mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing LiCa-LSX molecular sieves with mixed cations, comprising the following steps: step 1 of preparing CaLSX molecular sieves: during the preparation of CaLSX molecular sieves, replacing all Na + in NaLSX molecular sieves with Ca 2+ by multiple times of exchange with a solution containing Ca 2+ kept at room temperature, wherein the solution containing Ca 2+ is CaCl 2 solution, washing to remove Ca 2+ and Cl - adhered on the surface, and drying the filter cake obtained after washing to obtain CaLSX molecular sieves; step 2 of changing CaLSX molecular sieves to LiCa-LSX molecular sieves by exchange with Li +, with the mole percentage of Li + in the resulting LiCa-LSX molecular sieves within a range from 2% to 5%, wherein a solution containing Li + is used; the CaLSX molecular sieves are added into a solution containing Li + in such an amount that the amount of starting material of Li + is 0.15-0.3 times of that of Ca 2+ contained in CaLSX raw powder; the exchange lasts for 0.5-2 hours, preferably 1 hour, at room temperature; and the exchanged sample is directly filtered in vacuum without washing, and dried at normal temperature; and step 3 of activating and pre-treating the sample: heating, at a rate of 5-15 °C/min, the sample which has been dried at normal temperature to a maximum temperature of 330-350 °C, degassing for 0.5-3 hours, and naturally cooling to room temperature at the end of degassing, to obtain the LiCa-LSX molecular sieves with mixed cations. step 1 of preparing CaLSX molecular sieves: during the preparation of CaLSX molecular sieves, replacing all Na + in NaLSX molecular sieves with Ca 2+ by multiple times of exchange with a solution containing Ca 2+ kept at room temperature, wherein the solution containing Ca 2+ is CaCl 2 solution, washing to remove Ca 2+ and Cl - adhered on the surface, and drying the filter cake obtained after washing to obtain CaLSX molecular sieves; step 2 of changing CaLSX molecular sieves to LiCa-LSX molecular sieves by exchange with Li +, with the mole percentage of Li + in the resulting LiCa-LSX molecular sieves within a range from 2% to 5%, wherein a solution containing Li + is used; the CaLSX molecular sieves are added into a solution containing Li + in such an amount that the amount of starting material of Li + is 0.15-0.3 times of that of Ca 2+ contained in CaLSX raw powder; the exchange lasts for 0.5-2 hours, preferably 1 hour, at room temperature; and the exchanged sample is directly filtered in vacuum without washing, and dried at normal temperature; and step 3 of activating and pre-treating the sample: heating, at a rate of 5-15 °C/min, the sample which has been dried at normal temperature to a maximum temperature of 330-350 °C, degassing for 0.5-3 hours, and naturally cooling to room temperature at the end of degassing, to obtain the LiCa-LSX molecular sieves with mixed cations.
Vehicle seat comprising a seat part, a seat-part frame and a backrest that is pivotably connected to the seat-part frame by means of at least one swivel axis, characterised in that vertices of a triangle are defined by a first pivot point that is arranged on the swivel axis, a point of application that is located in a top half of the backrest when viewed in the vertical direction of the backrest, is provided by a belt unrolling mechanism fastened to the backrest and is connected to a backrest frame, and a fastening point for fastening at least one damper, the damper being oriented substantially in the vertical direction of the backrest and being operatively connected both to the backrest and to the seat-part frame by means of the fastening point, along the sides (12a, 12b, 12c) of which triangle vectors of forces extend, a first vector of a compressive force extending from the point of application to the first pivot point, and a second vector of a tensile force extending from the fastening point to the point of application in the event of the backrest being pivoted forwards by a force acting on the backrest.
A method of communicating in a wireless network, comprising: generating a compressed beacon comprising: a next full beacon time indication, NFBTI, field, and transmitting, at an access point, the compressed beacon, characterized in that the compressed beacon comprises a timestamp and the timestamp is a shortened timestamp comprising fewer bits than a full timestamp. generating a compressed beacon comprising: a next full beacon time indication, NFBTI, field, and transmitting, at an access point, the compressed beacon, characterized in that the compressed beacon comprises a timestamp and the timestamp is a shortened timestamp comprising fewer bits than a full timestamp.
Movement device for a movable furniture component, in particular a furniture flap, door or drawer or similar, with an actuator and an output, drivable by the actuator, for the movable furniture component, wherein a coupling interacting with the actuator and the output is provided, which is designed as an overload coupling, which has a first coupling part in driving connection with the actuator, and a second coupling part in output connection with the output, which disengage from one another when a certain moment of force is exceeded, wherein between the two coupling parts (13, 14) coupling means are effective which may be moved between a driving position which couples the two coupling parts (13, 14) together and a release position allowing a relative movement between the two coupling parts (13, 14), and wherein the coupling means include latching elements which, in the driving position, engage in assigned latching locations on one of the two coupling parts (13, 14), and in the release position are disengaged from them, characterised in that the latching elements are firmly clamped to one of the two coupling parts (13, 14) while the latching locations are formed on the other coupling part (13, 14), wherein the two coupling parts (13, 14) are wheel-shaped and arranged coaxial to a rotation axis and concentric to one another, wherein the coupling means are arranged between the two coupling parts (13, 14), and wherein the latching elements are designed as bending parts which are elastically bendable under the action of the moment of force and disengage from the assigned latching locations when the specific moment of force is exceeded.
An illuminating apparatus comprising: a support member comprising a light source support member having four corner areas; and a light emitting unit that is disposed on a surface of the light source support member and consists of one or more light emitting modules, wherein the or each light emitting module comprises a printed circuit board of a strip shape mounted on the light source support member and a plurality of light source packages that is mounted on the printed circuit board and generates light, wherein one of the light emitting modules comprises: a strip-shaped body portion extended along a widthwise direction or a lengthwise direction of the light source support member; characterized in that: a corner side extending portion (123, 124, 125, 126) is extended from one end of the strip-shaped body portion to a corner area of the light source support member; and another corner side extending portion (123, 124, 125, 126) is extended from the other end of the strip-shaped body portion to another corner area of the light source support member. a support member comprising a light source support member having four corner areas; and a light emitting unit that is disposed on a surface of the light source support member and consists of one or more light emitting modules, wherein the or each light emitting module comprises a printed circuit board of a strip shape mounted on the light source support member and a plurality of light source packages that is mounted on the printed circuit board and generates light, wherein one of the light emitting modules comprises: a strip-shaped body portion extended along a widthwise direction or a lengthwise direction of the light source support member; a corner side extending portion (123, 124, 125, 126) is extended from one end of the strip-shaped body portion to a corner area of the light source support member; and another corner side extending portion (123, 124, 125, 126) is extended from the other end of the strip-shaped body portion to another corner area of the light source support member.
A protective warning fence for preventative protection of road work, construction work, and/or excavation work, consisting of a lattice having fringes (1, 1') and weft threads, which are interwoven, and retroreflective elements, wherein the retroreflective elements are strips, wherein the fringes and weft threads (1, 1', 2) are made of or comprise a polyolefin, wherein the retroreflective elements are woven onto the lattice by means of at least one further weft thread, wherein the at least one further weft thread is woven onto the retroreflective elements in a zig-zag-shaped manner, characterized in that at least the outer fringes comprise in each case two sub-fringes (11, 12) which are connected to one another in pairs by means of yet at least one further weft thread running in a zig-zag-shaped manner such that they run directly adjacent and parallel to one another, wherein the sub-fringes (11, 12) are each formed from at least two threads (31, 32).
A flexible wire assembly which comprises: a flexible outer tube; a flexible inner wire rotatably extending in the flexible outer tube and having an input end of rotation and an output end of rotation opposite to each other; a plurality of rolling bearings for rotatably supporting the flexible inner wire; spring elements (4I, 40) interposed between the neighboring rolling bearings for applying respective preloads to the rolling bearings; a speed reducing mechanism drivingly connected with the rotation output end of the inner wire for reducing the speed of the rotation of the inner wire and outputting the rotation of the inner wire; and wherein each of the rolling bearings has an inner ring and an outer ring and in which the spring elements includes an inner ring spring element for applying the preload to the inner ring and an outer ring spring element for applying the preload to the outer ring, the inner and outer ring spring elements (4I, 4O) being arranged alternately in a direction lengthwise of the inner wire. a flexible outer tube; a flexible inner wire rotatably extending in the flexible outer tube and having an input end of rotation and an output end of rotation opposite to each other; a plurality of rolling bearings for rotatably supporting the flexible inner wire; spring elements (4I, 40) interposed between the neighboring rolling bearings for applying respective preloads to the rolling bearings; a speed reducing mechanism drivingly connected with the rotation output end of the inner wire for reducing the speed of the rotation of the inner wire and outputting the rotation of the inner wire; and wherein each of the rolling bearings has an inner ring and an outer ring and in which the spring elements includes an inner ring spring element for applying the preload to the inner ring and an outer ring spring element for applying the preload to the outer ring, the inner and outer ring spring elements (4I, 4O) being arranged alternately in a direction lengthwise of the inner wire.
A feedthrough for vacuum chambers for performing thermal processes, comprising, from a first side or surface at atmospheric pressure to a second side or surface at a pressure that is below atmospheric pressure: a gland body having an opening formed therethrough along a longitudinal axis thereof, the gland body being adapted to mate with a threaded opening formed through a first surface of a vacuum chamber wall body; and a seal device disposed between the gland body and a second surface of the vacuum chamber wall body, characterized in that the seal device comprises: a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body, wherein the bushing comprises aluminum and has a channel. a gland body having an opening formed therethrough along a longitudinal axis thereof, the gland body being adapted to mate with a threaded opening formed through a first surface of a vacuum chamber wall body; and a seal device disposed between the gland body and a second surface of the vacuum chamber wall body, characterized in that the seal device comprises: a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body, wherein the bushing comprises aluminum and has a channel. a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body, wherein the bushing comprises aluminum and has a channel.
A method comprising: receiving (754, 824), at a user plane function, UPF, for use in a mobile network, from a first user equipment, UE, a first message which indicates a domain name server, DNS, request for obtaining an address of a server associated with a multi-access edge computing, MEC, application; sending, from the UPF to an address resolution server, a second message which indicates a corresponding DNS request, the corresponding DNS request including a client subnet of the first UE; receiving, at the UPF from the address resolution server as a DNS response, a third message which includes a client subnet location-dependent server address associated with the MEC application; sending, from the UPF to the first UE as a DNS response, a message which includes the received client subnet location-dependent server address; sending, from the UPF to a control plane, CP, entity for session management, the server address or location data determined from the server address; and selecting, by the CP entity and using the server address or location data, UPF instances for UE sessions based on the location of the MEC application. receiving (754, 824), at a user plane function, UPF, for use in a mobile network, from a first user equipment, UE, a first message which indicates a domain name server, DNS, request for obtaining an address of a server associated with a multi-access edge computing, MEC, application; sending, from the UPF to an address resolution server, a second message which indicates a corresponding DNS request, the corresponding DNS request including a client subnet of the first UE; receiving, at the UPF from the address resolution server as a DNS response, a third message which includes a client subnet location-dependent server address associated with the MEC application; sending, from the UPF to the first UE as a DNS response, a message which includes the received client subnet location-dependent server address; sending, from the UPF to a control plane, CP, entity for session management, the server address or location data determined from the server address; and selecting, by the CP entity and using the server address or location data, UPF instances for UE sessions based on the location of the MEC application.
A power tool comprising: a housing supporting a motor; a primary switch coupled to the housing and configured to control a supply of energy to the motor; and a secondary switch; the power tool being characterized in that the secondary switch is reconfigurable between a first position near the primary switch and a second position spaced apart from the first position, wherein (i) when the secondary switch is coupled to the housing in the first position, the primary switch and the secondary switch are configured such that a user holding the power tool with only one hand can operate both the primary switch and the secondary switch using the one hand and (ii) when the secondary switch is coupled to the housing in the second position, the primary switch and the secondary switch are configured to require the user of the power tool to simultaneously operate the primary switch and the secondary switch using two hands. a housing supporting a motor; a primary switch coupled to the housing and configured to control a supply of energy to the motor; and a secondary switch; the power tool being characterized in that the secondary switch is reconfigurable between a first position near the primary switch and a second position spaced apart from the first position, wherein (i) when the secondary switch is coupled to the housing in the first position, the primary switch and the secondary switch are configured such that a user holding the power tool with only one hand can operate both the primary switch and the secondary switch using the one hand and (ii) when the secondary switch is coupled to the housing in the second position, the primary switch and the secondary switch are configured to require the user of the power tool to simultaneously operate the primary switch and the secondary switch using two hands.
A detecting element for a gas sensor used in a catalytic combustion gas sensor, comprising: a heater coil including a bead portion of which an electrical characteristic value is varied by combustion heat generated when a gas is burned; and lead portions extending from both ends of the bead portion; a heat conductive layer covering the bead portion; and a catalyst layer adhered on a surface of the heat conductive layer, wherein the bead portion is constituted of an n-fold coil formed by winding a plain wire into a coil, the plain wire formed with an (n-1)-fold coil that is wound into a coil, where n is an integer equal to or larger than two. a heater coil including a bead portion of which an electrical characteristic value is varied by combustion heat generated when a gas is burned; and lead portions extending from both ends of the bead portion; a heat conductive layer covering the bead portion; and a catalyst layer adhered on a surface of the heat conductive layer, wherein the bead portion is constituted of an n-fold coil formed by winding a plain wire into a coil, the plain wire formed with an (n-1)-fold coil that is wound into a coil, where n is an integer equal to or larger than two.
Computer-implemented method for detecting a corneal vertex, wherein a frontal image of a head and a lateral image of the head are provided, said images being calibrated to one another, wherein the position of the corneal vertex in space is determined from the frontal image and the lateral image by means of a geometric position determination, wherein the position of the corneal vertex is subjected to a correction calculation and wherein the position of the corneal vertex in space is determined to a first approximation as the point of intersection q of a first view ray, tangential to the cornea, from a lateral camera recording the lateral image with a second view ray, directed onto the pupil, from a frontal camera recording the frontal image, characterized in that the position of the corneal vertex is calculated according to a = q + μ * v + μ * w by means of the correction calculation, where a denotes the position vector of the corneal vertex in space after carrying out the correction calculation, q denotes the position of the corneal vertex to a first approximation, μ denotes an empirical value or an actual value for the distance between a pupil centre and the corneal vertex, v denotes a unit vector in the spatial direction from the pupil centre to the frontal camera and w denotes a unit vector in the viewing direction extending through the centre of a corneal sphere.
Regenerable flat filter for air for industrial use, comprising a filtration medium (11, 21, 31, 33) comprising a plurality of plastic plates (111, 112, 113), perforated and stacked on top of one another, the said filtration medium (11, 21, 31, 32) being held by a peripheral frame (12, 22, 33), the said peripheral frame (12, 22, 33) being made of plastic so as to be semi-rigid, characterised in that the said plurality of plastic plates (111, 112, 113) comprises at least two plates having different corrugations.
A lock for a door, with a lock casing, with at least two latch-bolt elements, namely a latch-bolt and an additional latch-bolt, and with a blocking element, wherein the latch-bolt is accommodated to be mobile between a position protruding from the lock casing and a position retracted into the lock casing, wherein the additional latch-bolt is accommodated to be mobile between a location protruding from the lock casing, and a location retracted into the lock casing, wherein the blocking element is transferable from a first position into a second position, wherein, in the first position of the blocking element, an interlocking condition of the lock serving for interlocking the door is prevented, wherein the blocking element is only transferable from the first position into the second position, if previously a sequence of movements has been performed, wherein the sequence of movements comprises that the latch-bolt is at least partially transferred from the protruding position into the retracted position and the additional latch-bolt is at least partially transferred from the protruding location into the retracted location, wherein the blocking element is moved by means of at least one magnetic force acting within the lock casing into at least one of the positions of the blocking element, characterized in that the magnetic force acts between the blocking element and one of the latch-bolt elements (11, 14).
A sensor system compatible with magnetic resonance imaging of a patient's body comprising: a sensor for monitoring one or more bodily functions of the patient's body; a lower control unit comprising one or more electronic components in communication with the sensor, wherein all electronic components comprised within the lower control unit are non-ferrous containing electronic components; an upper control unit detachably coupled to the lower control unit and comprising one or more ferrous containing electronic components in communication with the sensor; and a mounting unit configured to detachably couple the upper and lower control units to the patient's body; wherein the mounting unit is configured such that removing the upper control unit and the lower control unit from the mounting unit removes all electronic components from the mounting unit. a sensor for monitoring one or more bodily functions of the patient's body; a lower control unit comprising one or more electronic components in communication with the sensor, wherein all electronic components comprised within the lower control unit are non-ferrous containing electronic components; an upper control unit detachably coupled to the lower control unit and comprising one or more ferrous containing electronic components in communication with the sensor; and a mounting unit configured to detachably couple the upper and lower control units to the patient's body; wherein the mounting unit is configured such that removing the upper control unit and the lower control unit from the mounting unit removes all electronic components from the mounting unit.