mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for a through the wall cable feedthrough, with a cable bushing (1; 20) having: - a sealing portion made from a soft plastic component, which has an opening in the longitudinal direction for receiving a cable that is to be passed through a housing wall in sealed manner; characterized by: - a strain relief made from a hard plastic component, which is formed integrally with the sealing portion and has a passage in longitudinal direction for the cable that is to pass through, which passage is aligned with the opening; and - a slit which extends in longitudinal direction of the cable bushing (1, 20) along the sealing portion and the strain relief and through which the cable that is to pass through can be inserted in the opening and the passage from outside from a direction transverse to the longitudinal direction. - a sealing portion made from a soft plastic component, which has an opening in the longitudinal direction for receiving a cable that is to be passed through a housing wall in sealed manner; - a strain relief made from a hard plastic component, which is formed integrally with the sealing portion and has a passage in longitudinal direction for the cable that is to pass through, which passage is aligned with the opening; and - a slit which extends in longitudinal direction of the cable bushing (1, 20) along the sealing portion and the strain relief and through which the cable that is to pass through can be inserted in the opening and the passage from outside from a direction transverse to the longitudinal direction.
An apparatus for extracting injectors of diesel engines, comprising: a supporting structure that can be associated with a diesel engine; at least one female thread assembly that is associated with said supporting structure; at least one externally threaded shank mated with said female thread assembly; means for temporary connection to at least one injector during extraction, which are associated with said shank; means for actuating the rotary and translational motion of said shank with respect to said female thread assembly, said shank being associated with said supporting structure with at least one degree of freedom in translational motion along at least one axis that lies transversely to the longitudinal extension of said shank, the shank being jointly connected for translational motion along said axis to the female thread assembly and being able to vary continuously the working position within a path that lies on said axis; and guiding means that comprise at least one elongated slot for the reciprocating sliding of said shank along said path, characterized in that said elongated slot runs along said axis and defines said path, said shank being inserted through said slot and said female thread assembly being arranged so as to rest slidingly on the peripheral region of said slot.
Tyre comprising: - two beads; - two sidewalls connected to the beads; - a crown connected on each side to the radially exterior end of each of the two sidewalls, the crown comprising: ▪ a belt reinforcement of axial width W, ▪ a tread, the tread comprising a plurality of tread pattern blocks, two axially adjacent tread pattern blocks being separated by a groove extending at least partially circumferentially, each groove being delimited radially towards the inside by a groove bottom, ▪ the material of which the tread is made having a dynamic shear modulus G*, at 60°C and under 10 Hz alternating stress loading of 0.7 MPa, of less than 1.25 MPa, characterized in that the crown comprises a stiffening ply made up of filamentary reinforcing elements that are rigid in terms of compression, the said filamentary reinforcing elements forming, with the circumferential direction C, an angle of between 50° and 90°, the said filamentary reinforcing elements being arranged radially on the outside of the belt reinforcement and axially under at least one groove of the tread, and extending axially at least over a width WR representing at minimum 50% of the axial width W of the belt reinforcement. - two beads; - two sidewalls connected to the beads; - a crown connected on each side to the radially exterior end of each of the two sidewalls, the crown comprising: ▪ a belt reinforcement of axial width W, ▪ a tread, the tread comprising a plurality of tread pattern blocks, two axially adjacent tread pattern blocks being separated by a groove extending at least partially circumferentially, each groove being delimited radially towards the inside by a groove bottom, ▪ the material of which the tread is made having a dynamic shear modulus G*, at 60°C and under 10 Hz alternating stress loading of 0.7 MPa, of less than 1.25 MPa, characterized in that the crown comprises a stiffening ply made up of filamentary reinforcing elements that are rigid in terms of compression, the said filamentary reinforcing elements forming, with the circumferential direction C, an angle of between 50° and 90°, the said filamentary reinforcing elements being arranged radially on the outside of the belt reinforcement and axially under at least one groove of the tread, and extending axially at least over a width WR representing at minimum 50% of the axial width W of the belt reinforcement. ▪ a belt reinforcement of axial width W, ▪ a tread, the tread comprising a plurality of tread pattern blocks, two axially adjacent tread pattern blocks being separated by a groove extending at least partially circumferentially, each groove being delimited radially towards the inside by a groove bottom, ▪ the material of which the tread is made having a dynamic shear modulus G*, at 60°C and under 10 Hz alternating stress loading of 0.7 MPa, of less than 1.25 MPa,
A method of wireless communication of a user equipment (104; 504; 704), UE, comprising: determining a number of bits scheduled in one or more first uplink channel grants received in a set of subframes for a first uplink channel; determining a number of bits scheduled in a second uplink channel grant for a second uplink channel; determining whether a bit threshold is surpassed based on the determined number of bits scheduled in each first uplink channel grant of the one or more first uplink channel grants received for the first uplink channel in the set of subframes and based on the determined number of bits scheduled in the second uplink channel grant received for the second uplink channel; and processing for transmission, based on whether the bit threshold is surpassed, at least one of: the bits scheduled in at least one first uplink channel grant of the one or more first uplink channel grants received in the set of subframes, or the bits scheduled in the second uplink channel grant, wherein the at least one of the bits scheduled in the at least one first uplink channel grant of the one or more first uplink channel grants, or the bits scheduled in the second uplink channel grant are processed for transmission based on whether the bit threshold is surpassed within a processing window (510; 710) comprising a number of subframes in the set of subframes. determining a number of bits scheduled in one or more first uplink channel grants received in a set of subframes for a first uplink channel; determining a number of bits scheduled in a second uplink channel grant for a second uplink channel; determining whether a bit threshold is surpassed based on the determined number of bits scheduled in each first uplink channel grant of the one or more first uplink channel grants received for the first uplink channel in the set of subframes and based on the determined number of bits scheduled in the second uplink channel grant received for the second uplink channel; and processing for transmission, based on whether the bit threshold is surpassed, at least one of: the bits scheduled in at least one first uplink channel grant of the one or more first uplink channel grants received in the set of subframes, or the bits scheduled in the second uplink channel grant, wherein the at least one of the bits scheduled in the at least one first uplink channel grant of the one or more first uplink channel grants, or the bits scheduled in the second uplink channel grant are processed for transmission based on whether the bit threshold is surpassed within a processing window (510; 710) comprising a number of subframes in the set of subframes.
A door of an oven with a heatable cavity; the door comprising: - an outer panel at least partially transparent; - an inner panel at least partially transparent and placed, in use, between the outer panel and the heatable cavity at a distance from the outer panel; - a support frame configured to support the inner panel and the outer panel and which can be coupled to the oven; and - a releasable snap lock coupling device configured to selectively couple/uncouple the inner panel to/from the frame; the coupling device comprising at least one pin coupled to one of the frame and the inner panel, and at least one cap, provided with a seat substantially complementary to the pin and coupled to the other of the frame and the inner panel; the at least one pin and the at least one seat being shaped so as to realize a self-centering guided coupling; characterised in that the coupling device comprising four caps, which are arranged at the corners of the quadrangular-shaped frame; and four pins, which are arranged near the perimeter edge of the inner panel, so as to mate with the caps arranged on the frame; each cap of the coupling device being made of a first polymeric material; and each pin being made of a second polymeric material, other than the first polymeric material, wherein the first polymeric material is a silicone material and the second polymeric material is a plastic material preferably transparent; each pin having a head, which has, at least in part, a substantially spherical profile; and each seat having a substantially hemispherical cavity. - an outer panel at least partially transparent; - an inner panel at least partially transparent and placed, in use, between the outer panel and the heatable cavity at a distance from the outer panel; - a support frame configured to support the inner panel and the outer panel and which can be coupled to the oven; and - a releasable snap lock coupling device configured to selectively couple/uncouple the inner panel to/from the frame; the coupling device comprising at least one pin coupled to one of the frame and the inner panel, and at least one cap, provided with a seat substantially complementary to the pin and coupled to the other of the frame and the inner panel; the at least one pin and the at least one seat being shaped so as to realize a self-centering guided coupling; the coupling device comprising four caps, which are arranged at the corners of the quadrangular-shaped frame; and four pins, which are arranged near the perimeter edge of the inner panel, so as to mate with the caps arranged on the frame; each cap of the coupling device being made of a first polymeric material; and each pin being made of a second polymeric material, other than the first polymeric material, wherein the first polymeric material is a silicone material and the second polymeric material is a plastic material preferably transparent; each pin having a head, which has, at least in part, a substantially spherical profile; and each seat having a substantially hemispherical cavity.
A container unit including a plurality of sub-container portions defining a plurality of chambers for containing liquid substances, a mixing chamber downstream of the sub-container portions, a selecting mechanism for selecting one or more such liquid substances from the sub-container portions, and a spray actuator comprising a spray button plate and for dispensing a single liquid substance from one of said sub-container portions or a mixture of liquid substances from two or more of the plurality of sub-container portions according to the selecting mechanism, wherein the sub-container portions are individually removable from the container unit wherein the selecting mechanism includes respective switch devices for each sub-container portion, each switch device serving to select between an on position and an off position for such liquid substances, and wherein there are respective actuator units for the sub-container portions whereby when said spray button plate is pressed downwardly, said selecting mechanism either acts or does not act upon respective said actuator units to cause a corresponding downward movement of the selected actuator units.
A batch for the production of a refractory material containing sintered chromium oxide, comprising the following components: 1.1 chromium oxide; 1.2 magnesium titanate; 1.3 optionally, other components, wherein 1.4 the D 90 values of the chromium oxide component are larger by at least a factor of 1,5 than the D 90 values of the magnesium titanate component. 1.1 chromium oxide; 1.2 magnesium titanate; 1.3 optionally, other components, wherein 1.4 the D 90 values of the chromium oxide component are larger by at least a factor of 1,5 than the D 90 values of the magnesium titanate component.
A method of assembling a wind turbine, comprising: placing a tower base having a round cross section in an upright position, the tower base including a tower base guide rail attached to an outer side wall of the tower base and a carriage, the carriage being movable along the tower base guide rail and including a crane attached thereto; and connecting a first tower body member having a similar or identical shape as the tower base to the tower base to form a turbine tower, the first tower body member including a first tower body guide rail attached to an outer side wall of the tower member and being connected to the tower base in a manner such that the tower base guide rail axially aligns with the first tower body guide rail to collectively form a rail track, the carriage being movable up and down the turbine tower along the rail track, wherein the carriage is connected to the tower base in a vertical position and a top tower body member of the turbine tower comprises a pivot system for pivoting the carriage from the vertical position to a horizontal position when the carriage arrives at the top of the turbine tower. placing a tower base having a round cross section in an upright position, the tower base including a tower base guide rail attached to an outer side wall of the tower base and a carriage, the carriage being movable along the tower base guide rail and including a crane attached thereto; and connecting a first tower body member having a similar or identical shape as the tower base to the tower base to form a turbine tower, the first tower body member including a first tower body guide rail attached to an outer side wall of the tower member and being connected to the tower base in a manner such that the tower base guide rail axially aligns with the first tower body guide rail to collectively form a rail track, the carriage being movable up and down the turbine tower along the rail track, wherein the carriage is connected to the tower base in a vertical position and a top tower body member of the turbine tower comprises a pivot system for pivoting the carriage from the vertical position to a horizontal position when the carriage arrives at the top of the turbine tower.
A test support method for supporting the prediction of pathological complete response (pCR) to preoperative therapy in breast cancer by using a breast cancer tissue section prepared from a human-derived breast cancer tissue, the test support method comprising the following steps,, and: Step: A step of acquiring a fluorescence image of the breast cancer tissue section, which fluorescence image shows bright spots of fluorescent nanoparticles labeling two or more kinds of breast cancer-related proteins including at least HER2; Step: A step of acquiring numerical values representing the expression levels of each of the two or more kinds of breast cancer-related proteins including HER2, the step of acquiring numerical values comprising counting the number of nanoparticles constituting fluorescent bright spots per cell, and calculating, as an index, the value of a ratio of numerical value representing the expression level of HER2/numerical value representing the expression level of a breast cancer protein other than HER2; and Step: A step of acquiring information for predicting pCR by performing an analysis using the value of the ratio which comprises comparing the value of the ratio with a prescribed threshold value. Step: A step of acquiring a fluorescence image of the breast cancer tissue section, which fluorescence image shows bright spots of fluorescent nanoparticles labeling two or more kinds of breast cancer-related proteins including at least HER2; Step: A step of acquiring numerical values representing the expression levels of each of the two or more kinds of breast cancer-related proteins including HER2, the step of acquiring numerical values comprising counting the number of nanoparticles constituting fluorescent bright spots per cell, and calculating, as an index, the value of a ratio of numerical value representing the expression level of HER2/numerical value representing the expression level of a breast cancer protein other than HER2; and Step: A step of acquiring information for predicting pCR by performing an analysis using the value of the ratio which comprises comparing the value of the ratio with a prescribed threshold value.
A method for detecting combustion anomalies (152, 164) within a gas turbine engine comprising: obtaining a sampled dynamic signal that is representative of combustion conditions measured by a sensor associated with a combustor of the engine; dividing the sampled dynamic signal into time segments to derive a plurality of data points for each of the time segments; transforming the sampled dynamic signal to a form that enables detection of whether the sensed combustion conditions within the combustor are indicative of one or more combustion anomalies of interest (152, 164) comprising processing each time segment by: performing a wavelet transform to calculate wavelet coefficients for the data points within the processed time segment; targeting at least one region of interest (d5, a5, 162) within the wavelet transformed segment (d1, d2, d3, d4, d5, a5, 160); and normalizing the amplitude of the wavelet coefficients within each targeted region (d5, a5, 162) by a baseline signal; and determining whether any combustion anomalies (152, 164) have occurred during each of the time segments using the normalized amplitudes of the of the wavelet coefficients within each targeted region (d5, a5, 162) by comparing the normalized amplitudes of the wavelet coefficients within each target region (d5, a5, 162) to a predetermined threshold amplitude. obtaining a sampled dynamic signal that is representative of combustion conditions measured by a sensor associated with a combustor of the engine; dividing the sampled dynamic signal into time segments to derive a plurality of data points for each of the time segments; transforming the sampled dynamic signal to a form that enables detection of whether the sensed combustion conditions within the combustor are indicative of one or more combustion anomalies of interest (152, 164) comprising processing each time segment by: performing a wavelet transform to calculate wavelet coefficients for the data points within the processed time segment; targeting at least one region of interest (d5, a5, 162) within the wavelet transformed segment (d1, d2, d3, d4, d5, a5, 160); and normalizing the amplitude of the wavelet coefficients within each targeted region (d5, a5, 162) by a baseline signal; and performing a wavelet transform to calculate wavelet coefficients for the data points within the processed time segment; targeting at least one region of interest (d5, a5, 162) within the wavelet transformed segment (d1, d2, d3, d4, d5, a5, 160); and normalizing the amplitude of the wavelet coefficients within each targeted region (d5, a5, 162) by a baseline signal; and determining whether any combustion anomalies (152, 164) have occurred during each of the time segments using the normalized amplitudes of the of the wavelet coefficients within each targeted region (d5, a5, 162) by comparing the normalized amplitudes of the wavelet coefficients within each target region (d5, a5, 162) to a predetermined threshold amplitude.
A solid catalyst component for the polymerization of olefins comprising Mg, Ti and an electron donor of formula where each Q is a group -COOR 1 in which R 1 is selected from C 1 -C 15 hydrocarbon groups, optionally containing a heteroatom selected from halogen, P, S, N, O; or a group -CON(R 2) 2 in which R 2 groups, equal to or different from each other, are hydrogen or R 1 groups which can be fused together to form one or more cycles, and A is a bivalent bridging group with the proviso that Q groups cannot be simultaneously a group -COOR 1 or -CON(R 2) 2. where each Q is a group -COOR 1 in which R 1 is selected from C 1 -C 15 hydrocarbon groups, optionally containing a heteroatom selected from halogen, P, S, N, O; or a group -CON(R 2) 2 in which R 2 groups, equal to or different from each other, are hydrogen or R 1 groups which can be fused together to form one or more cycles, and A is a bivalent bridging group with the proviso that Q groups cannot be simultaneously a group -COOR 1 or -CON(R 2) 2.
A vehicle comprising an engine, a frame and at least one pair of driving wheels supported by the frame and mechanically coupled by means of a transmission shaft to said engine, said vehicle comprising an energy generation system mechanically coupled to said transmission shaft for generating electrical energy by using the rotational energy of said transmission shaft, wherein said energy generation system comprises at least two alternators, wherein said alternators are coupled directly to said transmission shaft by means of a coupling system which has a fixed transmission ratio between the transmission shaft and a pulley of said alternators, wherein said coupling system is a belt drive, characterised in that each said alternator is attached to said frame by a bracket, wherein said bracket supports said alternator in three points spaced apart one from the other, preventing rotational movement of the motor with respect to bracket and the frame. wherein said energy generation system comprises at least two alternators, wherein said alternators are coupled directly to said transmission shaft by means of a coupling system which has a fixed transmission ratio between the transmission shaft and a pulley of said alternators, wherein said coupling system is a belt drive, characterised in that each said alternator is attached to said frame by a bracket, wherein said bracket supports said alternator in three points spaced apart one from the other, preventing rotational movement of the motor with respect to bracket and the frame.