mhurhangee/ep-ind-claims huggingface dataset:
A fitting for providing a fluid connection between a capillary and a fluidic conduit of a fluidic component, the fitting comprising a male piece and a female piece for connection with the male piece, the male piece comprising: a housing with a capillary reception configured for receiving the capillary, wherein a part of the capillary being received in the capillary reception is circumferentially covered by a sleeve; an elastic biasing mechanism being arranged at least partially within the housing, being configured for biasing the capillary against the female piece and being supported by the sleeve; and characterized by: a locking mechanism being arranged at least partially within the housing and being configured for locking the capillary to the fitting. a housing with a capillary reception configured for receiving the capillary, wherein a part of the capillary being received in the capillary reception is circumferentially covered by a sleeve; an elastic biasing mechanism being arranged at least partially within the housing, being configured for biasing the capillary against the female piece and being supported by the sleeve; and a locking mechanism being arranged at least partially within the housing and being configured for locking the capillary to the fitting.
A construction machine comprising: a lower travelling body; an upper slewing body including an upper frame and slewably mounted on the lower travelling body, the upper frame having a bottom plate and a floor plate provided above the bottom plate with a vertical interval; a seat stand located rearward of the floor plate and above the bottom plate of the upper frame; an operator's seat provided on the seat stand; a remote control valve provided just above a region of a front end portion of the seat stand, the region located at least one of right and left sides of the operator's seat; a hydraulic valve configured to be operated by the remote control valve; and a pilot hose interconnecting the remote control valve and the hydraulic valve, wherein the seat stand has an upper surface which includes a specific surface located beneath the remote control valve and a reference surface on which the operator's seat is provided, the upper surface of the seat stand being provided with a step between the specific surface and the reference surface so as to make the specific surface be lower than the reference surface and thus vertically enlarge routing space for routing the pilot hose beneath the remote control valve by the step, characterized in that the specific surface is inclined toward an outside of the seat stand. a lower travelling body; an upper slewing body including an upper frame and slewably mounted on the lower travelling body, the upper frame having a bottom plate and a floor plate provided above the bottom plate with a vertical interval; a seat stand located rearward of the floor plate and above the bottom plate of the upper frame; an operator's seat provided on the seat stand; a remote control valve provided just above a region of a front end portion of the seat stand, the region located at least one of right and left sides of the operator's seat; a hydraulic valve configured to be operated by the remote control valve; and a pilot hose interconnecting the remote control valve and the hydraulic valve, wherein the seat stand has an upper surface which includes a specific surface located beneath the remote control valve and a reference surface on which the operator's seat is provided, the upper surface of the seat stand being provided with a step between the specific surface and the reference surface so as to make the specific surface be lower than the reference surface and thus vertically enlarge routing space for routing the pilot hose beneath the remote control valve by the step, characterized in that the specific surface is inclined toward an outside of the seat stand.
A process for the continuous or semi-continuous enrichment of gluten and starch fractions in wheat flour, comprising the steps of: (a) contacting wheat flour with a diluent to obtain a first dough; (b) subjecting the first dough under a first pressure to a deformation comprising simple shear flow, rotational flow and elongational flow, to obtain a second dough comprising one or more first aggregated gluten fractions; and (c) optionally subjecting the second dough to a deformation comprising a shear flow at a second pressure different from the first pressure, to obtain a composition comprising one or more further aggregated gluten fractions and one or more further starch enriched fractions wherein the moisture content of the dough obtained in step (a) is at or less than 50%, based on the dry weight of the flour, including the humidity of the flour. (a) contacting wheat flour with a diluent to obtain a first dough; (b) subjecting the first dough under a first pressure to a deformation comprising simple shear flow, rotational flow and elongational flow, to obtain a second dough comprising one or more first aggregated gluten fractions; and (c) optionally subjecting the second dough to a deformation comprising a shear flow at a second pressure different from the first pressure, to obtain a composition comprising one or more further aggregated gluten fractions and one or more further starch enriched fractions wherein the moisture content of the dough obtained in step (a) is at or less than 50%, based on the dry weight of the flour, including the humidity of the flour.
Sintering agent for dry particulate refractory composition comprising at least 70 wt.-% of refractory aggregates, with said sintering agent comprising: - 1 to 99 wt.-% of at least one phosphate compound having a loss on ignition (at 900°C) of less than 20%; - 1 to 99 wt.-% of at least one mineral containing feldspar. - 1 to 99 wt.-% of at least one phosphate compound having a loss on ignition (at 900°C) of less than 20%; - 1 to 99 wt.-% of at least one mineral containing feldspar. - 1 to 99 wt.-% of at least one mineral containing feldspar.
Method to make an arm in a composite material for articulated or telescopic modular structures for the distribution of concrete, providing to prepare a male-type mold having a cross section provided with at least a substantially flat wall, which reduces in at least one of its sizes and for at least a longitudinal portion, passing from one of its ends to the other and comprising a first depositing step in which one or more layers of fiber (16, 25) are distributed on the external surface of said male-type mold, said fibers (16, 25) may or may not be pre-impregnated with a resinous matrix, and a second extraction step in which the male mold is ejected from the product thus obtained, a possible heat treatment being provided, for example in autoclave, before the extraction of the product, characterized in that during said first depositing step a distribution of said fibers (16, 25) is provided with a variable concentration along the longitudinal extension of said male mold.
Pumping unit for a machine to distribute concrete, comprising at least a pair of cylinders (12, 13) provided with a relative pumping piston (22, 23) movable linearly in the relative chambers of the cylinders for a determinate travel and able to feed the concrete to a determinate circuit to distribute the concrete, and a hydraulic command circuit operatively connected to both the cylinders (12, 13), and able to determine an alternate pumping movement of the relative pumping piston (22, 23), the pumping unit comprising at least a sensor member operatively associated to at least one of said cylinders (12, 13) in order to detect point-by-point one or more data relating to the operating condition of said pumping piston (22, 23) during its movement for the whole travel, wherein said data comprise at least one of position, speed, stress and direction of movement of the relative piston (22, 23), characterized in that it comprises a connection pipe which connects the relative chambers of the cylinders with respect to each other, and a hydraulic block, connected hydraulically to at least one of said chambers and/or to said connection pipe and suitable for the introduction/discharge of hydraulic fluid into/from the chambers of said pumping cylinders (12, 13), based on the signals supplied by the at least one sensor member in order to optimize in a point-by-point manner the volume of hydraulic fluid contained in each of the chambers of the cylinders connected by the pipe and therefore to optimize the performance of the pumping unit.
Stator of a rotary electric machine comprising a body provided with slots that extend radially and circumferentially and that are separated between them by teeth and, a polyphased coil constituted of several windings (4, 5, 6, 7, 8) of turns arranged by layers (9, 10, 11, 12, 13, 14) in the slots, with each winding comprises, on the one hand, first conductive segments (19, 31) each provided with a first connector head extended by two first branches (20, 21), with each first conductive segment being coated with insulation except the presence of a first bared surface (23, 24) on each one of the first branches and, on the other hand, second conductive segments (25, 32, 33) each provided with a second connector head extended by two second branches (26, 27), with each second conductive segment being coated with insulation except the presence of a second bared surface (29, 30) on each one of the second branches, with the shape of the first bared surface and the shape of the second bared surface being complementary, with each slot accepting first branches and second branches positioned opposite with the first bared surfaces thereof and the second bared surfaces thereof respectively in contact with one another in such a way as to form a continuous conductive wire, characterised in that the body forms a single-block element, with each tooth comprising at its end a tooth root which extend circumferentially on either side of the said tooth, said first conductive segments and second conductive segments being arranged in a staggered configuration and in opposite directions successively one after the other,, said stator comprising means for maintaining (37, 38) arranged directly in the slots and configured to block the relative movements between the first and second adjacent branches in the longitudinal direction of the slot so as to maintain the first and second bared surfaces in contact with one another in the slots, without any welds between the first and second bared surfaces, the means for maintaining exerting a pressure on the contact surfaces between the first and second bared surfaces.
Dismantling joint for pipelines having a first pipe piece and a second pipe piece, the second pipe piece being disposed so as to be axially slidable in the first pipe piece to enable an axial length adjustment of the dismantling joint, and the first and second pipe piece (11, 12) each have a fixing device at their mutually remote ends, the fixing device of the first pipe piece being provided in the form of a fixing flange (13, 14) and/or as a pipe end and the fixing device of the second pipe piece being provided in the form of a fixing flange; and the first pipe piece forms an internal thread on an internal circumferential surface and the second pipe piece forms an external thread on an external circumferential surface, and the threads (24, 26) co-operate with one another in order to adjust the axial length of the dismantling joint by means of a rotation of the two pipe pieces (11, 12) relative to one another, characterised in that the thread of the dismantling joint has an axial play and ensures an axial displacement of the first and second pipe piece (11, 12) in a defined thread position and the amount of axial play corresponds at least to a sealing compression of a seal element between the fixing device of the second pipe piece provided in the form of a fixing flange and a flange contact surface of another component, such as a fitting or pipe.
Turbo machine, especially gas turbine, comprising a rotor, which rotates about a horizontal machine axis, and which is enclosed by a coaxial enclosure comprising a metal casing, wherein an electrical heating system (28-34, 35) is provided on the lower half of said metal casing, characterized in that said heating system (28-34, 35) is configured as a redundant system; said heating system (28-34, 35) comprising at least one electrical heating module with two similar redundant lines (35a, 35b) running in parallel alongside each other; said heating system (28-34,35) further comprising a power supply unit and a control unit; said at least one heating module is connected to the power supply unit, which is controlled by the control unit; the control unit is configured such that: - during normal operation of both said redundant lines (35a, 35b), either each of said redundant lines (35a, 35b) is supplied with 50% of the electrical power supplied to said heating module from the power supply unit, - if one of the said redundant lines (35a; 35b) gets broken, the other of the said redundant lines (35a; 35b) is supplied with 100% of said electrical power supplied to said heating module from the power supply unit to compensate for the loss of one line. - during normal operation of both said redundant lines (35a, 35b), either each of said redundant lines (35a, 35b) is supplied with 50% of the electrical power supplied to said heating module from the power supply unit, - if one of the said redundant lines (35a; 35b) gets broken, the other of the said redundant lines (35a; 35b) is supplied with 100% of said electrical power supplied to said heating module from the power supply unit to compensate for the loss of one line.
Housing for a battery module, for accommodating at least one battery cell, comprising at least one battery cell holder which has at least one recess which is at least approximately circular-cylindrical and at least approximately rotational symmetrical with respect to a centre axis running in an axial direction (x) and which extends from a top side of the battery cell holder towards a bottom side of the battery cell holder, wherein the at least one recess has arranged in it at least one axial spring element in such a way that a battery cell inserted into the at least one recess is accommodated resiliently in the axial direction (x), wherein a spring contact element is arranged on the axial spring element, which spring contact element extends towards the top side in the axial direction (x) and, when a battery cell is resiliently accommodated, is designed to transmit a spring force of the axial spring element to the battery cell, characterized in that this spring contact element has two projections which extend away from the centre axis in the radial direction (r) and a radial spring element is arranged on an inner wall of the recess in such a way that the battery cell inserted into the at least one recess is accommodated resiliently in a radial direction (r). for accommodating at least one battery cell, comprising at least one battery cell holder which has at least one recess which is at least approximately circular-cylindrical and at least approximately rotational symmetrical with respect to a centre axis running in an axial direction (x) and which extends from a top side of the battery cell holder towards a bottom side of the battery cell holder, wherein the at least one recess has arranged in it at least one axial spring element in such a way that a battery cell inserted into the at least one recess is accommodated resiliently in the axial direction (x), wherein a spring contact element is arranged on the axial spring element, which spring contact element extends towards the top side in the axial direction (x) and, when a battery cell is resiliently accommodated, is designed to transmit a spring force of the axial spring element to the battery cell, characterized in that this spring contact element has two projections which extend away from the centre axis in the radial direction (r) and a radial spring element is arranged on an inner wall of the recess in such a way that the battery cell inserted into the at least one recess is accommodated resiliently in a radial direction (r).
A halogen-free resin composition, comprising, based on the total weight parts of the solid components, from 5 to 50 parts by weight of reactive allylphenoxylcyclotriphosphazene or vinylphenoxylcyclotriphosphazene; from 15 to 85 parts by weight of a thermosetting resin; from 1 to 35 parts by weight of a crosslinking curing agent; from 0 to 5 parts by weight of a crosslinking curing accelerator; and from 0 to 100 parts by weight of a filler, wherein said reactive allylphenoxylcyclotriphosphazene or vinylphenoxylcyclotriphosphazene has the following structural formula wherein m represents an integer of 3; X is phenoxyl in an amount of 0-5; Y is selected from the group consisting of p-allylphenoxyl m-allylphenoxyl o-allyl-phenoxyl p-vinylphenoxyl and m-vinylphenoxyl in an amount of 1-6; and the total amount of X and Y is 6.
Support assembly for movable, rotating or sliding shafts, comprising a bearing unit adapted to receive the movable shaft, a casing and a cover for fluid sealing an opening of an internal seat of the casing; - the cover comprising an annular coupling portion towards a radially external lateral surface of the casing, the annular coupling portion being provided radially on the inside with at least one pair of teeth projecting radially towards the inside of the cover and spaced circumferentially from each other; - the radially external lateral surface of the casing being provided with an annular seat for receiving the teeth of the cover, - the annular seat consisting of: an annular groove arranged axially spaced with respect to a front edge of the casing delimiting the opening and connected to a number of axial grooves equal to the number of teeth present on the cover and which interrupt radially at least part of the front edge; and in a bottom wall of the annular groove which is circumferentially provided with an alternating plurality of depressions and projections, the projections being arranged circumferentially offset with respect to the axial grooves; the support assembly being characterized in that the annular groove has at least one pair of mechanical stops of the at least one pair of teeth of the cover, the mechanical stops extending in a radial direction with respect to corresponding depressions to be flush with the lateral surface of the casing. - the cover comprising an annular coupling portion towards a radially external lateral surface of the casing, the annular coupling portion being provided radially on the inside with at least one pair of teeth projecting radially towards the inside of the cover and spaced circumferentially from each other; - the radially external lateral surface of the casing being provided with an annular seat for receiving the teeth of the cover, - the annular seat consisting of: an annular groove arranged axially spaced with respect to a front edge of the casing delimiting the opening and connected to a number of axial grooves equal to the number of teeth present on the cover and which interrupt radially at least part of the front edge; and in a bottom wall of the annular groove which is circumferentially provided with an alternating plurality of depressions and projections, the projections being arranged circumferentially offset with respect to the axial grooves;
A stop valve, comprising: a valve seat defining a valve chamber and a fitting chamber in communication with the valve chamber, wherein the fitting chamber is located at a first end face of the valve chamber and the valve chamber is provided with two ports in communication with the valve chamber; a lantern ring fitted in one of the two ports; a valve disc comprising a fitting part and a stopping part disposed to the fitting part, wherein the fitting part is threadedly fitted with the fitting chamber, the stopping part is located in the valve chamber and is configured to touch the first end face or the lantern ring to communicate or block the two ports; and an elastic sealing member disposed at an end face of the stopping part facing the lantern ring and configured to touch an end face of the lantern ring to block a communication of the two ports, characterized in that the stopping part is threadedly fitted with the valve chamber. a valve seat defining a valve chamber and a fitting chamber in communication with the valve chamber, wherein the fitting chamber is located at a first end face of the valve chamber and the valve chamber is provided with two ports in communication with the valve chamber; a lantern ring fitted in one of the two ports; a valve disc comprising a fitting part and a stopping part disposed to the fitting part, wherein the fitting part is threadedly fitted with the fitting chamber, the stopping part is located in the valve chamber and is configured to touch the first end face or the lantern ring to communicate or block the two ports; and an elastic sealing member disposed at an end face of the stopping part facing the lantern ring and configured to touch an end face of the lantern ring to block a communication of the two ports, characterized in that the stopping part is threadedly fitted with the valve chamber.
A box latch comprising two wedge-shaped pins symmetrically arranged around the center of the box latch, wherein the wedge-shaped pins are movable into a wedge-shaped notch formed by mating parts of two spliced adjacent boxes and mating with the wedge-shaped pins to lock the two adjacent boxes; wherein the box latch further comprises a driving member coupled to the wedge-shaped pins, such that rotation of the driving member enables linear motion of the wedge-shaped pins towards both ends of the box latch; at least one pair of positioning grooves mating with positioning members of the two adjacent boxes; and a strip-shaped groove arranged at the bottom surface of each of the wedge-shaped pins, a strip mating with each of the strip-shaped groove and arranged in the box latch, wherein each the wedge-shaped pin with the strip-shaped groove moves along the strip. wherein the wedge-shaped pins are movable into a wedge-shaped notch formed by mating parts of two spliced adjacent boxes and mating with the wedge-shaped pins to lock the two adjacent boxes; wherein the box latch further comprises a driving member coupled to the wedge-shaped pins, such that rotation of the driving member enables linear motion of the wedge-shaped pins towards both ends of the box latch; at least one pair of positioning grooves mating with positioning members of the two adjacent boxes; and a strip-shaped groove arranged at the bottom surface of each of the wedge-shaped pins, a strip mating with each of the strip-shaped groove and arranged in the box latch, wherein each the wedge-shaped pin with the strip-shaped groove moves along the strip.
A method of controlling component carrier aggregation, comprising: communication of data messages on multiple component carriers (32, 42, 52), said communication being accomplished on the basis of a retransmission protocol requiring sending of an acknowledgement message in response to verifying correct receipt of a data message of said data messages, and in response to a decision to deactivate transmission on one of the component carriers (32, 42, 52), triggering the retransmission protocol to retransmit those data messages, for which no acknowledgement message of the retransmission protocol has been received, said retransmission being accomplished on at least one other of the component carriers (32, 42, 52). communication of data messages on multiple component carriers (32, 42, 52), said communication being accomplished on the basis of a retransmission protocol requiring sending of an acknowledgement message in response to verifying correct receipt of a data message of said data messages, and in response to a decision to deactivate transmission on one of the component carriers (32, 42, 52), triggering the retransmission protocol to retransmit those data messages, for which no acknowledgement message of the retransmission protocol has been received, said retransmission being accomplished on at least one other of the component carriers (32, 42, 52).