mhurhangee/ep-ind-claims huggingface dataset:
A laser device comprising: a surface emitting laser configured to emit light; an optical system disposed in an optical path of light that is emitted from the surface emitting laser; a laser resonator which the light passed through the optical system enters; wherein the optical system includes a first optical element configured to collimate the light emitted from the surface emitting laser, and a second optical element configured to collect and condense the light collimated by the first optical element; and a transmission member in the form of an optical fibre configured to transmit light from the second optical element to the laser resonator, wherein a diameter of a core of the optical fibre is equal to or greater than 1.0 mm and less than 2.0 mm, wherein a fibre output of the optical fibre is equal to or greater than 120 watts, and wherein an M2 value of light exiting from the optical fibre is equal to or less than 1200. a surface emitting laser configured to emit light; an optical system disposed in an optical path of light that is emitted from the surface emitting laser; a laser resonator which the light passed through the optical system enters; wherein the optical system includes a first optical element configured to collimate the light emitted from the surface emitting laser, and a second optical element configured to collect and condense the light collimated by the first optical element; and a transmission member in the form of an optical fibre configured to transmit light from the second optical element to the laser resonator, wherein a diameter of a core of the optical fibre is equal to or greater than 1.0 mm and less than 2.0 mm, wherein a fibre output of the optical fibre is equal to or greater than 120 watts, and wherein an M2 value of light exiting from the optical fibre is equal to or less than 1200.
A method for the vertical transportation of people and/or material in a building in its construction phase, wherein a climbing formwork device, comprising a climbing formwork platform (10.1) and able to be hoisted in steps, is arranged in a currently uppermost region of the building and is used to concrete at least part of a building core of the building, wherein an elevator system, able to be adjusted to an increasing building height and having an elevator cabin (15.5), is installed in a first elevator shaft of the building, wherein a conveying height of this elevator system is intermittently adjusted to a current building height primarily by hoisting a mechanical platform (15.1) comprising an elevator drive machine (15.2) to a higher level and fixing it there, wherein at least the two currently uppermost floors are however not able to be reached by the elevator cabin (15.5), wherein a construction elevator is temporarily installed in a second elevator shaft in a currently uppermost region of the building and is attached to the climbing formwork platform (10.1) of the climbing formwork device, wherein the construction elevator comprises at least one construction elevator frame (20.1), a construction elevator cabin (20.2) able to be moved vertically in the construction elevator frame (20.1), and at least two access openings (20.3.1 - 20.3.6) arranged in the construction elevator frame (20.1) and corresponding to shaft door clearances (5.1.1 - 5.1.6) in a shaft wall (5.1) of the second elevator shaft, and wherein people and/or material, in a first step, are transported to a floor (7.X+1 - 7.X+3) associated with one of the access openings (20.3.1 - 20.3.6) of the construction elevator frame (20.1) by the elevator system able to be adjusted to the building height and, in a second step, are transported from this floor to a floor (7.X+3 - 7.X+7) situated in the currently uppermost region of the building or to the climbing formwork platform (10.1) by the construction elevator.
A battery module comprising: a cell unit including a plurality of battery cells arranged in a first direction, the cell unit having four side surfaces (2a, 2b, 2c, 2d) around its periphery with respect to the first direction and, at both ends thereof in the first direction, a first end surface and a second end surface; a positive external terminal electrically connected to positive terminals of the plurality of battery cells through a positive electro conductive member; and a negative external terminal electrically connected to negative terminals of the plurality of battery cells through a negative electro conductive member, characterized in that the positive electro conductive member extends on a first surface which is one of the four side surfaces of the cell unit, the negative electro conductive member extends on the first end surface of the cell unit, the positive and negative terminals (21, 22) of the plurality of battery cells are arranged on a second surface which is another one of the four side surfaces (2a, 2b, 2c, 2d), and the first surface and the first end surface cross with each other. a cell unit including a plurality of battery cells arranged in a first direction, the cell unit having four side surfaces (2a, 2b, 2c, 2d) around its periphery with respect to the first direction and, at both ends thereof in the first direction, a first end surface and a second end surface; a positive external terminal electrically connected to positive terminals of the plurality of battery cells through a positive electro conductive member; and a negative external terminal electrically connected to negative terminals of the plurality of battery cells through a negative electro conductive member, characterized in that the positive electro conductive member extends on a first surface which is one of the four side surfaces of the cell unit, the negative electro conductive member extends on the first end surface of the cell unit, the positive and negative terminals (21, 22) of the plurality of battery cells are arranged on a second surface which is another one of the four side surfaces (2a, 2b, 2c, 2d), and the first surface and the first end surface cross with each other.
An integrable vacuum cleaner with a housing, a blower for generating a suction air stream, a suction nozzle, an inlet opening for the suction nozzle and a flap for closing and opening the inlet opening which can be actuated by the suction air stream, wherein the flap is pivotally mounted about a horizontal axis, and wherein the flap has a larger extension in horizontal direction than in vertical direction, characterized in that the width of the flap in its lower region is smaller than in its upper region.
A method for manufacturing an electric winding of an electromagnetic induction apparatus, comprising the following steps: - providing a conductor structure comprising a conductor element extending longitudinally along a main extension direction and one or more spacer bands arranged on a corresponding lateral surface of said conductor element, each spacer band including a supporting structure made of electrically insulating material and spacer elements made of electrically insulating material arranged on said supporting structure, said spacer elements being spaced one from another, along said supporting structure; - forming an electric winding by means of said conductor structure, said electric winding extending axially along a winding direction and having a plurality of turns arranged around said winding direction; wherein each turn of said electric winding is formed by a corresponding longitudinal portion (2E, 2F) of said conductor element; wherein said spacer elements are interposed between adjacent turns of said electric winding at opposite sides (101A, 101B) of said turns, characterised in that the spacer elements have a width of 5-10 mm and a height of 2 mm. - providing a conductor structure comprising a conductor element extending longitudinally along a main extension direction and one or more spacer bands arranged on a corresponding lateral surface of said conductor element, each spacer band including a supporting structure made of electrically insulating material and spacer elements made of electrically insulating material arranged on said supporting structure, said spacer elements being spaced one from another, along said supporting structure; - forming an electric winding by means of said conductor structure, said electric winding extending axially along a winding direction and having a plurality of turns arranged around said winding direction; wherein each turn of said electric winding is formed by a corresponding longitudinal portion (2E, 2F) of said conductor element; wherein said spacer elements are interposed between adjacent turns of said electric winding at opposite sides (101A, 101B) of said turns, characterised in that the spacer elements have a width of 5-10 mm and a height of 2 mm.
Induction charging device for batteries of an electric motor vehicle, the device comprising a primary winding connected to an electrical energy source and included in a housing, the primary winding being capable of producing an inductive coupling with a secondary winding connected to the batteries of the vehicle and the housing being positioned in proximity to the ground, comprising at least one support (12a, 12b, 112a, 212a) for receiving at least one wheel (30a, 30b) of the vehicle, each support being positioned on the ground and comprising at least one first element (48; 148; 248) capable, when the support (12a, 12b; 112a; 212a) to which it belongs is in contact with the wheel (30a, 30b), of being displaced towards the ground, the device comprising, for each support, link means (24a, 26a, 28a, 24b, 26b, 28b; 126a; 226a) between each first element (48; 148; 248) and the mobile housing, characterized in that the link means (24a, 26a, 28a, 24b, 26b, 28b; 126a; 226a) are capable, as a function of the displacement of each first element, of acting on the position, on a transverse axis of rotation of the wheels (30a, 30b), of the housing relative to the secondary winding.
Moulded part, comprising - at least one conductor track, - at least one outermost substrate layer (3, 4) that covers the conductor track towards an outer side, - at least one contact base that is arranged on an outer side of the outermost substrate layer (3, 4) and provides a through-connection through the outermost substrate layer (3, 4) to the conductor track, - at least one electronic component with which contact is made on the contact base, and - an encapsulation material that at least partly externally encloses the moulded part, - wherein contact is made with all of the electronic components by way of contact bases, - wherein the contact base is provided in the form of a blind hole contact, - a solder connection between the contact base and the electronic component, characterized in that - the contact base has a connection region that is designed as a hollow cylinder or in a pot shape, and - a solder for fastening the electronic component completely covers a contact surface of the contact base. - at least one conductor track, - at least one outermost substrate layer (3, 4) that covers the conductor track towards an outer side, - at least one contact base that is arranged on an outer side of the outermost substrate layer (3, 4) and provides a through-connection through the outermost substrate layer (3, 4) to the conductor track, - at least one electronic component with which contact is made on the contact base, and - an encapsulation material that at least partly externally encloses the moulded part, - wherein contact is made with all of the electronic components by way of contact bases, - wherein the contact base is provided in the form of a blind hole contact, - a solder connection between the contact base and the electronic component, - the contact base has a connection region that is designed as a hollow cylinder or in a pot shape, and - a solder for fastening the electronic component completely covers a contact surface of the contact base.
Fastening means adapted for the suspension of sound absorbers (200/205) made of cellular elastomer foam, characterized in that - the fastening means has a cylindrical shaft for anchoring the fastening means in the cellular elastomer foam of the sound absorber (200/300), - the shaft tapers conically at one end in the direction of a drive-in tip, - at least one recess (105/106) is incorporated in the circumference of the shaft, - the at least one recess (105/106) in each fastening means is adapted in such a manner that the cellular elastomer foam settles in the at least one recess as a result of restoring forces and thus the fastening means is anchored in the cellular elastomer foam, - the fastening means has a retaining section for suspending the sound absorber, which is arranged at the other end of the shaft, - a stop is arranged between the shaft and the retaining section, which can be brought to abut against the surface of the sound absorber (200/205) and - at least one fin (108/109) extends parallel to the longitudinal axis of the shaft radially outwards beyond its lateral surface. - the fastening means has a cylindrical shaft for anchoring the fastening means in the cellular elastomer foam of the sound absorber (200/300), - the shaft tapers conically at one end in the direction of a drive-in tip, - at least one recess (105/106) is incorporated in the circumference of the shaft, - the at least one recess (105/106) in each fastening means is adapted in such a manner that the cellular elastomer foam settles in the at least one recess as a result of restoring forces and thus the fastening means is anchored in the cellular elastomer foam, - the fastening means has a retaining section for suspending the sound absorber, which is arranged at the other end of the shaft, - a stop is arranged between the shaft and the retaining section, which can be brought to abut against the surface of the sound absorber (200/205) and - at least one fin (108/109) extends parallel to the longitudinal axis of the shaft radially outwards beyond its lateral surface.
Method for producing a brush head for a toothbrush, in particular an electric toothbrush, in which pointed filaments are arranged in clusters in clearances of a bristle carrier, the tips of the pointed filaments create at least in certain areas a height profile deviating from a plane, and in which pointed filaments are melted, characterized in that at one end pointed filaments with a length of 10 - 20 mm are used and pushed through the clearances in the bristle carrier, the pointed filaments are cut on the side remote from the tip and the ends remote from the tips of the pointed filaments are melted.
Method for operating a biogas plant, wherein the plant is optimized step by step with respect to a target parameter by an optimizing step which involves deflecting at least one control parameter in accordance with a gradient-based method and measuring the change in the target parameter caused by the deflection, and, depending on the measured change in the target parameter, calculating an optimizing step in which values for adjustable control parameters are determined in such a manner that, by setting the calculated control parameters to these values, the target parameter of the biogas plant is optimized towards a prescribed target and the calculated values of the control parameters are set on the biogas plant, and this optimizing step is repeated a number of times.
A method for controlling a mobile device, the method comprising: displaying a screen of a first application while the mobile device is in an unlocked state and a stylus pen is disposed in an insertion hole of the mobile device, the insertion hole being configured to receive the stylus pen; while the screen of the first application is displayed, detecting removal of the stylus pen from the insertion hole; when the removal of the stylus pen is detected: retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected: removing display of the screen of the second application; and displaying the screen of the first application. displaying a screen of a first application while the mobile device is in an unlocked state and a stylus pen is disposed in an insertion hole of the mobile device, the insertion hole being configured to receive the stylus pen; while the screen of the first application is displayed, detecting removal of the stylus pen from the insertion hole; when the removal of the stylus pen is detected: retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected: removing display of the screen of the second application; and displaying the screen of the first application. retrieving collected information including a previously generated handwritten memo which is associated with a second application, the information being acquired at the time of the previous detection of a removal of the pen; executing the second application while maintaining execution of the first application, and displaying a screen of the second application that includes the previously generated handwritten memo; while the screen of the second application is displayed, detecting insertion of the stylus pen into the insertion hole; and when the insertion of the stylus pen is detected: removing display of the screen of the second application; and displaying the screen of the first application. removing display of the screen of the second application; and displaying the screen of the first application.
Microfluidic device, comprising: - a first substrate having a first flat surface; - a second substrate having a second flat surface; wherein the second surface contacts the first surface to define a two-layer laminate structure and an interface is defined between the first and second substrate within the two-layer laminate structure; - first recesses and second recesses provided at the interface; wherein the first recesses are arranged in the first surface and the second recesses are arranged in the second surface and the first recesses and second recesses form a channel meandering in a plane at right angles to the interface, characterized in that at least some of the recesses are filled with a porous material such that the porous material contacts at least one surface of the recess that is not parallel to the main flow direction within the channel. - a first substrate having a first flat surface; - a second substrate having a second flat surface; wherein the second surface contacts the first surface to define a two-layer laminate structure and an interface is defined between the first and second substrate within the two-layer laminate structure; - first recesses and second recesses provided at the interface;
A method for manufacturing a semiconductor device comprising: an irradiation step of radiating protons to a rear surface of a silicon semiconductor substrate of a first conductivity type being an n conductivity type; and an annealing step of activating the protons radiated to the rear surface of the silicon semiconductor substrate to form a first semiconductor layer of the first conductivity type which has a higher impurity concentration than the silicon semiconductor substrate, wherein a set of the irradiation step and the annealing step is performed a plurality of times according to irradiation conditions of the irradiation step to form a plurality of the first semiconductor layers in a depth direction of the silicon semiconductor substrate, wherein, in the plurality of sets of the irradiation step and the annealing step, instead of a plurality of annealing steps, one annealing step is performed after a plurality of irradiation steps according to annealing temperatures being equal to each other and lower than the previous annealing step in the plurality of annealing steps. an irradiation step of radiating protons to a rear surface of a silicon semiconductor substrate of a first conductivity type being an n conductivity type; and an annealing step of activating the protons radiated to the rear surface of the silicon semiconductor substrate to form a first semiconductor layer of the first conductivity type which has a higher impurity concentration than the silicon semiconductor substrate, wherein a set of the irradiation step and the annealing step is performed a plurality of times according to irradiation conditions of the irradiation step to form a plurality of the first semiconductor layers in a depth direction of the silicon semiconductor substrate, wherein, in the plurality of sets of the irradiation step and the annealing step, instead of a plurality of annealing steps, one annealing step is performed after a plurality of irradiation steps according to annealing temperatures being equal to each other and lower than the previous annealing step in the plurality of annealing steps.
A fastening clip comprising a base body and at least one holding portion which is integrally but flexibly connected to the base body, both the base body and the holding portion including at least one receptacle for an elongated member and the holding portion being reversibly movable with respect to the base body in a predefined range, first stops (24a, 24b) being provided which limit a rotation of the holding portion relative to the base body, characterized in that the holding portion is connected to the base body through two flexible elements which are integrally connected to the base body and to the holding portion, the flexible elements projecting perpendicularly from a protrusion coinciding with an axis of rotation of the holding portion.
A vehicle provided with an electric motor as a driving source, comprising: a power storage device to supply electric power to said electric motor; an engine; and a control unit to control said vehicle in one of a first control mode and a second control mode in which opportunity for operation of said engine is limited compared to in said first control mode, wherein said control unit controls said engine in accordance with a condition different from a condition used to control said engine in said first control mode, if said engine is started at least due to decrease in a state of charge of said power storage device while said vehicle is controlled in said second control mode. a power storage device to supply electric power to said electric motor; an engine; and a control unit to control said vehicle in one of a first control mode and a second control mode in which opportunity for operation of said engine is limited compared to in said first control mode, wherein