mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a hydraulic press in cycles, wherein: each cycle has at least one phase in which hydraulic fluid is forced out of a hydraulic reservoir into a chamber (11.1, 11.2) of a hydraulic cylinder of the press by the reservoir pressure p S prevailing in the reservoir in order to move a ram of the press relative to the cylinder, which ram is coupled to the cylinder and to which ram a forming tool for shaping a workpiece can be coupled; in at least a part of each cycle a hydraulic pump driven by a motor feeds hydraulic fluid into the reservoir at a charging flow rate and the reservoir pressure ps is regulated to a pressure reference variable P SETPOINT by adjustment of a speed of the motor to a nominal speed n N of the motor and to at least one intermediate value n Z, where 0 < n Z < n N applies; the reservoir pressure ps is adjusted by means of adaptive control, characterised in that, in a specific cycle, a cycle time T Z and a charging time T L, during which the charging flow rate is greater than zero, and also a charging speed n L averaged over the charging time T L is determined; and for at least one subsequent cycle the speed is adjusted to an intermediate value n Z, where n Z = n L · T L: Tz + K N applies, wherein K N is a speed correction value where 0 ≤ K N < n L · (1 - T L: T Z). each cycle has at least one phase in which hydraulic fluid is forced out of a hydraulic reservoir into a chamber (11.1, 11.2) of a hydraulic cylinder of the press by the reservoir pressure p S prevailing in the reservoir in order to move a ram of the press relative to the cylinder, which ram is coupled to the cylinder and to which ram a forming tool for shaping a workpiece can be coupled; in at least a part of each cycle a hydraulic pump driven by a motor feeds hydraulic fluid into the reservoir at a charging flow rate and the reservoir pressure ps is regulated to a pressure reference variable P SETPOINT by adjustment of a speed of the motor to a nominal speed n N of the motor and to at least one intermediate value n Z, where 0 < n Z < n N applies; the reservoir pressure ps is adjusted by means of adaptive control, characterised in that, in a specific cycle, a cycle time T Z and a charging time T L, during which the charging flow rate is greater than zero, and also a charging speed n L averaged over the charging time T L is determined; and for at least one subsequent cycle the speed is adjusted to an intermediate value n Z, where n Z = n L · T L: Tz + K N applies, wherein K N is a speed correction value where 0 ≤ K N < n L · (1 - T L: T Z).
Device for handling printing plates at a printing press, comprising a first pallet and a second pallet in which the printing plates are received, a first pallet carrier for carrying the first pallet, and a second pallet carrier for carrying the second pallet, the first pallet carrier and the second pallet carrier supported to slide along a common horizontal alignment extending in a direction transverse to a row of printing units (2, 3) of the printing press, characterized in that the first pallet carrier and the second pallet carrier are fixed to a common slide and in that a rail is provided for horizontally guiding the slide alternatingly into a first position and into a second position on the alignment or in parallel with the latter. comprising a first pallet and a second pallet in which the printing plates are received, a first pallet carrier for carrying the first pallet, and a second pallet carrier for carrying the second pallet, the first pallet carrier and the second pallet carrier supported to slide along a common horizontal alignment extending in a direction transverse to a row of printing units (2, 3) of the printing press, characterized in that the first pallet carrier and the second pallet carrier are fixed to a common slide and in that a rail is provided for horizontally guiding the slide alternatingly into a first position and into a second position on the alignment or in parallel with the latter.
Nozzle (10; 70) for dispersing liquids, in particular liquid fertilizer, having a housing having a liquids inlet, an exit chamber, and at least a first exit duct (36; 86), a second exit duct (38; 88), and a third exit duct (40; 90), wherein the exit ducts proceed from the exit chamber, wherein a longitudinal axis (136; 186) of the first exit duct (36; 86) lies in a central plane of the housing, wherein a longitudinal axis (138; 188) of the second exit duct (38; 88) is disposed at a second angle to the central plane, wherein a longitudinal axis (140; 190) of the third exit duct (40; 90) is disposed at a third angle to the central plane, said third angle in terms of the value being identical to the second angle but in terms of the algebraic sign being different therefrom, wherein a free cross section of the second exit duct (38; 88) and a free cross section of the third exit duct (40; 90) are dissimilar such that in the operation of the nozzle (10; 70) dissimilar quantities of liquid are discharged from the second exit duct (38; 88) and the third exit duct (40; 90), characterized in that all exit ducts (36, 38, 10, 42, 44; 86, 88, 90, 92, 94), when viewed perpendicularly to the central plane, are inclined by a sixth angle between 4 degrees and 10 degrees, in particular seven degrees, in relation to the central longitudinal axis of the housing, wherein all exit ducts (36, 38, 10, 42, 44; 86, 88, 90, 92, 94) in the spraying operation of the nozzle in relation to the vertical and to an envisaged direction of movement are inclined towards the rear by the sixth angle.
A fender device to be attached to a berthing face alongside which a marine vessel comes, the fender device comprising: an impact receiving member configured to come into contact with the marine vessel; a buffer member that is arranged between the impact receiving member and the berthing face, is made of an elastic material, and is capable of undergoing compressive deformation in a normal direction orthogonal to the berthing face; and a stopper that includes a stopper main body arranged between the impact receiving member and the berthing face so as to extend in the normal direction in order to prevent excessive compression of the buffer member, wherein a cavity is formed inside the stopper main body, wherein the stopper main body includes a first end portion and a second end portion in the normal direction and is fixed to the impact receiving member or the berthing face on the first end portion side, characterized in that the stopper further includes a cover for closing the cavity on the second end portion side of the stopper main body, and in that at least an outermost surface of the cover is made of rubber or resin. an impact receiving member configured to come into contact with the marine vessel; a buffer member that is arranged between the impact receiving member and the berthing face, is made of an elastic material, and is capable of undergoing compressive deformation in a normal direction orthogonal to the berthing face; and a stopper that includes a stopper main body arranged between the impact receiving member and the berthing face so as to extend in the normal direction in order to prevent excessive compression of the buffer member, wherein a cavity is formed inside the stopper main body, wherein the stopper main body includes a first end portion and a second end portion in the normal direction and is fixed to the impact receiving member or the berthing face on the first end portion side, characterized in that the stopper further includes a cover for closing the cavity on the second end portion side of the stopper main body, and in that at least an outermost surface of the cover is made of rubber or resin.
A compound having one of the formulas: 1-[2-(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b] indol-1-yl)acetyl]-4-alkyl/aryl thiosemicarbazides, and 5-[(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)methyl]-4-substituted-2,4-dihydro-3H-1,2,4-triazole-3-thione. 1-[2-(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b] indol-1-yl)acetyl]-4-alkyl/aryl thiosemicarbazides, and 5-[(1,8-diethyl-1,3,4,9-tetrahydropyrano[3,4-b]indol-1-yl)methyl]-4-substituted-2,4-dihydro-3H-1,2,4-triazole-3-thione.
A blower, comprising: a ring-like or circular arc-like frame; a nozzle arranged continuously or discontinuously along the frame; and compressed air supplying means for supplying the nozzle with compressed air, wherein the compressed air supplied from the compressed air supplying means is emitted while swallowing up air in the nozzle or near the nozzle, whereby, an airflow to a normal direction of a disk surface of which the frame is periphery is generated. a ring-like or circular arc-like frame; a nozzle arranged continuously or discontinuously along the frame; and compressed air supplying means for supplying the nozzle with compressed air, wherein the compressed air supplied from the compressed air supplying means is emitted while swallowing up air in the nozzle or near the nozzle, whereby, an airflow to a normal direction of a disk surface of which the frame is periphery is generated.
A heat sink comprising: a plurality of load points; and a plurality of load cells each configured to attach to a respective attachment point on a component and to create a load between the respective attachment point and a respective one of the load points characterised in that at least one load cell among the plurality of load cells is configured to have a different maximum load than another load cell among the plurality of load cells. a plurality of load points; and a plurality of load cells each configured to attach to a respective attachment point on a component and to create a load between the respective attachment point and a respective one of the load points characterised in that at least one load cell among the plurality of load cells is configured to have a different maximum load than another load cell among the plurality of load cells.
A light module for motor vehicle headlights, including - a light source unit having at least one light source for emitting light, which light source has a light-projection face; - a primary optical unit having at least one optical element, the optical element having a light input face for inputting the light and a light output face (34, 36) for outputting the light, for forming the light, emitted by the light source, for an intermediate light distribution, - a securing device for precise-positional securing of the primary optical unit and the light source unit to one another in such a way that the light-projection face of the light source can be associated precisely in terms of position with the light input face of the primary optical unit, wherein the securing device includes at least one guide pin and an associated guide bush, characterized in that the guide bush has a bush interior, defined by an inner bush wall, the bush interior having a pin receptacle opening, and the guide pin, through the pin receptacle opening, engages the bush interior in such a way that between the guide pin and the inner bush wall, there is an intermediate adjusting chamber, and for securing purposes, the intermediate adjusting chamber is filled at least partially with an adhesive filler material in such a way that a material connection is established between the guide pin and the guide bush. - a light source unit having at least one light source for emitting light, which light source has a light-projection face; - a primary optical unit having at least one optical element, the optical element having a light input face for inputting the light and a light output face (34, 36) for outputting the light, for forming the light, emitted by the light source, for an intermediate light distribution, - a securing device for precise-positional securing of the primary optical unit and the light source unit to one another in such a way that the light-projection face of the light source can be associated precisely in terms of position with the light input face of the primary optical unit,
Ironing appliance comprising a steam generator, a tank, separate from the steam generator, supplying the steam generator with water, and a steam distribution circuit coming from the steam generator comprising at least one filter intended to hold scale particles transported by the steam flow, said appliance comprising a device to distribute a scale preventive agent into the water coming from the tank, before its transfer into the steam generator, characterised in that said filter is removable from the appliance to be cleaned.
A method in which a first apparatus performs wireless communication, the method comprising: receiving, from a base station, physical sidelink feedback channel, PSFCH, resource period information, information related to a set of resource blocks, RBs, available for PSFCH transmission, and information related to a number of cyclic shifts available for the PSFCH transmission; receiving, from a second apparatus, a physical sidelink shared channel, PSSCH; determining a PSFCH resource related to the PSSCH, in a slot determined based on the PSFCH resource period information, based on the information related to the set of RBs and the information related to the number of cyclic shifts; and transmitting, to the second apparatus, Hybrid Automatic Repeat Request, HARQ, information based on the PSFCH resource. receiving, from a base station, physical sidelink feedback channel, PSFCH, resource period information, information related to a set of resource blocks, RBs, available for PSFCH transmission, and information related to a number of cyclic shifts available for the PSFCH transmission; receiving, from a second apparatus, a physical sidelink shared channel, PSSCH; determining a PSFCH resource related to the PSSCH, in a slot determined based on the PSFCH resource period information, based on the information related to the set of RBs and the information related to the number of cyclic shifts; and transmitting, to the second apparatus, Hybrid Automatic Repeat Request, HARQ, information based on the PSFCH resource.
A mixer device for mixing and complete or partial vaporization and/or decomposition of an additive to the exhaust gas flow from a combustion engine, which mixer device includes an additive injection means and a conduit having an inlet opening and an outlet opening, which conduit includes a widened portion between the inlet opening and the outlet opening, and which additive injection means is located in the widened portion for injecting the additive into the widened portion, which widened portion at the location of the additive injection means defines an injection width being the distance from the additive injection means to the opposite part of the conduit, which injection width is larger than the maximum width (W 1) of the conduit adjacent the inlet opening, the cross sectional area of the conduit at the location of the additive injection means is smaller than 1,2 the cross sectional area of the conduit adjacent the inlet opening, wherein the widened portion is asymmetric and has a first part provided with a bulge with a top, and an opposite part that is aligned with the parts of the conduit that are adjacent the inlet opening and the outlet opening, respectively, characterized in that the bulge in a cross section through the top of the bulge perpendicular to the direction from the centre of the inlet opening to the centre of the outlet opening has a profile with a concavely curved section (13a, 13b) at each lateral side of the bulge, wherein the conduit is circular adjacent the inlet opening and wherein a projection of said cross section through the top of the bulge in a transversal plane adjacent the inlet opening defines a cross section reduction area (A 1) and a cross section increasing area (A 2), which cross section reduction area (A 1) is defined by the sum of the two areas formed between the circumference of the conduit adjacent the inlet opening and the projection of each said concavely curved section (13a, 13b), and which cross section increasing area (A 2) is defined as the area between the circumference of the conduit adjacent the inlet opening and the projection in said plane of the profile of the bulge that is located outside said circumference, and wherein the cross section reduction area (A 1) is at least 25% of the cross section increasing area (A 2).
Locking system for mounting at a door for locking a room that is provided with at least one door, said locking system comprising a lock holder with a lock, said lock being accessible from the outside of the door, when the lock holder is mounted on the inner side of the door, and a locking boom that is adapted to be mounted at the inner side of the door or an adjacent frame and is provided to be coupled to the lock holder, whereby one end of the locking boom in the locked position of the door is made to abut the inner side of the door, and the opposite end thereof is made to abut a structure adjacent the door, such as a frame or another door, characterized in that the locking system further comprises at least two toothed wheels that are mounted on the lock holder and are provided to be able to rotate around mutually parallel axes and also have space between two sets of teeth on said at least two toothed wheels for locking said locking boom, and that the lock is further provided to be mounted from the inside and is connected to an arresting device that can engage in the movement area of the toothed wheels for rotation of the teeth on the toothed wheels, and wherein a movable part on the lock is provided to be able to rotate together with said arresting device, so that the toothed wheels can rotate in the open position of the arresting device and cannot rotate in the closed position of the arresting device so that a pull on said door or frame can be transferred to the locking boom in the locked position.
Ball roller bearing, essentially comprising an outer bearing ring, an inner bearing ring and a multiplicity of ball rollers arranged between said bearing rings (2, 3), which ball rollers roll on the running surfaces thereof in two groove-shaped races (8, 9) machined into the inner side of the outer bearing ring and into the outer side of the inner bearing ring and are held at uniform distances from one another in the circumferential direction by a bearing cage, characterized in that the bearing cage is designed as a window cage having two lateral angular flanges (11, 12) of identical diameter, a plurality of pocket webs which connect said angular flanges (11, 12) to one another, and a plurality of cage pockets which are separated from one another by said pocket webs and in each case have a capstan shape which is formed from a free contour which is arranged transversely with respect to the circumferential direction for inserting a ball roller into the bearing cage and from a cross-sectional contour of a ball roller, which cross-sectional contour is integrated in the former and is arranged longitudinally with respect to the circumferential direction, by which capstan shape the side edges (17, 18) of the pocket webs are configured with the radii of the arcuate guide faces (19, 20) for the ball rollers, which guide faces (19, 20) correspond to the running surfaces of two adjacent ball rollers, wherein the pocket webs have additional material profiles for the axial reinforcement of the bearing cage, both between their side edges (17, 18) and on their guide faces (19, 20), and the material profiles on their guide faces (19, 20) are configured at the same time as damping means against bearing noise.
A method of preparation of pure bacteriophage preparation in the following steps: a) there is obtained the phage lysate by cultivating the host bacterial strain in liquid medium and then b) in continuous process the purification is performed and concentration of phage lysate using selective membrane which passes through the low molecular mass contaminants and retains fraction containing bacteriophages, c) the concentrated bacteriophage fraction is then incubated with chelating factor and detergent, d) in continuous process the purification and concentration is continued of lysate from step b) with selective membrane passing through the low molecular mass contaminants and retaining fraction containing bacteriophages, whereas the obtained fraction containing bacteriophages is returned to step b) when needed, e) concentration is performed of obtained in step c) and d) fraction containing bacteriophages what gives pure bacteriophage preparation. a) there is obtained the phage lysate by cultivating the host bacterial strain in liquid medium and then b) in continuous process the purification is performed and concentration of phage lysate using selective membrane which passes through the low molecular mass contaminants and retains fraction containing bacteriophages, c) the concentrated bacteriophage fraction is then incubated with chelating factor and detergent, d) in continuous process the purification and concentration is continued of lysate from step b) with selective membrane passing through the low molecular mass contaminants and retaining fraction containing bacteriophages, whereas the obtained fraction containing bacteriophages is returned to step b) when needed, e) concentration is performed of obtained in step c) and d) fraction containing bacteriophages what gives pure bacteriophage preparation.
A bundle of sheet stock material for a dunnage conversion machine, comprising: a rectangular stack of fan-folded sheet material having a height, a width, and a length, and a carrier having a central portion and longitudinally-spaced extensions that bound the central portion, the extensions and the central portion being joined along a weakened area defining a tear line, the central portion and the longitudinally-spaced extensions forming a planar bottom panel and a planar side panel, the bottom panel and the side panel being separated by a longitudinally-extending fold line, each panel (76 and 78) extending substantially the length of the stack and at a right angle to each other over a bottom and an adjacent side of the stack to protect edges along the full length of the stack. a rectangular stack of fan-folded sheet material having a height, a width, and a length, and a carrier having a central portion and longitudinally-spaced extensions that bound the central portion, the extensions and the central portion being joined along a weakened area defining a tear line, the central portion and the longitudinally-spaced extensions forming a planar bottom panel and a planar side panel, the bottom panel and the side panel being separated by a longitudinally-extending fold line, each panel (76 and 78) extending substantially the length of the stack and at a right angle to each other over a bottom and an adjacent side of the stack to protect edges along the full length of the stack.
Spring for axially guiding and radially retaining the friction elements of a disc brake, comprising assembly means capable of collaborating with complementary assembly means borne by a support, characterized in that collaboration between the said assembly means (5, 7) locks them together, in that the assembly means are formed of a substantially U-shaped groove and in that a male locking element is borne by one side of the groove.