mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a forged crankshaft, the crankshaft including: journals that define a center of rotation; crank pins that are eccentric with respect to the journals; and crank arms, each of the crank arms connecting a corresponding one of the journals to a corresponding one of the crank pins, the method comprising: a preforming step of forming a preformed blank with no flash, the preformed blank including a shape of the crankshaft, wherein the crank arm has an excess projecting portion at an outer periphery of each of side portions near the crank pin, the excess projecting portion projecting from the outer periphery; a die forging step of forming a forged blank with flash by pressing the preformed blank formed in the preforming step with a pair of first dies; and a trimming step of removing the flash from the forged blank formed in the die forging step, wherein: in the die forging step, while a second die is abutted against an area in a surface of the crank arm to hold the area, the surface being adjacent to the journal, the area not including areas of the side portions, by the first dies the excess projecting portions of the crank arm are deformed so as to increase the side portions of the crank arm in thickness. a preforming step of forming a preformed blank with no flash, the preformed blank including a shape of the crankshaft, wherein the crank arm has an excess projecting portion at an outer periphery of each of side portions near the crank pin, the excess projecting portion projecting from the outer periphery; a die forging step of forming a forged blank with flash by pressing the preformed blank formed in the preforming step with a pair of first dies; and a trimming step of removing the flash from the forged blank formed in the die forging step, wherein: in the die forging step, while a second die is abutted against an area in a surface of the crank arm to hold the area, the surface being adjacent to the journal, the area not including areas of the side portions, by the first dies the excess projecting portions of the crank arm are deformed so as to increase the side portions of the crank arm in thickness.
A process for producing polyurethane foams having a density of 30 g/dm 3 to 70 g/dm 3, in which a) aromatic polyisocyanate is mixed with b) polymeric compounds having isocyanate-reactive groups, c) optionally chain extender and/or crosslinking agent, d) catalyst, e) blowing agent, comprising water, f) 0.1% to 5% by weight of lactam, based on the total weight of components (a) to (f), and g) optionally additives, at an isocyanate index of 50 to 95 to form a reaction mixture, and the reaction mixture is converted to the flexible polyurethane foam, wherein the catalyst comprises metal catalyst and amine catalyst and the amine catalyst has tertiary nitrogen atoms and is used in such an amount that the content of tertiary nitrogen atoms in the amine catalyst, based on the weight of starting components (a) to (f), is from 0.0001 to 0.003 mol/100 g of foam. a) aromatic polyisocyanate is mixed with b) polymeric compounds having isocyanate-reactive groups, c) optionally chain extender and/or crosslinking agent, d) catalyst, e) blowing agent, comprising water, f) 0.1% to 5% by weight of lactam, based on the total weight of components (a) to (f), and g) optionally additives,
Actuator for a convertible roof of a motor vehicle, which convertible roof allows the movement of a folding roof mounted on a structure from a closed position into a folded down open position, wherein the actuator comprises convertible roof rods attached to main bearings which comprise a plurality of levers and a drive unit on each longitudinal side of the structure, which drive unit with the levers actuates the convertible roof from a position of rest or basic position (Rst) into a set position (Bst) and vice versa, characterised in that the drive unit operates an actuating lever, which via a first coupling lever drives a first control lever connected to a support lever held on the convertible roof and in that on the support lever a second control lever is hinge mounted, which by means of a second coupling lever operates together with a connecting bar mounted pivotably on the main bearing.
An ultrasound therapy device, comprising: an array type high intensity focused ultrasound, HIFU, converter having a plurality of HIFU conversion elements; and a control unit which performs control to treat tissues in a focusing area by selecting and driving some of the conversion elements of the array type HIFU converter and irradiating ultrasound signals to an object through the driven active conversion elements to generate heat energy, wherein, after an elapse of a predetermined time period, the control unit drives conversion elements selected for a different combination of conversion elements as new active conversion elements in replacement of the active conversion elements, and wherein the control unit changes a combination of conversion elements that constitute active conversion elements (13; 15) over time, and characterized in that beam focusing through the conversion elements included in the combination before the change and beam focusing through the conversion elements included in the combination after the change have a same location of the main lobe and different locations of a grating lobe. an array type high intensity focused ultrasound, HIFU, converter having a plurality of HIFU conversion elements; and a control unit which performs control to treat tissues in a focusing area by selecting and driving some of the conversion elements of the array type HIFU converter and irradiating ultrasound signals to an object through the driven active conversion elements to generate heat energy, wherein, after an elapse of a predetermined time period, the control unit drives conversion elements selected for a different combination of conversion elements as new active conversion elements in replacement of the active conversion elements, and wherein the control unit changes a combination of conversion elements that constitute active conversion elements (13; 15) over time, and characterized in that beam focusing through the conversion elements included in the combination before the change and beam focusing through the conversion elements included in the combination after the change have a same location of the main lobe and different locations of a grating lobe.
Metal oxide precursor comprising i) at least one metal atom selected from the group consisting of In, Ga, Zn and Sn, ii) at least one non-photocrosslinkable ligand and iii) at least one photocrosslinkable ligand. i) at least one metal atom selected from the group consisting of In, Ga, Zn and Sn, ii) at least one non-photocrosslinkable ligand and iii) at least one photocrosslinkable ligand.
An axial flux electric machine having permanent magnets comprising a rotor surrounding a stator, so as to constitute two axial air gaps, the rotor having magnetization zones constituting the primary portion of the magnetic circuit and the stator having a support portion including a rim, active modules constituting the secondary portion of the magnetic circuit, and fastener elements arranged to fasten the active modules radially and removably to the periphery of the rim, characterized in that the stator is made up of several sectors and in that the rotor is made up of at least two sectors that are secured together, the sectors having a U-shaped profile, the magnetization zones being disposed on the inside faces of the two branches of the U-shaped profile, to enable the rotor to be paired on the stator by moving the sectors of the rotor radially relative to the stator, and then to enable said sectors of the rotor to be paired together.
A connector comprising a plug having a plug body and a socket having a socket body, wherein the plug and the socket are connected to each other by inserting them in an axial direction, wherein either one of the plug body and the socket body is a male body provided with an insertion portion having a circular outer peripheral surface, and the other is a female body provided with a cylindrical portion into which the insertion portion of the male body can rotatably fit, wherein a plurality of electrical, optical or fluid connecting means (11, 22) are respectively provided at an opposing portion of the male body and the female body, an outward protrusion is provided on a part of an outer peripheral surface of a distal end portion of the insertion portion of the male body, the connector characterized in that a plurality of inward ridges and an inclined cam surface are provided on an inner surface of the cylindrical portion of the female body, wherein a clearance in the axial direction is provided between the ridges and the inclined cam surface so that the protrusion can pass in the circumferential direction of the cylindrical portion, and an entering groove is provided in a base portion of the inclined cam surface, which entering groove is oriented in the direction of the center axis line, a groove through which the outward protrusion can pass in the axial direction is formed between each of the adjacent ridges, wherein, when the insertion portion is inserted into the cylindrical portion in the axial direction and the outward protrusion contacts with the inclined cam surface, the male body and the female body are relatively rotated to be positioned at a regular position in a rotational direction around a center axis line of the connector, in which regular position the connecting means (11, 22) are aligned and wherein those connecting means (11, 22) are connected to each other in a state in which the protrusion is completely inserted into the entering groove.
A method of electron beam processing bulk material solids comprising packing bulk materials solids in a container having first and second opposed sides which define an internal container zone for irradiating the bulk material solids, forming a layer of the bulk material solids at a predetermined substantially uniform solid thickness in the internal container zone, sealing the container to provide a controlled internal atmosphere within the internal container zone with said sides in direct contact with the bulk material solids layer to form a block of bulk material solids, and passing the sealed container containing the bulk material solids through an electron beam radiation zone and directly exposing the first side of the container to a first dose of electron-beam radiation which passes through the container first side to irradiate the bulk material solids in the container, characterized in that the method comprises prior to sealing the container forming a layer of the bulk material solids at a predetermined substantially uniform solid thickness in the internal container zone; in that the container is sealed with said sides in direct contact with the bulk material solids layer to form a block of bulk material solids, and in that after passing the sealed container containing the block of bulk material solids through the electron beam radiation zone to initially irradiate the block of bulk material solids, the method further comprises thereafter directly exposing the second side of the container to a second dose of electron-beam radiation which passes through the container second side to further irradiate the initially irradiated block of bulk material solids, whereby said first and second doses uniformly irradiate the bulk material solids.
Granule comprising a core, said core comprising at least one unbuffered primary bile acid; at least one binder; at least one excipient, referred to as Excipient A, preferably selected from sugars, polyols and polymers; and a coating surrounding the core, said coating comprising at least one gastric-fluid-soluble-and-taste-masking compound.
A solar cell, comprising: a substrate; a plurality of alternating N-type and P-type semiconductor regions (104, 106) disposed in or above the substrate; a plurality of non-conductive material regions in alignment with and overlying above locations between the alternating N-type and P-type semiconductor regions (104, 106), the plurality of non-conductive material regions comprising a binder and an opacifying pigment; and a plurality of conductive contact structures, formed by laser patterning, electrically connected to the plurality of alternating N-type and P-type semiconductor regions (104, 106), each conductive contact structure comprising a metal foil portion disposed above and in alignment with a corresponding one of the alternating N-type and P-type semiconductor regions (104, 106), the metal foil portion comprising a ridge and an overhang portion, the ridge laterally adjacent to one of the plurality of non-conductive material regions and the overhang portion over the one of the plurality of non-conductive material regions. a substrate; a plurality of alternating N-type and P-type semiconductor regions (104, 106) disposed in or above the substrate; a plurality of non-conductive material regions in alignment with and overlying above locations between the alternating N-type and P-type semiconductor regions (104, 106), the plurality of non-conductive material regions comprising a binder and an opacifying pigment; and a plurality of conductive contact structures, formed by laser patterning, electrically connected to the plurality of alternating N-type and P-type semiconductor regions (104, 106), each conductive contact structure comprising a metal foil portion disposed above and in alignment with a corresponding one of the alternating N-type and P-type semiconductor regions (104, 106), the metal foil portion comprising a ridge and an overhang portion, the ridge laterally adjacent to one of the plurality of non-conductive material regions and the overhang portion over the one of the plurality of non-conductive material regions.
A base station apparatus adapted to perform a coordinated multipoint, CoMP, transmission and reception as a CoMP group of a plurality of base station apparatuses, the base station apparatus comprising: a transmitter adapted to transmit an identity, which is set for the CoMP group, to a terminal; and a receiver adapted to receive a signal, which is first-spread using a first sequence that is defined by one of a plurality of cyclic shifts and which is transmitted from the terminal, characterized in that the one of the plurality of cyclic shifts is according to a hopping pattern that is set based on the identity. a transmitter adapted to transmit an identity, which is set for the CoMP group, to a terminal; and a receiver adapted to receive a signal, which is first-spread using a first sequence that is defined by one of a plurality of cyclic shifts and which is transmitted from the terminal, characterized in that the one of the plurality of cyclic shifts is according to a hopping pattern that is set based on the identity.
Receiver arrangement for receiving light pulses with: - at least one light-sensitive receiver (SPAD) which converts the light pulses into an electrical signal. - an evaluation circuit connected to the receiver, which determines a distance between the receiver arrangement and the at least one object that reflects the light pulses from the electrical signal by means of time-correlated photon counting with at least one histogram over a flight time of the light pulses and depending on a start signal for the light pulses, wherein the evaluation circuit is configured such that the evaluation circuit performs a reduction in the resolution of the distance determination from at least a predetermined distance, characterized in that the evaluation circuit has a controller which reduces a cycle rate for determining the distance from the electrical signal for predetermined time segments, wherein the evaluation circuit has at least one time-to-digital converter for the time-correlated photon counting, wherein the controller reduces the cycle rate of the at least one time-to-digital converter, and wherein the evaluation circuit stores 100 to 150, preferably 130 measurements per light pulse in the histogram. - at least one light-sensitive receiver (SPAD) which converts the light pulses into an electrical signal. - an evaluation circuit connected to the receiver, which determines a distance between the receiver arrangement and the at least one object that reflects the light pulses from the electrical signal by means of time-correlated photon counting with at least one histogram over a flight time of the light pulses and depending on a start signal for the light pulses, wherein the evaluation circuit is configured such that the evaluation circuit performs a reduction in the resolution of the distance determination from at least a predetermined distance, the evaluation circuit has a controller which reduces a cycle rate for determining the distance from the electrical signal for predetermined time segments, wherein the evaluation circuit has at least one time-to-digital converter for the time-correlated photon counting, wherein the controller reduces the cycle rate of the at least one time-to-digital converter, and wherein the evaluation circuit stores 100 to 150, preferably 130 measurements per light pulse in the histogram.
Apparatus for controlling an automatically shifting gearbox for a motor vehicle, comprising a first selector device with which at least the driving stages which can be set in an automatic mode can be defined, comprising a second selector device by way of which the gears of the gearbox can be manually shifted up or shifted down in steps in a manual mode, and comprising an electronic controller which drives the actuators of the gearbox depending on the signals of the selector devices and further input signals, wherein the controller is configured in such a way that, when operating the second selector device starting from the automatic mode, a requested gear change is directly carried out in the manual mode, wherein the controller is further configured in such a way that, after operation of the second selector device which has led to a direct gear change in the manual mode starting from the automatic mode, a checking process is started in respect of whether a positive longitudinal acceleration process is present or beginning within a prespecified first time window, and such that a shift is effectuated back from the manual mode to the automatic mode if no positive longitudinal acceleration process was present or has begun within the first prespecified time window, and such that, if a positive longitudinal acceleration process was present or has begun within the first prespecified time window, a shift is effectuated back from the manual mode to the automatic mode when a positive longitudinal acceleration process is terminated and no new longitudinal acceleration process has begun at least within a second time window which follows the end of the preceding longitudinal acceleration process, characterized in that a shift is effectuated from the manual mode to the automatic mode at the latest when no positive longitudinal acceleration process has begun any longer within a time window which follows the first time window.
A lead wire connection structure of a rotary electric machine, comprising: a housing that is composed of a front bracket and a rear bracket; a rotor that is fixed to a shaft, which is supported between the brackets, so as to be rotatably arranged in the housing; a stator that includes a stator core having an annular shape, which is sandwiched by the front bracket and the rear bracket so as to surround the rotor, and a stator winding which is mounted on the stator core; and a rectifier that is arranged at the outside or the inside in an axis direction of the brackets so as to rectify AC voltage, which is generated on the stator, to DC voltage; characterized in that a connecting portion to connect lead portions of the stator winding and the rectifier comprises a plurality of conductors; the number of conductors being "N", wherein N is an integer and greater than or equal to 2; the conductors comprise first conductors and second conductors; the number of the first conductors being less than or equal to "N-1"; the first conductors being connected at the connecting portion; the second conductors being welded onto the first conductors at a position being nearer the stator winding side than the connecting portion. a housing that is composed of a front bracket and a rear bracket; a rotor that is fixed to a shaft, which is supported between the brackets, so as to be rotatably arranged in the housing; a stator that includes a stator core having an annular shape, which is sandwiched by the front bracket and the rear bracket so as to surround the rotor, and a stator winding which is mounted on the stator core; and a rectifier that is arranged at the outside or the inside in an axis direction of the brackets so as to rectify AC voltage, which is generated on the stator, to DC voltage; characterized in that a connecting portion to connect lead portions of the stator winding and the rectifier comprises a plurality of conductors; the number of conductors being "N", wherein N is an integer and greater than or equal to 2; the conductors comprise first conductors and second conductors; the number of the first conductors being less than or equal to "N-1"; the first conductors being connected at the connecting portion; the second conductors being welded onto the first conductors at a position being nearer the stator winding side than the connecting portion.
Method for operating a hob device comprising at least one hob having a plurality of inductors for heating cooking vessels (101, 102) placed on a work region of the hob, the plurality of inductors comprising at least one inductor group having a first inductor, a second inductor and a third inductor, the inductors which are currently covered by cooking vessels (101, 102), at least in regions, being registered by at least one detection device and assigned to the cooking vessels (101, 102), characterised in that, in order to adjust an energy input into at least one of the cooking vessels (101, 102) at a given inductor power, when the first inductor is assigned to a first cooking vessel and the second inductor is assigned to a second cooking vessel and the third inductor is covered by the first cooking vessel and the second cooking vessel simultaneously, a phase position of an inductor current of at least one of the conductors of the inductor group is set relative to a phase position of at least one adjacent inductor by means of at least one phase influencing device.