mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly of a sensor device with at least one sensor for contactless actuation of at least one movable part of a motor vehicle, in particular a flap of a motor vehicle, wherein the sensor is arranged on at least one carrier body on the motor vehicle in order to enable detection of an object in at least one detection area adjacent to the motor vehicle, so that actuation of the flap can be activated via the detection, wherein the sensor is arranged positively and/or non-positively on the carrier body , the sensor having an elongated extension and being flexibly and elastically deformable, characterised in that the carrier body has a first row of positive locking elements extending in its width direction and at least one second row of positive locking elements likewise extending in the width direction, wherein an upper sensor has a first detection area which is essentially designed for horizontal detection in the area next to or behind the motor vehicle, and wherein a lower sensor has a second detection area which is essentially designed for vertical detection in the area under the motor vehicle, wherein the rows of positive-locking elements form an upper and a lower row in the installation situation of the carrier body in the motor vehicle in order to receive the first, upper sensor and the second, lower sensor .
Insert (10; 80) adapted to be placed at the gate of an injection molding machine around a tip of a molten material injector, comprising or consisting of: - a cup-shaped first element comprising or consisting of lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening , - a second element , provided with a third central opening having a major dimension that is smaller than that of the second opening , the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element . - a cup-shaped first element comprising or consisting of lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening , lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening , - a second element , provided with a third central opening having a major dimension that is smaller than that of the second opening , the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element . the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element .
An inter-device coordination apparatus for a target terminal in a wireless communications system, wherein the wireless communications system further comprises a first device that provides a service for the target terminal, the wireless communications system further comprises a second device, and the apparatus comprises: a beam receiving module, configured to receive a plurality of beams sent by the first device; a beam measurement module, configured to measure one or more first beams out of the plurality of received beams, to obtain a first measurement quantity, wherein the beam receiving module is further configured to receive a second beam sent by the second device, wherein the second beam carries identifier information of the second beam; and the beam measurement module is further configured to measure the second beam, to obtain a second measurement quantity; and a message sending module, configured to: when the first measurement quantity and/or the second measurement quantity meet a preset condition, send a notification message to the first device, wherein the notification message comprises the identifier information of the second beam; and wherein the one or more first beams comprise any one of the following beams: a beam that has best signal quality in polling beams that are received by the beam receiving module and are sent by the first device, or a specified beam in polling beams that are received by the beam receiving module and are sent by the first device; or a set of a plurality of polling beams that are received by the beam receiving module and are sent by the first device, wherein the first measurement quantity is an average value of measurement quantities of beams in the set. a beam receiving module, configured to receive a plurality of beams sent by the first device; a beam measurement module, configured to measure one or more first beams out of the plurality of received beams, to obtain a first measurement quantity, wherein the beam receiving module is further configured to receive a second beam sent by the second device, wherein the second beam carries identifier information of the second beam; and the beam measurement module is further configured to measure the second beam, to obtain a second measurement quantity; and a message sending module, configured to: when the first measurement quantity and/or the second measurement quantity meet a preset condition, send a notification message to the first device, wherein the notification message comprises the identifier information of the second beam; and wherein the one or more first beams comprise any one of the following beams: a beam that has best signal quality in polling beams that are received by the beam receiving module and are sent by the first device, or a specified beam in polling beams that are received by the beam receiving module and are sent by the first device; or a set of a plurality of polling beams that are received by the beam receiving module and are sent by the first device, wherein the first measurement quantity is an average value of measurement quantities of beams in the set.
A computer-implemented method of predictively adjusting a one or more tunable antennas comprising: transmitting, by a first vehicle to a noise signal aggregator, a request to receive a noise floor level for a geographic region along a route being traversed by the first vehicle; receiving, from the noise signal aggregator, the requested noise floor level; and adjusting, by the first vehicle, the one or more tunable antennas to mitigate interference indicated by the received noise floor level when the first vehicle reaches the geographic region. transmitting, by a first vehicle to a noise signal aggregator, a request to receive a noise floor level for a geographic region along a route being traversed by the first vehicle; receiving, from the noise signal aggregator, the requested noise floor level; and adjusting, by the first vehicle, the one or more tunable antennas to mitigate interference indicated by the received noise floor level when the first vehicle reaches the geographic region.
A method for producing a food product based on vinegar cream and cheese cream, comprising the steps of providing at least one vinegar cream and at least one cheese cream; mixing at least said at least one vinegar cream with said at least one cheese cream in respective predetermined amounts, so as to obtain a food product having the characteristics of stability with long periods of preservation, wherein said cheese cream is obtained by mixing, at a predetermined temperature, at least cheese, water, milk and/or at least one milk derivative, emulsifying salt, wherein said vinegar cream is obtained through the steps of mixing grape must and/or grape juice with vinegar and with a condiment either based on vinegar and grape must or based on vinegar and grape juice, adding a first thickener, so as to obtain suitable thickness and viscosity of said vinegar cream, characterised in that the vinegar cream and the cheese cream are mixed at pre-set amounts respectively comprised between 55% and 85% of the total for vinegar cream and comprised between 5% and 35% of the total for cheese cream.
A reception apparatus comprising: a reception section configured to receive a container containing a video stream obtained by encoding high-frame-rate moving image data; a decoding section configured to decode the video stream to obtain the high-frame-rate moving image data; and a processing section configured to perform, based on blur control information inserted into a layer of the container and/or a layer of the video stream, a blurring process on the obtained high-frame-rate moving image data, wherein the blur control information gives weighting coefficients for individual frames in the blurring process for adding image data of neighboring frames to image data of a current frame. a reception section configured to receive a container containing a video stream obtained by encoding high-frame-rate moving image data; a decoding section configured to decode the video stream to obtain the high-frame-rate moving image data; and a processing section configured to perform, based on blur control information inserted into a layer of the container and/or a layer of the video stream, a blurring process on the obtained high-frame-rate moving image data, wherein the blur control information gives weighting coefficients for individual frames in the blurring process for adding image data of neighboring frames to image data of a current frame.
A base station in a master cell group configured to establish a bearer to a mobile station together with a base station in a secondary cell group for communication, comprising: a data transfer instruction unit configured to transmit to the base station in the secondary cell group an instruction regarding transfer of downlink data in the base station in the secondary cell group to the base station in the master cell group upon deletion or modification of the secondary cell group or upon deletion of the bearer in the secondary cell group; a reception unit configured to receive the downlink data transferred from the base station in the secondary cell group according to the instruction; and a transmission unit configured to transmit the received downlink data to the mobile station, characterised in, that for a plurality of bearers established in the base station in the secondary cell group, the data transfer instruction unit is further configured to provide the instruction for each of the plurality of bearers. a data transfer instruction unit configured to transmit to the base station in the secondary cell group an instruction regarding transfer of downlink data in the base station in the secondary cell group to the base station in the master cell group upon deletion or modification of the secondary cell group or upon deletion of the bearer in the secondary cell group; a reception unit configured to receive the downlink data transferred from the base station in the secondary cell group according to the instruction; and a transmission unit configured to transmit the received downlink data to the mobile station, characterised in, that for a plurality of bearers established in the base station in the secondary cell group, the data transfer instruction unit is further configured to provide the instruction for each of the plurality of bearers.
A phase alignment circuit of a receive end for receiving electromagnetic energy through wireless communication, comprising: a current detection circuit , a filter , a phase measurement circuit and a controller , wherein a first input end of the phase measurement circuit is connected to an output end of the current detection circuit, and a second input end of the phase measurement circuit is connected to an output end of the filter; the current detection circuit is configured to detect an input current of a rectifier; the filter is configured to filter the input current to obtain an input current fundamental component; the phase measurement circuit is configured to obtain a difference between a phase of the input current and a phase of the input current fundamental component; and the controller is configured to: use, as an actual phase shift angle, a result obtained by subtracting the phase difference from a preset phase shift angle, and control a phase of a bridge arm voltage of the rectifier to lag behind the phase of the input current fundamental component by the actual phase shift angle. a first input end of the phase measurement circuit is connected to an output end of the current detection circuit, and a second input end of the phase measurement circuit is connected to an output end of the filter; the current detection circuit is configured to detect an input current of a rectifier; the filter is configured to filter the input current to obtain an input current fundamental component; the phase measurement circuit is configured to obtain a difference between a phase of the input current and a phase of the input current fundamental component; and the controller is configured to: use, as an actual phase shift angle, a result obtained by subtracting the phase difference from a preset phase shift angle, and control a phase of a bridge arm voltage of the rectifier to lag behind the phase of the input current fundamental component by the actual phase shift angle.
A rail vehicle comprising a car body having a weight 2L supported on two longitudinally spaced running gears , each of the running gears comprising a running gear frame , a primary suspension between the running gear frame and two sets of wheels , and a secondary suspension between the running gear frame and the car body for transmitting a load having a static vertical component L from the car body to the running gear , wherein the car body is movable relative to each running gear in a transverse direction of the running gear over a range of transverse positions including a centred position and, each secondary suspension comprises vertical suspension elements , passive transverse suspension means and active transverse actuator means in parallel between the car body and the running gear , characterized in that the passive transverse suspension means have a stiffness K such that: K L ≥ 5 m − 1 over said range of transverse positions and in that the active transverse actuator means are adapted to generate forces in the transverse direction with a maximal magnitude M max such that: M max L ≤ 1 30
A method for adjusting a running state of a smart housing device, applicable on a mobile terminal, comprising monitoring (S101) a device list on an application for controlling the smart housing device on a mobile terminal, the method being characterized in that it further comprises: when a first key message for creating a shortcut key for a smart housing device selected by a user in the device list has been monitored, creating (S102) the shortcut key for controlling the smart housing device on a desktop of the mobile terminal; adjusting (S103) a current state of the smart housing device via the shortcut key; after the shortcut key is created, acquiring the current state of the smart housing device from a cloud server; and upon receipt of an acknowledgement instruction indicative of a successful adjustment returned by the cloud server, displaying the current state on the shortcut key. when a first key message for creating a shortcut key for a smart housing device selected by a user in the device list has been monitored, creating (S102) the shortcut key for controlling the smart housing device on a desktop of the mobile terminal; adjusting (S103) a current state of the smart housing device via the shortcut key; after the shortcut key is created, acquiring the current state of the smart housing device from a cloud server; and upon receipt of an acknowledgement instruction indicative of a successful adjustment returned by the cloud server, displaying the current state on the shortcut key.
A device for the in-vivo and/or in-vitro enrichment of target structures in a sample liquid, comprising at least one functional section which is equipped with receptors for enriching the target structures, characterized in that the functional section has a helical shape which is produced by screwing a symmetrical output cross-section about a screwing axis , the output cross-section being a concave polygon.
A coupling arrangement for a powertrain of a motor vehicle, having a housing , a support which is rotatably mounted relative to the housing , an electric machine accommodated with its rotor on the support in a non-rotatable manner, multiple couplings , wherein each coupling is accommodated on the support with a coupling component in a non-rotatable manner, and at least one slave cylinder acting in an actuating manner on a coupling , wherein a first support bearing , which also forms the bearing of the support , is arranged directly between the support and the housing , wherein the support is provided with a further second support bearing arranged along an axis of rotation of the support at a distance from the first support bearing , characterised in that the second support bearing is inserted between the support and an actuator housing of the at least one slave cylinder .
An image processing apparatus comprising: extraction means for extracting a foreground region of an input image obtained by image capturing; head detection means for specifying, in the foreground region comprising a person as a predetermined target object, a head region including the person's head and a size of the head region as a size of the person's head; estimation means for estimating an age of a person included in the head region, human body ratio obtainment means for obtaining information of a human body ratio between the size of the person's head and the size of the entire human body in the image corresponding to the age estimated by the estimation means; human body frame generation means for generating a human body frame region by expanding the head region in the direction of the feet with respect to the head as a reference based on the information of the human body ratio corresponding to the age estimated by the estimation means; specification means for specifying, in the foreground region, the human body frame region to be a target region for anonymization processing; and output means for outputting an output image generated by anonymizing the target region without anonymizing at least a part of a region outside the target region. extraction means for extracting a foreground region of an input image obtained by image capturing; head detection means for specifying, in the foreground region comprising a person as a predetermined target object, a head region including the person's head and a size of the head region as a size of the person's head; estimation means for estimating an age of a person included in the head region, human body ratio obtainment means for obtaining information of a human body ratio between the size of the person's head and the size of the entire human body in the image corresponding to the age estimated by the estimation means; human body frame generation means for generating a human body frame region by expanding the head region in the direction of the feet with respect to the head as a reference based on the information of the human body ratio corresponding to the age estimated by the estimation means; specification means for specifying, in the foreground region, the human body frame region to be a target region for anonymization processing; and output means for outputting an output image generated by anonymizing the target region without anonymizing at least a part of a region outside the target region.
A media transfer system comprising: a user terminal ; and a network storage device , wherein the user terminal and network storage device are communicable via a network , wherein the user terminal is adapted to generate a first session ID for a first user and adapted to display, for reading by a mobile device: a network address for the network storage device ; and the generated first session ID, wherein the network storage device is adapted to receive media data from the mobile device in association with the first session ID, and wherein the user terminal is adapted to: repeatedly poll the network storage device and automatically download any media data uploaded under the first session ID; provide a customisation interface to allow Z the first user to customise a product with any downloaded media data; upload the customised product design to the network storage device ; and once the upload is completed, reset a user interface of the user terminal, discard any downloaded media data, and generate a second session ID for a subsequent user which is unique and different from the first session ID to replace the first session ID. a user terminal ; and a network storage device , a network address for the network storage device ; and the generated first session ID, repeatedly poll the network storage device and automatically download any media data uploaded under the first session ID; provide a customisation interface to allow Z the first user to customise a product with any downloaded media data; upload the customised product design to the network storage device ; and
A composition for skin penetration, which comprises an ionic complex in which a cationic compound represented by Formula 4 and a protein are ionically bonded and which is for delivering the protein into the skin: wherein n is an integer of 1 to 8.
A method for identifying and characterizing one or more microbes in a sample through top-down analysis of intact proteins derived from microbial cells, the method comprising: (a) performing a first analytical method using mass spectrometry other than matrix-assisted laser desorption ionization (MALDI) mass spectrometry to detect and identify one or more proteins from each of the one or more microbes in the sample; (b) using the identity of the one or more proteins from each of the one or more microbes to further identify at least one of the microbes in the sample (c) using information from step (b) to automatically select a second analytical method from a list of pre-defined analytical methods, the second method also using mass spectrometry other than MALDI mass spectrometry; (d) performing the second analytical method on the sample to determine if proteins indicative of antibiotic resistance markers, antibiotic susceptibility markers, and/or virulence factors are present in the sample and, optionally, quantifying proteins indicative of antibiotic resistance, antibiotic susceptibility, and/or virulence present in the sample. (a) performing a first analytical method using mass spectrometry other than matrix-assisted laser desorption ionization (MALDI) mass spectrometry to detect and identify one or more proteins from each of the one or more microbes in the sample; (b) using the identity of the one or more proteins from each of the one or more microbes to further identify at least one of the microbes in the sample (c) using information from step (b) to automatically select a second analytical method from a list of pre-defined analytical methods, the second method also using mass spectrometry other than MALDI mass spectrometry; (d) performing the second analytical method on the sample to determine if proteins indicative of antibiotic resistance markers, antibiotic susceptibility markers, and/or virulence factors are present in the sample and, optionally, quantifying proteins indicative of antibiotic resistance, antibiotic susceptibility, and/or virulence present in the sample.