mhurhangee/ep-ind-claims huggingface dataset:
A radial press with a base structure and a pressing tool accommodated therein, wherein the base structure features two structural elements (1, 2) that can be moved relative to one another by means of a drive unit, and wherein the pressing tool comprises several press jaws (9; 15; 27) that are arranged around a press axis and respectively supported in a sliding fashion by means of two sliding surface arrangements (10; 16, 20; 28) on corresponding mating surface arrangements (11; 23, 31; 26) assigned to the structural elements, characterized in that the load-transferring support of the press jaws (9; 15; 27) on the respective structural element (1; 2) is at least in the region of one of the respectively cooperating sliding surface and mating surface arrangements (10, 11; 16, 31; 20, 23; 28, 26) realized in two zones that are spaced apart from one another, wherein a clearance without load-transferring function is located between the aforementioned zones and extends in the sliding direction of the respective press jaw relative to the assigned structural element, and wherein both load-transferring zones of the respectively cooperating sliding surface and mating surface arrangements have an identical sliding plane.
A drive mechanism for a delivery device comprising - a drive member for driving a piston rod; - a moveable dose setting member (19, 35) being disengaged from the drive member in a dose setting state and being moveable in a drive direction in a dose delivery state, wherein the dose setting member (19, 35) engages with the drive member in the dose delivery state in such a manner that the movement of the dose setting member (19, 35) in the drive direction is transferred to the drive member; and - a spring member being coupled to the dose setting member (19, 35) in such a manner that the movement of the dose setting member (19, 35) in a setting direction loads the spring member in the dose setting state, the spring force of the loaded spring member driving the dose setting member (19, 35) in the drive direction in the dose delivery state, characterised in that the drive member comprises a drive gear and the dose setting member (19, 35) comprises a floating gear and a further gear, the floating gear being non-rotatably coupled to the further gear, wherein the floating gear is moveable along its rotation axis with respect to the further gear in such a manner that the floating gear disengages from the drive gear in the dose setting state and engages with the drive gear in the dose delivery state. - a drive member for driving a piston rod; - a moveable dose setting member (19, 35) being disengaged from the drive member in a dose setting state and being moveable in a drive direction in a dose delivery state, wherein the dose setting member (19, 35) engages with the drive member in the dose delivery state in such a manner that the movement of the dose setting member (19, 35) in the drive direction is transferred to the drive member; and - a spring member being coupled to the dose setting member (19, 35) in such a manner that the movement of the dose setting member (19, 35) in a setting direction loads the spring member in the dose setting state, the spring force of the loaded spring member driving the dose setting member (19, 35) in the drive direction in the dose delivery state,
An acoustic wave filter device having a trap band and a pass band lower than the trap band, the acoustic wave filter device comprising: a plurality of π-type filter circuits connected in series between an input terminal and an output terminal, each of the plurality of π-type filter circuits being composed of a respective inductor (5/6), connected in the series arm between the input and output terminals, and a respective pair of first acoustic wave resonators (7,8/9,10) each connected between the ground potential and a respective end of said respective inductor (5/6), wherein the trap band is defined by resonance frequencies of at least some of said first acoustic wave resonators, and the acoustic wave filter device further comprises a second acoustic wave resonator inserted in the series arm, between two adjacent filter circuits of said plurality of π-type filter circuits, and the anti-resonance frequency of said second acoustic wave resonator is set to cause cutting off, by the second acoustic wave resonator, of a signal path from one of said adjacent filter circuits to the other of said adjacent filter circuits through the first resonators, said anti-resonance frequency of said second acoustic wave resonator being either between the maximum and minimum values of the resonant frequencies of said some first acoustic wave resonators or lower than the minimum value among the resonance frequencies of said some first acoustic wave resonators. a plurality of π-type filter circuits connected in series between an input terminal and an output terminal, each of the plurality of π-type filter circuits being composed of a respective inductor (5/6), connected in the series arm between the input and output terminals, and a respective pair of first acoustic wave resonators (7,8/9,10) each connected between the ground potential and a respective end of said respective inductor (5/6), wherein the trap band is defined by resonance frequencies of at least some of said first acoustic wave resonators, and the acoustic wave filter device further comprises a second acoustic wave resonator inserted in the series arm, between two adjacent filter circuits of said plurality of π-type filter circuits, and the anti-resonance frequency of said second acoustic wave resonator is set to cause cutting off, by the second acoustic wave resonator, of a signal path from one of said adjacent filter circuits to the other of said adjacent filter circuits through the first resonators, said anti-resonance frequency of said second acoustic wave resonator being either between the maximum and minimum values of the resonant frequencies of said some first acoustic wave resonators or lower than the minimum value among the resonance frequencies of said some first acoustic wave resonators.
Water feature for creating an illuminated water image, comprising a lighting unit which is fixedly arranged in a housing and a water channel passing through the housing, wherein the water channel is provided with a nozzle insert for creating a water image, which insert is mounted so as to be pivotable relative to the illumination unit, wherein the nozzle insert is mounted so as to be pivotable about a pivot point which lies below a upper side of the housing on the light exit side, and the nozzle insert forms a joint, together with the housing, having a guide contour which is spherical segment-shaped at least in regions and is formed by an outer contour of the nozzle insert.
Hip arthroplasty apparatus comprising: an acetabular cup impactor moveable to a desired orientation relative to a patient's pelvic region for implantation of an acetabular cup into position at the acetabulum of the patient's pelvic bone; an electronic orientation sensor transitionable between a first location on the patient's pelvic region, and a second location on the acetabular cup impactor, wherein, at the first location, the orientation sensor is adapted to record a reference orientation of the patient's pelvic region to provide a local coordinate system, and, at the second location, the orientation sensor is adapted to determine an orientation of the acetabular cup impactor relative to the reference orientation in three-dimensional space, the orientation being determined as a degree of relative rotation about three orthogonal axes of the local coordinate system; a first mount configured to engage both the orientation sensor and the pelvic region to releasably fix the orientation sensor and the pelvic region relative to each other at the first location such that the orientation of the orientation sensor is substantially fixed relative to the pelvic region, while allowing the acetabular cup to be positioned within the acetabulum; and a second mount configured to engage both the orientation sensor and the acetabular cup impactor to releasably fix the orientation sensor and the acetabular cup impactor relative to each other at the second location. an acetabular cup impactor moveable to a desired orientation relative to a patient's pelvic region for implantation of an acetabular cup into position at the acetabulum of the patient's pelvic bone; an electronic orientation sensor transitionable between a first location on the patient's pelvic region, and a second location on the acetabular cup impactor, wherein, at the first location, the orientation sensor is adapted to record a reference orientation of the patient's pelvic region to provide a local coordinate system, and, at the second location, the orientation sensor is adapted to determine an orientation of the acetabular cup impactor relative to the reference orientation in three-dimensional space, the orientation being determined as a degree of relative rotation about three orthogonal axes of the local coordinate system; a first mount configured to engage both the orientation sensor and the pelvic region to releasably fix the orientation sensor and the pelvic region relative to each other at the first location such that the orientation of the orientation sensor is substantially fixed relative to the pelvic region, while allowing the acetabular cup to be positioned within the acetabulum; and a second mount configured to engage both the orientation sensor and the acetabular cup impactor to releasably fix the orientation sensor and the acetabular cup impactor relative to each other at the second location.
An apparatus for fixing a predefined length of a material, the apparatus comprising a substrate, preferably a planar substrate, a fixing band and retraction means, in which the fixing band comprises a first end and a second end, the first end being located at a longitudinal end of the fixing band and the second end being located at the opposite longitudinal end of the fixing band, the fixing band being movable between two states, a fixing state in which the fixing band is fixed to the substrate, the fixing state being intended for fixing the predefined length of a material between the fixing band and the substrate, and a rolled-up state in which the fixing band is rolled up from the fixing state, wherein the fixing band comprises a magnetic material, that the substrate comprises a magnetic material, and that the retraction means are configured to deliver a retraction force to the fixing band in a longitudinal direction of the fixing band, wherein the fixing band in the fixing state is fixed to the substrate by a magnetic force between the magnetic material of the fixing band and the magnetic material of the substrate, and wherein in the rolled-up state the fixing band is rolled up from the fixing state by allowing the retraction means to apply a retraction force at the second end of the fixing band towards the first end of the fixing band. the fixing band comprises a magnetic material, that the substrate comprises a magnetic material, and that the retraction means are configured to deliver a retraction force to the fixing band in a longitudinal direction of the fixing band, wherein the fixing band in the fixing state is fixed to the substrate by a magnetic force between the magnetic material of the fixing band and the magnetic material of the substrate, and wherein in the rolled-up state the fixing band is rolled up from the fixing state by allowing the retraction means to apply a retraction force at the second end of the fixing band towards the first end of the fixing band.
An apparatus for adjusting air interface capacity density, comprising: a determining module, configured to determine whether a target physical cell whose air interface capacity density needs to be increased or to be reduced exists in a logical cell, wherein the logical cell comprises one or more physical cells, each physical cell comprises a group of pico radio remote units, pRRUs, and one physical cell corresponds to one baseband tributary, wherein the air interface capacity density is an air interface capacity per area unit in a physical cell, wherein the logical cell is a single frequency network, SFN, cell; and an adjusting module, configured to: when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be increased exists in the logical cell, increase the air interface capacity density of the target physical cell by reducing a quantity of pRRUs in the target physical cell and when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be reduced exists in the logical cell, reduce the air interface capacity density of the target physical cell by increasing a quantity of pRRUs in the target physical cell. a determining module, configured to determine whether a target physical cell whose air interface capacity density needs to be increased or to be reduced exists in a logical cell, wherein the logical cell comprises one or more physical cells, each physical cell comprises a group of pico radio remote units, pRRUs, and one physical cell corresponds to one baseband tributary, wherein the air interface capacity density is an air interface capacity per area unit in a physical cell, wherein the logical cell is a single frequency network, SFN, cell; and an adjusting module, configured to: when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be increased exists in the logical cell, increase the air interface capacity density of the target physical cell by reducing a quantity of pRRUs in the target physical cell and when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be reduced exists in the logical cell, reduce the air interface capacity density of the target physical cell by increasing a quantity of pRRUs in the target physical cell. when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be increased exists in the logical cell, increase the air interface capacity density of the target physical cell by reducing a quantity of pRRUs in the target physical cell and when the determining result of the determining module is that a target physical cell whose air interface capacity density needs to be reduced exists in the logical cell, reduce the air interface capacity density of the target physical cell by increasing a quantity of pRRUs in the target physical cell.
Shoe comprising: - a bottom; - an upper connected to said bottom; said upper comprising an internal side, which is suitable for being in contact with the foot, and an external side, which is suitable for remaining visible; - a stone fixed to said bottom or said upper; and - a housing wherein said stone is inserted and fixed, at least partially, characterized in that said housing is directly obtained in said upper or in lateral edges of said bottom, and said stone is directly inserted and fixed in said housing. - a bottom; - an upper connected to said bottom; said upper comprising an internal side, which is suitable for being in contact with the foot, and an external side, which is suitable for remaining visible; - a stone fixed to said bottom or said upper; and - a housing wherein said stone is inserted and fixed, at least partially, characterized in that said housing is directly obtained in said upper or in lateral edges of said bottom, and said stone is directly inserted and fixed in said housing.
A method of estimating interference in a wireless communication network, comprising: receiving null pilots from multiple cells (A1 - A3, B1 - B3, C1- C3, D1 - D3, E1) in a cluster (A - E) of cells (A1 - A3, B1 - B3, C1 - C3, 35 D1 - D3, E1), wherein the cluster (A - E) includes cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1) adapted to cooperate with one another to serve one or more user equipments (UEs); and estimating out-of-cluster interference observed by a user equipment in the one or more UEs based on the null pilots from the multiple cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1), the out-of-cluster interference comprising interference from cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1) not in the cluster (A - E). receiving null pilots from multiple cells (A1 - A3, B1 - B3, C1- C3, D1 - D3, E1) in a cluster (A - E) of cells (A1 - A3, B1 - B3, C1 - C3, 35 D1 - D3, E1), wherein the cluster (A - E) includes cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1) adapted to cooperate with one another to serve one or more user equipments (UEs); and estimating out-of-cluster interference observed by a user equipment in the one or more UEs based on the null pilots from the multiple cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1), the out-of-cluster interference comprising interference from cells (A1 - A3, B1 - B3, C1 - C3, D1 - D3, E1) not in the cluster (A - E).
A household good comprising a carrier which has at least one moving element; a directing element (1 for adjusting the height of the carrier through the moving element moving inside the directing element, and said directing element is fixed onto at least one wall of the interior body of the household good, wherein, he said directing element comprises: - at least one upper channel inclined upwards and at least one lower channel inclined downwards, in which the moving element moves, - at least one joint area where each one of these channels (6, 6') ends join, - at least one curve located on at least one of the said channels (6, 6') and in which the moving element is seated. - at least one arm fixed by means of at least one fixing bolt on one end, which is movable angularly on the axis of said fixing bolt and which closes the end of the upper channel or lower channel related to the joint area, - characterized in that the said directing element further comprises: a positioning part, one end (14, 14') of which is extending towards the upper channel or towards the lower channel in accordance with the position of the arm; movable from one channel (6, 6') to the other (6', 6) by means of the pressure of the moving element on the said end (14, 14'); comprising at least one control part which is elastic and seated in at least one space located on one end of the arm; the at least one positioning part adjusting the angular position of the said arm through a move from one channel (6, 6') to the other (6, 6') and by means of the control part. - at least one upper channel inclined upwards and at least one lower channel inclined downwards, in which the moving element moves, - at least one joint area where each one of these channels (6, 6') ends join, - at least one curve located on at least one of the said channels (6, 6') and in which the moving element is seated. - at least one arm fixed by means of at least one fixing bolt on one end, which is movable angularly on the axis of said fixing bolt and which closes the end of the upper channel or lower channel related to the joint area, - characterized in that the said directing element further comprises: a positioning part, one end (14, 14') of which is extending towards the upper channel or towards the lower channel in accordance with the position of the arm; movable from one channel (6, 6') to the other (6', 6) by means of the pressure of the moving element on the said end (14, 14'); comprising at least one control part which is elastic and seated in at least one space located on one end of the arm; the at least one positioning part adjusting the angular position of the said arm through a move from one channel (6, 6') to the other (6, 6') and by means of the control part.
A method for securing an aircraft flying over a ground, the method comprising the following steps: - acquiring a first height of the aircraft relative to the ground at a first moment, - acquiring a second height of the aircraft relative to the ground at a second moment, - recording the time interval (ΔT) elapsed between the two height (H1, H2) acquisition moments, - calculating the closure rate (v rapprochement) of the aircraft to the ground, - comparing the closure rate (v rapprochement) of the aircraft to the ground with a rate threshold value (v seuil), the rate threshold value (v seuil) depending on the second acquired height, - comparing the second acquired height to multiple height threshold values, each height threshold value being associated with a rate threshold value, - setting the rate threshold value (v seuil) at the rate threshold value associated with the largest height threshold value of the multiple height threshold values to which the second height is superior, - detecting a risk of collision of the aircraft with the ground when the closure rate (v rapprochement) of the aircraft to the ground is greater than the rate threshold (v seuil), the aircraft including a radioaltimeter, the steps of acquiring being carried out by the radioaltimeter. - acquiring a first height of the aircraft relative to the ground at a first moment, - acquiring a second height of the aircraft relative to the ground at a second moment, - recording the time interval (ΔT) elapsed between the two height (H1, H2) acquisition moments, - calculating the closure rate (v rapprochement) of the aircraft to the ground, - comparing the closure rate (v rapprochement) of the aircraft to the ground with a rate threshold value (v seuil), the rate threshold value (v seuil) depending on the second acquired height, - comparing the second acquired height to multiple height threshold values, each height threshold value being associated with a rate threshold value, - setting the rate threshold value (v seuil) at the rate threshold value associated with the largest height threshold value of the multiple height threshold values to which the second height is superior, - detecting a risk of collision of the aircraft with the ground when the closure rate (v rapprochement) of the aircraft to the ground is greater than the rate threshold (v seuil),
A turbomachine assembly, comprising: - a turbine distributor comprising an annular platform, an inner radial flange extending radially inwardly from the platform, and one or more blades extending radially outwardly from the platform; - a casing comprising a radially outer flange; and - an abutment axially holding the outer radial flange in contact with the inner radial flange; characterized in that the abutment is constituted by a head and a body, the body being removably connected to the head. - a turbine distributor comprising an annular platform, an inner radial flange extending radially inwardly from the platform, and one or more blades extending radially outwardly from the platform; - a casing comprising a radially outer flange; and - an abutment axially holding the outer radial flange in contact with the inner radial flange;