mhurhangee/ep-ind-claims huggingface dataset:
A packaging machine configured to receive a wrapping material and an ice cream product to produce wrapped ice cream products, the packaging machine comprising a first sealing jaw, a second sealing jaw and an infeed mechanism arranged to move the wrapping material and the ice cream product in a predetermined direction relative to and between the sealing jaws (11, 12), wherein the sealing jaws (11, 12) are moveable towards each other to engage and seal the wrapping material to enclose the ice cream product inside the wrapping material, wherein the first sealing jaw has a surface that is angled or curved relative to the predetermined direction; and the second sealing jaw has a surface that is angled or curved relative to the predetermined direction and complementary in shape to the angled or curved surface of the first sealing jaw, such that the sealing jaws (11, 12) stretch the wrapping material over the angled or curved surfaces (18, 19) when the sealing jaws (11, 12) are moved toward each other to engage and seal the wrapping material, characterized in that the angled or curved surfaces (18, 19) of the sealing jaws (11, 12) are angled or curved such that they stretch the wrapping material by a distance of at least 1.0 millimeter relative to the predetermined direction, when the sealing jaws (11, 12) are moved toward each other to engage and seal the wrapping material. the first sealing jaw has a surface that is angled or curved relative to the predetermined direction; and the second sealing jaw has a surface that is angled or curved relative to the predetermined direction and complementary in shape to the angled or curved surface of the first sealing jaw, such that the sealing jaws (11, 12) stretch the wrapping material over the angled or curved surfaces (18, 19) when the sealing jaws (11, 12) are moved toward each other to engage and seal the wrapping material, characterized in that the angled or curved surfaces (18, 19) of the sealing jaws (11, 12) are angled or curved such that they stretch the wrapping material by a distance of at least 1.0 millimeter relative to the predetermined direction, when the sealing jaws (11, 12) are moved toward each other to engage and seal the wrapping material.
A touchscreen apparatus user interface processing method, comprising: displaying a first user interface, wherein the first user interface comprises at least one element, each element being displayed in a position on the first user interface; obtaining touch information, wherein the touch information comprises touch track information; obtaining connection line position information between position information of a touch start point and position information of a touch end point according to the touch track information; determining a relative position between the touch track information and the connection line position information, wherein the relative position comprises that the touch track information is located at either the right side or the left side of the connection line position information; arranging the element position(s) of the first user interface according to the relative position; and displaying a second user interface, wherein the second user interface is obtained based on the arrangement of the element position of the first user interface. displaying a first user interface, wherein the first user interface comprises at least one element, each element being displayed in a position on the first user interface; obtaining touch information, wherein the touch information comprises touch track information; obtaining connection line position information between position information of a touch start point and position information of a touch end point according to the touch track information; determining a relative position between the touch track information and the connection line position information, wherein the relative position comprises that the touch track information is located at either the right side or the left side of the connection line position information; arranging the element position(s) of the first user interface according to the relative position; and displaying a second user interface, wherein the second user interface is obtained based on the arrangement of the element position of the first user interface.
Method of wireless communication between at least two Bluetooth Low Energy, BLE, devices (20, 30), comprising the steps of: - switching a first BLE device into a scanning mode, - switching a second BLE device into a non-connectable undirected advertising mode, broadcasting a first advertising packet from the second BLE device, and switching the second BLE device into the scanning mode after broadcasting the first advertising packet, - receiving the first advertising packet by the first BLE device, and - switching the first BLE device into the non-connectable undirected advertising mode, after receiving the first advertising packet, and broadcasting a second advertising packet from the first BLE device to the second BLE device, wherein the first and second BLE devices alternately swap roles for bidirectional communication. - switching a first BLE device into a scanning mode, - switching a second BLE device into a non-connectable undirected advertising mode, broadcasting a first advertising packet from the second BLE device, and switching the second BLE device into the scanning mode after broadcasting the first advertising packet, - receiving the first advertising packet by the first BLE device, and - switching the first BLE device into the non-connectable undirected advertising mode, after receiving the first advertising packet, and broadcasting a second advertising packet from the first BLE device to the second BLE device, wherein the first and second BLE devices alternately swap roles for bidirectional communication.
Method for testing the die-attach of a photovoltaic cell assembly comprising the steps of: providing a photovoltaic cell assembly comprising at least one photovoltaic cell, in particular a concentrator photovoltaic cell, attached to a heat sink; injecting a current into the photovoltaic cell assembly; measuring the voltage across said at least one photovoltaic cell during the current injection; and determining the relative voltage drop over the duration of the current injection. providing a photovoltaic cell assembly comprising at least one photovoltaic cell, in particular a concentrator photovoltaic cell, attached to a heat sink; injecting a current into the photovoltaic cell assembly; measuring the voltage across said at least one photovoltaic cell during the current injection; and determining the relative voltage drop over the duration of the current injection.
A method for determining and applying a phase offset to a communications device that communicates via inductive coupling, the method comprising: measuring a received signal strength indicator (RSSI) value, field strength or some other characteristic parameter for the communications device; determining an index or variable of phase trim corresponding to the measured RSSI value, field strength or some other characteristic parameter for the communications device; using a reference phase trim data to determine a phase offset corresponding to the index or variable of phase trim; applying the phase offset to the communications device; characterized in that determining said index or variable of phase trim is performed using a platform specific mapping table, said platform specific mapping table comprising a platform specific mapping of the measured RSSI value, field strength or some other characteristic parameter to said index or variable of phase trim; and in that said reference phase trim data comprises a mapping of said index or variable of phase trim to the phase offset. measuring a received signal strength indicator (RSSI) value, field strength or some other characteristic parameter for the communications device; determining an index or variable of phase trim corresponding to the measured RSSI value, field strength or some other characteristic parameter for the communications device; using a reference phase trim data to determine a phase offset corresponding to the index or variable of phase trim; applying the phase offset to the communications device; characterized in that determining said index or variable of phase trim is performed using a platform specific mapping table, said platform specific mapping table comprising a platform specific mapping of the measured RSSI value, field strength or some other characteristic parameter to said index or variable of phase trim; and in that said reference phase trim data comprises a mapping of said index or variable of phase trim to the phase offset.
A mast for an overhead line device, in particular for a high-voltage overhead line, wherein the mast is constituted tubular, wherein the mast comprises an outer tube and an inner tube disposed inside the outer tube with a spacing a from the outer tube, wherein the outer tube comprises a plurality of outer tube sections placed upon one another and fixed to one another and/or wherein the inner tube comprises a plurality of inner tube sections placed upon one another and fixed to one another, wherein the intermediate space between the outer tube and the inner tube is filled with concrete, preferably with high-strength concrete, characterised in that an outer tube section comprises at least one upper connection element on the inner-tube side and at least one lower connection element on the inner-tube side and that the upper connection element of a lower outer tube section is connected to the lower connection element of the upper outer tube section disposed directly above it by a form-fit connection by means of form-fit elements and complementary form-fit elements - in particular torsion-impeding elements - and/or that an inner tube section comprises at least one upper connection element on the outer-tube side and at least one lower connection element on the outer-tube side and that the upper connection element of a lower inner tube section is connected to the lower connection element of the upper inner tube section disposed directly above it by a form-fit connection by means of form-fit elements and complementary form-fit elements and that intermediate spaces are provided between the form-fit elements and the complementary form-fit elements, said intermediate spaces being filled or essentially filled by the concrete between the outer tube and the inner tube. an outer tube section comprises at least one upper connection element on the inner-tube side and at least one lower connection element on the inner-tube side and that the upper connection element of a lower outer tube section is connected to the lower connection element of the upper outer tube section disposed directly above it by a form-fit connection by means of form-fit elements and complementary form-fit elements - in particular torsion-impeding elements - and/or that an inner tube section comprises at least one upper connection element on the outer-tube side and at least one lower connection element on the outer-tube side and that the upper connection element of a lower inner tube section is connected to the lower connection element of the upper inner tube section disposed directly above it by a form-fit connection by means of form-fit elements and complementary form-fit elements
An abatement system for abating effluent gas evacuated from a processing chamber, the abatement system comprising: a liquid ring pump for compressing and pre-scrubbing gas evacuated from a processing chamber, the liquid ring pump comprising a gas inlet for receiving evacuated gas, a liquid inlet for receiving liquid for generating a liquid ring in a stator of the pump when a rotor rotates in the stator and a gas and liquid outlet for exhausting gas and liquid in a gas/liquid ratio; and a venturi scrubber comprising an inlet for receiving the gas and liquid mixture from the liquid ring pump, a nozzle through which the gas and liquid is conveyed for providing mixing of the gas with the liquid, and a liquid sump for collecting liquid conveyed through the nozzle and a gas outlet for exhausting gas from the venturi scrubber, characterised in that the venturi scrubber comprises a generally conical inlet portion upstream of the nozzle and the inlet of the venturi scrubber is arranged to convey the gas and liquid mixture tangentially to the conical inlet portion such that the liquid portion of the mixture is forced to spin around the inside wall of the venturi scrubber portion and the liquid ring pump is configured to exhaust gas and liquid at a pressure which drives the gas and liquid through the venturi scrubber. a liquid ring pump for compressing and pre-scrubbing gas evacuated from a processing chamber, the liquid ring pump comprising a gas inlet for receiving evacuated gas, a liquid inlet for receiving liquid for generating a liquid ring in a stator of the pump when a rotor rotates in the stator and a gas and liquid outlet for exhausting gas and liquid in a gas/liquid ratio; and a venturi scrubber comprising an inlet for receiving the gas and liquid mixture from the liquid ring pump, a nozzle through which the gas and liquid is conveyed for providing mixing of the gas with the liquid, and a liquid sump for collecting liquid conveyed through the nozzle and a gas outlet for exhausting gas from the venturi scrubber, characterised in that the venturi scrubber comprises a generally conical inlet portion upstream of the nozzle and the inlet of the venturi scrubber is arranged to convey the gas and liquid mixture tangentially to the conical inlet portion such that the liquid portion of the mixture is forced to spin around the inside wall of the venturi scrubber portion and the liquid ring pump is configured to exhaust gas and liquid at a pressure which drives the gas and liquid through the venturi scrubber.
Method of collecting operating data of an industrial robot system, said robot system having at least one robot, a robot control unit for controlling said at least one robot and a central processing unit, said robot control unit having a first communication interface for receiving and/or transmitting said operating data from/to the central processing unit, said central processing unit having a second communication interface for receiving and/or transmitting said operating data and a data mining unit for analyzing said received operating data, said method comprising the following method steps: - collecting the operating data of at least said one robot with a collecting frequency and transmitting said collected operating data to said central processing unit when operating at least said robot, - analyzing said collected operating data and computing an indicator value from said collected operating data by means of said data mining unit, - comparing said indicator value with a predetermined probability threshold value, - setting said collecting frequency to a lower collecting frequency if said indicator value is below said predetermined probability threshold value, - setting said collecting frequency to a higher collecting frequency if said indicator value is above said predetermined probability threshold value, wherein said probability threshold value is adapted on the basis of operating data which was collected with said higher collecting frequency, and wherein said data mining unit comprises a first low frequency data mining unit which is adapted to analyzing operating data which is collected with said lower collecting frequency and a second high frequency data mining unit which is adapted to analyzing operating data which is collected with said higher collecting frequency, and that said first data mining unit is activated when collecting data with said lower collecting frequency, and said second high frequency data mining unit is activated when collecting data with said higher collecting frequency. - collecting the operating data of at least said one robot with a collecting frequency and transmitting said collected operating data to said central processing unit when operating at least said robot, - analyzing said collected operating data and computing an indicator value from said collected operating data by means of said data mining unit, - comparing said indicator value with a predetermined probability threshold value, - setting said collecting frequency to a lower collecting frequency if said indicator value is below said predetermined probability threshold value, - setting said collecting frequency to a higher collecting frequency if said indicator value is above said predetermined probability threshold value, wherein
Residual current circuit breaker for electrical circuits, having a housing, a circuit breaker assembly having a microcontroller for breaking the electrical circuit in the event of a fault, a first light-emitting element that serves as status display device and interacts with the circuit breaker assembly, characterized in that a first light-sensitive element that interacts with the circuit breaker assembly having the microcontroller is provided and the circuit breaker assembly having the microcontroller is configured in such a way that, upon reception of an encoded optical signal, the microcontroller is put into a diagnosis mode and extended information going beyond the scope of status information is output by means of the first light-emitting element.
A method for determining correction values for correcting the position of a track, with an actual geometry of a track section being recorded by means of an inertial measurement device arranged on a track inspection vehicle while the track is being travelled on, and with measuring data of the recorded track section being output by the inertial measurement device to an evaluation device, characterised in that a virtual inertial measurement of the same track section with a target geometry is calculated by means of a simulation device in order to obtain simulated measuring data for the target geometry, and that correction values for correcting the position of the track are determined by subtracting the simulated measuring data from the measuring data of the inertial measurement device by means of a computing unit.
A knit garment (11, 12, 13) comprising at least one upper part and one lower part joined to one another by a first intermediate semi-portion and a second intermediate semi-portion, wherein said garment is a tubular garment substantially seamless and comprises at least one portion of a restraining fabric comprising a plurality of courses (R 1, R 2,..., R n) and having at least one stretch portion, wherein said stretch portion comprises a plurality of stitches of at least one ground yarn and at least one elastic yarn and wherein next to at least part of said stretch portion of the restraining fabric there is a restraining portion in which first groups (G 1) of one or more first stitches (P 1) comprising at least one main yarn alternate with second groups (G 2) of one or more second stitches (P 2) comprising a restraining yarn, such that at each of said first stitches (P 1) a floating length of said restraining yarn extends and at each of said second stitches (P 2) a floating length of said main yarn extends, wherein the second intermediate semi-portion is shaped as a bag, characterized in that the restraining fabric extends at said upper part, lower part and first intermediate semi-portion and wherein the restraining portion is shaped such as to follow the conformation of the joint on which it has to be worn and comprises an upper strip and a lower strip joining to one another at the first intermediate semi-portion, surrounding the second intermediate semi-portion, and wherein said upper and lower strips (18,19) extend at least partially sloped towards said first intermediate semi-portion with respect to the direction along which the courses run.
Gas turbine engine comprising a rotor (10, 20, 21, 30, 31, 40, 41) rotatably mounted in a body about an axis, an axial direction being defined along the axis in downstream direction of a main fluid path, the rotor comprising - a stud, - a first set of rotating elements (20, 21) of a first section of the gas turbine engine, the first section being a compressor section of the gas turbine engine, - a second set of rotating elements (30, 31) of a second section of the gas turbine engine; the stud (10, 11) extending along the axis and comprising - a first external end and a second external end, the first external end adapted to engage a first pre-load nut or one of a plurality of shafts and the second external end adapted to engage a second pre-load nut or one of the shafts such that the set of rotating elements (20, 21, 30, 31) are secured, - a first shank connected to the first external end and - a second shank connected to the second external end; the first shank being located in the first section and having a first diameter, the second shank being located in the second section, characterised in that the second shank has a second diameter greater than the first diameter, and - the first shank is tapered such that the first diameter increases in an axial direction and/or - the second shank is tapered such that the second diameter increases in axial direction if the second section is a compressor section or decreases in axial direction if the second section is a turbine section. - a stud, - a first set of rotating elements (20, 21) of a first section of the gas turbine engine, the first section being a compressor section of the gas turbine engine, - a second set of rotating elements (30, 31) of a second section of the gas turbine engine; - a first external end and a second external end, the first external end adapted to engage a first pre-load nut or one of a plurality of shafts and the second external end adapted to engage a second pre-load nut or one of the shafts such that the set of rotating elements (20, 21, 30, 31) are secured, - a first shank connected to the first external end and - a second shank connected to the second external end; - the first shank is tapered such that the first diameter increases in an axial direction and/or - the second shank is tapered such that the second diameter increases in axial direction if the second section is a compressor section or decreases in axial direction if the second section is a turbine section.
In vitro method for screening candidate compounds for preventing and/or attenuating skin ageing, and/or for hydrating the skin, comprising the following steps: a. bringing at least one test compound in contact with a sample of human keratinocytes; b. measuring the expression of at least one Sestrin gene chosen from SESN3, SESN2 and SESN1 in said keratinocytes; c. selecting the compounds for which an increase of at least 1.6 fold of the expression of at least one of said genes is measured in the keratinocytes treated in a. compared with the untreated keratinocytes. a. bringing at least one test compound in contact with a sample of human keratinocytes; b. measuring the expression of at least one Sestrin gene chosen from SESN3, SESN2 and SESN1 in said keratinocytes; c. selecting the compounds for which an increase of at least 1.6 fold of the expression of at least one of said genes is measured in the keratinocytes treated in a. compared with the untreated keratinocytes.
A method for forming a protein composition comprising dispersively blending a protein, plasticizer, and electrophilic reagent within a melt blending device at a temperature of from 20°C to 100°C and a shear rate of from 100 to 5,000 seconds -1, wherein proteins constitute from 20 wt.% to 95 wt.% of the composition, wherein electrophilic reagents are present in the composition in an amount of from 0.1 wt.% to 20 wt.%, based on the weight of the proteins; and wherein the electrophilic reagent is an olefinic compound or an epoxide compound.