mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus, comprising: a camera for capturing an image of an object; a support body for setting the image processing apparatus on a set surface; an arm section including an arm, the arm having one end rotatably attached to a top surface of the support body and the other end rotatably attached to a housing incorporating therein the camera; inclination detecting means (100; 101, 102) for detecting an inclination (θ8) of the camera and an inclination (θ9) of the arm to output inclination information indicating the inclination (θ8) of the camera and the inclination (θ9) of the arm; and controlling means (3, 34) for controlling the image processing apparatus, wherein the controlling means (3, 34) calculates a height of the camera indicating a distance between a center of the camera and the set surface using dimensional information of the image processing apparatus and the inclination information, specifies a type of the object subjected for capturing by the camera using the height of the camera and the inclination information, and applies image processing specific to the specified type of the object to a captured image captured by the camera to generate processed image data. a camera for capturing an image of an object; a support body for setting the image processing apparatus on a set surface; an arm section including an arm, the arm having one end rotatably attached to a top surface of the support body and the other end rotatably attached to a housing incorporating therein the camera; inclination detecting means (100; 101, 102) for detecting an inclination (θ8) of the camera and an inclination (θ9) of the arm to output inclination information indicating the inclination (θ8) of the camera and the inclination (θ9) of the arm; and controlling means (3, 34) for controlling the image processing apparatus, wherein
A high flow respiratory system for providing high flow respiratory support to a patient and promoting gas exchange in the patient's airway, comprising: a non-sealing nasal cannula, a flow generator configured to provide a gas flow to the non-sealing nasal cannula via a conduit, a humidifier configured to humidify the gas flow; and a controller configured to control the gas flow flow rate by being configured to: operate the flow generator to generate a gas flow with a base flow rate; and operate the flow generator and/or a gas flow modulating device to modulate the gas flow flow rate at at least one frequency in the range of 2-250Hz to generate a varying gas flow rate oscillating about the base flow rate. a non-sealing nasal cannula, a flow generator configured to provide a gas flow to the non-sealing nasal cannula via a conduit, a humidifier configured to humidify the gas flow; and a controller configured to control the gas flow flow rate by being configured to: operate the flow generator to generate a gas flow with a base flow rate; and operate the flow generator and/or a gas flow modulating device to modulate the gas flow flow rate at at least one frequency in the range of 2-250Hz to generate a varying gas flow rate oscillating about the base flow rate. operate the flow generator to generate a gas flow with a base flow rate; and operate the flow generator and/or a gas flow modulating device to modulate the gas flow flow rate at at least one frequency in the range of 2-250Hz to generate a varying gas flow rate oscillating about the base flow rate.
A tire molding element for vulcanization molding a tire tread, comprising: a molding surface for molding a plurality of ground contact elements of the tread, comprising a ground contact surface which contacts a road surface, and a transverse side surface and a circumferential side surface connected to said ground contact surface; and a plurality of thin plates comprising a main body, provided in such a way as to cut a covering layer arranged in advance on an unvulcanized green tire, wherein at least one thin plate comprises a protrusion which protrudes from the main body in the thickness direction of the thin plate and guides the cut covering layer in the depth direction of the green tire in such a way as to cover at least a portion of the transverse side surface of the ground contact element, characterized in that at least two adjacent thin plates comprise an enlarged-width portion provided at an end portion on the opposite side to the molding surface, and a cutting means protruding from the enlarged-width portion toward the opposite side to the molding surface. a molding surface for molding a plurality of ground contact elements of the tread, comprising a ground contact surface which contacts a road surface, and a transverse side surface and a circumferential side surface connected to said ground contact surface; and a plurality of thin plates comprising a main body, provided in such a way as to cut a covering layer arranged in advance on an unvulcanized green tire, wherein at least one thin plate comprises a protrusion which protrudes from the main body in the thickness direction of the thin plate and guides the cut covering layer in the depth direction of the green tire in such a way as to cover at least a portion of the transverse side surface of the ground contact element, characterized in that at least two adjacent thin plates comprise an enlarged-width portion provided at an end portion on the opposite side to the molding surface, and a cutting means protruding from the enlarged-width portion toward the opposite side to the molding surface.
Control system for controlling safety-critical and non-safety-critical processes and/or plant components which is preferably of modular construction, having at least one first control unit which is provided for controlling the non-safety-critical process and/or the non-safety-critical plant components, having at least one input/output unit, which is connected to the first control unit via an internal input/output bus and having at least one communication coupler, which is connected to the first control unit via an internal coupler bus and/or can be connected to further decentralized units, via a field bus, wherein at least one second control unit is provided for controlling the safety-critical process and/or the safety-critical plant components, the second control unit has at least two processors, and a first dual-port RAM for providing the safety-oriented functions, wherein the second control unit communicates with the first control unit via the first dual-port RAM and the internal coupler bus, characterized in that - only one of the two processors, is connected to the first dual-port RAM, - the first control unit transmits the data from the second control unit to the communication coupler via the internal coupler bus and a further dual-port RAM integrated in the communication coupler. - only one of the two processors, is connected to the first dual-port RAM, - the first control unit transmits the data from the second control unit to the communication coupler via the internal coupler bus and a further dual-port RAM integrated in the communication coupler.
A photovoltaic module, characterized by comprising: a photovoltaic laminate and a junction box; wherein the photovoltaic laminate comprises a plurality of solar cells, at least one solder strip, a rear plate and a wiring member, the plurality of solar cells are electrically connected by the at least one solder strip to form at least one cell string, the at least one cell string is stacked over the rear plate, and the at least one solder strip is electrically connected with the wiring member; wherein the junction box is fixed and connected to a side of the rear plate away from the plurality of solar cells, and the junction box comprises a bonding pad; wherein the wiring member passes through an opening defined on the rear plate and abuts the bonding pad, and the wiring member is connected with the bonding pad by a plurality of weld seams formed by laser welding; and wherein the plurality of weld seams are formed in a welding region between the wiring member and the bonding pad, the plurality of weld seams are configure to connect the wiring member and the bonding pad to form an integrated structure, wherein each of the plurality of weld seams extends from the wiring member towards an interior of the bonding pad, and an extension depth of each of the plurality of weld seams in the bonding pad is not greater than 80% of a thickness of the bonding pad. a photovoltaic laminate and a junction box; wherein the photovoltaic laminate comprises a plurality of solar cells, at least one solder strip, a rear plate and a wiring member, the plurality of solar cells are electrically connected by the at least one solder strip to form at least one cell string, the at least one cell string is stacked over the rear plate, and the at least one solder strip is electrically connected with the wiring member; wherein the junction box is fixed and connected to a side of the rear plate away from the plurality of solar cells, and the junction box comprises a bonding pad; wherein the wiring member passes through an opening defined on the rear plate and abuts the bonding pad, and the wiring member is connected with the bonding pad by a plurality of weld seams formed by laser welding; and wherein the plurality of weld seams are formed in a welding region between the wiring member and the bonding pad, the plurality of weld seams are configure to connect the wiring member and the bonding pad to form an integrated structure, wherein each of the plurality of weld seams extends from the wiring member towards an interior of the bonding pad, and an extension depth of each of the plurality of weld seams in the bonding pad is not greater than 80% of a thickness of the bonding pad.
An isolated protein that comprises a chimeric interleukin-1 (IL-1) family cytokine domain, wherein the cytokine domain has an amino acid sequence that is at least 90% identical to a sequence selected from any one of SEQ ID NO: 17, SEQ ID NO: 18, SEQ ID NO: 19, SEQ ID NO: 20 and SEQ ID NO: 21; and wherein the isolated protein binds to IL-1 receptor I (IL-1RI) and antagonizes IL-1RI receptor signaling activity.
A method for operating a secondary station (410, 610, 710, 810) in a network, the secondary station comprising a transceiver adapted for simultaneously receiving transmissions (4002a, 4002b) from a first primary station (400a, 600, 700a, 800a) controlling a first cell (401a, 601a, 701a, 801a) and transmissions from at least one second primary station (400b, 600, 700b, 800b) controlling a second cell (401b, 601b, 701b, 801b), the method comprising the secondary station (a) selecting a first precoding matrix for the first cell out of a primary set of precoding matrices for the first cell, (b) selecting, in dependence on the first precoding matrix in accordance with a precoding scheme for transmission of identical data streams from the first and second primary stations, a subset out of a secondary set of precoding matrices for the second cell, the subset consisting of at least one precoding matrix for the second cell, (c) selecting a second precoding matrix for the second cell out of the selected subset of precoding matrices for the second cell, (d) transmitting a first indicator representative of the first precoding matrix, (e) transmitting a second indicator representative of the second precoding matrix, wherein the second precoding matrix represented by the second indicator is based on the value of the first indicator, so that the amount of data used for transmitting the second indicator is less than the amount of data used for transmitting the first indicator. (a) selecting a first precoding matrix for the first cell out of a primary set of precoding matrices for the first cell, (b) selecting, in dependence on the first precoding matrix in accordance with a precoding scheme for transmission of identical data streams from the first and second primary stations, a subset out of a secondary set of precoding matrices for the second cell, the subset consisting of at least one precoding matrix for the second cell, (c) selecting a second precoding matrix for the second cell out of the selected subset of precoding matrices for the second cell, (d) transmitting a first indicator representative of the first precoding matrix, (e) transmitting a second indicator representative of the second precoding matrix, wherein the second precoding matrix represented by the second indicator is based on the value of the first indicator, so that the amount of data used for transmitting the second indicator is less than the amount of data used for transmitting the first indicator.
A method, comprising: receiving parameters for generating a grid corresponding to an area, wherein the parameters include grid density and/or node locations; assigning a plurality of access points in the area to at least one node in the grid, wherein a respective access point of the the plurality of access points is assigned a node of the grid that is closest to the location of the respective access point; and selecting (403, 404) a subset of access points from the plurality of access points assigned to each node for inclusion in a partial radio map, wherein the number of access points comprised by the subset is predetermined, and wherein the partial radio map maintains spatial coverage of the area. receiving parameters for generating a grid corresponding to an area, wherein the parameters include grid density and/or node locations; assigning a plurality of access points in the area to at least one node in the grid, wherein a respective access point of the the plurality of access points is assigned a node of the grid that is closest to the location of the respective access point; and selecting (403, 404) a subset of access points from the plurality of access points assigned to each node for inclusion in a partial radio map, wherein the number of access points comprised by the subset is predetermined, and wherein the partial radio map maintains spatial coverage of the area.
Movement compensation device having a hydraulic actuator which serves for supporting a load, and having a supply installation which has a drive installation which comprises at least one hydro-machine which is capable of being fluidically connected to the hydraulic actuator and which in terms of the displacement volume thereof is adjustable and which is operable both as a pump as well as a hydro-motor, and from which, in an operation as a pump, pressure means is supplied to the hydraulic actuator, and which in an operation as a hydro-motor is driven by pressure means flowing back from the hydraulic actuator, and a flywheel which in the operation of the hydro-machine both as a pump as well as a motor is capable of being coupled to the hydro-machine, and a motor for driving the flywheel, characterized in that the supply installation has a plurality of drive installations which are disposed in parallel and which comprise in each case one hydro-machine which is capable of being fluidically connected to the hydraulic actuator and which in terms of the displacement volume thereof is adjustable and which is operable both as a pump as well as a hydro-motor, and from which, in an operation as a pump, pressure means is supplied to the hydraulic actuator, and which in an operation as a hydro-motor is driven by pressure means flowing back from the hydraulic actuator, and a flywheel which in the operation of the hydro-machine both as a pump as well as a motor is capable of being coupled to the hydro-machine, and a motor for driving the flywheel.
A system comprising: a first device associated with a private network and configured to communicate via a unified communications as a service, UCaaS, platform; and a second device associated with the private network and configured to communicate via the UCaaS platform, the second device including a camera, wherein the second device is configured to: perform a scan based on a privacy setting wherein the scan includes data obtained from the camera, wherein the privacy setting allows partial access to the camera on the second device to perform the scan without capturing facial information; detect a user presence based on data captured by the camera; and transmit a notification to the first device that indicates detection of the user presence, wherein the first device is configured to transfer a call to the second device based on the detection of the user presence using session initiation protocol, SIP, signaling. a first device associated with a private network and configured to communicate via a unified communications as a service, UCaaS, platform; and a second device associated with the private network and configured to communicate via the UCaaS platform, the second device including a camera, wherein the second device is configured to: perform a scan based on a privacy setting wherein the scan includes data obtained from the camera, wherein the privacy setting allows partial access to the camera on the second device to perform the scan without capturing facial information; detect a user presence based on data captured by the camera; and transmit a notification to the first device that indicates detection of the user presence, perform a scan based on a privacy setting wherein the scan includes data obtained from the camera, wherein the privacy setting allows partial access to the camera on the second device to perform the scan without capturing facial information; detect a user presence based on data captured by the camera; and transmit a notification to the first device that indicates detection of the user presence, wherein the first device is configured to transfer a call to the second device based on the detection of the user presence using session initiation protocol, SIP, signaling.
A method for interworking for a non-access point, non-AP, station in a wireless local access network, the method comprising: transmitting a generic advertisement service, GAS, initial request frame to an access point, AP, the GAS initial request frame including an advertisement protocol element and a query request element, the advertisement protocol element indicating a native query protocol that is a mechanism used for the non-AP station to query the AP so as to acquire data prepared locally, the query request element being set to a value indicating a query for emergency call number information; and receiving a GAS response frame from the AP, the GAS response frame including a query response element, the query response element including an emergency call number information element that includes at least one emergency call number unit, each emergency call number unit including an emergency call number length subfield and an emergency call number subfield, the emergency call number length subfield being set to a value indicating a length of the emergency call number subfield, the emergency call number subfield being set to a value indicating emergency call digits supported by a corresponding network. transmitting a generic advertisement service, GAS, initial request frame to an access point, AP, the GAS initial request frame including an advertisement protocol element and a query request element, the advertisement protocol element indicating a native query protocol that is a mechanism used for the non-AP station to query the AP so as to acquire data prepared locally, the query request element being set to a value indicating a query for emergency call number information; and receiving a GAS response frame from the AP, the GAS response frame including a query response element, the query response element including an emergency call number information element that includes at least one emergency call number unit, each emergency call number unit including an emergency call number length subfield and an emergency call number subfield, the emergency call number length subfield being set to a value indicating a length of the emergency call number subfield, the emergency call number subfield being set to a value indicating emergency call digits supported by a corresponding network.
A low pressure compressor for a gas turbine engine, comprising: a low pressure compressor case extending circumferentially around a central axis of the gas turbine engine, including: an inner radial wall surrounding a low pressure compressor rotor; and an outer radial wall at least partially defining a fan bypass passage of the gas turbine engine; and a low pressure compressor compartment disposed between the inner radial wall and the outer radial wall; an electrical component disposed in the low pressure compressor compartment; and an inlet port at the outer radial wall configured to admit a cooling airflow into the low pressure compressor compartment from the fan bypass passage to cool the electrical component via thermal energy exchange with the cooling airflow directed across the electrical component in the low pressure compressor compartment. a low pressure compressor case extending circumferentially around a central axis of the gas turbine engine, including: an inner radial wall surrounding a low pressure compressor rotor; and an outer radial wall at least partially defining a fan bypass passage of the gas turbine engine; and a low pressure compressor compartment disposed between the inner radial wall and the outer radial wall; an inner radial wall surrounding a low pressure compressor rotor; and an outer radial wall at least partially defining a fan bypass passage of the gas turbine engine; and a low pressure compressor compartment disposed between the inner radial wall and the outer radial wall; an electrical component disposed in the low pressure compressor compartment; and an inlet port at the outer radial wall configured to admit a cooling airflow into the low pressure compressor compartment from the fan bypass passage to cool the electrical component via thermal energy exchange with the cooling airflow directed across the electrical component in the low pressure compressor compartment.
A rolled composite aerospace product comprising a 2XXX-series core layer and an Al-Mg alloy clad layer coupled to at least one surface of the 2XXX-series core layer, wherein the Al-Mg alloy is a 5XXX-series aluminium alloy comprising 0.4% to 4.8% Mg, and preferably 0.7% to 4.5% Mg.