mhurhangee/ep-ind-claims huggingface dataset:
A power conversion device control device, comprising a plurality of drive circuits (3UL, 3VL, 3WI, 3UU, 3VU, 3WU), including a semiconductor element drive circuit configured to drive one of a plurality of semiconductor elements (11, 12, 13, 14, 15, 16) of a power conversion device based on a drive signal input from a control circuit; a plurality of protection circuits (51, 52, 53) configured to detect information necessary In order to carry out a protection operation of the semiconductor element; and an alarm signal formation circuit, the alarm signal formation circuit is configured to generate a pulse signal having in one cycle a determination period (Ta) having a different length dependent on each of the plurality of protection circuits (51, 52 53) for recognizing a protection operation condition for each of the plurality of protection circuits (51, 52 53), and a constant period (Tb), wherein in the determination period (Ta) the signal level differs from the signal level of the constant period (Tb), wherein cycles of the pulse signal are generated continuously during a period in which a first-come first-served protection circuit (51, 52, 53) detects that the protection operation is necessary, wherein the first-come first-served protection circuit is a protection circuit among the plurality of protection circuits (51, 52, 53) which first detects that the protection operation is necessary, the alarm signal formation circuit is further configured such that the alarm signal is not to be generated by other protection circuits (51, 52, 53) than the first-come first-served protection circuit during the period in which the first-come first-served protection circuit detects that the protection operation is necessary, the alarm signal formation circuit is further configured such that a determination of a protection operation stopped, condition is carried out during the constant period (Tb) of the pulse signal, wherein the protection operation stopped condition is a condition in which at least the first-come first-served protection circuit detects that the protection operation is not necessary, and wherein the alarm signal formation circuit is further configured to output as an alarm signal the pulse signal corresponding to the protection circuit to an alarm signal terminal which is connected to the control circuit.
A shaft assembly (1000; 2000) for use with a motorized surgical system, said shaft assembly comprising: a frame (1110; 2110) selectively mountable to the motorized surgical system; a shaft extending from said frame; an end effector (1300; 2300) coupled to said shaft; a firing member operably engageable with the motorized surgical system, wherein said firing member is movable toward said end effector during a firing stroke; and a retraction crank rotatably mounted to said frame, wherein said retraction crank is selectively engageable with said firing member, and wherein said retraction crank is selectively operable to retract said firing member away from said end effector; a retraction pawl pivotably mounted to said retraction crank, and wherein said retraction pawl is configured to engage said firing member when said retraction crank is rotated relative to said frame. a frame (1110; 2110) selectively mountable to the motorized surgical system; a shaft extending from said frame; an end effector (1300; 2300) coupled to said shaft; a firing member operably engageable with the motorized surgical system, wherein said firing member is movable toward said end effector during a firing stroke; and a retraction crank rotatably mounted to said frame, wherein said retraction crank is selectively engageable with said firing member, and wherein said retraction crank is selectively operable to retract said firing member away from said end effector; a retraction pawl pivotably mounted to said retraction crank, and wherein said retraction pawl is configured to engage said firing member when said retraction crank is rotated relative to said frame.
Management system for cases of bottles, wherein each bottle is provided with an electronic chip, the management system comprising: - a first frame having a first shape, - a second frame having a second shape, the second shape being complementary to the first shape, the assembly of the two frames (160, 162) forming a framework delimiting an internal opening intended for the insertion of a conveyor on which cases of bottles will run in a running direction, the inner opening having a dimension along a direction (Y, Z) orthogonal to the running direction of between 300 millimeters and 1000 millimeters, at least one chip reader (136, 138, 140 and 142) being included in the framework. - a first frame having a first shape, - a second frame having a second shape, the second shape being complementary to the first shape,
A diaphragm pump, comprising a pump chamber delimited by a circular membrane blocked between a piston and a circular plate, wherein the circular membrane is made of an elastomer material and is activated by the circular plate moved in alternating motion, and wherein the plate is slightly convex with a convexity thereof facing towards the membrane, the plate is directly in contact with the membrane, and the plate exhibits, on a whole surface thereof facing towards the membrane and destined to come into contact there-with, a series of lowered parts, characterised in that the membrane, viewed in an axial section, exhibits a first central concavity facing towards the plate and a second concavity, concentric to the preceding first central concavity, facing in an opposite direction and terminating on the edge of the membrane.
A side panel for a housing of a roller shutter with guide rails comprising: - a removable guide element having interconnected upper and lower legs forming a T-shape; and - a base plate bounded by one or more edges comprising at least a bottom edge for mating with the guide rail; said base plate being provided with a slot for accommodating said upper leg of said guide element, wherein said slot is provided such that, when the upper leg is positioned in the slot: - said lower leg of said guide element projects outwardly from said bottom edge of said base plate - said slot allows for insertion and removal of said guide element from said base plate by sliding said upper leg in and out of said slot; wherein, when said upper leg of said guide element is positioned in said slot: - a distal end of said lower leg projects outwardly from the bottom edge of the base plate; and - a proximal end of said lower leg is positioned in a further slot or sleeve provided therefore on said base plate. - a removable guide element having interconnected upper and lower legs forming a T-shape; and - a base plate bounded by one or more edges comprising at least a bottom edge for mating with the guide rail; said base plate being provided with a slot for accommodating said upper leg of said guide element, wherein said slot is provided such that, when the upper leg is positioned in the slot: - said lower leg of said guide element projects outwardly from said bottom edge of said base plate - said slot allows for insertion and removal of said guide element from said base plate by sliding said upper leg in and out of said slot; - said lower leg of said guide element projects outwardly from said bottom edge of said base plate - said slot allows for insertion and removal of said guide element from said base plate by sliding said upper leg in and out of said slot; - a distal end of said lower leg projects outwardly from the bottom edge of the base plate; and - a proximal end of said lower leg is positioned in a further slot or sleeve provided therefore on said base plate.
Method for producing a fiber-reinforced plastics casting, comprising the following manufacturing steps: - filling and pressing a free flowing moulding material for casting into an open moulding box; - inserting a prototype of casting in the precompressed moulding material in order to form a mould cavity; - removing of the prototype of casting from the mould cavity and inserting a textile preform in the mould cavity; - infiltrating the textile preform with synthetic resin material in order to form a fiber-reinforced plastics casting; - demoulding the plastics casting after curing of the resin material, wherein after the textile preform is inserted into the mould cavity, more moulding material will be filled in the moulding box in order to completely cover the moulding cavity. - filling and pressing a free flowing moulding material for casting into an open moulding box; - inserting a prototype of casting in the precompressed moulding material in order to form a mould cavity; - removing of the prototype of casting from the mould cavity and inserting a textile preform in the mould cavity; - infiltrating the textile preform with synthetic resin material in order to form a fiber-reinforced plastics casting; - demoulding the plastics casting after curing of the resin material, wherein after the textile preform is inserted into the mould cavity, more moulding material will be filled in the moulding box in order to completely cover the moulding cavity.
A contact lens comprising: a posterior surface having an optic zone, a peripheral zone, and a circumferential edge and said peripheral zone having dimples that number at least 1000 dimples, wherein the dimples provide a fill volume of at least 0.01 μl and have a dimple coverage of up to 80% based on a total surface area of said posterior surface.
An energy conversion system comprising: a riser conduit comprising a first liquid; a down-comer comprising a second liquid, the down-comer in fluid communication with the riser conduit, the second liquid comprising first liquid and finely divided material in suspension such that the second liquid has a higher specific gravity than the first liquid, the down-comer in fluid communication with a first tank and a second tank; a converter device arranged to convert energy of the first liquid into energy for output from the energy conversion system, and to discharge the first liquid thereafter; and a recirculator (17,18) arranged to recirculate third liquid to maintain the finely divided material in suspension, the third liquid comprising second liquid and further finely divided material in suspension so that the third liquid has a higher specific gravity than the second liquid, the recirculator (17,18) arranged to discharge the third liquid to mix with the first liquid from the converter device to form the second liquid; wherein the first tank and the second tank are arranged between the converter device and the down-comer, to receive the first liquid discharged from the converter and to supply the first liquid to the down-comer, and wherein supply of first liquid to the first and second tanks (16,16A) is in use regulated, in order to maintain the height of liquid in the first and second tanks (16,16A) below a predetermined threshold. a riser conduit comprising a first liquid; a down-comer comprising a second liquid, the down-comer in fluid communication with the riser conduit, the second liquid comprising first liquid and finely divided material in suspension such that the second liquid has a higher specific gravity than the first liquid, the down-comer in fluid communication with a first tank and a second tank; a converter device arranged to convert energy of the first liquid into energy for output from the energy conversion system, and to discharge the first liquid thereafter; and a recirculator (17,18) arranged to recirculate third liquid to maintain the finely divided material in suspension, the third liquid comprising second liquid and further finely divided material in suspension so that the third liquid has a higher specific gravity than the second liquid, the recirculator (17,18) arranged to discharge the third liquid to mix with the first liquid from the converter device to form the second liquid; wherein the first tank and the second tank are arranged between the converter device and the down-comer, to receive the first liquid discharged from the converter and to supply the first liquid to the down-comer, and wherein supply of first liquid to the first and second tanks (16,16A) is in use regulated, in order to maintain the height of liquid in the first and second tanks (16,16A) below a predetermined threshold.
A method of limiting a total power delivered by a power distribution unit having a plurality of output connectors, comprising: assigning a power threshold for each of the plurality of output connectors; sensing a power level of a given one of the plurality of output connectors; and stopping a delivery of power by the given one of the plurality of output connectors when the power level of the given one of the plurality of output connectors exceeds the assigned power threshold for the given one of the plurality of output connectors; characterized in that: the power thresholds for each of the plurality of output connectors are assigned so that a sum of the power thresholds assigned to the plurality of output connectors does not exceed a maximum rated power for the PDU; and the maximum rated power of the PDU is less than a sum of power limits of the plurality of output connectors. assigning a power threshold for each of the plurality of output connectors; sensing a power level of a given one of the plurality of output connectors; and stopping a delivery of power by the given one of the plurality of output connectors when the power level of the given one of the plurality of output connectors exceeds the assigned power threshold for the given one of the plurality of output connectors; characterized in that: the power thresholds for each of the plurality of output connectors are assigned so that a sum of the power thresholds assigned to the plurality of output connectors does not exceed a maximum rated power for the PDU; and the maximum rated power of the PDU is less than a sum of power limits of the plurality of output connectors. the power thresholds for each of the plurality of output connectors are assigned so that a sum of the power thresholds assigned to the plurality of output connectors does not exceed a maximum rated power for the PDU; and the maximum rated power of the PDU is less than a sum of power limits of the plurality of output connectors.
A motor housing comprising a teeth support part configured to protrude from an inner bottom surface and come in contact with end surfaces of a plurality of teeth of a stator having a divided stator core, wherein end portions of the teeth expand in a width direction and are disposed toward a center of the stator core, wherein the teeth support part is configured to protrude in a cylindrical shape and has an outer diameter corresponding to an inner diameter of a virtual circle formed by the end surfaces of the plurality of teeth, wherein the divided stator by itself may be disposed in a misaligned form by not having a perfect virtual circle, in which case, the teeth support part is configured to physically fix the teeth and to induce the end surfaces of the teeth formed on the stator core to be aligned in a circumferential direction, wherein a bearing pocket part is configured to accommodate a bearing, wherein an inner face of the bearing pocket part is fixed to an outer ring of the accommodated bearing, and an outer face of the bearing pocket part is used as the teeth support part supporting end surfaces of the teeth, wherein the teeth support part includes a guide protruding from an outer surface thereof and that is disposed between teeth adjacent to each other, wherein a width of the guide in a circumferential direction equals a distance between the end surfaces of the adjacent teeth, and wherein an outer upper surface of the guide and inner bottom surfaces of the adjacent teeth form a shape of an arc.
Clamping device for positioning workpieces with respect to a processing device of a machine tool for processing workpieces, • having two clamping elements, • having a positioning drive which is provided for the clamping elements and which is configured as a servo drive and which moves at least one clamping element relative to the other clamping element and which thereby moves the clamping elements relative to each other towards each other and into an operating state in which the clamping elements when a workpiece is arranged between the clamping elements clamp the workpiece between them by the clamping elements facing each other on the workpiece and applying force to the workpiece at the outer side thereof in each case with a clamping force along a line of action (10/1, 10/2) of the respective clamping force, and • having a numerical control device for the positioning drive, wherein the positioning drive when moving the clamping elements into the operating state first moves the clamping elements relative to each other towards each other into a clamping start position and starting from the clamping start position acts on them in the direction towards each other and thereby moves them relative to each other towards each other into an operating position which is associated with the operating state of the clamping elis associated with the operating state of the clamping elements, and wherein the clamping start position of the clamping elements is stored, preferably by means of a teaching operation, in the numerical control device of the positioning drive, characterised in that the positioning drive moves the clamping elements relative to each other towards each other into a clamping start position in which the clamping elements when a workpiece is arranged between the clamping elements do not apply force to the workpiece at the outer side thereof in each case, wherein between the clamping elements which are moved into the clamping start position, on the one hand, and the workpiece which is arranged between the clamping elements, on the other hand, there is play along the lines of action (10/1, 10/2) of the clamping forces. • having two clamping elements, • having a positioning drive which is provided for the clamping elements and which is configured as a servo drive and which moves at least one clamping element relative to the other clamping element and which thereby moves the clamping elements relative to each other towards each other and into an operating state in which the clamping elements when a workpiece is arranged between the clamping elements clamp the workpiece between them by the clamping elements facing each other on the workpiece and applying force to the workpiece at the outer side thereof in each case with a clamping force along a line of action (10/1, 10/2) of the respective clamping force, and • having a numerical control device for the positioning drive,
A drill for creating a through-going hole in the pelvic bone of a human patient, the drill comprising an internal portion adapted to be placed inside the body of a patient, when in use, and an external portion adapted to be kept outside of the body of the patient when in use, the drill comprising: - a driving member, - a bone contacting organ in connection with the driving member being a part of the internal portion and being adapted for bone and/or cartilage drilling in the pelvic bone, - an operating device adapted to operate said driving member, wherein said bone contacting organ is adapted to create the hole in the acetabulum area, starting from the abdominal side of the pelvic bone of the human patient, wherein said drill is adapted to be operated by said operating device from the abdominal side of the pelvic bone of the human patient, wherein said drill is adapted to be used with at least one of an laparoscopic and arthroscopic method performed at least partly in at least one of; the abdominal cavity, an area between peritoneum and the pelvic bone, an area of the pelvic bone and surrounding tissue, the pelvic area, and an area of the pelvic bone that comprises the inguinal area, characterized in that at least one of the operating device and the driving member is connected to a device for measurement of torque, whereby the operating device and/or driving member can be turned off when the torque is below a predefined value for stopping the bone contacting organ when the hole in the pelvic bone has been created. - a driving member, - a bone contacting organ in connection with the driving member being a part of the internal portion and being adapted for bone and/or cartilage drilling in the pelvic bone, - an operating device adapted to operate said driving member,
A set of interface devices for use in an eye-surgical laser apparatus, each of the interface devices including a contact body that is transparent to the laser radiation of the laser apparatus, with an abutment face configured to abut against an eye to be treated, and also a coupling portion configured to detachably couple of the interface device onto a counter-coupling portion of the laser apparatus, the interface devices differing by virtue of: a different influence on the location of a radiation focus of the laser radiation relative to the abutment face and/or a different shape and/or location of at least one optical boundary surface and/or a different number of optical elements; wherein, depending upon the interface device of the set, a different range of depth of focus of the laser radiation in at least one of the x-direction, the y-direction, and the z-direction is obtainable without changing a setting of focusing optics of the laser apparatus, wherein at least one of the interface devices includes a planar contact lens with a planar abutment face configured to abut against the eye and a face situated opposite the abutment face is adapted to be plane-parallel to the abutment face, and wherein at least one of the interface devices includes an optical ancillary element arranged in the interface device in such a manner that a face facing away from the contact lens is shaped in convex or planar manner and a face facing towards the contact lens is concavely shaped. a different influence on the location of a radiation focus of the laser radiation relative to the abutment face and/or a different shape and/or location of at least one optical boundary surface and/or a different number of optical elements;