature of a target body that generates the thermal radiation.

Abstract: The transport device, which serves for the transport of pulverous or granular process material, includes an open or in itself closed transport frame made of metal for transporting process material, is held by a support device and is connected to an ultrasonic device having an ultrasonic generator, an ultrasonic transducer connected to the ultrasonic generator and a coupling rod connected to the ultrasonic transducer and having front and rear end pieces. A flat distributor body made of metal has upper, lower, rear sides and peripherally at least one connection side. The rear end piece of the coupling rod is connected to the ultrasonic transducer. The front end piece of the coupling rod is welded to the rear, upper, or lower side of the distributor body. The at least one connection side of the distributor body is integrally connected with or welded to the at least one transport frame.

Abstract: In a general aspect, a system is described for sensing radio frequency (RF) electromagnetic fields. The system includes a laser system that generates probe and coupling laser signals. The system also includes an RF source that generates a reference RF electromagnetic field. The reference RF electromagnetic field is part of a combined RF electromagnetic field that also includes a perturbing RF electromagnetic field. A vapor cell sensor of the system generates an optical signal in response to the probe laser signal, the coupling laser signal, and the combined RF electromagnetic field interacting with a vapor of the vapor cell sensor. The system additionally includes a control system that tunes the coupling laser signal and the reference RF electromagnetic field relative to respective transitions of the vapor. The control system generates, based on the optical signal, a value that represents a property of the perturbing RF electromagnetic field.

Abstract: A hood device system for reducing screen glare of a handheld electronic device includes a lower device holder including a first holder sidewall portion and a second holder sidewall portion opposite the first holder sidewall portion. A rear holder wall portion extends between the first and second holder sidewall portions. A bottom holder wall portion extends between the first and second holder sidewall portions and inward from the rear holder wall portion. A top holder wall portion is opposite the bottom holder wall portion and extends inward from the first and second holder sidewall portions and inward from the rear holder wall portion defining a storage volume sized and configured to hold the handheld electronic device therein. The top holder wall portion includes a viewing area where the storage volume can be viewed through the top holder sidewall portion. An upper hood is connectable to the lower device holder to extend beyond the top holder wall portion.

Abstract: A hood device for reducing screen glare of a handheld electronic device includes a lower device holder including a first holder sidewall portion, a second holder sidewall portion opposite the first holder sidewall portion, and a rear holder wall portion that extends between the first and second holder sidewall portions. A bottom holder wall portion extends between the first and second holder sidewall portions and outward from the rear holder wall portion. A top holder wall portion is opposite the bottom holder wall portion and extends inward from the first and second holder sidewall portions and inward from the rear holder wall portion defining a storage volume sized and configured to hold the handheld electronic device therein. The top holder wall portion includes a viewing area where the storage volume can be viewed through the top holder sidewall portion. An upper hood extends outward from the lower device holder beyond the top holder wall portion.