mhurhangee/ep-ind-claims huggingface dataset:
End connector for an optical fibre circuit including at least one tube in which an optical cable extends along a longitudinal axis, the connector comprising a tubular body delimiting a channel having a section (3.1) for receiving an end portion of the tube and an exit end for the optical cable, the receiving section (3.1) being provided with means for securing the tube and a sealing element adapted to ensure sealed contact, on the one hand, between the optical cable and a wall of an end housing (3.12) of the receiving section (3.1) and, on the other hand, between the tube and the tubular body, characterized in that the tubular body is adapted to be able to include at least one longitudinal opening that separates the tubular body into a first shell (2.1) and a second shell (2.2) in order to pass the optical cable through the longitudinal opening to feed it into the channel and in that the sealing element extends helically around the longitudinal axis to be able to be mounted on the optical cable without it being necessary to unplug one end of the cable, and in that the securing means comprise a helical thread having a sharp edge (4.1) placed on an internal face of the receiving section (3.1).
Pelletizing apparatus (2, 102) for the production of pellets from a melt flow, comprising - a pelletizer (12, 112), - a cutting chamber (14, 114, 172), and - a suspension structure (4, 104) for suspending the pelletizer (12, 112) and/or the cutting chamber, wherein the suspension structure (4, 104) comprises a stationary portion (8, 108), and a pivotable portion (6, 106) rotatably connected to the stationary portion (8, 108) about an axis of rotation (18, 118) by means of a joint (16, 116), wherein the pivotable portion (6, 106) comprises a preferably substantially horizontal support arm (20, 120) extending from the axis of rotation (18, 118) and having a distal end (22, 122), and wherein the pivotable portion (6, 106) has, in a region of the distal end (22, 122), a support (10, 110) which is arranged to support the pivotable portion (6, 106) in a vertical direction (24, 124), characterized in that the pivotable portion (6, 106) comprises or is formed from at least one substantially horizontally extending track (30, 30', 130, 130') having a longitudinal axis (34, 134), the track (30, 30', 130, 130') being adapted to movably receive the pelletizer (12, 112) suspended along the longitudinal axis (34, 134). - a pelletizer (12, 112), - a cutting chamber (14, 114, 172), and - a suspension structure (4, 104) for suspending the pelletizer (12, 112) and/or the cutting chamber, wherein the suspension structure (4, 104) comprises a stationary portion (8, 108), and a pivotable portion (6, 106) rotatably connected to the stationary portion (8, 108) about an axis of rotation (18, 118) by means of a joint (16, 116), wherein the pivotable portion (6, 106) comprises a preferably substantially horizontal support arm (20, 120) extending from the axis of rotation (18, 118) and having a distal end (22, 122), and wherein the pivotable portion (6, 106) has, in a region of the distal end (22, 122), a support (10, 110) which is arranged to support the pivotable portion (6, 106) in a vertical direction (24, 124), characterized in that the pivotable portion (6, 106) comprises or is formed from at least one substantially horizontally extending track (30, 30', 130, 130') having a longitudinal axis (34, 134), the track (30, 30', 130, 130') being adapted to movably receive the pelletizer (12, 112) suspended along the longitudinal axis (34, 134).
A cracking furnace comprising a pyrolysis tube for carrying a flow of fluid, the pyrolysis tube comprising a radially inner body and a radially outer wall which together define an annular flow passage, wherein: 1) the radially inner body and the radially outer wall each have respective centre lines which extend helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube; or 2) the radially outer wall has a centre line which extends helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube; or 3) the radially inner body comprises a main body which has a centre line which extends helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube. 1) the radially inner body and the radially outer wall each have respective centre lines which extend helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube; or 2) the radially outer wall has a centre line which extends helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube; or 3) the radially inner body comprises a main body which has a centre line which extends helically in a longitudinal direction of the pyrolysis tube, so as to promote rotation of the fluid as it flows along the pyrolysis tube.
A flavor inhaler, comprising: a tubular holder that extends from a mouthpiece end toward a distal end; a flavor source that is provided in the holder; and a combustion type heat source that is provided at the distal end, and includes a protruding portion protruding from the distal end, and a proximal end surface, wherein the protruding portion comprises a distal end surface, and an outer peripheral surface adjacent to the distal end surface, and wherein the flavor source is provided downstream of the combustion type heat source at a position adjacent to the combustion type heat source, characterized in that a flavorant is carried on the protruding portion, wherein the flavorant is carried on a position exposed outside the combustion type heat source. a tubular holder that extends from a mouthpiece end toward a distal end; a flavor source that is provided in the holder; and a combustion type heat source that is provided at the distal end, and includes a protruding portion protruding from the distal end, and a proximal end surface, wherein the protruding portion comprises a distal end surface, and an outer peripheral surface adjacent to the distal end surface, and wherein the flavor source is provided downstream of the combustion type heat source at a position adjacent to the combustion type heat source, characterized in that a flavorant is carried on the protruding portion, wherein the flavorant is carried on a position exposed outside the combustion type heat source.
A process to manufacture a vehicle interior trim with an airbag cover, the process including: - obtaining an interior trim part, - creating a weakening line around at least a part of a defined area of said interior trim part, said defined area being the airbag cover, the weakening line being created by milling along the weakening line a number of holes, characterized in that the holes are milled by a milling machine having a milling tool and a stitching axis for moving the milling tool substantially perpendicularly to a zone of the trim part to be milled, and in that the stitching axis moves the milling tool at high speed, according to a linear reciprocating motion, by short strokes, with an acceleration of 4-8 m/s 2 substantially perpendicularly to said zone of the trim part to be milled, in that the milling machine has six axis (X, Y, Z, A, C, W), in that the milling machine has a linear Z-axis for moving the milling tool along a direction substantially perpendicular to said zone to be milled of the trim part, linear X- and Y-axis for moving the milling tool substantially perpendicularly to the Z-axis, rotational A and C-axis for moving the milling tool around the directions of the Y and Z-axis, the stitching axis being linear and parallel to the Z-axis, and in that the Z-axis moves the milling tool with an acceleration of less than 4 m/s 2 substantially perpendicularly to said zone of the trim part to be milled. - obtaining an interior trim part, - creating a weakening line around at least a part of a defined area of said interior trim part, said defined area being the airbag cover, the weakening line being created by milling along the weakening line a number of holes, characterized in that the holes are milled by a milling machine having a milling tool and a stitching axis for moving the milling tool substantially perpendicularly to a zone of the trim part to be milled, and in that the stitching axis moves the milling tool at high speed, according to a linear reciprocating motion, by short strokes, with an acceleration of 4-8 m/s 2 substantially perpendicularly to said zone of the trim part to be milled, in that the milling machine has six axis (X, Y, Z, A, C, W), in that the milling machine has a linear Z-axis for moving the milling tool along a direction substantially perpendicular to said zone to be milled of the trim part, linear X- and Y-axis for moving the milling tool substantially perpendicularly to the Z-axis, rotational A and C-axis for moving the milling tool around the directions of the Y and Z-axis, the stitching axis being linear and parallel to the Z-axis, and in that the Z-axis moves the milling tool with an acceleration of less than 4 m/s 2 substantially perpendicularly to said zone of the trim part to be milled.
A method for determining a reported state of charge, SOC, of a battery system comprising a plurality of cells, the method comprising: determining the reported SOC according to a first determining method when a previously reported SOC is greater than a first SOC threshold percentage and less than or equal to 100%; the reported SOC being the state of charge of the battery provided by a processing circuity determining the reported SOC according to a second determining method when the previously reported SOC is greater than a second SOC threshold percentage and less than or equal to the first SOC threshold percentage; and determining the reported SOC according to a third determining method when the previously reported SOC is greater than or equal to 0% and less than or equal to the second SOC threshold percentage; wherein the first determining method comprises monitoring a current of the battery system, the third determining method comprises monitoring a voltage of the cell having the lowest voltage; and the second determining method comprises combining information of the first and third determining methods; and calculating a learned capacity of the battery system using the reported SOC of the battery system and a coulomb discharge value, the learned capacity accommodating for decreasing capacity of an aging of the cells; characterised in that the determining the reported SOC according to the second determining method further comprises weighting the reported state of charge against the previously reported state of charge. determining the reported SOC according to a first determining method when a previously reported SOC is greater than a first SOC threshold percentage and less than or equal to 100%; the reported SOC being the state of charge of the battery provided by a processing circuity determining the reported SOC according to a second determining method when the previously reported SOC is greater than a second SOC threshold percentage and less than or equal to the first SOC threshold percentage; and determining the reported SOC according to a third determining method when the previously reported SOC is greater than or equal to 0% and less than or equal to the second SOC threshold percentage; wherein the first determining method comprises monitoring a current of the battery system, the third determining method comprises monitoring a voltage of the cell having the lowest voltage; and the second determining method comprises combining information of the first and third determining methods; and
A battery, comprising: a plurality of battery cells configured to be electrically connected to each other through a bus component; a cover body comprising an accommodation space configured to install the bus component; and an insulating part attached to the cover body and provided to cover at least the bus component; wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism, and the pressure relief mechanism is configured to be actuated when an internal pressure or temperature of the at least one battery cell reaches a threshold, to relieve the internal pressure, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell, so that when the pressure relief mechanism is actuated, emissions from the at least one battery cell are discharged in a direction away from the bus component; wherein the accommodation space is a blind hole formed on the cover body, the bus component is capable of entering the accommodation space through an opening of the accommodation space, and at least a portion of the bus component is accommodated in the accommodation space, and the insulating part is integrally formed with the cover body. a plurality of battery cells configured to be electrically connected to each other through a bus component; a cover body comprising an accommodation space configured to install the bus component; and an insulating part attached to the cover body and provided to cover at least the bus component; wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism, and the pressure relief mechanism is configured to be actuated when an internal pressure or temperature of the at least one battery cell reaches a threshold, to relieve the internal pressure, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell, so that when the pressure relief mechanism is actuated, emissions from the at least one battery cell are discharged in a direction away from the bus component; wherein the accommodation space is a blind hole formed on the cover body, the bus component is capable of entering the accommodation space through an opening of the accommodation space, and at least a portion of the bus component is accommodated in the accommodation space, and the insulating part is integrally formed with the cover body.
Table leg, in particular for an office desk or writing desk, having a supporting element that is configured at least in a floor-side region as a tube having a conical inner diameter, having a foot part for resting the supporting element on a floor, having a detachable fastening device that is configured so as to fasten the foot part in a detachable manner to the conical tube and that for this purpose comprises: - an expanding insert that comprises resiliently-elastic regions (137a-137d) and a receiving region, - a threaded insert that comprises an inner thread, - a threaded rod that is connected at a first end to a foot part and that comprises on an opposite-lying second end an outer thread that corresponds to the inner thread, wherein the expanding insert, the threaded insert and the threaded rod are arranged and configured in such a manner that in the case of inserting the threaded insert into the receiving region the resiliently-elastic regions (137a-137d) of the expanding insert that is arranged in the conical tube are spread out in such a manner that the expanding insert lies on an inner surface of the conical tube, characterised in that the receiving region comprises a conical peripheral surface and the threaded insert comprises a cylindrical peripheral surface or that the receiving region comprises a cylindrical peripheral surface and the threaded insert comprises a conical peripheral surface. - an expanding insert that comprises resiliently-elastic regions (137a-137d) and a receiving region, - a threaded insert that comprises an inner thread, - a threaded rod that is connected at a first end to a foot part and that comprises on an opposite-lying second end an outer thread that corresponds to the inner thread,
A chipless patterned conductor, comprising: one or more glyphs (100, 150, 155, 260, 400), each glyph comprising: a disk (110, 160, 180, 270, 420); a ring structure comprising a first ring (120, 170, 280, 430) and a second ring (122, 172, 290, 432) surrounding the disk, wherein one or more of a spacing (WG1, WG2) between the disk and the first and second rings and a width (WR1, WR2) of the first and second rings is configured to determine a characteristic resonant frequency of the glyph; and at least one notch (162, 164, 182, 184, 292, 294, 422, 424) in at least one of the disk and at least one ring of the ring structure, the at least one notch configured such that the magnitude of resonances in the glyph are dependent on polarization direction, characterized in that the second ring surrounds the first ring, the second ring configured to serve as a counter electrode for the first ring and the disk. a disk (110, 160, 180, 270, 420); a ring structure comprising a first ring (120, 170, 280, 430) and a second ring (122, 172, 290, 432) surrounding the disk, wherein one or more of a spacing (WG1, WG2) between the disk and the first and second rings and a width (WR1, WR2) of the first and second rings is configured to determine a characteristic resonant frequency of the glyph; and at least one notch (162, 164, 182, 184, 292, 294, 422, 424) in at least one of the disk and at least one ring of the ring structure, the at least one notch configured such that the magnitude of resonances in the glyph are dependent on polarization direction, characterized in that the second ring surrounds the first ring, the second ring configured to serve as a counter electrode for the first ring and the disk.
A method for producing a composite lithium iron phosphate material comprising following steps: confecting lithium iron phosphate and purified water at a weight ratio of 1: 5-15 into a suspension solution; adjusting a pH value of the suspension solution to 1-3 with phosphoric acid at a concentration of 5-30% wt., thereafter adding analytically pure soluble chloride in an amount of 0.05-2% wt. of the molar amount of the lithium iron phosphate to the suspension solution; thereafter adding ammonia water at concentration of 4-6 % wt. into the suspension solution to adjust the pH value of the suspension solution to 5-6 to obtain hydroxide colloid in the suspension solution; making the suspension solution having hydroxide colloid become powder through hot spraying method; calcining the powder at 300-450°C for 3-6 hours in inert atmosphere, the hydroxide colloid is decomposed thermally to obtain oxide with high conductivity which is coated on surfaces of the lithium iron phosphate having grains shape; and ball milling and sieving the lithium iron phosphate grains coated with oxide into a finished composite lithium iron phosphate material.
A method for controlling a channel transmission status, comprising: receiving, by a user equipment, a command for controlling activation of a secondary carrier; setting, by the user equipment, a common user equipment discontinuous transmission and discontinuous reception enabled variable, UE_DTX_DRX_Enabled, and/or an uplink discontinuous transmission activated variable, UL_DTX_Active, for a primary carrier and the secondary carrier; and setting, by a user equipment, within a preset delay time after the secondary carrier is activated, a channel transmission status corresponding to the secondary carrier to a continuous transmission status, wherein the channel transmission status corresponding to the secondary carrier is set independently, within the preset delay time, without affecting a status of the common UE_DTX_DRX_Enabled and/or a status of UL_DTX_Active of the primary carrier and the secondary carrier. receiving, by a user equipment, a command for controlling activation of a secondary carrier; setting, by the user equipment, a common user equipment discontinuous transmission and discontinuous reception enabled variable, UE_DTX_DRX_Enabled, and/or an uplink discontinuous transmission activated variable, UL_DTX_Active, for a primary carrier and the secondary carrier; and setting, by a user equipment, within a preset delay time after the secondary carrier is activated, a channel transmission status corresponding to the secondary carrier to a continuous transmission status, wherein the channel transmission status corresponding to the secondary carrier is set independently, within the preset delay time, without affecting a status of the common UE_DTX_DRX_Enabled and/or a status of UL_DTX_Active of the primary carrier and the secondary carrier.
A decking securing element for securing scaffolding decking panels laid onto horizontal transoms of a scaffolding against unintended lifting-off, comprising: - an elongated element body with lateral wings for covering hanging hooks of the decking panels and - one or more locking hooks, which is attached with its upper end to a lower surface of the element body, and - a securing slider, which is insertable or inserted into a slider opening of the decking securing element, such that the securing slider is in a securing position, wherein the securing slider is, by means of a guiding element, held in the slider opening slideably between a release position and the securing position, characterized in that the guiding element comprises two guiding plates that are attached opposite to and facing each other to opposite lateral faces of the locking hook, which guiding plates are connected by a guiding pin which reaches through a guiding slit of the securing slider. - an elongated element body with lateral wings for covering hanging hooks of the decking panels and - one or more locking hooks, which is attached with its upper end to a lower surface of the element body, and - a securing slider, which is insertable or inserted into a slider opening of the decking securing element, such that the securing slider is in a securing position, wherein the securing slider is, by means of a guiding element, held in the slider opening slideably between a release position and the securing position, characterized in that the guiding element comprises two guiding plates that are attached opposite to and facing each other to opposite lateral faces of the locking hook, which guiding plates are connected by a guiding pin which reaches through a guiding slit of the securing slider.
Combustion chamber of a gas turbine, wherein the combustion chamber has in a center area, relative to the flow direction, an admixing slot extending around the entire circumference of the combustion chamber and dividing the combustion chamber into a front part and a rear part for the supply of mixing air, wherein the front part of the combustion chamber and the rear part of the combustion chamber are mounted separately, characterized in that the combustion chamber has an outer combustion chamber wall with tiles attached to the inner side of said wall, and that the front part and the rear part of the combustion chamber have walls, wherein areas if these walls overlap and wherein the overlapping areas of the walls are each provided with a slot or with holes.