mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor light emitting device, comprising: a second electrode layer including a reflective electrode; a light emitting structure comprising a plurality of compound semiconductor layers (110, 120, 130) under the second electrode layer; at least one dividing groove that divides inner areas of the lower layers of the light emitting structure into a plurality of areas; a first electrode under the light emitting structure; and an ohmic contact layer between the second electrode layer and the light emitting structure, a conductive supporting member disposed on the second electrode layer, wherein the light emitting structure comprises a first conductivity type semiconductor layer disposed on the first electrode, an active layer on the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer between the active layer and the ohmic contact layer, wherein the dividing groove is formed having a depth to an extent that the second conductivity type semiconductor layer or the ohmic contact layer is exposed from the inner side of the under surface of the first conductivity type semiconductor layer, and characterised in that the ohmic contact layer is formed in a pattern corresponding to the dividing groove. a second electrode layer including a reflective electrode; a light emitting structure comprising a plurality of compound semiconductor layers (110, 120, 130) under the second electrode layer; at least one dividing groove that divides inner areas of the lower layers of the light emitting structure into a plurality of areas; a first electrode under the light emitting structure; and an ohmic contact layer between the second electrode layer and the light emitting structure, a conductive supporting member disposed on the second electrode layer, wherein the light emitting structure comprises a first conductivity type semiconductor layer disposed on the first electrode, an active layer on the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer between the active layer and the ohmic contact layer, wherein the dividing groove is formed having a depth to an extent that the second conductivity type semiconductor layer or the ohmic contact layer is exposed from the inner side of the under surface of the first conductivity type semiconductor layer, and characterised in that the ohmic contact layer is formed in a pattern corresponding to the dividing groove.
A computing device implemented method, the method characterise by comprising: receiving page phase time information defining a series of page phases of a duration of a web load; and adjusting web server resources and/or parameters in response to the PPT information to minimize at least one selected page phase in the series of page phases. receiving page phase time information defining a series of page phases of a duration of a web load; and adjusting web server resources and/or parameters in response to the PPT information to minimize at least one selected page phase in the series of page phases.
A method performed by a second radio network node for enabling a mobility procedure of a first wireless device between a first radio network node and the second radio network node in a wireless communication network; comprising - performing a serving beam determination for a second wireless device based on a downlink, DL, and/or uplink, UL, reporting from the second wireless device; - determining an active set of beams being the serving beam used at the second radio network node for the connected second wireless device; - determining that the active set of beams has changed when there is a change in a property of any of the beams; - determining that the active set of beams is relevant for the first radio network node, wherein the determining that the active set of beams is relevant for the first radio network node is determined based on a built and/or maintained table, which table comprises relations of radio network nodes and active set of beams; and - transmitting an indication to the first radio network node, which indication indicates the determined active set of beams and which active set of beams is used in the mobility procedure of the first wireless device, wherein the transmitting is performed only when there is a change in the active set of beams from previously used active set of beams at the second radio network node. - performing a serving beam determination for a second wireless device based on a downlink, DL, and/or uplink, UL, reporting from the second wireless device; - determining an active set of beams being the serving beam used at the second radio network node for the connected second wireless device; - determining that the active set of beams has changed when there is a change in a property of any of the beams; - determining that the active set of beams is relevant for the first radio network node, wherein the determining that the active set of beams is relevant for the first radio network node is determined based on a built and/or maintained table, which table comprises relations of radio network nodes and active set of beams; and - transmitting an indication to the first radio network node, which indication indicates the determined active set of beams and which active set of beams is used in the mobility procedure of the first wireless device, wherein the transmitting is performed only when there is a change in the active set of beams from previously used active set of beams at the second radio network node.
An optical sensor for detecting objects, having a receiving unit comprising at least one image sensor, and having an illumination unit assigned to the image sensor, which has at least two projection means which are arranged in different positions with respect to the image sensor and which each generate a projection image, characterised in that the projection images are formed such that the degree of superposition of the projection images projected onto an object is visualised, regardless whether the object is located within a reading field and/or reading distance of the receiving unit to the image sensor or not.
A circuit for shifting a frequency range of a signal, comprising: a frequency mixer having a signal input, an oscillator input, and a signal output; a frequency synthesizer configured to generate an oscillator signal having a frequency; a programmable driver configured to receive the oscillator signal from the frequency synthesizer and to provide the oscillator signal to the oscillator input of the frequency mixer, the programmable driver configured to have a variable drive strength; and a controller configured to control (1302; 1106) the drive strength of the programmable driver based on the frequency of the oscillator signal to adjust a rise time and a fall time of the oscillator signal at the oscillator input of the frequency mixer, wherein the frequency mixer is configured to output, at the signal output of the frequency mixer, a frequency range shifted version of a signal received at the signal input of the frequency mixer based on the frequency of the oscillator signal 1. a frequency mixer having a signal input, an oscillator input, and a signal output; a frequency synthesizer configured to generate an oscillator signal having a frequency; a programmable driver configured to receive the oscillator signal from the frequency synthesizer and to provide the oscillator signal to the oscillator input of the frequency mixer, the programmable driver configured to have a variable drive strength; and a controller configured to control (1302; 1106) the drive strength of the programmable driver based on the frequency of the oscillator signal to adjust a rise time and a fall time of the oscillator signal at the oscillator input of the frequency mixer, wherein the frequency mixer is configured to output, at the signal output of the frequency mixer, a frequency range shifted version of a signal received at the signal input of the frequency mixer based on the frequency of the oscillator signal 1.
A reformer, comprising: a reformer body which has a cylindrical shape and extends horizontally, introducing raw fuel and water to perform a reforming reaction, the reformer body comprising therein a vaporization portion which generates steam, and a reforming portion which reacts the steam generated in the vaporization portion with raw fuel to generate a reformed gas; a raw fuel introduction pipe which introduces the raw fuel into the reformer body; a water introduction pipe comprising therein a water passage which introduces water into the reformer body, the raw fuel introduction pipe being disposed inside the water introduction pipe, the water passage being a space between the raw fuel introduction pipe and the water introduction pipe; and a vaporization accelerating portion which is disposed in at least one of the vaporization portion and the water introduction pipe and accelerates vaporization of water in the vaporization portion, the water passage between the raw fuel introduction pipe and the water introduction pipe including a flow suppressing portion which suppresses water from flowing in an axial direction of the water passage, the flow suppressing portion constituting the vaporization accelerating portion. a reformer body which has a cylindrical shape and extends horizontally, introducing raw fuel and water to perform a reforming reaction, the reformer body comprising therein a vaporization portion which generates steam, and a reforming portion which reacts the steam generated in the vaporization portion with raw fuel to generate a reformed gas; a vaporization portion which generates steam, and a reforming portion which reacts the steam generated in the vaporization portion with raw fuel to generate a reformed gas; a raw fuel introduction pipe which introduces the raw fuel into the reformer body; a water introduction pipe comprising therein a water passage which introduces water into the reformer body, the raw fuel introduction pipe being disposed inside the water introduction pipe, the water passage being a space between the raw fuel introduction pipe and the water introduction pipe; and a vaporization accelerating portion which is disposed in at least one of the vaporization portion and the water introduction pipe and accelerates vaporization of water in the vaporization portion, the water passage between the raw fuel introduction pipe and the water introduction pipe including a flow suppressing portion which suppresses water from flowing in an axial direction of the water passage, the flow suppressing portion constituting the vaporization accelerating portion.
Use of a spectacle lens for correction of defective vision of a spectacle wearer, the spectacle lens having: - a distance part which is designed for seeing at greater distances and in particular "to infinity", - a near part which is designed for seeing at shorter distances and in particular at "reading distances", - a progression zone disposed between distance part and near part, in which the effect of the spectacle lens increases by the addition from the value in the distance reference part situated in the distance part to the value of the near reference point situated in the near part along a main line which is a curve winding towards the nose, and - a centring point; and within a circle about a point which lies 4 mm vertically below the centring point, with a diameter of 40 mm, the absolute difference in the maximum and minimum magnification in percent, the magnification being calculated as the quotient of the retinal image size with spectacle lens to the retinal image size without spectacle lens, being smaller than or equal to the sizes of the values in the following table, the values indicated in the table relating to percentage data and the intermediate values being able to be obtained by linear interpolation: Do/Add [dpt] 1.0 1.5 2.0 2.5 3.0 -4.0 4.3 4.6 5.5 6.2 6.9 -2.0 2.5 3.2 4.3 5.5 6.7 0 3.0 4.0 5.6 7.1 8.8 2.0 6.0 7.1 8.7 9.8 11.7 4.0 8.7 9.4 11.1 12.7 14.6 the addition Add is hereby the difference of the average use values in the near- and distance reference point and Do is the average use value in the distance reference point. - a distance part which is designed for seeing at greater distances and in particular "to infinity", - a near part which is designed for seeing at shorter distances and in particular at "reading distances", - a progression zone disposed between distance part and near part, in which the effect of the spectacle lens increases by the addition from the value in the distance reference part situated in the distance part to the value of the near reference point situated in the near part along a main line which is a curve winding towards the nose, and - a centring point; and
A spacer for fixation to a construction element, for maintaining a relative distance to another construction element, and for restricting at the maintained distance a movement about a position that is relative to another construction element, the spacer having a structure that: a) provides resiliency and generates a force for enhancing a distance relative to another nearby construction element when distance to that other construction element is reduced to a predetermined distance, and b) provides restriction of a movement of the structure in at least one direction that is different from the direction of predetermined distance, wherein the spacer is configured such that in use of the spacer the force for enhancing a distance to that other construction element is predominantly directed across the direction of gravity, characterized in that the structure is provided with a plurality of resilient elements and a plurality of restrictors for restricting the movement, wherein the resilient elements and the restrictors are each spatially separated different parts of the structure and have positions in the structure which alternate each other along a dimension of the structure. a) provides resiliency and generates a force for enhancing a distance relative to another nearby construction element when distance to that other construction element is reduced to a predetermined distance, and b) provides restriction of a movement of the structure in at least one direction that is different from the direction of predetermined distance, wherein the spacer is configured such that in use of the spacer the force for enhancing a distance to that other construction element is predominantly directed across the direction of gravity, characterized in that the structure is provided with a plurality of resilient elements and a plurality of restrictors for restricting the movement, wherein the resilient elements and the restrictors are each spatially separated different parts of the structure and have positions in the structure which alternate each other along a dimension of the structure.
An operating lever for controlling a vehicle comprising a grip head which has a holding surface for a hand of an operator, characterised in that air-permeable openings are formed in the holding surface and the air-permeable openings open to the inner cavity which communicates with the environment by way of at least one opening (18, 23) arranged outside the holding surface.
A method performed by a wireless device for measurement reporting, the method comprising: receiving, from a network node, an instruction to perform measurement reporting for a neighbor cell; determining, based at least on a radio access technology, RAT, of the neighbor cell and a frequency range of the neighbor cell, a measurement reporting timer value for performing the measurement reporting; and measuring a radio signal of the neighbor cell during the time specified by the determined measurement reporting timer value. receiving, from a network node, an instruction to perform measurement reporting for a neighbor cell; determining, based at least on a radio access technology, RAT, of the neighbor cell and a frequency range of the neighbor cell, a measurement reporting timer value for performing the measurement reporting; and measuring a radio signal of the neighbor cell during the time specified by the determined measurement reporting timer value.
A blower, comprising: a housing including a proximal opening and a distal opening, the proximal opening and distal opening being co-axially aligned; a stator component provided to the housing; an impeller positioned between the proximal opening of the housing and the stator component, the impeller including a plurality of impeller blades; and a motor adapted to drive the speller, wherein the stator component includes a plurality of air directing grooves along its exterior surface, the leading edge of the air directing grooves extending tangentially outwards from the outer tips of the impeller blades and configured to collect the air exiting the impeller blades and direct it from a generally tangential direction to a generally radial direction by dividing the air from the impeller and directing the air along a curved path towards the distal opening so that airflow becomes substantially laminar, characterized in that the cross-sectional area of the grooves is substantially constant along each of the grooves. a housing including a proximal opening and a distal opening, the proximal opening and distal opening being co-axially aligned; a stator component provided to the housing; an impeller positioned between the proximal opening of the housing and the stator component, the impeller including a plurality of impeller blades; and a motor adapted to drive the speller, wherein the stator component includes a plurality of air directing grooves along its exterior surface, the leading edge of the air directing grooves extending tangentially outwards from the outer tips of the impeller blades and configured to collect the air exiting the impeller blades and direct it from a generally tangential direction to a generally radial direction by dividing the air from the impeller and directing the air along a curved path towards the distal opening so that airflow becomes substantially laminar, characterized in that the cross-sectional area of the grooves is substantially constant along each of the grooves.
A method for managing agricultural rates comprising: providing a farm information display system for a vehicle, including: a display (205; 805), processor and memory; a GNSS receiver that estimates vehicle position and speed; and, a material quantity sensor; estimating a material quantity on the vehicle using the material quantity sensor; estimating a rate of change of material quantity on the vehicle; obtaining a desired vehicle end point from a user; and, adjusting the rate of change of material quantity such that: material quantity on the vehicle will reach a material end point where a container of the vehicle is empty when the vehicle reaches the vehicle end point; the method being characterized in that it comprises estimating a time to the vehicle end point based on the estimated vehicle speed; and adjusting the rate of change of material quantity such that within a user-defined special rate area, the rate of change of material quantity is different from that outside the special rate area. providing a farm information display system for a vehicle, including: a display (205; 805), processor and memory; a GNSS receiver that estimates vehicle position and speed; and, a material quantity sensor; estimating a material quantity on the vehicle using the material quantity sensor; estimating a rate of change of material quantity on the vehicle; obtaining a desired vehicle end point from a user; and, adjusting the rate of change of material quantity such that: material quantity on the vehicle will reach a material end point where a container of the vehicle is empty when the vehicle reaches the vehicle end point; the method being characterized in that it comprises estimating a time to the vehicle end point based on the estimated vehicle speed; and adjusting the rate of change of material quantity such that within a user-defined special rate area, the rate of change of material quantity is different from that outside the special rate area.
An isolated nucleic acid molecule encoding a mutant MEK1 protein having MEK1 activity, the nucleic acid encoding the mutant MEK1 protein comprising SEQ ID NO: 4 that has an amino acid substitution of cysteine to serine at position 121 of the wild type MEK1 protein of SEQ ID NO: 2, the amino acid substitution conferring resistance to a RAF inhibitor and a MEK inhibitor on a cell expressing the mutant MEK1 protein, wherein the RAF inhibitor is selected from PLX4720 and PLX4032 and the MEK inhibitor is AZD6244.
A passenger evacuation direction guidance system comprising: an evacuation direction generation unit connected to a data storage unit configured to store a plurality of space databases and a plurality of passageway databases in respect to spaces and passageways provided in a station building or on the travelling route of a train, the evacuation direction generation unit is configured to receive an emergency situation detection signal from a central control centre or an engine room or an emergency detection unit, the evacuation direction generation unit is configured to generate passenger evacuation direction information for passengers in a train when a disaster or an accident occurs on a traveling route of the train; and an evacuation direction display unit configured to receive the passenger evacuation direction information generated by the evacuation direction generation unit, and displays a passenger evacuation direction on an object positioned at the periphery of the train, characterized in that the evacuation direction display unit includes an evacuation direction indicating module which is installed on the train and indicates the passenger evacuation direction on the object by emitting light toward the object, wherein the evacuation direction display unit further includes an object detection module configured to detect a position of the object, and wherein the evacuation direction display unit further includes a focal point adjusting module configured to calculate a focal length between the object and the evacuation direction indicating module based on the position of the object detected by the object detection module, and thus adjusts clarity of the indication of the passenger evacuation direction. an evacuation direction generation unit connected to a data storage unit configured to store a plurality of space databases and a plurality of passageway databases in respect to spaces and passageways provided in a station building or on the travelling route of a train, the evacuation direction generation unit is configured to receive an emergency situation detection signal from a central control centre or an engine room or an emergency detection unit, the evacuation direction generation unit is configured to generate passenger evacuation direction information for passengers in a train when a disaster or an accident occurs on a traveling route of the train; and an evacuation direction display unit configured to receive the passenger evacuation direction information generated by the evacuation direction generation unit, and displays a passenger evacuation direction on an object positioned at the periphery of the train,
Storage device (1, 1') for tools, in particular for drilling tools or saw blades, having a housing (2, 2') which has a receiving region (4, 4') having a receiving plane (8, 8') for the tool(s), and having a cover (10, 10') which can be pivoted relative to the housing (2, 2') and which can be moved from a closed position into an open position for removing the tool from the receiving region, wherein the housing (2, 2') has two substantially parallel housing walls (6, 6') which delimit the receiving region (4, 4') with respect to the receiving plane (8, 8'), wherein one of the housing walls terminates with spacing from the upper end of the housing (2, 2'), and characterised in that the other housing wall has a first wall region and a second wall region, wherein the wall regions (16, 16') are arranged offset with respect to each other.