mhurhangee/ep-ind-claims huggingface dataset:
An electronic module, comprising: - a semiconductor package; and - a clip connected to the semiconductor package ( and connected to or comprising at least one fastening element which is configured to make a connection to an external heatsink, wherein the fastening element comprises a screw, and the clip comprises two through-holes (2.4, 2.5) in which the screw is inserted, characterized in that - the semiconductor package comprises a die pad and a semiconductor die, the die pad being exposed at a lower main face of the semiconductor package, and the semiconductor die being mounted on the die pad, wherein - the module further comprises an insulation layer which is directly connected with a portion (2.2) of the clip, and wherein - the insulation layer is applied to the lower main face of the semiconductor package and the portion (2.2) of the clip is applied to the insulation layer remote from the semiconductor package. - a semiconductor package; and - a clip connected to the semiconductor package ( and connected to or comprising at least one fastening element which is configured to make a connection to an external heatsink, wherein the fastening element comprises a screw, and the clip comprises two through-holes (2.4, 2.5) in which the screw is inserted, characterized in that - the semiconductor package comprises a die pad and a semiconductor die, the die pad being exposed at a lower main face of the semiconductor package, and the semiconductor die being mounted on the die pad, wherein - the module further comprises an insulation layer which is directly connected with a portion (2.2) of the clip, and wherein - the insulation layer is applied to the lower main face of the semiconductor package and the portion (2.2) of the clip is applied to the insulation layer remote from the semiconductor package.
A method performed by a base station, BS, in a wireless communication system, the method comprising: transmitting (501, 803), to a terminal, downlink data; allocating (502, 805) an uplink resource for uplink data related to the downlink data without a scheduling request from the terminal, wherein an amount of the uplink resource is greater than a resource amount for uplink data related to the downlink data; transmitting (502, 805) control information indicating the uplink resource to the terminal; receiving, from the terminal, the uplink data and information that makes a request for allocating an additional uplink resource through the uplink resource; and transmitting, to the terminal, an uplink grant for allocation of the additional uplink resource based on the received information. transmitting (501, 803), to a terminal, downlink data; allocating (502, 805) an uplink resource for uplink data related to the downlink data without a scheduling request from the terminal, wherein an amount of the uplink resource is greater than a resource amount for uplink data related to the downlink data; transmitting (502, 805) control information indicating the uplink resource to the terminal; receiving, from the terminal, the uplink data and information that makes a request for allocating an additional uplink resource through the uplink resource; and transmitting, to the terminal, an uplink grant for allocation of the additional uplink resource based on the received information.
An air-conditioning apparatus comprising: a heat-medium transfer device including a pump configured to transfer a heat medium that contains water or brine and transfers heat; a plurality of indoor units (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n) each of which includes an indoor heat exchanger configured to cause heat exchange to be performed between indoor air and the heat medium, and a flow control valve configured to adjust a flow rate of the heat medium that flows through the indoor heat exchanger, the plurality of indoor units (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n) being connected to the heat-medium transfer device by respective heat medium pipes; and a controller configured to control an opening degree of the flow control valves, characterised in that the controller is configured to determine a valve opening-degree control range that is a control range of an opening degree of the flow control valve of each indoor unit (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n), based on a flow-passage resistance depending on a length of a pipe that extends from the heat-medium transfer device to the indoor unit (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n), such that the lower the flow-passage resistance, the smaller the valve opening-degree control range. a heat-medium transfer device including a pump configured to transfer a heat medium that contains water or brine and transfers heat; a plurality of indoor units (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n) each of which includes an indoor heat exchanger configured to cause heat exchange to be performed between indoor air and the heat medium, and a flow control valve configured to adjust a flow rate of the heat medium that flows through the indoor heat exchanger, the plurality of indoor units (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n) being connected to the heat-medium transfer device by respective heat medium pipes; and a controller configured to control an opening degree of the flow control valves, characterised in that the controller is configured to determine a valve opening-degree control range that is a control range of an opening degree of the flow control valve of each indoor unit (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n), based on a flow-passage resistance depending on a length of a pipe that extends from the heat-medium transfer device to the indoor unit (30, 30 1, 30 2, 30 3,..., 30 n-1, 30 n), such that the lower the flow-passage resistance, the smaller the valve opening-degree control range.
A plurality of particles comprising tasquinimod in free base form or as a pharmaceutically acceptable salt, said particles having a D(v,0.9) of at most 25 μm and a D(v,0.5) of at most 10 μm.
A method for decomposing struvite, comprising the steps of: - dissolving a feed material comprising struvite in sulphuric acid, forming a solution; - removing phosphate ions from said solution; - precipitating magnesium compounds from said solution, after said step of removing phosphate ions, by increasing a pH of said solution, forming a solution comprising ammonium sulphate. - dissolving a feed material comprising struvite in sulphuric acid, forming a solution; - removing phosphate ions from said solution; - precipitating magnesium compounds from said solution, after said step of removing phosphate ions, by increasing a pH of said solution, forming a solution comprising ammonium sulphate.
A method for reading an optical code, wherein an image with the code is recorded, a first brightness adjustment of the image is carried out, a region of interest with the optical code is found in the image and the optical code is read in the region of interest, characterized in that the first brightness adjustment is a local brightness adjustment which is carried out in subregions of the image while further sections of the image are still being read in, and in that the finding of the region of interest is based on image information of the image which has already been processed with the first brightness adjustment.
A moil guide comprising: a sleeve having an opening adapted to receive at least a portion of a bolt and a further opening adapted to receive a moil of a bolt removal tool; and a magnetic attachment device attached to the sleeve, the magnetic attachment device being operable to selectively generate a magnetic field to removably attach the moil guide to a metal surface, characterized in that the magnetic attachment device is attached to the sleeve by way of a flexible membrane. a sleeve having an opening adapted to receive at least a portion of a bolt and a further opening adapted to receive a moil of a bolt removal tool; and a magnetic attachment device attached to the sleeve, the magnetic attachment device being operable to selectively generate a magnetic field to removably attach the moil guide to a metal surface, characterized in that the magnetic attachment device is attached to the sleeve by way of a flexible membrane.
Lighting device comprising: - a support body defining a tubular cavity that develops along a longitudinal axis and provided with a first end and a second end aligned along said longitudinal axis; - a support element attached to said first end; - a light source of the LED type installed in said tubular cavity and on the support element and configured to emit a beam of light along said longitudinal axis; - a closing element associated with the second end of the support body and provided with a through aperture aligned with said longitudinal axis, wherein the lighting device comprises a first lens and a second lens, distanced from each other and from said through aperture, positioned in said tubular cavity and aligned with said longitudinal axis, wherein said first lens is configured to receive the beam of light from said light source and generate a beam of light with parallel rays toward said second lens, and said second lens is configured to receive the beam of light with parallel rays from said first lens and convey it in a collimated beam, passing through said through aperture, wherein the distance between the first lens and the second lens is comprised between 0.9 and 1 times the distance between the light source and the first lens, characterized in that the width of said tubular cavity is comprised between 2 and 3 times, preferably between 2 and 2.5 times, the diameter of said through aperture, and the distance between the second lens and the through aperture is comprised between 0.7 and 0.8 times the distance between the light source and the first lens. - a support body defining a tubular cavity that develops along a longitudinal axis and provided with a first end and a second end aligned along said longitudinal axis; - a support element attached to said first end; - a light source of the LED type installed in said tubular cavity and on the support element and configured to emit a beam of light along said longitudinal axis; - a closing element associated with the second end of the support body and provided with a through aperture aligned with said longitudinal axis, wherein the lighting device comprises a first lens and a second lens, distanced from each other and from said through aperture, positioned in said tubular cavity and aligned with said longitudinal axis, wherein said first lens is configured to receive the beam of light from said light source and generate a beam of light with parallel rays toward said second lens, and said second lens is configured to receive the beam of light with parallel rays from said first lens and convey it in a collimated beam, passing through said through aperture, wherein the distance between the first lens and the second lens is comprised between 0.9 and 1 times the distance between the light source and the first lens, characterized in that the width of said tubular cavity is comprised between 2 and 3 times, preferably between 2 and 2.5 times, the diameter of said through aperture, and the distance between the second lens and the through aperture is comprised between 0.7 and 0.8 times the distance between the light source and the first lens.
Method for operating a drive control device having an inverter comprising semiconductor switches which can be controlled by means of control signals, - wherein control logic calculates a control signal time instant for each control signal and - wherein control signals for controlling the semiconductor switches are generated on the high-voltage side on the basis of the control signal time instants, characterised in that- the control signal time instants are transmitted during operation from a low-voltage side of the drive control device containing the control logic to a high-voltage side of the drive control device containing the inverter, and - the transmission of the control signal time instants takes place during the switching pauses of the semiconductor switches. - wherein control logic calculates a control signal time instant for each control signal and - wherein control signals for controlling the semiconductor switches are generated on the high-voltage side on the basis of the control signal time instants, characterised in that- the control signal time instants are transmitted during operation from a low-voltage side of the drive control device containing the control logic to a high-voltage side of the drive control device containing the inverter, and - the transmission of the control signal time instants takes place during the switching pauses of the semiconductor switches.
A method for controlling an Internet of Things device using a wearable device, said method comprising the following steps of: providing a wearable device comprising at least one sensor, a processor, a wearable application database being a database comprising one or more wearable applications each being an application program executable by the wearable device, and a communications interface; said wearable device carrying out the following further steps of: J receiving sensor data from the at least one sensor; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device; and transmitting the action command to the remote Internet of Things device. providing a wearable device comprising at least one sensor, a processor, a wearable application database being a database comprising one or more wearable applications each being an application program executable by the wearable device, and a communications interface; said wearable device carrying out the following further steps of: J receiving sensor data from the at least one sensor; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device; and transmitting the action command to the remote Internet of Things device. J receiving sensor data from the at least one sensor; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device; and transmitting the action command to the remote Internet of Things device.
Thermostat for communicating with a remote maintenance server, - the thermostat being configured for receiving and sending network data from and to the remote maintenance server, wherein the thermostat is configured to receive network data provided by a maintenance interface service for receiving and displaying network data from and to a maintenance person; - the thermostat being further configured for receiving and sending remote controller data from and to a remote controller, wherein the thermostat is configured to receive remote controller data from a user through a controller user interface; - the thermostat being further configured for receiving and sending appliance data from and to at least one appliance, characterized in that the thermostat is configured for generating a request for appliance data from the at least one appliance and the thermostat is configured for receiving appliance data in response to the request for appliance data, wherein the thermostat is configured for storing the appliance data over time and for predicting an appliance error by comparing the stored appliance data over time with reference appliance data. - the thermostat being configured for receiving and sending network data from and to the remote maintenance server, wherein the thermostat is configured to receive network data provided by a maintenance interface service for receiving and displaying network data from and to a maintenance person; - the thermostat being further configured for receiving and sending remote controller data from and to a remote controller, wherein the thermostat is configured to receive remote controller data from a user through a controller user interface; - the thermostat being further configured for receiving and sending appliance data from and to at least one appliance,
An adapter for a hand welding extruder which can be attached to the hand welding extruder and is provided for supplying granular material to the same, comprising: a base plate having a flange surface, which is provided with at least one inlet opening and by means of which a granular material can be supplied to the hand welding extruder; and at least one inlet tube arranged on the base plate and extending at an acute angle from the same, wherein the inlet tube has at least one inlet channel, one end of which is connected to the at least one inlet opening and the other end of which can be connected in a detachable manner to an opening of a granular material container, wherein the adapter is designed such that a granular material container can be attached to the same in at least two different positions in relation to the at least one inlet opening.
A flow path comprising: at least one flexible tube; a barb adaptor inserted into the interior cavity of the at least one flexible tube to form a connection between the at least one flexible tube and an inlet or an outlet; two semi-circular half clamps encircling the exterior of the connection; a locating groove on the interior surface of the half clamps; and a sealing edge on the interior of the half clamps to radially compress the exterior surface of the at least one flexible tube, characterised by: $ a plurality of teeth on the interior surface of the half clamps and at least one ear clamp securing the half clamps around the connection. at least one flexible tube; a barb adaptor inserted into the interior cavity of the at least one flexible tube to form a connection between the at least one flexible tube and an inlet or an outlet; two semi-circular half clamps encircling the exterior of the connection; a locating groove on the interior surface of the half clamps; and a sealing edge on the interior of the half clamps to radially compress the exterior surface of the at least one flexible tube, characterised by: $ a plurality of teeth on the interior surface of the half clamps and at least one ear clamp securing the half clamps around the connection. a plurality of teeth on the interior surface of the half clamps and at least one ear clamp securing the half clamps around the connection.
A power tool comprising: a housing assembly having a housing structure and a case that is coupled to the housing structure, the case comprising a first case member and a second case member; an output spindle at least partially received in the case; a first bearing mounted to the first case member, the first bearing being configured to support a first axial end of the output spindle; a motor housed in the housing assembly and providing a source of rotary power; a transmission housed in the housing assembly and drivingly coupling the motor to the output spindle; and a light system comprising a light ring and a circuit assembly, the circuit assembly comprising a light emitting element and being received in the light ring, the light ring being received axially between the first and second case members; characterized in that: a second bearing is mounted to the second case member, the second bearing being configured to support a second, opposite axial end of the output spindle; and the circuit assembly includes a circuit board that is fixedly coupled to the light ring. a housing assembly having a housing structure and a case that is coupled to the housing structure, the case comprising a first case member and a second case member; an output spindle at least partially received in the case; a first bearing mounted to the first case member, the first bearing being configured to support a first axial end of the output spindle; a motor housed in the housing assembly and providing a source of rotary power; a transmission housed in the housing assembly and drivingly coupling the motor to the output spindle; and a light system comprising a light ring and a circuit assembly, the circuit assembly comprising a light emitting element and being received in the light ring, the light ring being received axially between the first and second case members; characterized in that: a second bearing is mounted to the second case member, the second bearing being configured to support a second, opposite axial end of the output spindle; and the circuit assembly includes a circuit board that is fixedly coupled to the light ring.